VRV
Product catalogue 2020
for professionals
INNOVATION
CIRCULAR ECONOMY
SMART USE
Includes
NEW VRV 5!
Designed for the future
What’s new?
RXYSA-AV1 / AY1
p. 35
Designed for the future
› Maximum flexibility allowing installation in rooms
down to 10 m²
› Top sustainability over the entire lifecycle thanks to
low GWP R-32 refrigerant and market-leading real
life seasonal efficiency
› Ergonomic serviceability and handling, thanks to
wide access area to easily reach components within
low-profile single fan casing
› Best-in-class design versatility with five sound
pressure levels down to 39 dB(A) and automatic ESP
setting up to 45 Pa allowing ductwork
› No leak check needed as in most applications
total refrigerant charge is below 7.4 kgs
ErP 2021
COMPLIANT
Already fully compliant
to LOT 21 – Tier 2
L∞P by Daikin
Reuse refrigerant to avoid
more than 150,000 kg of virgin gas
being produced each year
› Support the circular economy of refrigerants
› Make a sustainable choice by promoting units with
Certified Reclaimed Refrigerant Allocation
› Has zero impact on F-gas quota, as reclaimed and
reused within Europe
› Is administratively allocated to VRV units produced
and sold in Europe
Wired remote controller
BRC1H52W/S/K
p. 170
With new functionalities
› New symbollic view display option
› Save field settings and schedules on your phone
and upload them to multiple controllers
Silver
RAL 9006 (metallic)
BRC1H519S7
Black
RAL 9005 (matte)
BRC1H519K7
White
RAL9003 (glossy)
BRC1H519W7
Online controller for VRV
BRP069C51
p. 166
2
Intuitive online and voice control
› Control your system by voice, via Amazon Alexa or
Google Assistant
› Interfaces with home control systems
› Available on all new R-32 VRV indoor units
VRV
Best Partner
GREEN BUILDING SUPPORT
ErP 2021
COMPLIANT
Visit our BIM
application suite o
www.daikin.eu/BIM
Maximum flexibility, minimum concern;
As it should be.
VRV
3
Introduction
4
Creating a sustainable future together
VRV, unique in the market
Which VRV offers me the best solution
VRV total solution
4
8
10
12
VRV core technologies
15
VRV benefits
23
VRV 5
33
VRV 5 Outdoor units
37
VRV 5 Indoor units
39
VRV IV
47
Outdoor units
Indoor units
Hot water
Ventilation and air handling
Biddle air curtains
Control systems
47
107
135
141
159
163
Options & accessories
195
Tools
209
Technical Drawings
219
3
Creating a sustainable future
together
Determined to reduce our environmental footprint, we aim to be CO₂-neutral by 2050.
A circular economy, innovation and smart use – these are the stepping stones on our path.
The time to act is now. Join us in creating a sustainable future for HVAC-R.
INNOVATION
CIRCULAR ECONOMY
www.daikin.eu/building-a-circular-economy
4
SMART USE
Towards a
circular economy
of refrigerants
Reusing refrigerant, avoiding more
than 150,000 kg of virgin gas being
produced each year.
F IE
D
RE
CL
ME
CE
TI
AI
R
F-GAS
N
D
REF
T IO
CA
Make a positive choice to reduce the environmental impact
of your air conditioning systems. Exclusive to Daikin,
a substantial amount of reclaimed refrigerant
is now used in our units and:
RI
› Is independently certified as the same quality as virgin
refrigerant
› Has zero impact on F-gas quota, as reclaimed
and reused within Europe
› Is administratively allocated to VRV units produced and sold
in Europe
› Supports the development of a circular economy
in our industry
Reuse refrigerant and turn waste into an asset
› Create your own circular economy and reduce costs
› Portable unit for easy transport
› Optimum purification
5
GE
RA
NT
AL
LO
Through
innovation
Striving to become the lowest
CO² equivalent manufacturer
100%
R-410A
R-32
-71%
potential global warming impact
Introducing the lower GWP
refrigerant R-32 on VRV 5
› Offer high real-world seasonal
efficiencies
› Variable Refrigerant Temperature
for high seasonal efficiency
Maximise efficiency 24/7 by deploying
unique auto cleaning filters
› Available on the Round flow cassette and
concealed ceiling units
› Automatic filter cleaning ensures high
efficiencies and low maintenance costs
because the filter is always clean
FOTO FXDA-A
6
10 class unit for well insulated and
smaller rooms
› Minimised energy use and maximum
comfort as the indoor is adjusted to
the needsys clean
Through
smart use
Control, monitor and optimize 24/7
Rigorously follow up on energy
consumption via the Daikin Cloud
Service
› Direct control over your energy use
› Compare with different sites to track
abnormalities
24/7
Factor in experts’ advice to
continuously optimise system
efficiency
› Enable predictive maintenance to
ensure optimum operation and
uptime
Stay in control no matter
where you are
› Prevent unneccessary energy use
by remote control of your system
› Intuitve voice control
7
9
1
reasons why VRV is
unique in
the market
2
Leader in sustainability
NEW › VRV 5: Completely new and dedicated R-32
mini VRV design
• Less refrigerant charge
• Higher efficiency
• Lower CO2 equivalent
› L∞P by Daikin: the creation of a circular economy
of refrigerants
• Saves over 150,000 kgs of virgin refrigerant being
produced every year
Efficiency
› Variable Refrigerant Temperature for
high seasonal efficiency
› Round flow cassette and concealed ceiling units
with auto cleaning filter
› The best partner for your BREEAM, LEED or Well project
ErP 2021
COMPLIANT
3
4
Comfort
› Variable Refrigerant Temperature preventing cold
draughts in cooling thanks to high outblow temperatures
› True continuous heating during defrost
› Presence and floor sensors direct the air flow away from
persons, while ensuring an even temperature distribution
› Auto cleaning filters to ensure optimum air quality
PRESENCE SENSOR
8
FLOOR SENSOR
Reliability
› Refrigerant cooled PCB
› Most extensive testing before new units leave
the factory
› Widest sales network with all spare parts available
in Europe
› Preventive maintenance via Daikin Cloud Service
› Auto cleaning filters to further enhance reliability
thanks to clean air-filters
› True technical cooling
5
7
Design
6
› Widest ever range of cassette panels
• Available in white and black
• Sleek designer panel range
› Daikin Emura, unique iconic design
› Fully flat cassette, fully integrated in the ceiling
NEW › Voice control via Amazon Alexa and Google Assistant
through BRP069C51 online controller
› Madoka: a sleek wired remote controller with
intuitive touch button control
› Intelligent Touch manager: A cost-effective mini BMS
integrating all Daikin products
› Easy integration in third party BMS via BACnet,
LonWorks, Modbus, KNX
› Dedicated control solutions for applications such as
technical cooling, shops, hotels, ...
› Daikin Cloud Service for online control, energy
monitoring, comparison of multiple sites and
predictive maintenance
Installation
8
›
›
›
›
Automatic refrigerant charge and refrigerant containment check
Unique 4-way blow ceiling suspended cassette (FXUQ)
Plug & play Daikin Air Handling Unit
VRV configurator software for the fastest commissioning,
configuration and customisation
› Outdoor unit display for quick on-site settings and detailed error
readouts for improved customer support
Controls
Inventor
›
›
›
›
Market leader of VRV systems since 1982
Over 90 years of expertise in heat pump technology
Designed for and produced in Europe
Innovator setting the market standard with
technologies such as Variable Refrigerant Temperature,
continuous heating, ...
7-segment display
9
For every application a solution
›H
eat recovery for simultaneous cooling and heating
› Maximum flexibility for geothermal applications with water-cooled systems
› Hot and cold climate solutions offering efficient cooling up to 52°C and
heating down to -25°C
› Space saving mini VRV solutions, offering the most compact VRV
› The invisible VRV, a unique solution when the outdoor unit must be compact
and completely invisible
› Replacement solutions to replace existing systems in the most cost-effective way
The VRV air conditioning system is the world’s first individual air conditioning system with variable refrigerant flow control and was commercialised by Daikin in 1982. VRV is the trademark of Dakin Industries
Ltd, which is derived from the technology we call “variable refrigerant volume”. BREEAM is a registered trademark of BRE (the Building Research Establishment Ltd. Community Trade Mark E5778551). The BREEAM
marks, logos and symbols are the Copyright of BRE and are reproduced by permission
9
Which VRV
system offers me the best solution?
Heat recovery or heat pump?
VRV Heat recovery
Additional
credits for
green building
certificate
Extracted heat is used to deliver
free hot water and heating
Cooling
+
Hot water
North
Heating
› Simultaneous heating AND cooling from one
system
› "Free" heating and hot water production by
transferring heat from areas requiring cooling
› Maximum individual comfort in all areas
› Technical cooling down to -20°C
› Running costs of VRV IV heat recovery system can
be 30 to 40% lower compared to water fan coil
system*
Components:
South
Outdoor unit
Indoor unit
3-pipe
refrigerant
piping
VRV Heat pump
› For either heating OR cooling operation from one
system
Components:
Outdoor unit
Indoor unit
* According to the Franklin + Andrews construction economics
10
2-pipe
refrigerant
piping
Single and multi
BS boxes:
allows the individual
switching of indoor
units between heating
and cooling
Air cooled or water cooled?
Air Cooled
› Fast and easy to install; no need for additional
components
› Low maintenance costs
› Operation range from - 25°C~52°C
› Can be installed both outdoors and indoors
› Up to 54HP capacity for one system
Components:
Outdoor unit
Indoor unit
Refrigerant piping
Water Cooled
› Suitable for high rise and large buildings because of
the nearly unlimited possibilities of water piping
› Not affected by outdoor temperature/climate
conditions
› Reduce CO2 emmisions thanks to the use of
geothermal energy as a renewable energy source
› Allows heat recovery in the entire building thanks
to the storage of energy in the water circuit
› Lower refrigerant levels thanks to the limited
distance between outdoor and indoor units
Additional
credits for
green building
certificate
Components:
Outdoor unit
Indoor unit
Refrigerant piping
(Geothermal)
water loop
Geothermal application
11
VRV total solution
Typically, many buildings today rely on several separate systems for heating, cooling,
air curtain heating and hot water. As a result energy is wasted. To provide a much more
efficient alternative, VRV technology has been developed into
a total solution managing up to
70%
of a buildings energy consumption
giving large potential to cost saving.
22
›
Heating and cooling for year round comfort
›
Hot water for efficient production of hot water
›
Underfloor heating /cooling for efficient space heating/cooling
›
Fresh air ventilation for high quality environments
›
Air curtains for optimum air separation
›
Controls for maximum operating efficiency
›
Cooling for server rooms, telecom shelters, ... via VRV heat recovery or Sky Air units
›
Refrigeration via our VRV based refrigeration units
Average hotel energy consumption
Average office energy consumption
Refrigeration 3%
Lighting
Ventilation 4%
Integrate
third party
equipment
Space cooling 15%
Kitchen
Office
Other
70%
Hot water 9%
Other
Space heating 25%
Office
equipment
48%
Hot water 17%
Lighting
Space cooling 9%
Space heating 31%
12
Ventilation 5%
Integrate
third party
equipment
Offices
Efficiency in the workplace
"Leading edge design in harmony with
the construction and interior design.“
Architect
Hotel
Hospitality with economy
“With Daikin we could perfectly combine the
authenticity of the hotel with the latest
technology and comfort.”
Owner of a 5-star hotel
Shops
reducing retail costs
"Together with Daikin’s technical team we
have optimised the design of our HVAC
system, reducing investment levels and
operational costs. Daikin has offered us
access to the most up to date technology."
Retail shop representative
Residential
there is no place like home
“A cost effective, low energy consumption
heat pump system for home owners, offering
maximum comfort”
13
VRV standards &
technologies
Our VRV systems set pioneering standards in
all-round climate comfort performance. Total
design simplicity, offering rapid installation,
full flexibility as well as absolute efficiency
and comfort. Find out about all these
revolutionary changes at
www.daikin.eu/VRV
14
VRV
core technologies
VRV core technologies
15
Variable Refrigerant Temperature
Continuous comfort during defrost
VRV configurator
16
7 segment display
19
Newly developed inverter compressor
20
Refrigerant-cooled PCB
20
4-side heat exchanger
20
Predictive control
21
Outer rotor DC fan motor
21
E-Pass heat exchanger
21
I-demand function
21
18
19
15
Unique
UNIQUE
Capacity & Load
in cooling mode
Cooling requirement
System
capacity
Design point
Refrigerant temperature
building
Adjust capacity by
Te control to meet
the load (avoid over
capacity and ON/OFF
operation)
Variable Te
Fixed Te
Seasonal efficiency
the cooling need of the
temperature can be
UNIQUE
Daikin VRV IV+
Variable Refrigerant Temperature control for energy
saving in partial load condition.
The capacity is controlled by the inverter compressor
and variation of the evaporating (Te) and condensing
(Tc) temperature of the refrigerant in order to
achieve the highest seasonal efficiency.
Evaporating temperature can vary between 3 and 16°
which is the widest on the market.
the higher the efficiency
VRF standard
Capacity is controlled only with the variation of the
inverter compressor
the higher the refrigerant
How does it work?
The lower the capacity need,
› Seasonal efficiency increased by 28%
› The first weather accommodating control on the
market
› Customer comfort is assured thanks to higher
outblow temperatures (preventing cold
draughts)
temperature,
Thanks to its revolutionary variable refrigerant
temperature technology (VRT), VRV IV+ continuously
adjusts both the inverter compressor speed and the
refrigerant temperature in cooling AND heating,
providing the necessary capacity to meet the
building load with the highest efficiency at all times!
The higher the refrigerant
The biggest leap since
the inverter compressor
The colder it gets the lower
variable refrigerant
temperature
Efficiency with Variable
Refrigerant Temperature
Efficiency up
20°
25°
30°
35°
Outdoor temperature
Calculate the benefit of variable
refrigerant temperature for your
project in our seasonal solutions
calculator:
http://extranet.daikineurope.com/en/software/
downloads/solutions-seasonal-simulator/default.jsp
Success story
Real test: up to 46% less energy consumed
How effective is the VRV IV+ heat pump technology?
A field trial was carried out in a shop of a fashion chain in
Germany and showed that the innovative Daikin VRV IV delivers
dramatically better energy efficiency compared with previous
models.
The trial demonstrated that by using air, an infinitely renewable
and free energy source, the VRV IV+ system provides a complete
and environmentally sustainable solution for heating, cooling
and ventilation in commercial applications. The trial also showed
that only by monitoring climate control systems carefully and
intelligently businesses can identify and control energy waste.
The trial results showed that the new VRV IV system consumed
up to 60% less energy than the VRV III system, particularly
during cooling. Overall energy savings during heating averaged
20%.
16
Contact Daikin for more infomation about
monitoring services.
Check on
8 Different modes to
maximise efficiency
and comfort
https://www.youtube.com/
DaikinEurope
For maximum energy efficiency and customer
satisfaction, the outdoor unit needs to adapt
the evaporating/condensing temperature at the
optimum point for the application.
How to set the different modes?
6
Set up the main operation mode
of the system
Define how the system reacts
to changing loads
Step 1
Step 2
Automatic*
Evaporating AND condensing temperature automatically
selected according to ambient temperature
Quick reaction speed
Powerful
patents
Where a quick increase of load is expected such as conference rooms.
Quick reaction speed to changing load has priority, with temporarily colder
outblow as a result.
Top efficiency
The perfect balance:
Achieves top efficiency throughout the year,
reacts quickly on the hottest days
High sensible
Target Te can be selected between 7°Cto 11°C
Quick reaction speed
Top efficiency
Year round top efficiency
Basic
Quick
Same as above but slower response than the powerful mode.
Mild *
This mode would be suitable for most office applications
and it is the factory set mode.
The perfect balance: Slower reaction speed with top efficiency
Powerful
Quick
Same as above but slower response.
Mild
The air off temperature remains fairly constant.
Suitable for low ceiling rooms.
Eco
Coil temperature would not change due to fluctuating load.
Suitable for computer or low ceiling rooms.
No submodes
Current VRF standard
Gives customer choice for fixing coil temperature which avoids cold draughts.
A quick reaction speed to changing load has priority, with temporarily colder
outblow as a result.
This is how most other VRF systems work and can be used
for all general type of applications.
* Factory setting
VRV III 20HP (2 modules)
VRV IV 18HP (1 module)
March 2012 - February 2013
March 2013 - February 2014
Avg (kWh/Month)
2.797
1.502
Total (KWh)
33.562
18.023
Total (€)
6.041
3.244
9,9
5,3
Period
Yearly (operation
cost/m² (€/m²)
46% savings = € 2.797
Measured data
Fashion store Unterhaching (Germany)
› Floor space: 607m²
› Energy cost: 0,18 €/kWh
› System taken into account for consumption:
- VRV IV heat pump with continuous heating
- Round flow cassettes (without auto cleaning panel)
- VAM for ventilation (2x VAM2000)
- Biddle Air curtain.
17
Real continuous heating
during defrost mode
Check on
VRV IV+ continues to provide heating even when
in defrost mode, providing an answer to any
perceived disadvantages of specifying a heat
pump as a monovalent heating system.
https://www.youtube.com/
DaikinEurope
› Continuous indoor comfort ensured by the heat
accumulating element and alternate defrost
› An innovative alternative to traditional heating
systems
Heat pumps are known for their high energy
efficiency in heating, but frost is accumulated on
their heat exchanger during heating operation and
this must be melted periodically using a defrost
function that reverses the refrigeration cycle. This
causes a temporary temperature drop and reduced
comfort levels inside the building.
Defrosting can take over 10 minutes (depending on
the size of the system) and occurs mostly between
-7 and +7°C when humidity levels in the air are high.
Humidity freezes on the coil, resulting firstly in poor
performance and eventually low comfort levels.
The VRV IV+ has changed the heating paradigm by
providing heat even during defrost operation thus
diminishing the temperature drop indoors and
providing comfort at all times.
Room temperature
VRV IV+
VRF benchmark
ΔT
Time
How does it work?
UNIQUE
Heat accumulating element
Alternate defrost
For the VRV IV+ heat pump single unit systems a
unique heat-accumulating element is used. This
element, based upon phase change material,
provides the energy to defrost the outdoor unit.
On all our multi unit systems only 1 outdoor
coil is defrosted at a time, ensuring continuous
comfort during the whole process.
The outdoor unit coil is
defrosted …
Kan niet aders dan met
gradient, want vloeistof
warmt op en koelt af...
… with the energy stored
in the heat accumulating
element …
… so a comfortable
temperature is maintained
the outdoor unit coil is defrosted …
indoors.
… one at the time …
… so a comfortable temperature is maintained indoors
Available on:
Available on:
Heat pump
Heat pump
Heat recovery
even checken in de
infographics map: ik denk
dat er een tekening van
eenVRV
VRV bestaat
Replacement
RYYQ8-20U
RYYQ16-54U
REYQ10-54U
RXYQQ16-42U
RQCEQ280-848P3
Water cooled VRV has no defrost cycles
18
VRV Configurator
Check on
Software for simplified commissioning,
configuration and customisation
› Graphical interface
› Manage systems over multiple sites in exactly
the same way
› Retrieve initial settings
https://www.youtube.com/
DaikinEurope
Configurator software for simplified
commissioning
The VRV configurator is an advanced software
solution that allows for easy system configuration
and commissioning:
› less time is required on the roof configuring the
outdoor unit
› multiple systems at different sites can be managed
in exactly the same way, thus offering simplified
commissioning for key accounts
› initial settings on the outdoor unit can be easily
retrieved.
Simplified
commissioning
Retrieve initial system
settings
User friendly interface instead of
push buttons
7-segment display
for quick and accurate error diagnosis
Outdoor unit display for quick on-site settings and
easy read out of errors together with the indication of
service parameters for checking basic functions.
› easy-to-read error report
› clear menu indicating quick and easy on-site
settings
› indication of basic service parameters to quickly
check basic functions: high pressure, low
pressure, frequency and operation time history of
compressors, temperature of discharge/suction
pipe.
› No need to unmount the big front panel of the unit
thanks to the service access
3 digit 7-segment display
Available on:
Heat recovery
Heat pump
Replacement VRV
REYQ-U
RYYQ-U
RXYQQ-U
RXYQ-U
RXYSCQ-TV1 (only configurator, no 7 segment display)
RXYSQ-T8V/T8Y/TY1 (only configurator, no 7 segment display)
SB.RKXYQ-T(8) (only configurator, no 7 segment display)
19
VRV
core technologies
37
patents
UNIQUE
Scroll compressor
Check on
Back pressure control
› Pressure port increases pressure below the scroll
in low load operation, preventing refrigerant leak
from the high to low pressure side
› Increased partial load efficiency
The back pressure control port sends high pressure refrigerant
https://www.youtube.com/
DaikinEurope
Refrigerant leak at low load with conventional compressor
to the back of the scroll, preventing refrigerant leakage
Refrigerant-cooled PCB
› Reliable cooling because it is not influenced by
ambient air temperature
› Smaller switchbox for smoother air flow
through the heat exchanger increasing
heat exchange efficiency with 5%
6
patents
UNIQUE
UNIQUE
4-sided, 3-row heat
exchanger
› Heat exchange surface up to 50% larger
› (up to 235m2), leading to 30% more
efficiency
10
patents
20
UNIQUE
Target
Predictive Control
Function (PCF)
General VRF:
Double time against VRV IV
› Reaching targets faster
› Reaching targets without overshooting, so there is
no waste, resulting in improved efficiency
The large number of Daikin systems already in
operation and which are monitored by our i-Net
software put us in the unique position of being
able to analyse this data and develop the predictive
control function.
t
2t
(VRV IV)
(general VRF)
VRV IV with PCF
General VRF with PI control
Target capacity/refrigerant temperature
VRV IV: PCF
Compressor works with predictive data for the control
›
result: quick convergence to the target temperature
and reduction of waste operation of the compressor
Half time
against
general
VRF
General VRF: Pi control
Compressor works with feedback only for the control
›
UNIQUE
result: waste operation and longer time before reaching
target set point
DC fan motor
Outer rotor DC motor for higher efficiency
› Larger rotor diameter results in greater force
for the same magnetic field, leading to better
efficiency
› Better control, resulting in more fan steps to
match the actual capacity
Conventional motor with inner rotor
Daikin outer rotor
Sine wave DC inverter
Optimizing the sine wave curve results in smoother
motor rotation and improved motor efficiency.
F
F
DC fan motor
The use of a DC fan motor offers substantial
improvements in operating efficiency compared to
conventional AC motors, especially during low speed
rotation.
E-Pass heat exchanger
Optimising the heat exchanger’s path layout prevents
heat being transferred from the overheated gas
section to the sub-cooled liquid section which is a
more efficient way to use the heat exchanger.
I-demand function
Limit maximum power consumption.
The newly introduced current sensor minimizes
the difference between the actual power
consumption and the predefined power
consumption.
Rotor
Stator
Stator
Standard heat exchanger
e-Pass heat exchanger
In 85 °C
In 85 °C
43 °C
55 °C
27 °C
Rotor
55 °C
27 °C
60 °C
50 °C
55 °C
Out 45 °C
Out 45 °C
Power consumption
Predefined limit
Time
21
The VRV benefits
See how you can benefit from Daikin's highly
flexible and efficiency product range
22
VRV
benefits
VRV benefits
23
Drastically reducing your running costs
24
Comfort guaranteed at all times
26
Great design flexibility
28
Fast installation and commissioning
Easy servicing
30
30
23
Drastically reducing
running costs
+ Top reliability
+ Up to 6 times greater resistance against corrosion
-71%
Introducing R-32 refrigerant on VRV
› Lower Global Warming Potential (GWP):
only 1/3rd of R-410A
› Lower refrigerant charge: 10% less
compared to R-410A
› Higher energy efficiency
› Single component refrigerant, easy to
handle and recycle
100%
71%
R-410A
R-32
potential global warming impact
Potential global warming impact
Precise zone control
VRV systems have low running costs because it
permits each zone to be controlled individually.
That is, only those rooms that require air conditioning
will be heated or cooled, while the system can
be shut down completely in rooms where no air
conditioning is required.
All inverter compressors
All inverter control compressors allow to control
the refrigerant volume almost stepless. In this way
the capacity perfectly matches the different loads in
every room avoiding unnecessary energy use.
Additionally all inverter compressors also allow
precise refrigerant temperature control, automatically
adapting your VRV to your building and climate
requirements, reducing running costs with 28%.
Even more, having no ON/OFF compressors, means
total absence of high starting currents, which are being
more and more limited by the grid operators and power
suppliers.
24
ON
OFF
ALL
ON
ON
OFF
Technical benefits VRV
Duty Cycling extends
operation life
The cyclical start-up sequence of multiple outdoor
units systems equalises compressor duty and extends
operating life.
Sequential Start
Up to 3 outdoor units can be connected to 1 power
supply and can be turned on sequentially. This allows
the number of breakers and their capacities to remain
small and simplifies wiring (for models of 10HP or less).
Only one power supply
1 v/d 2 k
Top quality
Only brazed connections
Flare or flange
All flange and flare connections inside the unit
have been replaced by brazing connections to
ensure improved refrigerant containment. Also the
connection of the outdoor in the main pipe is brazed.
Brazing
Anti Corrosion Treatment
An anti-corrosion heat exchanger cutaway view
Special anti corrosion treatment of the heat exchanger
provides 5 to 6 times greater resistance against acid
rain and salt corrosion.
The provision of rust proof steel sheet on
the underside of the unit gives additional protection.
Hydrophilic film
Aluminium
Heat exchanger
foto in crkeltje zou ik
behouden
Degree
Performed tests:
VDA Wechseltest
Contents of 1 cycle (7 days):
24 hours salt spray test SS DIN 50021
96 hours humidity cycle test KFW
DIN 50017
› 48 hours room temperature & room humidity
testing period: 5 cycles
›
›
›
›
Corrosion-resistant
Acrylic resin
of corrosion
8
7
6
5
4
3
2
1
0
Push button
on the PCB
1
2
3
4
Bare aluminium
5
Cycle
DAIKIN P.E.
Degree of
corrosion
10
9
Kesternich test (SO2)
8
› contents of 1 cycle (48 hours)
6
according to DIN50018 (0.21)
› testing period : 40 cycles
R410-A
7
5
4
3
2
1
0
1
2
3
4
5
6
10
20
30
40
50
60
70
Cycle
naam op gasfles eventueel
vervangen door echt logo
even checken
25
infographics m
dat er een tek
Comfort
guaranteed
Smart Control brings
comfort
Stable room temperature
Suction air temp.
An electronic expansion valve, using PID
(Proportional Integral Derivative) control,
continuously adjusts the refrigerant volume in
respond to load variations of the indoor units.
The VRV system thus maintains comfortable room
temperatures at a virtually constant level, without the
temperature variations typical of conventional ON/
OFF control systems.
Cooling
Stable room temperature
Time
VRV SERIES (DAIKIN indoor unit (PID controlled))
Note: The graph shows the data, measured in a test room assuming
actual heating load. The thermostat can control stable room
ON/OFF controlled indoor unit (2.5HP)
temperature at ± 0.5°C from set point.
No more cold draught
Automatic or manual adjustment of refrigerant
temperature leads to higher outblow temperatures
which avoid the cold draught coming from the
indoor unit.
16°
Constant and high
Available on all VRV IV units
air discharge temperature
Room temperature
Continuous heating
During defrost
› Indoor comfort not effected via the unique heat
accumulating element or alternate defrost
› The best alternative to traditional heating systems
VRV IV
VRF benchmark
Available on REYQ-U, RYYQ-U, RXYQ-U and
RXYQQ-U
ΔT
Time
Back-up function
In the event of a compressor malfunction another
compressor or outdoor unit will take over in order
to maintain 8 hour interim capacity, allowing time
for maintenance or repair while comfort remains
guaranteed.
Single outdoor unit
with multiple compressors
26
Multi outdoor unit system
Technical benefits VRV
Prevent energy losses
from over-ventilation
with CO2 sensor
Enough fresh air is needed to create an enjoyable
environment, but ventilating constantly is leading to
energy waste. Therefore an optional CO2 sensor can be
installed which switches off the ventilation
system when there is enough fresh air in the room,
thus saving energy.
Low indoor unit
operation sound level
Daikin indoor units have very low sound operation
levels, down to 19dB(A), making them ideal for
sound sensitive area’s as hotel bedrooms, etc…
Example of CO2 sensor operation in a meeting room:
9 AM
12 PM
CO2 level
Fixed ventilation rate
Ventilation amount
5 PM
Decrease in air volume and more energy
saving compared to fixed ventilation rate
Increase in air
volume and
better comfort
compared to fixed
ventilation rate
7
8
9
10
When many people are in the room,
more fresh air is brought in to maintain
comfortable CO2 levels. When fewer
people are in the room, energy is saved by
bringing in less fresh air.
11
12
Morning meeting
13
14
15
Lunch time
16
17
18
19
hour
Meeting
db(A)
Perceived loudness
0
Treshold of hearing
Sound
-
20
Extremely soft
Rustling leaves
40
Very soft
Quiet room
60
Moderately loud
Normal conversation
80
Very loud
City traffic noise
100
Extremely loud
Symphonic orchestra
120
Threshold of feeling
Jet taking off
Daikin indoor units:
FXZQ-A
emura
19dB(A)
25.5dB(A)
Connectable to all VRV heat pumps
Connectable to VRV IV+, VRV IV C+series
and VRV IV W+series
Night quiet mode
For areas where there are stringent limitations to
sound levels, the outdoor unit sound level can be
automatically reduced to meet the requirement.
Peak in the outdoor
temperature
100%
8 hrs
10 hrs
50%
Capacity* %
Load %
Operation Sound dBA
Night mode
Step 1
To manually set set the time for low noise
operation you can use the external control
adaptor DTA104A61/62/53.
Step 2
Night mode STARTS
Night mode ENDS
Example for VRV IV heat pump, factory setting.
<
00000
27
Great
design flexibility
Wide operation range
Air cooled
Water cooled
The VRV system can be installed practically anywhere.
VRV air cooled outdoor units can cool between
-20°C BD and +52°C DB outdoor ambient and can be
used as monovalent heating system between -25°C
WB and +15.5°C WB.
Standard water cooled outdoor units operation
between 10°C & 45°C for both heating and cooling.
In geothermal mode, the operation range is
extended to -10°C* during heating and 6°C during
cooling. These units are not influenced by external
conditions and function well in extreme climates.
-20C° DB
52°C DB
-25C° WB
15.5°C WB
Heating mode
45°C
Heating mode water temperature
6°C
45°C
Cooling mode water temperature
* Ethylene glycol should be added to the water when
Cooling mode
-10°C
the water inlet temperature is below 5°C
With the technical cooling function, the operation range in cooling
of the heat recovery system is extended from -5°C to -20°C 1, making
it perfect for integrating server rooms.
1
VRV-W
Contact your local dealer for more information and restrictions
VRV-W
90m piping
length after
first branch
The long piping lengths, high level differences and
small refrigerant piping allows for a design with little
limitations and leaving maximum space for lettable
space.
VRV-W
30m Level difference
between indoor units
Flexible piping design
40m (90m1) Level difference
between indoor and outdoor units
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
165m Actual piping length
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
Indoor installation
Unlimited water piping length
VRV IV example
Air cooled
Total piping length
Water cooled
1000m
500m
165m (190m)
165m (190m)
Longest length after first branch
90m1
40m (90m1)
Level difference between indoor and outdoor units
90m
50m (40m²)
Level difference between indoor units
30m
30m
Longest length actual (Equivalent)
1
1 Contact your local dealer or consult technical literature for more information and restrictions
2 In case outdoor unit is located below indoor units
Phased installation
Installation of the VRV system can be implemented
floor by floor, so that sections of the building can
be put into use very quickly, or enabling the air
conditioning system to be commissioned and
operated in stages, rather than on final completion of
the project.
28
Under construction
VRV system
Installation
floor by floor
Technical benefits VRV
Indoor installation
Water cooled
Air cooled
Standard outdoor unit installed indoors
The VRV optimised fan blade shape increases output
and reduces pressure loss. Together with the high ESP
setting (up to 78.4 Pa), it makes VRV outdoor units
ideal for indoor installation using ducts.
› Seamless integration in the surrounding
architecture as you cannot see the unit
› Highly suited for sound sensitive areas as there is
no external operation sound
› Superior efficiency, even in the most extreme
outside conditions, especially in geothermal
operation
ESP up to
78.4 Pa
VRV IV i-series heat pump for indoor installation
The ultimate and unique solution from Daikin is
to use the VRV IV i-series. This unit is optimised for
indoor installation and is the most flexible solution,
without the need for a large technical room to put
the outdoor unit and it is complete invisible!
More details on page 62
Multiple tenants,
one outdoor unit
The multi tenant function ensures that the entire VRV
system does not shut down when the main power
supply of an indoor is switched off.
This means that the indoor unit’s main power supply
can be turned off when a part of the building is
closed or is being serviced without affecting the rest
of the building.
operation
in holiday
in service
operation
2 solutions according to the needs:
› Service setting, without additional hardware: for
service execution within 24 hours
› PCB option: when tenants leave for a longer period
(holiday) and the main power supply is shut down
multi tenant
No structural
reinforcement necessary
Thanks to the vibration-free and sufficient light
construction of the outdoor units, floors do not need
to be reinforced, reducing the overall cost of the
building when compared to a chiller.
max. 398kg for a 20HP unit
29
Fast installation
and commissioning
1 v/d 2 kiezen
+ Easy servicing
Automatic charging & testing
Efficient use of time
foto in 4crkeltje zou ik
behouden
1
2
3
Calculate extra
refrigerant volume
Connect first bottle
on VRV & start
filling process
Check on regular
times weight scale
to check weight of
refrigerant
Manual
1
2
Connect bottle
to VRV & activate automatic
charging function
Filling procedure
stops automatically:
close valves
Automatic
Stop manually
the VRV filling procedure
& close valves
Push button
on the PCB
R410-A
If the temperature drops below 20°C* manual charging is necessary.
* 10°C for heat pump for cold regions
even checken in de
Available
on REYQ-U, RYYQ-U, RXYQ-U, RQYQ-P,
RXYQQ-U,
RQCEQ-P3
infographics
map:
ik denk
naam *op
gasfles eventueel
After charging, pushing the test operation button initiates a check
on the wiring, shut off valves, sensors and refrigerant volume.
dat er een tekening van
een VRV bestaat
vervangen door echt logo
Did you
know?
10% undercharged
up to 25% capacity loss
33% more energy use
OPTIMAL CHARGE = OPTIMAL EFFICIENCY
Planned installation
64 m refrigerant piping
Real installation
76 m refrigerant piping
›
›
0.5 kg
calculation:
2.2 kg extra refrigerant required
2.7 kg extra refrigerant
required in reality
Compliance to F-gas regulation
When activating the refrigerant containment check, the unit switches into cooling mode and
duplicates certain reference conditions based on memory data.
The result indicates whether or not refrigerant leakage has occurred.
Remote refrigerant containment check
›
›
›
›
›
Perform the refrigerant containment check remotely
via intelligent Touch Manager.
Remotely set the time and start the refrigerant containment
check when it is most convenient for you.
The refrigerant volume of the complete system is calculated for the following data:
Outdoor temperature
Reference system temperatures
Reference pressure temperatures
Refrigerant density
Types and number of indoor units
Connect to customer site via internet or 3G increasing customer
satisfaction as there is no disruption to the air conditioning
during business hours.
Check the report once the check has been done.
Available on REYQ-U, RYYQ-U, RXYQ-U. Next to remote checking, the function can also be activated on-site via a push button on the PCB.
30
Technical benefits VRV
VRV configurator software
even checken in de
even checken in de
infographics map: ik denk
infographics map: ik denk
dat er een tekening van dat er een tekening van
een VRV bestaat
een VRV bestaat
For simplified commissioning, configuration and
customisation
Available on REYQ-U, RYYQ-U, RXYQ-U,
RXYSCQ-TV1, RXYSQ-TY8V/T8Y/TY1,
SB.RKXYQ-T(8) and RXYQQ-U
User friendly interface instead of
1 v/d 2 kiezen
1 v/d 2 kiezen
3 digit 7-segment display
push buttons
Compact design
The compact design of the outdoor units is sufficient
to allow them to be taken up to the top of a
building in a commercial elevator, overcoming site
transportation problem, particularly when outdoor
units need to be installed on each floor.
foto in crkeltje zou ik
behouden
foto in crkeltje zou ik
behouden
Push button
on the PCB
Daikin unified REFNET
piping
R410-A
Push button
on the PCB
R410-A
The unified Daikin REFNET piping system is designed
even checken in de
even checken in de
for simple
installation.
infographics map: ik denk
naam op gasfles eventueel
infographics map: ik denk
naam op gasfles eventueel
dat er een tekening van dat er een tekening van
vervangen door echt logo
vervangen
door echt logo
Compared
to regular
T-joints,
where
refrigerant
een VRV bestaat
een VRV bestaat
distribution is far from optimal, the Daikin REFNET
joints have specifically been designed to optimise
refrigerant flow.
Daikin Europe N.V. advises only to use Daikin REFNET piping system.
REFNET joint
T-joint
REFNET joint
REFNET
header
Easy wiring “Super Wiring” System
Simplified wiring
Shared use of wiring between indoor units, outdoor
units and centralised remote control
› Easy retrofit of centralised remote control
› Impossible to make incorrect connections thanks to
non polarity wiring
› Sheated wire can be used
› Unique total wiring length up to 2,000 m
Cross wiring check
The cross wiring check function warns operatives of
connection errors in inter unit wiring and piping.
Auto Address Setting Function
Allows wiring between indoor and outdoor units, as
well as group control wiring of multiple indoor units,
to be performed without the bothersome task of
manually setting each address.
* auto adress setting fuction is not available for centralized operation
31
VRV 5
Designed for
the future
32
VRV 5
VRV 5
33
Product overview
34
Outdoor units
37
Indoor units
38
Ceiling mounted cassette units
FXFA-A - Round flow cassette
FXZA-A - Fully flat cassette
38
39
41
Concealed ceiling units
Auto cleaning filter for concealed ceiling units
FXDA-A - Slim concealed ceiling unit
FXSA-A - Concealed ceiling unit with medium ESP
42
42
43
44
Wall mounted units
FXAA-A - Wall mounted unit
45
45
33
6
š
O
Capacity class (kW)
Remarks
O
š
š*
š*
Air curtains
5
AHU connection
VRV 5
S-series
Lower CO2 equivalent and market-leading flexibility
› Compact single fan design saves space and is easy to install
› Market-leading serviceability
and handling
› Reduced CO2 equivalent thanks
to the use of lower GWP R-32 refrigerant and lower refrigerant
charge
› Offering like-for-like R-410A
flexibility
4
Hydrobox
UNIQUE
Product name
Residential indoor units
Air – cooled heat pump
Model
VRV indoor units
VRV 5 outdoor unit overview
HRV units VAM
Product overview

1~
RXYSA-AV1 / AY1
3~
›
Standard total system
connection ratio
limit: 50 ~ 130%

* For sales availability refer to your local sales representative
With new
Madoka
BRC1H52W/S/K !
VRV 5 indoor unit overview
Capacity class (kW)
Wall mounted
Concealed ceiling
Ceiling mounted cassette
Type Model
UNIQUE
Round flow
cassette
UNIQUE
Fully flat
cassette
Slim
concealed
ceiling unit
Product name
›
›
›
›
›
360° air discharge for optimum efficiency and comfort
Auto cleaning function ensures high efficiency
Intelligent sensors save energy and maximize comfort
Flexibility to suit every room layout
Lowest installation height in the market!
Widest choice ever in decoration panel designs and colors
FXFA-A
›
›
›
›
›
Unique design that integrates fully flat into the ceiling
Perfect integration in standard architectural ceiling tiles
Blend of iconic design and engineering excellence
Intelligent sensors save energy and maximize comfort
Small capacity unit developed for small or well-insulated rooms
Flexibility to suit every room layout
FXZA-A
Slim design for flexible installation
Compact dimensions enable installation in narrow ceiling voids
Medium external static pressure up to 44Pa
Only grilles are visible
Small capacity unit developted for small of well-insulated rooms
Reduced energy consumption thanks to DC fan motor
FXDA-A
›
›
›
›
›
10 15 20 25 32 40 50 63 71 80 100 125 140



UNIQUE
FOR R-32

Auto cleaning
filter option
Slimmest yet most powerfull medium static pressure unit on the market!
Concealed
ceiling unit
with
medium
ESP
› S limmest unit in class, only 245mm
› Low operating sound level
› Medium external static pressure up to 150Pa facilitates using flexible ducts of
Wall
mounted
unit
›
›
›
›
›
FXSA-A

FXAA-A

varying lengths
Automatic air flow adjustment function measures the air volume and static
pressure and adjusts it towards the nominal air flow, guaranteeing comfort
For rooms with no false ceilings nor free floor space
Flat, stylish front panel is more easy to clean
Small capacity unit developted for small of well-insulated rooms
Reduced energy consumption thanks to DC fan motor
The air is comfortably spread up- and downwards thanks to 5 different discharge
angles

Cooling capacity (kW)1
1.1 1.7 2.2 2.8 3.6 4.5 5.6 7.1 8.0 9.0 11.2 14.0 16.0
Heating capacity (kW)2
1.3 1.9 2.5 3.2 4.0 5.0 6.3 8.0 9.0 10.0 12.5 16.0 18.0
(1) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m
(2) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m
34
Black and
designer
panels
Ceiling mounted
cassette units
Concealed ceiling units
Wall
mounted
unit
FXZA-A
FXDA-A
FXSA-A
FXAA-A
During absence, indoor comfort levels can be maintained





Fan only
The air conditioner can be used as fan, blowing air without cooling or heating





Auto cleaning filter
The filter automatically cleans itself. Simplicity of upkeep means optimum
energy efficiency and maximum comfort without the need for expensive or
time-consuming maintenance
Floor and presence sensor
The presence sensor directs the air away from any person detected in the
room. The floor sensor detects the average floor temperature and ensures an
even temperature distribution between ceiling and floor


Draught prevention
When starting to warm up or when the thermostat is off, the air discharge
direction is set horizontally and the fan to low speed, to prevent draught.
After warming up, air discharge and fan speed are set as desired


Whisper quiet
Daikin indoor units are whisper quiet. Also the outdoor units are guaranteed
not to disturb the quiet of the neightbourhood




Auto cooling-heating
changeover
Automatically selects cooling or heating mode to achieve the set temperature





Air filter
Removes airborne dust particles to ensure a steady supply of clean air
(G3 (2) in case
of auto cleaning
panel)
G1(2)

G1 (2)

Dry programme
Allows humidity levels to be reduced without variations in room temperature





Ceiling soiling prevention
The air discharge of the indoor unit is specially designed to prevent air being
blown against the ceiling to prevent ceiling stains


Vertical auto swing
Possibility to select automatic vertical moving of the air discharge louvre, for
uniform air flow and temperature distribution


Fan speed steps
Multiple fan speeds to select,to optimize comfort levels
5 + auto
3 + auto
Individual louver control
Individual louver control via the wired remote controller makes it simple
to fix the position of each louver individually, to suit any new room
configuration. Optional closure kits are available as well


Online Controller
(BRP069C51)
Can control and monitor the status of your Daikin heating or air conditioning
system


(1)


(1)
Other funtcions
Remote control & timer
Air flow
Comfort
We care
Home leave operation
Air
treatment
FXFA-A
Humidity
control
VRV 5 indoor unit benefit overview


(optional)
(optional)
G1(2)

3
3 + auto
2


(1)


(1)
Weekly timer
Timer can be set to start and stop operation anytime on a daily or weekly
basis
Infrared remote control
Infrared remote control with LCD to remotely control your indoor unit
Wired remote control
Wired remote control to remotely control your indoor unit
Only connectable to new BRC1H52W/S/K
Centralised control
Centralised control to to control several indoor units from one single point






(1)


Auto-restart
The unit restarts automatically at the original settings after power failure
Self-diagnosis
Simplifies maintenance by indicating system faults or operating anomalies










Drain pump kit
Facilitates condensation draining from the indoor unit
Standard
Standard
Standard
Standard
Optional
Multi tenant
The indoor unit’s main power supply can be turned off
when leaving the building or for servicing purposes





NEW
(1) Must be combined with Madoka wired remote controller
(2) Filter grade category are an indication, filters are not certified.
35
Best-in-class design versatility
Indoor unit installation in rooms down to 10m²!
When using R-32 refrigerant in VRV systems additional measures need to be taken according to the product standard IEC60335-2-40 (Ed.6),
in order to use the VRV system to it’s full potential.
ʯ The product standard IEC60335-2-40 (Ed.6) specifies all information regarding
the total refrigerant amount and minimum room surface, depending
on the additional measures taken.
ʯ Area 1: Application area without any measures
• Typically split and Sky Air systems fall in this area thanks to
very low refrigerant charges.
• A typical mini VRV installation, with 6.5kgs of refrigerant would require
a minimum room surface of 39m² (1)
ʯ Area 2 :Extended application area of VRV 5 including 2 factory-mounted measures.
• The Daikin way, enabling to use the VRV system to it‘s full potential,
with a minimum room surface down to 10.0m² (1)
THIRD
PART Y
APPROV
ED
(1) for indoor units installed at minimum 1.8m height and above the lowest underground floor.
Overview of application surface in function of applied measures under IEC60335-2-40 (Ed.6) ,
considering units are installed at minimum 1.8m height and above the lowest underground floor.
Daikin solution
16.0
Total Refrigerant Charge (kg)
14.0
DAIKIN SOLUTION :
2 MEASURES
FACTORY-MOUNTED
12.0
Area 3
10.0
Reaction time of Daikin VRV 5 system
Area 2
Application area without any measures
8.0
6.5 6.0
Extended application area of VRV 5
Highly increased
flexibility thanks to
factory-mounted
measures
4.0
2.0
0.0
Area 1: no additional measures
required under IEC60335-2-40 Ed.6
39
10.0
60
80
UNIQUE IN THE MARKET
Refrigerant charge for a typical
mini VRV installation with 90~110m
pipe length
100
Minium room surface (m2)
The representation above is Daikin’s interpretation of IEC60335-2-40 (Ed.6) and has no intention to replace in anyway existing legislation.
Possible measures towards flammability
ʯ Manufacturers have the choice to implement zero, one or two measures
ʯ 3 types of measures are allowed:
• Ventilation (natural or mechanical)
• Shut-off valves
DAIKIN SOLUTION, UNIQUE IN THE MARKET
• Alarm (local and maybe central)
The most flexible solution by Daikin
ʯ The most flexible solution: two measures, system integrated
• No additional costs or calculations needed to implement measures in the field
• No hassle or additional time needed when installing
• No risk in errors thanks to Xpress selection software
ʯ Third party tested and approved
THIRD
PART Y
APPROV
ED
36
NEW RXYSA-AV1/AY1
VRV 5 S-series
460 mm
1.100 mm
Lower CO2 equivalent and market-leading flexibility
869mm
RXYSA-AV/AY1
level difference
between
indoor units
869mm
high!
300 m total piping length
Access all technical information on RXYSA-AV1
at my.daikin.eu or click here
ErP 2021
CO
COMPLIANT
Already fully compliant
to LOT 21 - Tier 2
Reduced CO2 equivalent
Like-for-like R-410A
installation flexibility
Access all technical information on RXYSA-AY1
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
Recommended combination
Only
120 m longest pipe length
40 m longest length after first branch
15 m
50 m
level difference between indoor and outdoor units
ʯ Reduced CO2 equivalent thanks to the use of lower GWP R-32
refrigerant and lower refrigerant charge
ʯ Top sustainability over the entire lifecycle, thanks to market
leading real-life seasonal efficiency
ʯ Low-height single fan range
ʯ Easy to transport thanks to lightweight and compact design
ʯ Wide access area to easily reach all key components
ʯ Offering like-for-like R-410A flexibility
ʯ Specially designed indoor units for R-32, ensuring low sound and
maximum efficiency
HP
kW
kW
kW
6°CWB
RXYSA4AV1
4
12.1
8.4
14.2
RXYSA5AV1
5
14.0
9.7
16.0
RXYSA6AV1
6
15.5
10.7
18.0
RXYSA4AY1
4
12.1
8.4
14.2
3xFXSA25A2VEB + 4xFXSA32A2VEB 2xFXSA32A2VEB 3xFXSA25A2VEB
1xFXSA32A2VEB
+ 2xFXSA40A2VEB + 1xFXSA32A2VEB
%
324.5
306.1
301.0
312.5
%
200.5
185.7
183.6
193.1
ηs,c
ηs,h
Published data with
real-life indoor units
RXYSA5AY1
5
14.0
9.7
16.0
RXYSA6AY1
6
15.5
10.7
18.0
4xFXSA32A2VEB
2xFXSA32A2VEB
+ 2xFXSA40A2VEB
294.8
178.8
289.9
176.8
7.3
SEER
8.2
7.7
7.6
7.9
7.4
SCOP
5.1
4.7
4.7
4.9
4.5
4.5
13 (1)
16 (1)
18 (1)
13 (1)
16 (1)
18 (1)
Min.
50
62.5
70
50
62.5
70
Nom.
100
125
140
100
125
140
130
162.5
182
130
162.5
182
Maximum number of connectable indoor units
Indoor index connection
Dimensions
Weight
Max.
Unit
Unit
HeightxWidthxDepth
mm
kg
Sound power level
Cooling
Nom.
dBA
67
68.1
69
67
68.1
69
Heating
Nom.
dBA
68
69.2
70
68
69.2
70
Heating
According to ENER LOT21
57
59
60
57
59
60
Cooling
Nom.
dBA
49
51
51
49
51
51
Heating
Nom.
dBA
50
52
52
50
52
52
Cooling
Heating
Type/GWP
Charge
Liquid
Gas
Total piping
length
Min.~Max.
Min.~Max.
Sound pressure level
Operation range
Refrigerant
Piping connections
OD
OD
system
Height Difference OU-IU
Power supply
Current - 50Hz
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
869x1,100x460
102
°CDB
°CWB
Actual
-5.0 ~ 46.0
-20.0 ~ 16
R-32/675
3.40 / 2.30
9.52
15.9
300
kg/TCO2Eq
mm
mm
m
Outdoor unit in
highest position
m
50
Indoor unit in
highest position
m
40
Hz/V
A
1~/50/220-240
32
3~/50/380-415
16
(1) Actual number of units depends on the indoor unit type and the connection ratio restriction for the system (being 50% <= 130%)
37
The most comfortable cassette
just got better
New round flow cassette
› Bigger louvers and new sensor logic further improves equal air distribution in the room
› Widest ever choice in panels for cassette units, with up to 8 different panels
Black auto cleaning panel
Black designer panel
Full white standard panel
White designer panel
› Comes with the known benefits: 360° air flow discharge
and intelligent sensors
presence
sensor
floor sensor
› Auto cleaning panels available in black and white
Auto cleaning filter
Dust can simply be
removed using a vacuum
cleaner without opening
the unit.
* Available as an option
38
NEW FXFA-A
Round flow cassette
360° air discharge for optimum efficiency and comfort
ʯ Optimised design for R-32 refrigerant
ʯ Optional automatic filter cleaning results in higher efficiency
& comfort and lower maintenance costs.
ʯ Two optional intelligent sensors improve energy efficiency
and comfort
ʯ Widest choice ever in decoration panels: Designer, standard
and autocleaning panels in white (RAL9010) and black (RAL9005)
ʯ Bigger louvers and unique swing pattern improve equal
air distribution
ʯ Individual louver control: flexibility to suit every room layout
without changing the location of the unit!
ʯ Lowest installation height in the market: 214mm for class 20-63
ʯ Optional fresh air intake
ʯ Branch duct discharge allows to optimize air distribution in
irregular shaped rooms or to supply air to small adjacent rooms
FXFA-A
NEW
BRC1H52W
BRP069C51
Main unit
Branch discharge
Main discharge
ʯ Standard drain pump with 675mm lift increases flexibility
and installation speed
White panel
White auto cleaning panel
Black panel
Black design panel
Access all technical information on FXFA-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Model
at high fan speed
at high fan speed
at high fan speed
at high fan speed
HeightxWidthxDepth
Dimensions
Weight
Air flow rate 50Hz
HeightxWidthxDepth
Air filter
Type
Sound power level
Cooling
Sound pressure level Cooling
Heating
Refrigerant
Type/GWP
Piping connections
Power supply
Current - 50Hz
Control systems
Cooling At high fan speed
Heating At high fan speed
At high fan speed
L/ML/M/MH/H
L/ML/M/MH/H
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA) (1)
Infrared remote control
Wired remote control
FXFA
kW
kW
kW
kW
mm
kg
mm
kg
m³/min
m³/min
dBA
dBA
dBA
mm
mm
Hz/V
A
20A
2.20
2.50
25A
2.80
3.20
32A
3.60
4.00
0.04
0.04
40A
4.50
5.00
50A
5.60
6.30
0.05
0.05
204x840x840
19
63A
7.10
8.00
0.06
0.06
80A
100A
125A
9.00
11.20
14.00
10.00
12.50
16.00
0.09
0.12
0.19
0.09
0.12
0.19
288x840x840
246x840x840
18
21
24
26
Galvanised steel plate
Standard panels: BYCQ140E - white with grey louvers / BYCQ140EW - full white / BYCQ140EB - black
Auto cleaning panels BYCQ140EGF - white / BYCQ140EGFB - black
Designer panels: BYCQ140EP - white / BYCQ140EPB - black
Standard panels: 65x950x950 / Auto cleaning panels: 148x950x950 / Designer panels: 106x950x950
Standard panels: 5.5 / Auto cleaning panels: 10.3 / Designer panels: 6.5
12.8
14.8
15.1
16.6
23.3
28.8
33.0
12.8
14.8
15.1
16.6
23.3
28.8
33.0
Resin net
49 (4)
51 (4)
53 (4)
55 (4)
60 (4)
61 (4)
31/30/29/29.5/28 (4) 33 / 32 / 31 /30 / 29 (4) 35 / 34 / 33/32/30 (4)
38/ 36 /34 /32/30 (4) 43/41/37/34 /30 (4) 45/43/41/39 /36 (4)
31/30/29/29.5/28 (4) 33 / 32/31 /30 /29 (4)
35 / 34 / 33 / 32/30 (4)
38/ 36 /34 /32 /30 (4) 43/41/37/34 /30 (4) 45/43/41/39 /36 (4)
R-32 / 675
6.35
9.52
12.7
VP25 (O.D. 32 / I.D. 25)
1~/50/60/220-240/220
6
BRC7FA532F (2)
BRC1H52W/S/K
9.52
15.9
(1) MFA iswith
used
to select
the remote
circuit breaker
and the ground fault circuit interrupter (earth leakage circuit breaker). For more detailed information on each combination, please refer to the electrical data drawing
(2) Must be combined
Madoka
wired
controller.
(3)
are panel:
the different
(4) L/ML/M/MH/H
Sound of designer
+3dB fan speeds availble. L= low; ML= medium low; M= medium; MH= medium high; H= high
39
40
NEW FXZA-A
Fully flat cassette
Unique design in the market that integrates fully flat into
the ceiling
ʯ Optimised design for R-32 refrigerant
ʯ Fully flat integration in standard architectural ceiling tiles, leaving
only 8mm
ʯ Remarkable blend of iconic design and engineering excellence
with an elegant finish in white or a combination of silver
and white
ʯ Two optional intelligent sensors improve energy efficiency
and comfort
ʯ 15 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Individual louver control: flexibility to suit every room layout
without changing the location of the unit!
FXZA-A
NEW
BRC1H52W
BRP069C51
ʯ Optional fresh air intake
ʯ Standard drain pump with 630mm lift increases flexibility and
installation speed
Access all technical information on FXZA-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Decoration panel 2
Decoration panel 3
Decoration panel 4
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Air flow rate 50Hz
Air filter
Type
Sound power level
Cooling
Sound pressure level Cooling
Heating
Refrigerant
Type/GWP
Piping connections
Liquid
Power supply
Current - 50Hz
Control systems
Dimensions
At high fan speed
At high fan speed
At high fan speed
At high fan speed
HeightxWidthxDepth
FXZA
kW
kW
kW
kW
mm
kg
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
Cooling At high fan speed
Heating At high fan speed
m³/min
m³/min
At high fan speed
Low/medium/high fan speed
Low/medium/high fan speed
dBA
dBA
dBA
OD
mm
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Wired remote controldo
mm
Hz/V
A
not
15A
1.70
1.90
20A
2.20
2.50
0.043
0.043
25A
2.80
3.20
32A
3.60
4.00
0.045
0.045
40A
4.50
5.00
0.059
0.059
50A
5.60
6.30
0.092
0.092
260x575x575
15.5
16.5
18.5
Galvanised steel plate
BYFQ60C2W1W
White (N9.5)
46x620x620
2.8
BYFQ60C2W1S
SILVER
46x620x620
2.8
BYFQ60B2W1
White (RAL9010)
55x700x700
2.7
BYFQ60B3W1
WHITE (RAL9010)
55x700x700
2.7
8.5
8.5
8.7
8.7
9.0
9.0
Resin net
50
51
25.5/30.0/33.0
26.0/30.0/33.5
25.5/30.0/33.0
26.0/30.0/33.5
R-32 / 675
6.35
49
25.5/28.0/31.5
25.5/28.0/31.5
10.0
10.0
25.5/29.5/32.0
25.5/29.5/32.0
11.5
11.5
14.0
14.0
54
28.0/32.0/37.0
28.0/32.0/37.0
60
33.0/40.0/43.0
33.0/40.0/43.0
9.52
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
6
BRC7EB530W (standard panel) / BRC7F530W (white panel) / BRC7F530S (grey panel) (1)
BRC1H52W/S/K
include
control
box
(1) Must be combined with Madoka wired remote controller.
41
Auto cleaning filter for
concealed ceiling units
The unique automatic cleaning filter achieves higher efficiency
and comfort with lower maintenance costs
airflow
direction
Reduce running costs
› Automatic filter cleaning ensures low maintenance costs
because the filter is always clean
UNIQUE
Patents
pending
Efficiency profile change for duct indoor unit during operation
Up to 20%
100%
Energy saved
Gradual loss of
thanks to
efficiency due
automatic filter
to dirty filter
cleaning
0%
start
6 months
12 months
Minimal time required for filter cleaning
› The dust box can be emptied with a vacuum cleaner for fast
and easy cleaning
› No more dirty ceilings
Improved indoor air quality
› Optimum airflow eliminates draft and insulates sound
How does it work?
› Prevents clogged filters for seamless operation
1 Scheduled automatic filter cleaning
› Unique and innovative filter technology inspired
by the Daikin auto cleaning cassette
2 Dust collects in a dust box that’s
integrated into the unit
Superb reliability
Unique technology
3 The dust can easily be removed with
a vacuum cleaner
Combination table
BAE20A62
www.youtube.com/DaikinEurope
Split / Sky Air
VRV
FDXM-F9
FXDA-A/FXDQ-A3
25
35


50
60
BAE20A82
BAE20A102
42


15
20
25
32




Specifications
40
50


BAE20A62
63
Heigth (mm)
Width (mm)

Depth (mm)
BAE20A82
BAE20A102
210
830
1,030
188
1,230
NEW FXDA-A
Slim concealed ceiling unit
rear
suction
Slim design for flexible installation
ʯ Optimised design for R-32 refrigerant
ʯ 10 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Compact dimensions, can easily be mounted in a ceiling void
of only 240mm
outblow
bottom
suction
SERIE A (15, 20, 25, 32)
FXDA-A
200 mm
NEW
700 mm
50 mm
ʯ Medium external static pressure up to 44Pa facilitates unit use
with flexible ducts of varying lengths
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ Optional auto cleaning filter option ensures maximum efficiency,
comfort and reliability by regular filter cleaning
ʯ Flexible installation, as the air suction direction can be altered
from rear to bottom suction
BRC1H52W
BRP069C51
ʯ Standard drain pump with 600mm lift increases flexibility
and installation speed
Access all technical information on FXDA-A
at my.daikin.eu or click here
Access all technical information on BAE20A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Total capacity
Cooling
Heating
At high fan speed
At high fan speed
At high fan speed
At high fan speed
Required ceiling void >
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Air flow rate - 50Hz Cooling At high fan speed
Fan
External static
Factory set/High
pressure - 50Hz
Air filter
Type
Sound power level
Cooling
At high fan speed
Low/Medium/High fan speed
Sound pressure level
Cooling
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
NEW
FXDA
kW
kW
kW
kW
mm
mm
kg
m³/min
Pa
dBA
dBA
mm
mm
Hz/V
A
10A
1.10
1.30
0.042
0.042
Auto cleaning filter option
15A
1.70
1.90
0.057
0.057
20A
2.20
2.50
25A
2.80
3.20
0.068
0.068
32A
3.60
4.00
40A
4.50
5.00
0.075
0.075
50A
5.60
6.30
0.096
0.096
63A
7.10
8.00
0.107
0.107
240
200x750x620
22.0
5.2
200x950x620
26.0
Galvanised steel
8.0
6.5
10.5
12.5
15/44.0
16.5
52
28.0/32.0/34.0
53
29.0/33.0/35.0
54
30.0/34.0/36.0
10/30.0
48
26 / 28 / 29
Removable / washable
51
27.0/31.0/33.0
R-32 / 675
6.35
50
27.0/31.0/32.0
9.52
200x1,150x620
29.0
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
6
BRC4C65 / BRC4C66 (1)
BRC1H52W/S/K
(1) Must be combined with Madoka wired remote controller.
43
NEW FXSA-A
Concealed ceiling unit with
medium ESP
Slimmest yet most powerful medium static pressure unit
on the market
outblow
rear
suction
ʯ Optimised design for R-32 refrigerant
ʯ Slimmest unit in class, only 245mm (300mm built-in height) and
therefore narrow ceiling voids are no longer a challenge
bottom
suction
FXSA-A
NEW
245 mm
ʯ Quiet operation: down to 25dBA sound pressure level
ʯ Medium external static pressure up to 150Pa facilitates using
flexible ducts of varying lengths
ʯ Possibility to change ESP via wired remote control allows
optimisation of the supply air volume
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ 15 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Optional fresh air intake
ʯ Flexible installation: air suction direction can be altered from rear
to bottom suction and choice between free use or connection
to optional suction grilles
//////////////////////////////////////////
For free use into a false
ceiling
//////////////////////////////////////////
BRC1H52W
BRP069C51
ʯ Standard built-in drain pump with 625mm lift increases flexibility
and installation speed
//////////////////////////////////////////
For connecting onto a
suction canvas
(not supplied by Daikin)
For direct connection to
Daikin panel
(via EKBYBSD kit)
External static pressure (Pa)
Automatic Airflow Adjustment function
Automatically selects the most appropriate fan curve to achieve the units’ nominal air flow within ±10%
Fan characteristic
curves
Air flow (rated)
Why?
Air flow (actual)
After installation the real ducting will frequently differ from the initially calculated air flow resistance  the real air flow may be much lower or higher than
nominal , leading to a lack of capacity or uncomfortable air temperature
Automatic Airflow Adjustment function will adapt the unit’s fan speed to any ducting automatically (10 or more fan curves are a­ vailable on every model),
making installation much faster
Air flow (with automatic
adjustment)
Duct resistance
curves
±
Air flow (m3/min)
Access all technical information on FXSA-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Total capacity
Total capacity
At high fan speed
At high fan speed
Power input - 50Hz
Cooling
At high fan speed
Heating
At high fan speed
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Fan
Air flow rate Cooling At high fan speed
50Hz
Heating At high fan speed
External static
Factory set/High
pressure - 50Hz
Air filter
Type
Sound power level
Cooling
At high fan speed
Sound pressure level Cooling
Low/Medium./High
Heating
Low/Medium/High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
(1) Must be combined with Madoka wired remote controller.
44
FXSA
kW
kW
15A
1.70
1.90
kW
kW
mm
kg
m³/min
m³/min
Pa
Hz/V
A
25A
2.80
3.20
0.086
0.086
245x550x800
23.5
8.7
8.7
dBA
dBA 25.0/28.0/29.5
dBA 26.0/29.0/31.5
mm
mm
20A
2.20
2.50
32A
3.60
4.00
24.0
9.0
9.0
9.5
9.5
30/150
54
25.0/28.0/30.0
26.0/29.0/32.0
55
26.0/29.0/31.0
27.0/30.0/33.0
9.52
40A
4.50
5.00
50A
5.60
6.30
63A
7.10
8.00
80A
9.00
10.0
100A
11.20
12.5
125A
14.00
16.0
140A
16.00
18.0
0.147
0.150
0.183
0.209
0.285
0.326
0.382
0.147
0.150
0.183
0.209
0.285
0.326
0.382
245x1,550x800
245x700x800
245x1,000x800
245x1,400x800
28.5
29.0
35.5
36.5
46.0
47.0
51.0
Galvanised steel plate
36.0
39.0
15.0
15.2
21.0
23.0
32.0
15.0
15.2
21.0
23.0
32.0
36.0
39.0
40/150
50/150
Resin net
60
59
61
64
29.0/32.0/35.0
27.0/30.0/33.0 29.0/32.0/35.0 31.0/34.0/36.0 33.0/36.0/39.0 34.0/38.0/41.5
29.0/34.0/37.0
28.0/32.0/35.0 30.0/34.0/37.0 31.0/34.0/37.0 33.0/37.0/40.0 34.0/38.5/42.0
R-32 / 675
6.35
9.52
12.7
15.9
VP20 (I.D. 20/O.D. 26), drain height 625 mm
1~/50/60/220-240/220
6
BRC4C65 (1)
BRC1H52W/S/K
NEW FXAA-A
Wall mounted unit
For rooms with no false ceilings nor free floor space
ʯ Optimised design for R-32 refrigerant
ʯ Flat, stylish front panel blends easily within any interior décor
and is easier to clean
ʯ Can easily be installed in both new and refurbishment projects
ʯ The air is comfortably spread up- and downwards thanks
to 5 different discharge angles that can be programmed
via the remote control
ʯ Maintenance operations can be performed easily from
the front of the unit
FXAA-A
NEW
BRC1H52W
BRP069C51
Access all technical information on FXAA-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Total capacity
Cooling
Heating
Dimensions
Unit
Weight
Unit
Fan
Air flow rate 50Hz
Air filter
Type
Sound power level
Cooling
Sound pressure level Cooling
Heating
Refrigerant
Type/GWP
Piping connections
Power supply
Current - 50Hz
Control systems
At high fan speed
At high fan speed
At high fan speed
At high fan speed
HeightxWidthxDepth
Cooling
Low/High
fan speed
At high fan speed
Low/High fan speed
Low/High fan speed
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Wired remote control
FXAQ
kW
15A
1.7
kW
kW
kW
mm
kg
m³/min
1.9
dBA
dBA
dBA
mm
mm
Hz/V
A
20A
2.2
25A
2.8
2.5
3.2
0.02
7.0/8.4
51.0
28.5/32.0
28.5/33.0
32A
3.6
40A
4.5
50A
5.6
63A
7.1
4.0
0.04
5.0
0.02
0.02
8.0
0.05
0.06
7.0/9.8
9.7/12.2
6.3
0.03
0.04
290x1,050x269
15
11.5/14.4
13.5/18.3
58.0
35.5/41.0
35.5/42.0
63.0
38.5/46.5
38.5/47.0
0.03
0.03
290x795x266
12
7.0/9.1
7.0/9.4
52.0
28.5/33.0
28.5/34.0
53.0
28.5/35.0
28.5/36.0
Washable resin net
55.0
28.5/37.5
33.5/37.0
28.5/38.5
33.5/38.0
R-32 / 675
6.35
9.52
12.7
VP13 (I.D. 15/O.D. 18)
1~/50/220-240
6
BRC7EA628 / BRC7EA629 (1)
BRC1H52W/S/K
(1) Must be combined with Madoka wired remote controller.
*Note: blue cells contain preliminary data
45
VRV IV Outdoor Systems
For every application a solution
46
VRV
Outdoor units
Widest
range of
BS boxes
VRV IV
S-series
(compact)
VRV IV
i-series
VRV IV
C+series
RXYSA-AV1
RXYSA-AY1
REYQ-U
RYYQ-U
RXYQ-U
RXYSCQ-TV1
RXYSQ-TV9
RXYSQ-TY9
RXYSQ-TY1
SB.RKXYQ-T (8)
RXYLQ-T
RQCEQ-P3
RQYQ-P
RXYQQ-U
RWEYQ-T9
37
56
64
72
82
86
92
93
104

















RXYQQ-U only























Continuous heating

alternate defrost
RYYQ-U (unique
heat accumulating
element)














Connectable to stylish indoor
units
(Daikin Emura, Nexura)



Connectable to LT hydrobox
for hot water

Connectable to HT hydrobox
for hot water

Gas cooled PCB
















7 segment display
Automatic refrigerant charge
Refrigerant containment check
Night quiet mode
Low noise function
Reluctance brushless DC
compressor
Sine wave DC inverter
DC fan motor
E-pass heat exchanger
I demand function
Manual demand function /
power limitation
Increased
capacity!
Unique
product
VRV IV+
heat pump
(with
continuous
heating)
Variable Refrigerant Temperature
VRV configurator
Widest
range
VRV IV+
Heat
recovery
VRV 5
Page
Unique
continuous
heating



Inculding shut off
valves in case a leak
is detected during
operation
(1) Either connect VRV or stylish indoor units
RXYSQ-TV9/
TY9 only
Replacement
Replacement
VRV III
VRV IV+
Heat
heat pump
recovery




VRV IV
W+series
-
alternate defrost
alternate defrost
alternate defrost





















-












































(1)
not available on
RXYSQ4,5,6,8TY1





















-



-


47
Outdoor units
Products overview
VRVIV-S
series
Compact
UNIQUE
VRVIV-S
series
Air cooled - heat pump
NEW
Daikin’s optimum solution with top comfort
Continuous heating during defrost
Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, hot water, air handling units and Biddle air curtains
› Connectable to stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as Variable Refrigerant
temperature and continuous heating
›
›
Daikin’s solution for comfort & low energy consumption
Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling units
and Biddle air curtains
› Connectable to stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature
5
6
The most compact VRV
› Compact and lightweight single fan design saves space and is easy to install
› Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, air handling units and Biddle air curtains
› Either connect VRV of stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as Variable Refrigerant
temperature
Space saving solution without compromising on efficiency
Space saving trunk design for flexible installation
Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units and
Biddle air curtains
› Either connect VRV of stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as Variable
Refrigerant temperature
›
›
VRV IV heat pump,
optimised
for cold climates
heat recovery
›
›
›
›
heat pump
The invisible VRV
› Unique VRV heat pump for indoor installation
› Total flexibility for any shop location and building type as the outdoor unit is
invisible and split up in 2 parts
› Incorporates VRV IV standards & technologies such as Variable Refrigerant
temperature
› Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation and Biddle air curtains
›
›
›
›
›
Where heating is priority without compromising on efficiency
Suitable for single source heating
Extended operation range down to -25°C in heating
Stable heating capacity without any capacity loss down to -15°C
Very economical solution as a smaller outdoor unit model can be used
compared to the standard series
Quick & quality replacement for R-22 and R-407C systems
Cost-effective and fast replacement through re-use of exisiting piping
Drastically improve your comfort, efficiency and reliability
No interuption of daily business while replacing your system
Replace Daikin and other manufacturers systems safely
Quick & quality replacement for R-22 and R-407C systems
Cost-effective and fast replacement through re-use of exisiting piping
Drastically improve your comfort, efficiency and reliability
No interuption of daily business while replacing your system
Replace Daikin and other manufacturers systems safely
Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature
Ideal for high rise buildings, using water as heat source
› Reduced CO2 emissions thanks to the use of geothermal energy as a renewable energy source
› No need for an external heating or cooling source when used in geothermal mode
› Compact & lightweight design can be stacked for maximum space saving
› Incorporates VRV IV standards & technologies such as Variable Refrigerant temperature
› Variable Water Flow control option increases flexibility and control
› Mixed connection of HT hydroboxes and VRV indoor units
› Either connect VRV of stylish indoor units (Daikin Emura, Nexura
› 2 analogue input signals allowing external control
8 10 12 13 14 16 18 20 22 24 26 28 30


REYQ-U



 

RYYQ-U
 

RXYQ-U

 
RXYSCQ-TV1

Compact
RXYSQT8V/
T8Y/TY1
T8V

T8Y/
TY1

SB.RKXYQ-T(8)


RXYLQ-T

RQCEQ-P3


RXYQQ-U

 

 

 


RWEYQ-T9*
Ranges marked with '*' are not Eurovent certified. Multi combinations are not in scope of the Eurovent certification programme
48
4
›
›
›
›
›
Water cooled
VRV IV
Water cooled
Replacement
VRV IVheat
pump for
indoor installation
UNIQUE
Product name
Best efficiency & comfort solution
› Fully integrated solution with heat recovery for maximum efficiency
› Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, hot water, air handling units and Biddle air curtains
› “Free” heating and hot water through heat recovery
› The perfect personal comfort for guests/tenants via
simultaneous cooling and heating
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature and continuous heating
› Allows technical cooling
› Widest range of BS boxes on the market
NEW
VRV IV heat recovery
UNIQUE
VRV IV heat pump VRV IV heat pump
without continuous with continuous
heating
heating
Air cooled - heat recovery
Model



Single unit
Multi combination
with LT Hydroboxes


  


 
 
AHU connection EKEXV + EKEQMCBA
Biddle air curtain CYV-DKVRV IV Heat Pump RYYQ-T(8) / RXYQ-T(9)
+
HRV units VAM-, VKMAHU connection EKEXV + EKEQMCBA
Air curtains CYV-DK-
 ›

 ›
š ›
›
›
›
›
›
›
›
Biddle air curtain CYV-DK-

VRV IV-S RXYSQ-/RXYSCQ-
š š O O š š O š ›
with VRV indoor units only

VRV IV i series SB.RKXYQ-T(8)
 

›
 O O O   O  ›
VRV III-Q+ series Replacement H/R
RQCEQ-P3
 O O O  O O O ›
VRV IV-Q Replacement H/P
RXYQQ-T
 O O O   O 
VRV IV-W+ series Water-cooled VRV
RWEYQ-T9
š š O š š š š š ›

    
››
 

››


›


›
with residential indoor units only
with LT hydroboxes
AHU connection EKEXV + EKEQMCBA
with VRV indoor units
with split indoor units
with HT hydrobox
AHU connection
Max 32 indoor units, even on 16HP and larger systems
Total system connection ratio with HT hydroboxes up to 200% possible
Dedicated systems (with only ventilation units) not allowed –
a mix with standard VRV indoor units is allways neccessary
Total system connection ratio with AHU is 50 ~ 110%
Standard total system connection ratio limit: 50 ~ 130%
200% total system connection ratio possible under special circumstances
Only single-module systems (RYYQ 8~20 T / RXYQ 8~20 T)
Max 32 indoor units, even on 16HP, 18HP and 20HP systems
Connection ratio: 80 ~ 130%
Max 32 indoor units, even on 16HP and larger systems
Contact Daikin in case of multi-module systems (>20HP)
Total system connection ratio with AHU is 50 ~ 110%
Standard total system connection ratio limit: 50 ~ 130%

AHU connection EKEXV + EKEQFCBA
with VRV indoor units only
Standard total system connection ratio limit: 50 ~ 130%

š š š O š š š š ›



›

›




 
 ›
›


VRV IV-C+ series RXYLQ-T
     
›
›


 
Remarks
š ›

AHU connection EKEXV + EKEQFCBA
with residential indoor units only
     
AHU connection
EKEXV- + EKEQMCBA
AHU connection
EKEXV- + EKEQFCBA

HRV units VAM-, VKM-
     
HRV units VAM-, VKM-
 
with LT/HT Hydroboxes
          
HT Hydrobox HXHD-A
with residential indoor units
with only VRV indoor units
          
Residential indoor units
with only VRV indoor units
š O š š š š O


  

   

 

 
š š š O š š š

VRV IV+ Heat Recovery REYQ-T
          
LT Hydrobox HXY-A
Capacity (HP)
32 34 36 38 40 42 44 46 48 50 52 54 Description / Combination
VRV indoor units
Outdoor units
›
With residential indoor: connection ratio limit: 80 ~ 130%
Standard total system connection
ratio limit: 50 ~ 130%
Standard total system connection ratio limit: 70 ~ 130%
With residential indoor: connection ratio limit: 80 ~ 130%
Max. 32 indoor units, contact Daikin in case of multi-module systems (> 14HP)
Total system connection ratio is 70~110%
With AHU only connection ration is 90~110%
Standard total system connection
ratio limit: 50 ~ 130%
Standard total system connection
ratio limit: 50 ~ 130%
Standard total system connection ratio limit: 50 ~ 130%
Only single-module systems (RWEYQ8-14T9)
Max 32 indoor units
Connection ratio: 80 ~ 130%
only in heat pump version
Total system connection ratio with AHU + X indoor is 50 ~ 110%
Total system connection ration with AHU only is 90~ 110%
š ... connection of indoor unit possible, but not neccessarily simultaneously with other allowed indoor units
 ... connection of indoor unit possible even simultaneously with other checked units in the same row
O ... connection of indoor not possible on this outdoor unit system
49
VRV Outdoor
L∞P BY DAIKIN VRV IV+ HEAT RECOVERY
PARK PHI
BREEAM EXCELLENT OFFICE BUILDING
WATERCOOLED VRV
VRV IV i-SERIES VRV IV HEAT PUMP
FOR INDOOR INSTALLATION
50
VRV Outdoor
HOTEL LE PIGONNET, 8 REPLACEMENT VRV
L∞P BY DAIKIN VRV IV
S-SERIES
BASTIDE ROUGE, OFFICE BUILDING, VRV IV WITH CONTINUOUS HEATING
51
VRV IV heat recovery
+
Best efficiency and comfort solution
Efficient
3-pipe
Air curtain
22
Biddle Air curtain for VRV (CYV)
system
Indoor units
VRV type indoor units
Hot water
Low temperature hydrobox
High temperature hydrobox
Control systems
Ventilation
Heat Reclaim ventilation (ALB/VAM/VKM)
AHU connection kit
Widest range of BS boxes for the fastest installation
› 7 segment display
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Connectable to LT hydrobox for hot water
VRV IV standards:
Variable refrigerant temperature
Customize your VRV for best seasonal efficiency & comfort
Continuous heating
The new standard in heating comfort
VRV configurator
Software for simplified commissioning, configuration and customisation
52
› Connectable to HT hydrobox for hot water
› Full inverter compressors
› Gas cooled PCB
› 4 side heat exchanger
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
› Manual demand function
Innovation in detail
L∞P by Daikin
Make a positive choice and reuse refrigerant to avoid more than 150,000 kg
of virgin gas being produced each year.
Insprired to help?
Find out more about Daikin’s initiatives to build a circular economy of
refrigerants: www.daikin.eu/building-a-circular-economy
“Free” heat and hot
water production
Cooling
An integrated heat recovery system reuses heat from
offices, server rooms, to warm other areas or create
hot water.
North
Extracted heat
delivers free
hot water and
heating
Maximum comfort
A VRV heat-recovery system allows simultaneous
cooling and heating.
› For hotel owners, this means a perfect environment
for guests as they can freely choose between cooling or heating.
› For offices, it means a perfect working indoor climate for both north and south-facing offices.
Hot water
+
Heating
South
53
Advantages
of 3-pipe technology
Efficient
3-pipe
system
More “free” heat
5 to 15%
more efficient
in heat recovery mode
compared to 2-pipe
Pressure
system
Daikin 3-pipe technology needs less energy to
recover heat, meaning significantly higher efficiency
during heat recovery mode. Our system can recover
heat at a low condensing temperature because it has
dedicated gas, liquid and discharge pipes.
Condensing 55 °C
Condensing 45 °C
In a 2-pipe system, gas and liquid travel as a mixture
so the condensing temperature needs to be higher
in order to separate the mixed gas and liquid
refrigerant. The higher condensing temperature
means more energy is used to recover heat resulting
in lower efficiency.
Power input Daikin
Power input 2-pipe system
Enthalpy
Up to 5%
more cooling capacity
Lower pressure drop means more efficiency
available at longer
piping lengths
compared to 2-pipe
system
Pressure
› Smooth refrigerant flow in 3-pipe system thanks
to 2 smaller gas pipes results in higher energy
efficiency
› Disturbed refrigerant flow in large gas pipe on
2-pipe system results in bigger pressure drop
3-pipe VRV H/R
2-pipe system
Pipe length
Maximum design flexibility
and installation speed
› Quickly and flexibly design your system with a
Single port
Multi port: 4 – 6 – 8 – 10 – 12 – 16
unique range of single and multi BS boxes.
› A wide variety of compact and lightweight multi
BS boxes greatly reduces installation time.
› Free combination of single and multi BS boxes
BS1Q 10,16,25A
BS 4 Q14 A
BS 10, 12 Q14 A
54
BS 6, 8 Q14 A
BS 16 Q14 A
Fully redesigned
BS boxes
Maximum design flexibility
and installation speed
› Quickly and flexibly design your system with a
unique range of single and multi BS boxes.
› A wide variety of compact and lightweight multi
BS boxes greatly reduces installation time.
› Free combination of single and multi BS boxes
Single port
›
›
›
›
›
›
›
Unique to the market
Compact and light to install
No drain piping needed
Ideal for remote rooms
Technical cooling function
Connect up to 250 class unit (28 kW)
Allows multi-tenant applications
BS1Q 10, 16, 25 A
Multi port: 4 – 6 – 8 – 10 – 12 – 16
› Up to 55% smaller and 41% lighter than
›
›
›
›
›
›
›
previous range
Faster installation thanks to a reduced number
of brazing points and wiring
All indoor units connectable to one BS box
Fewer inspection ports needed
Up to 16 kW capacity available per port
Connect up to 250 class unit (28kW) by
combining 2 ports
No limit on unused ports, permitting
phased installation
Allows multi-tenant applications
BS 4 Q14 AV1
BS 6, 8 Q14 AV1
BS 10, 12 Q14 AV1
BS 16 Q14 AV1
Faster installation thanks to open connection
› No need to cut the pipe before brazing – for
indoor units smaller or equal to 5.6 kW (50 class)
› Cut and braze the pipe – for indoor
units bigger or equal to 7.1 kW (63 class)
Maximum comfort at
all times
With the VRV BS box, any indoor unit not being used
to switch between heating and cooling maintains
the constant desired temperature. This is because
our heat recovery system does not need to equalise
pressure over the entire system after a change-over.
Off
BS box
55
REYQ-U
VRV IV+ heat recovery
Best efficiency & comfort solution
ʯ Fully integrated solution with heat recovery for maximum
efficiency with COPs of up to 8 !
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling
units and Biddle air curtains
ʯ „Free“ heating and hot water production provided by transferring
heat from areas requiring cooling to areas requiring heating or hot
water
ʯ The perfect personal comfort for guests/tenants via simultaneous
cooling and heating
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature, continuous heating, VRV configurator, 7 segment
display and full inverter compressors, 4-side heat exchanger,
refrigerant cooled PCB, new DC fan motor
ʯ Outdoor unit display for quick on-site settings and easy read out
of errors together with the indication of service parameters for
checking basic functions.
ʯ Free combination of outdoor units to meet installation space or
efficiency requirements
ʯ Wide piping flexibility: 30m indoor height difference, maximum
piping length: 190m, total piping length: 1,000m
ʯ Possibility to extend the operation range in cooling down to -20°C
for technical cooling operation such as server rooms
ʯ Contains all standard VRV features
ErP 2021
COMPLIANT
Already fully compliant
to LOT 21 - Tier 2
Published data with
real-life indoor units
Access all technical information on REYQ-U
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
HP/LP gas OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit System + Module
System
Outdoor unit module 1
Outdoor unit module 2
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
HP/LP gas OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
56
REYQ
HP
kW
kW
kW
%
%
8U
8
22.4
13.7
25.0
286.1
165.1
7.2
4.2
10U
10
28.0
16.0
31.5
264.8
169.7
6.7
4.3
100.0
260.0
mm
kg
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
mm
mm
mm
m
Hz/V
A
REYQ
HP
kW
kW
kW
%
%
mm
mm
mm
m
Hz/V
A
78.0
12U
12
33.5
18.4
37.5
257.0
183.8
6.5
4.7
125.0
390.0
314
80.9
60.0
-5.0~43.0
-20.0~15.5
R-410A/2,087.5
83.4
61.0
9.8/20.5
18U
18
50.4
27.9
56.5
250.6
172.5
6.3
4.4
20U
20
52.0
31.0
63.0
246.7
162.7
6.2
4.1
200.0
225.0
250.0
520.0
585.0
1,685x1,240x765
650.0
317
85.6
63.0
9.9/20.7
83.8
62.0
87.9
65.0
11.8/24.6
9.52
19.1
15.9
16U
16
45.0
23.2
50.0
243.1
167.5
6.2
4.3
64
175.0
455.0
150.0
325.0
1,685x930x765
230
79.1
57.0
9.7/20.2
14U
14
40.0
20.6
45.0
255.8
168.3
12.7
22.2
15.9
28.6
22.2
19.1
28.6
1,000
20
3N~/50/380-415
32
25
10U
13U
16U
18U
REMQ5U
REYQ8U
REMQ5U
REYQ8U
REYQ10U
10
13
16
18
28.0
36.4
44.8
50.4
16.0
21.7
23.2
27.9
32.0
41.0
50.0
56.5
275.1
301.3
288.6
272.9
158.8
160.6
168.2
167.9
7.0
7.6
7.3
6.9
4.0
4.1
4.3
125.0
163.0
200.0
225.0
325.0
9.52
22.2
423.0
520.0
585.0
12.7
28.6
19.1
22.2
500
40
50
20U
22U
24U
26U
28U
30U
32U
REYQ10U REYQ8U
REYQ12U
REYQ16U
REYQ12U
REYQ16U REYQ14U REYQ16U REYQ18U REYQ16U
20
22
24
26
28
30
32
55.9
61.5
67.4
73.5
78.5
83.9
90.0
31.0
34.4
36.9
37.1
39.7
44.4
46.4
62.5
69.0
75.0
82.5
87.5
94.0
100.0
266.0
260.4
257.7
257.5
251.9
266.8
243.1
175.7
178.5
167.6
175.5
174.8
179.4
169.1
6.7
6.6
6.5
6.4
6.7
6.2
4.5
4.3
4.5
4.4
4.6
4.3
64
250.0
275.0
300.0
325.0
350.0
375.0
400.0
650.0
715.0
780.0
845.0
910.0
975.0
1,040.0
15.9
19.1
34.9
28.6
1,000
3N~/50/380-415
40
50
63
80
REYQ10,13,16,18,20,22U
Liquid pipe
Gas pipe
Discharge gas pipe
Hot water
VRV indoor units
45°C - 75°C
Daikin
solar panel
Domestic hot water
25°C - 75°C
BS-Box
Air handling unit
Domestic hot
water tank
45°C - 75°C
BS-Box
Low temp. radiator
Heating only
hydrobox for VRV
VRV heat recovery
Under floor heating
25°C - 35°C
Outdoor unit System + Module
System
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
HP/LP gas OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
REYQ
Outdoor unit module
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
External static Max.
pressure
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
REMQ
mm
kg
Pa
5U
1,685x930x765
230
78
dBA
dBA
°CDB
°CWB
78.0
57.0
-5.0~43.0
-20.0~15.5
R-410A/2,087.5
9.7/20.2
3N~/50/380-415
20
HP
kW
kW
kW
%
%
mm
mm
mm
m
Hz/V
A
kg/TCO2Eq
Hz/V
A
34U
36U
38U
40U
42U
44U
46U
48U
REYQ16U
REYQ8U
REYQ10U
REYQ12U REYQ14U
REYQ18U REYQ20U
REYQ12U
REYQ16U
REYQ18U
REYQ16U
34
36
38
40
42
44
46
48
95.4
97.0
106.3
111.9
118.0
123.5
130.0
135.0
51.1
54.2
58.1
58.9
60.9
62.9
67.0
69.6
106.5
113.0
119.0
125.5
131.5
137.5
145.0
150.0
259.2
255.3
269.2
259.6
250.2
249.3
246.8
243.1
172.0
166.3
176.0
176.1
167.8
171.9
168.8
168.5
6.6
6.5
6.8
6.6
6.3
6.2
4.4
4.2
4.5
4.3
4.4
4.3
64
425.0
450.0
475.0
500.0
525.0
550.0
575.0
600.0
1,105.0
1,170.0
1,235.0
1,300.0
1,365.0
1,430.0
1,495.0
1,560.0
19.1
34.9
41.3
28.6
34.9
1,000
50U
REYQ16U
50
140.4
74.3
156.5
254.4
170.3
6.4
52U
54U
REYQ18U
REYQ18U
REYQ18U
52
54
145.8
151.2
79.0
83.7
163.0
169.5
265.7
275.2
171.7
173.3
6.7
7.0
4.4
625.0
650.0
675.0
1,625.0
1,690.0
1,755.0
3N~/50/380-415
80
Actual number of connectable indoor units depends on the indoor unit type and the connection ratio restriction for the system (50% ≤ CR ≤ 120%)
100
125
57
BS1Q-A
Individual branch selector
for VRV IV heat recovery
ʯ Unique range of single and multi BS boxes for flexible and fast
design
ʯ Compact & light to install
ʯ Ideal for remote rooms as no drain piping is needed
ʯ Allows integration of server rooms into the heat recovery solution
thanks to technical cooling function
ʯ Connect up to 250 class unit (28kW)
ʯ UNIQUE Faster installation thanks to open port connection
ʯ Allows multi tenant applications
ʯ Connectable to REYQ-T, RQCEQ-P3 and RWEYQ-T9 heat recovery
units
BS1Q-A
Access all technical information on BS1Q-A
at my.daikin.eu or click here
Indoor unit
Power input
Cooling
Nom.
BS
kW
Heating
Nom.
kW
Maximum number of connectable indoor units
Unit
Weight
Unit
Casing
Material
Piping connections
Outdoor unit
Indoor unit
HeightxWidthxDepth
8
100<x≤160
160<x≤250
207x388x326
12
15
Galvanised steel plate
Liquid
OD
mm
Gas
OD
mm
15.9
Discharge gas
OD
mm
12.7
Liquid
OD
mm
Gas
OD
mm
9.5
22.2
19.1
9.5
15.9
22.2
Foamed polyurethane Flame-resistant needle felt
Phase
Frequency
58
0.005
mm
kg
1Q25A
0.005
15 < x ≤ 100
Sound absorbing thermal insulation
Power supply
1Q16A
6
Maximum capacity index of connectable indoor units
Dimensions
1Q10A
1~
Hz
50
Voltage
V
220-240
Maximum fuse amps (MFA)
A
15
BS-Q14AV1B
Multi branch selector
for VRV IV heat recovery
ʯ Unique range of single and multi BS boxes for flexible and fast design
ʯ Major reduction in installation time thanks to wide range,
compact size and light weight multi BS boxes
ʯ Up to 70% smaller and 66% lighter than previous series
ʯ Faster installation thanks to a reduced number of brazing points
and wiring
ʯ All indoor units connectable to one BS box
ʯ Less inspection ports needed compared to installing single BS
boxes
ʯ Up to 16kW capacity available per port
ʯ Connect up to 250 class unit (28kW) by combining 2 ports
ʯ No limit on unused ports allowing phased installation
ʯ UNIQUE Faster installation thanks to open port connection
ʯ UNIQUE Refrigerant filters for high reliability
ʯ Allows multi tenant applications
ʯ Connectable to REYQ-T, RQCEQ-P3 and RWEYQ-T9 heat recovery units
BS6,8Q14AV1B
Access all technical information on BS-Q14AV1B
at my.daikin.eu or click here
Indoor unit
Power input
Cooling
Nom.
Heating
Nom.
Maximum number of connectable indoor units
Maximum number of connectable indoor units per branch
Number of branches
Maximum capacity index of connectable indoor units
Maximum capacity index of connectable indoor units per branch
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Piping connections
Outdoor unit
Liquid
OD
Gas
OD
Discharge gas OD
Indoor unit
Liquid
OD
Gas
OD
Drain
Sound absorbing thermal insulation
Power supply
Phase
Frequency
Voltage
Maximum fuse amps (MFA)
BS
kW
kW
4Q14AV1B
0.043
0.043
20
6Q14AV1B
0.064
0.064
30
8Q14AV1B
0.086
0.086
40
4
400
6
600
8
10Q14AV1B
0.107
0.107
50
12Q14AV1B
0.129
0.129
60
16Q14AV1B
0.172
0.172
64
12
16
5
10
750
140
mm
kg
298x370x430
17
24
mm
mm
mm
mm
mm
9.5
22.2 / 19.1
19.1 / 15.9
12.7
28.6 / 22.2
19.1 / 22.2
Hz
V
A
298x580x430
298x820x430
26
35
38
Galvanised steel plate
12.7 / 15.9
15.9
15.9 / 19.1
28.6
28.6 / 34.9
19.1 / 22.2 / 28.6
28.6
9.5 / 6.4
15.9 / 12.7
VP20 (I.D. 20/O.D. 26)
Urethane foam, polyethylene foam
1~
50
220-440
15
298x1,060x430
50
19.1
34.9
59
VRV IV heat pump
+
Daikin’s optimum solution with top comfort
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Residential type indoor units
(such as Daikin Emura)
Hot water
Low temperature hydrobox (1)
Control systems
Ventilation
Heat Reclaim ventilation (ALB/VAM/
VKM) AHU connection kit
› 7 segment display
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Connectable to stylish indoor units (Only for single modules)
› Connectable to LT hydrobox (1)
VRV IV standards:
Variable refrigerant temperature
Customize your VRV for best seasonal efficiency & comfort
Continuous heating
The new standard in heating comfort
VRV configurator
Software for simplified commissioning, configuration and
customisation
60
› Full inverter compressors
› Gas cooled PCB
› 4 side heat exchanger
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
› Manual demand function
(1) Special order unit needed to connect LT hydroboxes with multi outdoor unit systems
For detailed explanation of these functions refer to vrv iv technologies tab
Wide range of indoor units
Freely combine VRV indoor units with stylish
indoor units (Daikin Emura, Nexura, …)
Mix of
RA units
& VRV units
FXSQ-A
VRV indoor unit
FXFQ-B
VRV indoor unit
FVXG-K
Nexura
Available
for single outdoor
unit systems only
BPMKS967A2
FTXJ-MW/MS
Daikin Emura
Connectable stylish indoor units
20 CLASS
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Nexura - Floor standing unit
Floor standing unit
25 CLASS
35 CLASS
42 CLASS
50 CLASS
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
FVXG-K
FVXM-F
BPMKS box needed to connect RA indoors to VRV IV
61
VRV IV
proven in practice:
40% more efficient
A field trial at a German fashion chain store demonstrated how the innovative
features of VRV IV have improved energy efficiency dramatically over previous
models.
Results: up to 60% less
energy consumed
The Unterhaching trial demonstrates how VRV IV heat
pump technology uses a renewable energy source
– air - to provide a complete and environmentally
sustainable solution for heating, cooling, and
ventilation in commercial environments. The trial also
shows that businesses can only identify and control
energy wastage through careful and intelligent
monitoring of climate control systems, a service which
Daikin can offer.
The results of the trial showed that the new VRV IV
system consumed much less energy, particularly when
cooling, compared with the VRV III system – in some
cases up to 60% less. When heating, savings were an
average of 20%.
Average daily
consumption
during working
hours in kWh
220
210
200
190
180
170
160
150
140
130
120
110
100
90
80
Energy use VRV III in 2012 in kWh
70
60
Energy use VRV IV in 2013 in kWh
50
40
30
Trendline energy use VRV III
20
10
0
-2
-1
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Trendline energy use VRV IV
Difference between average daily room temperature and outdoor temperature during opening hours
VRV III 20HP (2 modules)
VRV IV 18HP (1 module)
March 2012 - February 2013
March 2013 - February 2014
Avg (kWh/Month)
2.797
1.502
Total (KWh)
33.562
18.023
Total (€)
6.041
3.244
9,9
5,3
Period
Yearly (operation
cost/m² (€/m²)
46% savings = € 2.797
62
Measured data
Fashion store Unterhaching (Germany)
› Floor space: 607m²
› Energy cost: 0,18 €/kWh
› System taken into account for consumption:
- VRV IV heat pump with continuous heating
- Round flow cassettes (without auto cleaning panel)
- VAM for ventilation (2x VAM2000)
- Biddle Air curtain.
Free combination of outdoor units
Freely combine outdoor units to optimise for small footprint, continuous heating,
highest efficiency or any other combination
Flexible piping design
Total piping length
1000m
Longest length actual (Equivalent)
165m (190m)
Longest length after first branch
90m1
Level difference between indoor and outdoor units
90m1
Level difference between indoor units
30m
90m maximum
30m Level difference between indoor units
40m (90m1) Level difference between indoor
and outdoor units
165m Actual piping length
1 Contact your local dealer for more information and restrictions
2 in case outdoor unit is located below indoor units
63
RYYQ-U / RXYQ-U
VRV IV+ heat pump
Daikin‘s optimum solution with top comfort
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling
units and Biddle air curtains
ʯ Wide range of indoor units: possibility to combine VRV with stylish
indoor units (Daikin Emura, Nexura, ...)
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature, continuous heating, VRV configurator, 7 segment
display and full inverter compressors, 4-side heat exchanger,
refrigerant cooled PCB, new DC fan motor
ʯ Outdoor unit display for quick on-site settings and easy
read out of errors together with the indication of service
parameters for checking basic functions.
ʯ Free combination of outdoor units to meet installation space
or efficiency requirements
ʯ Available as heating only by irreversible field setting
ʯ Contains all standard VRV features
Up to 30m indoor unit
height difference
ErP 2021
COMPLIANT
Already fully compliant
Access all technical information on RYYQ-U
at my.daikin.eu or click here
to LOT 21 - Tier 2
Published data with
real-life indoor units
Access all technical information on RXYQ-U
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
Recommended combination
RYYQ/RXYQ
HP
kW
kW
kW
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
%
%
8U
8
22.4
13.7
25.0
4 x FXFQ50AVEB
10U
10
28.0
16.0
31.5
4 x FXFQ63AVEB
12U
12
33.5
18.4
37.5
6 x FXFQ50AVEB
302.4
167.9
7.6
267.6
168.2
6.8
247.8
161.4
4.3
100.0
260.0
mm
kg
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
mm
mm
m
Hz/V
A
78.0
125.0
150.0
325.0
390.0
1,685x930x765
252 (RYYQ) / 198 (RXYQ)
79.1
83.4
57.0
61.0
5.9/12.3
6.0/12.5
6.3/13.2
9.52
19.1
22.2
20
25
Outdoor unit System
System
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
Recommended combination
RYYQ/RXYQ
HP
kW
kW
kW
22
61.5
34.4
69.0
6 x FXFQ50AVEB
+ 4 x FXFQ63AVEB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
%
%
64
4.1
22U
10
12
24U
8
16
26U
14U
16U
18U
20U
14
16
18
20
40.0
45.0
50.4
52.0
20.6
23.2
27.9
31.0
45.0
50.0
56.5
63.0
1 x FXFQ50AVEB 4 x FXFQ63AVEB 3 x FXFQ50AVEB 2 x FXFQ50AVEB
+ 5 x FXFQ63AVEB + 2 x FXFQ80AVEB + 5 x FXFQ63AVEB + 6 x FXFQ63AVEB
250.7
236.5
238.3
233.7
155.4
157.8
163.1
156.6
6.3
6.0
5.9
4.0
4.2
4.0
64 (1)
175.0
200.0
225.0
250.0
455.0
520.0
585.0
650.0
1,685x1,240x765
319 (RYYQ) / 275 (RXYQ)
378 (RYYQ) / 308 (RXYQ)
80.9
85.6
83.8
87.9
60.0
63.0
62.0
65.0
-5.0~43.0
-20.0~15.5
R-410A/2,087.5
10.3/21.5
10.4/21.7
11.7/24.4
11.8/24.6
12.7
15.9
28.6
1,000
3N~/50/380-415
32
40
50
28U
12
16
14
30U
18
-
26
73.5
39.0
82.5
7 x FXFQ50AVEB
+ 5 x FXFQ63AVEB
274.5
171.2
6.9
4.4
24
67.4
36.9
75.0
4 x FXFQ50AVEB
+ 4 x FXFQ63AVEB
+ 2 x FXFQ80AVEB
269.9
167.0
6.8
4.3
275.0
300.0
325.0
780.0
845.0
715.0
Actual
mm
mm
m
Hz/V
A
264.2
164.6
6.7
28
30
78.5
83.9
41.6
46.3
87.5
94.0
6 x FXFQ50AVEB 9 x FXFQ50AVEB
+ 4 x FXFQ63AVEB + 5 x FXFQ63AVEB
+ 2 x FXFQ80AVEB
257.8
256.8
166.0
169.8
6.5
4.2
4.3
64 (1)
350.0
375.0
910.0
975.0
38U
8
16
20
10
20
32
34
36
38
90.0
95.4
97.0
102.4
46.4
51.1
54.2
60.7
100.0
106.5
113.0
119.5
8 x FXFQ63AVEB 3 x FXFQ50AVEB 2 x FXFQ50AVEB 6 x FXFQ50AVEB
+ 4 x FXFQ80AVEB + 9 x FXFQ63AVEB + 10 x FXFQ63AVEB + 10 x FXFQ63AVEB
+ 2 x FXFQ80AVEB + 2 x FXFQ80AVEB
251.7
253.3
250.8
272.4
163.1
166.2
162.4
167.5
6.4
6.3
6.9
4.2
4.1
4.3
15.9
28.6
32U
34U
16
18
36U
400.0
425.0
450.0
475.0
1,040.0
19.1
1,105.0
1,170.0
1,235.0
34.9
41.3
1,000
3N~/50/380-415
63
80
100
FXSQ-A
VRV indoor unit
FXFQ-B
VRV indoor unit
FVXG-K
Nexura
FTXJ-MW
Daikin Emura
BPMKS967A2
RYYQ8-12U/RXYQ8-12U
Connectable stylish indoor units
20 CLASS
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Nexura - Floor standing unit
Floor standing unit
25 CLASS
35 CLASS
42 CLASS
50 CLASS
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
FVXG-K
FVXM-F
BPMKS box needed to connect RA indoors to VRV IV
Outdoor unit System
System
RYYQ/RXYQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
Recommended combination
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connection Min.
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping length System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit module for continuous heating
combinations
Dimensions
Weight
Fan
Sound power level
Sound pressure level
Operation range
Refrigerant
Power supply
Current - 50Hz
Unit
HeightxWidthxDepth
Unit
External static pressure
Max.
Cooling
Nom.
Cooling
Nom.
Cooling
Min.~Max.
Heating
Min.~Max.
Type/GWP
Charge
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
40U
42U
10
HP
kW
kW
kW
%
%
mm
mm
m
Hz/V
A
RYMQ
mm
kg
Pa
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
Hz/V
A
44U
12
46U
14
16
48U
50U
16
52U
54U
18
12
18
18
16
18
40
42
44
46
48
50
52
54
111.9
118.0
123.5
130.0
135.0
140.4
145.8
151.2
62.3
62.4
64.8
67.0
69.6
74.3
79.0
83.7
125.5
131.5
137.5
145.0
150.0
156.5
163.0
169.5
9 x FXFQ50AVEB 12 x FXFQ63AVEB 6 x FXFQ50AVEB 1 x FXFQ50AVEB 12 x FXFQ63AVEB 3 x FXFQ50AVEB 6 x FXFQ50AVEB 9 x FXFQ50AVEB
+ 9 x FXFQ63AVEB + 4 x FXFQ80AVEB + 8 x FXFQ63AVEB + 13 x FXFQ63AVEB + 6 x FXFQ80AVEB + 13 x FXFQ63AVEB + 14 x FXFQ63AVEB + 15 x FXFQ63AVEB
+ 4 x FXFQ80AVEB + 4 x FXFQ80AVEB
+ 4 x FXFQ80AVEB + 2 x FXFQ80AVEB
263.5
261.2
255.9
254.9
251.7
252.8
253.7
254.1
170.0
165.5
164.5
162.0
162.8
165.2
167.2
169.4
6.7
6.6
6.5
6.4
4.3
4.2
4.1
4.2
4.3
64 (1)
500.0
525.0
550.0
575.0
600.0
625.0
650.0
675.0
1,300.0
1,365.0
1,430.0
1,495.0
1,560.0
1,625.0
1,690.0
1,755.0
19.1
41.3
1,000
3N~/50/380-415
100
125
8U
10U
12U
1,685x930x765
198
78.0
16U
18U
20U
1,685x1,240x765
275
79.1
83.4
61.0
5.9/12.3
6.0/12.5
6.3/13.2
20
25
57.0
14U
78
80.9
60.0
-5.0~43.0
-20.0~15.5
R-410A/2,087.5
10.3/21.5
3N~/50/380-415
32
308
85.6
63.0
83.8
62.0
87.9
65.0
11.3/23.6
11.7/24.4
11.8/24.6
40
50
(1) Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio restriction for the system (50% <= CR <= 130%)
65
VRV IV S-series heat
pump
Most
compact unit
on the market
823mm high
& 94kg
The most compact VRV
22
Control systems
Indoor units
VRV type indoor units
Residential type indoor units
(such as Daikin Emura)
RXYSCQ4,5,6TV1
Air curtain
Biddle Air curtain for VRV (CYV)
RXYSQ4,5,6TV9/TY9
Ventilation
Heat Reclaim ventilation
ALB/VAM/VKM AHU
connection kit
RXYSQ8, 10, 12TY1
NEW 6HP model
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Connectable to stylish indoor units (Daikin Emura, Nexura)
› Full inverter compressors
VRV IV standards:
› Gas cooled PCB (not available on RXYSQ4,5,6,8 T8Y/TY1)
› Reluctance brushless DC compressor
› Sine wave DC inverter
Variable refrigerant temperature
› DC fan motor
Customize your VRV for best seasonal efficiency & comfort
› E-pass heat exchanger
VRV configurator
› I demand function
Software for simplified commissioning, configuration and customisation
66
› Manual demand function
For detailed explanation of these functions refer to vrv iv technologies tab
823mm
1615mm
Widest range of front blow units on the market
10/12 HP
8 HP
4/5/6 HP
Compact:
Easy for a two person crew
to move and install.
4/5 HP
Lowest height on the market
Ideal for roof installations
Ideal to install below a window on a Balcony
› The low height mini VRV can be hidden in many
› Daikin VRV IV S-series compact can be installed
Unnoticeable for parapet installation
Space saving design
discretely on a balcony thanks to it’s compact
dimensions, offering you air conditioning while
being almost unnoticeable.
Low height make the unit invisible from inside and unnoticeable from the outside
1,685 mm
places where a twin fan unit cannot due to its low
height.
823mm
The VRV S-series is slimmer and more compact,
resulting in significant savings in installation space.
765mm
320mm
460mm
900mm
940mm
930mm
67
Wide range of indoor units
Connect VRV units…
FXFQ-B
FXZQ-A
FXSQ-A
FXAQ-A
… or stylish indoor units
(RA and Sky Air)
FCAG-B
BPMKS967A2
FTXJ-MW/MS - Daikin Emura
FBA-A (9)
FVXG-K - Nexura
BPMKS967A2
Connectable stylish indoor units
15 CLASS
Round flow cassette
Fully flat cassette
Slim concealed ceiling unit
Concealed ceiling unit with inverter driven fan
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Perfera - Wall mounted unit
Ceiling suspended unit
Nexura - Floor standing unit
Floor standing unit
Concealed floorstanding unit
20 CLASS
25 CLASS
FCAG-B
FFA-A9
FDXM-F9
FBA-A(9)
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
CTXM-N / FTXM-N
FHA-A(9)
FVXG-K
FVXM-F
FNA-A9
For more info about Daikins stylish indoor units, please check our indoor unit-portfolio
* VRV indoor units and stylish indoor units cannot be combined.
* To connect stylish indoor units a BPMKS unit is needed
68
35 CLASS
42 CLASS
50 CLASS
60 CLASS
71 CLASS
High COP values
A major feature of VRV IV S-series is its exceptional
energy efficiency. The system achieves high COPs
during both cooling and heating operation by the
use of refined components and functions.
1
Cooling
4.00 1
Nominal cooling capacities are based on: indoor
temperature: 27°CDB, 19°CWB, outdoor temperature: 35°C,
equivalent refrigerant piping: 5m, level difference: 0m.
2
Heating
Nominal heating capacities are based on: indoor
4.52 2
temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB,
equivalent refrigerant piping: 5m, level difference: 0m
Longest length actual
300m
140m
120m (4-8HP)/
150m (10-12HP)
Minimum length between outdoor unit and first branch
-
Minimum piping length between BP and indoor unit
-
2m
Maximum piping length between BP and indoor unit
-
15m
40m
40m
Longest length after first branch
Level difference between indoor and outdoor units
Level difference between indoor units
1
Stylish indoors
connected
5m
50m (40m1)
30m
15m
15m
3
4
5
40m maximum
Total piping length
VRV indoors
connected
150m Actual piping length
Flexible piping design
2
15m Level difference between indoor units
1
50m Level difference between indoor
and outdoor units
0
Outdoor unit in lowest position
69
VRV IV S-series
technologies
Refrigerantcooled PCB
Super aero grille
The spiral shaped ribs are
aligned with the direction of
discharge flow in order to
minimise turbulence and
reduce noise.
› Reliable cooling because it is
not influenced by ambient air
temperature
› Smaller switchbox for
smoother air flow through the
heat exchanger increasing heat
exchange efficiency with 5%
Vane fixed to rotor
Rotor
Improved fan blades
Old
New
Air streams
collide and
generate loss
Compressor
Separate
Collision
Swing type > no oil separator
Vane & rotor are unified resulting in:
› Reduced noise level
› Longer compressor life
› Higher efficiency thanks to the
absence of internal refrigerant
leakage between high and low
pressure side
Air streams
are smoothed around V-cut
and reduces air flow loss
E-Pass heat exchanger
Optimising the heat exchanger’s path layout prevents
heat being transferred from the overheated gas
section to the sub-cooled liquid section which is a
more efficient way to use the heat exchanger.
I-demand function
Limit maximum power consumption.
The newly introduced current sensor minimizes
the difference between the actual power
consumption and the predefined power
consumption.
Standard heat exchanger
e-Pass heat exchanger
In 85 °C
In 85 °C
43 °C
55 °C
27 °C
55 °C
27 °C
60 °C
50 °C
55 °C
Out 45 °C
Out 45 °C
Power consumption
Predefined limit
Time
70
Mini VRV
PIPE RUN OF 70M ALLOWS
INSTALLATION AWAY FROM THE HOUSE
LARGE VILLA APPLICATION
PARAPET INSTALLATION
OFFICE ROOFTOP INSTALLATION
71
RXYSCQ-TV1
VRV IV S-series compact heat
pump
The most compact VRV
ʯ Compact & lightweight single fan design makes the unit almost
unnoticeable
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units and
Biddle air cutains
ʯ Wide range of indoor units: either connect VRV or stylish indoor
units such as Daikin Emura, Nexura ...
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature and full inverter compressors
ʯ Possibility to limit peak power consumption between 30 and 80%,
for example during periods with high power demand
ʯ Night quiet mode reduces sound pressure with up to 8dBa
ʯ Contains all standard VRV features
823mm
RXYSCQ-TV1
Only
823mm
high!
ErP 2021
COMPLIANT
Already fully compliant
Sound pressure reduction of up to
8dBa with the low noise option
to LOT 21 - Tier 2
Published data with
real-life indoor units
Connectable stylish indoor units
15 CLASS
Round flow cassette
Fully flat cassette
Slim concealed ceiling unit
Concealed ceiling unit with inverter driven fan
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Perfera - Wall mounted unit
Ceiling suspended unit
Nexura - Floor standing unit
Floor standing unit
Concealed floorstanding unit
20 CLASS
25 CLASS
35 CLASS
42 CLASS
50 CLASS
60 CLASS
71 CLASS
FCAG-B
FFA-A9
FDXM-F9
FBA-A(9)
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
CTXM-N / FTXM-N
FHA-A(9)
FVXG-K
FVXM-F
FNA-A9
Access all technical information on RXYSCQ-TV1
at my.daikin.eu or click here
NEW
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
RXYSCQ
HP
kW
kW
kW
%
%
4TV1
5TV1
4
12.1
8.4
14.2
3 x FXSQ25A2VEB + 1 x FXSQ32A2VEB
322.8
182.3
8.1
4.6
5
14.0
9.7
16.0
4 x FXSQ32A2VEB
303.4
185.1
7.7
4.7
64
62.5
162.5
823x940x460
89
69.0
52.0
-5.0~46.0
-20.0~15.5
R-410A/2,087.5
3.7/7.7
9.52
50.0
130.0
mm
kg
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
mm
mm
m
Hz/V
A
68.0
51.0
15.9
70.0
182.0
70.0
53.0
19.1
300
1~/50/220-240
32
(1)Actual number of units depends on the indoor unit type (VRV DX indoor, RA DX indoor, etc.) and the connection ratio restriction for the system (being; 50% ≤ CR ≤130%).
72
6TV1
6
15.5
10.7
18.0
2 x FXSQ32A2VEB + 2 x FXSQ40A2VEB
281.3
186.0
7.1
RXYSQ-TV9 / TY9 / TY1
VRV IV S-series heat pump
Space saving solution without compromising on efficiency
ʯ Space saving trunk design for flexible installation
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units and
Biddle air cutains
ʯ Wide range of indoor units: either connect VRV or stylish indoor
units such as Daikin Emura, Nexura ...
ʯ Wide range of units (4 to 12HP) suitable for projects up to 200m²
with space limitations
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature and full inverter compressors
ʯ Possibility to limit peak power consumption between 30 and 80%,
for example during periods with high power demand
ʯ Contains all standard VRV features
RXYSQ4-6TV9_TY9
ErP 2021
COMPLIANT
Already fully compliant
to LOT 21 - Tier 2
Published data with
real-life indoor units
Connectable stylish indoor units
15 CLASS
Round flow cassette
Fully flat cassette
Slim concealed ceiling unit
Concealed ceiling unit with inverter driven fan
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Perfera - Wall mounted unit
Ceiling suspended unit
Nexura - Floor standing unit
Floor standing unit
Concealed floorstanding unit
20 CLASS
25 CLASS
35 CLASS
42 CLASS
50 CLASS
60 CLASS
71 CLASS
6TY9
6
15.5
10.2
18.0
268.3
174.1
6.8
4.4
8TY1
8
22.4
14.9
25.0
247.3
165.8
10TY1
10
28.0
19.6
31.5
247.4
162.4
4.2
4.1
12TY1
12
33.5
23.5
37.5
256.5
169.6
6.5
4.3
70.0
100.0
125.0
150.0
FCAG-B
FFA-A9
FDXM-F9
FBA-A(9)
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
CTXM-N / FTXM-N
FHA-A(9)
FVXG-K
FVXM-F
FNA-A9
Access all technical information on RXYSQ-TV9
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
RXYSQ/RXYSQ/RXYSQ
HP
kW
kW
kW
%
%
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
mm
kg
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
mm
mm
m
Hz/V
A
4TV9
4
12.1
8.0
14.2
278.9
171.6
7.0
4.4
5TV9
5
14.0
9.2
16.0
270.1
182.9
6.8
4.6
6TV9
6
15.5
10.2
18.0
278.0
192.8
7.0
4.9
4TY9
4
12.1
8.0
14.2
269.2
154.4
6.8
3.9
50.0
62.5
70.0
50.0
130.0
162.5
5TY9
5
14.0
9.2
16.0
260.5
164.5
6.6
4.2
64
62.5
162.5
182.0
130.0
1,345x900x320
104
69.0
70.0
68.0
51.0
50.0
-5.0~46.0
68.0
50.0
182.0
69.0
70.0
51.0
6.3
260.0
325.0
390.0
1,430x940x320
1,615x940x460
144
175
180
73.0
74.0
76.0
55.0
57.0
-5.0~52.0
-20.0~15.5
R-410A/2,087.5
3.6/7.5
15.9
19.1
5.5/11.5
9.52
15.9
7.0/14.6
19.1
22.2
8.0/16.7
12.7
25.4
300
1N~/50/220-240
32
3N~/50/380-415
16
25
32
Actual number of units depends on the indoor unit type (VRV DX indoor, RA DX indoor, etc.) and the connection ratio restriction for the system (being; 50% ≤ CR ≤130%).
73
VRV IV i-series
heat pump
for indoor installation
unique
patented
concept
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Ventilation
Heat Reclaim ventilation (ALB/VAM/
VKM) AHU connection kit
Control systems
› Night quiet mode
› Full inverter compressors
› Low noise function
VRV IV standards:
Variable refrigerant temperature
Customize your VRV for best seasonal efficiency & comfort
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
› Manual demand function
VRV configurator
For detailed explanation of these functions refer to VRV iv
Software for simplified commissioning, configuration and customisation
74
technologies tab
Invisible
› Consider a wider range of properties because
› Seamless integration into the surroundings as only
outdoor installation is not a factor
› Open for business sooner because getting
building permits is simplified
› No need for a roof installation or back alley
the grille is visible
installation
Quiet
› Highly suited to densely populated areas such as
city centres thanks to their low operating sound
› Dedicated modes reduce sound further to comply
with inner-city noise regulations
<
Heat exchanger sound not louder
Compressor sound not louder
than a normal conversation
than a refrigerator
Lightweight parts
› can be installed by two people
75
Unique split outdoor unit for indoor installation
Compact and easy to hide, the compressor can
be installed at floor level, in a back office, storage
room, technical area or in a kitchen, while the
heat exchanger can be installed in a false ceiling
space. This means that the air conditioning system
is completely invisible and does not take up
expensive commercial floor space.
Unrivalled flexibility thanks to the fact that
the outdoor unit is split into two parts
1
1
2
2
1. The heat exchanger
can be installed in a
false ceiling space.
2. The compressor is
compact and easy to
hide, this element can
be installed at floor
level, in a back office,
storage room, technical
area or in a kitchen.
This means that the air conditioning system is completely invisible and does not take up expensive commercial floor space.
VRV Indoor units
Heat exchanger unit
Max. 70 m
Max. 30 m
Compressor unit
Max. total piping length: 140m (5HP) / 300m (8HP)
76
Invisible air suction and air discharge
77
The problem solver
for many installation issues
Example 1
High flexibilty
The other way around: install the modules
where if fits your customer, not where it is
the best fit for the outdoor unit
If there is no flat roof or backgarden available for
installation of the outdoor unit, VRV IV i-series offers
the solution.
The suction and exhaust can be installed at the
façade or at the rear of the building as the inverter
fans allows ESP to be adjusted to the length of the
ductwork.
The compressor module can be installed up to 30 m
from the heat exchanger unit in a storage room, ....
78
Flexible installation thanks to inverter fans
Example 2
Shorter pipe runs to the indoor units reduces
installation costs compared to rooftop
or back alley installation
Back alley or rooftop needs very long
piping lengths
› Long installation time
› Additional cost
› Capacity loss
VRV IV i-series can be installed close to the
indoor units
› Quicker installation
› Lower cost
› No capacity loss
long distance
short distance
Example 3
No need for bulky and expensive sound
countermeasures
To comply with city regulation countermeasures
are needed for standard units
› Expensive sound cages might be needed to
reduce sound (standard outdoor unit sound =
50~60 dBA)
› Inside installation using expensive floor space
Reduced floor space
Other VRF
technical
aera
stock
kitchen
More floor space
VRV IV i-series
With VRV IV i-series you easily comply with city
regulation without additional measures
› Operation sound 47 dBA for 5HP model (flexible
to install in corridor, shop area, …) or lower with
attenuator
› No floor space is used as units can be installed in
false ceiling, against the wall, …
sound
cage
€
Expensive counter measures
Other VRF
No additional measures needed
VRV IV i-series
=
stock
kitchen
SHOP
SHOP
79
Patented V-shape
heat exchanger
for best surface to volume ratio
Optimised air flow and
temperature distribution
› Best performance for defrost
(tested in high humidity down to -20°C).
8
patents
Patented
perforated
and insulated
partition plate
› Reduces conductivity and
prevents cold bridges
Only
400mm
high
ʯ Fits easily in
any false ceiling
Super efficient
centrifugal fans
› Over 50% efficiency increase compared
to sirocco fan
Standard delivered filter
› with the unit to prevent dirt from entering
the heat exchanger
80
› Patented backward- curved blade
technology
› More pressure increase
Compressor unit with
rotating switchbox
Flexible and easy to install
Flexibility by back and top
refrigerant connection possibility
Rotating switchbox
› For easy access to all compressor parts
Only
77 kg
(5HP)
Tube-in-tube
subcool heat
exchanger
› This patented heat
exchanger increases the
capacity of the system by
ensuring optimal state
of refrigerant in the heat
exchanger module. This
in turn increases overall
efficiency.
No drain connection
needed
› Thanks to natural evaporation
› Minimized cold surface to reduce
dew formation
› Fast and easy installation
Non welded
bottom casing
› Avoids any corrosion risk
Small footprint
› Maximizes useable floor space (600 x 554 mm for 5HP)
› Can easily be mounted in a storage room, back office, …
81
SB.RKXYQ-T(8)
VRV IV heat pump for indoor
installation
The invisible VRV
ʯ Unique VRV heat pump for indoor installation
ʯ Unrivalled flexibility because the unit is split up into two elements:
the heat exchanger and the compressor
SB.RKXYQ5T8
Heat exchanger
unit
Max. 70 m
VRV Indoor
units
Max. 30 m
Compressor unit can be above heat
exchanger unit as well
Compressor unit
ʯ Highly suited to densely populated areas thanks to the low
operation sound and seamless integration into surrounding
architecture as only the grille is visible
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature, VRV configurator and full inverter compressors
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units and
Biddle air cutains
ʯ Lightweight units (max. 105kg) can be installed by two people
ʯ Unique V-shape heat exchanger results in compact dimensions
(h/e unit only 400mm high) allowing false ceiling installation,
while ensuring top efficiency
ʯ Super efficient centrifugal fans (over 50%
ErP 2021
efficiency increase compared to sirocco fan)
ʯ Small footprint compressor unit (760 x 554 mm)
Already fully compliant
maximizing useable floor space
to LOT 21 - Tier 2
ʯ Contains all standard VRV features
COMPLIANT
Published data with
real-life indoor units
Access all technical information on SB-RKXYQ-T
at my.daikin.eu or click here
System
System
SB.RKXYQ
Heat exchanger unit
Compressor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Between Compressor
Liquid
module (CM) and heat
Gas
exchanger module (HM)
Between Compressor
Liquid
module (CM) and indoor Gas
units (IU)
Total piping length
System
HP
kW
kW
kW
%
%
Access all technical information on SB-RKXYQ-T(8)
at my.daikin.eu or click here
5T8
RDXYQ5T8
RKXYQ5T8
5
14.0
10.4
16.0
4 x FXSQ32A2VEB
200.1
149.3
5.1
3.8
10
62.5
162.5
260.0
OD
OD
mm
mm
mm
mm
19.1
OD
OD
mm
mm
15.9
19.1
m
140
300
Heat exchanger module - RDXYQ
5T8
8T
397x1,456x1,044
95
103
55
100
77.0
81
47.0
54
R-410A/-/1N~/50/220-240
10
Compressor module - RKXYQ
5T8
8T
701x600x554
701x760x554
79
105
60.0
64
47.0
48
R-410A/2,087.5
2.00/4.20
4.00/8.35
3N~/50/380-415
16
20
Actual
Outdoor unit module
HeightxWidthxDepth
Dimensions
Unit
Weight
Unit
Fan
Air flow rate
Cooling Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Refrigerant
Type/GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
mm
kg
m³/min
dBA
dBA
kg/TCO2Eq
Hz/V
A
12.7
22.2
9.52
(1)Actual number of units depends on the indoor unit type (VRV DX indoor, RA DX indoor, etc.) and the connection ratio restriction for the system (being; 50% ≤ CR ≤130%).
82
8T
RDXYQ8T
RKXYQ8T
8
22.4
12.9
25.0
4 x FXMQ50P7VEB
191.1
140.9
4.9
3.6
17
100.0
VRV IV C series
+
Where heating is priority without
compromising on efficiency
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Residential type indoor units
(such as Daikin Emura)
Control systems
Ventilation
Heat Reclaim ventilation (ALB/VAM/
VKM) AHU connection kit
› 7 segment display
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Connectable to stylish indoor units (Only for single modules)
› Full inverter compressors
VRV IV standards:
› Gas cooled PCB
› 4 side heat exchanger
Variable refrigerant temperature
› Reluctance brushless DC compressor
Customize your VRV for best seasonal efficiency & comfort
› DC fan motor
VRV configurator
› E-pass heat exchanger
Software for simplified commissioning, configuration and
customisation
› Sine wave DC inverter
› I demand function
› Manual demand function
83
ARGUE CARDS
VRV IV+ heat pump,
optimised for cold climates
RXYLQ-T
High heating capacity at low ambient temperatures
› Stable heating capacity available down to -15°C WB!
VRV3-C
VRV4-C
HEATING CAPACITY [KW]
Where heating is priority
without compromising on efficiency
50
45
40
35
30
25
-25
-20
-15
-10
-5
20
0
5
10
AMBIENT TEMPERATURE [°CWB]
HIGH PRESSURE
› New vapour injection scroll compressor optimised for low load
• UNIQUE back-pressure control: Pressure port increases
pressure below the scroll in low load operation, preventing refrigerant leak
and increasing efficiency
• UNIQUE Injection structure with check valve: Prevents volume backflow
during low load operation typically occuring with standard vapour injection
compressors
› Variable Refrigerant Temperature adjusts refrigerant temperature to match the load
PRESSURE
High partial load efficiency
PRESSURE PORT
LOWER PRESSURE
High reliability down to -25°C WB
› Hot gas bypass prevents ice buildup at the bottom
of the heat exchanger
84
High seasonal efficiency
ErP 2021
COMPLIANT
Already fully compliant
› Measured with indoor units for real applications!
› ALL information for indoor units used available on our eco-design website:
Already fully compliant https://energylabel.daikin.eu/eu/en_US/lot21.html
to LOT 21 - Tier 2
The known VRV IV standards
Variable Refrigerant Temperature
VRV configurator
Total solution
Daikin Emura
Wall mounted unit
Nexura
Floor standing unit
Fully flat cassette
Biddle air curtain
Air handling unit for ventilation
Low temperature hydrobox
85
RXYLQ-T
VRV heat pump
optimised for heating
Where heating is priority without compromising
on efficiency
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units and
Biddle air cutains
ʯ Wide range of indoor units: possibility to combine VRV with stylish
indoor units (Daikin Emura, Nexura, ...)
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature, VRV configurator, 7 segment display and full inverter
compressors, 4-side heat exchanger, refrigerant cooled PCB, new
DC fan motor, ...
ʯ Free combination of outdoor units to
meet installation space or efficiency
requirements
ErP 2021
ʯ Wide piping flexibility: 30m indoor
COMPLIANT
height difference, maximum piping
length: 190m, total piping length: 500m
Already fully compliant
ʯ Less installation time and smaller
to LOT 21 - Tier 2
footprint
Published data with
compared to previous model thanks to
real-life indoor units
removal of function unit
ʯ Specifically developed for heating operation in low ambient
conditions, making it suitable for single source heating
ʯ Stable heating capacity down to -15°C, thanks to vapour injection
compressor
ʯ Extended operation range down to -25°C in heating
ʯ High reliability in severe conditions, thanks to hot gas bypass
circuit in the heat exchanger
ʯ 15% increased heating capacity at high relative humidity
(2°CDB/1°CWB and RH=83%) vs previous model
ʯ Shorter defrost and heat up time, compared to standard VRV heat
pump
ʯ Very economical solution as a smaller outdoor unit model can be
used compared to the standard series
Access all technical information on RXYLQ-T
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit
System
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
12T
12
33.5
37.5
37.50
6 x FXMQ50P7VEB
274.4
137.6
6.93
3.51
64 (1)
210
300
390
1,685x1,240x765
302
81
59
-5.0~43.0
-25.0~16.0
R-410A/2,087.5
11.8/24.6
175
250
325
mm
kg
dBA
dBA
°CDB
°CWB
77
56
kg/TCO2Eq
mm
mm
m
9.5
22.2
HP
kW
kW
kW
%
%
mm
mm
m
Hz/V
A
14T
14
40
45
45.00
1 x FXMQ50P7VEB + 5 x FXMQ63P7VEB
270.1
137.1
6.83
3.5
245
350
455
81
59
12.7
28.6
500
Hz/V
A
Outdoor unit module 1
Outdoor unit module 2
Prated,c
Prated,h
Max.
Recommended combination
10T
10
28
31.5
31.50
4 x FXMQ63P7VEB
251.4
144.3
6.36
3.68
%
%
RXYLQ
Capacity range
Cooling capacity
Heating capacity
86
RXYLQ
HP
kW
kW
kW
3N~/50/380-415
25
32
16T
RXMLQ8T
RXMLQ8T
16
44.8
18T
RXYLQ10T
RXMLQ8T
18
50.4
20T
RXYLQ10T
RXYLQ10T
20
56
50
4 x FXMQ63P7VEB
+ 2 x FXMQ80P7VEB
56.5
3 x FXMQ50P7VEB
+ 5 x FXMQ63P7VEB
63
2 x FXMQ50P7VEB
+ 6 x FXMQ63P7VEB
261.8
138.0
3.52
6.62
255.7
140.5
3.59
6.47
251.4
144.3
3.68
6.36
280
400
520
12.7
28.6
315
450
585
15.9
28.6
350
500
650
15.9
28.6
40
45
50
22T
RXYLQ10T
RXYLQ12T
22
61.5
69
6 x FXMQ50P7VEB
+ 4 x FXMQ63P7VEB
263.0
140.3
3.58
6.65
64 (1)
385
550
715
15.9
28.6
500
24T
RXYLQ12T
RXYLQ12T
24
67
26T
RXYLQ12T
RXYLQ14T
26
73.5
28T
RXYLQ14T
RXYLQ14T
28
80
75
4 x FXMQ50P7VEB
+ 4 x FXMQ63P7VEB
+ 2 x FXMQ80P7VEB
274.4
137.6
3.51
6.93
82.5
7 x FXMQ50P7VEB
+ 5 x FXMQ63P7VEB
270.8
137.1
3.50
6.84
90
6 x FXMQ50P7VEB
+ 4 x FXMQ63P7VEB
+ 2 x FXMQ80P7VEB
270.1
137.1
3.50
6.83
420
600
780
15.9
455
650
845
490
700
910
19.1
34.9
3N~/50/380-415
60
FXSQ-A
VRV indoor unit
FXFQ-B
VRV indoor unit
FVXG-K
Nexura
BPMKS967A2
FTXJ-MW
Daikin Emura
RXYLQ-T
Connectable stylish indoor units
20 CLASS
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Nexura - Floor standing unit
Floor standing unit
25 CLASS
35 CLASS
42 CLASS
50 CLASS
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
FVXG-K
FVXM-F
BPMKS box needed to connect RA indoors to VRV IV
Outdoor unit
System
RXYLQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
Recommended combination
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit
Dimensions
Weight
Sound power level
Sound pressure level
Operation range
Refrigerant
Piping connections
Power supply
Current - 50Hz
Unit
HeightxWidthxDepth
Unit
Cooling
Nom.
Cooling
Nom.
Cooling
Min.~Max.
Heating
Min.~Max.
Type/GWP
Charge
Liquid
OD
Gas
OD
Total piping System
Actual
length
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
HP
kW
kW
kW
%
%
mm
mm
m
30T
RXYLQ10T
RXYLQ10T
34T
RXYLQ10T
RXYLQ12T
30
84
32T
RXYLQ10T
RXYLQ10T
RXYLQ12T
32
89,5
94,5
9 x FXMQ50P7VEB
+ 5 x FXMQ63P7VEB
100,5
8 x FXMQ63P7VEB
+ 4 x FXMQ80P7VEB
251.4
144.3
3.86
6.36
259.1
141.6
3.61
6.55
106,5
3 x FXMQ50P7VEB
+ 9 x FXMQ63P7VEB
+ 2 x FXMQ80P7VEB
266.8
139.2
3.56
6.74
525
750
975
19,1
34,9
560
800
1040
19,1
34,9
595
850
1105
19,1
34,9
Hz/V
A
RXMLQ
mm
kg
dBA
dBA
°CDB
°CWB
34
95
36T
RXYLQ12T
RXYLQ12T
38T
RXYLQ12T
RXYLQ12T
RXYLQ14T
38
107
36
101
112,5
120
2 x FXMQ50P7VEB 6 x FXMQ50P7VEB
+ 10 x FXMQ63P7VEB + 10 x FXMQ63P7VEB
+ 2 x FXMQ80P7VEB
274.4
271.6
137.6
137.1
3.51
3.50
6.93
6.86
64 (1)
630
665
900
950
1170
1235
19,1
19,1
41,3
500
40T
RXYLQ12T
RXYLQ14T
42T
RXYLQ14T
RXYLQ14T
40
114
42
120
127,5
9 x FXMQ50P7VEB
+ 9 x FXMQ63P7VEB
135
12 x FXMQ63P7VEB
+ 4 x FXMQ80P7VEB
270.3
137.1
3.50
6.83
270.1
137.1
3.50
6.83
700
1000
1300
19,1
41,3
735
1050
1365
19,1
3N~/50/380-415
80
90
kg/TCO2Eq
mm
mm
m
8T
1,685x1,240x765
302
75,0
55,0
-5.0~43.0
-25.0~16.0
R-410A/2,087.5
11.8/24.6
9.5
19.1
500
Hz/V
A
3N~/50/380-415
20
(1) Actual number of connectable indoor units depends on the indoor unit type and the connection ratio restriction for the system
87
The Post, 5-star hotel,
VRV IV
88
Replacement VRV
Quick & quality replacement for R-22
and R-407C systems
22
Air curtain
Biddle Air curtain for VRV (CYV)
Indoor units
VRV type indoor units
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
Control systems
VRV III
VRV IV+
Q
Heat pump
Variable refrigerant
temperature
Customize your VRV for best seasonal
efficiency & comfort
VRV configurator
Software for simplified commissioning,
configuration and customisation
For more information on these features
refer to the VRV IV technologies tab
› 7 segment display
› Automatic refrigerant charge
› Night quiet mode
Heat pump & Heat recovery
› Low noise function
› Automatic refrigerant charge
› Full inverter compressors
› Night quiet mode
› Gas cooled PCB
› Low noise function
› 4 side heat exchanger
› Full inverter compressors
› Reluctance brushless DC compressor
› Reluctance brushless DC compressor
› Sine wave DC inverter
› Sine wave DC inverter
› DC fan motor
› DC fan motor
› E-pass heat exchanger
› E-pass heat exchanger
› I demand function
› I demand function
› Manual demand function
› Manual demand function
89
Replacement
technology
The quick and quality way of
upgrading R-22 and R-407C systems
These benefits will convince your customer:
Drastically improve your efficiency, comfort and reliability
Avoid loss of business
Lower long-term costs
Replacing now prevents unplanned, lengthy downtime
of air conditioning systems. It also avoids loss of business for shops,
complaints from guests in hotels, lower working efficiency and loss
of tenants in offices.
EU Directives prohibit system repairs with R-22 after January 1, 2015.
Delaying the required R-22 replacement until an unplanned system
breakdown is a losing game. Replacement day will come. Installing
a technically advanced system lowers energy consumption and
maintenance costs from day one.
Quick and easy installation
No interruption of daily business while replacing the system
thanks to phased-in, fast installation.
Up to 48%
less
consumption
Smaller footprint, more performance
Thanks to a smaller footprint, Daikin outdoor units save space.
Also, more indoor units can be connected to
the new outdoor unit compared to the old system,
allowing to increase capacity.
Comparison of 10HP systems:
Cooling mode
Heating mode
R-22 (RSXY-KA7)
R-407C (RSXYP-L7)
R-410A (RXYQQ-T)
Keep your refrigerant piping
Your copper pipes will last for multiple generations
The Daikin
low-cost upgrade solution
!
Replace indoor units
and BS boxes
Contact your local dealer to
check compatibility in case you
need to keep
the indoor units.
!
90
Replace outdoor units
› copper pipes used in air conditioning systems tested by Daikin will
last over 60 years after installation.
› Japan/China have replaced with VRV Q-series already 10 years ago!
Umeda Center Building, Japan
› original A/C system: 20 years in use
› replacement with VRV Q-series:
2006 - 2009
› capacity up from 1620HP to 2322HP
› SHASE renewal award:
2013
(1st)
! Planning your replacement in
future?
Monitor your system now!
Your building use might have changed
over the years. Monitoring and Daikin
expert advice prepare you for an
optimum replacement to maximize
efficiency and comfort, while minizing
the investment cost of your new
system.
VRV-Q benefits to increase your profit:
Optimise your business
Compare installation steps
Less installation time
Conventional solution
VRV-Q
1
2
3
4
5
6
7
1 Recover refrigerant
2 Remove units
Tackle more projects in less time thanks to faster installation.
It is more profitable than replacing the full system with new
piping.
Lower installation costs
Reducing installation costs enables you to offer customers
the most cost-effective solution and improve your
competitive edge.
Replace non-Daikin systems
It is a trouble-free replacement solution for Daikin systems
and for systems made by other manufacturers.
Recover refrigerant
Remove units
Remove refrigerant pipes
Install new piping and wiring
Install new units
Leak test
Vacuum drying
8 Refrigerant charging
9 Collect contamination
10 Test operation
Re-use existing piping
and wiring
3 Install new units
4 Leak test
5 Vacuum drying
6 A
uromatic refrigerant
charging, cleaning and
testing
â
Easy as one-two-three
A simple solution for replacement technology enables you
to handle more projects for more customers in less time and
offer them the best price! Everybody wins.
Up to 45% shorter
installation time
Automatic refrigerant charge
The unique automatic refrigerant charge eliminates the need
to calculate refrigerant volume and ensures that the system
will operate perfectly. Not knowing the exact piping lengths
because of changes or mistakes in case you didn’t do the
original installation or replacing a competitor installation no
longer poses a problem.
Automatic pipe cleaning
One touch
convenience:
› Measure and charge
There is no need to clean inside piping as this is handled
automatically by the VRV-Q unit. Finally the test operation is
performed automatically to save time.
› Automatic pipe
refrigerant
cleaning
› Test operation
91
RQCEQ-P3
Replacement VRV, heat recovery
Quick & quality replacement for R-22 and R-407C systems
ʯ Cost effective and fast replacement as only the outdoor and indoor
unit needs to be replaced, meaning almost no work has to be
carried out inside the building
ʯ Efficiency gains of more than 40% can be realized, thanks to
technological developments in heat pump technology and the
more efficient R-410A refrigerant
ʯ Less intrusive and time consuming installation compared to
installing a new system, as the refrigerant piping can be maintained
ʯ Unique automatic refrigerant charge eliminates the need to
calculate refrigerant volume and allows safe replacement of
competitor replacement
ʯ Automatic cleaning of refrigerant piping ensures a clean piping
network, even when a compressor breakdown has occurred
ʯ Possibility to add indoor units and increase capacity without
changing the refrigerant piping
ʯ Possibility to spread the various stages of repclacement thanks to
the modular design of the VRV system
ʯ Accurate temperature control, fresh air provision, air handling units
and Biddle air curtains all integrated in a single system requiring
only one single point of contact (RXYQQ-U only)
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
ʯ Temperature and full inverter compressors (RXYQQ-U only)
ʯ Free combination of outdoor units to meet installation space or
ʯ efficiency requirements (RXYQQ-U only)
RQCEQ712-848P3
ErP 2021
COMPLIANT
Already fully compliant
to LOT 21 - Tier 2
Published data with
real-life indoor units
Access all technical information on RQCEQ-P3
at my.daikin.eu or click here
Outdoor unit System
System
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit module
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Air flow rate Cooling
Nom.
Fan
Type
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
92
RQCEQ
HP
kW
kW
%
%
mm
mm
m
Hz/V
A
RQEQ-P3
mm
kg
m³/min
280P3
RQEQ140P3
RQEQ140P3
360P3
RQEQ180P3
RQEQ180P3
460P3
500P3
540P3
636P3
712P3
744P3
816P3
848P3
RQEQ140P3
RQEQ180P3
RQEQ212P3
RQEQ140P3
RQEQ180P3
RQEQ212P3
RQEQ140P3
RQEQ180P3
RQEQ212P3
RQEQ180P3
RQEQ212P3
RQEQ212P3
RQEQ180P3
RQEQ212P3
RQEQ180P3
RQEQ212P3
10
13
16
18
20
22
24
26
28
30
28.0
36.0
46.0
50.0
54.0
60.0
70.0
72.0
78.0
80.0
32.0
40.0
52.0
56.0
60.0
67.2
78.4
80.8
87.2
89.6
4 x FXMQ63P7VEB 4 x FXMQ50P7VEB 4 x FXMQ63P7VEB 4 x FXSQ32A2VEB 12 x FXSQ40A2VEB 3 x FXSQ40A2VEB 4 x FXSQ32A2VEB 4 x FXSQ32A2VEB 7 x FXSQ40A2VEB 4 x FXSQ40A2VEB
+ 2 x FXMQ63P7VEB + 2 x FXMQ80P7VEB + 8 x FXSQ40A2VEB
+ 9 x FXSQ50A2VEB + 9 x FXSQ40A2VEB + 6 x FXSQ40A2VEB + 9 x FXSQ50A2VEB + 12 x FXSQ50A2VEB
+ 3 x FXSQ50A2VEB + 6 x FXSQ50A2VEB
200
185
191
201
198
186
194
204
187
159
157
161
150
148
157
153
155
157
21
28
34
39
43
47
52
56
60
64
140
180
230
250
270
318
356
372
408
424
280
360
500
540
636
712
744
816
848
364
468
598
650
702
827
926
967.0
1,061
1,102
9.52
12.7
15.9
19.1
22.2
25.4
28.6
34.9
300
30
40
50
60
140P3
3~/50/400
70
80
180P3
1,680x635x765
212P3
175
179
95
dBA
dBA
°CDB
°CWB
79
kg/TCO2Eq
Hz/V
A
10.3/21.5
15
90
110
Propeller fan
83
-5~43
-20~15.5
R-410A/2,087.5
10.6/22.1
3~/50/380-415
20
87
11.2/23.4
22.5
RQYQ-P / RXYQQ-U
Replacement VRV, heat pump
RXYQQ8-12U
Access all technical information on RQYQ-P
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
Recommended combination
6°CWB
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Air flow rate
Cooling
Nom.
Fan
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type/GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit System + Module
System
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index connec- Min.
tion
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Total piping System
Actual
length
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Access all technical information on RXYQQ-U
at my.daikin.eu or click here
RXYQQ/RQYQ-P
HP
kW
kW
kW
%
%
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
140P
5
14.0
16.0
4 x FXSQ32A2VEB
8U
8
22.4
13.7
25.0
4 x FXFQ50AVEB
10U
10
28.0
16.0
31.5
4 x FXFQ63AVEB
194
137
10
62.5
125
162.5
1,680x635x765
175
95
79
-5~43
-20~15.5
302.4
167.9
7.6
267.6
168.2
6.8
kg/TCO2Eq
mm
mm
m
11.1/23.2
9.52
15.9
Hz/V
A
3~/50/380-415
15
RXYQQ
HP
kW
kW
kW
%
%
mm
mm
m
Hz/V
A
22U
RXYQQ10U
RXYQQ12U
4.3
100.0
125.0
260.0
325.0
1,685x930x765
198
78.0
79.1
57.0
5.9/12.3
6.0/12.5
9.52
19.1
22.2
20
25
24U
RXYQQ8U
RXYQQ16U
12U
12
33.5
18.4
37.5
6 x FXFQ50AVEB
14U
16U
18U
20U
14
16
18
20
40.0
45.0
50.4
52.0
20.6
23.2
27.9
31.0
45.0
50.0
56.5
63.0
1 x FXFQ50AVEB 4 x FXFQ63AVEB 3 x FXFQ50AVEB 2 x FXFQ50AVEB
+ 5 x FXFQ63AVEB + 2 x FXFQ80AVEB + 5 x FXFQ63AVEB + 6 x FXFQ63AVEB
247.8
250.7
236.5
238.3
233.7
161.4
155.4
157.8
163.1
156.6
6.3
6.0
5.9
4.1
4.0
4.2
4.0
64 (1)
150.0
175.0
200.0
225.0
250.0
390.0
455.0
520.0
585.0
650.0
1,685x1,240x765
275
308
83.4
80.9
85.6
83.8
87.9
61.0
60.0
63.0
62.0
65.0
-5.0~43.0
-20.0~15.5
R-410A/2,087.5
6.3/13.2
10.3/21.5
11.3/23.6
11.7/24.4
11.8/24.6
12.7
15.9
28.6
300
3N~/50/380-415
32
40
50
26U
28U
30U
32U
34U
36U
38U
40U
42U
RXYQQ12U
RXYQQ16U
RXYQQ8U
RXYQQ10U
RXYQQ14U
RXYQQ16U
RXYQQ18U
RXYQQ16U
RXYQQ18U
RXYQQ20U
RXYQQ10U
RXYQQ12U
RXYQQ16U
RXYQQ20U
RXYQQ18U
RXYQQ16U
22
24
26
28
30
32
34
36
38
40
42
61.5
67.4
73.5
78.5
83.9
90.0
95.4
97.0
102.4
111.9
118.0
34.4
36.9
39.0
41.6
46.3
46.4
51.1
54.2
60.7
62.3
62.4
69.0
75.0
82.5
87.5
94.0
100.0
106.5
113.0
119.5
125.5
131.5
6 x FXFQ50AVEB 4 x FXFQ50AVEB 7 x FXFQ50AVEB 6 x FXFQ50AVEB 9 x FXFQ50AVEB 8 x FXFQ63AVEB 3 x FXFQ50AVEB 2 x FXFQ50AVEB 6 x FXFQ50AVEB 9 x FXFQ50AVEB 12 x FXFQ63AVEB
+ 4 x FXFQ63AVEB + 4 x FXFQ63AVEB + 5 x FXFQ63AVEB + 4 x FXFQ63AVEB + 5 x FXFQ63AVEB + 4 x FXFQ80AVEB + 9 x FXFQ63AVEB + 10 x FXFQ63AVEB + 10 x FXFQ63AVEB + 9 x FXFQ63AVEB + 4 x FXFQ80AVEB
+ 2 x FXFQ80AVEB
+ 2 x FXFQ80AVEB
+ 2 x FXFQ80AVEB + 2 x FXFQ80AVEB
274.5
269.9
264.2
257.8
256.8
251.7
253.3
250.8
272.4
263.5
261.2
171.2
167.0
164.6
166.0
169.8
163.1
166.2
162.4
167.5
170.0
165.5
6.9
6.8
6.7
6.5
6.4
6.3
6.9
6.7
6.6
4.4
4.3
4.2
4.3
4.2
4.1
4.3
4.2
64
275.0
300.0
325.0
350.0
375.0
400.0
425.0
450.0
475.0
500.0
525.0
715.0
780.0
845.0
910.0
975.0
1,040.0
1,105.0
1,170.0
1,235.0
1,300.0
1,365.0
15.9
19.1
28.6
34.9
41.3
300
63
3N~/50/380-415
80
Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio restriction for the system (50% <= CR <= 130%)
100
93
Water cooled
+
VRV IV W series
Ideal for high rise buildings,
using water as heat source
Unified range
for heat pump
& heat recovery
and standard
& geothermal
series
22
Air curtain
Biddle Air curtain for VRV (CYV)
Indoor units
VRV type indoor units OR
Residential type indoor units
(such as Daikin Emura, ...)
Hot water
High temperature hydrobox
Low temperature hydrobox
Control systems
Ventilation
Heat Reclaim ventilation (ALB/VAM/
VKM) AHU connection kit
Widest range of BS boxes for the fastest installation
VRV IV standards:
› 7 segment display
Variable refrigerant temperature
› Connectable to stylish indoor units
Customize your VRV for best seasonal efficiency & comfort
› Full inverter compressors
› Connectable to LT hydrobox
› Connectable to HT hydrobox
VRV configurator
› Reluctance brushless DC compressor
Software for simplified commissioning, configuration and customisation
› Sine wave DC inverter
For more information on these features refer to the VRV IV technologies tab
94
› Manual demand function
ARGUE CARDS
Water-to-air heat pump
Welcome a new range of features
More flexibility
Most compact casing in the market!
› Mixed connection of HT hydroboxes and VRV indoor units
› Connects to stylish indoor units such as Daikin Emura, Nexura, …
(no mixed connection with other indoors possible)
› Extension of the range: 8-10-12-14HP, combinable up to 42HP while
keeping the most compact casing in the market
› Extended piping length up 165m (actual)
› Extended indoor unit height difference to 30m
More capacity
› Up to 72% increased capacity (!) per model thanks
to new compressor and larger heat exchanger
8 to 14 HP
16 to 28 HP
30 to 42 HP
Unique zero heat dissipation principle
› No need for ventilation or cooing in
the technical room
› Control heat dissipation to achive
maximum efficiency: set target
technical room temperature and unit
regulates actual heat dissipation
Easier commissioning & customisation
› 7 segment display
› 2 analogue input signals allowing external control of
- ON-OFF (e.g. compressor)
- Operation mode (cooling / heating)
- Limit of capacity
- Error signal
Total solution
Daikin Emura
wall mounted unit
Nexura
Fully flat cassette
Floor standing unit
Biddle air curtain
Air handling unit for ventilation
Low temperature hydrobox
High temperature hydrobox
95
With all existing standard functions
Indoor installation makes unit invisible from
the outside
› Seamless integration in the surrounding architecture
as you cannot see the unit
› Highly suited for sound sensitive areas as there is
no external operation sound
› Very flexible indoor installation as there is no heat
dissipation
› Superior efficiency, even in the most extreme outside
conditions, especially in geothermal operation
Unified range
for heat pump &
heat recovery
and standard &
geothermal
series
Variable water flow control
› The variable water flow control option reduces
excessive energy use by the circulation pump.
› By controlling a variable water valve, the water flow is
reduced when possible, saving energy.
› Via 0~10 volt
Cooling tower
(Closed type),
boiler
Flow Valve
Input Signal
Variable water
Flow Control Valve
Lower refrigerant concentration levels
Inverter Pump
Water-cooled VRV systems typically have less refrigerant
per system making it ideal to comply
with the EN378 legislation limiting the amount of
refrigerant in hospitals and hotels.
The refrigerant levels remain limited thanks to:
› limited distance between outdoor and indoor unit
› modularity: enabling small systems per floor instead
of one big system. Thanks to the water circuit heat
recovery is still possible in the entire building
Single port
Maximum design flexibility
and installation speed
BS1Q 10,16,25A
› Quickly and flexibly design your system with a
unique range of single and multi BS boxes.
› A wide variety of compact and lightweight multi
BS boxes greatly reduces installation time.
› Free combination of single and multi BS boxes
2-stage heat recovery
Multi port: 4 – 6 – 8 – 10 – 12 – 16
BS 4 Q14 A
BS 6, 8 Q14 A
BS 10, 12 Q14 A
BS 16 Q14 A
Stacked configuration
STAGE 1
Heat recovery between indoor units
STAGE 2
Heat recovery between outdoor units
Water piping
Refrigerant piping
(Heat recovery and heat pump)
Ceiling height
Cooling tower (Closed type), boiler
Heat rejected to loop
14HP
Indoor units mainly
cooling, partly heating
14HP
VRV-W
Heat absorbed from loop
Indoor units mainly heating,
partly cooling
96
VRV-W
14HP
3.3m
height
Crystal Tower
BREEAM Design Phase: Excellent rating
A great and well-known example
of a Daikin Total Solution
leading to high energy-efficient
HVAC consumption
› A combination of VRV, Sky Air and Applied systems ensuring
all offices and common areas are fully air conditioned.
› Water-cooled VRV as the main contributor to total HVAC energy
efficiency due to its two-stage heat recovery system.
› Flexibility: individual thermal control and comfort
with VRV on each floor and space.
› Problem-free connection between Daikin units and
the LonWorks BMS system ensures the building’s total energy
consumption is properly monitored and controlled.
Location
48 Lancu de Hunedoara Boulevard
Bucharest Romania
Building details
Built-up area: 24,728 m²
Total usable area: 20,020 m²
Floors: 4 basements, 15 floors, technical floor
Building height: 72 m
Office space per level: approx. 1,000 m²
Daikin systems installed
›
›
›
›
›
›
67 x VRV water-cooled units
2 x VRV outdoor heat pump units
289 VRV indoor units (265 ducts, 24 x cassettes)
5 x Sky Air with Roundflow Cassettes
4 x air-cooled water chillers
11 x DMS504B51 (LonWorks gateway)
Awards
› Green Building of the Year 2012 (ROGBC)
› Environmental Social & Sustainability award (ESSA)
97
Innovations
for maximum flexibility and
ease of installation
0m
m
980mm
Horizontal or vertical piping
connection
56
767mm
Highly improved efficiency
thanks to enlarged heat
exchanger
Easy access to components
Easy front plate removal
step 1
98
Rotating switchbox
step 2
Zero heat dissipation principle
› No need for ventilation or cooling of
the technical room
› Enhancing installation flexibility and
reliability of parts
Heat dissipation coil cools down
the unit to achieve a neutral heat
balance in the technical room
PCB generates
heat
Compessor
generates heat
Minimal technical room
space required.
technology
› VRV configurator
› 7 segment display
99
Application
example
Closed evaporative cooling tower used for cooling,
Chiller used for heating
Closed evaporative
cooling tower
Chiller
Cooling mode
Expansion tank
Strainer
100
Circulator Pump
Heat exchanger
Flow valve
or flow control valve
Stop valve
Flow switch
Three way valve
Heating mode
Refrigerant flow
Benefits of this setup
When to use?
› Chiller is only used when cooling tower capacity is not
enough and/or when cooling and heating load of VRV is
unbalanced  very energy efficient installation
› In case the chiller is operating, a renewable heat source (air) is
used, contributing to BREEAM score.
› It is possible to downsize the cooling tower, making the
installation more compact
› When there is anyway a chiller used for other purposes in the
building
› When space for outdoor installation is limited
› Efficiency / green building certification schemes oriented
projects
Application
example
Dry cooler used for cooling, boiler used for heating
Closed evaporative
cooling tower
Boiler
Cooling mode
Expansion tank
Strainer
Circulator Pump
Heat exchanger
Flow valve
or flow control valve
Stop valve
Flow switch
Three way valve
Benefits of this setup
› Simple, cost efficient. Good option to use VRV technology in
high-rise building
› Does not make any special demand to the building/project/
installation location
› Provides high efficiency as for hotel application it is usual to
have simultaneous cooling and heating load.
Heating mode
Refrigerant flow
› Heat recovery process in the water loop often allows the
water temperature to stay within acceptable range even
without using drycooler and boiler.
When to use?
› For high-rise buildings or other places where VRV Water
Cooled is preferable because of installation conditions
101
Application
example
Geothermal operation
Hot water tank
Ground loop with
vertical boreholes
Expansion tank
Circulator Pump
Liquid heater
Buffer tank
Heat exchanger
Flow switch
Cooling mode
Heating mode
Strainer
102
Stop valve
Flow valve
or flow control valve
Refrigerant flow
Three way valve
Benefits of this setup
When to use?
› Very energy efficient
› Ground loop can be in service for a very long time, so future
equipment upgrades/replacements are easy
› Vertical boreholes provide more stable water temperature (=
Constant high efficiency) and do not occupy a lot of ground
space.
› When the soil is suitable for geothermal loops and there is
availability of geothermal installation expertise locally
› For the projects with high requirements to energy efficiency,
green building certification oriented
Ground loop
Examples
Open system
Uses water from a well or surface water (river, lake). The water is
pumped back to a second well or surface water
Conditions:
› At 20 m depth water has a constant temperature
of 10°C through the year
› Surface water cools down to 5°C during winter
 Can be the most economical type of
geothermal system
 Constant ground water temperature has
positive impact on heat pump efficiency
O Risk to damage system components because
of water quality  a secondary loop might be
required to protect the heat exchanger
O Water should be tested for acidity, mineral
content, organic content and corosiveness:
O In many areas open systems are prohibited
due to environmental concerns
Closed system
Uses water pipes that are buried in the ground and exchange
heat with the ground
Vertical system conditions
› Typical depth: 30-140 m. Below 15 m, the
temperature of the ground is constant around
10°C
 Less surface space required
 Very constant ground temperature
O Expensive due to drilling cost
For smaller applications also horizontal loops can be used
Horizontal loop system
› Typical trench depth: 1 – 2 m. The ground
temperature varies, but always above 5°C
(Exception: in cold areas)
› Slinky loop: the plastic geothermal loop pipe
is coiled in overlapped circles and flattened
(Installed where there is not enough space for
closed horizontal)
 Installation is easier and less expensive than
vertical closed loops.
O Mainly for small applications as the property
land should be large enough
O You cannot plant trees or build constructions
over the land containing the loop.
O Glycol is needed to prevent freezing of the water.
103
RWEYQ-T9
VRV IV water cooled+ series
Ideal for high rise buildings, using water as heat source
ʯ Environmental conscious solution: reduced CO2 emmisions thanks
to the use of geothermal energy as a renewable energy source
and typical lower refrigerant levels making it ideal to comply with
EN378
ʯ Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, air handling units,
Biddle air curtains and hot water
ʯ Unique zero heat dissipation principle obviates the need
for ventilation or cooling in the technical room, maximising
installation flexiblity
ʯ Wide range of indoor units: possibility to combine VRV with stylish
indoor units (Daikin Emura, Nexura, ...)
ʯ Incorporates VRV IV standards & technologies: Variable Refrigerant
Temperature, VRV configurator, 7-segment display and full inverter
compressors
ʯ Developed for easy installation and servicing: choice between top
or front connection for refrigerant piping and rotating switch box
for easy access to serviceable parts
ʯ Compact & lightweight design can be stacked for maximum space
saving: 42HP can be installed in less than 0,5m² floorspace
ʯ 2-stage heat recovery: first stage between indoor units, second
stage between outdoor units thanks to the storage of energy in
the water circuit
ʯ Unified model for heat pump and heat recovery version and
geothermal and standard operation
ʯ Variable Water Flow control option increases flexibility and control
ʯ 2 analogue input signals allowing external control of ON-OFF,
operation mode, error signal, …
ʯ Contains all standard VRV features
VRV-W
Level difference between the VRV-W and indoor units:
50m if the VRV-W is above
40m if the VRV-W is below
VRV-W
Level difference between indoor units: 30m
Indoor installation
Unlimited water piping length
Water piping
Refrigerant piping
ErP 2021
COMPLIANT
Already fully compliant
to LOT 21 - Tier 2
Published data with
real-life indoor units
Connectable stylish indoor units
20 CLASS
Daikin Emura - Wall mounted unit
Stylish - Wall mounted unit
Nexura - Floor standing unit
Floor standing unit
25 CLASS
35 CLASS
42 CLASS
50 CLASS
FTXJ-MW/MS
FTXA-AW/BS/BB/BT
FVXG-K
FVXM-F
BPMKS box needed to connect RA indoors to VRV IV (RYYQ / RXYQ)
Access all technical information on RWEYQ-T9
at my.daikin.eu or click here
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Prated,c
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Sound power level Cooling
Nom.
Sound pressure level Cooling
Nom.
Inlet water tempe- Cooling
Min.~Max.
Operation range
rature
Heating
Min.~Max.
Temperature around Max.
casing
Humidity around
Cooling~Heating Max.
casing
Refrigerant
Type/GWP
Charge
Piping connections Liquid
OD
Gas
OD
HP/LP gas
OD
Drain
Size
Inlet/Outlet Size
Water
Total piping length System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
104
RWEYQ
HP
kW
kW
kW
%
%
8T9
8
22.4
25.0
25.0
4 x FXMQ50P7VEB
326.8
524.3
8.4
13.3
10T9
10
28.0
31.5
31.5
4 x FXMQ63P7VEB
307.8
465.9
7.9
11.8
100.0
125.0
12T9
12
33.5
37.5
37.5
6 x FXMQ50P7VEB
359.0
436.0
9.2
11.1
14T9
14
40.0
45.0
45.0
1 x FXMQ50P7VEB + 5 x FXMQ63P7VEB
330.7
397.1
8.5
10.1
150.0
175.0
450.0
525.0
64 (1)
300.0
mm
kg
dBA
dBA
°CDB
°CWB
°CDB
375.0
980x767x560
195
65.0
48.0
197
71.0
50.0
72.0
56.0
74.0
58.0
10~45
10~45
40
%
80~80
R-410A/2,087.5
kg/TCO2Eq
mm
mm
mm
m
Hz/V
A
7.9/16.5
9.52
19.1 (2)
15.9 (3) / 19.1 (4)
22.2 (2)
19.1 (3) / 22.2 (4)
19.1 (3) / 28.6 (4)
14mm OD/ 10mm ID
ISO 228-G1 1/4 B/ISO 228-G1 1/4 B
500
3N~/50/380-415
20
9.6/20.0
12.7
28.6 (2)
22.2 (3) / 28.6 (4)
25
Stage 1 heat recovery between
indoor units
Cooling
Extracted heat delivers
free hot water and
heating
Hot water
Heating
+
Domestic hot
water
45°C - 75°C
Air handling
unit
25°C - 75°C
Low temp.
radiator
Underfloor
heating
VRV indoor units
Daikin
solar
panel
BS-Box
Domestic hot
water tank
45°C - 75°C
BS-Box
25°C - 35°C
RWEYQ-T9
Heating only
hydrobox for VRV
Cooling tower (Closed type), boiler
Underfloor
heating
Stage 2 heat
recovery between
outdoor units
or
Low temp.
radiator
25°C - 45°C
25°C - 35°C
Liquid pipe
Gas pipe
Discharge gas pipe
Hot water
Reversible low
temperature
hydrobox
Heat rejected to loop
* Above system configuration are for illustration purpose only.
RWEYQ
HP
kW
kW
kW
%
%
Actual
Outdoor unit System
System
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
Recommended combination
ηs,c
ηs,h
SEER
SCOP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Piping connections Liquid
OD
Gas
OD
HP/LP gas
OD
Total piping length System
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Heat absorbed from loop
Heat absorbed from loop
Outdoor unit System
System
Outdoor unit module 1
Outdoor unit module 2
Capacity range
Cooling capacity
Prated,c
Heating capacity
Prated,h
Max.
6°CWB
ηs,c
ηs,h
SEER
SCOP
Recommended combination
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Piping connections Liquid
OD
Gas
OD
HP/LP gas
OD
Total piping length System
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Heat rejected to loop
mm
mm
mm
m
Hz/V
A
RWEYQ
HP
kW
kW
kW
%
%
Actual
mm
mm
mm
m
Hz/V
A
16T9
18T9
20T9
22T9
24T9
26T9
28T9
RWEYQ8T
RWEYQ10T
RWEYQ12T
RWEYQ14T
RWEYQ8T
RWEYQ10T
RWEYQ12T
RWEYQ14T
16
18
20
22
24
26
28
44.8
50.4
56.0
61.5
67.0
73.5
80.0
50.0
56.5
62.5
69.0
75.0
82.5
90.0
50.0
56.5
62.5
69.0
75.0
82.5
90.0
307.6
308.7
298.1
311.3
342.6
322.5
306.1
459.2
491.1
466.8
447.9
434.5
406.9
387.9
7.9
7.7
8.0
8.8
8.3
7.9
11.7
12.5
11.9
11.4
11.1
10.4
9.9
4 x FXMQ63P7VEB 6 x FXMQ50P7VEB 4 x FXMQ50P7VEB 8 x FXMQ63P7VEB 12 x FXMQ50P7VEB 7 x FXMQ50P7VEB 2 x FXMQ50P7VEB
+ 2 x FXMQ80P7VEB + 4 x FXMQ63P7VEB + 4 x FXMQ63P7VEB
+ 5 x FXMQ63P7VEB + 10 x FXMQ63P7VEB
64 (1)
200.0
225.0
250.0
275.0
300.0
325.0
350.0
600.0
675.0
750.0
825.0
900.0
975.0
1,050.0
12.7
15.9
19.1
28.6 (2)
34.9 (2)
28.6 (3) / 28.6 (4) 28.6 (3) / 28.6 (4)
28.6 (3) / 34.9 (4)
22.2 (3) / 28.6 (4)
500
3N~/50/380-415
32
35
40
50
30T9
32T9
34T9
36T9
38T9
40T9
42T9
RWEYQ10T
RWEYQ12T
RWEYQ14T
RWEYQ10T
RWEYQ12T
RWEYQ14T
RWEYQ10T
RWEYQ12T
RWEYQ14T
30
32
34
36
38
40
42
84.0
89.5
95.0
100.5
107.0
113.5
120.0
94.5
100.5
106.5
112.5
120.0
127.5
135.0
94.5
100.5
106.5
112.5
120.0
127.5
135.0
12 x FXMQ63P7VEB 6 x FXMQ50P7VEB 12 x FXMQ50P7VEB 18 x FXMQ50P7VEB 13 x FXMQ50P7VEB 8 x FXMQ50P7VEB 3 x FXMQ50P7VEB
+ 8 x FXMQ63P7VEB + 4 x FXMQ63P7VEB
+ 5 x FXMQ63P7VEB + 10 x FXMQ63P7VEB 15 x FXMQ63P7VEB
308.3
318.2
342.5
352.3
338.8
341.4
332.9
467.2
456.1
447.0
438.5
419.4
404.4
391.2
7.9
8.2
8.8
9.0
8.7
8.5
11.9
11.6
11.4
11.2
10.7
10.3
10.0
64 (1)
375.0
400.0
425.0
450.0
475.0
500.0
525.0
1,125.0
1,200.0
1,275.0
1,350.0
1,425.0
1,500.0
1,575.0
19.1 (2)
34.9
41.3
28.6 (3) / 34.9 (4)
41.3 (3) / 34.9 (4)
500
3N~/50/380-415
50
63
80
(1) Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio restriction for the system (50% <= CR <= 130%) | (2) In case of heat pump system, gas pipe is not used (3) In case
of heat recovery system (4) In case of heat pump system
105
VRV Indoor units
One of the widest ranges on the market,
it currently compromises no less than
26 different stylish and elegant models in 116
different variants. All designed to maximise
comfort, minimise operating noise and
simplify installation and servicing.
106
VRV IV
indoor units
VRV indoor units
107
Ceiling mounted cassette units
NEW
PANELS
UNIQUE
FXFQ-B114
UNIQUE
FXZQ-A115
FXCQ-A116
UNIQUE
FXKQ-MA117
Concealed ceiling units
Auto cleaning filter for concealed ceiling units
SLIMMEST
IN CLASS
Multi zoning kit
42
118
FXDQ-A3119
FXSQ-A
120
FXMQ-P7 / FXMQ-MB 121
Wall mounted unit
FXAQ-A123
Ceiling suspended units
FXHQ-A124
UNIQUE
FXUQ-A125
Floor standing units
SLIMMEST
IN CLASS
FXNQ-A126
FXLQ-P127
Stylish indoor units
128
BPMKS
128
Accessory to connect stylish indoor units
128
Wall mounted
UNIQUE
DESIGN UNIT
FTXJ-MW/MS130
C/FTXA-AW/BS/BT/BB131
Floor standing
UNIQUE
RADIATING PANEL
FVXG-K132
FVXM-F133
107
VRV Indoor
Concealed ceiling unit with high esp
Round flow cassette
Slim concealed ceiling unit
108
VRV Indoor
Concealed floor
standing unit
Hot water production
Fully flat cassette
109
Indoor units
Products overview
Type Model
Ceiling mounted cassette
Concealed ceiling
Wall mounted
15 20 25 32 40 50 63 71 80 100 125 140 200 250
FXFQ-B
Unique design that integrates fully flat into the ceiling
› Perfect integration in standard architectural ceiling tiles
› Blend of iconic design and engineering excellence
› Intelligent sensors save energy and maximize comfort
› Small capacity unit developed for small or well-insulated rooms
› Flexibility to suit every room layout
FXZQ-A
2-way blow
ceiling
mounted
cassette
Thin, lightweight design installs easily in narrow ceiling spaces
› Depth of all units is 620mm, ideal for narrow ceiling spaces
› Flexibility to suit every room layout
› Reduced energy consumption thanks to DC fan motor
› The flaps close entirely when the unit is not operating
› Optimum comfort with automatic air flow adjustment to the required load
FXCQ-A
Ceiling
mounted
corner
cassette
1-way blow unit for corner installation
› Compact dimensions enable installation in narrow ceiling voids
› Flexible installation thanks to different air discharge options
FXKQ-MA

Slim
concealed
ceiling unit
Slim design for flexible installation
› Compact dimensions enable installation in narrow ceiling voids
› Medium external static pressure up to 44Pa
› Only grilles are visible
› Small capacity unit developted for small of well-insulated rooms
› Reduced energy consumption thanks to DC fan motor
FXDQ-A3

Auto cleaning
filter option
Multi zoning
option
Concealed
ceiling unit
with
medium
ESP
Slimmest yet most powerfull medium static pressure unit on the market!
› S limmest unit in class, only 245mm
› Low operating sound level
› Medium external static pressure up to 150Pa facilitates using flexible ducts of
varying lengths
› Automatic air flow adjustment function measures the air volume and static
pressure and adjusts it towards the nominal air flow, guaranteeing comfort
FXSQ-A


Multi zoning
option
Concealed
ceiling unit
with high
ESP
ESP up to 200, ideal for large sized spaces
› Optimum comfort guaranteed no matter the length of ductwork or type of
grilles, thanks to automatic air flow adjustment
› Reduced energy consumption thanks to DC fan motor
› Flexible installation as the air suction direction can be altered from rear to
bottom suction
FXMQ-P7
Concealed
ceiling unit
with high
ESP
ESP up to 270, ideal for extra large sized spaces
› Only grilles are visible
› Large capacity unit: up to 31.5 kW heating capacity
FXMQ-MB
For rooms with no false ceilings nor free floor space
› Flat, stylish front panel is more easy to clean
› Small capacity unit developted for small of well-insulated rooms
› Reduced energy consumption thanks to DC fan motor
› The air is comfortably spread up- and downwards thanks to 5 different discharge
angles
FXAQ-A

For wide rooms with no false ceilings nor free floor space
› Ideal for comfortable air flow in wide rooms thanks to Coanda effect
› Rooms with ceilings up to 3.8m can be heated or cooled very easily!
› Can easily be installed in both new and refurbishment projects
› Can even be mounted in corners or narrow spaces without any problem
› Reduced energy consumption thanks to DC fan motor
FXHQ-A

Unique Daikin unit for high rooms with no false ceilings nor free floor space
› Rooms with ceilings up to 3.5m can be heated up or cooled down very easily!
› Can easily be installed in both new and refurbishment projects
› Flexibility to suit every room layout
› Reduced energy consumption thanks to DC fan motor
FXUQ-A
For perimeter zone air conditioning
› Can be installed in front of glass walls or free standing as both the front and the
back are finished
› Ideal for installation beneath a window
› Requires very little installation space
› Wall mounted installation facilitates cleaning beneath the unit
FXLQ-P

Ideal for installation in offices, hotels and residential applications
› Discretely concealed in the wall, leaving only the suction and discharge grilles
visible
› Can even be installed underneath a window
› Requires very little installation space as the depth is only 200mm
› High ESP allows flexible installation
FXNQ-A

UNIQUE
Ceiling suspended
Product name
360° air discharge for optimum efficiency and comfort
› Auto cleaning function ensures high efficiency
› Intelligent sensors save energy and maximize comfort
› Flexibility to suit every room layout
› Lowest installation height in the market!
› Widest choice ever in decoration panel designs and colors
Round flow
cassette
Floor standing
Capacity class (kW)
UNIQUE
Fully flat
cassette
Wall
mounted
unit
Ceiling
suspended
unit
UNIQUE
4-way blow
ceiling
suspended
unit
Floor
standing
unit
Concealed
floor
standing
unit














Cooling capacity (kW)1
1.7 2.2 2.8 3.6 4.5 5.6 7.1 8.0 9.0 11.2 14.0 16.0 22.4 28.0
Heating capacity (kW)2
1.9 2.5 3.2 4.0 5.0 6.3 8.0 9.0 10.0 12.5 16.0 18.0 25.0 31.5
(1) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m
(2) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m
110
Indoor units
Products overview Stylish indoor units
Depending on the application, Split and Sky Air
indoor units can be connected to our VRV IV
and VRV IV S-series outdoor units. Refer to the
outdoor unit portfolio for combination restrictions.
Concealed
ceiling
Wall
mounted
Ceiling
suspended
Floor
standing
20
25
35
42
50
60
71
FCAG-B

 

Fully flat
cassette
FFA-A9
 
 

Slim concealed ceiling unit
FDXM-F9
 
 

Concealed ceiling unit
with inverter-driven fan
FBA-A(9)

Daikin Emura
Wall mounted unit
FTXJ-MW/MS
  
Stylish
Wall mounted unit
FTXA-AW/
BS/BB/BT
Perfera
Wall mounted unit
CTXM-N
FTXM-N
Ceiling suspended unit
FHA-A(9)
Nexura floor standing unit
FVXG-K
 

 

 
Floor standing unit
FVXM-F
 

 

 
Concealed floor standing unit
FNA-A9
 
 
(incl. auto-cleaning
function1)
Ceiling
mounted
cassette
15
RXYLQ-T
Product name
Round flow cassette
RWEYQ-T94
Model
RXYSCQ-TV13
RXYSQ-TV93
RXYSQ-TY9/TY13
Type
RXYQ-U
Capacity class (kW)
RYYQ-U
Connectable outdoor unit
1
Decoration panel BYCQ140DG9 or BYCQ140DGF9 + BRC1E* or BRC1H* needed
2
To connect stylish indoor units a BPMKS unit is needed
3
A mix of RA indoor units and VRV indoor units is not allowed.
4
Only in heat pump operation
  
Auto cleaning
filter option


 

 
    
 

 
       


  


111
Indoor units
We care
Benefits overview
Home leave operation
During absence, indoor comfort levels can be maintained
Fan only
The air conditioner can be used as fan, blowing air without cooling or heating
Auto cleaning filter
Floor and presence sensor
Auto cooling-heating changeover
Automatically selects cooling or heating mode to achieve the set temperature
Air treatment
Whisper quiet
When starting to warm up or when the thermostat is off, the air discharge direction is set horizontally and the fan to
low speed, to prevent draught. After warming up, air discharge and fan speed are set as desired
Daikin indoor units are whisper quiet. Also the outdoor units are guaranteed not to disturb the quiet of the
neightbourhood
Air filter
Removes airborne dust particles to ensure a steady supply of clean air
Humidity
control
Comfort
Draught prevention
The filter automatically cleans itself. Simplicity of upkeep means optimum energy efficiency and maximum comfort
without the need for expensive or time-consuming maintenance
The presence sensor directs the air away from any person detected in the room. The floor sensor detects the average
floor temperature and ensures an even temperature distribution between ceiling and floor
Dry programme
Allows humidity levels to be reduced without variations in room temperature
Other funtcions
Remote control & timer
Air flow
Ceiling soiling prevention
112
Vertical auto swing
The air discharge of the indoor unit is specially designed to prevent air being blown against the ceiling to prevent
ceiling stains
Possibility to select automatic vertical moving of the air discharge louvre, for uniform air flow and temperature
distribution
Fan speed steps
Multiple fan speeds to select,to optimize comfort levels
Individual flap control
Individual flap control via the wired remote controller makes it simple to fix the position of each flap individually,
to suit any new room configuration. Optional closure kits are available as well
Weekly timer
Timer can be set to start and stop operation anytime on a daily or weekly basis
Infrared remote control
Infrared remote control with LCD to remotely control your indoor unit
Wired remote control
Wired remote control to remotely control your indoor unit
Centralised control
Centralised control to to control several indoor units from one single point
Multi zoning
Allows up to 6 individual climate zones with one indoor unit
Auto-restart
The unit restarts automatically at the original settings after power failure
Self-diagnosis
Simplifies maintenance by indicating system faults or operating anomalies
Drain pump kit
Facilitates condensation draining from the indoor unit
Multi tenant
The indoor unit’s main power supply can be turned off when leaving the building or for servicing purposes
Ceiling mounted cassette units
Wall
mounted
unit
Concealed ceiling units
Ceiling suspended units
Floor standing units
FXFQ-B
FXZQ-A
FXCQ-A
FXKQ-MA
FXDQ-A3
FXSQ-A
FXMQ-P7
FXMQ-MB
FXAQ-A
FXHQ-A
FXUQ-A
FXNQ-A
FXLQ-P



































G1*
(G3* in case
of auto cleaning panel)
G1*














G1*










3 + auto
3 + auto
3 + auto
2






























































Standard
Standard
Standard
Standard
Standard
Standard
Standard
Optional


( )

( )




( )










G1*

G1*
F8* (optional)

G1*
G1*
G1*
G1*








3
2




















Optional
Optional
Standard

( )

( )



3
3 + auto
3
2
2

3
3 + auto


* Filter grade category are an indication, filters are not certified.
113
FXFQ-B
Round flow cassette
360° air discharge for optimum efficiency and comfort
ʯ Automatic filter cleaning results in higher efficiency & comfort and
lower maintenance costs.
ʯ Two optional intelligent sensors improve energy efficiency and
comfort
ʯ Widest choice ever in decoration panels: Designer, standard and
autocleaning panels in white (RAL9010) and black (RAL9005)
ʯ Bigger flaps and unique swing pattern improve equal air
distribution
ʯ Individual flap control: flexibility to suit every room layout without
changing the location of the unit!
ʯ Lowest installation height in the market: 214mm for class 20-63
ʯ Optional fresh air intake
ʯ Branch duct discharge allows to optimize air distribution in
irregular shaped rooms or to supply air to small adjacent rooms
FXFQ-B
BRC1H519W7
BRC7FB532F
Main unit
Branch discharge
Main discharge
ʯ Standard drain pump with 675mm lift increases flexibility and
installation speed
White panel
White auto cleaning panel
Black panel
Black design panel
675 mm
Access all technical information on FXFQ-B
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Model
Nom.
Nom.
Nom.
Nom.
HeightxWidthxDepth
Dimensions
Weight
Air flow rate 50Hz
HeightxWidthxDepth
Cooling
Heating
Low/High
Low/High
Air filter
Type
Sound power level
Cooling
High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
114
FXFQ
kW
kW
kW
kW
mm
kg
mm
kg
m³/min
m³/min
dBA
dBA
dBA
mm
mm
Hz/V
A
20B
2.20
2.5
25B
2.80
3.2
32B
3.60
4.0
40B
4.50
5.0
0.04
0.04
19
204x840x840
20
50B
5.60
6.3
0.05
0.05
63B
7.10
8.0
0.06
0.06
80B
100B
9.00
11.20
10.0
12.5
0.09
0.12
0.09
0.11
246x840x840
24
125B
14.00
16.0
0.19
0.18
288x840x840
26
21
Galvanised steel plate
Standard panels: BYCQ140E - white with grey louvers / BYCQ140EW - full white / BYCQ140EB - black
Auto cleaning panels BYCQ140EGF - white / BYCQ140EGFB - black
Designer panels: BYCQ140EP - white / BYCQ140EPB - black
Standard panels: 50x950x950 / Auto cleaning panels: 130x950x950 / Designer panels: 50x950x950
Standard panels: 5.4 / Auto cleaning panels: 10.3 / Designer panels: 5.4
8.8/12.5
9.5/13.6
10.5/15.0
10.5/16.5
12.4/22.8
12.4/26.5
19.9/33.0
8.8/12.5
9.5/13.6
10.5/15.0
10.5/16.5
12.4/22.8
12.4/26.5
19.9/33.0
Resin net
49
51
53
55
60
61
30.0/33.0/35.0 30.0/34.0/38.0 30.0/37.0/43.0 36.0/41.0/45.0
28.0/29.0/31.0
29.0/31.0/33.0
30.0/33.0/35.0 30.0/34.0/38.0 30.0/37.0/43.0 36.0/41.0/45.0
28.0/29.0/31.0
29.0/31.0/33.0
R-410A/2,087.5
6.35
9.52
12.70
15.90
VP25 (O.D. 32 / I.D. 25)
1~/50/60/220-240/220
16
BRC7FA532F / BRC7FA532FB / BRC7FB532F / BRC7FB532FB
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
FXZQ-A
Fully flat cassette
Unique design in the market that integrates fully flat into
the ceiling
ʯ Fully flat integration in standard architectural ceiling tiles, leaving
only 8mm
ʯ Remarkable blend of iconic design and engineering excellence
with an elegant finish in white or a combination of silver and
white
ʯ Two optional intelligent sensors improve energy efficiency and
comfort
ʯ 15 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Individual flap control: flexibility to suit every room layout without
changing the location of the unit!
FXZQ-A
BRC1H519W7, BRC7F530W-S
ʯ Optional fresh air intake
ʯ Standard drain pump with 630mm lift increases flexibility and
installation speed
500 mm
Access all technical information on FXZQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Decoration panel 2
Decoration panel 3
Decoration panel 4
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Model
Colour
Dimensions
Weight
Air flow rate 50Hz
Nom.
Nom.
Nom.
Nom.
HeightxWidthxDepth
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
HeightxWidthxDepth
mm
kg
m³/min
m³/min
Cooling
Heating
Low/High
Low/High
Air filter
Type
Sound power level
Cooling
High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
Dimensions do not include control box
FXZQ
kW
kW
kW
kW
mm
kg
dBA
dBA
dBA
mm
mm
Hz/V
A
15A
1.70
1.90
20A
2.20
2.50
0.043
0.036
25A
2.80
3.20
32A
3.60
4.00
0.045
0.038
40A
4.50
5.00
0.059
0.053
50A
5.60
6.30
0.092
0.086
260x575x575
15.5
16.5
18.5
Galvanised steel plate
BYFQ60C2W1W
White (N9.5)
46x620x620
2.8
BYFQ60C2W1S
SILVER
46x620x620
2.8
BYFQ60B2W1
White (RAL9010)
55x700x700
2.7
BYFQ60B3W1
WHITE (RAL9010)
55x700x700
2.7
6.5/8.5
6.5/8.7
6.5/9.0
7.0/10.0
8.0/11.5
10.0/14.5
6.5/8.5
6.5/8.7
6.5/9.0
7.0/10.0
8.0/11.5
10.0/14.5
Resin net
49
50
51
54
60
25.5/28.0/31.5
25.5/29.5/32.0
25.5/30.0/33.0
26.0/30.0/33.5
28.0/32.0/37.0
33.0/40.0/43.0
25.5/28.0/31.5
25.5/29.5/32.0
25.5/30.0/33.0
26.0/30.0/33.5
28.0/32.0/37.0
33.0/40.0/43.0
R-410A/2,087.5
6.35
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
16
BRC7EB530W (standard panel) / BRC7F530W (white panel) / BRC7F530S (grey panel)
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
115
FXCQ-A
2-way blow ceiling mounted
cassette
Thin, lightweight design installs easily in narrow corridors
ʯ Depth of all units is 620mm, ideal for narrow spaces
ʯ Individual flap control: flexibility to suit every room layout without
changing the location of the unit!
FXCQ20-40A
ʯ Stylish unit blends easily with any interior. The flaps close entirely
when the unit is not operating and there are no air intake grilles
visible
ʯ Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation device is required
BRC1H519W7, BRC7F5C52
Fresh air intake opening in casing
ʯ Branch duct discharge allows to optimize air distribution in
irregular shaped rooms or to supply air to small adjacent rooms
* Brings in up to 10% of fresh air into the room
ʯ Optimum comfort guaranteed with automatic air flow adjustment
to the required load
ʯ Maintenance operations can be performed by removing the front
panel
Branch discharge
Main unit
Main discharge
ʯ Standard drain pump with 580mm lift increases flexibility and
installation speed
580 mm
Access all technical information on FXCQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Nom.
Total capacity
Nom.
Cooling
Nom.
Heating
Nom.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Decoration panel
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Air flow rate - 50Hz Cooling Low/High
Fan
Air filter
Type
Sound power level
Cooling
Nom./High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
116
FXCQ
kW
kW
kW
kW
mm
kg
mm
kg
m³/min
20A
2.2
2.5
0.031
0.028
7.5/10.5
dBA
46/48
dBA 28.0/30.0/32.0
dBA 28.0/30.0/32.0
mm
mm
Hz/V
A
25A
2.8
3.2
32A
3.6
4.0
40A
4.5
5.0
0.041
0.037
50A
63A
5.6
7.1
6.3
8.0
0.039
0.059
0.063
0.035
0.056
0.060
305x775x620
305x990x620
19
22
25
Galvanised steel plate
BYBCQ40HW1
BYBCQ63HW1
Fresh white (6.5Y 9.5/0.5)
55x1,070x700
55x1,285x700
10
11
8/11.5
8.5/12
10.5/15
11.5/16
Resin net with mold resistance
47/50
48/50
49/52
51/53
53/55
29.0/31.0/34.0 30.0/32.0/34.0 31.0/33.0/36.0 31.0/35.0/37.0 32.0/37.0/39.0
29.0/31.0/34.0 30.0/32.0/34.0 31.0/33.0/36.0 31.0/35.0/37.0 32.0/37.0/39.0
R-410A/2,087.5
6.35
12.7
VP25 (O.D. 32 / I.D. 25)
1~/50/220-240
16
BRC7C52
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
80A
125A
9.0
14.0
10.0
16.0
0.090
0.149
0.086
0.146
305x1,445x620
33
38
BYBCQ125HW1
55x1,740x700
13
18.5/26
22.5/32
54/58
33.0/38.0/42.0
33.0/38.0/42.0
9.52
15.9
58/62
38.0/42.0/46.0
38.0/42.0/46.0
FXKQ-MA
Ceiling mounted corner cassette
1-way blow unit for corner installation
ʯ Compact dimensions, can easily be mounted in a narrow ceiling
void (only 220mm ceiling space required, 195 with panel spacer,
available as accessory)
ʯ Optimum air flow conditions are created by either downward
air discharge or frontal air discharge (via optional grille) or a
combination of both
FXKQ-MA
Downward discharge
Frontal discharge
BRC1H519W7, BRC4C61
Closed decoration panel
Combination
ʯ Maintenance operations can be performed by removing the front
panel
ʯ Standard drain pump with 330mm lift increases flexibility and
installation speed
330 mm
Access all technical information on FXKQ-MA
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Fan
Air filter
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
Total capacity
Nom.
Total capacity
Nom.
Cooling
Nom.
Heating
Nom.
Unit
HeightxWidthxDepth
Unit
Material
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Air flow rate - 50Hz Cooling Low/High
Type
Cooling
High
Cooling
Low/High
Type/GWP
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Wired remote control
FXKQ
kW
kW
kW
kW
mm
kg
mm
kg
m³/min
dBA
dBA
mm
mm
Hz/V
A
25MA
2.8
3.2
32MA
3.6
4.0
0.066
0.046
40MA
4.5
5.0
0.076
0.056
215x1,110x710
31
Galvanised steel plate
BYK45FJW1
White
70x1,240x800
8.5
9/11
10/13
Resin net with mold resistance
54
56
33.0/38.0
34.0/40.0
R-410A/2,087.5
6.35
12.7
VP25 (O.D. 32 / I.D. 25)
1~/50/60/220-240/220
15
BRC4C61
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
63MA
7.10
8.00
0.105
0.085
215x1,310x710
34
BYK71FJW1
70x1,440x800
9.5
15/18
58
37.0/42.0
9.52
15.9
117
Multi zoning kit
The multi-zoning system is a room-by-room controller. It is fitted with motorised dampers, which immediately
adapt using Daikin ducted solutions. This system supports control of up to 8 zones via a centralised thermostat
located in the main room and individual thermostats for each of the zones.
Benefits
How does it work?
Increased comfort
20°C
› Increases comfort levels by allowing more individual
zone control
- Up to 8 individual zones can be served thanks to separate
modulating dampers
- Individual thermostat for room-by-room or zone-by-zone
control
19°C
Zoning box:
fully pre-assembled
plenum with
dampers
21°C
Easy to install
› Automatic air flow adjustment according to the demand
› Easy to install, integrates with the Daikin indoor units and system
controls
› Time saving as plenum comes fully pre-assembled with dampers,
and control boards
› Reduces the amount of refrigerant required in the installation
Plug and play plenum
Individual zone thermostats
Blueface - Airzone
Main Thermostat
› Color graphic interface
for controlling zones
› Wired communication
Concealed ceiling unit
Motorized dampers
Airzone Zone
Thermostat
› Graphic interface with
low-energy e-ink screen
for controlling zones
› Radio communication
Airzone Zone
Thermostat
› Thermostat with buttons
for controlling the
temperature
› Radio communication
Electronic control panel
AZCE6BLUEFACECB
AZCE6THINKRB
AZCE6LITERB
Compatibility
FDXM-F9
Number of
motorised dampers
2
3
4
Standard Ceiling
Void
5
6
7
8
Compact Ceiling
Void
118
2
Reference
AZEZ6DAIST07XS2
AZEZ6DAIST07S2
AZEZ6DAIST07XS3
AZEZ6DAIST07S3
AZEZ6DAIST07S4
AZEZ6DAIST07M4
AZEZ6DAIST07M5
AZEZ6DAIST07L5
AZEZ6DAIST07M6
AZEZ6DAIST07L6
AZEZ6DAIST07L7
AZEZ6DAIST07XL7
AZEZ6DAIST07L8
AZEZ6DAIST07XL8
AZEZ6DAISL01S2
Dimensions
H x W x D (mm)
FBA-A(9)
300 x 930 x 454
• •
• •
300 x 930 x 454
• • • •
• •
• •
300 x 1,638 x 454
• •
300 x 1,140 x 454
• • •
515 x 1,425 x 454
• • •
• • •
515 x 1,425 x 454
• • •
3
AZEZ6DAISL01S3
210 x 720 x 444
AZEZ6DAISL01M4
210 x 930 x 444
5
AZEZ6DAISL01L5
210 x 1,140 x 444
FXSQ-A
• • • •
300 x 1,425 x 454
4
FXDQ-A3
• •
300 x 930 x 454
210 x 720 x 444
ADEA-A
25 35 50 60 35 50 60 71 100 125 140 71 100 125 15 20 25 32 40 50 63 15 20 25 32 40 50 63 71 80 100 125 140
• •
• •
•
•
•
• •
• •
• •
• •
• •
• •
•
•
•
•
•
•
• •
• •
• •
• •
• • • •
• • • •
• •
• •
• •
•
•
•
FXDQ-A3
rear
suction
Slim concealed ceiling unit
Slim design for flexible installation
ʯ Compact dimensions, can easily be mounted in a ceiling void of
only 240mm
outblow
SERIE A (15, 20, 25, 32)
bottom
suction
200 mm
FXDQ15-32A3
700 mm
50 mm
ʯ Medium external static pressure up to 44Pa facilitates unit use
with flexible ducts of varying lengths
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ 15 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Auto cleaning filter option ensures maximum efficiency, comfort
and reliability by regular filter cleaning
ʯ Multi zoning kit allows multiple individually-controlled climate
zones to be served by one indoor unit
ʯ Flexible installation, as the air suction direction can be altered
from rear to bottom suction
BRC1H519W7, BRC4C65
ʯ Standard drain pump with 750mm lift increases flexibility and
installation speed
750 mm
Access all technical information on FXDQ-A3
at my.daikin.eu or click here
Access all technical information on BAE20A
at my.daikin.eu or click here
Auto cleaning filter option
More information on multi zoning kit in the
controls chapter
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Total capacity
Cooling
Heating
Nom.
Nom.
Nom.
Nom.
Required ceiling void >
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Air flow rate - 50Hz Cooling Low/High
Fan
External static
Nom./High
pressure - 50Hz
Air filter
Type
Sound power level
Cooling
High
Sound pressure level
Cooling
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
FXDQ
kW
kW
kW
kW
mm
mm
kg
15A3
1.70
1.90
m³/min
Pa
6.4/7.5
20A3
2.20
2.50
25A3
2.80
3.20
32A3
3.60
4.00
0.071
0.068
40A3
4.50
5.00
0.078
0.075
50A3
5.60
6.30
0.099
0.096
63A3
7.10
8.00
0.110
0.107
240
200x750x620
22.0
200x950x620
26.0
200x1,150x620
29.0
Galvanised steel
dBA
50
dBA 27.0/31.0/32.0
mm
mm
Hz/V
A
6.4/8.0
8.5/10.5
10/30.0
Removable / washable
51
52
27.0/31.0/33.0
28.0/32.0/34.0
R-410A/2,087.5
6.35
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
16
BRC4C65 / BRC4C66
BRC1H519W7/S7/K7 / BRC1E53A/B/C/ BRC1D52
10.0/12.5
15/44.0
13.0/16.5
53
29.0/33.0/35.0
54
30.0/34.0/36.0
9.52
15.9
119
FXSQ-A
Concealed ceiling unit with
medium ESP
Slimmest yet most powerful medium static pressure unit
on the market
outblow
ʯ Slimmest unit in class, only 245mm (300mm built-in height) and
therefore narrow ceiling voids are no longer a challenge
rear
suction
bottom
suction
245 mm
FXSQ-A
ʯ Quiet operation: down to 25dBA sound pressure level
ʯ Medium external static pressure up to 150Pa facilitates using
flexible ducts of varying lengths
ʯ Possibility to change ESP via wired remote control allows
optimisation of the supply air volume
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ 15 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
ʯ Multi zoning kit allows multiple individually-controlled climate
zones to be served by one indoor unit
ʯ Optional fresh air intake
ʯ Flexible installation: air suction direction can be altered from rear
to bottom suction and choice between free use or connection to
optional suction grilles
//////////////////////////////////////////
For free use into a false
ceiling
//////////////////////////////////////////
For connecting onto a
suction canvas
(not supplied by Daikin)
BRC1H519W7, BRC4C65
ʯ Standard built-in drain pump with 625mm lift increases flexibility
and installation speed
625 mm
//////////////////////////////////////////
For direct connection to
Daikin panel
(via EKBYBSD kit)
External static pressure (Pa)
Automatic Airflow Adjustment function
Automatically selects the most appropriate fan curve to achieve the units’ nominal air flow within ±10%
Fan characteristic
curves
Air flow (rated)
Air flow (actual)
Why?
After installation the real ducting will frequently differ from the initially calculated air flow resistance  the real air flow may be much lower or higher than
nominal , leading to a lack of capacity or uncomfortable air temperature
Automatic Airflow Adjustment function will adapt the unit’s fan speed to any ducting automatically (10 or more fan curves are a­ vailable on every model),
making installation much faster
Access all technical information on FXSQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Nom.
Total capacity
Nom.
Cooling
Nom.
Heating
Nom.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Fan
Air flow rate Cooling Low/High
50Hz
Heating Low/High
External static
Nom./High
pressure - 50Hz
Air filter
Type
Sound power level
Cooling
High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
120
Air flow (with automatic
adjustment)
Duct resistance
curves
±
Air flow (m3/min)
More information on multi zoning kit in the
controls chapter
FXSQ
kW
kW
kW
kW
mm
kg
m³/min
m³/min
Pa
15A
1.70
1.90
6.5/8.7
6.5/8.7
dBA
dBA 25.0/28.0/29.5
dBA 26.0/29.0/31.5
mm
mm
Hz/V
A
20A
25A
2.20
2.80
2.50
3.20
0.090
0.086
245x550x800
23.5
32A
3.60
4.00
0.096
0.092
6.5/9.0
6.5/9.0
7.0/9.5
7.0/9.5
30/150
54
25.0/28.0/30.0
26.0/29.0/32.0
24.0
40A
50A
63A
80A
100A
125A
140A
4.50
5.60
7.10
9.00
11.20
14.00
16.00
5.00
6.30
8.00
10.0
12.5
16.0
18.0
0.151
0.154
0.188
0.213
0.290
0.331
0.386
0.147
0.150
0.183
0.209
0.285
0.326
0.382
245x1,550x800
245x700x800
245x1,000x800
245x1,400x800
28.5
29.0
35.5
36.5
46.0
47.0
51.0
Galvanised steel plate
28.0/39.0
11.0/15.0 11.0/15.2 15.0/21.0 16.0/23.0 23.0/32.0 26.0/36.0
11.0/15.0 11.0/15.2 15.0/21.0 16.0/23.0 23.0/32.0 26.0/36.0
28.0/39.0
40/150
50/150
Resin net
60
59
61
64
29.0/32.0/35.0
27.0/30.0/33.0 29.0/32.0/35.0 31.0/34.0/36.0 33.0/36.0/39.0 34.0/38.0/41.5
29.0/34.0/37.0
28.0/32.0/35.0 30.0/34.0/37.0 31.0/34.0/37.0 33.0/37.0/40.0 34.0/38.5/42.0
R-410A/2,087.5
6.35
9.52
12.7
15.9
VP20 (I.D. 20/O.D. 26), drain height 625 mm
1~/50/60/220-240/220
16
BRC4C65
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
55
26.0/29.0/31.0
27.0/30.0/33.0
FXMQ-P7 / FXMQ-MB
Concealed ceiling unit with
high ESP
Ideal for large sized spaces
FXMQ-P7: ESP up to 200 Pa
outblow
ʯ Possibility to change ESP via wired remote control allows
optimisation of the supply air volume
ʯ High external static pressure up to 200Pa facilitates extensive duct
and grille network
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation device is required
rear
suction
FXMQ50-80P7
bottom
suction
Fresh air intake opening in casing
Fresh air intake position
BRC1H519W7, BRC4C65
ʯ Standard built-in drain pump with 625mm lift increases flexibility
and installation speed
625 mm
* Brings in up to 10% of fresh air into the room
ʯ Flexible installation, as the air suction direction can be altered
from rear to bottom suction
FXMQ-MB: ESP up to 270 Pa
ʯ High external static pressure up to 270Pa facilitates extensive duct
and grille network
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ Large capacity unit: up to 31.5 kW heating capacity
External static pressure (Pa)
Automatic Airflow Adjustment function
Automatically selects the most appropriate fan curve to achieve the units’ nominal air flow within ±10%
Fan characteristic
curves
Air flow (rated)
Why?
Air flow (actual)
After installation the real ducting will frequently differ from the initially calculated air flow resistance  the real air flow may be much lower or higher than
nominal , leading to a lack of capacity or uncomfortable air temperature
Automatic Airflow Adjustment function will adapt the unit’s fan speed to any ducting automatically (10 or more fan curves are a­ vailable on every model),
making installation much faster
Air flow (with automatic
adjustment)
Duct resistance
curves
±
Access all technical information on FXMQ-P7
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Total capacity
Nom.
Nom.
Heating capacity
Total capacity
Nom.
Nom.
Power input - 50Hz Cooling
Nom.
Heating
Nom.
Required ceiling void >
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Decoration panel
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Fan
Air flow rate Cooling Low/High
50Hz
Heating Low/High
External static Nom./High
pressure - 50Hz
Air filter
Type
Sound power level Cooling
Nom./High
Sound pressure level Cooling
Low/High
Heating
Low/High
Refrigerant
Type/GWP
Piping connections Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
FXMQ
kW
kW
kW
kW
kW
kW
mm
mm
kg
mm
kg
m³/min
m³/min
Pa
Access all technical information on FXMQ-MB
at my.daikin.eu or click here
50P7
5.6
63P7
7.1
80P7
9.0
6.3
8.0
10.0
0.110
0.098
0.120
0.108
0.171
0.159
350
100P7
11.2
12.5
0.176
0.164
125P7
14.0
200MB
22.4
250MB
28.0
16.0
25.0
31.5
0.241
0.229
0.895
0.895
1.185
1.185
300x1,000x700
35
15.0/18.0
15.0/18.0
dBA
dBA
dBA
-/61
37/41
37/41
mm
mm
6.35
12.7
300x1,400x700
46
Galvanised steel plate
BYBS71DJW1
BYBS125DJW1
White (10Y9/0.5)
55x1,100x500
55x1,500x500
4.5
6.5
16.0/19.5
20.0/25.0
23.0/32.0
28.0/39.0
16.0/19.5
20.0/25.0
23.0/32.0
28.0/39.0
100/200
-/64
38/42
38/42
Resin net
-/67
-/65
-/70
40/44
40/44
39/43
39/43
R-410A/-
Hz/V
A
Air flow (m3/min)
470x1,380x1,100
132
-x-x50/58
62/72
-/-
160/270
170/270
75/76
45/48
-/R-410A/2,087.5
9.52
15.9
VP25 (I.D. 25/O.D. 32)
1~/50/60/220-240/220
19.1
22.2
PS1B
1~/50/220-240
16
BRC4C65
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
121
122
FXAQ-A
Wall mounted unit
For rooms with no false ceilings nor free floor space
ʯ Flat, stylish front panel blends easily within any interior décor and
is easier to clean
ʯ Can easily be installed in both new and refurbishment projects
ʯ The air is comfortably spread up- and downwards thanks to
5 different discharge angles that can be programmed via the
remote control
ʯ Maintenance operations can be performed easily from the front of
the unit
FXAQ-A
BRC1H519W7, BRC7EA628
Access all technical information on FXAQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Total capacity
Nom.
Total capacity
Nom.
Cooling
Nom.
Heating
Nom.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate Cooling Low/High
50Hz
Air filter
Type
Sound power level
Cooling
High
Sound pressure level Cooling
Low/High
Heating
Low/High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
FXAQ
kW
15A
1.7
kW
kW
kW
mm
kg
m³/min
1.9
dBA
dBA
dBA
mm
mm
Hz/V
A
20A
2.2
25A
2.8
2.5
3.2
0.02
7.0/8.4
51.0
28.5/32.0
28.5/33.0
32A
3.6
40A
4.5
50A
5.6
63A
7.1
4.0
0.04
5.0
0.02
0.02
8.0
0.05
0.06
7.0/9.8
9.7/12.2
6.3
0.03
0.04
290x1,050x269
15
11.5/14.4
13.5/18.3
58.0
35.5/41.0
35.5/42.0
63.0
38.5/46.5
38.5/47.0
0.03
0.03
290x795x266
12
7.0/9.1
7.0/9.4
52.0
28.5/33.0
28.5/34.0
Washable resin net
55.0
28.5/37.5
33.5/37.0
28.5/38.5
33.5/38.0
R-410A/2,087.5
6.35
12.7
VP13 (I.D. 15/O.D. 18)
1~/50/220-240
16
BRC7EA628 / BRC7EA629
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
53.0
28.5/35.0
28.5/36.0
9.52
15.9
123
FXHQ-A
Ceiling suspended unit
For wide rooms with no false ceilings nor free floor space
ʯ Ideal for comfortable air flow in wide rooms thanks to Coanda
effect: up to 100° discharge angle
FXHQ63A
ʯ Even rooms with ceilings up to 3.8m can be heated up or cooled
down very easily without capacity loss
ʯ Can easily be installed in both new and refurbishment projects
ʯ Can easily be mounted in corners and narrow spaces, as it only
needs 30mm lateral service space
Air outlet
Air inlet
30 or more
(Service space)
////////////////////////////
Obstruction
////////////////////////////////////
////////////////////////////////////////////
//////////////////////
//////////////////////
30 or more
(Service
space)
BRC1H519W7, BRC7G53
≥300
ʯ Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation device is required
Fresh air intake opening in casing
* Brings in up to 10% of fresh air into the room
ʯ Reduced energy consumption thanks to specially developed DC
fan motor and drain pump
ʯ Stylish unit blends easily with any interior. The flaps close entirely
when the unit is not operating and there are no air intake grilles
visible
Access all technical information on FXHQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Air flow rate 50Hz
Nom.
Nom.
Nom.
Nom.
HeightxWidthxDepth
Cooling
Heating
Low/High
Low/High
Air filter
Type
Sound power level
Cooling
Nom./High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
124
FXHQ
kW
kW
kW
kW
mm
kg
32A
3.6
4.0
0.107
0.107
235x960x690
24
m³/min
m³/min
10.0/14.0
10.0/14.0
dBA
dBA
dBA
52/54
31.0/34.0/36.0
31.0/34.0/36.0
mm
mm
6.35
12.7
Hz/V
A
63A
7.1
8.0
0.111
0.111
235x1,270x690
33
Resin
14.0/20.0
14.0/20.0
Resin net with mold resistance
53/55
34.0/35.0/37.0
34.0/35.0/37.0
R-410A/2,087.5
100A
11.2
12.5
0.237
0.237
235x1,590x690
39
19.0/29.5
19.0/29.5
55/62
34.0/37.0/44.0
34.0/37.0/44.0
9.52
15.9
VP20 (I.D. 20/O.D. 26)
1~/50/220-240
16
BRC7GA53-9
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
FXUQ-A
4-way blow ceiling suspended
unit
Unique Daikin unit for high rooms with no false ceilings
nor free floor space
ʯ Even rooms with ceilings up to 3.5m can be heated up or cooled
down very easily without capacity loss
ʯ Can easily be installed in both new and refurbishment projects
ʯ Individual flap control: flexibility to suit every room layout without
changing the location of the unit!
FXUQ-A
UNIQUE
BRC1H519W7, BRC7C58
ʯ Stylish unit blends easily with any interior. The flaps close entirely
when the unit is not operating and there are no air intake grilles
visible
ʯ Optimum comfort guaranteed with automatic air flow adjustment
to the required load
ʯ 5 different discharge angles between 0 and 60°can be
programmed via the remote control
ʯ Standard drain pump with 500mm lift increases flexibility and
installation speed
VP20
≤500
//////////////////////////////////////////////
Access all technical information on FXUQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Air flow rate 50Hz
Nom.
Nom.
Nom.
Nom.
HeightxWidthxDepth
FXUQ
kW
kW
kW
kW
mm
kg
71A
8.0
9.0
0.090
0.073
100A
11.2
12.5
0.200
0.179
198x950x950
26
27
Resin
Cooling
Heating
Low/High
Low/High
Air filter
Type
Sound power level
Cooling
Nom./High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
m³/min
m³/min
16.0/22.5
16.0/22.5
21.0/31.0
21.0/31.0
Resin net with mold resistance
dBA
dBA
dBA
mm
mm
Hz/V
A
56/58
36.0/38.0/40.0
36.0/38.0/40.0
62/65
40.0/44.0/47.0
40.0/44.0/47.0
R-410A/2,087.5
9.52
15.9
I.D. 20/O.D. 26
1~/50/60/220-240/220-230
16
BRC7C58
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
125
FXNQ-A
Concealed floor standing unit
Designed to be concealed in walls
ʯ Discretely concealed in the wall: only the suction and discharge
grilles are visible
ʯ Requires very little installation space as the depth is only 200mm
FXNQ-A
BRC1H519W7, BRC4C65
ʯ Its low height (620 mm) enables the unit to fit perfectly
beneath a window
ʯ High ESP allows flexible installation
Access all technical information on FXNQ-A
at my.daikin.eu or click here
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan
Total capacity
Total capacity
Cooling
Heating
Unit
Unit
Material
Air flow rate 50Hz
Nom.
Nom.
Nom.
Nom.
HeightxWidthxDepth
Cooling Low/High
Heating Low/High
Nom./High
External static
pressure - 50Hz
Air filter
Type
Sound power level
Cooling
High
Sound pressure level Cooling
Low/Nom./High
Heating
Low/Nom./High
Refrigerant
Type/GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
126
FXNQ
20A
25A
32A
kW
kW
kW
kW
mm
kg
2.20
2.50
2.80
3.20
0.071
0.068
620 / 720x790x200
23.5
3.60
4.00
m³/min
m³/min
Pa
6.4/8.0
6.4/8.0
10/41.0
40A
50A
4.50
5.60
5.00
6.30
0.078
0.099
0.075
0.096
620 / 720x990x200
27.5
Galvanised steel plate
8.5/10.5
10.0/12.5
8.5/10.5
10.0/12.5
10/42.0
15/52.0
15/59.0
63A
7.10
8.00
0.110
0.107
620 / 720x1,190x200
32.0
13.0/16.5
13.0/16.5
15/55.0
Resin net
dBA
dBA
dBA
mm
mm
Hz/V
A
51
27.0/28.5/30.0
27.0/28.5/30.0
52
28.0/30.0/32.0
28.0/30.0/32.0
R-410A/2,087.5
53
29.0/31.0/33.0
29.0/31.0/33.0
6.35
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
16
BRC4C65
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
54
32.0/33.0/35.0
32.0/33.0/35.0
9.52
15.9
FXLQ-P
Floor standing unit
For perimeter zone air conditioning
ʯ Unit can be installed as free standing model by use of optional
back plate
ʯ Its low height enables the unit to fit perfectly beneath a window
ʯ Stylish modern casing finished in pure white (RAL9010) and iron
grey (RAL7011) blends easily with any interior
ʯ Requires very little installation space
FXLQ20,25P
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
//////////////////
////////////////////////////////
BRC1H519W7, BRC4C65
////////////////////////////////
Floor standing
Wall mounted
ʯ Wall mounted installation facilitates cleaning beneath the unit
where dust tends to accumulate
ʯ Wired remote control can easily be integrated in the unit
Access all technical information on FXLQ-P
at my.daikin.eu or click here
Indoor unit
FXLQ
20P
25P
32P
40P
50P
63P
Cooling capacity
Total capacity
Nom.
kW
2.2
2.8
3.6
4.5
5.6
7.1
Heating capacity
Total capacity
Nom.
kW
2.5
3.2
4.0
5.0
6.3
Power input - 50Hz
Cooling
Nom.
kW
Heating
Nom.
Unit
HeightxWidthxDepth
Dimensions
0.05
8.0
0.09
0.11
kW
0.05
0.09
0.11
mm
600x1,000x232
600x1,140x232
600x1,420x232
Weight
Unit
Fan
Cooling
Air filter
Air flow rate
- 50Hz
Type
kg
Sound power level
Cooling
High
dBA
54
57
58
59
Sound pressure level Cooling
Low/High
dBA
32/35
33/38
34/39
35/40
Heating
Low/High
dBA
32/35
33/38
34/39
35/40
Low/High
m³/min
27
32
6.0/7
6.0/8
38
8.5/11
11.0/14
12.0/16
Resin net
Refrigerant
Type/GWP
R-410A/2,087.5
Piping connections
Liquid
OD
mm
6.35
9.52
Gas
OD
mm
12.7
15.9
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Wired remote control
O.D. 21 (Vinyl chloride)
Hz/V
A
1~/50/60/220-240/220
15
BRC4C65
BRC1H519W7/S7/K7 / BRC1E53A/B/C / BRC1D52
127
VRV heatpump combined with
stylish indoor units
Combine VRV indoor units with stylish indoor units
on a VRV IV heat pump
FXSQ-A
VRV indoor unit
FXFQ-B
VRV indoor unit
FVXG-K
Nexura
BPMKS967A2
FTXJ-MW/MS
Daikin Emura
VRV IV heat pump
RYYQ-U
RXYQ-U
RXYLQ-T
RWEYQ-T9
Connect only stylish indoor units
to VRV IV S-series or VRV IV W-series outdoor units
FCAG-B
BPMKS967A2
FTXJ-MW/MS - Daikin
Emura
FBA-A
›
RXYSCQ-TV1
RXYSQ-TV9/TY9
RXYSQ-T8Y/TY1
BPMKS967A2
FVXG-K - Nexura
* Special order unit, contact your local sales representative for more information
BPMKS967A
Branch provider
To connect Split and Sky Air indoor units
to VRV outdoor units
Branch provider
BPMKS967A2
Connectable indoor units
Max. indoor unit connectable capacity
Max. connectable combination
Dimensions
Height x Width x Depth
Weight
128
BPMKS967A2
mm
kg
BPMKS967A2
1~2
1~3
14.2
71+71
20.8
60+71+71
180x294x350
7
8
Indoor units
Products overview Stylish indoor units
Depending on the application, Split and Sky Air
indoor units can be connected to our VRV IV
and VRV IV S-series outdoor units. Refer to the
outdoor unit portfolio for combination restrictions.
Concealed
ceiling
Wall
mounted
Ceiling
suspended
Floor
standing
20
25
35
42
50
60
71
FCAG-B

 

Fully flat
cassette
FFA-A9
 
 

Slim concealed ceiling unit
FDXM-F9
 
 

Concealed ceiling unit
with inverter-driven fan
FBA-A(9)

Daikin Emura
Wall mounted unit
FTXJ-MW/MS
  
Stylish
Wall mounted unit
FTXA-AW/
BS/BB/BT
Perfera
Wall mounted unit
CTXM-N
FTXM-N
Ceiling suspended unit
FHA-A(9)
Nexura floor standing unit
FVXG-K
 

 

 
Floor standing unit
FVXM-F
 

 

 
Concealed floor standing unit
FNA-A9
 
 
(incl. auto-cleaning
function1)
Ceiling
mounted
cassette
15
RXYLQ-T
Product name
RWEYQ-T94
Model
Round flow cassette
RXYSCQ-TV13
RXYSQ-TV93
RXYSQ-TY9/TY13
Type
RXYQ-U
Capacity class (kW)
RYYQ-U
Connectable outdoor unit
1
Decoration panel BYCQ140DG9 or BYCQ140DGF9 + BRC1E* or BRC1H* needed
2
To connect stylish indoor units a BPMKS unit is needed
3
A mix of RA indoor units and VRV indoor units is not allowed.
4
Only in heat pump operation
  
Auto cleaning
filter option


 

 
    
 

 
       


  


129
FTXJ-MW/MS
Wall mounted unit
Design at its best, delivering
superior efficiency and comfort
› Remarkable blend of iconic design and engineering excellence
›
›
STANDARD ›
INCLUDED
›
FTXJ-MW
with an elegant finish in silver and anthracite or in matt crystal
white
Daikin Emura has been awarded with Reddot design award 2014
by an international jury, thanks to its excellent design
Designed to perfectly balance technological leadership and the
beauty of aerodynamics
Online controller : control your indoor from any location with
an app, via your local network or internet
Whisper quiet in operation: the operating of the unit can hardly
be heard. The sound pressure level goes down to 19dBA!
FTXJ-MS
ARC499A9
Indoor unit
Dimensions
Weight
Air filter
Fan
FTXJ
Unit
HeightxWidthxDepth
mm
Unit
kg
Type
Silent operation/Low/ m³/min
Air flow rate Cooling
Medium/High
Heating
Silent operation/Low/ m³/min
Medium/High
Sound power level
Cooling
dBA
Heating
dBA
Sound pressure level Cooling
Silent operation/Low/High
dBA
Heating
Silent operation/Low/High
dBA
Control systems
Infrared remote control
Wired remote control
Power supply
Phase/Frequency/Voltage
Hz/V
130
20MW
20MS
25MW
2.6/4.4/6.6 /8.9
3.8/6.3/8.4 /10.2
Standard Included
25MS
35MW
35MS
303x998x212
12.0
Removable / washable
2.9/4.8/7.8 /10.9
50MS
3.6/6.8/8.9 /10.9
3.8/6.3/8.6 /11.0
4.1/6.9/9.6 /12.4
5.0/8.1/10.5 /12.6
19/28/41
59
59
20/26/45
20/29/45
60
60
32/35/46
32/35/47
54
56
19/25/38
19/28/40
50MW
ARC466A9
1~/50/220-240
FTXA-AW/BS/BT/BB + RXA-A/B
Wall mounted unit
Most compact design wall mounted unit
ʯ A compact and functional design suitable for all interiors in a
white, black, silver and blackwood coloured elegant finish
ʯ The Coanda effect optimises the airflow for a comfortable climate.
By using specially designed flaps, a more focused airflow allows a
better temperature distribution throughout the whole room
ʯ The intelligent thermal sensor determines the current room
temperature and distributes air evenly throughout the room
before switching to an airflow pattern that directs warm or cool air
to areas that need it
STANDARD ʯ Online controller: control your indoor from any location with an
INCLUDED app, via your local network or internet
ʯ Powerful air purification increases indoor air quality with Daikin
Flash Streamer technology
ʯ Practically inaudible: the unit runs so quietly, you will almost
forget it is there.
Indoor unit
Dimensions
Weight
Air filter
Fan
FTXA
CTXA15
AW/BS/BT/BB
20AW/BS/BT/BB
Unit
HeightxWidthxDepth
mm
Unit
kg
Type
Air flow rate Cooling Silent operation/Low/ m³/min 4.6 / 6.1 / 8.2 / 11.0
4.6/6.1/8 /11.0
Medium/High
Heating Silent operation/Low/ m³/min
4.5/6.4/8.7 /10.9
Medium/High
Sound power level
Cooling
dBA
57
Sound pressure level Cooling
Silent operation/Low/High
dBA
19/25/39
Heating
Silent operation/Low/High
dBA
19/25/39
Control systems
Infrared remote control
Wired remote control
Power supply
Phase/Frequency/Voltage
Hz/V
FTXA-AW
FTXA-BS
FTXA-BT
FTXA-BB
ARC466A58
25AW/BS/BT/BB
35AW/BS/BT/BB
295x798x189
12
Removable / washable
4.6/6.1/9 /11.5
4.6/6.1/9 /11.9
4.5/6.4/9.0 /11.1
4.5/6.4/9.0 /11.5
19/25/40
19/25/41
19/25/40
19/25/41
ARC466A58
BRC073
1~/50/220-240
integrated in PCB
42AW/BS/BT/BB
50AW/BS/BT/BB
4.6/7.2/10 /13.1
5.2/7.6/10 /13.5
5.2/7.7/10.5 /14.6
5.7/8.2/11.1 /15.1
60
21/29/45
21/29/45
24/31/46
24/31/46 24/33/46
131
FVXG-K
Floor standing unit
with radiant heat panel
Stylish floor standing unit with radiant heat panel for
comfortable heat and very low noise
› The aluminium part of the front panel of the Nexura indoor unit
›
›
›
›
›
›
has the capability of warming up, just like a traditional radiator,
to add even more comfort on cold days
Quiet and discrete, Nexura offers you the best in heating and
cooling, in comfort and design
The indoor unit distributes air at the sound of a whisper. The
noise produced amounts to barely 22dB(A) in cooling and
19dB(A) in radiant heat mode. In comparison, the ambient sound
in a quiet room amounts to 40dB(A) on average.
Comfortable vertical auto swing ensures draught-free operation
and prevents ceiling soiling
Online controller (optional): control your indoor from any location with an app, via your local network or internet
Can be installed against a wall or recessed
Its low height enables the unit to fit perfectly beneath a window
ARC466A2
Indoor unit
Dimensions
Unit
Weight
Unit
Air filter
Type
Fan - Air flow rate
Cooling
High/Low/Silent operation
m³/min
8.9/5.3/4.5
9.1/5.3/4.5
10.6/7.3/6.0
Heating
High/Low/Silent operation
m³/min
9.9/5.7/4.7
10.2/5.8/5.0
12.2/7.8/6.8
Sound power level
HeightxWidthxDepth
FVXG
mm
FVXG-K
25K
kg
50K
22
Removable / washable / mildew proof
Cooling
dBA
52
Heating
dBA
53
Sound pressure level Cooling
High/Low/Silent operation
dBA
Heating
High/Low/Silent
operation/Radiant heat
dBA
Control systems
Infrared remote control
Power supply
Phase / Frequency / Voltage
58
60
38/26/23
39/27/24
44/36/32
39/26/22/19
40/27/23/19
46/34/30/26
ARC466A2
Hz / V
(3) Operation range in combination with Nexura, FVXG-K, cooling: min. 10°CDB - max. 46°CDB; heating: min. -15°CWB - max. 18°CWB
132
35K
600x950x215
1~ / 50 / 220-240
FVXM-F
Floor standing unit
Floor standing unit for optimal heating comfort thanks to
dual airflow
› Its low height enables the unit to fit perfectly beneath a window
› Can be installed against a wall or recessed
› Vertical auto swing moves the discharge flaps up and down for
efficient air and temperature distribution throughout the room
› Online controller (optional): control your indoor from any loca-
FVXM-F
tion with an app, via your local network or internet
ARC452A1
Indoor unit
Dimensions
Weight
Air filter
Fan
Unit
Unit
Type
Air flow rate
HeightxWidthxDepth
FVXM
mm
kg
Silent operation/Low/ m³/min
Medium/High
Heating
Silent operation/Low/ m³/min
Medium/High
Sound power level
Cooling
dBA
Heating
dBA
Silent operation/Low/High
dBA
Sound pressure level Cooling
Silent operation/Low/High
dBA
Heating
Control systems
Infrared remote control
Wired remote control
Power supply
Phase/Frequency/Voltage
Hz/V
Cooling
25F
4.1/4.8/6.5 /8.2
35F
600x700x210
14
Removable / washable
4.5/4.9/6.7 /8.5
6.6/7.8/8.9 /10.1
4.4/5.0/6.9 /8.8
4.7/5.2/7.3 /9.4
7.1/8.5/10.1 /11.8
52
52
23/26/38
23/26/38
24/27/39
24/27/39
ARC452A1
1~/50/220-230-240
50F
57
58
32/36/44
32/36/45
133
Hot water
Efficient hot water production for underfloor
heating, radiators and air handling units, or
for producing hot water for sinks, baths and
showers. Integrating heat recovery into the
VRV system means that the production of
hot water is virtually free.
134
Hot water
Hot water
135
Low temperature hydrobox
HXY-A8136
High temperature hydrobox
HXHD-A8137
Accessories for hot water
138
Hydrobox range
Capacity class (kW)
Type
Low
temperature
hydrobox
High
temperature
hydrobox
Product name
HXY-A8
HXHD-A8
Model
80
125
For high efficiency space heating and cooling
› Ideal for hot or cold water in underfloor, air handling units, low temperature radiators …
› Hot/cold water from 5° to 45°C
› Large operation range (down to -20°C and up to 43°C)
› Fully integrated water-side components save time on system design
› Space saving contemporary wall hung design


For efficient hot water production and space heating
› Ideal for hot water in bathrooms, sinks and for underfloor heating, radiators, air handling units, …
› Hot water from 25 to 80°C
› "Free" heating and hot water through heat recovery
› Uses heat pump technology to produce hot water efficiently, providing up to 17% savings
compared to a gas boiler
› Possibility to connect thermal solar collectors

200
Leaving
water
temperature
range
5 °C - 45 °C

25 °C - 80 °C
135
HXY-A8
Low temperature hydrobox for VRV
For high efficiency space heating and cooling
ʯ Air to water connection to VRV for applications such as underfloor, air
handling units, low temperature radiators, …
ʯ Leaving water temperature range from 5°C to 45°C without electric heater
ʯ Super wide operating range for hot/cold water production from -20 to
+43°C ambient outdoor temperature
ʯ Saves time on system design as all water-side components are fully
integrated with direct control over leaving water temperature
ʯ Space saving contemporary wall mounted design
ʯ No gas connection or oil tank needed
ʯ Connectable to VRV IV heat pump and heat recovery
HXY-A8
Liquid pipe
Gas pipe
F1, F2 communication
Hot/cold water
VRV indoor units
Air handling unit
Low temp. radiator
VRV IV heat pump
VRV IV heat recovery
Under floor heating
Access all technical information on HXY-A8
at my.daikin.eu or click here
Indoor Unit
Cooling capacity
Nom.
Heating capacity
Nom.
Dimensions
Unit
Weight
Unit
Casing
Colour
Operation range
Cooling
Height x Width x Depth
HXY
080A8
125A8
kW
8.0 (1)
12.5 (1)
kW
9.00 (2)
mm
kg
Refrigerant
Precoated sheet metal
Ambient
Min. ~ Max.
°CDB
Water side
Min. ~ Max.
°C
5 ~ 20
Ambient
Min. ~ Max.
°C
-20 ~ 24
Water side
Min. ~ Max.
°C
25 ~ 45
Type
10 ~ 43
R-410A
GWP
Refrigerant circuit
44
White
Material
Heating
14.00 (2)
890 x 480 x 344
2,087.5
Gas side diameter
mm
Liquid side diameter
mm
9.5
Water circuit
Piping connections diameter
inch
G 1"1/4 (female)
Power supply
Phase / Frequency / Voltage
Hz / V
1~ / 50 / 220-240
Current
Recommended fuses
(1) Tamb 35°C - LWE 18°C (DT=5°C) | (2) DB/WB 7°C/6°C - LWC 35°C (DT=5°C)
136
A
15.9
6~16
HXHD-A8
High temperature hydrobox for VRV
For efficient hot water production and space heating
ʯ Air to water connection to VRV for applications such as bathrooms, sinks,
underfloor heating, radiators and air handling units
ʯ Leaving water temperature range from 25 to 80°C without electric heater
ʯ „Free“ heating and hot water production provided by transferring heat
from areas requiring cooling to areas requiring heating or hot water
ʯ Uses heat pump technology to produce hot water efficiently, providing up
to 17% savings compared to a gas boiler
ʯ Possibility to connect thermal solar collectors to the domestic hot water
tank
ʯ Super wide operating range for hot water production from -20 to +43°C
ambient outdoor temperature
ʯ Saves time on system design as all water-side components are fully
integrated with direct control over leaving water temperature
ʯ Various control possibilities with weather dependant set point or
thermostat control
ʯ The indoor unit and domestic hot water tank can be stacked to save
space, or installed next to each other, if only limited height is available
ʯ No gas connection or oil tank needed
ʯ Connectable to VRV IV heat recovery
HXHD-A8
EKHWP-B
EKHWP-B
VRV indoor units
Liquid pipe
Gas pipe
Discharge gas pipe
F1, F2 communication
Hot water
45°C - 75°C
Daikin
solar panel
Domestic hot water
25°C - 75°C
BS-Box
Air handling unit
Domestic hot
water tank
45°C - 75°C
BS-Box
Low temp. radiator
Heating only
hydrobox for VRV
VRV heat recovery
Under floor heating
25°C - 35°C
Access all technical information on HXHD-A8
at my.daikin.eu or click here
Indoor Unit
Heating capacity
Dimensions
Weight
Casing
Nom.
Unit
Unit
Colour
Material
Sound power level
Nom.
Sound pressure level Nom.
Night quiet
mode
Operation range
Heating
Domestic
hot water
Refrigerant
Water circuit
Power supply
Current
Height x Width x Depth
HXHD
kW
mm
kg
125A
14.0
200A
22.4
705 x 600 x 695
92.0
147
Metallic grey
Precoated sheet metal
dBA
dBA
dBA
Level 1
Ambient
Water side
Ambient
Water side
Min. ~ Max.
Min. ~ Max.
Min. ~ Max.
Min. ~ Max.
Type
GWP
Charge
Piping connections diameter
Heating water Water volume
Max. ~ Min.
system
Phase / Frequency / Voltage
Recommended fuses
55.0 (2)
42.0 (2) / 43.0 (3)
38 (2)
°C
°C
°CDB
°C
60.0 (2)
46.0 (2) / 46.0
45 (2)
-20.0 ~ 20 / 24 (1)
25 ~ 80.0
-20.0 ~ 43.0
45 ~ 75
R-134a
1,430
kg
inch
l
2.00
2.60
200 ~ 20
400 ~ 20
Hz / V
A
1~ / 50 / 220-240
20
3~ / 50 / 380-415
16
G 1" (female)
(1) Field setting | (2) Sound levels are measured at: EW 55°C; LW 65°C | (3) Sound levels are measured at: EW 70°C; LW 80°C
137
Accessories for hot water
EKHWP-B
Domestic hot water tank
Plastic domestic hot water tank with solar support
ʯ Tank designed for connection with drainback thermal solar system
ʯ Available in 300 and 500 liters
ʯ Large hot water storage tank to provide domestic hot water at any
time
ʯ Heat loss is reduced to a minimum thanks to the high quality
insulation
ʯ Space heating support possible (500l tank only)
Accessory
Casing
Dimensions
Weight
Tank
Heat exchanger
EKHWP
Colour
Material
Unit
Height
Width
Depth
Unit
Empty
Water volume
Material
Maximum water temperature
Insulation Heat loss
Energy efficiency class
Standing heat loss
Storage volume
Domestic
Quantity
Tube material
hot water
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Charging
Quantity
Tube material
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Auxiliary so- Tube material
lar heating Face area
Internal coil volume
Operating pressure
Average specifc thermal output
mm
mm
mm
kg
l
EKHWP300B
300B
1,650
595
615
58
294
°C
kWh/24h
1.5
W
l
64
294
m²
l
bar
W/K
5.600
27.1
m²
l
bar
W/K
3
13
m²
l
bar
W/K
EKHWP500B
2,790
500B
Traffic white (RAL9016) / Dark grey (RAL7011)
Impact resistant polypropylene
Polypropylen
85
1.7
B
72
477
1
Stainless steel (DIN 1.4404)
5.800
28.1
6
2,825
1
Stainless steel (DIN 1.4404)
3
1,300
-
1,660
790
790
82
477
4
18
1,800
Stainless steel (DIN 1.4404)
1
4
3
280
EKHWP-PB
Domestic hot water tank
Pressureless domestic hot water tank with solar support
ʯ Tank designed for connection with pressurised thermal solar
system
ʯ Available in 300 and 500 liters
ʯ Large hot water storage tank to provide domestic hot water at any
time
ʯ Heat loss is reduced to a minimum thanks to the high quality
insulation
ʯ Space heating support possible (500l tank only)
Accessory
Casing
Dimensions
Weight
Tank
Heat exchanger
138
EKHWP
Colour
Material
Unit
Height
Width
Depth
Unit
Empty
Water volume
Material
Maximum water temperature
Insulation Heat loss
Energy efficiency class
Standing heat loss
Storage volume
Domestic
Quantity
Tube material
hot water
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Charging
Quantity
Tube material
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Pressurised solar Average specifc thermal output
Auxiliary so- Tube material
lar heating Face area
Internal coil volume
Operating pressure
Average specifc thermal output
mm
mm
mm
kg
l
EKHWP300PB
300PB
1,650
595
615
58
294
°C
kWh/24h
1.5
W
l
64
294
m²
l
bar
W/K
m²
l
bar
W/K
W/K
m²
l
bar
W/K
EKHWP500PB
5.600
27.1
2,790
3
13
1,300
390.00
-
500PB
Traffic white (RAL9016) / Dark grey (RAL7011)
Impact resistant polypropylene
Polypropylen
85
B
1
Stainless steel (DIN 1.4404)
6
1
Stainless steel (DIN 1.4404)
3
1,660
790
790
89
477
1.7
72
477
5.900
28.1
2,825
4
18
1,800
840.00
Stainless steel (DIN 1.4404)
1
4
3
280
Accessories for hot water
EKS(V/H)-P
Solar collector
Thermal solar collector for hot water production
ʯ Solar collectors can produce up to 70% of the energy needed for
hot water production - a major cost saving
ʯ Horizontal and vertical solar collector for domestic hot water
production
ʯ High efficiency collectors transfer all the short-wave solar radiation
into heat as a result of their highly selective coating
ʯ Easy to install on roof tiles
EKSV21P
EKSH26P
Accessory
Mounting
Dimensions
Weight
Volume
Surface
Coating
Absorber
Glazing
Allowed roof angle
Operating pressure
Stand still temperature
Thermal performance
Auxiliary
EKSV/EKSH
Unit
Unit
HeightxWidthxDepth
Outer
Aperture
Absorber
Min.~Max.
Max.
Max.
collector efficiency (ηcol)
Zero loss collector efficiency η0
Heat loss coefficient a1
Temperature dependence of the heat loss coefficient a2
Thermal capacity
Solpump
Solstandby
Annual auxiliary electricity consumption Qaux
mm
kg
l
m²
m²
m²
°
bar
°C
%
%
W/m².K
W/m².K²
kJ/K
W
W
kWh
EKSV26P
21P
26P
Vertical
1,006x85x2,000
33
1.3
2.01
1.800
1.79
Horizontal
2,000x85x1,300
42
1.7
2.1
2.60
2.360
2.35
Micro-therm (absorption max. 96%, Emission ca. 5% +/-2%)
Harp-shaped copper pipe register with laser-welded highly selective coated aluminium plate
Single pane safety glass, transmission +/- 92%
15~80
6
192
61
0.781
0.784
4.240
4.250
0.006
0.007
4.9
6.5
-
EKSRDS2A/EKSRPS4A
Pump station
ʯ Save energy and reduce CO2 emissions with a solar system for
domestic hot water production
ʯ Pump station connectable to unpressurised solar system
ʯ Pump station and control provide the transfer of solar heat to the
domestic hot water tank
EKSRPS4A
Accessory
Mounting
Dimensions
Weight
Operation range
Operating pressure
Stand still temperature
Thermal performance
Control
Power supply
Sensor
Power supply intake
Auxiliary
EKSRPS4A/EKSRDS2A
Unit
HeightxWidthxDepth
Unit
Ambient temperature
Min.~Max.
Max.
Max.
collector efficiency (ηcol)
Zero loss collector efficiency η0
Type
Power consumption
Phase/Frequency/Voltage
Solar panel temperature sensor
Storage tank sensor
Return flow sensor
Feed temperature and flow sensor
Solpump
Solstandby
Annual auxiliary electricity consumption Qaux
mm
kg
°C
bar
°C
%
%
W
Hz/V
W
W
kWh
EKSRPS4A
On side of tank
815x142x230
6.4
5~40
85
EKSRDS2A
On wall
410x314x154
6
0~40
6
120
-
Digital temperature difference controller with plain text display
2
5
1~/50/230
/50/230
Pt1000
PTC
PTC
Voltage signal (3.5V DC)
Indoor unit
37.3
23
2.00
5.00
92.1
89
139
Daikin offers the widest range in DX
ventilation in the market.
With a variety of ventilation solutions
from small heat recovery ventilation
to large scale air handling units we
help provide a fresh, healthy and
comfortable environment in offices,
hotels, stores and other commercial
environments.
140
Ventilation
ErP 2018
COMPLIANT
Why choose Daikin ventilation
142
ERV / HRV - Energy/Heat recovery ventilation units
144
ALB-LBS/RBS - Modular L Smart
146
Heater for Modular L Smart
147
VAM-FC9/VAM-J148
Heater for VAM
149
VKM-GB(M)150
Daikin air handling units with DX connection
151
Advantages151
Overview of VRV & ERQ condensing units
152
Control possibilities
153
Integration in third party AHU
Expansion valves & Control boxes
Selection procedure
156
156
157
For latest data, please consult my.daikin.eu
141
5
Why choose Daikin ventilation
reasons Daikin’s
ventilation range is
unique in
the market
1
Market leading controls
& connectivity
› Interlock of ventilation and air conditioning system
• Control ERV/HRV and air conditioning from
the same controller
• Aligns the operation mode between the systems
to save energy
› Easy integration in the total solution
• Online control and monitoring via the Daikin Cloud Service
• Full portfolio integration in the intelligent Touch Manager,
Daikin's cost-effective mini BMS
› User-friendly controller with premium design
• Intuitive touch button control
21°C
2
Unique installation benefits
› Integrates seamlessly in the Daikin total solution,
ensuring a single point of contact
› Total fresh air solution with Daikin supplying both
the VAM/Modular L Smart and the electrical heater
› Daikin AHU and condensing unit connect Plug & Play thanks to same
pipe diameters, factory mounted controls, expansion valves, etc.
142
Why choose Daikin ventilation
3
›
›
›
›
High energy efficiency
Up to
92%
energy
Energy recovery of up to 92%, reducing running costs
Free nighttime cooling using fresh outside air
Inverter driven centrifugal fans
ErP compliant
4
recovery
Best comfort
› Wide range of units to control fresh air and humidity
› Wide range of optional filters to suit the application available up to ePM1 80% (F9)
› Special paper heat exchanger recovers heat and moisture from extract air
to warm up and humidify fresh air to comfortable levels (VAM, VKM)
5
Top reliability
› Most extensive testing before new units leave the factory
› Widest support network and after sales service
› All spare parts available in Europe
Did you
know?
CO2 levels and ventilation rates all have significant,
independent impacts on cognitive function:
ErP 2021
COMPLIANT
COGNITIVE FUNCTION SCORES …
+ 61%
+ 101%
IN GREEN BUILDING
IN ENHANCED
CONDITIONS
GREEN BUILDING CONDITIONS
143
Widest range of DX
integrated ventilation
on the market
Daikin offers a variety of solutions from small energy recovery
ventilation to large-scale air handling units for the provision
of fresh air ventilation to homes, or commercial premises.
Ventilation solutions
Daikin offers state-of-the-art ventilation solutions that can easily be integrated into any project:
› Unique portfolio within DX manufacturers
› High-quality solutions complying with the highest Daikin quality standards
› Seamless integration of all products to provide the best indoor climate
› All Daikin products connected to a single controller for complete control
of the HVAC system.
Energy Recovery Ventilation
Our energy recovery units recover sensible energy (Modular L Pro / Modular L Smart) or total
(sensible + latent) energy (VAM/VKM), substantially reducing the load on the air conditioning
system up to 40%.
Ventilation with DX connection - Control over fresh air temperature
Daikin offers a range of inverter condensing units to be used in combination with Daikin AHUs
for ultimate control over the fresh air. There are 4 control possibilities when combining AHU
and Daikin outdoor units hence offering all the required flexibility for any installation. Indoor
units can be combined to the same outdoor unit to reduce the installation costs. For falseceiling installations where space is a constraint, the VKM can fit perfectly to deliver fresh air at
a comfortable temperature and it has an optional humidification element.
144
Five components of indoor air quality
Ventilation
› Ventilation: Ensures the provision of fresh air
› Energy recovery: Delivers energy savings by transferring heat and
Energy
recovery
moisture between airflows
› Air processing: Delivers the right supply temperature to decrease the
indoor unit load
› Humidification: Ensures relative indoor humidity levels are respected
› Filtration: Separates pollen, dust and pollution odours that are harmful
to individuals’ health
Air
processing
Humidification
Filtration
Fresh air portfolio
Decentralised systems
150
500
1,000
2,000
2,500
3,000
›
›
›
›
›
D-AHU MODULAR L (SMART)
›
›
›
›
3,500
15,000
25,000
140,000
[m3/h]
High efficiency counterflow heat exchanger
Free-cooling operation
EC centrifugal fan
Wide range of options
Smart version connects Plug & Play
to Sky Air / VRV systems
Compact size
High energy efficient paper recovering sensible and latent heat
EC fan motors
Filter clogging alarm based on pressure
VAM-FC9 / VAM-J
› With DX coil for post-treated fresh air
› Increased comfort
› Humidifier option
VKM-GB(M)
›
›
›
›
High efficiency aluminium plate heat exchanger
Pre-configured sizes
Plug & Play pre-configured controls
With DX or water coil option
Centralised systems
D-AHU MODULAR P
› Rotary heat exchanger (sorption and sensible technology)
› Pre-configured sizes
› Plug & Play pre-configured controls
› With DX or water coil option
D-AHU MODULAR R
›
›
›
›
Fully customizable
Plug & play
4 types of control
With DX or water coil option
D-AHU Professional
145
ALB-LBS/RBS
Modular L Smart
Return Air
Fresh Air
Premium efficiency heat recovery unit
Supply Air
Exhaust Air
Highlights
Right drain connection (ALB-RBS)
› Connects Plug&Play into the Sky Air and VRV control network
› Easy installation and commissioning
› Internal pre-filter stage (up to ePM1 50% (F7) + ePM1 80% (F9))
making the unit reach highest indoor air quality requirements.
› Wide air flow coverage from 150m3/h to 3,450m3/h
› Exceeding ErP 2018 requirements
› Best choice when compactness is needed
(only 280 mm height up to 550 m3/h)
› 50 mm double skin panel (120 kg/m3) for a maximum sound and
thermal insulation
Fresh Air
EC centrifugal fan
Return Air
Exhaust Air
› Maximum ESP available 600 Pa (depending on model sizes and
airflow)
› Inverter driven with IE4 premium efficiency motor
› High-efficient blade profiling
› Reduced energy consumption
› Optimized SFP (Specific Fan Power) for an efficient unit operation
Supply Air
Left drain connection (ALB-LBS)
Heat exchanger
For integration with Applied systems,
please refer to the Modular L, in the AHU chapter
› Premium quality counter flow plate heat exchanger
› Up to 93% of the thermal energy recovered
› High grade aluminum allowing optimum corrosion protection
Technical details
D-AHU Modular L Smart
ALB-RBS/LBS
m3/h
Airflow
Heat exchanger thermal efficiency1
External static pressure
Nom.
Temperature after heat exchanger1
Nom.
Max ESP @ nom. airflow
02
03
04
05
06
07
300
600
1200
1500
2300
3000
%
90
91
90
90
92
91
Pa
100
100
100
100
100
100
°C
19,4
19,5
19,4
19,2
19,8
19,5
Pa
400
450
260
270
250
210
Current
Nom.
A
0,52
1,17
1,91
2,48
3,76
5,39
Power input
Nom.
kW
0,12
0,27
0,44
0,57
0,87
1,24
kW/m3/s
1,24
1,49
1,28
1,32
1,32
1,46
SFPv2
ERP compliant
Electrical supply
ErP 2018 Compliant
Phase
ph
1
1
1
1
1
1
Frequency
Hz
50/60
50/60
50/60
50/60
50/60
50/60
V
Voltage
Main unit dimensions
Rectangular duct flange
220/240 Vac
220/240 Vac
220/240 Vac
220/240 Vac
220/240 Vac
220/240 Vac
Width
mm
920
1100
1600
1600
2000
2000
Height
mm
280
350
415
415
500
500
Length
mm
1660
1800
2000
2000
2000
2000
Width
mm
250
400
500
500
700
700
Height
mm
150
200
300
300
400
400
dB
48
54
57
53
60
57
dBA
34
39
41
37
44
41
kg
125
180
270
280
355
360
Unit Sound Power Level (Lwa)
Unit Sound Pressure Level3
Weight unit
1. Winter design condition: Outdoor: -5°C, 90% Indoor: 22°C,50%
2. SFPv is a parameter that quantifies the fan efficiency (the lower it is the better will be). This reduces if airflow decreases.
3. According to EN3744. Surrounding, Directivity (Q) = 2, @ 1,5m distance
146
ALD-HEFB
Electrical heater for
Modular L Smart
› Total solution for fresh air with Daikin supply of both Modular L
Smart and electrical heaters
› Increase comfort in low outdoor temperature thanks
to the heated outdoor air
› Integrated electrical heater concept
(no additional accessories required)
› Standard dual flow and temperature sensor
› Heater only consumes what is required to pre-heat to the desired
minimum fresh air temperature; thus saving energy
Electrical heater for Modular L Smart (ALD)
Capacity
kW
Connectable Modular L Smart size
02HEFB
03HEFB
05HEFB
1,5
3
7,5
15
02
03
04, 05
06, 07
13,1
10,9
21,7
17k ohms at -20 °C
10k ohms at +10 °C
18k ohms at -20 °C
10k ohms at +10 °C
Supply voltage
Output current (maximum) (A)
Temperature sensor
230V,1ph
6,6
07HEFB
400V,3ph
15k ohms at -20 °C 16k ohms at -20 °C
10k ohms at +10 °C 10k ohms at +10 °C
Temperature control range
- 20 °C to 10 °C
Control fuse
Mini Circuit Breaker 6 A
LED indicators
"Yellow = Airflow fault
Red = Heat ON”
Mounting holes
Depends on duct size
Maximum ambient adjacent to terminal box
30°C (during operation)
Auto high temperature cutout
75°C Pre-set
Manual reset high temperature cutout
120°C Pre-set
Width (mm)
470
620
720
920
Depth (mm)
370
370
370
370
Height (mm)
193
243
343
443
147
VAM-FC9/VAM-J
Energy recovery ventilation
Diamond
shape heat
exchanger!
Return air
Supply air
Ventilation with heat recovery as standard
› Thinnest High Efficiency Enthalpy Heat Exchanger
in the market (J-series)
› Energy saving ventilation using indoor heating,
cooling and moisture recovery
› Free cooling possible when outdoor temperature
is below indoor temperature (eg. during nighttime)
› Prevent energy losses from over-ventilation while
improving indoor air quality with optional CO2 sensor
› Possibility to change ESP via wired remote control al-
Exhaust air
Fresh air
lows optimisation of the supply air volume (J - series)
› Can be used as stand alone or integrated in the Sky Air
or VRV system
› Wide range of units: air flow rate from 150 up to 2,000 m³/h
› Shorter installation time thanks to easy adjustment
of nominal air flow rate, so less need for dampers compared
with traditional installation
› No drain piping needed
› Can operate in over- and under pressure
› Total solution for fresh air with Daikin supply
of both VAM / VKM and electrical heaters
Ventilation
Power input - 50Hz
Temperature
exchange efficiency
- 50Hz
Enthalpy exchange
efficiency - 50Hz
Heat
exchange
mode
Nom.
Ultra high/High/Low
Bypass mode
Nom.
Ultra high/High/Low
Ultra high/High/Low
Cooling
Ultra high/High/Low
Heating
Ultra high/High/Low
Operation mode
Heat exchange system
Heat exchange element
Dimensions
Unit
Weight
Unit
Casing
Material
Fan
Air flow rate
- 50Hz
External static
pressure - 50Hz
Air filter
Sound pressure level
- 50Hz
Type
Heat
exchange
mode
Bypass
mode
HeightxWidthxDepth
ErP 2021
COMPLIANT
VAM/VAM 150FC9
kW 0.132/0.111/
0.058
0.161/0.079/ 0.097 /0.070 / 0.164 /0.113 / 0.247 /0.173 / 0.303 /0.212 / 0.416 /0.307 / 0.548 /0.384 / 0.833 /0.614 /
0.064
0.039
0.054
0.081
0.103
0.137
0.191
0.273
kW 0.132/0.111/
0.058
0.161/0.079/ 0.085 /0.061 / 0.148 /0.100 / 0.195 /0.131 / 0.289 /0.194 / 0.417 /0.300 / 0.525 /0.350 / 0.835 /0.600 /
0.064
0.031
0.045
0.059
0.086
0.119
0.156
0.239
250FC9
350J
500J
% 77.0 (1) / 72.0 (2)/ 74.9 (1) / 69.5 (2)/
85.1 /86.7 /
78.3 (1) / 72.3 (2)/ 76.0 (1) / 70.0 (2)/
90.1
82.8 (1) / 73.2 (2) 80.1 (1) / 72.0 (2)
% 60.3 (1)/61.9 (1)/ 60.3 (1)/61.2 (1)/ 65.2 /67.9/
67.3 (1)
64.5 (1)
74.6
% 66.6 (1)/67.9 (1)/ 66.6 (1)/67.4 (1)/
72.4 (1)
70.7 (1)
mm
kg
Ultra high/High/
Low
m³/h
Bypass mode Ultra high/High/
Low
m³/h
Heat
exchange
mode
High efficiency filters available:
ePM10 70% (M6), ePM1 55% (F7) and ePM1 70% (F8)
285x776x525
24.0
150 /140 /105 250 /230 /155
150 /140 /105 250 /230 /155
Ultra high/High/Low
Pa
90 /87/40
70 /63/25
Ultra high/High/Low
dBA
27.0 /26.0
/20.5
28.0 /26.0
/21.0
Ultra high/High/Low
dBA
27.0 /26.5
/20.5
28.0 /27.0
/21.0
75.5 /77.6 /
82.0
°CDB
mm
Hz/V
A
kWh/(m².a)
kWh/(m².a)
kWh/(m².a)
m³/h
W
dB
kWh/a
kWh/a
kWh/a
kWh/a
34.5 (1)/
32.0 (1)/
29.0 (1)
34.5 (1)/
32.0 (1)/
28.0 (1)
150
15.0
-56.0 (5)
-60.5 (5)
-22.1 (5)
-27.0 (5)
-0.100 (5)
-5.30 (5)
D / See note 5 B / See note 5
130
207
129
160
40
43
18.9 (5)
13.6 (5)
41.0 (5)
40.6 (5)
80.2 (5)
79.4 (5)
18.5 (5)
18.4 (5)
200
51
1500J
2000J
84.3 /86.4 /
90.5
82.5 /84.2 /
87.7
79.6 /81.8 /
86.1
83.2 /84.8 /
88.1
79.6 /81.8 /
86.1
59.2 /61.8 /
69.5
59.2 /63.8 /
73.1
67.7 /70.7 /
76.8
62.6 /66.4 /
74.0
68.9 /71.8 /
77.5
62.6 /66.4 /
74.0
69.0 /72.2 /
78.7
73.1 /76.3 /
82.7
72.8 /75.3 /
80.2
68.6 /71.7 /
77.9
73.8 /76.1 /
80.8
68.6 /71.7 /
77.9
Multidirectional fibrous fleeces (G3)
39.0 (1)/
39.0 (1)/
42.0 (1)/
36.0 (1)/
36.0 (1)/
38.5 (1)/
31.0 (1)
30.5 (1)
32.5 (1)
38.0 (1)/
40.0 (1)/
42.5 (1)/
34.5 (1)/
36.5 (1)/
40.0 (1)/
30.5 (1)
30.5 (1)
32.5 (1)
0°C~40°CDB, 80% RH or less
250
1~ ; 50/60 ; 220-240/220
16.0
54
58
61
-
(1)Measured according to JIS B 8628 | (2)Measured at reference flow rate according to EN13141-7 | (5) At reference flow rate in accordance with commission regulation (EU) No 1254/2014
148
148
1000J
80.0 /82.5 /
87.6
37.5 (1)/
35.0 (1)/
30.5 (1)
38.0 (1)/
35.0 (1)/
29.5 (1)
100
800J
Heat exchange mode, bypass mode, fresh-up mode
Air to air cross flow total heat (sensible + latent heat) exchange
Specially processed non-flammable paper
368x1,354x920
368x1,354x1,172
301x1,113x886
46.5
61.5
79.0
Galvanised steel plate
350 (1)/
500 (1)/
650 (1)/
800 (1)/
1,000 (1)/
300 (1)/
425 (1)/
550 (1)/
680 (1)/
850 (1)/
200 (1)
275 (1)
350 (1)
440 (1)
550 (1)
350 (1)/
500 (1)/
650 (1)/
800 (1)/
1,000 (1)/
300 (1)/
425 (1)/
550 (1)/
680 (1)/
850 (1)/
200 (1)
275 (1)
350 (1)
440 (1)
550 (1)
90 (1)/70.0 /50.0 (1)
Multidirectional fibrous fleeces
Operation range
Around unit
Connection duct diameter
Power supply
Phase/Frequency/Voltage
Current
Maximum fuse amps (MFA)
Specific energy con- Cold climate
sumption (SEC)
Average climate
Warm climate
SEC class
Maximum flow rate at Flow rate
100 Pa ESP
Electric power input
Sound power level (Lwa)
Annual electricity consumption
Annual heating saved Cold climate
Average climate
Warm climate
650J
731x1,354x1,172
157
1,500 (1)/
1,275 (1)/
825 (1)
1,500 (1)/
1,275 (1)/
825 (1)
2,000 (1)/
1,700 (1)/
1,100 (1)
2,000 (1)/
1,700 (1)/
1,100 (1)
42.0 (1)/
39.0 (1)/
33.5 (1)
42.0 (1)/
39.0 (1)/
32.5 (1)
45.0 (1)/
41.5 (1)/
36.0 (1)
45.0 (1)/
41.0 (1)/
35.0 (1)
2x250
62
65
NEW GSIEKA
Electrical heater for VAM
› Total solution for fresh air with Daikin supply of both VAM
and electrical heaters
› Increased comfort in low outdoor temperature thanks
to the heated outdoor air
› Integrated electrical heater concept
(no additional accessories required)
› Standard dual flow and temperature sensor
› Flexible setting with adjustable setpoint
› Increased safety with 2 cut-outs: manual & automatic
GSIEKA
Capacity
Duct diameter
kW
mm
Connectable VAM
Dimensions
10009
0.9
100
15018
1.8
150
20024
2.4
200
VAM150FC9
VAM250FC9
VAM350,500J
GSIEKA10009
GSIEKA15018
GSIEKA20024
25030
3.0
250
VAM650J,
VAM800J,
VAM1000J
35530(1)
3.0
355
VAM1500J,
VAM2000J
GSIEKA25030
GSIEKA35530
Height
mm
171
221
271
321
426
Depth
mm
100
150
200
250
355
Width
mm
370
370
370
370
373
45
100
170
265
535
13.1
m/s
Minimum air velocity / airflow
m³/h
1.5
Power supply
1~230 VAC/50Hz
Nominal current
Heating power
Connection duct diameter
Operation range
A
4.1
8.2
10.9
13.1
kW
0.9
1.8
2.4
3.0
3.0
mm
100
150
200
250
355
Min.
°C
-40°C
Max.
°C
40°C
Rel. Humidity
%
Temperature sensor
90%
10 kΩ at +25°C / TJ-K10K
Temperature sensor range
- 30°C to 105°C
Temperature set point range
- 10°C to 50°C
LED 1
LED indicators
LED 2
Ambient temperature adjacent to controller
flashing every 5 seconds
heater is starting up
flashing every second
air flow detected, heating allowed
OFF
no power supply or no flow
ON
problem with duct temperature sensor, set point potentiometer or PTC airflow sensor
OFF
heater is not operation
ON
heater is operating
0°C to +50°C
Auto high temperature cut-out
50°C
Manual reset high temperature cut-out
100°C
149
VKM-GB/VKM-GBM
Energy recovery ventilation,
humidification
and air processing
Post heating or cooling of fresh air for
lower load on the air conditioning system
› Energy saving ventilation using indoor heating,
cooling and moisture recovery
› Creates a high quality indoor environment by pre conditioning
of incoming fresh air
› Humidification of the fresh air results in comfortable
indoor humidity level, even during heating
› Free cooling possible when outdoor temperature is below
indoor temperature (eg. during nighttime)
› Low energy consumption thanks to DC fan motor
› Prevent energy losses from over-ventilation while improving
indoor air quality with optional CO2 sensor
› Shorter installation time thanks to easy adjustment
of nominal air flow rate, so less need for dampers compared
with traditional installation
› Specially developed heat exchange element
with High Efficiency Paper (HEP)
› Can operate in over- and under pressure
Ventilation
Power input - 50Hz
Heat exchange
mode
Bypass mode
Nom.
Nom.
VKM-GB/VKM-GBM
Ultra high/
kW
High/Low
Ultra high/
kW
High/Low
kW
kW
%
Fresh air condition- Cooling
Heating
ing load
Temperature
Ultra high/High/Low
exchange efficiency
- 50Hz
Enthalpy exchange Cooling
Ultra high/High/Low
Heating
Ultra high/High/Low
efficiency - 50Hz
Operation mode
Heat exchange system
Heat exchange element
Humidifier
System
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Fan-Air flow rate
Heat exchange mode
Ultra high/High/Low
Bypass mode
Ultra high/High/Low
- 50Hz
Fan-External static
Ultra high/High/Low
pressure - 50Hz
Air filter
Type
Sound pressure level Heat exchange mode
Ultra high/High/Low
Bypass mode
Ultra high/High/Low
- 50Hz
Operation range
Around unit
Supply air
Return air
On coil temperature Cooling/Max./Heating/Min.
Refrigerant
Control
Type
GWP
Connection duct diameter
Piping connections Liquid
OD
Gas
OD
Water supply
Drain
Power supply
Phase/Frequency/Voltage
Current
Maximum fuse amps (MFA)
150
%
%
VKM80-100GB(M)
50GB
0.270/0.230/
0.170
0.270/0.230/
0.140
4.71 / 1.91 / 3.5
5.58 / 2.38 / 3.5
80GB
0.330/0.280/
0.192
0.330/0.280/
0.192
7.46 / 2.96 / 5.6
8.79 / 3.79 / 5.6
100GB
0.410/0.365/
0.230
0.410/0.365/
0.230
9.12 / 3.52 / 7.0
10.69 / 4.39 / 7.0
50GBM
0.270/0.230/
0.170
0.270/0.230/
0.170
4.71 / 1.91 / 3.5
5.58 / 2.38 / 3.5
80GBM
0.330/0.280/
0.192
0.330/0.280/
0.192
7.46 / 2.96 / 5.6
8.79 / 3.79 / 5.6
100GBM
0.410/0.365/
0.230
0.410/0.365/
0.230
9.12 / 3.52 / 7.0
10.69 / 4.39 / 7.0
76/76/77.5
78/78/79
74/74/76.5
76/76/77.5
78/78/79
74/74/76.5
64/64/67
67/67/69
mm
kg
387x1,764x832
94
m³/h
m³/h
Pa
500/500/440
500/500/440
66/66/68
62/62/66
64/64/67
66/66/68
62/62/66
71/71/73
65/65/69
67/67/69
71/71/73
65/65/69
Heat exchange mode / Bypass mode / Fresh-up mode
Air to air cross flow total heat (sensible + latent heat) exchange
Specially processed non-flammable paper
Natural evaporating type
387x1,764x1,214
387x1,764x832
387x1,764x1,214
110
112
100
119
123
Galvanised steel plate
750/750/640
950/950/820
500/500/440
750/750/640
950/950/820
750/750/640
950/950/820
500/500/440
750/750/640
950/950/820
210/170/140
210/160/110
dBA
dBA
°CDB
°CDB
°CDB
°CDB
39/37/35
40/38/35.5
mm
mm
mm
mm
200
Hz/V
A
150/100/70
41.5/39/37
41.5/39/37
-15/43
250
-
200/150/120
Multidirectional fibrous fleeces
41/39/36.5
38/36/34
41/39/36.5
39/36/34.5
0°C~40°CDB, 80% RH or less
-15°C~40°CDB, 80% RH or less
0°C~40°CDB, 80% RH or less
Electronic expansion valve
R-410A
2,087.5
200
6.35
12.7
PT3/4 external thread
1~/50/220-240
15
205/155/105
110/70/60
40/37.5/35.5
41/38/36
40/38/35.5
41/39/35.5
-15/43
250
6.4
Daikin’s air handling
units solutions
You will find your match
Why choose Daikin air handling units with a DX connection?
Simplifying business
Complete range of possibilities
The unique total solution approach by Daikin helps businesses
to propose better cross-pillar solutions, to increase their success
ratio by providing unmatchable product combinations to the
end-user and to simplify the life of installers by supplying highquality products coming from the same manufacturer. Contrary
to other manufacturers, Daikin does not use OEM products in its
AHU with DX offer. Many competitors are either offering OEM
DX outdoor units or OEM AHU which create additional problems
when warranties or faults arise. Having a single interface for your
business makes Daikin the right choice.
Thanks to the most complete offer in the market, Daikin has the
solution for all types of commercial applications requiring fresh
air. Daikin provides ventilation solutions based on AHU from 2,500
m3/h up to 140,000 m3/h either with natural heat recovery or more
advanced ventilation solutions where a VRV outdoor unit can be
connected to the Daikin AHU for ultimate climate control. The
harmonized control, between the VRV outdoor unit and the AHU,
offer outstanding reliable operation of the system when connected
to an iTM.
One-stop shop
Daikin is the only global manufacturer in the market capable
of offering a true Plug & Play solution where Daikin AHUs
manufactured by Daikin Applied Europe and certified by Eurovent,
offer off-the-shelf compatibility with Daikin’s unique VRV outdoor
unit range for the best performance in the market.
This unique integration of cross-pillar products under the same
umbrella, gives the customer both peace-of-mind and added value
when promoting a total solution approach.
Advantages
› Unique manufacturer offering a complete range
› Plug & Play solution
› Direct iTM compatibility
151
Overview of VRV & ERQ condensing units
Why use VRV and ERQ condensing units for connection
to air handling units?
High Efficiency
Daikin heat pumps are renowned for their high
energy efficiency. Integrating the AHU with a heat
recovery system is even more effective since
an office system can frequently be in cooling mode
while the outdoor air is too cold to be brought
inside in an unconditioned state. In this case heat
from the offices is merely transferred to heat up
the cold fresh air.
Outside air = 10°C
Fresh air supplied at 21°C.
The temperature difference with
the outdoor air is heated up efficiently
by heat recovery via A/C system
Indoor temperature 22°C,
needs cooling because of solar
radiation.
The excessive heat can be
transferred to the AHU.
Fast response to changing loads
resulting in high comfort levels
Daikin ERQ and VRV units respond rapidly
to fluctuations in supply air temperature, resulting
in a steady indoor temperature and resultant high
comfort levels for the end user. The ultimate is
the VRV range which improves comfort even more
by offering continuous heating, also during defrost.
Easy Design and Installation
The system is easy to design and install since
no additional water systems such as boilers,
tanks and gas connections etc. are required.
This also reduces both the total system investment
and running cost.
Daikin Fresh air package
› Plug & Play connection between VRV/ERQ and the entire D-AHU modular range.
› Factory fitted and welded DX coil control and expansion valve kits.
VRV IV or ERQ
condensing unit
Factory fitted and welded
fresh air package
Electronic expansion
valve (EKEXV)
Control box
(EKEQ)
152
Control possibilities
In order to maximise installation flexibility,
4 types of control systems are offered
W control: Off the shelf control of air temperature (discharge
temperature, suction temperature, room temperature) via any
DDC controller, easy to setup
X control: Precise control of air temperature (discharge temperature,
suction temperature, room temperature) requiring
a preprogrammed DDC controller (for special applications)
1. W control (TS/TR/TROOM control):
2. X control (TS/TR/TROOM control):
Air temperature control via DDC controller
Room temperature is controlled as a function of the air handling
unit suction or discharge air (customer selection). The DDC
controller is translating the temperature difference between set
point and air suction temperature (or air discharge temperature
or room temperature) into a proportional 0-10V signal which is
transferred to the Daikin control box (EKEQFCBA). This voltage
modulates the capacity requirements of the outdoor unit.
0-10V
TEXT
EXT
Control
boxbox:
Daikin
control
EKEQFCBA
EKEQFCBA
Precise air temperature control via DDC controller
Room temperature is controlled as a function of the air handling
unit suction or discharge air (customer selection). The DDC
controller is translating the temperature difference between set
point and air suction temperature (or air discharge temperature
or room temperature) into a reference voltage (0-10V) which is
transferred to the Daikin control box (EKEQFCBA). This reference
voltage will be used as the main input value for the compressor
frequency control.
OR
OR
AHU
AHU
DDC
DDC
Z control: Control of air temperature (suction temperature, room
temperature) via Daikin control (no DDC controller needed)
Y control: Control of refrigerant (Te/Tc) temperature via Daikin
control (no DDC controller needed)
TTR
R
DDC
DDC
+
TETC
TTOA
OA
-
TTS
0-10V
TEXT
EXT
Control
boxbox:
Daikin
control
EKEQFCBA
EKEQFCBA
By fixed evaporating /condensing temperature
A fixed target evaporating or condensing temperature can be set
by the customer. In this case, room temperature is only indirectly
controlled. A Daikin wired remote control (BRC1* - optional) have
to be connected for initial set-up but not required for operation.
TEXT
EXT
+
TETC
-
TTS
S
TTROOM
ROOM
AHU
BRC1D*
BRC1D*
BRC1E*
BRC1E*
BRC1H*
Control box
box
Control
IV)
EKEQMCBA (VRV IV)
EKEQDCB
EKEQDCB (ERQ)
OR
OR
TR = Return air temperature
TOA = Outdoor air temperature
TC = Condensing temperature
Possibility Z
EKEQDCB
EKFQMCBA*
TRR
+
TE
TTOA
OA
TE = Evaporating temperature
EKEQFCBA
S
TEXT
EXT
TEXT = Extraction air temperature
Option kit
TTS
Control your AHU just like a VRV indoor unit
with up to 100% fresh air
Allows the possibility to control the AHU just like a VRV indoor
unit. Meaning temperature control will be focused on return air
temperature from the room into the AHU. Requires BRC1* for
operation. The only control that allows the combination of other
indoor units to the AHU at the same time.
TS = Supply air temperature
Possibility W
Possibility X
Possibility Y
-
4. Z control (TS/TROOM control):
TRR
TTOA
OA
R
TTROOM
ROOM
3. Y control (TE/TC control):
Control box
box
EKEQFCBA
EKEQFCBA
TTR
+
TETC
TTOA
OA
S
TTROOM
ROOM
BRC1D*
BRC1D*
BRC1E*
BRC1E*
BRC1H*
OR
OR
AHU
AHU
-
TC
TS
TTROOM
ROOM
TROOM = Room air temperature
Features
Off-the-shelf DDC controller that requires no pre-configuration
Pre-configured DDC controller required
Using fixed evaporating temperature, no set point can be set using remote control
Using Daikin infrared remote control BRC1*
Temperature control using air suction temperature or room temperature (via remote sensor)
* EKEQMCB (for ’multi’ application)
153
Daikin Fresh air package - VRV connections
- for larger capacities (from 8 to 54HP)
An advanced solution for both pair and multi application
›
›
›
›
›
›
Inverter controlled units
Heat recovery, heat pump
R-410A
Control of room temperature via Daikin control
Large range of expansion valve kits available
BRC1H519W/S/K is used to set the set point temperature
(connected to the EKEQMCBA).
› Connectable to all VRV heat recovery and
heat pump systems
W, X, Y control for VRV IV heat pump
Z control for all VRV outdoor units
Refrigerant piping
F1-F2
P1-P2
154
Daikin Fresh air package - ERQ connections
ERQ - for smaller capacities
(from 100 to 250 class)
A basic fresh air solution for pair application
›
›
›
›
›
Inverter controlled units
Heat pump
R-410A
Wide range of expansion valve kits available
Perfect for the Daikin Modular air handling unit
The “Daikin Fresh Air Package” provides a complete Plug & Play Solution including
AHU, ERQ or VRV Condensing Unit and all unit control (EKEQ, EKEX, DDC controller)
factory mounted and configured. The easiest solution with only one point of contact.
Ventilation
Capacity range
Cooling capacity
Heating capacity
Power input
Nom.
Nom.
Cooling
Heating
EER
COP
Dimensions
Weight
Casing
Fan-Air flow rate
Power supply
Current
Ventilation
Capacity range
Cooling capacity
Heating capacity
Power input
EER
COP
Dimensions
Weight
Casing
Fan-Air flow rate
Sound power level
Sound pressure level
Operation range
Refrigerant
Piping connections
Power supply
Current
100AV1
4
11.2
12.5
2.81
2.74
125AV1
5
14.0
16.0
3.51
3.86
140AV1
6
15.5
18.0
4.53
4.57
3.42
3.94
3.99
4.56
Unit
Unit
Material
Cooling
Heating
Sound power level
Cooling
Sound pressure level Cooling
Heating
Operation range
Cooling
Heating
On coil temperature
Refrigerant
Type
Charge
Piping connections
Nom.
Nom.
ERQ
HP
kW
kW
kW
kW
ERQ-AW1
HeightxWidthxDepth
Nom.
Nom.
Nom.
Nom.
Nom.
Min./Max.
Min./Max.
Heating/Min./Cooling/Max.
m³/min
m³/min
dBA
dBA
dBA
°CDB
°CWB
°CDB
102
66
50
52
105
67
51
53
-5/46
-20/15.5
10/35
R-410A
4.0
8.4
2,087.5
Expansion valve (electronic type)
9.52
kg
TCO₂eq
GWP
Control
Liquid
OD
Gas
OD
Drain
OD
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
mm
mm
mm
Hz/V
A
Nom.
Nom.
Cooling
Heating
ERQ
HP
kW
kW
kW
kW
Unit
Unit
Material
Cooling
Heating
Nom.
Nom.
Cooling
Heating
On coil temperature
Type
Charge
4.15
1,345x900x320
120
Painted galvanized steel plate
106
mm
kg
Nom.
Nom.
HeightxWidthxDepth
Nom.
Nom.
Min./Max.
Min./Max.
Heating/Min./Cooling/Max.
GWP
Control
Liquid
OD
Gas
OD
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
mm
kg
15.9
19.1
26x3
1N~/50/220-240
32.0
125AW1
5
14.0
16.0
3.52
4.00
3.98
4.00
1,680x635x765
159
m³/min
m³/min
dBA
dBA
°CDB
°CWB
°CDB
95
95
72
54
kg
TCO₂eq
6.2
12.9
mm
mm
Hz/V
A
69
53
55
15.9
16
200AW1
8
22.4
25.0
5.22
5.56
4.29
4.50
1,680x930x765
187
Painted galvanized steel plate
171
171
78
57
-5/43
-20/15
10/35
R-410A
7.7
16.1
2,087.5
Electronic expansion valve
9.52
19.1
3N~/50/400
25
250AW1
10
28.0
31.5
7.42
7.70
3.77
4.09
240
185
185
58
8.4
17.5
22.2
155
Expansion valves & control boxes
Integration of
ERQ and VRV
in third party air handling units
a wide range of expansion valve kits and control boxes
Combination table
Control box
ERQ100
1-phase ERQ125
ERQ140
ERQ125
3-phase ERQ200
ERQ250
VRV III
VRV IV H/P /
VRV IV W-series
VRV IV S-series
VRV IV H/R
VRV IV i-series
•
•
•
•
Expansion valve kit
EKEQDCB EKEQFCBA EKEQMCBA
Z control W,X,Y control Z control
P
P
P
P
P
P
P
P
P
P
P
P
n1
EKEXV50
n1
EKEXV63
P
P
P
n1
EKEXV80
P
P
P
P
n1
EKEXV100
P
P
P
P
P
n1
EKEXV125
P
P
P
P
P
P
n1
EKEXV140
P
P
P
P
P
n1
EKEXV200
P
P
n1
EKEXV250
P
P
n1
EKEXV400
n1
EKEXV500
n1
Mixed connection with
VRV indoor units
Not possible
Mandatory
-
P (1 -> 3)
n2
n2
n2
n2
n2
n2
n2
n2
n2
n2
n2
Possible (not
mandatory)
-
n1
-
n1
n1
n1
n1
n1
n1
n1
n1
n1
n1
Mandatory
P (pair application): combination depends on the capacity of the air handling unit
n1 (multi application) - Combination of AHUs and VRV DX indoors (mandatory). To determine the exact quantity please refer to the engineering data book.
n2 (multi application) - Combination of AHUs and VRV DX indoors (not mandatory). To determine the exact quantity please refer to the engineering data book.
Control box EKEQFA can be connected to some types of VRV IV outdoor units (with a maximum of 3 boxes per unit). Do not combine EKEQFA control boxes with VRV DX indoor units, RA indoor units or hydroboxes
Capacity table
Cooling
EKEXV Class
50
63
80
100
125
140
200
250
400
500
Heating
Allowed heat exchanger
Allowed heat exchanger
capacity (kW)
volume (dm3)
Minimum Standard Maximum Minimum Maximum
5.0
5.6
6.2
1.33
1.65
6.3
7.1
7.8
1.66
2.08
7.9
9.0
9.9
2.09
2.64
10.0
11.2
12.3
2.65
3.30
12.4
14.0
15.4
3.31
4.12
15.5
16.0
17.6
4.13
4.62
17.7
22.4
24.6
4.63
6.60
24.7
28.0
30.8
6.61
8.25
35.4
45.0
49.5
9.26
13.2
49.6
56.0
61.6
13.2
16.5
EKEXV Class
50
63
80
100
125
140
200
250
400
500
Saturated evaporating temperature: 6°C
Air temperature: 27°C DB / 19°C WB
Allowed heat exchanger
Allowed heat exchanger
capacity (kW)
volume (dm3)
Minimum Standard Maximum Minimum Maximum
5.6
6.3
7.0
1.33
1.65
7.1
8.0
8.8
1.66
2.08
8.9
10.0
11.1
2.09
2.64
11.2
12.5
13.8
2.65
3.30
13.9
16.0
17.3
3.31
4.12
17.4
18.0
19.8
4.13
4.62
19.9
25.0
27.7
4.63
6.60
27.8
31.5
34.7
6.61
8.25
39.8
50.0
55.0
9.26
13.2
55.1
63.0
69.3
13.2
16.5
Saturated condensing temperature: 46°C
Air temperature: 20°C DB
EKEXV - Expansion valve kit for air handling applications
Ventilation
Dimensions
Unit
Weight
Unit
Sound pressure level Nom.
Operation range On coil
Heating Min.
temperature Cooling Max.
Refrigerant
Type / GWP
Piping connections Liquid
OD
EKEXV
mm
kg
dBA
°CDB
°CDB
50
63
80
100
125
140
401x215x78
2.9
45
10 (1)
35 (2)
200
250
400
500
12.7
15.9
R-410A / 2.087,5
mm
6.35
9.52
(1) The temperature of the air entering the coil in heating mode can be reduced to -5°CDB. Contact your local dealer for more information. (2) 45% Relative humidity.
EKEQ - Control box for air handling applications
Ventilation
Application
Outdoor unit
Dimensions
Weight
Power supply
EKEQ
Unit
Unit
Phase/Frequency/Voltage
mm
kg
Hz/V
FCBA
See note
ERQ / VRV
DCB
Pair
ERQ
132x400x200
3.9
MCBA
Multi
VRV
3.6
1~/50/230
The combination of EKEQFCBA and ERQ is in pair application. The EKEQFCBA can be connected to some type of VRV IV outdoor units with a maximum of 3 control boxes. The combination with DX indoor units,
hydroboxes, RA outdoor units, ... is not allowed. Refer to the combination table drawing of the outdoor unit for details.
156
Selection procedure
Pair application selection
› the outdoor unit is connected to ONE COIL (with single circuit
or maximum 3 interlaced circuits) using up to 3 control boxes
› indoor unit combination is not allowed
› only works with X, W, Y control
Step 1: Required AHU capacity
An AHU with double flow, heat recovery and 100% fresh air is to
be installed in Europe where the outdoor sizing temperature is 35
ºCDB and the target supply air temperature for fresh air is 25 ºCDB.
Load calculations point to a required capacity of 45kW.
By checking on the EKEXV capacity table, for cooling operation,
40kW falls within the 400 class valve. Since 40kW is not the nominal
capacity, a class adjustment has to be done. 40/45=0,89 and
0,89x400=356. So the capacity class of the expansion valve kit is
356.
Step 3: Control box selection
In this particular case, the control will work with precise air
temperature control. Only W or X control allow this. Since the
consultant wants to use an “off-the-shelf” DDC module, the
EKEQFCBA box with W control allows easy set-up due to pre-set
factory values.
Step 2: Outdoor unit selection
For this AHU, a VRV IV heat pump model with continuous heating
is going to be used (RYYQ-T series). For a capacity of 40kW at 35
ºCDB, an outdoor of 14HP (RYYQ14T) is selected. The capacity
class of the 14 HP outdoor unit is 350.
Total connection ratio of the system is 356/350=102% hence it falls
within the range 90-110%.
Multi application selection
› the outdoor unit can be connected to MULTIPLE COILS
(and their control boxes)
› indoor units are also connectable but not mandatory
› only works with Z control
Step 1: Required AHU capacity
Step 2: Outdoor unit selection
An AHU with double flow, heat recovery and 100% fresh air is to
be installed in Europe where the outdoor sizing temperature is
35 ºCDB and the target supply air temperature for fresh air is 25
ºCDB. On top of this, for this building, 5 round-flow cassette units
FXFQ50A will also be connected to this OU.
Load calculations point to a required capacity of 20kW for the AHU
and 22,5 kW for the indoor untis.
By checking on the EKEXV capacity table, for cooling operation,
20kW falls within the 200 class valve. Since 22,4 kW is the nominal
capacity, a class adjustment has to be done. 20/22,4=0,89 and
0,89x200=178. So the capacity class of the expansion valve kit is
178. Total capacity class of the indoor unit system is 178+250=428
For this system where a AHU is connected with indoor units,
it is mandatory to use a heat recovery unit. By consulting the
engineering databook for REYQ-T, the total required capacity of
42,5 kW requires a 16HP model REYQ16T. Which will deliver 45kW
at the design temperature of 35 ºCDB. This unit has a capacity
class of 400. Total connection ratio of the system is 428/400=107%
hence it falls within the range 50-110%.
Step 3: Control box selection
In this particular case, the only available control is Z control and the
combination of AHU and VRV DX indoor units requires EKEQMCBA
control box.
157
Biddle air curtains
Biddle air curtains provide highly efficient
solutions for retailers and consultants to
combat the issue of climate separation
across their outlet or office doorway.
158
Biddle air curtains
Biddle air curtains
connected to Daikin Heat Pumps
‘Open Door’ Trading
High efficiency and low
CO2 emission
Although the customer-friendly aspects of open
door trading are widely appreciated by retail and
commercial outlet managers, open doors can also
give rise to massive losses in conditioned warm
or cold air and hence, energy. Biddle air curtains
however, not only preserve indoor temperatures and
generate significant savings, they also represent
an invitation for customers, to enter a pleasant
trading and working environment.
An efficient outdoor/indoor climate separation limits
heat loss through the door opening and enhances
the efficiency of the air conditioning system.
Combining Biddle air curtains with Daikin heat
pumps can lead to savings up to 72% compared to
electric air curtains and a paypack period of less than
1.5 years!
Air curtain size selector
Door height (m)
3.0
2.5
2.3
S
2.4
2.15
M
L
2.75
2.0
S
M
L
S
2.3
M
2.5
L
Favourable
Normal
Unfavourable
Covered shopping mall or
No opposite open doors,
Location at a corner or
revolving door entrance
little direct wind, building
square, multiple floors and/
with ground floor only
or open stairwell
Biddle comfort air curtian nomenclature
CY
V
S
150
DK
80
F
S
C
Controller (standard)
Color. B=White (RAL6010), S: Grey (RAL9006)
Installation type: F=Freehanging, C=Cassette, R=Recessed
Capacity class (kW)
Daikin direct expansion
Door width (cm)
Range. S=small, M=Medium, L=Large, XL= Extra Large
Connectable to VRV
Biddle comfort air curtain
Portfolio
Type
Product name
Biddle air curtain free hanging
CYV S/M/L-DK-F
Biddle air curtain cassette
CYV S/M/L-DK-C
Biddle air curtain recessed
CYV S/M/L-DK-R
› A payback time of less than 1.5 years compared to
electrical air curtains
› Easy and quick installation
› Maximum energy efficiency thanks to rectifier
technology
› 85% air separation efficiency
› Cassette model (C): mounted into a false ceiling
enhancing aesthetics
› Free-hanging model (F): easy wall mounted
installation
› Recessed model (R) : neatly concealed in the ceiling
159
CYVS/M/L-DK-F/C/R
Biddle air curtain for VRV
Packtime of less than 1.5 years
electric air curtain
12000
10000
total cost
(installation + running cost) in €
› Connectable to VRV heat recovery and heat pump
› VRV is among the first DX systems suitable for
connection to air curtains
› Free-hanging model (F): easy wall mounted
installation
› Cassette model (C): mounted into a false ceiling
leaving only the decoration panel visible
› Recessed model (R): neatly concealed in the ceiling
› Provides virtually free air curtain heating via
recovered heat from indoor units in cooling mode
(in case of VRV heat recovery)
› Easy and quick to install at reduced costs since
no additional water sytems, boilers and gas
connections are required
› PATENTED TECHNOLOGY: Maximum energy efficiency
stemming from almost zero down flow turbulence,
optimised air flow and the application of advanced
discharge rectifier technology
› Around 85% air separation efficiency, greatly
reducing both heat loss and required indoor unit
heating capacity
8000
Daikin heat pump
with Biddle air curtain*
6000
4000
2000
0
1
years
2
VRV
Network Solution
Biddle comfort
air curtain (CY)
Integration in a VRV total solution
* Payback period and gains calculated based upon the following: Air curtain is 9hrs/day – 156 days year (1,404 hrs/year) in use. Annual energy consumption for an electric air
curtain: 3,137EUR (COP = 0.95). Typical installation cost: 1,000EUR; Typical equipment cost: 2,793EUR. Annual energy consumption for CYQS200DK100FBN and ERQ100AV: 748EUR
(COP 4.00). Typical installation cost: 2,000EUR; Typical equipment cost: 5,150EUR. Calculation based upon electricity cost: 0,1705EUR /kWh
160
Biddle air curtain for VRV
CYVM150DK80FSC
CYVM150DK80CSN
CYVM150DK80RSN
Access all technical information on Biddle air curtains
at my.daikin.eu or click here
Small
Heating capacity
Power input
Delta T
Casing
Dimensions
Speed 3
Fan only
Heating
Speed 3
Colour
Unit
Nom.
Nom.
Height F/C/R
Width F/C/R
Depth F/C/R
Required ceiling void >
Door height
Max.
Door width
Max.
Weight
Unit
Fan-Air flow rate
Heating
Speed 3
Sound pressure level
Heating
Speed 3
Refrigerant
Type / GWP
Piping connections
Liquid/OD/Gas/OD
Required accessories (should be ordered separately)
Power supply
Voltage
kW
kW
kW
K
mm
mm
mm
mm
m
m
kg
m³/h
dBA
mm
V
Medium
CYVS100DK80
*BC/*SC
CYVS150DK80
*BC/*SC
CYVS200DK100
*BC/*SC
7.40
0.23
0.23
19
9.0
0.35
0.35
11.6
0.46
0.46
CYVS250DK140
*BC/*SC
CYVM100DK80
*BC/*SC
CYVM150DK80
*BC/*SC
CYVM200DK100
*BC/*SC
CYVM250DK140
*BC/*SC
16.2
9.2
11.0
13.4
19.9
0.58
0.37
0.56
0.75
0.94
0.58
0.37
0.56
0.75
0.94
15
16
17
14
13
15
BN: RAL9010 / SN: RAL9006
270/270/270
1,000/1,000/1,048 1,500/1,500/1,548 2,000/2,000/2,048 2,500/2,500/2,548 1,000/1,000/1,048 1,500/1,500/1,548 2,000/2,000/2,048 2,500/2,500/2,548
590/821/561
420
2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3)
1.0
1.5
2.0
2.5
1.0
1.5
2.0
2.5
56
66
83
107
57
73
94
108
1,164
1,746
2,328
2,910
1,605
2,408
3,210
4,013
47
49
50
51
50
51
53
54
R-410A / 2,087.5
9.52/16.0
9.52/19.0
9.52/16.0
9.52/19.0
Daikin wired remote control (BRC1H51(9)W/S/K / BRC1E53A/B/C / BRC1D52)
230
Large
Heating capacity
Power input
Delta T
Casing
Dimensions
Speed 3
Fan only
Heating
Speed 3
Colour
Unit
Nom.
Nom.
Height F/C/R
Width F/C/R
Depth F/C/R
Required ceiling void >
Door height
Max.
Door width
Max.
Weight
Unit
Fan-Air flow rate
Heating
Speed 3
Sound pressure level
Heating
Speed 3
Refrigerant
Type / GWP
Piping connections
Liquid/OD/Gas/OD
Required accessories (should be ordered separately)
Power supply
Voltage
kW
kW
kW
K
mm
mm
mm
mm
m
m
kg
m³/h
dBA
mm
V
CYVL100DK125*BC/*SC
15.6
0.75
0.75
CYVL150DK200*BC/*SC
23.3
1.13
1.13
CYVL200DK250*BC/*SC
CYVL250DK250*BC/*SC
29.4
31.1
1.50
1.88
1.50
1.88
15
14
12
BN: RAL9010 / SN: RAL9006
370/370/370
1,000/1,000/1,048
1,500/1,500/1,548
2,000/2,000/2,048
2,500/2,500/2,548
774/1,105/745
520
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
1.0
1.5
2.0
2.5
76
100
126
157
3,100
4,650
6,200
7,750
53
54
56
57
R-410A / 2,087.5
9.52/16.0
9.52/19.0
9.52/22.0
Daikin wired remote control (BRC1H51(9)W/S/K / BRC1E53A/B/C / BRC1D52)
230
(1) Favorable conditions: covered shopping mall or revolving door entrance (2) Normal conditions: little direct wind, no opposite open doors, building with ground floor only
(3) Unfavorable conditions: location at a corner or square, multiple floors and/or open stairway
161
Control Systems
Connect with Daikin
If you are a user or installer it is important you
can interact with our systems in the easiest
way, from anywhere you are. For any user
our interfaces create peace of mind that their
system is running in the best possible way.
Depending on the type of user and application Daikin develops
controls and cloud services to ensure the best experience.
› For home owners it means app control of their home comfort.
› For hotel owners it means easy and stylish personal control for
guests, with an integration in hotel booking software for central
control
› For technical managers it means cloud access to all sites,
with the possibility to benchmark, optimize performance
› For installers it means easy transfer of settings during
commissioning, remote retrieval of errors and preventive alerts to
save time on maintenance or interventions
Our controls enable you to connect with your customer, save time,
improve your comfort intelligently and reduce energy bills.
Remote monitoring
24/7
162
White
Silver
Black
Control
Systems
New online
controller for
VRV
New premium
design wired
remote control
Control Systems
163
Application overview
164
Individual control systems
Daikin Online controller
Madoka wired remote controller
Wired / infrared remote controllers
Multi-zone controller
166
166
168
170
172
Centralised control systems
174
Centralised remote controller /
Unified ON/OFF controller / Schedule timer
174
175
176
178
Tabl
et
Standard protocol interfaces
182
Modbus interface
182
KNX Interface
185
PMS Interface for hotels
186
BACnet Interface187
LonWorks Interface188
Daikin Configurator Tool
189
Daikin Cloud Service for commercial DX systems 190
Other devices
Wireless room temperature sensor
Wired room temperature sensor
Other integration devices
192
192
192
193
Options & Accessories 195
163
Application overview
Control solutions summary
Daikin offers various control solution adapted to the requirements of even the most demanding commercial application.
› Advanced control solutions for those customers that expect
Daikin to deliver a mini BMS solution, including advance
energy management
› Basic control solutions for those customers with few requirements
and limited budget
› Integrating control solutions for those customers that would like
to integrate Daikin units into their existing BMS system
Shop
Unit control
Integrating control
Advanced control
Tablet
BRP069*
BRC1H519W7/
S7/K7
RTD-20
RTD-Net
KLIC-DI
EKMBDXA
DCC601A51
DCM601A51
1 unit for
32 indoor
unit(s) (5)
1 iTM for 64
indoor unit(s)
(groups) (1)




(limited)




(2)
(2)


(6)


(2)
(2)


(3)
(3)
Smartphone
1 remote
1 gateway 1 gateway for 1 gateway for 1 gateway for
control for up controller for for 1 indoor 1 indoor unit 1 indoor unit max. 64 indoor
to 50 indoor 1 indoor unit unit (group)
(group)
unit(s) (groups)
units
(group)
& 10 outdoors
Automatic control of A/C
Limit control possibilities for shop staff








Create zones within the shop
Interlock with eg. Alarm, PIR sensor
Integration into smart home systems
(7)



Integrate Daikin units into existing BMS via Modbus
Integrate Daikin units into existing BMS via KNX






Integrate Daikin units into existing BMS via HTTP
Monitor energy consumption
(4)
(4)
Advanced energy management
Allows free cooling
Voice control
(6)
Integrate Daikin products cross pillars into Daikin BMS
Integrate third party products into Daikin BMS
Online control

Manage multiple sites
(1) 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems) (2) Via Daikin cloud service (3) Through own IT set-up (not Daikin cloud server) (4) Not available on all indoors
(5) Up to 10 DCC601A51 can be combined as a single site on Daikin Cloud Service (6) Only for BRP069C51, connection to Google Assistant and Amazon Alexa; (7) only for BRP069C51, contact your local sales representative for an overview of available services.
Hotel
Unit control
Integrating control
Advanced control
PMS Interface
BRC1H519W7/S7/K7
RTD-HO
1 remote controller
1 gateway for 1
for 1 indoor unit
indoor unit (group)
(group)
Hotel guest can control & monitor basic functionalities from his room
Limit control possibilities for hotel guests
Interlock with window contact
Interlock with key-card
Integrate Daikin units into existing BMS via Modbus
Integrate Daikin units into existing BMS via KNX


(2)
(2)





KLIC-DI
1 gateway for 1
indoor unit
DCM010A51
1 interface for up to 1 iTM for 64 indoor
2,500 indoor units unit(s) (groups) (1)
(3)



Integrate Daikin units into existing BMS via HTTP
Integrate Daikin unit control in hotel booking software

Oracle Opera PMS
Monitor energy consumption
Advanced energy management
Integrate Daikin products cross pillars into Daikin BMS
Integrate third party products into Daikin BMS
Online control
(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems) (2) Via BRP7A51 adapter (3) requires KNX compatible controller
164
DCM601A51










Application overview
Office
Unit control
Integrating control
Advanced control
Tablet
BRC1H519W7/S7/K7
EKMBDXA
1 gateway for max.
1 remote controller
64 indoor unit(s)
for 1 indoor unit
(groups) & 10
(group)
outdoors
Automatic control of A/C

Limit control possibilities for office staff
1 gateway for
64 indoor unit(s)
(groups)


Centralised control for management
Local control for office staff
DMS504B51






Integrate Daikin units into existing BMS via Modbus

DMS502A51
DCC601A51
DCM601A51
1 gateway for
128 indoor unit(s) 1 unit for 32 indoor 1 iTM for 64 indoor
(groups), 20 out- unit(s) (groups) (5) unit(s) (groups) (1)
doors (2)





(4)




through Web
Remote management


Integrate Daikin units into existing BMS via HTTP

Integrate Daikin units into existing BMS via LonTalk
Integrate Daikin units into existing BMS via BACnet
Energy consumption read out


(3)
Monitor energy consumption
Advanced energy management
(6)
PPD software to distribute used kWh/indoor unit
(4)
(4)


(7)



(5)
Integrate Daikin cross pillar products
into Daikin BMS

(4)
(4)
Integrate third party products into Daikin BMS
Online control
Manage multiple sites
(1) 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems) (2) extension (DAM411B51) needed to have up to 256 indoor unit(s) (groups), 40 outdoors (3) Not
available on all indoor units (4) Via Daikin cloud service (5) Through own IT set-up (not Daikin cloud sever) (5) Up to 10 DCC601A51 can be combined as a single site on Daikin Cloud Service (6) via DAM412B51
option (7) via DCM002A51 option
Infrastructure cooling
Automatic control of A/C
Back-up operation
Duty rotation
Limit control possibilities in the technical cooling room
Unit
Integrating
Advanced
BRC1H519W7/S7/K7
RTD-10
DCM601A51
1 remote controller for 1 indoor
unit (group) (2)
1 gateway for 1 indoor unit
(group)
Up to 8 gateways can be linked
together
1 iTM for 64 indoor unit(s)
(groups) (1)

















If room temperature above max., then show alarm & start standby unit.
If an error occurs, an alarm will be shown.

If an error occurs, activate an alarm output
Via KRP2/4A option (3)
Via WAGO I/O
(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems) (2) Infrastructure cooling functions only compatible with indoor units connected to RZQG*/RZAG*
outdoor units. (3) See option list of indoor unit
165
Individual control systems
Daikin Online controller
NEW
BRP069C51
Always in control,
no matter where you are
The Daikin Online Controller application can
control and monitor the status of your system up
to 50 split air conditioning units and allows you to:
Monitor:
› The status of your air conditioner system
› Consult energy consumption graphs (Split only)
Control:
› The operation mode, set temperature, fan speed
and powerful mode, air direction and filtering
(streamer) function (Available functions depending
on connected model)
› Remotely control your system and domestic hot
water
› Zone control: control multiple units at once
› Voice control via Amazon Alexa or Google Assistant
› Integration in smart home eco systems (contact
your local sales representative for connectable
systems)
Schedule:
› Schedule the set temperature and operation mode
with up to 6 actions per day for 7 days
› Enable holiday mode
› View in an intuitive mode
› Demand control/power limitation (Split only)
App with intuitive lay-out
166
Control
Schedule
Monitor
Monitor
Control operation
mode, temperature, air
purification, fan speed
& air direction
Schedule the set
temperature, operation
mode and fan speed or
holiday periods
Monitor your energy
consumption
Monitor the rooms
in your house
Connectable VRV
indoor units:
> FXFA-A
> FXZA-A
> FXDA-A
> FXSA-A
> FXAA-A
INTUITIVE ONLINE AND VOICE CONTROL
167
Individual control systems
Madoka wired remote controller
The beauty of
simplicity.
Silver
RAL 9006 (metallic)
BRC1H519S7
Black
RAL 9005 (matte)
BRC1H519K7
White
RAL9003 (glossy)
BRC1H519W7
User-friendly wired remote controller
with premium design
Madoka combines refinement and simplicity
›
Sleek and elegant design
›
Intuitive touch-button control
NEW ›
›
Three colours to match any interior
›
Compact, measures only 85 x 85 mm
NEW ›
168
Three display options: standard, detailed and new symbolic view
Advanced settings copy function and commissioning via smartphone
Madoka Assistant
Simplifies the advanced settings such as schedule
or set point limitation
Visual interface simplifies advanced settings such as schedule setting,
energy saving activation, setting restrictions, etc.
NEW
Save field settings and schedules on your phone and upload to multiple
controllers, saving time and cost
Easy and quick commissioning
Featuring Bluetooth® low energy technology
Easy setting of schedules
Advanced user settings
Installer settings
Field settings
169
Individual control systems
BRC1H519W7 / BRC1H519S7 / BRC1H519K7
Madoka wired remote controller for Sky Air and VRV
A complete redesigned controller focussed
to enhance user experience
BRC1H519W7
›
›
NEW ›
›
Sleek and elegant design
Intuitive touch-button control
Three display options: standard, detailed and new symbolic view
Direct access to basic functions
(on/off, set point, mode, target values, fan speed, louvres, filter icon & reset, error & code)
› Three colours to match any interior
› Compact, measures only 85 x 85 mm
› Real time clock with auto update to daylight saving time
Hotel application features
BRC1H519S7
› Energy saving through key card, window contact integration and set point limitation (BRP7A*)
› Flexible setback function ensures room temperature remains within comfortable limits
to ensure guest comfort
Key card and
window contact
integration
P1 P2
Adaptor
(BRP7A*)
Key card (field supply)
BRC1H519K7
Window contact
(field supply)
Madoka
Madoka Assistant: Advanced settings can be easily done
via your smartphone
A range of energy-saving functions that
Other functions
can be selected individually
NEW › Save field settings and schedules on your phone and
› Temperature range restriction:
Save on energy by setting the low temperature
limit in cooling mode and the high temperature
limit in heating mode (1)
› Setback function
› Adjustable presence detector and floor sensor
(available on the Round Flow and Fully Flat
Cassettes)
› Automatic temperature reset
› Auto off timer
Kilowatt-hour consumption tracking (2)
upload to multiple controllers, saving time and cost
› Up to three independent schedules can be
programmed, allowing you to switch easily between
them throughout the year (e.g. summer/winter/
mid-season)
› Menu settings can be individually locked or
restricted
› The outdoor unit can be set to quiet mode and
power consumption limit control by schedule (3)
› Real-time clock that updates automatically for
daylight saving
The kWh indicator displays indicative power
consumption for the last day/month/year.
Cost-effective solution for infrastructure cooling applications
> Only in combination with RZAG* / RZQG*
> Duty rotation
After a certain period of time, the operating unit will go into standby and the standby unit will take over, extending the system lifetime.
Rotation interval can be set for 6, 12, 24, 72 or 96 hours, as well as weekly.
> Back-up operation: if one unit fails, the other unit will start automatically
(1) Also available in auto cooling/heating changeover mode
(2) For Sky Air FBA, FCAG and FCAHG pair combinations only
170
(3) Only available on RZAG*, RZASG*, RZQG*, RZQSG*
Individual control systems
BRC1E53A/B/C
User friendly remote control for Sky Air and VRV
A series of energy saving functions that
can be individually selected
›
›
›
›
Graphical display of indicative
electricity consumption
(Function available in
combination with FBA-A, FCAG
Demand control (1)
Temperature range limit
Setback function
Presence & floor sensor connection
(available on round flow and fully flat cassette)
› kWh indication (2)
› Set temperature auto reset
› Off timer
›
Cost-effective solution for infrastructure
cooling applications
and FCAHG)
> Only in combination with Sky Air A-series or
Seasonal Smart outdoor unit
(1) Only available on RZAG*, RZASG*, RZQG*, RZQSG*
Other functions
›
›
›
›
Up to 3 independent schedules
Possibility to individually restrict menu functions
Choice of display between symbol or text
Real time clock with auto update to daylight
saving time
› Built-in backup power for clock (up to 48 hours).
Settings are always kept in case of power loss.
› Supports multiple languages:
BRC1E53A: English, German, French, Dutch, Spanish,
Italian, Portuguese
BRC1E53B: English, Czech, Croatian, Hungarian,
Romanian, Slovenian, Bulgarian
BRC1E53C: English, Greek, Russian, Turkish, Polish,
Slovak, Albanian
I (2) For Sky Air FBA, FCAG and FCAHG pair combinations only
BRC1D52
Wired remote control for Sky Air and VRV
› Schedule timer: Five day actions can be set
› Home leave (frost protection): during absence, the indoor temperature can be maintained at a certain level.
This function can also switch the unit ON/OFF
› User friendly HRV function, thanks to
the introduction of a button for ventilation mode and fan speed
› Immediate display of fault location and condition
› Reduction of maintenance time and costs
BRC1D52
ARC4*/BRC4*/BRC7*
Infrared remote control
Operation buttons: ON / OFF, timer mode start / stop,
timer mode on / off, programme time, temperature
setting, air flow direction (1), operating mode, fan
speed control, filter sign reset (2), inspection (2)/ test
indication (2)
Display: Operating mode, battery change, set
temperature, air flow direction (1), programmed time,
fan speed, inspection / test operation (2)
ARC466A1
1.Not applicable for FXDQ,
FXSQ, FXNQ, FBDQ, FDXM, FBA
2. For FX** units only
3.For all features of the remote control,
refer to the operation manual
BRC4*/BRC7*
171
Individual control systems
Multi-zone controller
The multi-zoning system is a room-by-room controller. It is fitted with motorised dampers, which immediately
adapt using Daikin ducted solutions. This system supports control of up to 8 zones connected to one indoor unit via
a centralised thermostat located in the main room and individual thermostats for each of the zones.
Zoning box:
fully pre-assembled plenum
with dampers
Return air plenum to connect
circular duct to Daikin indoor unit
Supply air grille + plenum to
connect to circular duct
Return air grille + plenum to
connect to circular duct
Compatibility
FDXM-F9
Number of
motorised dampers
2
3
4
Standard Ceiling
Void
5
6
7
8
Compact Ceiling
Void
172
2
Reference
AZEZ6DAIST07XS2
AZEZ6DAIST07S2
AZEZ6DAIST07XS3
AZEZ6DAIST07S3
Dimensions
H x W x D (mm)
300 x 930 x 454
300 x 930 x 454
AZEZ6DAIST07M4
300 x 1,140 x 454
AZEZ6DAIST07M5
AZEZ6DAIST07L5
AZEZ6DAIST07M6
AZEZ6DAIST07L6
AZEZ6DAIST07L7
AZEZ6DAIST07XL7
AZEZ6DAIST07L8
AZEZ6DAIST07XL8
AZEZ6DAISL01S2
• •
• •
300 x 1,638 x 454
• •
• • •
515 x 1,425 x 454
• • •
• • •
515 x 1,425 x 454
• • •
3
AZEZ6DAISL01S3
210 x 720 x 444
AZEZ6DAISL01M4
210 x 930 x 444
5
AZEZ6DAISL01L5
210 x 1,140 x 444
FXSQ-A
• • • •
• •
• •
4
FXDQ-A3
• • • •
300 x 1,425 x 454
210 x 720 x 444
ADEA-A
• •
300 x 930 x 454
AZEZ6DAIST07S4
FBA-A(9)
25 35 50 60 35 50 60 71 100 125 140 71 100 125 15 20 25 32 40 50 63 15 20 25 32 40 50 63
• •
• •
•
•
•
• •
• •
• •
• •
125
• •
•
140
• •
• •
• •
•
•
•
•
•
•
• •
• •
• •
• •
•• • •
•• • •
• •
71 80 100
•
•
Controls
3 controller versions are available to choose from:
Colour, touch or simplified
Blueface - main thermostat
› Intuitive graphical, colour touch screen
for controlling multiple zones
AZCE6BLUEFACECB
(Wired)
Think - zone thermostat
› Graphic touch button with low-energy e-ink screen
for controlling single zones
AZCE6THINKCB (Wired)
AZCE6THINKRB (Wireless)
Lite - zone thermostat
› Simplified thermostat with touch buttons for temperature control
AZCE6LITECB (Wired)
AZCE6LITERB (Wireless)
AZX6WSCLOUDDINC (Ethernet)
AZX6WSCLOUDDINR (WiFi)
ʯ Optional bus cable (2 x 0.5 mm² | 2 x 0.22 mm²), 10m length: AZX6CABLEBUS10, 100m length: AZX6CABLEBUS100
Webserver for remote control
BACnet gateway
› Cloud based remote control of
multizoning kit(s)
› Configruation and control of zones
(temperature, operation mode, ...)
› Access via webportal, or Android/IOS
application
›
›
›
›
AZX6BACNET
Allows ON/OFF control of each zone
Control of temperature for each zone
Status indication of operation mode
One gateway needed per system
Grilles and plenums
Supply air grilles and plenums
Return air grilles and plenums
Return air grille with
integrated filter
Wall type supply grille
› With horizontal and vertical
adjustable flaps
› Filters particles from the air
RDHV040015BKX
RRFR050050BTX
RLQV040015BKX
PREJ0400150T
Ceiling type supply grille
Plenum for return grille
› With horizontal flaps angled at 15°
› Vertical flaps can be adjusted
manually
› To connect 1 up to 4 circular ducts
to the return air grille
› Diameter 250mm
BR500
Plenum for supply grille
Plenum for return air
› To connect circular ducts to
discharge grille
› Insulated, galvanised steel
› Diameter 250mm
› To connect 1 up to 4 circular ducts to
the Daikin concealed ceiling units
› Diameter 250mm
› Different sizes (XS, S, M, L, XL) to fit
the indoor unit
AZCEZDAPR07*
173
Centralised control systems
Centralised remote controller
Centralised control of the Sky Air and VRV system can be achieved via 3 user friendly compact remote
controllers. These controls may be used independently or in combination with:
1 group = several (up to 16) indoor units in combination
1 zone = several groups in combination.
A centralised remote control is ideal for use in tenanted commercial buildings subject to random occupation,
enabling indoor units to be classified in groups per tenant (zoning).
The schedule timer programmes the schedule and operation conditions for each tenant and the control can
easily be reset according to varying requirements.
DCS302C51
Centralised remote control
Providing individual control of 64 groups (zones) of indoor units.
› a maximum of 64 groups (128 indoor units, max. 10 outdoor units)
can be controlled
› a maximum of 128 groups (128 indoor units, max. 10 outdoor units)
can be controlled via 2 centralised remote controls in separate
locations
› zone control
› group control
› malfunction code display
› maximum wiring length of 1,000m (total: 2,000m)
› air flow direction and air flow rate of HRV can be controlled
› expanded timer function
DST301B51
Schedule timer
Enabling 64 groups to be programmed.
›
›
›
›
a maximum of 128 indoor units can be controlled
8 types of weekly schedule
a maximum of 48 hours back up power supply
a maximum wiring length of 1,000m (total: 2,000m)
DCS301B51
Unified ON/OFF control
Providing simultaneous and individual control of 16 groups
of indoor units.
›
›
›
›
›
174
a maximum of 16 groups (128 indoor units) can be controlled
2 remote controls in separate locations can be used
operating status indication (normal operation, alarm)
centralised control indication
maximum wiring length of 1,000m (total: 2,000m)
Centralised control systems
DCS601C51
Detailed & easy monitoring and operation of VRV systems (max. 64 indoor units groups).
third party controller (domotics, BMS, etc.) via http interface
Fire alarm
Ethernet
Forced OFF contact input
DIII-NET
Indoor units
HRV
DCS601C51
Languages
› English
› French
› German
› Italian
› Spanish
› Dutch
› Portuguese
System layout
› Up to 64 indoor units can be
controlled
› Touch panel (full colour LCD
via icon display)
Control
› Individual control
(set point, start/stop,
fan speed)
(max. 64 groups/indoor units)
› Set back shedule
› Enhanced scheduling function
(8 schedules, 17 patterns)
› Flexible grouping in zones
› Yearly schedule
› Fire emergency stop control
› Interlocking control
› Increased HRV monitoring and
control function
› Automatic cooling / heating
change-over
› Heating optimization
› Temperature limit
› Password security: 3 levels
(general, administration
& service)
› Quick selection and full
control
› Simple navigation
Monitoring
› Visualisation via Graphical User
Interface (GUI)
› Icon colour display change
function
› Indoor units operation mode
› Indication filter replacement
Cost performance
› Free cooling function
› Labour saving
› Easy installation
› Compact design: limited
installation space
› Overall energy saving
Open interface
› Communication to any third
party controller (domotics,
BMS, etc.) is possible via
open interface (http option
DCS007A51)
Connectable to
› VRV
› HRV
› Sky Air
› Split (via interface adapter)
175
Centralised control systems
Table
t
DCC601A51
Advanced
• Intuitive and user-friendly interface
• Flexible concept for stand alone
centralised
controller
and multi site applications
• Total solution thanks to
integration of 3rd party equipment
• Monitor & control your small
commercial building, no matter
where you are
with Cloud connection
2 solutions:
Cloud solution
› Flexible online control from any device (Laptop, tablet...)
› Monitor & control one or multiple sites
› Benchmark the energy consumption of different installa-
Local solution
› Offline centralised control
› Stylish optional screen fits any interior
tions (1)
› Energy consumption follow-up to comply
System layout
with local regulations
Local solution
Online control from any device
Alarm
Window
contact
Pulse input
or
AL-CCD07-VESA-1
Digital input
Table
t
DCC601A51
WAGO power
supply
CPU module
I/O module
Split,
,
,
ventilation, air curtains
(1) For VRV and Sky Air R-32 ranges the consumption data is integrated; for other (HVAC) systems, field supplied kWh meters will be required
176
…
Centralised control systems
From one to ∞ sites
Total solution
LOCAL
CONTROL
› Total solution thanks to a large integration of
Daikin products and 3rd party equipment
› Connect a wide range of units (Split, Sky Air, VRV, Ventilation, Biddle air curtains)
› Simply control your entire building centrally
› Increased customer shopping experience by better management of your shop
comfort level
Daikin Cloud Services
Installer/
technical manager
Customer
› Control your building no matter where you are
› Monitor and control multiple sites
› Installer or technical manager can remotely login to the cloud for first trouble-
shooting
› Benchmark the energy consumption
of different installations (1)
› Manage & track your energy use
User friendly touch control
NEW
› Stylish Daikin supplied optional screen
Clear
dashboard
overview
for local control fits any interior
› Intuitive and user-friendly interface
› Full solution with simple control
› Easy commissioning
Flexible
› Pulse/digital inputs for 3rd party equipment such as kWh meters, emergency
input, window contact, …
Energy
management
and consumption
follow up
› Modular concept allows your cloud to grow
with your business
› Control up to 32 indoor units per controller and 320 units per site
(1) only available in combination with certain indoor units
Pulse input
Digital input
Indoor uit
Functions overview
Languages
System layout
N° of connectable indoor units
Local solution
Cloud solution
Depends on local device
EN, DE, FR, NL, ES, IT, EL, PT, RU, TR, DA,
SV, NO, FI, CS, HR, HU, PL, RO, SL, BG, SK
32
32
Multiple sites control
Monitoring &
control
Basic control functions (ON/OFF, mode, filter sign, setpoint, fan speed,
ventilation mode, room temperature, …)
Remote control prohibition
All devices ON/OFF
Zone control
Group control
Weekly schedule
Yearly schedule
Interlock control
Set point limitation
Visualisation of energy use per operation mode
Connectable to
DX split, Sky Air, VRV
Modular L Smart, VAM, VKM ventilation
Air curtains
For available Daikin Cloud Service options refer to the option list
177
Centralised control systems
Mini BMS
with full integration
across all product pillars
DCM601A51
• Price competitive mini BMS
• Cross-pillar integration of Daikin products
• Integration of third party equipment
Download the WAGO
selection tool from
my.daikin.eu
› Easy selection of WAGO materials
› Material list creation
› Time saving
- Includes wiring schemes
- Contains commissioning/preset data for iTM
Check on
https://www.youtube.com/
DaikinEurope
178
Centralised control systems
System overview
Web Access
Internet
Extranet
LAN
3G
HTTP interface
To connect intelligent Touch
Manager to the Daikin Cloud
Service, the IoT gateway (EU.
SB.5000072) and AC/DC
converter (999175A) is needed.
Full control of Daikin
HVAC-R portfolio
Integration of third
party equipment
DCM601A51
ITM plus adaptor line
Max. 7
adapters
Di/Pi line
Fire alarm
Max. 200m
DCM601A52
Di/Pi port
kWh meter
Split
WAGO
interface
I/O module
Pump
Sensor
air handling units
I/O module
Fan
air curtain,
hydrobox,
Analog/digital/pulse objects
Lighting
indoor units,
Chillers and AHU
protocol
Fan coil units
BACnet/IP
Conveni-pack indoor
units
Direct plug & play connection!
Multi state objects
Elevator
DALI
Air handling unit
Alarm
Lighting
Protocol
Sensor
179
Centralised control systems
User friendliness
› Intuitive user interface
› Visual lay out view and direct access to indoor unit
main funtions
› All functions direct accessible via touch screen
or via web interface
Smart energy management
Split
› Monitoring if energy use is according to plan
› Helps to detect origins of energy waste
› Powerful schedules guarantee correct operation
throughout the year
› Save energy by interlocking A/C operation with
other equipment such as heating
Plug & play
Flexibility
› Cross-pillar integration (heating, air conditioning,
applied systems, refrigeration, air handling units)
› BACnet protocol for 3rd party products integration
› I/O for integration of equipment such as lights,
Fan coils
pumps… on WAGO modules
› Modular concept for small to large applications
› Control up to 512 indoor unit groups via one ITM
Chillers and AHU
and combine multiple ITM via web interface
Easy servicing and commissioning
Conveni-pack indoor units
› Remote refrigerant containment check reducing
on site visit
HRV ventilation
› Simplified troubleshooting
› Save time on commissioning
thanks to the pre-commissioning tool
› Auto registration of indoor units
DALI
Lighting
Protocol
Sensor
BACnet/IP
protocol
Lighting
Air handling
unit
Pump
Elevator
Fan
Alarm
Flexibility in size
64 up to 512 groups
Sensor
Lighting
Fan
Pump
Sensor
WAGO I/O
180
Centralised control systems
Functions overview
Languages
Management
WAGO Interface
Open http interface
› English
› Web access
› Modular integration of
› Communication to any third
› French
› Power Proportional
3rd party equipment
party controller (domotics,
› German
› Italian
› Spanish
› Dutch
› Portuguese
Distribution (option)
› Operational history
(malfunctions, …)
› Large variety of input and
BMS, etc.) is possible via http
outputs available. For more
open interface (http option
details refer to the options list
DCM007A51)
› Smart energy management
- monitor if energy use
is according to plan
- detect origins of
energy waste
› Setback function
› Sliding temperature
System layout
Control
DALI integration
› Up to 512 unit groups can be
› Individual control
› Control and monitor the lights
- DX Split, Sky Air, VRV
› Easier facility management:
- HRV
controlled
(ITM + 7 iTM Plus adapters)
(512 groups)
› Schedule setting (Weekly
receive error signal when
schedule, yearly calender,
light or light controller has
seasonal schedule)
a malfunction
› Interlock control
Connectable to
- Chillers
(via MT3-EKCMBACIP
controller)
› Flexible approach and less
- Daikin AHU (via MT3-
› Setpoint limitation
wiring needed, compared
EKCMBACIP controller)
› Temperature limit
to classic light scheme
- Fan coils
› Easier to make groups and
control scenes
› Connection between
- Daikin Altherma Flex type
- LT and HT hydroboxes
- Biddle Air curtains
intelligent Touch Manager
- WAGO I/O
and DALI through WAGO
- BACnet/IP protocol
BACnet / IP interface
- Daikin PMS interface (option
DCM010A51)
181
Standard protocol interfaces
Modbus Interface
RTD
RTD-RA
› Modbus interface for monitoring and control
of residential indoor units
RTD-NET
› Modbus interface for monitoring and control
of Sky Air, VRV, VAM and VKM
RTD-10
› Advanced integration into BMS of Sky Air, VRV,
VAM and VKM through either:
- Modbus
- Voltage (0-10V)
- Resistance
› Duty/standby function for server rooms
RTD-20
› Advanced control of Sky Air, VRV, VAM/VKM
and air curtains
› Clone or independent zone control
› Increased comfort with integration of CO2 sensor
for fresh air volume control
› Save on running costs via
- pre/post and trade mode
- set point limitation
- overall shut down
- PIR sensor for adaptive deadband
RTD-HO
› Modbus interface for monitoring and control of
Sky Air, VRV, VAM and VKM
› Intelligent hotel room controller
RTD-W
› Modbus interface for monitoring and control of
Daikin Altherma Flex Type, VRV HT hydrobox and
small inverter chiller
182
Overview functions
Main functions
RTD-RA
Dimensions
HxWxD
mm
Key card + window contact
Set back function
Prohibit or restrict remote control functions (setpoint limitation, ...)
Modbus (RS485)
Group control
0 - 10 V control
Resistance control
IT application
Heating interlock
Output signal (on/defrost, error)
Retail application
Partitioned room control
Air curtain
RTD-NET
RTD-10
80 x 80 x 37,5



(1)
RTD-20
100 x100 x 22












**




***
***

****



RTD-HO






(1): By combining RTD-RA devices
Control functions
RTD-RA
RTD-NET
RTD-10
RTD-20
RTD-HO
On/Off
Set point
Mode
Fan
Louver
HRV Damper control
Prohibit/Restrict functions
Forced thermo off
M,C
M
M
M
M
M
M
M
M
M
M
M
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M
M
M
M
M
M
M
M*
M*
M*
M*
M*
M*
RTD-RA
RTD-NET
RTD-10
RTD-20
RTD-HO
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
Monitoring functions
On/Off
Set point
Mode
Fan
Louver
RC temperature
RC mode
N° of units
Fault
Fault code
Return air temperature (Average /Min/Max)
Filter alarm
Termo on
Defrost
Coil In/Out temperature
M
M
M
M
M
Main functions
Dimensions
On/off prohibition
Modbus RS485
Dry contact control
Output signal (operation error)
Space heating / cooling operation
Domestic hot water control
Smart Grid control
RTD-W
HxWxD
mm
100x100x22






Control functions
On/Off Space heating/cooling
Set point leaving water temperature (heating / cooling)
Room temperature setpoint
Operation mode
Domestic Hot water ON
Domestic Hot Water reheat
Domestic Hot Water reheat setpoint
Domestic Hot Water storage
Domestic Hot Water Booster setpoint
Quiet mode
Weather dependent setpoint enable
Weather dependent curve shift
Fault/pump info relay choice
Control source prohibition
M,C
M,V
M
M
M,C
M
M,C
M
M
M
Smart grid mode control
Prohibit Space heating/cooling
Prohibit DHW
Prohibit Electric heaters
Prohibit All operation
PV available for storage
Powerful boost
Monitoring functions
On/Off Space heating/cooling
Set point leaving water temperature (H/C)
Room temperature setpoint
Operation mode
Domestic Hot Water reheat
Domestic Hot Water storage
Number of units in the group
Average leaving water temperature
Remocon room temperature
Fault
Fault code
Circulation pump operation
Flow rate
Solar pump operation
Compressor status
Desinfection operation
Setback operation
Defrost/ start up
Hot start
Booster Heater operation
3-Way valve status
Pump running hours accumulated
Compressor running hours accumulated
Actual leaving water temperature
Actual return water temperature
Actual DHW tank temperature (*)
Actual refrigerant temperature
Actual outdoor temperature
M,C
M
M
M
M
M
M
M
M
M,C
M
M
M
M
M
M
M
M
M
M
M
M : Modbus / R : Resistance / V : Voltage / C: control
* : only when room is occupied / ** : setpoint limitation / (*) if available
*** : no fan speed control on the CYV air curtain / **** : run & fault
183
Standard protocol interfaces
DIII-net Modbus interface
EKMBDXA
Integrated control system for seamless connection between
Split, Sky Air, VRV and small inverter chillers and BMS systems
›
›
›
›
Communication via Modbus RS485 protocol
Detailed monitoring and control of the VRV total solution
Easy and fast installation via DIII-net protocol
As the Daikin DIII-net protocol is being used, only one modbus interface is needed for a group of Daikin systems (up to 10 outdoor units systems).
VRV network
DIII- NET
EKMBDXA
VRV Outdoor unit
Biddle air curtain
HRV
*via EKEQ box
up to 64 units connectable per interface
Sky Air network*
Split network*
KRP928BB2S
Small inverter chiller network
Building
control
network
Security
Fire alarm
Power supply facility
Lighting
Pump
* Additional centralized controller might be required. For more information contact your local dealer.
Maximum number of connectable indoor units
Maximum number of connectable outdoor units
Communication
DIII-NET - Remark
Protocol - Remark
Protocol - Type
Protocol - Max. Wiring length
Dimensions
HeightxWidthxDepth
Weight
Ambient temperature - operation
Max.
Installation
Power supply
184
Min.
Frequency
Voltage
m
mm
kg
°C
°C
Hz
V
EKMBDXA7V1
64
10
DIII-NET (F1F2)
2 wire; communication speed: 9600 bps or 19200 bps
RS485 (modbus)
500
124x379x87
2.1
60
0
Indoor installation
50
220-240
Elevator
Standard protocol interfaces
KNX interface
KLIC-DD(3)
KLIC-DI
Integration of Split, Sky Air and VRV in HA/BMS systems
Connect split indoor units to KNX interface
for Home Automation system
Concept
light
house
Domotica
shutter control
Controller
Interface Daikin protocol/ KNX
tv
Connect Sky Air / VRV indoor units to
KNX interface for BMS integration
light
Concept
shop
shutter control
Domotica
tv
Controller
Interface Daikin protocol/ KNX
KNX interface line-up
The integration of Daikin indoor units through
the KNX interface allows monitoring and control
of several devices, such as lights and shutters, from
one central controller. One particularly important
feature is the ability to programme a ‘scene’
- such as “Home leave” - in which the end-user selects
a range of commands to be executed simultaneously
once the scenario is selected. For instance in
“Home leave” , the air conditioner is off, the lights are
turned off, the shutters are closed and the alarm is on.
KNX interface for
KLIC-DD (3) Size 45x45x15mm
Split
Basic control
On/Off
Mode
Temperature
Fan speed levels
Swing
Advanced functionalities
Error management
Scenes
Auto switch off
Temperature limitation
Initial configuration
Master and slave configuration
•
Sky Air
KLIC-DI Size 90x60x35mm
VRV
•
•
Auto, heat, dry, fan, cool
Auto, heat, dry, fan, cool
Auto, heat, dry, fan, cool
3 or 5 + auto
Stop or movement
2 or 3
Stop or movement
2 or 3
Swing or fixed positions (5)
•
•
•
•
•
•
Communication errors, Daikin unit errors
•
•
•
•
•
•
•
•
•
•
•
185
Standard protocol interfaces
Features
PMS Interface
•
DCM010A51
•
Hotel interface connecting
Daikin HVAC
with Oracle
•
•
•
•
•
User-friendly interface for easy front desk
support in hotels, conference centers, …
Compatible with Oracle Opera PMS
(formerly known as Micros Fidelio)
Automated push of indoor unit settings based
on the Opera PMS Check-In and Check-Out
commands
Energy saving thanks to the possibility to limit
temperature setpoint
Up to 5 customized operation profiles based on
weather conditions
Available in 23 languages
Up to 2,500 units / rooms can be managed
Property Management
Systems
Hotel case example:
› On check-in the HVAC for the room is
automatically switched on
› On check-out the HVAC for the room is
automatically switched off.
› Increased hotel customer experience by
pre-heating / cooling of booked rooms
Hotel front desk
Check-in
Check-out
Room 305
OFF
Room view showing
room status: check-in,
check-out, pre-heating
/ cooling status, room
temperature and A/C
status
Multiple room types (bedroom, meeting room, …)
can be defined with
customized A/C settings
for each type
HVAC settings can be
easily observed and
changed by
the reception desk
Room 712
Leaving
Arriving
Check-Out room 305
Check-In room 712
ON
Simplified configuration of Daikin PMS
interface
Hotel front desk
Daikin HVAC network
LAN
P1 P2
VRV outdoor unit
F1 F2
IFC8
VRV indoor units with individual control
connector
on Oracle Server
Split or Sky Air indoor units with individual control
PMS Interface
on interface PC
DCM601A51
with web interface
(DCM007A51)
Split or Sky Air
outdoor unit
186
Standard protocol interfaces
BACnet Interface
DMS502A51 / EKACBACMSTP / EKCMBACIP / EKCMBACMSTP
Integrated control system for seamless connection between VRV,
applied systems, air handling units and BMS systems
BMS
› Interface for BMS system
› Communication via BACnet protocol
(connection via Ethernet)
› Unlimited site size
› Easy and fast installation
› PPD data is available
on BMS system (only for VRV)
VRV network
BACNET / ETHERNET
DIII- NET
DMS502A51
Central Controller
VRV Outdoor unit
HRV
up to 256 units connectable per interface
Remote Control
Applied systems network
iCM
Intelligent Chiller Manager
MicroTech III
EKCMBACIP
EKCM200J
EKCM200J
EKCM200J
Air handling unit network
EKCMBACIP
EKCMBACMSTP
Fire alarm
Security
Pump
Lighting
Power supply facility
Building
control
network
Elevator
187
Standard protocol interfaces
LonWorks Interface
DMS504B51
Open network integration of VRV monitoring
and control functions into LonWorks networks
LON BMS
VRV network
LonTalk
DIII- NET
adapter
ETHERNET (TCP/IP)
› Interface for Lon connection to
LonWorks networks
› Communication via Lon protocol
(twisted pair wire)
› Unlimited sitesize
› Quick and easy installation
DMS504B51
Central Control
VRV
Outdoor
unit
HRV
up to 64 units connectable per interface
Remote Control
adapter
LonTalk
LonPoint
LonPoint
Security
Fire alarm
Building
control
network
System
188
Daikin configurator software
Daikin Configurator Tool + Software
EKPCCAB4
Simplified commissioning:
graphical interface to configure, commission
and upload system settings
Simplified commissioning
The Daikin configurator for Daikin Altherma and
VRV is an advanced software solution that allows for
easy system configuration and commissioning:
› Less time is required on the roof configuring
the outdoor unit
› Multiple systems at different sites can be managed
in exactly the same way, thus offering simplified
commissioning for key accounts
› Initial settings on the outdoor unit can be easily
retrieved
Simplified
Retrieve initial
commissioning
system settings
189
Daikin Cloud Service
Daikin Cloud Service
to achieve optimal operation
Daikin Cloud Service is a cloud-based remote control and monitoring solution for DX systems. Using enhanced control,
monitoring and predictive logic, Daikin Cloud Service provides real-time data and support from Daikin experts to help you
identify cost-saving opportunities, increase the lifetime of your equipment and reduce the risk of unexpected issues.
Monitor & control* your system no matter where you are
while teaming up with Daikin experts
Remote control and energy visualisation
Multi-site monitoring
From one to an ∞ number of sites
Puts you in the driving seat of your energy management
LOCAL
CONTROL
Control and monitor your premises, wherever you are
Centralised control and monitoring of all your premises
Check errors remotely without having to go on site
Visualise energy consumption and reduce energy waste by
comparing different premises
Remote support and diagnostics
Owner
Installer/
technical manager
Daikin specialist supervision, so you can focus on your core business
Early warning of system deviations to maximise system uptime and avoid emergency repairs**
Service providers have access to operational data so they arrive on site prepared
Remote expert assistance in case of errors
24/7
Advice and optimisation
Get the best out of your system through expert advice
Periodical analysis and optimisation report by experts
Personalised actions to maximise energy efficiency and comfort
Increased system lifetime as the system runs as it should
Daikin Cloud Service requires a subscription. Contact your local sales representative for more information.
* Remote Control function via Daikin Cloud Service only available for sites with an Intelligent Tablet controller
** Only available for VRV systems
190
Daikin Cloud Service
Daikin Cloud Service packages
Remote control, scheduling and interlocking
Energy monitoring
Multi-site benchmark
Alarm history and e-mail notifications
Predictions and e-mail notifications
**
**
Control and
monitoring
Remote
support and
diagnostics
Advice and
optimisation



(DCC601A51 only)
(DCC601A51 only)
(DCC601A51 only)






✗


✗

Operational data access
✗


Indoor use analysis
✗


Outdoor use analysis
✗


Remote diagnostic and support from Daikin
✗


Periodical analysis and optimisation advice from Daikin
✗
✗

Can be combined with maintenance programmes:
- Technical inspection
- Preventive Maintenance Plan
- Comprehensive Maintenance Plan
✗
✗


Packages subject to local availability
Daikin Cloud Service replaces VRV Cloud and i-Net services.
Flexible solution
Manage your premises according to your needs, using a local control or remotely via Daikin Cloud Service, or a combination of both.
Control*, no matter where you are
Daikin Cloud Service gives you full control of one or more premises wherever you are, using your PC, tablet or smartphone.
Predictive logic for VRV to prevent breakdowns
The operational data is continuously analysed by Daikin algorithms to predict potential failures and avoid unexpected costs.
Compatible with:
› Intelligent Tablet Controller (DCC601A51)
› Intelligent Touch Manager (DCM601A51) + IoT gateway
› LC8 + IoT gateway
1. Clear dashboard overview
2. Monitor and control your system
4. Energy management and consumption follow up
5. Multi site management
3. Easy setting of schedules
* Remote Control function via Daikin Cloud Service only available for sites with an Intelligent Tablet controller
** Only available for VRV systems
191
Other devices
Wireless room temperature sensor
K.RSS
Flexible and easy installation
› Accurate temperature measurement thanks to flexible
placement of the sensor
› No need for wiring
› No need to drill holes
› Ideal for refurbishment
Connection diagram Daikin indoor unit PCB (FXSQ example)
Power supply – X35, X13
Air sensor – X16A, X19
RF receiver
RF sensor (transmitter)
Specifications
Dimensions
Weight
Power supply
Battery life
Battery type
Maximum range
Operation range
Communication
mm
g
m
°C
Type
Frequency
MHz
Wireless room temperature sensor kit (K.RSS)
Wireless room temperature receiver
Wireless room temperature sensor
50 x 50
ø 75
40
60
16VDC, max. 20 mA
N/A
N/A
+/- 3 years
N/A
3 Volt Lithium battery
10
0~50
RF
868.3
› Room temperature is sent to the indoor unit every 90 seconds or if the temperature difference is 0.2°C or larger.
Wired room temperature sensor
KRCS*
› Accurate temperature measurement,
thanks to flexible placement of the sensor
› specifc model code for each indoor unit can be
found in the option tables
Specifications
Dimensions (HxW)
Weight
Length of branch wiring
192
mm
g
m
60 x 50
300
12
Other devices
Adapter PCBs
Simple solutions for unique requirements
Concept and benefits
› Low cost option to satisfy simple control
requirements
› Deployed on single or multiple units
Connectable to:
Split
(E)KRP1B*
adapter for wiring
KRP2A*/KRP4A*
Wiring adapter for
electrical appendices
KRP58M3
SB.KRP58M51
KRP58M51
Sky Air
VRV
• Facilitates integration of auxiliary heating apparatus, humidifiers, fans, damper
• Powered by and installed at the indoor unit


•
•
•
•
•


Remotely start and stop up to 16 indoor units (1 group) (KRP4A* via P1 P2)
Remotely start and stop up to 128 indoor units (64 groups) (KRP2A* via F1 F2)
Alarm indication/ fire shut down
Remote temperature setpoint adjustment
Cannot be used in combination with a central controller
• Low noise and demand control option for RZQ200/250C

• Low noise and demand control option for RZQG and RZQSG single phase
• Includes mounting plate EKMKSA1

• Low noise and demand control option for RZQG1 and RZQSG 3 phase

DTA104A*
Outdoor Unit External
Control Adapter
• Individual or simultaneous control of VRV system operating mode
• Demand control of individual or multiple systems
• Low noise option for individual or multiple systems

DCS302A52-9
Unification adapter for
computerized control
•
•
•
•

Enables unified display (operation/malfunction) and unified control (ON/OFF) from BMS system
Must be used together with Intelligent Touch Controller or intelligent Touch Manager
Cannot be combined with KRP2/4*
Can be used for all VRV indoor models
KRP928*
Interface adapter for
DIII-net
• Allows integration of split units to Daikin central controls

KRP413*
Wiring adapter normal
open contact / normal
open pulse contact
•
•
•
•
•

KRP980*
Adapter for split units
without an S21 port
• Connect a wired remote control
• Connect to Daikin central controls
• Allow external contact
Switch off auto restart after power failure
Indication of operation mode / error
Remotely start /stop
Remotely change operation mode
Remotely change fan speed

Some adapters require an installation box, refer to the option lists for more information
Accessories
EKRORO
• External ON/OFF or forced off
• Example: door or window contact
EKRORO 3
• External ON/OFF or forced off
• F1/F2 contact
• Example: door or window contact
KRC19-26A
• Mechanical cool/heat selector
• Allows switching over an entire system between cooling/heating/fan only
• Connects to the A/B/C terminals of the unit
BRP2A81
• Cool/heat selector PCB
• Required to connect KRC19-26A to a VRV IV outdoor unit
193
Options & Accessories
AUTO-CLEANING PANEL
FILTERS
INTELLIGENT SENSORS
194
Options
& accessories
Options & accessories
195
VRV outdoor 196
VRV indoor 200
Indoor & Hot Water 202
Ventilation
204
Control Systems 206
195
Options & accessories -
outdoor
VRV S-series
VRV IV Heat Recovery
RXYSA-AV1/AY1
REYQ 8~12
REYQ 14~20
REMQ5
Multi-module connection kit (obligatory) - Connects multiple modules into a single
refrigerant system
Kits
Extended level difference kit - Allows outdoor unit to be more than 50m
above indoor units
Adapters
3-module
systems
BHFQ23P907
BHFQ23P1357
1 kit
per system
1 kit
per system
Special order unit
Central drain pan kit - Installs onto the underside of the outdoor unit and collects drain
water from all bottom plate outlets into a single outlet. In cold areas should be heated by
a field-supplied heater to prevent drain water from freezing in the drain pan.
Heater tape kit - Optional electrical heater to guarantee trouble-free operation in
extremely cold and humid climates (one per outdoor unit needed)
BHGP26A1
Digital pressure gauge kit – displays current condensing and evaporating pressures in the
system as Standard, or expansion valve positions and temperature sensor data in a special
service mode. Connect to the outdoor unit PCB, for installation in the outdoor unit.
External control adapter for outdoor unit - Allows to activate Low Noise Operation and
three levels of demand control, limiting power consumption via external dry contacts.
Connects to the F1/F2 communication line and requires power supply from an indoor unit,
BSVQ box, or VRV-WIII outdoor unit.
KRC19-26A
Mechanical cool/heat selector – allows to switch an entire Heat Pump system, or one
BS-box of a Heat Recovery system between cooling, heating and fan only. Connects to the
A-B-C terminals of the outdoor unit / BS-box.
Cool/heat selector PCB (required to connect KRC19-26A)
Others
2-module
systems
KKSA26A560*
Cool/heat selector PCB mounting plate (only required when cool/heat selector PCB and
Heater tape kit are combined)
KJB111A
Installation box for remote cool/heat selector KRC19-26A
EKCHSC - Cool/heat selector cable
EKPCCAB4
VRV configurator
KKSB26B1*
Demand PCB mounting plate. Needed to mount Demand PCB for one or more outdoor units.
DTA109A51
DIII-net expander adapter
BPMKS967A2/A3
Branch provider (for connection of 2/3 RA indoor units)
EKDK04
Drain plug kit
EKBPH250D
EKBPH012T7A
EKBPH020T7A
EKBPH012T7A
•
•
•
DTA104A53/61/62
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
For 14-20 HP the demand PCB mouting plate is required. See Options & Accessories of indoor units
•
Standard on unit
•
•
•
•
•
•
•
•
•
•
•
•
VRV IV S-series
RXYSCQ-TV1
RXYSQ4-6TV9
RXYSQ4-6TY9
Multi-module connection kit (obligatory) - Connects multiple modules into a single
refrigerant system
Kits
Extended level difference kit - Allows outdoor unit to be more than 50m
above indoor units
Central drain pan kit - Installs onto the underside of the outdoor unit and collects drain
water from all bottom plate outlets into a single outlet. In cold areas should be heated by
a field-supplied heater to prevent drain water from freezing in the drain pan.
Heater tape kit - Optional electrical heater to guarantee trouble-free operation in
extremely cold and humid climates (one per outdoor unit needed)
Adapters
BHGP26A1
Digital pressure gauge kit – displays current condensing and evaporating pressures in the
system as Standard, or expansion valve positions and temperature sensor data in a special
service mode. Connect to the outdoor unit PCB, for installation in the outdoor unit.
External control adapter for outdoor unit - Allows to activate Low Noise Operation and
three levels of demand control, limiting power consumption via external dry contacts.
Connects to the F1/F2 communication line and requires power supply from an indoor unit,
BSVQ box, or VRV-WIII outdoor unit.
DTA104A53/61/62
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
KRC19-26A
Mechanical cool/heat selector – allows to switch an entire Heat Pump system, or one
BS-box of a Heat Recovery system between cooling, heating and fan only. Connects to the
A-B-C terminals of the outdoor unit / BS-box.
•
Cool/heat selector PCB (Required to connect KRC19-26A)
•
EBRP2B
KKSA26A560*
Cool/heat selector PCB mounting plate (only required when cool/heat selector PCB and
Heater tape kit are combined)
KJB111A
Installation box for remote cool/heat selector KRC19-26A
•
EKCHSC - Cool/heat selector cable (Required to connect KRC19-26A)
Others
EKPCCAB4
VRV configurator
•
•
•
•
•
•
•
•
•
•
KKSB26B1*
Demand PCB mounting plate. Needed to mount Demand PCB for one or more outdoor units.
DTA109A51
DIII-net expander adapter
BPMKS967A2/A3
Branch provider (for connection of 2/3 RA indoor units)
EKDK04
Drain plug kit
196
VRV IV with continuous heating
RYYQ8-12
RYYQ14-20
RYMQ8-12
VRV IV without continuous heating
2-module
systems
RYMQ14-20
3-module
systems
RXYQ8-12
RXYQ14-20
BHFQ22P1007 BHFQ22P1517
EKBPH012T7A EKBPH020T7A EKBPH012T7A EKBPH020T7A
•
•
•
•
VRV IV C+series
2-module
systems
3-module
systems
BHFQ22P1007
BHFQ22P1517
1 kit
per system
1 kit
per system
RXYLQ
RXMLQ
2-module
systems
3-module
systems
BHFQ22P1007
BHFQ22P1517
1 kit
per system
1 kit
per system
EKBPH012T7A EKBPH020T7A
1 kit
per system
1 kit
per system
•
•
DTA104A53/61/62
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
For 14-20 HP the demand PCB mouting plate is required. See Options & Accessories of indoor units
•
•
•
•
BRP2A81
BRP2A81
BRP2A81
BRP2A81
•
1 kit
per system
1 kit
per system
BRP2A81
BRP2A81
(1 kit per system) (1 kit per system)
•
1 kit
per system
1 kit
per system
•
•
BRP2A81
BRP2A81
1 kit
per system
1 kit
per system
BRP2A81
BRP2A81
(1 kit per system) (1 kit per system)
•
1 kit
per system
1 kit
per system
•
•
BRP2A81
BRP2A81
BRP2A81
BRP2A81
(1 kit per system) (1 kit per system)
•
•
•
•
1 kit
per system
1 kit
per system
•
•
1 kit
per system
1 kit
per system
•
•
1 kit
per system
1 kit
per system
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VRV IV i-series
SB.RKXYQ
RXYSQ8-12TY1
RDXYQ5
RDXYQ8
EKDPH1RDX
EKDPH1RDX
RKXYQ5
RKXYQ8
DTA104A53/61/62
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
•
•
BRP2A81
•
•
•
•
•
•
197
Options & accessories -
outdoor
VRV IV-Q Heat Pump Replacement VRV
RQYQ 140P
RXYQQ8-12
RXYQQ14-20
2-module systems
3-module systems
BHFQ22P1007
BHFQ22P1517
1 kit per system
1 kit per system
Multi-module connection kit (obligatory)
Connects multiple modules into a single refrigerant system
Kits
Central drain pan kit - Installs onto the underside of the outdoor unit and
collects drain water from all bottom plate outlets into a single outlet. In cold
areas should be heated by a field-supplied heater to prevent drain water from
freezing in the drain pan.
Heater tape kit - Optional electrical heater to guarantee trouble-free operation
in extremely cold and humid climates (one per outdoor unit needed)
BHGP26A1
Digital pressure gauge kit – displays current condensing and evaporating
pressures in the system as Standard, or expansion valve positions and
temperature sensor data in a special service mode. Connect to the outdoor unit
PCB, for installation in the outdoor unit.
External control adapter for outdoor unit - Allows to activate Low Noise
Operation and three levels of demand control, limiting power consumption via
external dry contacts. Connects to the F1/F2 communication line and requires
power supply from an indoor unit*, BSVQ box, or VRV-WIII outdoor unit.
Adapters
KWC26B160
KRC19-26A
Mechanical cool/heat selector – allows to switch an entire Heat Pump system, or
one BS-box of a Heat Recovery system between cooling, heating and fan only.
Connects to the A-B-C terminals of the outdoor unit / BS-box.
•
EKBPH012T7A
EKBPH020T7A
•
•
DTA104A53/61/62
For installation into
an indoor unit: exact
adapter type depends
DTA104A53/61/62
on type of indoor unit.
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
For 14-20 HP the
For 14-20 HP the demand PCB mouting plate is required. See Options & Accessories of indoor units
demand PCB mouting
plate is required. See
Options & Accessories of
indoor units
•
BRP2A81
Cool/heat selector PCB (required to connect KRC19-26A to VRV IV outdoor)
•
•
1 kit per system
1 kit per system
•
•
1 kit per system
1 kit per system
•
1 kit per system
1 kit per system
•
•
1 kit per system
1 kit per system
•
•
•
•
•
•
KKSA26A560* - Cool/heat selector PCB mounting plate (only required when
cool/heat selector PCB and Heater tape kit are combined)
Others
KJB111A
Installation box for remote cool/heat selector KRC19-26A
•
EKPCCAB4
VRV configurator
KKSB2B61*
Demand PCB mounting plate. Needed to mount Demand PCB for one or more outdoor units.
DTA109A51
DIII-net expander adapter
•
•
Refnets & branch selector boxes
Refnets
•
Refnet Joints
Capacity index
200 ≤ x < 290
Capacity index
290 ≤ x < 640
Capacity index
> 640
Capacity index
< 290
Capacity index
290 ≤ x < 640
KHRQM22M20T
KHRQM22M29T
KHRQM22M64T
KHRQM22M75T
KHRQM22M29H
KHRQM22M64H
Imperial-size connections for heat recovery pump (2-pipe)
KHRQ22M20T
KHRQ22M29T9
KHRQ22M64T
KHRQ22M75T
KHRQ22M29H
KHRQ22M64H
Metric-size connections for heat recovery systems (3-pipe)
KHRQM23M20T
KHRQM23M29T
KHRQM23M64T
KHRQM23M75T
KHRQM23M29H
KHRQM23M64H
KHRQ23M20T
KHRQ23M29T9
KHRQ23M64T
KHRQ23M75T
KHRQ23M29H
KHRQ23M64H
Imperial-size connections for heat recovery systems (3-pipe)
EKBSVQLNP
Sound reduction kit (sound insulation)
KHFP26A100C
Closed pipe kit
KHRP26A1250C
Joint kit
Quiet kit
(1) For installations with special requirements towards fire regulations, the insulation material can be replaced using kits EKHBFQ1 and EKHBFQ2.
The kits contain insulation material that complies with EN13501-1:B-S3,dO and BS476-7 (class 1)
198
Refnet Headers
Capacity index
< 200
Metric-size connections for heat pump systems (2-pipe)
Options for Branch selector boxes (BS box) (only
for connection with VRV heat recovery system)
•
VRV-W IV Water-cooled VRV
VRV III-Q Heat Recovery Replacement VRV
Heat Pump application
RQEQ 140~212
•
2-module systems
3-module systems
4-module systems
BHFP26P36C
BHFP26P63C
BHFP26P84C
1 kit per system
1 kit per system
1 kit per system
RWEYQ8-14
Heat Recovery application
2-module systems
3-module systems
2-module systems
3-module systems
BHFQ22P1007 /
BHFQ22P1517 (1)
BHFQ22P1517 (1)
BHFQ23P907 /
BHFQ23P1357 (1)
BHFQ23P1357 (1)
DTA104A53/61/62
Installation in the RWEYQ outdoor unit possible. For installation in indoor units, use appropriate type (DTA104A53/61/62) for particular indoor unit. See Options & Accessories of indoor units
•
(for H/P only)
1 kit per system
1 kit per system
•
(for H/P only)
1 kit per system
1 kit per system
•
(for H/P only)
1 kit per system
1 kit per system
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Heat Recovery Branch Selector Boxes (BS-Boxes)
Capacity index
> 640
1-port
BS1Q-A
4-port
BS4Q14AV1B
6-port
BS6Q14AV1B
8-port
BS8Q14AV1B
10-port
BS10Q14AV1B
12-port
BS12Q14AV1B
16-port
BS16Q14AV1B
•
•
•
•
•
•
•
•
•
•
•
•
KDDN26A4
KDDN26A8
KDDN26A8
KDDN26A12
KDDN26A12
KDDN26A16
KHRQM22M75H
KHRQ22M75H
KHRQM23M75H
KHRQ23M75H
•
199
Options & accessories -
indoor
FXFA-A / FXFQ-B
FXZA-A / FXZQ-A
FXCQ 20~40A
FXCQ 50~63A
FXCQ 80 ~125A
BYFQ60CW (white panel)
BYFQ60CS (grey panel)
BYFQ60B3 (Standard panel)
BYBCQ40H
BYBCQ63H
BYBCQ125H
KDBHQ56B140 (7)
BDBHQ44C60 (white & grey panel)
Sensor kit
BRYQ140B (white panels)
BRYQ140BB (black panels)
BRYQ140C (white designer panel)
BRYQ140CB (black designer panel)
BRYQ60AW (white panel)
BRYQ60AS (grey panel)
Infrared remote control (incl. receiver)
BRC7FA532F (white panels)
BRC7FA532FB (black panels)
BRC7FB532F (white designer panel)
BRC7FB532FB (black designer panel)
BRC7F530W (9) (10)
(white panel)
BRC7F530S (9) (10)
(grey panel)
BRC7EB530 (9) (10)
(standard panel)
BRC7C52
BRC7C52
BRC7C52
Madoka
BRC1H519W7 (White) / BRC1H519S7 (Silver) / BRC1H519K7 (Black)
User-friendly wired remote controller with premium design
R-410A model:
BRC1H519W7/S7/K7
R-32 model: BRC1H52W/S/K
R-410A model:
BRC1H519W7/S7/K7
R-32 model: BRC1H52W/S/K
•
•
•
BRC1E53A/B/C - Wired remote control with full-text interface and
back-light
•(18)
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
DCS601C51 (12) - intelligent Touch Controller
DCS302C51 (12) - Central remote controller
DCS301B51 (12) (13) - Unified ON/OFF controller
Panels
Individual control systems
for individual control
DST301B51 (12) - Schedule timer
RTD-NET - Modbus interface for monitoring and control
for central control
Centralised control
systems
DCC601A51 - intelligent Tablet Controller
DCM601A51 - intelligent Touch Manager
RTD-10 - Modbus interface for infrastructure cooling
RTD-20 - Modbus interface for retail
RTD-HO - Modbus interface for hotel
KLIC-DI - KNX Interface
EKMBDXA - Modbus interface
DCM010A51 - Daikin PMS interface
DMS502A51 - BACnet Interface
DMS504B51 - LonWorks Interface
Wiring
and
sensors
Filters
Replacement long life filter, non-woven type
Auto cleaning filter
KRCS - External wired temperature sensor
•(15)(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KAFP551K160
KAFQ441BA60
KAFP531B50
KAFP531B80
KAFP531B160
see decoration panel
KRCS01-7B
KRCS01-4
KRCS01-4
KRCS01-4
KRCS01-4
SB.K.RSS_RFC
(EKEWTSC-1 + K.RSS)
•
•
•
•
Adapter with 2 output signals
(Compressor / Error, Fan output)
KRP1BA58 (2)(7)
KRP1B57
Adapter with 4 output signals
(Compressor / Error, Fan, Aux. heater, Humidifier output)
EKRP1C12 (2)(7)
EKRP1B2
EKRP1B2
EKRP1B2
EKRP1B2
Adapter for centralised external monitoring/control via dry contacts
and setpoint control via 0-140Ω
KRP4A53 (2)(7)
KRP4A53 (2)
KRP4A51 (2)
KRP4A51 (2)
KRP4A51 (2)
K.RSS - External wireless temperature sensor
Adapter for external central monitoring/control
(controls 1 entire system)
Adapter for keycard and/or window contact connection (2)(11)
Adapter for multi-tenant applications
(24VAC PCB power supply interface)
KRP2A52
KRP2A51 (2)
KRP2A51 (2)
KRP2A51 (2)
BRP7A53
BRP7A53
BRP7A51
BRP7A51
BRP7A51
DTA114A61
DTA114A61
DTA104A61
DTA104A61
DTA104A61
KRP1H98A (7)
KRP1BB101
KRP1C96 (16) (17)
KRP1C96 (16) (17)
KRP1C96 (16) (17)
Wiring kit for Remote ON/OFF or Forced OFF
Standard
Standard
Standard
Standard
Standard
Drain pump kit
Standard
Standard
Standard
Standard
Standard
KDDP55C160-1 +
KDDP55D160-2 (7)(8)
KDDQ44XA60
KDDFP53B50
KDDFP53B80
KDDFP53B160
External control adapter for outdoor unit (installation on indoor unit)
Installation box / Mounting plate for adapter PCBs
(For units where there is no space in the switchbox)
Others
2-way blow
KDBQ44B60
(Standard panel)
Panel spacer for reducing required installation height
BRC1D52 (4) - Standard wired remote control with weekly timer
Building Management System & Standard
protocol interfaces
4-way (600x600)
Standard panels:
BYCQ140E (white) / BYCQ140EW (full
white)(3) / BYCQ140EB (black)
Decoration panel
Auto cleaning (5)(6): BYCQ140EGF
(obligatory for cassette units, optional for others, rear panel for FXLQ)
(white) / BYCQ140EGFB (black)
Designer panels: BYCQ140EP
(white) / BYCQ140EPB (black)
Sealing kit for 3- or 2-directional air discharge
Adapters
Ceiling mounted cassette units
Round flow (800x800)
Multi zoning kit (for detailed model code overview refer to
multizoning argue card in this catalogue)
Fresh air intake kit (direct installation type)
Air discharge adapter for round duct
Filter chamber for bottom suction
200
(1) pump station is necessary for this option
(2) Installation box is necessary for these adapters
(3) The BYCQ140EW has white insulation. Be informed that formation of dirt on white insulation is visibly
stronger and that it is consequently not advised to install the BYCQ140EW decoration panel in environments
exposed to concentrations of dirt"
(4) Not recommended because of the limitation of the functions
(5) To be able to control the BYCQ140EGF(B) the controller BRC1E or BRC1H* is needed
(6) The BYCQ140EGF(B) is not compatible with Multi and Split Non-Inverter Outdoor units
(7) Option not available in combination with BYCQ140EGF(B)
(8) Both parts of the fresh air intake are needed for each unit
Concealed ceiling units (duct units)
Corner (1-way blow)
Slim
FXKQ 25~40MA
FXKQ 63MA
BYK45F
BYK71F
BRC4C61
BRC4C61
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Medium ESP
FXDA-A / FXDQ-A3
FXSA15-32A /
FXSQ15-32A
FXSA40-50A /
FXSQ40-50A
FXSA63-80A /
FXSQ63-80A
FXSA100-125A /
FXSQ100-125A
FXSA140A /
FXSQ140A
BRC4C65
BRC4C65
BRC4C65
BRC4C65
BRC4C65
BRC4C65
R-410A model:
R-410A model:
R-410A model:
R-410A model:
R-410A model:
R-410A model:
BRC1H519W7/S7/K7
BRC1H519W7/S7/K7
BRC1H519W7/S7/K7
BRC1H519W7/S7/K7
BRC1H519W7/S7/K7
BRC1H519W7/S7/K7
R-32 model: BRC1H52W/S/K R-32 model: BRC1H52W/S/K R-32 model: BRC1H52W/S/K R-32 model: BRC1H52W/S/K R-32 model: BRC1H52W/S/K R-32 model: BRC1H52W/S/K
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•(18)
•(18)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
15-32: BAE20A62
40-50: BAE20A82
63: BAE20A102
KRCS01-1
KRCS01-1
KRCS01-4
KRCS01-4
KRCS01-4
KRCS01-4
KRCS01-4
KRCS01-4
•
•
•
•
•
•
•
•
KRP1B61
KRP1B61
KRP1B56
EKRP1B2(2)
EKRP1B2(2)
EKRP1B2(2)
EKRP1B2(2)
EKRP1B2(2)
KRP4A51
KRP4A51
KRP4A54-9
KRP4A52(2)
KRP4A52(2)
KRP4A52(2)
KRP4A52(2)
KRP4A52(2)
KRP2A51
KRP2A51
KRP2A53
KRP2A51(2)
KRP2A51(2)
KRP2A51(2)
KRP2A51(2)
KRP2A51(2)
BRP7A51
BRP7A51
BRP7A54
BRP7A51
BRP7A51
BRP7A51
BRP7A51
BRP7A51
DTA114A61
DTA114A61
DTA114A61
DTA114A61
DTA114A61
DTA114A61
DTA104A61
DTA104A61
Standard
Standard
Standard
Standard
DTA104A53
DTA104A61
DTA104A61
DTA104A61
DTA104A61
DTA104A61
KRP1BB101
KRP1BB101/
KRP1B100
KRP1BB101/
KRP1B100
KRP1BB101/
KRP1B100
KRP1BB101/
KRP1B100
KRP1BB101/
KRP1B100
Standard
Standard
Standard
Standard
Standard
Standard
Standard
Standard
Standard
Standard
•
(R-410A only)
•
(R-410A only)
KDAP25A36A
(9) Cannot be combined with sensor kit
(10) Independently controllable flaps function not available
(11) Only possible in combination with BRC1H* / BRC1E*
(12) When fixing box is required, use KJB212A, KJB311A or KJB411A depending on the size of the controller
(13) Option KEK26-1A (Noise filter) is required when installing DCS301B51
•
(R-410A only)
KDAP25A56A
•
(R-410A only)
KDAP25A71A
•
(R-410A only)
Standard
•
(R-410A only)
KDAP25A140A
(14) Wire harnass EKEWTSC is necessary
(15) The active airflow circulation function is not available for this controller.
(16) Up to 2 adaptor PCBs can be installed per installation box
(17) Only one installation box can be installed per indoor unit
(18) VRV R-32 indoor units cannot be connected to this controller
201
Options & accessories -
indoor & hot water
Panels
Concealed ceiling units (duct units)
High ESP
High ESP
FXMQ 50~80
FXMQ 100~125 FXMQ 200~250
FXHQ 32A
Ceiling suspended units
1-way blow
FXHQ 63A
FXHQ 71~100A
Decoration panel
(obligatory for cassette units, optional for others, rear panel for FXLQ)
Panel spacer for reducing required installation height
Sealing kit for 3- or 2-directional air discharge
Sensor kit
Individual control
systems
Centralised control
systems
DCC601A51 - Intelligent Tablet Controller
DCM601A51 - Intelligent Touch Manager
Wiring and
sensors
Filters
Madoka
BRC1H519W(7) (White) / BRC1H519S(7) (Silver) / BRC1H519K(7) (Black)
User-friendly wired remote controller with premium design
Building management
system + standard
protocol interface
Infrared remote control including receiver
BRC1E53A/B/C - Wired remote control with full-text interface and
back-light
BRC1D52 (4) - Standard wired remote control with weekly timer
DCS601C51 (12) - intelligent Touch Controller
DCS302C51 (12) - Central remote control
DCS301B51 (12) (13) - Unified ON/OFF control
DST301B51 (12) - Schedule timer
EKMBDXA - DIII-net modbus interface
KLIC-DI - KNX interface
DMS502A51 - BACnet interface
DMS504B51 - LowWorks interface
Replacement long life filter, non-woven type
BRC4C65
BRC4C65
BRC4C65
BRC7GA53-9
BRC7GA53-9
BRC7GA53-9
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS01-4
•
KAF372M280 (18)
KAFP501A56
KAFP501A80
KAFP501A160
KRCS01-4
KRCS01-1
KRCS01-4
KRCS01-4
KRCS01-4
•
•
•
•
•
KRP1B54
KRP1B54
KRP1B54
Auto cleaning filter
KRCS - External wired temperature sensor
K.RSS - External wireless temperature sensor
Others
Adapters
Adapter with 2 output signals
(Compressor / Error, Fan output)
Adapter with 4 output signals
(Compressor / Error, Fan, Aux. heater, Humidifier output)
EKRP1B2
EKRP1B2
KRP1B61
Adapter for centralised external monitoring/control via dry contacts
and setpoint control via 0-140Ω
KRP4A51
KRP4A51
KRP4A51
KRP4A52 (2)
KRP4A52 (2)
KRP4A52 (2)
Adapter for external central monitoring/control
(controls 1 entire system)
KRP2A51
KRP2A51
KRP2A51
KRP2A62 (2)
KRP2A62 (2)
KRP2A62 (2)
BRP7A51
BRP7A52
BRP7A52
BRP7A52
DTA104A61
DTA104A62
DTA104A62
DTA104A62
KRP1D93A
KRP1D93A
KRP1D93A
Adapter for keycard and/or window contact connection (2)(11)
BRP7A51
BRP7A51
Adapter for multi-tenant applications
(24VAC PCB power supply interface)
DTA114A61
DTA114A61
External control adapter for outdoor unit (installation on indoor unit)
DTA104A61
DTA104A61
Installation box / Mounting plate for adapter PCBs
(For units where there is no space in the switchbox)
KRP4A96
KRP4A96
Wiring kit for Remote ON/OFF or Forced OFF
Standard
Standard
Standard
EKRORO4
EKRORO4
EKRORO4
Drain pump kit
Standard
Standard
KDU30M250
KDU50P60
KDU50P140
KDU50P140
KDDQ50A140
KDDQ50A140
KDDQ50A140
KDAJ25K71
KDAJ25K140
KHFP5M35
KHFP5N63
KHFP5N160
Multi zoning kit (for detailed model code overview refer to
multizoning argue card in this catalogue)
Fresh air intake kit (direct installation type)
Air discharge adapter for round duct
Filter chamber for bottom suction
NEW
(1) pump station is necessary for this option
(2) Installation box is necessary for these adapters
(3) The BYCQ140EW has white insulation. Be informed that formation of dirt on white insulation is visibly stronger and that it is consequently not advised to install the BYCQ140E decoration panel in
environments exposed to concentrations of dirt”
(4) Not recommended because of the limitation of the functions
(5) To be able to control the BYCQ140EGF(B) the controller BRC1E is needed
(6) The BYCQ140EGF(B) is not compatible with Multi and Split Non-Inverter Outdoor units
(7) Option not available in combination with BYCQ140EGF(B)
(8) Both parts of the fresh air intake are needed for each unit
(9) Cannot be combined with sensor kit
(10) Independently controllable flaps function not available
(11) Only possible in combination with BRC1H* / BRC1E*
(12) When fixing box is required, use KJB212A, KJB311A or KJB411A depending on the size of the controller
(13) Option KEK26-1A (Noise filter) is required when installing DCS301B51
(14) Wire harnass EKEWTSC is necessary
(15) The active airflow circulation function is not available for this controller.
(16) Up to 2 adaptor PCBs can be installed per installation box
(17) Only one installation box can be installed per indoor unit
(18) Filter chamber KDJ3705L280 is necessary for this option
202
Wall mounted units
4-way blow
FXUQ-A
FXAQ-A
Concealed
FXNQ-A
Floor standing units
Free-standing
FXLQ 20~25
FXLQ 32~40
FXLQ 50~63
EKRDP25A
EKRDP40A
EKRDP63A
KDBHP49B140 + KDBTP49B140
BRC7C58
BRC7EA628
BRC4C65
BRC4C65
BRC4C65
BRC4C65
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS01-4
KRCS01-1B
KRSC01-4
KRCS01-1
KRCS01-1
KRCS01-1
•
•
•
•
KRP1B56
KRP1B56
KRP1B61
KRP1B61
KRP1B61
KRP4AA51 (2)
KRP4A54-9
KRP4A51
KRP4A51
KRP4A51
KRP2A51 / KRP2A61(2)
KRP2A53
KRP2A51
KRP2A51
KRP2A51
BRP7A51
BRP7A51
BRP7A51
BRP7A51
DTA114A61
DTA114A61
EKMTAC
EKMTAC
EKMTAC
Standard
Standard
Standard
Standard
KAFP551K160
•
KRP4A53 (2)
•
(14)
BRP7A53
DTA104A51 / DTA104A61
KRP1B97
KRP4AA93 (16)(17)
EKRORO5
Standard
K-KDU572EVE
HXY080-125A8
HXHD125-200A8
EKHBDPCA2
EKRP1HBAA
EKRP1AHTA
-
EKRUAHTB
-
EKBUHAA6(W1/V3)
EKRTWA
EKRTR1
EKRTETS
-
Domestic hot water tank - standard
(stacked on top of hydrobox)
-
EKHTS200AC
EKHTS260AC
Domestic hot water tank - with possibility for solar connection
Solar collector (1)
Pump station
-
EKHWP500B
EKSV26P (vertical) EKSH26P (horizontal)
EKSRPS
Drain pan
Digital I/O PCB
Demand PCB - Required to connect room thermostat
Remote user interface (remocon) - Same controller as supplied with cascade unit
can be mounted parallel or on other location. If 2 controllers are installed, the
installer needs to select 1 master & 1 slave
Back-up heater
Wired room thermostat - Requires demand PCB EKRP1AHTA
Wireless room thermostat - Requires demand PCB EKRP1AHTA
Remote sensor for room thermostat - Requires demand PCB EKRP1AHTA
203
Options & accessories -
ventilation
Heat Recovery Ventilation - Modular L (Smart)
Building
Management
System & Standard
protocol interface
Centralised control
systems
Individual control systems
ALB02LBS/RBS ALB03LBS/RBS ALB04,05LBS/
RBS
BRC301B61
VAM wired remote control
Madoka
BRC1H519W7 (White) / BRC1H519S7 (Silver) /
BRC1H519K7 (Black)
User-friendly wired remote controller with premium design
BRC1E53A/B/C
Wired remote control with full-text
interface and back-light
BRC1D52
Standard wired remote control with weekly timer
DCC601A51
intelligent Tablet Controller
DCS601C51
intelligent Touch Controller
DCS302C51
Central remote control
DCS301B51
Unified ON/OFF control
DST301B51
Schedule timer
DCM601A51
intelligent Touch Manager
EKMBDXA
Modbus interface
DMS502A51
BACnet Interface
DMS504B51
LonWorks Interface
ALB06,07LBS/
RBS
VAM
150FC9
VAM
250FC9
VAM
350J
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Coarse 55% (G4)
ALF02G4A
ALF03G4A
ALF05G4A
ALF07G4A
ePM10 75% (M5)
ALF02M5A
ALF03M5A
ALF05M5A
ALF07M5A
ePM10 70% (M6)
Filters
ePM1 50% (F7)
EKAFVJ50F6
ALF02F7A
ALF03F7A
ALF05F7A
ALF07F7A
ePM1 55% (F7)
EKAFVJ50F7
ePM1 70% (F8)
EKAFVJ50F8
ePM1 80% (F9)
ALF02F9A
ALF03F9A
ALF05F9A
ALF07F9A
Rail
ALA02RLA
ALA03RLA
ALA05RLA
ALA07RLA
Rectangular to round duct transition
ALA02RCA
ALA03RC
ALA05RCA
ALA07RCA
CO2 sensor
BRYMA200
BRYMA200
BRYMA200
BRYMA200
Electrical heater
ALD02HEFB
ALD03HEFB
ALD05HEFB
ALD07HEFB
ALS0290A
ALS0390A
ALS0590A
ALS0790A
High efficiency filter
Mechanical
accessories
Replacement air filter
Separate plenum
GSIEKA10009
GSIEKA15018
GSIEKA20024
Wiring adapter for external monitoring/control
(controls 1 entire system)
KRP2A51
KRP2A51
KRP2A51 (2)
Adapter PCB for humidifier
KRP50-2
KRP50-2
KRP1C4 (5)
Adapter PCB for third party heater
BRP4A50
BRP4A50
BRP4A50A (4)
Electrical accessories
Silencer (900mm depth)
External wired temperature sensor
Adapter PCB Mounting plate
Notes
(1) Do not connect the system to DIII-net devices LONWorks interface, BACnet interface, …; (intelligent Touch Manager, EKMBDXA are allowed)
(2) Installation box KRP1BA101 needed
(3) Adapter PCB mounting plate needed, applicable model can be found in the table above
(4) 3rd party heater and 3rd party humidifier cannot be combined
(5) Installation box KRP50-2A90 needed
(6) Contains 1 plenum and can be used for half side of the unit (up to 4 plenums can be used on 1 unit)
(7) Available only with optional plenum
204
BRYMA65
Energy recovery ventilation - VAM
Energy recovery ventilation VKM
VAM
500J
VAM
650J
VAM
800J
VAM
1000J
VAM
1500J
VAM
2000J
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
EKAFVJ50F6
EKAFVJ65F6
EKAFVJ50F7
EKAFVJ50F8
Air handling unit applications
VKM
50GB (M)
VKM
80GB (M)
VKM
100GB (M)
EKEQ
FCBA (1)
EKEQ
DCB (1)
EKEQ
MCBA (1)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
EKAFVJ100F6
EKAFVJ100F6
EKAFVJ100F6 x2
EKAFVJ100F6 x2
EKAFVJ65F7
EKAFVJ100F7
EKAFVJ100F7
EKAFVJ100F7 x2
EKAFVJ100F7 x2
EKAFVJ65F8
EKAFVJ100F8
EKAFVJ100F8
EKAFVJ100F8 x2
EKAFVJ100F8 x2
KAF242H80M
KAF242H100M
KAF242H100M
KAF241H80M
KAF241H100M
KAF241H100M
BRYMA65
BRYMA100
BRYMA200
EKPLEN200 (6)
EKPLEN200 (6)
BRYMA200
BRYMA200
BRYMA65
BRYMA65
BRYMA100
BRYMA100
GSIEKA20024
GSIEKA25030
GSIEKA25030
GSIEKA25030
KRP2A51 (2)
KRP2A51 (2)
KRP2A51 (2)
KRP2A51 (2)
KRP2A51 (2)
KRP2A51 (2)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (4)
KRP1C4 (5)
KRP1C4 (3/5)
KRP1C4 (5)
KRP1C4 (5)
KRP1C4 (3/5)
KRP1C4 (3/5)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (3/4)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (3/4)
BRP4A50A (3/4)
BRP4A50A (4)
BRP4A50A (4)
BRP4A50A (4)
GSIEKA35530 (7)
KRCS01-1
EKMP65VAM
EKMPVAM
205
Options - Control systems
Individual and centralised controls
BRC1D*
BRC1E*
•
•
•
•
BRC1H*
Electical box KJB111A
Electical box KJB212A(A) (1)
DCS301B51
DST301B51
•
•
DCS302C51
DCS601C51
•
•
Madoka Assistant app for advanced settings
•
Electical box KJB311A(A)
•
Electical box KJB411AA
(1) recommended as wider (more stable mounting)
Intelligent Tablet Controller - DCC601A51
Tabl
et
Wired screen for local control
Options for local control
Daikin Cloud Service
options
•
-
-
•
AL-CCD07-VESA-1
Control and monitoring package
Remote support and diagnostics package
Advise and optimisation package
Commissioning tool
Software update tool
Software
-
•
•
-
•
•
Daikin Cloud Service requires a subscription. Contact your local sales representative for more information
Standard protocol interfaces - DMS502A51
BACnet Interface
DIII-net expansion board (2 ports),
connects up to 128 additional indoor units
DAM411B51
•
Digital pulse inputs (12) for PPD functionality
DAM412B51
•
Differential Pressure Sensor 4-20 mA 0-160 kPa
EKQDP2M016
Differential Pressure Sensor 4-20 mA 0-250 kPa
EKQDP2M020
•
•
•
•
•
•
Intelligent Chiller Manager
206
Differential Pressure Sensor 4-20 mA 0-400 kPa
EKQDP2M040
Differential Pressure Sensor 4-20 mA 0-600 kPa
EKQDP2M060
ModBus RTU communication module
EKCM200J
BACnet IP communication module
EKCMBACIP
Options - Control systems
Intelligent Touch Manager - DCM601A51
Daikin Cloud Service options (2)
iTM plus adapter – Allows connection of an additional 64
indoor units/groups. Up to 7 adapters can be connected
DCM601A52
•
iTM PPD software – Allows distribution of used kWh by
indoor units connected to the iTM
DCM002A51
•
iTM HTTP interface - Allows communication to any third
party controller via http interface
DCM007A51
•
iTM Energy navigator – Energy management option
DCM008A51
•
iTM BACnet Client option – Enables integration of third
party devices to the iTM via the BACnet/IP protocol.
(This is not a gateway and cannot replace DMS502A51)
DCM009A51
•
Property Management System (PMS) interface option Enables to connect to third party PMS systems
DCM010A51
•
Oracle Opera PMS
Monitoring package
•
Remote support and diagnostics package
•
Advise and optimisation package
•
WAGO interface options for intelligent Touch Manager
Required or optional WAGO base modules
Module type
Model code
Specifications
24 V DC power supply
787-712
100 to 240 V AC —> 24 V DC, 2.5 A
Required
Communications unit (Bus coupler)
WGDCMCPLR2
RS-485, Max:115.2kbps, not programmable
Required
Connector (1)
750-960
Required
Terminator module
750-600
Required
Power supply module
750-613
IN: 24 V DC, OUT: 5 V DC
Optional
Supported WAGO I/0 modules
I/0 module type
Di
Model code
Specifications
750-400
No-voltage contact input
Contact rating: 24 V DC / 4.5 mA“
750-432
8
750-513/000-001
No-voltage contact output
Contact rating: 230 V AC / 30 V DC, 2 A
2
750-504
No-voltage contact output
Contact rating: 24 V DC / 0.5 A
4
750-455
2
4
Rated at −10 to 10 V: 13-bit resolution
2
750-459
Rated at 0 to 10 V: 12-bit resolution
4
750-555
Rated at 4 to 20 mA: 12-bit resolution
2
4
750-560
Rated at −10 to 10 V: 10-bit resolution
2
750-559
Rated at 0 to 10 V: 12-bit resolution
4
750-461/020-000
NTC20K thermistor
2
750-461
750-460
750-461/000-003
750-460/000-003
50-461/000-004
750-461/000-005
750-460/000-005
Pi
Rated at 4 to 20 mA: 12-bit resolution
750-479
750-554
Thermistor
4
750-430
750-454
Ao
2
No-voltage contact input
Contact rating: 24 V DC / 2.8 mA
Do
Ai
N° of contacts
750-638
Pt 100/RTD
Pt 1000/RTD
Ni 100/RTD
Ni1000 TK6180/RTD
Minimum pulse width: 1 ms
2
4
2
4
2
2
4
2
(1) This connector must be attached to a communications unit that is connected to the RS485 port (2-pin) of the iTM unit.
(2) To connect intelligent Touch Manager to the Daikin Cloud Service, the IoT gateway (EU.SB.5000072) and AC/DC converter (999175A) is needed.
207
We’re here to help you!
Online and offline
Online and offline
VRV selection software
Business portal via mobile or desktop
my.daikin.eu
Full BIM object library available
bim.daikin.eu
208
Tools
& platforms
Tools & platforms
209
Literature overview
210
Supporting tools, software and apps
212
30 years of history
216
209
Literature
overview
for professional network
Solutions
catalogues:
Reference
books:
Reference
catalogue
Reference
catalogue
Daikin commercial
and industrial
references
Commercial & Industrial applications
213
Water-to-air heat
pump
Main benefits,
application
examples and
specs of VRV IV
i-series product
range
Detailed info on
VRV IV W-series,
application
examples, technical
system design
background
Water-to-air
heat pump
using water as a heat source
Scale up your expectations
40
30
20
10
2016
2018
2020
2022
2024
2026
2028
RZAG-A
› Guarantees operation in both heating and
cooling mode down to -20°C
› Reliable in operation thanks to refrigerant
cooled PCB
› Maximum piping length up to 50m and 30m in
height difference
› Connectable to all common Sky Air models
and Perfera (FTXM) wall mounted unit
Industry leading technology in the most compact casing ever
Variable Refrigerant
Temperature
Replacement
technology
Infrastructure
cooling
› Reliable in operation thanks to
refrigerant cooled PCB
› Very long piping lengths up to 85m
› Market-leading serviceability and handling
• Easy access to all components
• 7-segment display
147
Madoka
Split, Sky Air, VRV, Chillers,
Refrigeration, Daikin Altherma
Detailed info
on BRC1H*
remote
control
Low height large Sky Air
Advance-series
RZA-D / FDA-A
Large Sky Air system for commercial
applications in the most compact casing ever
Replacement
technology
Pair, twin, triple,
double twin application
Pair, twin, triple,
double twin application
146
More details and final information can be found on my.daikin.eu
› Unique, low-height single fan portfolio
› Best in class performance:
SEER up to 8.02 (A++)
› Lower environmental impact thanks
to R-32 refrigerant
› Suits infrastructure cooling applications
› Guaranteed operation in both cooling
and heating down to -20°C
Modbus
Interface
› Unique, low-height single fan portfolio
› 20 and 25 kW capacity
› High efficiency: SEER up to 6.25
› Lower environmental impact thanks
to R-32 refrigerant
› Guaranteed operation in both cooling
and heating down to -20 °C
› Reliable in operation thanks to
refrigerant cooled PCB
› Very long piping lengths up to 100 m
› Market-leading serviceability and handling
• Easy access to all components
• 7-segment display
605
Low height large Sky
Air Advance-series
RZA-D Sky Air
Advance-series
Main benefits and
specs of the low height
RZA-D* series
RTD
modbus
interface
Integration of Daikin portfolio in BMS system via Modbus
› Indoor unit control
via 0~10 volt, dry contact
or resistance contact
306
Product
catalogues:
308
Sky Air
Catalogue
Product catalogue 2019
for professionals
A unique
success story repeated
NEW
Daikin Europe N.V.
for professionals
6 Predefined sizes
Compliant with VDI 6022
Exceeding ERP 2018 requirement
Plug & Play Controls
Exhaust Air
Supply Air
ALB
Return Air
Naamloze Vennootschap Zandvoordestraat 300 · 8400 Oostende · Belgium · www.daikin.eu · BE 0412 120 336 · RPR Oostende (Responsible Editor)
Daikin Europe N.V. participates in the Eurovent Certified
Performance programme for Liquid Chilling Packages and
Hydronic Heat Pumps, Fan Coil Units and Variable Refrigerant
Flow systems. Check ongoing validity of certificate:
www.eurovent-certification.com
WINNER
ECPEN18 - 200
2018 winner
100
Product catalogue 2018
Flexibility
to meet your needs
Fresh Air
airflow
direction
Including
Detailed
technical
information
& benefits of
the VRV total
solution
VRV
Modular L
Premium efficiency heat recovery unit
UNIQUE
Patents
pending
Reduced runningcosts
Improved room air quality
Minimal time required for filter cleaning
Unique technology
04/18
The present publication is drawn up by way of information only and does not constitute an offer binding upon
Daikin Europe N.V. Daikin Europe N.V. has compiled the content of this publication to the best of its knowledge. No
express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its
content and the products and services presented therein. Specifications are subject to change without prior notice.
Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, in the broadest sense, arising from
or related to the use and/or interpretation of this publication. All content is copyrighted by Daikin Europe N.V.
The present publication supersedes ECPEN17-200. Printed on non-chlorinated paper.
VRV Product catalogue 2018 for professionals
Detailed
technical
information
& benefits
on Sky Air
VRV Catalogue
Auto cleaning filter
for concealed ceiling units
Sky Air
Sky Air Alpha-series
and Round Flow
cassette
210
› Retail applications
› Hotel applications
› IT applications
› Heating interlock
› Alarm signal
Minimum running costs,
maximum flexibility.
Fast installation, top reliability,
perfect comfort.
ErP
iant
compl
2021
THE BEST
ER
PARTN
FOR GREEN
ING
BUILD RT
SUPPO
OUR BIM
VISIT
ION
APPLICAT
ON
SUITE
WWW.DA
IKIN.EU/B
Ventilation
Catalogue
Ventilation
Product catalogue 2020
for professionals
Detailed info on
Ventilation
products
Fresh air for the residential and commercial sector
Heat recovery ventilation and air handling applications
IM
200
RE
CL
1
203
223
VRV IV S-series
VRV IV S-series
Certified Reclaimed
Refrigerant Allocation
External Certified Quality
Reclaimed refrigerant meets AHRI700 certified standards,
assessed by an independent laboratory, and so is the
same quality as virgin refrigerant.
IFI
Reclaimed and reused
within Europe
Reclaimed means the refrigerant is regenerated in a high
quality way, in line with the F-gas regulation definition.
This means that units with reclaimed refrigerant support
the F-gas regulation by recovery and reclaim within the
European Union.
ED
Certified Allocated Quantity
148
Detailed info
on RTD
controls and
applications
RTD
ED
RE
CL
F -G AS
Mini VRV L∞P by
Daikin Main benefits
and specs of RXYSQTV9/TY9 series with
reclaimed refrigerant
RI
› Capacities from 3,5 to 6kW
› Top efficient outdoor units up to A++
› Lower environmental impact thanks to R-32
refrigerant
› Suits infrastructure cooling applications
› Replacement technology
› Exclusively offered for pair applications
IF I
REF
RZAG-A
Extension of the Sky Air Alpha-series range for light
commercial applications and technical cooling
RZAG-N* Sky Air
Alpha-series
Main benefits and
specs of the low
height RZAG-N*
RZAG-NV1/NY1
Make a positive choice and reuse refrigerant
to avoid more than 150,000 kg of virgin gas
being produced each year
D
Inverter
RZAG-A mini Sky
Air Alpha-series
Main benefits and
specs of RZAG-A
series
28/06/17 14:28
ME
cooling
Low height Sky
Air Alpha-series
Low height Sky Air
Alpha-series
1. Minimising the impact of new equipment, by reducing the use of
high GWP F-gases
› Changing to lower GWP HFCs and non-HFC gases for specific sectors
(e.g. use of R-32 for residential sector, etc.)
› Reducing refrigerant charges
2. Reducing the use of refrigerants for servicing HVAC-R equipment
› Reducing leakages
› Servicing ban on HFC with GWP > 2,500 for refrigeration equipment above
40 TCO2eq charge, (e.g. R-404A)
3. Increasing recovery and reuse of HFCs
(only new HFC gases are part of the HFC phase down scheme)
AI
Infrastructure
Mini Sky Air
Alpha-series
2030
L∞P by Daikin
Detailed info on L∞P
by Daikin where
reclaimed refrigerant
is reused
N
50
T IO
CA
60
RT
70
CE
80
N
90
T IO
CA
EU phase down targets towards 
100
ECPEN17-605_F-gas Regulation_07.indd 1
RT
To reduce the environmental impact of refrigerants, the EU wants to reduce the consumption and
consequently reduce the use in air conditioners and other applications.
However, HFCs remain necessary in many applications because of their energy efficiency, safety
and economic benefits. There is no ban nor a phase out of HFCs, but a gradual phase down to
a level that remains necessary for a sustainable growth of the air conditioning, heat pump and
refrigeration industry.
CE
No HFC ban but a phase down, why?
There are 3 main areas with specific actions to achieve the phase down:
% of baseline consumption allowed
140
Ready for the 2030 A/C market
Certified Reclaimed
refrigerant
Certified Reclaimed
Refrigerant Allocation
LO
214
Details on the
F-gas regulation
and how Daikin is
prepared for the
future HVAC-R
market
RI
Clear installer
benefits why to
choose Daikin
for infrastructure cooling
F-gas regulation
New F-gas
Regulation
REF
Clear installer
benefits
of VRV
replacement
technology
210
D
Mini Sky Air
Alpha-series
Variable Refrigerant
Temperature
Offering like-for-like
R-410A flexibility
ME
Infrastructure
cooling
Baseline = the average HFC consumption between 2009 and 2012
Product
flyers:
COMPLIANT
AI
Replacement
Technology
0
The quick and quality way of upgrading R-22 and R-407C systems
ErP 2021
Industry-leading
real life efficiencies
AL
for installers
CO
Lower CO2
equivalents
209
Virgin and reclaimed refrigerant are used in the Daikin Europe
factory. Through an audit process we ensure the reclaimed
refrigerant is administratively allocated to the VRV IV+ and
Mini VRV factory charge.
NT
Replacement
technology
Lower CO2 equivalent
and market-leading efficiencies
RA
Focus
topics:
207
Join us to create
a sustainable future
VRV 5
Main benefits and
specs of VRV 5
GE
208
VRV 5 S-series
ALL
O
VRV IV heat pumps for indoor installation
VRV5 S-Series
NT
Compact VRV IV heat pumps
for residential and light commercial applications
VRV IV i-series
i
Keep looking
you’ll never find me
Main benefits,
application
examples and
specs of VRV IV
S-series product
range
RA
VRV IV S-series
Keep looking
you’ll never find me
GE
Product
profiles:
Reclaiming R-410A
is just the start
With a huge potential of R-410A available in existing
installations, we invite you to join our mission in
creating this circular economy. Today for R-410A and for
other refrigerants in future.
224
for your customers
Solutions
catalogues:
Commercial
Solutions
Green Buiding
Solutions
Daikin offers solutions for commercial applications
Green building
solutions
100
Sustainable design
with Daikin HVAC-R systems
Reference
books:
Maximise your
BREEAM score
Clear building owner/
investor benefits why
to choose Daikin for a
green building, with
emphasis on BREEAM
Maximise your
BREEAM score
with Daikin Solutions
BREEAM categories
Overview of how
to score BREEAM
points with Daikin
Hotel Solutions
Hotel solutions
for hotel owners
Heating - air conditioning - hot water - ventilation - refrigeration - control
Clear building
owner/investor
benefits why to
choose Daikin for
a hotel
218
International New Construction 2016
216
221
Success Case study
Success case study
Hotel Van der Valk, Mons
›A
Daikin total solution
Vandervalk hotel case
In depth info on the
VRV total solution at a
Vandervalk hotel
219
Product
profiles:
Intelligent Touch
Manager
Control systems
Intelligent Touch
Manager
Detailed benefits of
Intelligent Touch
Manager
Tablet
intelligent
Tablet Controller
Intelligent
Tablet
Controller
Daikin Cloud Serivce
Details on the Daikin
Cloud connection
Daikin
Cloud Service
Detailed benefits
of Intelligent Tablet
Controller
Remote monitoring and control
for commercial DX systems
An intelligent approach
to air conditioning management
Mini Building Management System
Advanced centralised controller with cloud connection
ECPEN19-542_V04.indd 1
302
Focus
topics:
SPLIT, SKY AIR, VRV, CHILLERS
The phase-out period for
R-22 is over.
Act now!
Avoid loss of business and replace your air conditioning
system now!
303
18/09/2018 10:39
542
Replacement
technology
Clear building
owner/investor
benefits of
replacement
technology
15-215
Technical documentation:
Download all technical documentation such as engineering databooks, selection software, installation and operation manuals and
service manuals directly from our business portal: my.daikin.eu
211
Supporting
tools, software and apps
www.daikineurope.com/
support-and-manuals/
software-downloads
Web based Xpress selection software
Making selection easy, anythime, anywhere
› Web & cloudbased, access to your projects from
anywhere, anyplace…
› Platform (Windows, Mac, …) and hardware
(laptop, desktop, tablet) independent
› Re-engineered GUI for maximum easy of use
› No need to do local installation
› No tool updates required
(always latest version available)
› Possibility to copy / share projects
Easy selection, anytime, anywhere
Main functions
Toolbox
Working area
Detailed properties
Import / Export / Delete indoors
212
Easy editing of piping
Intuitive interface
Clear wiring overview, easy to make control groups
Clear overview of control groups and central controls
Other selection software
VRV Pro
Ventilation Xpress
Enables VRV air conditioning systems to be
engineered in a precise and economical way, taking
into account the complex piping rules. Moreover, it
ensures optimum operating cycles and maximum
energy efficiency.
› Accurate heat load calculation
› Precize selection based on peak loads
› Energy consumption indication
Selection tool for ventilation devices (VAM, VKM). The
selection is based on given supply/extract airflows
(including fresh up and given ESP of supply/extract
ducting:
› Determines size of electrical heaters
› Visualisation of psychrometric chart
› Visualisation of selected configuration
› Required field settings mentioned in the report
Webbased ASTRA selection
for air handling units
WAGO selection tool
A powerful tool to select the right Air Handling Units
for your needs.
› 3D interface
› quick selection procedures
› new print-out possibilities and report shapes
The WAGO Selection Tool is specifically designed to
select the optimal WAGO I/O system for your needs.
› Easy selection of WAGO materials
› Material list creation
› Time saving
• Includes wiring schemes
• Contains commissioning/preset data for
213
Plugins and third-party software tools
Building Information Modelling
(BIM) support
www.daikin.eu/
bim
› BIM improves efficiency of design and build phase
› Daikin is among the first
to supply a full library of BIM objects
for its VRV products
VRV CAD 2D
› Displays VRV pipe design on a Autocad 2D
floorplan
› Improves project management
› Accurately calculates the pipe dimensions and
refnets
› Determines the outdoor unit size
› Validates VRV pipe rules
› Accounts for the extra refrigerant charge,
including a max room concentration check
Energy simulation and design aid tools
Seasonal simulator
› The Seasonal Simulator is an innovative software
tool that calculates and compares potential
seasonal efficiency ratings.
› This user-friendly tool compares various Daikin
systems, annual power consumption, CO2
emissions, and much more, to present an accurate
ROI calculation in a matter of minutes.
Psychrometrics diagram NEW
› The Psychrometrics Diagram Viewer demonstrates
the changing properties of moist air.
› With this tool, users can choose two points with
specific conditions, plot them on the diagram and
select actions to change the conditions, i.e. heat,
cool and mix air.
214
http://www.
daikineurope.
com/autocad/
index.jsp
Service tools
Error code app
Quickly know the meaning of fault codes, for each
product family and the potential cause
D-Checker
D-checker is a software application used to record
and monitor operation data of Daikin applied, split,
Multi-split, Sky-air units, Daikin Altherma LT, ground
source heat pump, Hybrid, ZEAS, Conveni-pack &
R410A Booster unit
Bluetooth adaptor NEW
Monitoring of Split, Sky Air and VRV data via any
bluetooth device
› No need to access the outdoor unit
Diagnosis of the Bluetooth system possible:
• Connects with D-Checker software (for laptops)
• Connects with monitoring app (for tablets or
smartphones)
Computer with Bluetooth
VRV Service-Checker
› Connected via F1/F2 bus to check multiple
systems at the same time
› Connection of external pressure sensors possible
Online support
Internet
Business portal
Find our solution for different applications:
› Experience our new extranet that
thinks with you at my.daikin.eu
› Find information in seconds
via a powerful search
› Customise the options so you
see only info relevant for you
› Access via mobile device or desktop
Supermarket
Technical
Restaurant
Hotel
Store &
shop
Home
Bank
Office
Industry
Sport &
Leisure
my.daikin.eu
ON
THE
R OA D
AT
C U S TO M E
RS
AT THE OFFICE
› Get more commercial details on our flagship
products via our dedicated minisites
› See our references
HOTEL PORTA FIRA
www.daikineurope.com/references
215
Over 30 years of
VRV History
1987
1998
2004
2008
Introduction the original VRV air
conditioning system to Europe,
invented by Daikin in 1982
› Up to 6 indoor units connected
to 1 outdoor unit
Launch inverter series with
R-407C
› Up to 16 indoor units connected to 1 outdoor unit
Expand to light commercial sector with
VRVII-S
› Available in 4, 5, 6HP capacities
› 1 system can be installed in up to 9 rooms
Launch of heat pump
optimised for heating
(VRV III-C)
› Extended operation
down to -25C
› 2-stage compressor
systems
1987
1991
1998
2003
2004
2005
2003
1991
Introduce VRV heat
recovery
› Simultaneous cooling
and heating
216
Introduce VRVII-- the first R-410A
VRF system
Available in cooling, heat pump and
heat recovery
› 40 units connected to single
refrigerant circuit
2005
Extends VRVII inverter
range with water
cooled VRV-WIII
› Available in heat
pump and heat
recovery
2006-2007
2006-2007
Launch the extensively
re-engineered VRVIII
› Available in cooling, heat
pump and heat recovery
› Automatic charging and
testing
› Up to 64 units
connected to 1 system
2008
2015
Launch of VRV IV S-series
› Most compact unit in
the market
› Widest range in the market
2015
Launch of VRV IV i-series
› The invisible VRV
› Unique product concept
2011
Launch total solution concept
› Integrate hot water production
and Biddle air curtains into VRV
system
› Connectable to Daikin Emura
and Nexura
› 400,000 outdoors units sold
› 2.2 million indoor units sold
2010
2011
2010
Launch of replacement VRV
(VRVIII-Q)
› Upgrade to replace older VRV units
using R-22 refrigerant
2012
2015
2012-2014
Setting new standards with the
launch of VRV IV
› 28% improved seasonal efficiency
› Continuous heating on heat
pumps
› Available in heat pump, heat
recovery, water-cooled and
replacement series
2019
2020
Launch of VRV IV+ series
› New compressor for increased seasonal efficiency
› Available in heat recovery,
heat pump, optimised for
heating and water-cooled
versions
VRV 5 S-series
› Completely redesign unit for
R-32 refrigerant
› Easier to handle and more
flexible to install then ever!
2019
2020
2019
Launch of L∞P by Daikin
› Re-use of existing refrigerant
› Creating a circular economy of
refrigerants
217
218
Technical
drawings
Technical drawings
219
Outdoor units
220
Indoor units
246
Hot water
286
Biddle air curtains
291
Ventilation
294
219
Technical drawings
Outdoor
units
RXYSA-AV1 / AY1
221
REYQ-U / REMQ-U / RYYQ-U /
RYMQ-U / RXYQ-U / RXYQQ-U
225
RXYSCQ-TV1 /
RXYSQ-TV9 / TY9 / TY1
227
RDXYQ-T(8) / RKXYQ-T(8)
237
RXMLQ-T - RXYLQ-T
239
RQCEQ-P3240
RQYQ-P243
RWEYQ-T9245
220
RXYSA-AV1/AY1
30
171
36
55
485
(480~490)
758
30
41
101
4 holes for anchor bolts
M12
40
460
171
4
1100
3
2
1
7
7
51
45
869
6
6
5
95
175
90
12
53
95
45
325
25
70
25
53
70
90
150
53
26
95
190
45
5
99
150
17
103
58
71
17
8
Liquid pipe connection ·Ø9.5· brazing
3
Service port (in the unit)
4 Electronic connection and grounding terminal ·M5· (in the switch box)
46
59
51
246
5
1 Gas pipe connection ·Ø22.2· brazing
2
45
50
109
289
163
163
163
5
Refrigerant piping intake
6
Knockout hole.
7
Knockout hole.
8
Drain outlet
RZA-D
250
250
Wall
*
For optimal serviceability, provide ≥·250·mm of free space.
For more installation and service space guidelines, see drawing ·3D069554·.
3D120935
221
RXYSA-AV1/AY1
RXYSA-AV1
RXYSA-AY1
Single unit (
) | Single row of units (
)
Suction side
In the illustration below, the service space at the suction side is based on 35°C DB and cooling
operation. Foresee more space in the following cases:
- When the suction side temperature regularly exceeds this temperature.
- When the heat load of the outdoor units is expected to regularly exceed the maximum operating
capacity.
Discharge side
Take refrigerant piping work into account when positioning the units. If your lay
out does not match with any of the layouts below, contact your dealer.
Single unit (
eB
eD
HD
) |Single row of units (
E
C
c HU
D d
e
B H
B
b
a A
C
c HU
HD
E
eD
Hu
Hb,Hd
1
2
B
A,B,C
B,E
A,B,C,E
D
D,E
Hd>Hu
Hd≤Hu
Hb≤½Hu
Hd>Hu ½Hu>Hb≤Hu
Hb>Hu
Hd≤½Hu
Hd≤Hu ½Hu<Hd≤Hu
Hd>Hu
Hd>Hu
Hd≤½Hu
Hd≤Hu
½Hu<Hd≤Hu
Hb≤½Hu
Hd>Hu ½Hu<Hb≤Hu
Hb>Hu
Hd≤½Hu
Hd≤Hu ½Hu<Hd≤Hu
Hd>Hu
B,D,E
A,B,C
A,B,C,E
D
D,E
e
B,D
≥100(1)
B
HB
b
≥100(1)
D d
(1)
A,B,C,D
E
a,b,c,d,e
eB
Hb Hd Hu
B,D
eB
eD
A~E
a A
B,D,E
)
a
≥ 100(1)
≥ 150(1)
≥ 200(1)
≥ 200(1)
b
≥ 100
≥ 100
≥ 100
≥ 150
c
(mm)
d
≥ 100
≥ 150
≥ 100
≥ 100
≥ 250
≥ 250
≥ 500
≥ 500
≥ 500
≥ 500
≥ 750
≥ 1000
≥ 100
≥ 200
≥ 1000
≥ 1000
≥ 300 ≥
≥ 300
1000
≥ 1000
e
eB
≥ 1000
≥ 1000
eD
≤500
≤500
≥ 1000
≤500
≥ 1000
≥ 1000
≤500
≤500
≥ 1000
≥ 1000
≤500
≤500
≥ 1000
≤500
≥ 300
≥ 250
≥ 300
≥ 300
≥ 300
≥ 1000
≥ 1000
≥ 1000
≥ 1500
≥ 1500
PATTERN≥ 1000
1
≥ 1250
≥ 1000
≤500
≥ 1000
≥ 1000
≤500
≤500
≥ 250
≥ 300
≥ 1500
≥ 1500
≥ 1000
≥ 1000
≤500
≤500
1
1+2
For better serviceability, use a distance ≥250 mm
Obstacles (walls/baffle plates)
Obstacle (roof)
Minimum service space between the unit and obstacles A, B, C, D and E
Maximum distance between the unit and the edge of obstacle E, in the direction of
obstacle B
Maximum distance between the unit and the edge of obstacle E, in the direction of
obstacle D
Height of the unit
Height of obstacles B and D
Seal the bottom of the installation frame to prevent discharged air from flowing back to
the suction side through the bottom of the unit.
Maximum two units can be installed.
Not allowed
1D128513
222
RXYSA-AV1/AY1
RXYSA-AV1
RXYSA-AY1
Multiple rows of units (
Multiple rows of units (
)
)
≥100(1)
≥100(1)
H
≥100
B
b
≥100(1)
≥2000
≥100(1)
≥3000
≥100(1)
≥200
≥100(1)
≥1000
≥ 600
H
U
≥1500
Hb Hu
Hb≤½Hu
½Hu<Hb≤Hu
b (mm)
b≥250
b≥ 300
Hb>Hu
(1)
For better serviceability, use a distance ≥250 mm
Not allowed
1D128513
223
RXYSA-AV1
RXYSA-AV1/AY1
RXYSA-AY1
Stacked units (max.2 levels) (
Stacked units (max.2 levels) (
)
)
A2
A1
≥100(1)
A2
≥100(1)
≥500
A2
≥500
≥1000
B1
≥300
B2
≥100(1)
B2
≥100(1)
≥100(1)
≥1000
B2
≥100(1)
≥300
(1)
A1=>A2
For better serviceability, use a distance ≥250 mm
(A1) If there is danger of drainage dripping and freezing between the upper and lower
units…
(A2) Then install a roof between the upper and lower units. Install the upper unit high
enough above the lower unit to prevent ice buildup at the upper unit's bottom plate.
B1=>B2 (B1) If there is no danger of drainage dripping and freezing between the upper and lower
units…
(B2) Then it is not required to install a roof, but seal the gap between the upper and lower
units to prevent discharged air from flowing back to the suction side through the bottom
of the unit.
1D128513
224
VIEW ALL REYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RYYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYQQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
REMQ5U / REYQ8-12U / RXYQQ8-12U / RXYQ8-12U / RYYQ8-12U / RYMQ8-12U / RXYTQ8UYF
REMQ5U
Pitch of foundation bolt holes
766
100
66
160
106
AB
Detail ·B·
Detail ·A·
4-15x22.5mm
353
8
134
125
107
335
729
190
RXYTQ8-UYF
AA
RXYQ8-12U
RYMQ8-12U
112
RXYQQ8-12U
3
70
2
1
Pitch of foundation bolt holes
REYQ8-12U
Oblong hole
10
View ·C·
Foundation bolt hole
1685
11
4
7
6
179
131
276
259
515
122
9
76
76
Detail ·B·
137
Notes
97
Detail ·A·
328
1. Detail ·A· and detail ·B· indicate the dimensions after fixing the attached piping.
2. Items ·4 - 10:·
3. Gas pipe
5
107
Model
272
765
373
Knockout hole.
AA
RYYQ8-12U, RXYQ8-12U, RXYQQ8-12U,RXYTQ8U
C
246
REMQ5U, RYMQ8-12U, REYQ8-12U
AB
240
930
:
:
:
:
RYYQ8U, RYMQ8U, RXYQ8U, RXYQQ8U, RXYTQ8U
RYYQ10U, RYMQ10U, RXYQ10U, RXYQQ10U
REMQ5U, REYQ8-12U
RYYQ12U, RYMQ12U, RXYQ12U, RXYQQ12U
Liquid pipe
RYYQ8-10U, RYMQ8-10U, RXYQ8-10U, RXYQQ8-10U,
REMQ5U, REYQ8-12U, RXYTQ8U
:
Grounding terminal
Pipe routing hole (bottom)
Pipe routing hole (front)
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
3
High pressure/low pressure gas pipe
2 Gas pipe connection port
1 Liquid pipe connection port
No. Part name
Ø ·19.1· brazing connection
Ø ·22.2· brazing connection
Ø ·25.4· brazing connection
Ø ·28.6· brazing connection
11
10
Ø ·9.5· brazing connection
: Ø ·12.7· brazing connection
RYYQ12U, RYMQ12U, RXYQ12U, RXYQQ12U
Equalising pipe
RYMQ8-10U
: Ø ·19.1· brazing connection
RYMQ12U
: Ø ·22.2· brazing connection
High pressure/low pressure gas pipe
: Ø ·19.1· brazing connection
REMQ5U, REYQ8-12U
Inside of the switch box (·M8·)
9
8
7
6
5
4
Ø65
Ø27
Ø65
Ø80
Ø65
See note ·3·.
See note ·3·.
See note ·3·.
Remark
2D119001
REYQ14-20U / RXYQQ14-20U / RXYQ14-20U / RYYQ14-20U / RYMQ14-20U / RXYTQ10-16UYF
71
160
106
AA
4-15x22.5mm -
Detail B
Detail A
Oblong hole
125
8
70
729
AB
310
100
393
134
107
1076
3
112
2
Pitch of foundation bolt holes
Pitch of foundation bolt holes
1
210
REYQ14-20U
RXYQQ14-20U
RXYQ14-20U
RXYTQ10-16U
RYYQ14-20U
RYMQ14-20U
10
View C
Foundation bolt hole
1685
11
4
7
6
137
179
97
DETAIL B
DETAIL A
765
5
107
272
328
C
373
1. Detail A and detail B indicate the dimensions after fixing the attached piping.1.
2. Items 4 - 10:
131
276
76
76
Notes
259
515
122
9
Knockout hole.
1240
3. Gas pipe
Ø 22.2 brazing connection
RXYTQ10U
REYQ14-20U
Ø 25.4 brazing connection
RYYQ14-20U, RYMQ14-20U, RXYQ14-20U, RXYQQ14-20U,
Ø 28.6 brazing connection
RXYTQ12-16U Liquid pipe
RXYTQ10U
Ø 9.5 brazing connection
RYYQ14-16U, RYMQ14-16U, RXYQ14-16U, RXYQQ14-16U, REYQ14-20U,
Ø 12.7 brazing connection
RXYTQ12-16U
Ø 15.9 brazing connection
RYYQ18-20U, RYMQ18-20U, RXYQ18-20U, RXYQQ18-20U Equalising pipe
RYMQ14-16U
Ø 22.2 brazing connection
11 Grounding terminal
10 Pipe routing hole (bottom)
RYMQ18-20U
High pressure/low pressure gas pipe
Ø 28.6 brazing connection
REYQ14-20U
Ø 22.2 brazing connection
2 Gas pipe connection port
1 Liquid pipe connection port
No. Part name
Model
RXYQ14-20U, RYYQ14-20U, RXYQQ14-20U, RXYTQ10-16U
RYMQ14-16U, REYQ14-20U
RYMQ18-20U
Pipe routing hole (front)
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
3 High pressure/low pressure gas pipe
9
8
7
6
5
4
AA
240
240
AB
155
192
Inside of the switch box (M8)
Ø65
Ø27
Ø65
Ø80
Ø65
See note 3.
See note 3.
See note 3.
Remark
2D119091
225
VIEW ALL REYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RYYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYQQ-U TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
REMQ-U / REYQ-U / RXYQQ-U / RXYQ-U / RYYQ-U / RYMQ-U / RXYTQ-UYF
REMQ5U
REYQ8-20U
RXYQQ8-20U For single unit installation
RXYQ8-20U
For installation in rows
RYYQ8-20U
RYMQ-20U
Pattern 1
Pattern 1
Pattern 1
300 or more
10 or more
10 or more
20 or more
500 or more
Pattern 2
Front
20 or more
10 or more
10 or more
500 or more
Pattern 2
100 or more
300 or more
300 or more
300 or more
Front
20 or more
10 or more
100 or more
10 or more
Front
50 or more
50 or more
100 or more
500 or more
300 or more
Front
20 or more
10 or more
100 or more
900 or more
Front
20 or more
20 or more
10 or more
Front
Front
50 or more
Front
100 or more
50 or more
50 or more
Front
100 or more
50 or more
50 or more
500 or more
Front
50 or more
100 or more
300 or more
400 or more
500 or more
100 or more
500 or more
Wall height unrestricted
10 or more
500 or more
50 or more
Wall height unrestricted
Pattern 3
10 or more
20 or more
10 or more
10 or more
500 or more
Pattern 2
Front
600 or more
50 or more
Front
10 or more
500 or more
Pattern 3
200 or more
20 or more
10 or more
100 or more
300 or more
Front
500 or more
600 or more
500 or more
50 or more
10 or more
Front
400 or more
Front
100 or more
500 or more
50 or more
50 or more
100 or more
50 or more
50 or more
100 or more
Notes
1. Height of the walls in case of patterns 1 and 2:
Front: 1500mm
Suction side: 500mm
Side: height unrestricted
50 or more
Front
500 or more
200 or more
< Unit : mm >
ｈ２
Front
10 or more
For centralised group layout
ｈ１
Suction side
５５５
2. If the walls are higher than mentioned above, then additional service space is needed:
- suction side: service space + h1/2
- front side: service space + h2/2
Front
When the design outdoor ambient temperature exceeds 35°C or the load exceeds maximum ability of much generation load of heat in all outdoor unit,
make sure the suction-side space is broader than the space shown on this drawing.
１５５５
The installation space shown on this drawing is based on cooling operation at 35°C (outdoor temperature).
< Unit : mm >
3. When installing the units, select the pattern that best fits the available space.
Always keep in mind to leave sufficient space for a person to pass between unit and wall and for the air to circulate freely.
If more units are to be installed than are catered for in the above patterns, your layout should take into account of the possibility of short circuits.
4. Provide sufficient space at the front to connect refrigerant piping (comfortably).
3D118467
226
VIEW ALL RXYSCQ-TV1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYSQ-TV9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSCQ-TV1
4 holes for anchor bolts
30
M12
Gas pipe connection ·AA· flare
Liquid pipe connection ·Ø9.52· flare
Service port (in the unit)
High pressure
Service port (in the unit)
Additional refrigerant charge
Grounding terminal
Inside of the switch box (·M5·)
Refrigerant piping intake (knockout hole)
Power supply wiring intake (knockout hole ·Ø53·)
Control wiring intake (knockout hole ·Ø27·)
Drain pipe connection (outside diameter ·Ø26·)
1
3
490
460
(485-495)
2
52
4
5
30
37
170
60
101
150
620
6
7
8
9
40
940
Model
RXYSCQ4TMV1B
RXYSCQ5TMV1B
RXYSCQ6TMV1B
AA
Ø15.9
Ø15.9
Ø19.1
5
2
1
4
823
3
6
88
9
19
80
69 17
62 59 118 102
104 17
52
19
100
151
7
8
53 95
60
53 95
289
313
6
6
216
20
130
21
89
32
98
3D098107A
RXYSQ-TV9 / TY9
RXYSQ-T8V/T8Y
1
140
140
620
30
350
(345~355)
M12
320
4 holes for anchor bolts
59
43
30
40
94
Gas pipe connection A
2
Liquid pipe connection Ø9.5 flare
3
(2X) Service port (in the unit)
4
Electronic connection and grounding terminal M5 (in the switch box)
5
Refrigerant piping intake
6
Power supply wiring intake (knockout hole Ø34)
7
Control wiring intake (knockout hole Ø27)
8
Drain outlet
4
Model
900
30
A
RMXS112E8V1B
3
2
1
RMXS140E8V1B
Ø19.1 brazed connection
RMXS160E8V1B
Ø19.1 brazed connection
RXYSQ4PA7V1B
Ø15.9 flared connection
RXYSQ5PA7V1B
Ø15.9 flared connection
RXYSQ6PA7V1B
Ø19.1 brazed connection
1345
ERX100A9V1B
7
7
5
117
58
102
70
5
376
191
223
148
55
84
ERX140A9V1B
13
67
5
6
Ø15.9 flared connection
GCA125BD4
Ø15.9 flared connection
GCA140BD4
Ø19.1 brazed connection
RXYSQ4PA7Y1B
Ø15.9 flared connection
RXYSQ5PA7Y1B
Ø15.9 flared connection
RXYSQ6PA7Y1B
Ø19.1 brazed connection
7
145
16
45
95
80
54
89
142
71
8
19
54
6
19
Ø15.9 flared connection
Ø19.1 brazed connection
16
89
24
95
60
423
430
5
Ø15.9 flared connection
ERX125A9V1B
GCA100BD4
52
55
6
Ø19.1 brazed connection
Model
A
RA indoor unit
VRV indoor unit
RXYSQ4(P8/T7/T8)V(1)B
Ø19.1 brazed connection
Ø15.9 flared connection
RXYSQ5(P8/T7/T8)V(1)B
Ø19.1 brazed connection
Ø15.9 flared connection
RXYSQ6(P8/T7/T8)V(1)B
Ø19.1 brazed connection
RXYSQ4(P8/T7/T8)Y(1)B
Ø19.1 brazed connection
Ø15.9 flared connection
RXYSQ5(P8/T7/T8)Y(1)B
Ø19.1 brazed connection
Ø15.9 flared connection
RXYSQ6(P8/T7/T8)Y(1)B
Ø19.1 brazed connection
3TW303741E
227
VIEW ALL RXYSQ-TY9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL RXYSQ-TY1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
RXYSQ8TY1
RXYSQ8TY1
30
61
48
320
M12
350
(345-355)
30
4 holes for anchor bolts
44
96
620
160
30
160
940
3
5
1430
4
2
1
8
8
7
6
8
55
13
145
16
16
68 67
151
68
90
52
80
19
142
9
223
19
54
89
89
6
7
84 55
54 95
95
60
6
6
53 95
7
67
1
Gas pipe connection Ø19.1 brazing
2
Liquid pipe connection Ø9.52 brazing
3
Service port (in the unit)
High pressure
4
Service port (in the unit)
Additional refrigerant charge
5
Grounding terminal
6
Refrigerant piping intake (knockout hole)
Inside of the switch box (M5)
47
395
191
7
Power supply wiring intake (knockout hole Ø34)
8
Control wiring intake (knockout hole Ø27)
9
Drain pipe connection (outside diameter Ø26)
3D098108
52
30
460
490
(485-495)
64
49
30
RXYSQ10-12TY1
RXYSQ10-12TY1
97
170
620
150
940
40
5
4
3
2
633
52
95
6
59 118 102
62
228
20
130
21 89
53
154
9
216
100 22
95
6
53
8
7
88
28
60
626
1615
1
98
32
19
80
1
RXYSQ10TMY1B: Gas pipe connection Ø22.2 brazing
RXYSQ12TMY1B: Gas pipe connection Ø25.4 brazing
2
RXYSQ10TMY1B: Liquid pipe connection Ø9.52 brazing
RXYSQ12TMY1B: Liquid pipe connection Ø12.7 brazing
3
Service port (in the unit)
Additional refrigerant charge
4
Service port (in the unit)
High pressure
5
Grounding terminal
Inside of the switch box (M8)
6
Refrigerant piping intake (knockout hole)
7
Control wiring intake (knockout hole Ø27)
8
Power supply wiring intake (knockout hole Ø53)
9
Drain pipe connection (outside diameter Ø26)
3D098109
VIEW ALL RXYSCQ-TV1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSCQ-TV1
RXYSCQ-TV1
(B) When there are obstacles on discharge sides.
l
Required instalation space
No obstacle above
1 Stand-alone installation
The unit of values is mm.
(A) When there are obstacles on suction sides
l
500 or more
No obstacle above
2 Series installation (2 or more)
1 Stand-alone installation
l Obstacle on the suction side only
250 or more
250 or more
100 or more
l Obstacle on both sides
1000 or more
100 or more
100 or more
250 or more
500 or less
Obstacle above, too
1000 or more
l
1 Stand-alone installation
2 Series installation (2 or more)
l Obstacle on both sides
500 or more
250 or more
2 Series installation (2 or more)
250 or more
500 or less
Obstacle above, too
1 Stand-alone installation
l Obstacle on the suction side, too
250 or more
250 or
more
1000 or more
(C) When there are obstacles on both suction and
discharge sides.
500 or less
l Obstacle on the suction side, and both
sides
1000 or more
100 or more
Pattern 1
When the obstacles on the discharge side is higher
than the unit.
(There is no height limit for obstructions on the intake
side.)
l
No obstacle above
1 Stand-alone installation
150 or more
250 or more
150 or more
100 or more
500 or more
2 Series installation (2 or more)
l Obstacle on the suction side, and both sides
2 Series installation (2 or more)
500 or less
1000 or more
l
500 or less
300 or more
1000 or more
250 or more
1000 or more
100 or more
250 or more
250 or more
1000 or more
250 or more
300 or more
250 or more
250 or more
300 or more
1000 or more
3D089310A
229
VIEW ALL RXYSCQ-TV1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSCQ-TV1
RXYSCQ-TV1
2 Series installation
Obstacle above, too
500 or less
500 or less
The relations between H, A and L are
as follows.
1000 or more
1 Stand-alone installation
1000 or more

The relations between H, A and L are
as follows.
Set the stand as:
250 or more
250 or
more
Set the stand as:
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
Only two units can be installed for
this series.
1000 or more
500 or less
The relations between H, A and L are
as follows.
250 or more
1000 or more
(D) Double-decker installation
1 Obstacle on the discharge side
250 or
more
Close the gap Z (the gap between the upper an lower
outdoor units) to prevent the discharged air from being
bypassed.
Don not stack more than two units.
1000 or more
2 Obstacle on the suction side
300 or more
Pattern 2
Close the gap Z (the gap between the upper an lower
outdoor units) to prevent the discharged air from being
bypassed.
Don not stack more than two units.
When the obstacle on the discharge side is lower
than the unit:
(There is no height limit for obstructions on the
intake side.)

250 or
more
No obstacle above
1 Stand-alone installation
100 or more
500 or more
Drain piping construction
dimension
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
2 Series installation (2 or more)
Drain piping construction
dimension
Set the stand as:
Close the bottom of the installation frame
to prevent the discharged air from being
bypassed.
Only two units can be installed for
this series.
300 or
more
(E) Multiple rows of series installation
(on the rooftop, etc.)
1 One row of Stand-alone installation
2 Series installation (2 or more)
100 or more
The relations between H, A
and L are as follows.
250 or more
2000 or more
250 or more
200 or more
2 Rows of series installation (2 or more)
1000 or more
The relations between H, A and L are as follows.

Obstacle above, too
1500 or more
1 Stand-alone installation
Can not be installed
The relations between H, A and L are
as follows.
500 or less
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
250 or more
1000 or more
Set the stand as:
250 or more
3000 or more
1000 or more
600 or more
1500 or more
3D089310A
230
VIEW ALL RXYSQ-TV9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RXYSQ-TY9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSQ-TV9/TY9
RXYSQ-TV1
RXYSQ4-6TY1
(B) When there are obstacles on discharge sides.
l
Required instalation space
No obstacle above
1 Stand-alone installation
The unit of values is mm.
(A) When there are obstacles on suction sides
l No obstacle above
500 or more
2 Series installation (2 or more)
1 Stand-alone installation
l Obstacle on the suction side only
100 or more
l Obstacle on both sides
1000 or more
100 or more
100 or more
250 or more
Obstacle above, too
500 or less
1000 or more
l
1 Stand-alone installation
2 Series installation (2 or more)
l Obstacle on both sides
500 or more
2 Series installation (2 or more)
500 or less
500 or less
Obstacle above, too
1 Stand-alone installation
l Obstacle on the suction side, too
1000 or more
300 or more
200 or more
1000 or more
(C) When there are obstacles on both suction and
discharge sides.
500 or less
l Obstacle on the suction side, and both
sides
1000 or more
100 or more
Pattern 1
When the obstacles on the discharge side is higher
than the unit.
(There is no height limit for obstructions on the intake
side.)
l
No obstacle above
1 Stand-alone installation
150 or more
250 or more
150 or more
100 or more
500 or more
2 Series installation (2 or more)
l Obstacle on the suction side, and both sides
2 Series installation (2 or more)
500 or less
1000 or more
l
1000 or more
100 or more
1000 or more
250 or more
300 or more
250 or more
250 or more
300 or more
1000 or more
3D045696D
231
VIEW ALL RXYSQ-TY9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL RXYSQ-TV9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
RXYSQ-TV9/TY9
RXYSQ-TV1
RXYSQ4-6TY1
2 Series installation
Obstacle above, too
500 or less
500 or less
The relations between H, A and L are
as follows.
1000 or more
1 Stand-alone installation
1000 or more

The relations between H, A and L are
as follows.
Set the stand as:
250 or more
(D) Double-decker installation
2 Series installation (2 or more)
1 Obstacle on the discharge side
Set the stand as:
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
Only two units can be installed for
this series.
300 or more
Pattern 2
Close the gap A (the gap between the upper an lower
outdoor units) to prevent the discharged air from being
bypassed.
Don not stack more than two units.
1000 or
more
2 Obstacle on the suction side
Close the gap A (the gap between the upper an lower
outdoor units) to prevent the discharged air from being
bypassed.
Don not stack more than two units.
Drain piping construction
dimension
500 or less
1000 or more
The relations between H, A and L are
as follows.
1500 or
more
Drain piping construction
dimension
Set the stand as:
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
Close the bottom of the installation frame
to prevent the discharged air from being
bypassed.
Only two units can be installed for
this series.
When the obstacle on the discharge side is lower
than the unit:
(There is no height limit for obstructions on the
intake side.)

No obstacle above
1 Stand-alone installation
100 or more
500 or more
(E) Multiple rows of series installation
(on the rooftop, etc.)
300 or
more
1 One row of Stand-alone installation
2 Series installation (2 or more)
100 or
more
The relations between H, A
and L are as follows.
2000 or more
200 or more
2 Rows of series installation (2 or more)
1000 or more
The relations between H, A and L are as follows.

Obstacle above, too
1 Stand-alone installation
1500 or more
Can not be installed
The relations between H, A and L are
as follows.
Set the stand as:
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
1000 or more
500 or less
3000 or more
600 or more
1000 or more
1500 or more
3D045696D
232
VIEW ALL RXYSQ-TY1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSQ-8TY1
RXYSQ8TY1
2. Where there is an obstacle on the discharge side:
(a) No obstacle above
(1) Stand-alone installation
Required installation space
The unit of these values is mm.
1. Where there is an obstacle on the suction side:
(a) No obstacle above
(1) Stand-alone installation
0
50
(2)Series installation
(2 or more) (NOTE)
• Obstacle on the suction side only
10
mo0 or
re
re
mo
or
10
mo0 or
re
ore
rm
0o
10
or
00
10 ore
m
• Obstacle on both sides
(b) Obstacle above, too
(1) Stand-alone installation
ss
r le
0o
1000 or
more
50
r
0o
10 ore
m
10
mo0 or
re
(2) Series installation
(2 or more) (NOTE)
10
mo0 or
re
• Obstacle on both sides
or
00
10 ore
m
10
mo0 or
re
(2) Series installation
(2 or more) (NOTE)
10
mo 00 or
re
r
0o
30 re
mo
20
mo 0 or
re
10
mo0 or
re
ss
r le
0o
50
ss
r le
0o
50
1000 or
more
(b) Obstacle above, too
(1) Stand-alone installation
10
mo0 or
re
1000 or
more
10
mo0 or
re
• Obstacle on the suction
side, too
or
00
10 ore
m
r
0o
10 ore
m
3.Where there are obstacles on both suction and discharge
sides:
Pattern 1
• Obstacle on the suction side
and both sides
15
mo0 or
re
r
1000 or
more
0o
50
s
les
Where the obstacle on the discharge side is higher than the unit:
(There is no height limit for obstructions on the intake side)
(a) No obstacle above
(1) Stand-alone installation
r
0o
15 ore
m
15
mo0 or
re
or
00
10 ore
m
(2) Series installation
(2 or more) (NOTE)
• Obstacle on the suction side
and both sides
10
mo0 or
re
10
mo 0 or
re
10
mo 00 or
re
NOTE
When install the units in a line,
have to leave the distance over
100 mm between the two units.
ss
r le
0o
50
10
mo0 or
re
1000 or
more
10
mo0 or
re
(2)Series installation
(2 or more) (NOTE)
r
0o
10 ore
m
20
mo 0 or
re
r
0o
30 ore
m
or
00
10 ore
m
r
0o
30 re
mo
3D068442R
233
VIEW ALL RXYSQ-TY1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSQ-8TY1
RXYSQ8TY1
(2) Series installation (NOTE)
The relations between H, A and L are as follows:
The relations between H, A and L are as follows:
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
ore
rm
Ao
(2)Series installation
(2 or more) (NOTE)
H<L
Close the bottom of the installation frame to
prevent the discharged air from being bypassed.
Only two units can be installed for this series.
If the distance exceeds the figure in the ( ), then
it’s no need to set the stand.
r
0o
50 ess
l
H<L
10
mo0 or
re
4. Double-decker installation
(a) Obstacle on the discharge side (NOTE).
10
mo0 or
re
Close the gap A (the gap between
the upper and lower outdoor units) to
prevent the discharged air from being
bypassed.
1000 or
more
L≤H
r
A o re
o
or m
00 re
5
1 o )
m 00
(22
r
0o
25 ore
m
The relations between H, A and L are as follows:
L
A
0 < L ≤ 1/2 H
1000
1/2 H < L ≤ H
1250
Set the stand as: L ≤ H.
10
mo0 or
re
Do not stack more than two units.
Set the board (field supply) as the detail A
between two units to prevent the drainage
from frozing.
Leave the enough space between the layer
one and the board.
Close the bottom of the installation frame
to prevent the discharged air from being
bypassed.
Only two units can be installed for this
series.
re
o
rm
Ao
Pattern 2
r
0o
30 ore
m
or
00
10 ore
m
(b) Obstacle on the suction side (NOTE).
Close the gap A (the gap between
the upper and lower outdoor units) to
prevent the discharged air from being
bypassed.
10
mo0 or
re
Do not stack more than two units.
Set the board (field supply) as the detail A
between two units to prevent the drainage
from frozing.
Leave the enough space between the layer
one and the board.
Where the obstacle on the discharge side is lower than
the unit:
(There is no height limit for obstructions on the intake side)
(a) No obstacle above
(1) Stand-alone installation
500 or
more
H<L
1000 or
more
L≤ H
L≤H
L
A
0 < L ≤ 1/2H
1000
1/2 H < L≤H
1250
Set the stand as: L≤H
r
0o
50 ess
l
L
A
0 < L ≤ 1/2 H
250
1/2 H < L ≤ H
300
Set the stand as: L ≤ H.
1000 or
more
r
0o
50 ess
l
500 or
more
(b) Obstacle above, too
(1) Stand-alone installation
r
0o
30 ore
m
L≤H
or
00
10 ore
m
r
0o
10 ore
m
5. Multiple rows of series installation
(on the rooftop, etc.)
(a) One row of stand-alone installation
(2) Series installation (2 or more) (NOTE)
The relations between H, A and L are as follows:
L
0 < L ≤ 1/2 H
1/2 H < L ≤ H
A
250
300
or
00
20 ore
m
10
mo0 or
re
10
mo0 or
re
or
00
15 ore
m
r
A o re
mo
(b) Obstacle above, too
(1) Stand-alone installation
Close the bottom of the installation
frame to prevent the discharged
air from being bypassed.
If the distance exceeds the figure
in the ( ), then it’s no need to set
the stand.
The relations between H, A and L are as follows:
H<L
r
0o
50 ess
l
L
A
0 < L ≤ 1/2 H
250
1/2 H < L ≤ H
300
Cannot be installed.
10
mo0 or
re
10
mo0 or
re
1000 or
more
H<L
L
A
0 < L ≤ 1/2 H
100
1/2 H < L ≤ H
200
Set the stand as: L ≤ H.
r
A o re
o
or m
0
0
10 ore )
m 00
(17
r
0o
20 ore
m
(b) Rows of series installation (2 or more)
L≤H
The relations between H, A and L are as follows:
L≤H
or
00
10 ore
m
r
0o
10 ore
m
10
mo0 or
re
10
mo0 or
re
10
mo0 or
re
ore
rm
Ao
or
00
30 ore
m
10
mo0 or
re
or
00
15 ore
m
r
0o
60 ore
m
NOTE
When install the units in a line, have to leave the distance over 100 mm between the two units.
234
3D068442R
VIEW ALL RXYSQ-TY1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSQ10-12TY1
RXYSQ10-12TY1
2. Where there is an obstacle on the discharge side:
(a) No obstacle above
(1) Stand-alone installation
Required installation space
The unit of these values is mm.
1. Where there is an obstacle on the suction side:
(a) No obstacle above
(1) Stand-alone installation
(2)Series installation
(2 or more) (NOTE)
• Obstacle on the suction side only
10
mo 0 or
re
10
mo 0 or
re
ore
rm
00
10
• Obstacle on both sides
(b) Obstacle above, too
(1) Stand-alone installation
r
o
00
10 re
mo
10
mo 0 or
re
(2)Series installation
(2 or more) (NOTE)
10
mo 00 or
re
r
0o
30 re
mo
20
mo 0 or
re
• Obstacle on the suction
side, too
10
mo0 or
re
ss
r le
0o
50
ss
r le
0o
50
1000 or
more
(b) Obstacle above, too
(1) Stand-alone installation
10
mo0 or
re
1000 or
more
10
mo 0 or
re
• Obstacle on both sides
ss
r le
0o
50
r
0o
10 re
mo
10
mo 0 or
re
(2)Series installation
(2 or more) (NOTE)
re
mo
or
1000 or more
0o
10
10
mo 0 or
re
ore
rm
0o
50
or
00
10 ore
m
r
0o
10 re
mo
3.Where there are obstacles on both suction and discharge
sides:
Pattern 1
15
mo 0 or
re
0
50
or
s
les
1000 or
more
• Obstacle on the suction side
and both sides
Where the obstacle on the discharge side is higher than the unit:
(There is no height limit for obstructions on the intake side)
(a) No obstacle above
(1) Stand-alone installation
r
0o
15 re
mo
15
mo 0 or
re
r
o
00
10 re
mo
(2)Series installation
(2 or more) (NOTE)
• Obstacle on the suction side
and both sides
(2)Series installation
(2 or more) (NOTE)
10
mo 0 or
re
10
mo 0 or
re
10
mo 0 or
re
10
mo 00 or
re
NOTE
When install the units in a line,
have to leave the distance over
100 mm between the two units.
ss
r le
0o
50
1000 or
more
10
mo 0 or
re
r
0o
10 re
mo
20
mo 0 or
re
r
0o
30 re
mo
or
00
10 re
mo
r
0o
30 re
mo
3D083122L
235
VIEW ALL RXYSQ-TY1 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXYSQ10-12TY1
RXYSQ10-12TY1
(2) Series installation (NOTE)
H<L
L
A
0 < L ≤ 1/2 H
1000
1/2 H < L ≤ H
1250
Set the stand as: L ≤ H.
1000 or
more
L≤H
L≤H
Close the bottom of the installation
frame to prevent the discharged air
from being bypassed.
ore
rm
Ao
(2) Series installation
(2 or more) (NOTE)
H<L
Close the bottom of the installation frame to
prevent the discharged air from being bypassed.
Only two units can be installed for this series.
If the distance exceeds the figure in the ( ), then
it’s no need to set the stand.
r
A o re
o
or m
00 re
5
1 o )
m 00
(22
r
0o
25 ore
m
r
0o
50 ess
l
H<L
10
mo0 or
re
Close the gap A (the gap between
the upper and lower outdoor units) to
prevent the discharged air from being
bypassed.
1000 or
more
L≤H
Close the bottom of the installation frame
to prevent the discharged air from being
bypassed.
Only two units can be installed for this
series
ore
r
0o
30 ore
m
rm
Ao
Pattern 2
10
mo0 or
re
4. Double-decker installation
(a) Obstacle on the discharge side (NOTE).
The relations between H, A and L are as follows:
L
A
0 < L ≤ 1/2 H
1000
1/2 H < L ≤ H
1250
Set the stand as: L ≤ H.
10
mo0 or
re
500 or
more
The relations between H, A and L are as follows:
r
0o
50 ess
l
L
A
0 < L ≤ 1/2 H
250
1/2 H < L ≤ H
300
Set the stand as: L ≤ H.
1000 or
more
r
0o
50 ess
l
Do not stack more than two units.
Set the board (field supply) as the detail A
between two units to prevent the drainage
from frozing.
Leave the enough space between the layer
one and the board.
or
00
10 ore
m
(b) Obstacle on the suction side (NOTE).
Close the gap A (the gap between
the upper and lower outdoor units) to
.
prevent the discharged air from being
bypassed
Where the obstacle on the discharge side is lower than
the unit:
10
mo0 or
re
Do not stack more than two units.
Set the board (field supply) as the detail A
between two units to prevent the drainage
from frozing.
(There is no height limit for obstructions on the intake side)
(a) No obstacle above
(1) Stand-alone installation
500 or
more
(b) Obstacle above, too
(1) Stand-alone installation
The relations between H, A and L are as follows:
Leave the enough space between the layer
one and the board.
r
0o
30 ore
m
L≤H
or
00
10 ore
m
r
0o
10 ore
m
5. Multiple rows of series installation
(on the rooftop, etc.)
(a) One row of stand-alone installation
(2) Series installation (2 or more) (NOTE)
The relations between H, A and L are as follows:
L
0 < L ≤ 1/2 H
1/2 H < L ≤ H
A
250
300
or
00
20 ore
m
10
mo0 or
re
10
mo0 or
re
or
00
15 ore
m
r
A o re
mo
(b) Obstacle above, too
(1) Stand-alone installation
Close the bottom of the installation
frame to prevent the discharged
air from being bypassed.
If the distance exceeds the figure
in the ( ), then it’s no need to set
the stand.
(b) Rows of series installation (2 or more)
H<L
r
0o
50 ess
l
L
A
0 < L ≤ 1/2 H
250
1/2 H < L ≤ H
300
Cannot be installed.
10
mo0 or
re
10
mo0 or
re
1000 or
more
H<L
L
A
0 < L ≤ 1/2 H
100
1/2 H < L ≤ H
200
Set the stand as: L ≤ H.
r
A o re
r mo
0o
0
10 ore )
m 00
(17
r
0o
20 ore
m
The relations between H, A and L are as follows:
L≤H
The relations between H, A and L are as follows:
L≤H
or
00
10 ore
m
r
0o
10 ore
m
10
mo0 or
re
10
mo0 or
re
10
mo0 or
re
ore
rm
Ao
or
00
30 ore
m
10
mo0 or
re
or
00
15 ore
m
r
0o
50 ore
m
NOTE
When install the units in a line, have to leave the distance over 100 mm between the two units.
236
3D083122L
VIEW ALL RDXYQ-T TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL RKXYQ-T TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RDXYQ-T(8)
RDXYQ-T8
63
239
5
4
149
1044
705
Suspension position
255
62
45
9
(4x)
View A
1456
1498
Suspension position
8
1196
7
6
A
27
25
117
298
397
99
26
67
102
2
3
1
659
9
8
7
6
5
4
3
2
1
No.
Hook
Service door
Air discharge side
Air suction side
Wiring intake (low voltage wiring)
Wiring intake (high voltage wiring)
Drain outlet
Gas pipe connection port
Liquid pipe connection port
Part name
716
Transmission wiring connection
Power supply connection
VP25
Ø 19.1 brazing connection
Ø 12.7 brazing connection
Remark
2D112002
RKXYQ-T(8)
SB.RKXYQ-T8
AA
Model
RKXYQ5T
RKXYQ8T
4x
AA
600
760
AB AC
426 85
600 78
AD
59
55
AE
55
52
AF
57
55
AG
54
52
AH
337
197
AJ
365
222
17
554
Foundation bolt hole
Notes
Indoor unit
RKXYQ5T : Ø 15.9 brazing connection
RKXYQ8T : Ø 19.1 brazing connection
2. Heat exchanger unit
RKXYQ5T : Ø 19.1 brazing connection
RKXYQ8T : Ø 22.2 brazing connection
1.
118
7
57
View A
101
Indoor unit
8
AF
3
AG
701
6
4
AH
1
AJ
Heat exchanger unit
88
2
120
5
AE
AD
AB
Pitch of foundation bolt holes
A
AC
15
516
Pitch of foundation bolt holes
Handle
Pipe routing hole
Wiring intake (low voltage wiring)
5 Wiring intake (high voltage wiring)
4 Gas pipe connection port
3 Liquid pipe connection port
2 Gas pipe connection port
1 Liquid pipe connection port
No. Part name
8
7
6
Knockout hole.
Transmission wiring connection
Power supply connection
See note 1.
Ø 9.5 brazing connection
See note 2.
Ø 12.7 brazing connection
Remark
3D098827A
237
Detailed technical drawings
VIEW ALL RKXYQ-T TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
RDXYQ-T(8)
100 or more
Air discharge side
Air suction side
500 or more
10 or more
100 or more
50 or more
3D098834
RKXYQ-T(8)
SB.RKXYQ-T8
10 or more
10 or more
10 or more
10 or more
500 or more
RDXYQ-T
VIEW ALL RDXYQ-T TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Front view
Top view
3D098835
238
VIEW ALL RXYLQ-T TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RXMLQ-T - RXYLQ-T
RXMLQ-T
RXYLQ-T
1
2
Pitch of foundation bolt holes
1076
393
134
107
112
106
160
AA
10
Oblong hole
Foundation bolt hole
View ·C·
4-15x2
2.5
Detail ·B·
Detail ·A·
8
125
70
729
192
AB
310
71
100
E
Pitch of foundation bolt holes
3
mm -
11
1685
RXMLQ-T
RXYLQ-T
4
For installation in rows
7
9
(FRONT)
76 or more
500
137
765
DETAIL B
(Pattern 2)
179
10 or
more
20 or more
300 or more
20 or more
(FRONT)
500 or more97 107
DETAIL A
10 or more 10 or more
5
C
10 or more
373
Notes
1240
50 or more
100 or more
(FRONT)
100 or more
500 or more
500 or brazing
more
RXMLQ8T E
Ø ·19.1·
connection
RXMLQ-T
RXYTQ10T, RXYLQ10T E
Ø ·22.2· brazing connection
REYQ14-20T
Ø ·25.4· brazing connection
(Pattern
3)
(Pattern 3)
RXYLQ-T
Wall heightconnection
unrestricted
E Ø ·28.6· brazing
RYYQ14-20T, RYMQ14-20T, RXYQ14-20T, RXYQQ14-20T, RXYTQ12-16T, RXYLQ12-14T
Wall height
Liquid pipe
300 or more Eunrestricted
E
RXYTQ10T, RXMLQ8T, RXYLQ10T
or moreconnection
Ø ·9.5· 300
brazing
RYYQ14-16T, RYMQ14-16T, RXYQ14-16T, RXYQQ14-16T, REYQ14-20T, RXYTQ12-16T, RXYLQ12-14T Ø ·12.7· brazing connection
RYYQ18-20T, RYMQ18-20T, RXYQ18-20T, RXYQQ18-20T
Ø ·15.9· brazing connection
ForEqualising
single unit
installation
For installation in rows
For centralized group layout
pipe
400 or more Ø ·22.2·
400 or more
(FRONT)
(FRONT)
RYMQ14-16T
brazing connection
200
or
more
200
or
more
RYMQ18-20T
Ø ·28.6·
brazing connection
For single unit installation
For installation
in rows
High
pressure/low
pressure gas(Pattern
pipe 1)
(Pattern
1)
(Pattern 1)
REYQ14-20T
Ø ·22.2· brazing connection
300 or more
(Pattern 1)
300 or more
300 or(Pattern
more 1)
10 or
(FRONT)
500 or more
more 50 or more
(Pattern 1)
(Pattern 3)
(FRONT)
500 or more
(FRONT)
200 or more
(Pattern 2)
100 or more
(FRONT)
500 or more
10 or
more
50 or
more 50 or more
(FRONT)
200 or more
10 or more
10050orormore
more
50 or more
(FRONT)
500 or more
Wall height unrestricted
Wall height
unrestricted
400 or more
200 or more
more 50 or more
100 or
(Pattern 1)
more
20 or more
100 or more
(Pattern 3)
50 or more
or more
Wall height300(FRONT)
500 or more
300 or more unrestricted
20 or more
20 or more
10 or more 10 or more
(FRONT)
50 or more
(FRONT)
400 or more 500 or more
400 or more 200 or more
(FRONT)
200 or more NOTES
100 or more
20 or more
10 or more
10 or more
300 or more
2 Gas pipe connection port
For centralized group
1 Liquid pipe connection port
No. Part name
20 or more
210
10 or more 10 or more
100 or more
10 or more
20 or more
900 or more
(Pattern 1)
300 or more
10 or more
10 or more
(FRONT)
500 or more
10 or more
10 or more
300 or more
20 or more
(FRONT)
100 or more
20 or more
10 or more 10 or more
10 or more
10 or more
20 or more
or more 10 or 20
or more
10 or 20
more
20 or10more
more
or more (FRONT)
10 or more
(FRONT)
500 or more
10 or more
50 or more
(FRONT)
100 or
more
50 or
more 50 or more
100 or
more
more
50 or Wall height unrestricted
more 50 or more 300(FRONT)
50
100 or more(FRONT) 50 or more
100 or more
or more or more
50 or more
500 or more
500 or more
(FRONT)
100 or more
300 or more
100 or
more
50
20orormore
more
50 or more
100 or
more
20 or more
300 or more50 or20more
10 or more
(FRONT)
or more (FRONT)
10 or more 10
100orormore
more
(FRONT)
(FRONT)
50
or10more
100
or more
more
400 or
(FRONT)
500 or more
or more 400 or
500more
or more
600500
or more
or more 200 or more
100 or more
50 or more 50 or more
50 or more
100 or more
10 or more
500 or more
(FRONT)
Ø65
(FRONT) Ø27 100 or more
Ø65
500 or more
Ø80
Ø65
50 or more
50 or more
100 or more
50 or more
600 or more
300 or more
See note ·3·.
100 or more
See note ·3·.
See note ·3·.
Remark
50 or more 50 or more
100 or more
(FRONT)
500 or more
50 or more
<Unit = mm>
2D079533E
500 or more
(FRONT)
500 or more
10 or more
20 or more
10 or more
10 or more
500 or more
Inside of the switch box (·M8·)
(FRONT)
900
or more
20 or more
500 or more
10 or more 10 or more
10 or more
20 or more
900 or more
more 10 or more
500300orormore
20 or more
10 or more
10 or more
(Pattern 2)
(FRONT)
100 or more
500 or more100 or
20 or more
(FRONT)
300 or more
10 or more 10 or more
(FRONT)
600 or more
20 or more
layout
300 or more
(FRONT)
500 or more
For centralized
group layout
50 or
(Pattern 3)
(Pattern 3)
(FRONT)
500 or more
(FRONT)
500 or more
(Pattern 2)
50 or more 11 Grounding terminal
10 Pipe routing hole (bottom)
E
100 or
100 or9 Pipe routing hole (front)
more
more8
Power cord routing hole (bottom)
50 or
7
cord routing
50 or more Power
(FRONT)
100 orhole
more(front)more 50 or more
6 Power
500cord
or more
routing hole (front)
5 Power cord routing hole (front)
100 or
4 Power cord routing hole (side)
more
Equalising
port
50 or more
(FRONT)pipe connection
50 or more
100 or more
3
High 500
pressure/low
pressure gas pipe50 or more
or more
(Pattern 2)
300 or more
10 or
more
(Pattern 2)
(Pattern 3)
300 or more
(FRONT)
500 or more
300 or more
Wall height
unrestricted
300 or more
50 or more
100 or more
(Pattern 1)
(Pattern 3)
300 or more
10 or more
For installation in rows
20 or more
(Pattern 2)
100 or more
AB
205
240
20 or more
(FRONT)
500 or more
(FRONT)
100 or more
(FRONT)
500 or
500more
or more
50 or more
600 or more
50 or more
50 or more
100 or more
500 or more
10 or more
500 or more
50 or more
600 or more
300 or more
10 or more
100 or more
50 or more 50 or more
50 or more
100 or more
900 or (FRONT)
more
500 or more
(FRONT)
500 or more
50 or more
1. Heights of walls in case of patterns 1 and 2:
<Unit = mm>
100Front:
or more 1500mm
300 or more
<Unit = mm>
20 or more
10 or more
10 or more
(FRONT)
10 or more
20 or more
500 or more 10 or more
Suction side: 500mm
500 or more
10 or more
20 or more
10 or more
(FRONT)
Side: Height unrestricted
2)
Installation space as shown on (Pattern
this drawing
is based on the cooling operation at 35 degrees outdoor air temperature.
(FRONT)the design
100 or more
50 orair
moretemperature exceeds 35 degrees or the load exceeds maximum ability of much generation load of heat in all outdoor unit, take the suction side space more
When
outdoor
500 or more
broadly than the space as shown
on
this
drawing.
100 or
500 or more
(FRONT)
100 or
more be added to the front and suction side service spaces respectively as shown in the figure on the right.
2. If the above wall heights are
more exceeded then h2/2 and h1/2 should
50 be
or selected from those shown above in order to obtain the best fit in the
Wall installing
height unrestricted
3. When
the units50most
appropriate
pattern
should
or more
more 50 or more
50 or more
(FRONT)
100 or more
100 or more
(FRONT)
space available. Always keep in mind the
person
and wall100and
also for the air to 50circulate
50 or more
500 orneed
more to leave enough space for a 500
or more to pass between units
or more freely.
or more
300 or more
(If more
units are to be installed than are catered for in the above patterns your layout should take account of the possibility of600short
or morecircuits).
100
or
4. The units should be installed to leave sufficient space at the front
for the on site refrigerant piping work to be carried out comfortably.
more
300 or more
3D079542
50 or more
(FRONT)
50 or more
100 or more
(FRONT)
400 or more
500 or more
50 or more
100 or more
50 or more 50 or more
100 or more
(FRONT)
500 or more
50 or more
<Suction side>
50 or
For single unit installation
(FRONT)
10 or
600more
or more
10 or
more
(FRONT)
500 or more
(Pattern 2)
100 or more
20 or more
300 or more
10 or more 10 or more
10 or more
(Pattern 2)
100 or more
50 or more
20 or more
(FRONT)
500 or more
10 or more
10 or more
<Front>
(Pattern 2)
(FRONT)
500 or more
20 or more
<Suction side>
10 or
300 or more
more
(FRONT)
20 or more
RXMLQ-T
-moreRXYLQ-T
500 or more
(FRONT)
600 or more
<Front>
RXMLQ-T
RXYLQ-T
10 or more
AA
240
328
100 or more
RXMLQ-T
1. Detail ·A· and detail ·B· indicate the dimensions after fixing the attached piping.
50 or
2. Items ·4 - 10:·Knockout hole.
RXYLQ-T
50 or more
more
(FRONT)
3. Gas pipe
RYMQ14-16T, RXYQQ14-16T, REYQ14-20T
(FRONT)
RYMQ18-20T,
RXYQQ18-20T 500 or more
272
(Pattern 2)
100 or more
Model
300 or more
131
276
10 or more
10 or
more
259
300 or more
<Suction side>
300 or more
76
(Pattern 1)
122
(Pattern 1)
515
(Pattern 1)
For centralized group layout
6
<Front>
For single unit installation
<Unit = mm>
<Suction side>
<Front>
NOTES
1. Heights of walls in case of patterns 1 and 2:
Front: 1500mm
Suction side: 500mm
NOTES
Side: Height unrestricted
1. Heights of walls in case of patterns 1 and 2:
Installation space as shown on this drawing is based on the cooling operation at 35 degrees outdoor air temperature.
Front: 1500mm
When the design outdoor air temperature exceeds 35 degrees or the load exceeds maximum ability of much generation load of heat in all outdoor unit, take the suction side space more
Suction side: 500mm
broadly than the space as shown on this drawing.
Side: Height unrestricted
2. If the above wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side service spaces respectively as shown in the figure on the right.
Installation space as shown on this drawing is based on the cooling
operation
atthe
35units
degrees
air temperature.
3. When
installing
mostoutdoor
appropriate
pattern should be selected from those shown above in order to obtain the best fit in the
When the design outdoor air temperature exceeds 35 degrees or
the available.
load exceeds
maximum
ability
of much
generation
load of
in alltooutdoor
unit, take
space
more
space
Always
keep in mind
the need
to leave
enough space
forheat
a person
pass between
units the
and suction
wall and side
also for
the air
to circulate freely.
(If more units are to be installed than are catered for in the above patterns your layout should take account of the possibility of short circuits).
broadly than the space as shown on this drawing.
4. Thebe
units
should
to leave
sufficient
space atspaces
the front
for the on site
workon
to be
2. If the above wall heights are exceeded then h2/2 and h1/2 should
added
tobe
theinstalled
front and
suction
side service
respectively
asrefrigerant
shown in piping
the figure
thecarried
right.out comfortably.
3. When installing the units most appropriate pattern should be3D079542
selected from those shown above in order to obtain the best fit in the
space available. Always keep in mind the need to leave enough space for a person to pass between units and wall and also for the air to circulate freely.
(If more units are to be installed than are catered for in the above patterns your layout should take account of the possibility of short circuits).
4. The units should be installed to leave sufficient space at the front for the on site refrigerant piping work to be carried out comfortably.
3D079542
NOTES
1. Heights of walls in case of patterns 1 and 2:
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
Installation space as shown on this drawing is based on the cooling operation at 35 degrees outdoor air temperature.
When the design outdoor air temperature exceeds 35 degrees or the load exceeds maximum ability of much generation load of heat in all outdoor unit, take the suction side space more
broadly than the space as shown on this drawing.
2. If the above wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side service spaces respectively as shown in the figure on the right.
3. When installing the units most appropriate pattern should be selected from those shown above in order to obtain the best fit in the
space available. Always keep in mind the need to leave enough space for a person to pass between units and wall and also for the air to circulate freely.
(If more units are to be installed than are catered for in the above patterns your layout should take account of the possibility of short circuits).
3D079542
239
VIEW ALL RQCEQ-P3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RQCEQ280-360P3
RQCEQ280-360P3
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
Oblong holes
(Foundation bolt holes)
(Pitch of foundation bolt holes)
(Foundation bolt holes)
Outdoor unit 1
Outdoor unit 2
or more
SPACE EXAMPLE FOR INSTALLATION
(Front)
or more
Unit: mm
Model name
RQCEQ280P3
RQCEQ360P3
or more
< Suction side >
or more
< Front >
or more
or more
Outdoor unit 1
RQEQ140P3
RQEQ180P3
Drawing N°
3D066441A
3D066441A
Outdoor unit 2
RQEQ140P3
RQEQ180P3
Drawing N°
3D066441A
3D066441A
NOTES
1. Heights of walls
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 35°C.
The installation space of suction side shown above must be expanded in the following case.
- Design outdoor temperature becomes over 35°C.
- Operating over Max. operating load
(In case of causing a heavy heating load at indoor unit side)
2. If the above wall heights are exceeded then h2/2 and h1/2 should be addes tot the front and suction side service spaces respectively as shown in the following figure.
3. When installing the units the most appropriate pattern should be selected from those shown above in order to obtain the best fit in the space available alway bearing in mind the need to leave
enough room for a person to pass between nuits and wall for the air to circulate freely. (If more units are to be installed than are catered for in the above patterns your layout should take
account of the possibility of short circuits.)
4. The units should be installed to leave sufficient space at the front for the on site refrigerant piping work to be carried out confortably.
3D066856A
240
VIEW ALL RQCEQ-P3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RQCEQ460-636P3
RQCEQ460-636P3
Oblong holes
(Foundation bolt hole)
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
Oblong holes
(Foundation bolt hole)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
Outdoor Unit 1
Outdoor Unit 2
Outdoor Unit 3
or more
or more
SPACE EXAMPLE FOR INSTALLATION
< Front >
or more
or more
or more
or more
< Suction side >
or more
or more
Unit:mm
Model name
RQCEQ460P3
RQCEQ500P3
RQCEQ540P3
RQCEQ636P3
Outdoor unit 1
RQEQ180P 3
RQEQ180P3
RQEQ180P3
RQEQ212P 3
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
Outdoor unit 2
RQEQ140P3
RQEQ180P3
RQEQ180P3
RQEQ212P3
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
Outdoor unit 3
RQEQ140P3
RQEQ140P3
RQEQ180P3
RQEQ212P3
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
NOTES
1. Heights of walls
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 35°C.
The installation space of suction side shown above must be expanded in the following case.
- Design outdoor temperature becomes over 35°C.
- Operating over Max. operating load
(In case of causing a heavy heating load at indoor unit side)
2. If the above wall heights are exceeded then h2/2 and h1/2 should be addes tot the front and suction side service spaces respectively as shown in the following figure.
3. When installing the units the most appropriate pattern should be selected from those shown above in order to obtain the best fit in the space available alway bearing in mind the need to leave
enough room for a person to pass between nuits and wall for the air to circulate freely. (If more units are to be installed than are catered for in the above patterns your layout should take
account of the possibility of short circuits.)
4. The units should be installed to leave sufficient space at the front for the on site refrigerant piping work to be carried out confortably.
3D066860A
241
VIEW ALL RQCEQ-P3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RQCEQ721-848P3
RQCEQ712-848P3
Oblong holes
(Foundation bolt hole)
Oblong holes
(Foundation bolt hole)
A
Oblong holes
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
(Foundation bolt hole)
Outdoor Unit 1
Outdoor Unit 2
Outdoor Unit 3
Outdoor Unit 4
or more
or more
or more
SPACE EXAMPLE FOR INSTALLATION
or more
< Front >
or more
or more
or more
or more
or more
< Suction side >
or more
Unit: mm
Model name
RQCEQ712P3
RQCEQ744P3
RQCEQ816P3
RQCEQ848P3
Outdoor unit 1
RQEQ212P3
RQEQ212P3
RQEQ212P3
RQEQ212P3
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
Outdoor unit 2
RQEQ180P3
RQEQ212P3
RQEQ212P3
RQEQ212P3
Drawing N°
3D0664413
3D0664413
3D0664413
3D0664413
Outdoor unit 3
RQEQ180PA
RQEQ180PA
RQEQ212PA
RQEQ212PA
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
Outdoor unit 4
RQEQ140P3
RQEQ140P3
RQEQ180P3
RQEQ212P3
Drawing N°
3D066441A
3D066441A
3D066441A
3D066441A
NOTES
1. Heights of walls
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 35°C.
The installation space of suction side shown above must be expanded in the following case.
- Design outdoor temperature becomes over 35°C.
- Operating over Max. operating load
(In case of causing a heavy heating load at indoor unit side)
2. If the above wall heights are exceeded then h2/2 and h1/2 should be addes tot the front and suction side service spaces respectively as shown in the following figure.
3. When installing the units the most appropriate pattern should be selected from those shown above in order to obtain the best fit in the space available alway bearing in mind the need to leave
enough room for a person to pass between nuits and wall for the air to circulate freely. (If more units are to be installed than are catered for in the above patterns your layout should take
account of the possibility of short circuits.)
4. The units should be installed to leave sufficient space at the front for the on site refrigerant piping work to be carried out confortably.
3D066865A
242
VIEW ALL RQYQ-P TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RQYQ140P
RQYQ140P
(Pitch of foundation bolt holes)
4-15 x 22.5 - mm - Oblong holes
(Foundation bolt hole)
(Pitch of foundation bolt holes)
4-15 x 22.5 - mm - Oblong holes
(Foundation bolt hole)
BACK SIDE UP PART
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
RQYQ140P
BACK SIDE UP PART
DETAIL FOR FRONT SIDE
DETAIL FOR FRONT SIDE
(knock-out hole)
(knock-out hole)
DETAIL FOR BOTTOM SIDE
(knock-out hole)
(knock-out hole)
(knock-out hole)
DETAIL FOR BOTTOM SIDE
(knock-out hole)
(knock-out hole)
(knock-out hole)
No.
1
2
3
4
No.
5
1
6
2
7
3
8
4
9
5
10
6
7
8
9
10
Parts name
Liquid pipe connection port
Gas pipe connection port
Grounding terminal
Power cord routing hole (side)
Parts name
Power cord routing hole (front)
Liquid pipe connection port
Power cord routing hole (front)
Gas pipe connection port
Power cord routing hole (bottom)
Grounding terminal
Wire routing hole (front)
Power cord routing hole (side)
Pipe routing hole (front)
Power cord routing hole (front)
Pipe routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (bottom)
Wire routing hole (front)
Pipe routing hole (front)
Pipe routing hole (bottom)
Remarks
ø9.5 Brazing connection
See note 3.
(knock-out hole)
Inside
of switch box (M8)
ø62
Remarks
ø45
ø9.5 Brazing connection
ø27
See note 3.
ø50
Inside of switch box (M8)
ø27
ø62
See note 2.
ø45
See note 2.
ø27
ø50
ø27
See note 2.
See note 2.
3D066442
NOTES
1
shows the dimensions after fixing the accessory pipes.
(knock-out hole)
2. For piping connection method (front and bottom sides) see the installation manual.
3 Gas
pipe
NOTES
ø15.9 Brazing connection: RQYQ140P
1
shows the dimensions after fixing the accessory pipes.
3D066442
2. For piping connection method (front and bottom sides) see the installation manual.
3 Gas pipe
ø15.9 Brazing connection: RQYQ140P
243
VIEW ALL RQYQ-P TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RQYQ140P
3
For single unit installation
< Pattern 1 >
For installation in rows
< Pattern 1 >
300
or more
300 or more
< Front >
10 or more
10 or more
10 or more
500
or more
20 or more
20 or more
20 or more
500 or more
10 or more
< Front >
< Pattern 2 >
< Pattern 2 >
100 or more
100 or more
< Front >
50 or more
50 or more
50 or more
500
or more
100 or more
500
or more
100 or more
100 or more
50 or more
< Front >
< Pattern 3 >
< Pattern 3 >
Wall heigh unrestricted
Wall heigh
unrestricted
300 or more
300 or more
< Front >
400 or more
200 or more
400 or more
200 or more
400 or more
< Front >
< Unit : mm >
< Unit : mm >
For centralized group layout
< Pattern 1 >
< Pattern 1 >
300 or more
< Pattern 1 >
300 or more
< Front >
< Front >
500
or more
< Front >
10 or more
20 or more
10 or more
10 or more
600 or more
20 or more
10 or more
10 or more
20 or more
< Front >
< Front >
10 or more
500
or more
20 or more
300
or more
10 or more
500 or more
10 or more
< Pattern 2 >
10 or more
20 or more
10 or more
< Pattern 2 >
100 or more
20 or more
10 or more
900
or more
< Front >
10 or more
500
or more
< Pattern 2 >
100 or more
500 or more
< Front >
< Front >
< Front >
50 or more
100 or more
50 or more
50 or more
500 or more
100 or more
500 or more
50 or more
< Front >
100 or more
50 or more
600 or more
50 or more
< Front >
50 or more
100 or more
500 or more
50 or more
100 or more
50 or more
100 or more
50 or more
500
or more
50 or more
< Front >
100 or more
50 or more
< Unit : mm >
3D066327A
NOTES
1.
2.
3.
244
h1
< Suction Side >
500 mm
< Front >
1500 mm
h2
4.
Heights of walls in case of patterns 1 and 2:
Front: 1500 mm
Suction side: 500mm
Side: Height unrestricted.
Installation space to be shown in this drawing is based on the cooling operation at 35 degrees outdoor air temperature.
When the design outdoor air temperature exceeds 35 degrees or the load exceeds maximum ability because of much generation load of heat in all outdoor unit, take the suction side space
more broadly than the space to be shown in this drawing.
If the above wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side service spaces respectively as shown in the figure on the right.
When installing the units most appropriate pattern should be selected from those shown above in order to obtain the best fit in the space available always bearing in mind the need to leave
enough space for a person to pass between units and wall and for the air to circulate freely..
(If more units are to be installed than are catered for in the above patterns your layout should take account to the possibility of short circuits.)
The units should be installed to leave sufficient space at the front for the on site refrigerant piping work to be carried out comfortably.
VIEW ALL RWEYQ-T9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
RWEYQ-T9
Top view
Bottom view
Part name
Remark
1 Liquid pipe
2 Suction pipe
3
2
See table 1.
See table 2.
See table 3.
External pipe thread ISO 228-G1 1/4 B
External pipe thread ISO 228-G1 1/4 B
Flexible hose (inside diameter: Ø 10mm)
M8
Ø 25
Ø 25
3 Gas pipe
4 Water IN connection
1
7 Grounding terminal
8 Power supply wiring intake
25
74
79
5 Water OUT connection
6 Drain outlet
88
9 Cable inlet
9
134
179
516
Item
600
80.5
80.5
8
224
Foundation bolt type: 4x Ø17
269
Right-side view
Front view
Rear view
560
476
980
5
Manufacturer label
92
4
88
7
288
6
767
Table 1
RWEYQ8T9
Model
Operation mode
Liquid pipe
Suction pipe
Gas pipe (high/low pressure)
Heat pump
Heat recovery
Heat recovery
Ø 9.5
Ø 22.2
Ø 19.1
Ø 19.1
Ø 19.1
Ø 15.9
RWEYQ12T9
RWEYQ10T9
Heat pump
Ø 9.5
Ø 22.2
Heat pump
RWEYQ14T9
Heat pump
Heat recovery
Ø 28.6
Heat recovery
Ø 12.7
Ø 12.7
Ø 28.6
Ø 28.6
Ø 19.1
Ø 28.6
Ø 22.2
Notes
1. The grounding terminal is located in the switch box.
2. The pipe connections are brazed connections.
3. In case of a heat pump, the suction pipe is not used.
2D108932A
RWEYQ-T9
Service
space
(Front)
2
11-13/16 (300)
or more
2
11-13/16 (300)
or more
13-3/4 (350) or less
11-13/16 (300) or more
2
11-13/16 (300)
or more
Water piping
installation space
35-7/16 (900) or more
Outside unit
Service space
(Rear)
Outside unit
Outside unit
Service space
(Front)
Service space
(Front)
13/16 (20) or more
13/16 20) or
more
13-3/4 (350) or less
Service space
(Rear)
35-7/16 (900) or more
For installation
in rows
2
11-13/16 (300)
or more
Service space
(Rear)
2
11-13/16 (300)
or more
19-11/16 (500)
or more
For single unit
installation
2
11-13/16 (300)
or more
19-11/16 (500)
or more
RWEYQ-T9
13/16 (20) or more
13/16 (20) or more
: Required Service Space
: Ventilation Space
Water piping
installation space
Front view
3-15/16 (100) or more
9-13/16 (250) or less
Right side view
Unit: in. (mm)
NOTES
1. This space is necessary when refrigerant piping is connected to the top of the unit.
2. This ventialition space is necessary when heat rejection cancellation (Zero energy sissipation) is not active.
3D109304B
245
Technical drawings
Indoor units
FXFA-A / FXFQ-B
247
FXZA-A / FXZQ-A
249
FXCQ-A250
FXKQ-MA252
FXDA-A / FXDQ-A3
253
FXSA-A / FXSQ-A
258
FXMQ-P7 / FXMQ-MB
266
FXAQ-A272
FXHQ-A274
FXUQ-A275
FXNQ-A276
FXLQ-P280
FTXJ-MW - FTXJ-MS
282
C/FTXA-AW/BS/BT/BB283
FVXG-K284
FVXM-F285
246
VIEW ALL FXFA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXFQ-B TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXFA-A / FXFQ-B WITH STANDARD PANEL
FXFQ-B
Notes
1. Location of nameplate
The unit nameplate is located on the control box cover.
The decoration panel nameplate is located on the piping-side panel frame, under the corner cover.
2. When installing optional accessories, refer to their respective documentation.
3. Make sure the distance between the ceiling and the cassette does not exceed ·35·mm.
The maximum ceiling opening is ·910·mm.
4. When the conditions in the ceiling exceed 30°C ambient temperature and 80% relative humidity, or when fresh air is inducted into the ceiling, additional insulation is required (polyethylene foam, thickness ≥·10·mm)
5. When installing a sensor kit, there will be a sensor on this location. For details, see the drawing of the sensor kit.
6. When installing a wireless controller, there will be a receiver on this location. For details, see the drawing of the wireless controller.
7
·300· or less
6
See note ·5·.
8
420
A
860-910
Air fan
100
81
100
81
85
Suspension bolt
100
100
85
100
100
350
121.5
25.4
80
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
ARROW VIEW C
Item Name
Respect the distances shown on the figure.
Ceiling-mounted lighting
80
80
330
350
121.5
95
110
40
280
4 - M8 OR M10
DETAIL B
·2· places
Opposite side
121.5
96.5 54.5 54.5
0-675
175
10
Required installation space
130
2D121655
·2700· or more
35
See note ·3·.
DETAIL B
·2· places
Opposite
side
350
2
53
67
4 1
3
AA
340
150
Adjustable
55
5
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB FCAG35/50/60/71BVEB
FXFQ80/100/125BVEB
FXFQ20/25/32/40/50/63BVEB
950
840
See note ·3·.
B
35
See note ·3·.
100
80
Suspension position
96.5
95
Piping side
See note ·6·.
C
25.4
350
121.5
10
AB
840
100
950
213
780
Ceiling opening
Ø75
710
55
67
53
54.5 54.5 96.5
420
Ceiling opening
DETAIL A
·2· places
Opposite side
96.5
See note ·3·.
DETAIL A
·2· places
Opposite side
860-910
Suspension position
9
Drain side
1
Liquid pipe connection port
Gas pipe connection port
Drain pipe connection
4 Power supply wiring intake
5 Transmission wiring intake hole
6 Air discharge outlet
7 Air suction grille
8 Corner decoration cover
9 Drain hose
10 Knockout hole.
·1500· or more
2
3
·200· or more
Other unit
·1500· or more
·1500· or more
·200· or more
·1500· or more
·2000· or more
·4000· or more
·1500· or more
Required installation space
If a discharge outlet is closed up with the "sealin g member" option kit, then the required
installation space on that (closed up) side is ·500·mm instead of ·1500·mm.
2D121655
FXFA-A / FXFQ-B WITH AUTO CLEANING PANEL
FXFQ-B
Notes 1. Location of nameplate
FXFQ-B
The unit nameplate is located on the control box cover.
decoration
panel nameplate is located on the piping-side panel frame, under the corner cover.
1.The
Location
of nameplate
2. When
installing optional
referbox
to their
The
unit nameplate
is locatedaccessories,
on the control
cover.respective documentation.
3. Make
sure the
distance
between
the ceiling
andpiping-side
the cassette
doesframe,
not exceed
The
decoration
panel
nameplate
is located
on the
panel
under·35·mm.
the corner cover.
maximum
ceiling
opening
is ·910·mm.
2.The
When
installing
optional
accessories,
refer to their respective documentation.
When
thethe
conditions
the ceiling
ambient
temperature
and 80%
relative humidity, or when fresh air is inducted into the ceiling, additional insulation is required (polyethylene foam, thickness ≥·10·mm).
3.4.Make
sure
distancein
between
theexceed
ceiling 30°C
and the
cassette
does not exceed
·35·mm.
5. When
installing
a sensor
kit,isthere
will be a sensor on this location. For details, see the drawing of the sensor kit.
The
maximum
ceiling
opening
·910·mm.
4. When the conditions
in the ceiling exceed 30°C ambient temperature and 80% relative humidity, or when fresh air is inducted intoSee
the note
ceiling,
foam, thickness ≥·10·mm).
6 (polyethylene
·5·.additional insulation is7required
·300· or less
Drain side
8
420
5. When installing a sensor kit, there
will be a sensor on this location. For details, see the drawing of the sensor kit.
Air fan
Other unit
Ceiling-mounted lighting
(*2)
(*2)
Other unit
Air fan
(*1)
(*3)
256
(*1) ·1500· or more
(*3)
256
·2000· or more
·1500·
·4000· or
moreor more
·2000· or more
10° 10°
·4000· or more
10° 10°
(*1)Not applicable to recessed lighting.
(*2)Required space for entering with vacuum cleaner tube.
(*3)Make
sure theto
decoration
panel discharge outlet is not blocked.
(*1)Not
applicable
recessed lighting.
(*2)Required space for entering with vacuum cleaner tube.
(*3)Make sure the decoration panel discharge outlet is not blocked.
35
See note ·3·.
35
See note ·3·.
950 950
280 C
4 - M8 OR M10ARROW VIEW
330
Suspension ·1500·
bolt or more
·200· or more
ARROW VIEW C
·1500· or more
·1500· or more
or more
·1500· ·200·
or more
·1500· or more·200· or more
·1500· or more
81
81
Piping
Piping
Air suction grille
Installation direction
Air suction grille
Installation direction
100
100
85
80
85
DETAIL B
Item Name
·2· places
DETAIL B
Opposite side
·2· places
350
121.5
Opposite
side
Required installation space
Piping
100
100
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
·200· or more
Piping
350 350
121.5 121.5
25.4 25.4
350
121.5
·1500· or more
·1500· or more
If a discharge outlet is closed up with the "sealing member" option kit, then the required
installation space on that
(closedinstallation
up) side is ·500·mm
Required
space instead of ·1500·mm.
Dust
If a discharge outlet is closed up with
theopening
"sealing member" option kit, then the required
installation space on that (closed up) side is ·500·mm instead of ·1500·mm.
Dust opening
80
80
2
2
280
330
FCAG35/50/60/71BVEB
FCAG100/125/140BVEB
95
FCAHG71/100/125/140HVEB FXFQ20/25/32/40/50/63BVEB
FXFQ80/100/125BVEB
FCAG35/50/60/71BVEB
FCAG100/125/140BVEB
FXFQ20/25/32/40/50/63BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
·2· places
DETAIL B
Opposite side
·2· places
350
121.5
Opposite
side
95
1
100
100 100
80
80 100
350 350
121.5 121.5
25.4 25.4
4 - M8 OR M10
Suspension bolt
1
4
4
67 96.5
53
80
213 213
840
340
·2·67
places
96.5
53
Opposite
side
95
5
5
3
3
DETAIL B
950
840
95
Piping side
1
Liquid pipe connection port
Item
Name
350
121.5
81
81
100
100
100
100
7
Ceiling-mounted lighting
B
Piping side
950
85
85
53 753
96.5 96.5
67 67
35
See note ·3·.
35
See note ·3·.
AB
AB
54.5 54.5
96.5 54.5
96.5 54.5
B
C
C
55
840
Ø75
340
·2· places
DETAIL
OppositeAside
54.554.5 96.5
Ø7510
10
DETAIL A
·2· DETAIL
places A
Opposite side
·2· places
54.554.5 96.5
Opposite side
190 190
230 230
55
A
AA AA
90
255 2550-6750-675
Adjustable
Adjustable
420
710
Suspension
position
420
860-910
710
Ceiling
openingposition See note ·3·.
Suspension
860-910
55
840
55
Ceiling opening
See note ·3·.
Drain side
8
DETAIL A
90
40
9
6
A
40
9
7
100 100
100 100
80
80
See note ·5·.
420
780 780
Suspension
position
Suspension
position
860-910
860-910
See note
CeilingCeiling
opening
See·3·.
note ·3·.
opening
·300· or less
210 210
Required
installation
space space
Required
installation
·2700··2700·
or more
or more
Notes
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
2
13
24
35
46
57
68
79
810
9
10
Gas pipe connection port
Liquid
Drain pipe
pipe connection port
Gas
pipesupply
connection
Power
wiringport
intake
Drain
pipe connection
Transmission
wiring intake hole
Power
supply wiring
Air discharge
outlet intake
Transmission
wiring intake hole
Air suction grille
Air
discharge
outlet cover
Corner
decoration
Air
suction
Drain
hosegrille
Corner
decoration
Knockout
hole. cover
Drain hose
Knockout hole.
2D121658
2D121658
247
VIEW ALL FXFA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXFQ-B TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXFA-A / FXFQ-B WITH DESIGNER PANEL
FXFQ-B
Notes
1. Location of nameplate
The unit nameplate is located on the control box cover.
The decoration panel nameplate is located on the piping-side panel frame, under the corner cover.
2. When installing optional accessories, refer to thei r respective documentation.
3. Make sure the distance between the ceiling and the cassette does not exceed ·35·mm.
The maximum ceiling opening is ·910·mm.
4. When the conditions in the ceiling exceed 30°C ambient temperature and 80% relative humidity, or when fresh air is inducted into the ceiling, additional insulation is required (polyethylene foam, thickness ≥·10·mm).
5. When installing a sensor kit, there will be a sensor on this location. For details, see the drawing of the sensor kit.
6. When installing a wireless controller, there will be a receiver on this location. For details, see the drawing of the wireless controller.
7
6
·300· or less
See note ·5·.
8
Drain side
DETAIL A
·2· places
Opposite side
A
35
See note ·3·.
Air fan
100
350
121.5
25.4
100
80
80
DETAIL B
·2· places
Opposite side
80
DETAIL B
·2· places
Opposite side
350
121.5
350
121.5
100
81
100
53
67
95
152
192
2
280
330
4 - M8 ORM10
Suspension bolt
81
85
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
ARROW VIEW C
100
100
85
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
Item Name
Respect the distances shown on the figure.
Ceiling-mounted lighting
1
AA
4
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
FCAG100/125/140BVEB
FCAHG71/100/125/140HVEB
FXFQ80/100/125BVEB
96.5
5
340
3
96.5 54.554.5
35
See note ·3·.
840
172
·2700· or more
Required installation space
217
0-675
45
52
Adjustable
C
100
95
Piping side
950
See note ·6·.
55
67 96.5
53
80
10
AB
B
100
350
121.5
25.4
950
Ø75
420
710
Suspension position
860-910
See note ·3·.
Ceiling opening
55
840
DETAIL A
·2· places
Opposite side
54.554.5 96.5
213
9
860-910
See note ·3·.
Ceiling opening
780
Suspension position
420
·1500· or more
Liquid pipe connection port
Gas pipe connection port
Drain pipe connection
Power supply wiring intake
Transmission wiring intake hole
Air discharge outlet
Flat grille assembly
Corner decoration cover
Drain hose
Knockout hole.
1
2
·200· or more
Other unit
3
·1500· or more
·1500· or more
4
5
·200· or more
·1500· or more
·2000· or more
·4000· or more
6
·1500· or more
7
Required installation space
8
9
10
If a discharge outlet is closed up with the "sealing member" option kit, then the required
installation space on that (closed up) side is ·500·mm instead of ·1500·mm.
2D121703
FXFA-A / FXFQ-B WITH FRESH AIR INTAKE
FXFQ-B
55 Duct
840
Left side
Piping side
328
427
840
328
427
See note ·3·.
See note ·3·.
(1000)
0
1
4
5 3
6
Inlet
Ø148
A
207
317
725
Suction chamber
455
1. When installing a fresh air intake kit, provide a service access panel.
Designer decoration panel
Ceiling opening
2. Field construction
3. This corner discharge outlet needs to be closed.
4. When installing a duct fan, use a wiring adapter to link the duct fan to the fan of the indoor unit.
5. The intake air flow rate is recommended to be ≤20% of the air flow rate at high fan speed.
If the intake air flow rate is too large, the operating sound may increase, and the detection of the indoor unit suction temperature may be affected.
6. This indicates the distance between the T-joint inlet and the indoor unit inlet when the T-tube is connected.
248
2
Air flow rate [m³/min]
T-joint
Field supply
455
Ceiling opening
AB
Suction chamber
Decoration panel
Duct
View ·A·
Service access panel
Right side ·450 x 450 mm· or more
See note ·1·.
140
130
120
110
100
90
80
70
60
50
40
30
20
10
165
275
AA
448
508
Ø148
Drain side
Static pressure in chamber [Pa]
55
Notes
AB
Model name
FCAG35/50/60/71BVEB
FXFQ20/25/32/40/50/63BVEB
FCAG100/125/140BVEB
306 348
FXFQ80/100BVEB
FCAHG71/100/125/140HVEB
348 390
FXFQ125BVEB
AA
264 306
3D121741
VIEW ALL FXZA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXZQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXZA-A / FXZQ-A NEW PANEL
FXZQ-A
Decoration panel
585-595 (Ceiling opening space)
Fresh white N9.5
Daikin Silver
300 or less
533 (Suspension position)
Service access panel
450x450mm or more
533 (Suspension position)
Pipe connection side
585-595 (Ceiling opening space)
BYFQ60C2W1W
BYFQ60C2W1S
Drain connection side
A Arrow view
4-M4 Hole
Outdoor air intake
(direct connection)
B Arrow view
• Required space
Note) 2.
1500 mm or more
1500 mm or more
1500 mm or more
1500 mm or more
Adjustable (0-630)
When the discharge grill is closed, the required space
is 200mm or more
Notes:
1. Sticking locations for manufacturer`s label
Manufacturer`s label for indoor unit: on the bell mouth inside suction grille.
Manufacturer`s label for decoration panel: on the inner frame inside suction grille.
2. In case of using infrared remote controller, this position will be a signal receiver. Refer tot the drawing of infrared remote controller in detail.
3. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, or the fresh air is inducted into the ceiling or the unit continues
24 hour operation, an additional insulation (thickness 10mm or more, Glasswool or polyethylene foam) is required.
4. Though the installation is acceptable up to maximum of 595mm square ceiling opening, keep the clearance of 10mm or less between the
main unit and the ceiling opening so that the panel overlap allowance can be ensured.
For height installation
10 or less
Note ) 4.
1500 mm or more
10 or less
Suspension bolt
Required space
From the floor 2500 or more
300 mm or more
C Arrow view
1
Liquid piping connection
ø 6.4 Flare connection
2
Gas piping connection
ø 12.7 Flare connection
3
Drain piping connection
VP20 (O.D. ø 26)
4
Power supply connection
5
Remote control code and
wiring connection
6
Air discharge grille
7
Suction grill
8
Drain hose (accessory)
I.D. ø 25 Outlet
3D082052
FXZA-A / FXZQ-A OLD PANEL
Decoration panel
585-660 (Ceiling opening space)
300 or less
Pipe connection side
533 (Suspension posotion)
Drain connection side
585-660 (Ceiling opening space)
533 (Suspension posotion)
Service access panel
450x450mm or more
4-M4 Hole
Outdoor air intake
(direct connection)
B Arrow view
• Required space
1500 mm or more
A Arrow view
Note) 2.
1500 mm or more
1500 mm or more
1500 mm or more
Notes:
1. Sticking locations for manufacturer’s label
Manufacturer’s label for indoor unit: on the bell mouth inside suction grille.
Manufacturer’s label for decoration panel: on the inner frame inside suction grille.
2. In case of using infrared remote controller, this position will be a signal receiver. Refer tot the drawing of infrared remote controller in detail.
3. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, or the fresh air is inducted into the ceiling or the unit continues
24 hour operation, an additional insulation (thickness 10mm or more, Glasswool or polyethylene foam) is required.
4. Though the installation is acceptable up to maximum of 660mm square ceiling opening, keep the clearance of 45 mm or less between the
main unit and the ceiling opening so that the panel overlap allowance can be ensured.
1
Liquid piping connection
ø 6.4 Flare connection
2
Gas piping connection
ø 12.7 Flare connection
3
Drain piping connection
VP20 (O.D. ø 26)
4
Power supply connection
5
Remote control code and
wiring connection
6
Air discharge grille
7
Suction grill
8
Drain hose (accessory)
I.D. ø 25 Outlet
For height installation
Note ) 4.
From the floor 2500
or more
Suspension bolt
45 or less
1500 mm or more
45 or less
Required space
295 mm or more
Adjustable (0-645)
C Arrow view
When the discharge grill is closed, the required space
is 200mm or more
3D082161A
249
VIEW ALL FXCQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXCQ20-40A
Branch duct connection
520 (Hanger bolt pitch)
640 (Ceiling opening)
FXCQ20-40A
CL
820 (Hanger bolt pitch)
B View
1030 (Ceiling opening)
300 or less
Hanger bolt
(Knock hole)
Fresh air intake
2500 or more
4-M4 Hole
(Circumference)
Suction space
1000 or more
355 or more
Adjustable
Branch duct
connection
Pitch center diameter ø 176
CL
Notes:
Required space
Floor line
1500 mm or more
1. Sticking locations for manufacturer`s label
Manufacturer`s label for indoor unit:
Suction panel inner side`s control box lid surface
Manufacturer`s label for decoration panel:
Suction panel inner side`s panel frame surface
2. When installing an optional accessory, refer to the installation drawings.
3. In case of using infrared remote controller, this position will be a signal receiver.
Refer tot the drawing of infrared remote controller in detail.
4. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, the
additional insulation is required.
Insulation: Thickness 10mm or more, Glass wool or polyethylene foam.
5. Please do not place the thing been damp and troubled under an indoor unit.
When the case where humidity is 80% or more, and the drain outlet are choked
up and the air filter are dirty, dew may fall.
1500 mm or more
Brand name plate (Note 3)
A View
100 mm or more
1
Liquid piping connection
ø 6.4 mm Flare connection
2
Gas piping connection
ø 12.7 mm Flare connection
3
Drain piping connection
VP25 (O.D. ø 32, I.D. ø 25)
4
Wiring penetrating hole
5
Air outlet
6
Air inlet
7
Drain Hose (Accesory)
8
Suction panel
O.D. ø 32 (Main body side connection : O.D. ø 26)
3D079628
FXCQ50A
Branch duct connection
520 (Hanger bolt pitch)
640 (Ceiling opening)
FXCQ50A
CL
1035 (Hanger bolt pitch)
B View
1245 (Ceiling opening)
300 or less
Hanger bolt
(Knock hole)
Fresh air intake
CL
Notes:
1. Sticking locations for manufacturer`s label
Manufacturer`s label for indoor unit:
Suction panel inner side`s control box lid surface
Manufacturer`s label for decoration panel:
Suction panel inner side`s panel frame surface
2. When installing an optional accessory, refer to the installation drawings.
3. In case of using infrared remote controller, this position will be a signal receiver.
Refer tot the drawing of infrared remote controller in detail.
4. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, the
additional insulation is required.
Insulation: Thickness 10mm or more, Glass wool or polyethylene foam.
5. Please do not place the thing been damp and troubled under an indoor unit.
When the case where humidity is 80% or more, and the drain outlet are choked
up and the air filter are dirty, dew may fall.
2500 or more
4-M4 Hole
(Circumference)
Suction space
1000 or more
355 or more
Adjustable
Branch duct
connection
Pitch center diameter ø 176
Required space
Floor line
1500 mm or more
Brand name plate (Note 3)
1500 mm or more
A View
1
Liquid piping connection
ø 6.4mm Flare connection
2
Gas piping connection
ø 12.7 mm Flare connection
3
Drain piping connection
VP25 (O.D. ø 32, I.D. ø 25)
4
Wiring penetrating hole
5
Air outlet
6
Air inlet
7
Drain Hose (Accesory)
8
Suction panel
100 mm or more
O.D. ø 32 (Main body side connection : O.D. ø 26)
3D079629
250
VIEW ALL FXCQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXCQ63A
Branch duct connection
520 (Hanger bolt pitch)
640 (Ceiling opening)
FXCQ63A
CL
1035 (Hanger bolt pitch)
B View
1245 (Ceiling opening)
300 or less
Hanger bolt
(Knock hole)
Fresh air intake
2500 or more
4-M4 Hole
(Circumference)
Suction space
1000 or more
355 or more
Adjustable
Branch duct
connection
Pitch center diameter ø 176
CL
Notes:
Required space
Floor line
1. Sticking locations for manufacturer`s label
Manufacturer`s label for indoor unit:
Suction panel inner side`s control box lid surface
Manufacturer`s label for decoration panel:
Suction panel inner side`s panel frame surface
2. When installing an optional accessory, refer to the installation drawings.
3. In case of using infrared remote controller, this position will be a signal receiver.
Refer tot the drawing of infrared remote controller in detail.
4. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, the
additional insulation is required.
Insulation: Thickness 10mm or more, Glass wool or polyethylene foam.
5. Please do not place the thing been damp and troubled under an indoor unit.
When the case where humidity is 80% or more, and the drain outlet are choked
up and the air filter are dirty, dew may fall.
1500 mm or more
Brand name plate (Note 3)
A View
1500 mm or more
100 mm or more
1
Liquid piping connection
ø 9.5mm Flare connection
2
Gas piping connection
ø 15.9 mm Flare connection
3
Drain piping connection
VP25 (O.D. ø 32, I.D. ø 25)
4
Wiring penetrating hole
5
Air outlet
6
Air inlet
7
Drain Hose (Accesory)
8
Suction panel
O.D. ø 32 (Main body side connection : O.D. ø 26)
3D079630
FXCQ80-125A
Branch duct connection
520 (Hanger bolt pitch)
640 (Ceiling opening)
FXCQ80-125A
CL
820 (Hanger bolt pitch)
1030 (Ceiling opening)
B View
300 or less
Hanger bolt
(Knock hole)
Fresh air intake
CL
Required space
Floor line
Notes:
1. Sticking locations for manufacturer`s label
Manufacturer`s label for indoor unit:
Suction panel inner side`s control box lid surface
Manufacturer’s label for decoration panel:
Suction panel inner side`s panel frame surface
2. When installing an optional accessory, refer to the installation drawings.
3. In case of using infrared remote controller, this position will be a signal receiver.
Refer tot the drawing of infrared remote controller in detail.
4. When the temperature and humidity in the ceiling exceed 30ºC and RH 80%, the
additional insulation is required.
Insulation: Thickness 10mm or more, Glass wool or polyethylene foam.
5. Please do not place the thing been damp and troubled under an indoor unit.
When the case where humidity is 80% or more, and the drain outlet are choked
up and the air filter are dirty, dew may fall.
2500 or more
4-M4 Hole
(Circumference)
Suction space
1000 or more
355 or more
Adjustable
Branch duct
connection
Pitch center diameter ø 176
1500 mm or more
Brand name plate (Note 3)
A View
1500 mm or more
100 mm or more
1
Liquid piping connection
ø 9.5 mm Flare connection
2
Gas piping connection
ø 15.9 mm Flare connection
3
Drain piping connection
VP25 (O.D. ø 32, I.D. ø 25)
4
Wiring penetrating hole
5
Air outlet
6
Air inlet
7
Drain Hose (Accesory)
8
Suction panel
O.D. ø 32 (Main body side connection : O.D. ø 26)
3D079631
251
VIEW ALL FXKQ-MA TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXKQ25, 32, 40MA
FXKQ25,32,40MA
Required installation space
1,500 mm or
more
200 mm or more
200 mm or more
760 (Ceiling opening)
350 (Suspension position)
20 mm or more
Nr.
1
1,150 (Suspension position)
1,200 (Ceiling opening)
Front discharge duct position
1,000 or more
Suspension bolt
Required installation
space
4-M4 hole
Name
Liquid pipe connection
Description
ø 6.4 Flare connection
2
Gas pipe connection
ø 12.7 Flare connection
3
Drain pipe connection
VP25 (O.D. ø 32)
4
Wire intake
5
Interunit wiring connection
6
Grounding terminal
7
Discharge
8
Air suction grille
9
Long life filter
10
Suspension bolt
Inside switch box (M4)
NOTES
1 Location of unit’s name plate:
• For main body: Bottom part of fan housing inside of air suction grille.
• For decoration panel: Service lid face inside of air suction grille.
2
When installing an optional accessory, refer to the installation drawings.
3D038840
FXKQ63MA
FXKQ63MA
Required installation space
1,500 mm or more
200 mm or more
200 mm or more
760 (Ceiling opening)
350 (Suspension position)
20 mm or more
Nr.
1
1,350 (Suspension position)
1,400 (Ceiling opening)
Front discharge duct position
1,000 or more
Suspension bolt
(Required
installation space)
6-M4 hole
Name
Liquid pipe connection
Description
ø 9.5 Flare connection
ø 15.9 Flare connection
2
Gas pipe connection
3
Drain pipe connection
4
Wire intake
5
Interunit wiring connection
6
Grounding terminal
7
Discharge
8
Air suction grille
9
Long life filter
10
Suspension bolt
VP25 (O.D. ø 32)
Inside switch box (M4)
NOTES
1
2
Location of unit’s name plate:
• For main body: Bottom part of fan housing inside of air suction grille.
• For decoration panel: Service lid face inside of air suction grille.
When installing an optional accessory, refer to the installation drawings.
3D038841
252
VIEW ALL FXDA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXDQ-A3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXDQ15-32A3
FXDA15-32A
FXDQ15-32A
300 or more
300 or more
240 or more
20 or more
(Suspension bolt pitch)
20 or more
(Service space)
(Service space of
installation box for
adapter PCB)
400 or more
(In case of
bottom-suction)
Ceiling
Service space
16x ø 4,7 holes
300 or more
Adjustable (0-600)
(Suspension bolt pitch)
Suspension bolt
View A
Inspection door (ceiling opening)
16xM5 holes
14xM4 holes
In case of back suction
Notes:
1
2
3
4
5
6
7
8
9
10
11
16xM5 holes
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Drain hose (accesory)
control box
Transmisiion wiring connection
Power supply connection
Suspension bracket
Inspection cover
Socket for drain
Air filter (accessory)
ø 6.4 Flare connection
ø 12.7 Flare connection
VP20 (O.D. ø 26, I.D. ø 20)
ID ø 25 (Outlet)
In case of bottom-suction
1. In case of back-suction, mount chamber cover to
botttom side of the unit.
In case of bottom-suction, mount chamber cover to
back side of the unit.
2. Locations of unit`s name plate: control box cover.
3. Mount the air filter at the suction side. (Use an air filter
whose dust collecting efficiency is at least 50% in a
gravimetric technique). It can not be equipped with air
filter (accessory) when connecting duct to suction side.
3D081435
FXDQ40-50A3
FXDA40-50A
FXDQ40-50A
300 or more
400 or more
(In case of
bottom-suction)
240 or more
20 or more
(Suspension bolt pitch)
(Service space)
20 or more
300 or more
(Service space of
installation box for
adapter PCB)
Ceiling
Service space
Adjustable (0-600)
22 x ø 4,7 hole
(Suspension bolt pitch)
View A
Inspection door (ceiling opening)
300 or less
Suspension bolt
20xM5 holes
18xM4 holes
In case of back suction
Notes:
20xM5 holes
In case of bottom-suction
1
2
3
4
5
6
7
8
9
10
11
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Drain hose (accesory)
control box
Transmission wiring connection
Power supply connection
Suspension bracket
Inspection cover
Socket for drain
Air filter (accessory)
ø 6.4 Flare connection
ø 12.7 Flare connection
VP20 (O.D. ø 26, I.D. ø 20)
ID ø 25 (Outlet)
1. In case of back-suction, mount chamber cover to
botttom side of the unit.
In case of bottom-suction, mount chamber cover to
back side of the unit.
2. Locations of unit`s name plate: control box cover.
3. Mount the air filter at the suction side. (Use an air filter
whose dust collecting efficiency is at least 50% in a
gravimetric technique). It can not be equipped with air
filter (accessory) when connecting duct to suction side.
3D081436
253
VIEW ALL FXDA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXDQ-A3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXDQ63A3
FXDA63A
FXDQ63A
300 or more
300 or more
(Service space of
installation box
for adapter PCB)
240 or more
20 or more
20 or more
(Suspension bolt pitch)
(Service space)
400 or more
(In case of
bottom-suction)
Ceiling
26x ø 4,7 holes
Service space
View A
Inspection door (ceiling opening)
(Suspension bolt pitch)
Adjustable (0-600)
300 or less
Suspension bolt
24xM5 holes
18xM4 holes
In case of back suction
24xM5 holes
1
2
3
4
5
6
7
8
9
10
11
In case of bottom-suction
Liquid pipe connection
Gas pipe connection
Drain piping connection
Drain hose (accesory)
control box
Transmission wiring connection
Power supply connection
Suspension bracket
Inspection cover
Socket for drain
Air filter (accessory)
ø 9.5 Flare connection
ø 15,9 Flare connection
VP20 (O.D. ø 26, I.D. ø 20)
ID ø 25 (Outlet)
Notes:
1. In case of back-suction, mount chamber cover to
bottom side of the unit.
In case of bottom-suction, mount chamber cover to
back side of the unit.
2. Locations of unit’s name plate: control box cover.
3. Mount the air filter at the suction side. (Use an air filter
whose dust collecting efficiency is at least 50% in a
gravimetric technique). It can not be equipped with air
filter (accessory) when connecting duct to suction side.
3D081441
FXDQ15A3
FXDQ15A3
FXDA15A
40
35
SP
fE
External static pressure [Pa]
30
it o
m
li
er
Hi
gh
p
Up
25
Hi
gh
Hi
gh
ES
P
ES
P
ES
P
20
P
15
f ES
it o SP
r lim d E
pe ar
Up Stand
P
SP
h ES
Hig it of E
r lim
e
Low
an
nd
da
rd
ES
P
ES
P
5
ard
ES
Sta
rd
da
an
St
St
10
P
0
6
6.5
7
7.5
8
8.5
9
Air flow rate [m³/min]
Notes
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard ESP' and 'high ESP' by remote controller setting.
254
3D081424C
VIEW ALL FXDA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXDQ-A3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXDQ20-25A3
FXDA20-25A
FXDQ20-25A3
Notes
(mmH 2 O)
(mmH 2 O)
5
50
5
4
40
3
Up
pe
r
Hi lim
gh it
ES of E
P SP
6
External static pressure [Pa]
6
60
4
H
High ESP
H
High ESP
30
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard ES
P' and 'high ESP' by remote controller setting.
3
Low
High ESP
P
2
20
1
10
S
fE
it o
lim ESP
r
we gh
Lo Hi
2
P
S
fE
to
mi SP
r li d E
pe dar
p
U tan
S
H
Standard ESP
1
M
Standard ESP
Low
Standard ESP
6
(mmH 2 O)
7
8
9
(mmH 2 O)
Air flow rate [m³/min]
3D086736B
FXDQ32A3
FXDA32A
Notes
(mmH 2 O)
(mmH2O)
6
60
6
5
50
5
4
40
pe
r
Hi limi
gh t o
ES f E
P S
Up
30
3
M
Low
High ESP
High ESP
H
20
Standard ESP
SP
fE
it o SP
lim E
er dard
p
Up Stan
2
S
of E
mit
er li ESP
Low High
M
Standard ESP
1
4
H
High ESP
P
2
External static pressure [Pa]
3
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
P
1
10
Low
Standard ESP
(mmH2O)
6
7
8
9
(mmH2O)
Air flow rate [m³/min]
3D081425C
255
VIEW ALL FXDA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
3D081426C
VIEW ALL FXDQ-A3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXDQ40A3
FXDA40A
Notes
mmH2O
mmH2O
5
50
6
per
li
Hig mit o
h E f ES
SP
P
60
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
5
H
High ESP
Up
6
40
4
External static pressure [Pa]
Low
3
2
H
Standard ESP
30
3
M
Standard ESP
Up
St pe
an r li
da m
rd it o
ar f E
d
ES SP
P
20
1
4
M
High ESP
High ESP
2
P
f ES
to
mi SP
r li
we igh E
H
Lo
1
10
it of ESP
Lower lim d ESP
ar
Standard
Low
Standard ESP
mmH2O
7
8
9
11
10
mmH2O
13
12
Air flow rate [m³/min]
3D081426C
FXDQ50A3
FXDQ50A3
FXDA50A
[mmH2O]
Notes
[mmH2O]
7
6
60
6
5
50
2
P
Up
p
Hig er lim
hE
SP it of E
S
High ESP
4
H
Standard ESP
3
30
20
SP
fE
to
mi
r li
we SP
Lo gh E
Hi
P
3
40
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
5
H
M
High ESP
U
St ppe
an r
da lim
rd it
ES of E
P S
4
External static pressure [Pa]
7
70
2
M
Standard ESP
Low
1
High ESP
10
Low
Standard ESP
[mmH2O]
8
9
1
it of ESP
Lower lim P
ES
Standard
10
11
12
13
14
15
[mmH2O]
Air flow rate [m³/min]
3D081427C
256
VIEW ALL FXDQ-A3 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXDQ60A3
FXDA60A
(mmH2O)
(Pa)
(mmH2O)
Notes:
1. Remote controller can be used to switch between `HIGH` and `LOW`.
(`H`, `M` and `L` for FDQ-A2VEB model)
2. The air flows is set to `STANDARD` before leaving the factory. It is
possible to switch between `STANDARD ESP` and `HIGH ESP` by
remote controller.
Upper limit of
external static
pressure (high ESP)
External static pressure
63A
VIEW ALL FXDA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
H
(High ESP)
M
(High ESP)
H
(Standard ESP)
Low
(High ESP)
Lower limit of external
static pressure (high
ESP)
Upper limit of
external static
pressure (standard
ESP)
M
(Standard ESP)
Low
(Standard ESP)
Lower limit of
external
static pressure
(standard ESP)
(Pa)
(mmH2O)
Air flow rate(m³/h)
(mmH2O)
3D081429B
257
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXSQ15-32A
FXSQ15-32A
FXSA15-32A
2x65=130
38
100
65
50
800
301
KJ
KC
KH
KE
110
245
178
140
25
40
300 or more
Service space
69
342
210
550
Suspension bolt
Fresh air intake position
109
Ø100
(Knockout hole.)
170
ARROW VIEW A
365
32
KF
179.2
50
500 or more
Service space
KD
504
145
588 Suspension position
4x65=260
150
145
95
KA
210
2x140=280
126 P.C.D.
4-M4 (CLASS 2)
50
KK
Suspension position
KB
ARROW VIEW A
630
KG
Item
Description
Name
KA
Liquid pipe connection port
Ø6.35 flared connection
KB
Gas pipe connection port
Ø12.70 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Wiring connection
KE
Power supply connection
KF
Drain outlet
KG
Air filter
KH
Air suction side
/
/
VP20 (OD Ø26, ID Ø20)
KJ
Air discharge side
KK
Nameplate
/
/
/
/
Notes
1. When installing optional accessories, refer to their respective documentation.
3D094888A
2. The ceiling depth varies according to the documentation of the specific system.
69
2x65=130
KJ
800
301
KC
KE
KH
110
178
245
38
100
65
50
140
25
40
492
210
700
Suspension bolt
)
Fresh air intake position
109
Ø100
(Knockout hole.
170
300 or more
Service space
FXSQ40-50A
FXSQ40-50A
FXSA40-50A
ARROW VIEW A
3x140=420
126 P.C.D.
515
4-M4 (CLASS 2)
738
32
KF
500 or more
Service space
Suspension position
179
50
50
KK
KD
654
4x145=590
95
KA
Suspension position
KB
KG
630
ARROW VIEW A
210
6x65=390
42
Item
258
Name
KA
Liquid pipe connection port
Ø6.35 flared connection
KB
Gas pipe connection port
Ø12.70 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Wiring connection
KE
Power supply connection
KF
Drain outlet
KG
Air filter
KH
Air suction side
KJ
Air discharge side
KK
Nameplate
155
130 130 120
5- Ø 4.7 HOLE
Description
/
/
VP20 (OD Ø26, ID Ø20)
/
/
/
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D094919A
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXSQ63-80A
38
65
100
301
KC
KJ
KE
KH
110
178
245
800
40
50
140
25
69
792
210
1000
Suspension bolt
)
2x65=130
(Knockout hole.
Fresh air intake position
109
Ø 100
170
300 or more
Service space
FXSQ63-80A
FXSA63-80A
ARROW VIEW A
32
5x146=730
815
179
KF
500 or more
Service space
50
KD
954
1038 Suspension position
6x145=890
95
11x65=715
KA
210
126 P.C.D.
4 x M4 (CLASS 2)
50
KK
630Suspension position
KB
42
Item
ARROW VIEW A
KG
135 125 98 117 135 125
100
KG
8- Ø 4.7 HOLE
Description
Name
KA
Liquid pipe connection port
Ø9.52 flared connection
KB
Gas pipe connection port
Ø15.90 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Wiring connection
KE
Power supply connection
KF
Drain outlet
KG
Air filter
KH
Air suction side
/
/
VP20 (OD Ø26, ID Ø20)
KJ
Air discharge side
KK
Nameplate
/
/
/
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D094916A
65
800
301
KJ
KC
KE
KH
110
178
245
140
100
50
25
69
40
210
1400
1192
Suspension bolt
2x65=130
)
Fresh air intake position
38
Ø100
(Knockout hole.
109
170
300 or more
Service space
FXSQ100-125A
FXSQ100-125A
FXSA100-125A
ARROW VIEW A
KK
7x156=1092
1215
32
KF
179
50
50
126 P.C.D.
4 x M4 (CLASS 2)
KD
500 or more
Service space
1354
8X150=1200
1438 Suspension position
95
KA
630Suspension position
KB
42
Item
Name
150 147.5 147.5 115 115 150 147.5 147.5 115
Liquid pipe connection port
Ø9.52 flared connection
KB
Gas pipe connection port
Ø15.90 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Wiring connection
KE
Power supply connection
KF
Drain outlet
Air filter
KH
Air suction side
KJ
Air discharge side
KK
Nameplate
ARROW VIEW A
KG
10x Ø 4.7 HOLE
Description
KA
KG
KG
226
16x65=1040
/
/
VP20 (OD Ø26, ID Ø20)
/
/
/
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D094917A
259
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXSQ140A
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
69
25
40
50
800
301
KJ
KC
KE
KH
110
178
245
140
100
65
1342
210
1550
Suspension bolt
2x65=130
)
Fresh air intake position
38
62
109
Ø100
(Knockout hole.
170
300 or more
Service space
FXSQ140A
FXSA140A
ARROW VIEW A
8x156=1248
1365
126 P.C.D.
4 x M4 (CLASS 2)
1588
60
32
KF
500 or more
Service space
179
KD
50
1504
9x150=1350
Suspension position
18x65=1170
50
KK
95
210
60
KA
630 Suspension position
KB
Item
KG
ARROW VIEW A
10x Ø4.7 HOLE
151 123 122 123 116 115 151 123 122 123 116
42
KG
Description
Name
KA
Liquid pipe connection port
Ø9.52 flared connection
KB
Gas pipe connection port
Ø15.90 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Wiring connection
KE
Power supply connection
KF
Drain outlet
KG
Air filter
KH
Air suction side
/
/
VP20 (OD Ø26, ID Ø20)
KJ
Air discharge side
KK
Nameplate
/
/
/
/
Notes
1. When installing optional accessories, refer to their respective documentation.
3D094928A
2. The ceiling depth varies according to the documentation of the specific system.
FXSQ15A
FXSQ15A
FXSA15A
200
200
Fan characteristics (1)
Fan characteristics (3)
Air flow autoadjustment
H-Tap *1
External static pressure [Pa]
Upper limit of ESP
150
150
M-Tap *1
*1
Upper limit of ESP
*1
H-Tap *2
L-Tap *1
L T (*1)
L T*2 (*1)
M-Tap*2
Upper limit of ESP
L-Tap *2
50
External static pressure [Pa]
Lower limit of ESP
100
*3
*2
Lower limit of ESP
H-Tap *3
Upper limit of ESP
M-Tap *3
L-Tap *3
*3
Lower limit of ESP
0
5,5
6,5
1.
7,5
8,5
Air flow rate [m³/min]
H-Tap
100
M-Tap
L-Tap
50
2.
Lower limit of ESP
0
5,5
9,5
6,5
7,5
Airflow rate [m /min]
8,5
9,5
3
1. Upper limit of ESP by air flow auto adjustment
External static pressure [Pa]
Mark
*1
*2
*3
260
MAX
STD
ESP [Pa]
150
100
50
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
Air flow rate range (H)
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
7,5
Airflow rate [m /min]
3
8,5
9,5
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D096999
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXSQ20-25A
FXSQ20-25A
FXSA20-25A
200
200
Fan characteris�cs (1)
Fan characteris�cs (3)
Air flow auto adjustment
H-Tap *1
150
150
1.
Upper limit of ESP
*1
M-Tap *1
H-Tap *2
L-Tap *1
*2
M-Tap *2
Upper limit of ESP
*2
Lower limit of ESP
L-Tap *2
50
External sta�c pressure [Pa]
External sta�c pressure [Pa]
*1
Upper limit of ESP
100
Lower limit of ESP
*3
H-Tap *3
Upper limit of ESP
M-Tap *3
L-Tap *3
100
5,5
*3
6,5
7,5
8,5
M-Tap
50
0
Lower limit of ESP
0
H-Tap
9,5
L-Tap
Lower limit of ESP
5,5
External sta�c pressure [Pa]
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
7,5
8,5
9,5
Air flow rate [m /min]
Air flow rate [m /min]
ESP [Pa]
150
100
30
MAX
STD
6,5
3
3
Mark
*1
*2
*3
2.
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
Fan characteris�cs (2)
Field se�ng with remote control
Air flow rate range (H)
8
9
FXSQ32A
10
Notes
1. The fan characteris�cs shown are in "fan only" mode.
2. ESP: External Sta�c Pressure
3D095680A
Air flow rate [m3/min]
200
200
Fan characteristics
(1)
M-Tap *1
[Pa] static pressure [Pa]
External static pressure
External
Upper limit of ESP
100
*1
Lower limit of ESP
Upper limit of ESP
M-Tap *2
L-Tap *2
Upper limit of ESP
Lower limit of ESP
*3
100
Upper limit of ESP
L-Tap *1
*2
H-Tap
*3 *2
H-Tap
M-Tap *3
L-Tap *3
*3
Lower limit of ESP
Upper limit of ESP
0
5,5
Mark
*1
*2
*3
0
6,5
M-Tap *2
L-Tap *2
7,5
Upper
ESPlimit
[Pa]of ESP
5,5
200
190
Mark
180
*1 170 MAX
*2 160 *3
150 STD
140
130
200
120
190
110
180
100
170
90
160
80
150
70
140
60
130
50
120
40
110
30
100
20
90
10
80
0
70
60 8
50
40
30
20
10
0
8
150
100
30
8,5
ESP [Pa]
150
100
30
10,5
100
H-Tap
150
Upper limit of ESP
1.
M-Tap
L-Tap
50
2.
100
5,5
6,5
L-Tap 7,5
H-Tap
Lower limit of ESP
M-Tap
0
50
8,5
Air flow rate [m3/min]
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
*3
9,5
1.
Fan characteristics (3)
Air flow auto adjustment
Lower limit of ESP
Fan characteristics (2)
Field setting
with remote
control
7,5
8,5
Air flow rate range (H)
*2
Lower limit of ESP
Upper limit of ESP
H-Tap *3
M-Tap *3
L-Tap *3
6,5
9,5
Air flow rate [m3/min]
*3
MAX
STD
*2
Lower limit of ESP
*1
M-Tap *1
*1
50
50
H-Tap *2
H-Tap *1
L-Tap *1
*2
External static pressure
External
[Pa] static pressure [Pa]
150
200
150
Fan characteristics (3)
Air flow auto adjustment
H-Tap *1
150
*1
[Pa] static pressure [Pa]
External static pressure
External
200
Fan characteristics (1)
FXSQ32A
FXSQ32A
FXSA32A
9,5
10,5
2.
Lower limit of ESP
0
10,5
5,5
6,5
7,5
8,5
9,5
10,5
Air flow rate [m3/min]
Air flow rate [m /min]
3
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
Air flow rate range (H)
9
10
11
Notes
1. The fan characteristics shown are in "fanonly" mode.
2. ESP: External Static Pressure
11
Notes
1. The fan characteristics shown are in "fanonly" mode.
2. ESP: External Static Pressure
Air flow rate [m3/min]
9
10
3D095681A
Air flow rate [m3/min]
261
3D095681A
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXSQ40A
FXSQ40A
FXSA40A
200
200
H-Tap *1
150
External sta�c pressure [Pa]
150
External sta�c pressure [Pa]
*1
Lower limit of ESP
*1
M-Tap *1
Upper limit of ESP
100
H-Tap *2
L-Tap *1
Lower limit of ESP
L-Tap *2
H-Tap *3
*3
Upper limit of ESP
M-Tap *3
L-Tap *3
0
9
Mark
*1
*2
*3
External sta�c pressure [Pa]
*2
M-Tap *2
*2
Upper limit of ESP
50
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
Fan characteris�cs (3)
Air flow auto adjustment
Fan characteris�cs (1)
10
MAX
STD
12
13
100
H-Tap
M-Tap
50
L-Tap
14
15
0
16
17
2.
Lower limit of ESP
9
10
11
12
13
14
15
16
17
Air flow rate [m3/min]
Air flow rate [m3/min]
ESP [Pa]
150
100
30
1.
*3
Lower limit of ESP
11
Upper limit of ESP
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
Fan characteris�cs (2)
Field se�ng with remote control
Air flow rate range (H)
13
14
15
16
17
Air flow rate [m3/min]
Notes
1. The fan characteris�cs shown are in "fan only" mode.
2. ESP: External Sta�c Pressure
3D095682A
FXSQ50A
FXSQ50A
FXSA50A
200
200
Fan characteristics (1)
Fan characteristics (3)
Air flow auto adjustment
H-Tap *1
150
150
Upper limit of ESP
1.
*1
*1
Lower limit of ESP
M-Tap *1
M-Tap *2
*2
Lower limit of ESP
L-Tap *2
*3
Upper limit of ESP
H-Tap *3
L-Tap *3
M-Tap *3
*3
Lower limit of ESP
0
Mark
*1
*2
*3
MAX
STD
10
ESP [Pa]
150
100
30
11
12
13
Air flow rate [m³/min]
14
15
100
H-Tap
M-Tap
50
L-Tap
2.
Lower limit of ESP
0
16
17
9
10
11
12
13
Air flow rate [m³/min]
14
15
16
17
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow autoa djustment
Fan characteristics (2)
Field settingwith remote control
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
Air flow rate range (H)
13
14
15
Air flow rate [m³/min]
262
*2
Upper limit of ESP
9
External static pressure [Pa]
H-Tap *2
L-Tap *1
50
External static pressure[Pa]
External static pressure [Pa]
Upper limit of ESP
100
16
17
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D095688A
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXSQ63A
FXSQ63A
FXSA63A
200
200
Fan characteristics (3)
Air flow auto adjustment
Fan characteristics (1)
H-Tap*1
M-Tap*1
*1
Upper limit of ESP
100
H-Tap*2
L-Tap*1
L T
(*1)
*2
Upper limit of ESP
50
*2
M-Tap*2
Lower limit of ESP
L-Tap*2
*3
H-Tap*3
Upper limit of ESP
M-Tap*3
*3
Lower limit of ESP
0
12
Mark
*1
*2
*3
External static pressure [Pa]
External static pressure [Pa]
1.
*1
Lower limit of ESP
L-Tap*3
External static pressure [Pa]
Upper limit of ESP
150
150
MAX
STD
13
14
15
16
17
18
Air flow rate[m³/min]
19
20
21
22
23
100
H-Tap
M-Tap
50
L-Tap
2.
Lower limit of ESP
0
24
12
13
14
15
16
17
18
Air flow rate[m³/min]
19
20
21
22
23
24
1. Upper limit of ESP by air flow auto adjustment
ESP [Pa]
150
100
30
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
Air flow rate range (H)
18
19
20
21
22
Air flow rate[m³/min]
23
24
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D095690A
FXSQ80A
FXSQ80A
FXSA80A
200
200
Fan characteristics (3)
Air flow auto adjustment
Fan characteristics (1)
H-Tap*1
150
150
M-Tap*1
External static pressure [Pa]
Upper limit of ESP
100
H-Tap*2
L-Tap*1
*2
Lower limit of ESP
L-Tap*2
*3
Upper limit of ESP
H-Tap*3
M-Tap*3
L-Tap*3
Lower limit of ESP
0
13,5
Mark
*1
*2
*3
External static pressure [Pa]
M-Tap*2
*2
Upper limit of ESP
50
14,5
MAX
STD
15,5
16,5
17,5
18,5
19,5
Air flow rate[m³/min]
ESP [Pa]
150
100
40
1.
Lower limit of ESP
External static pressure [Pa]
*1
Upper limit of ESP
*1
20,5
21,5
22,5
23,5
24,5
*3
100
H-Tap
M-Tap
L-Tap
50
2.
Lower limit of ESP
0
25,5
13,5
26,5
14,5
15,5
16,5
17,5
18,5
19,5
20,5
21,5
22,5
23,5
24,5
25,5
26,5
Air flow rate[m³/min]
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
Air flow rate range (H)
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
19,5
20,5
21,5
Air flow rate[m³/min]
22,5
23,5
24,5
25,5
26,5
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D095692A
263
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXSQ100A
FXSQ100A
FXSA100A
200
200
Fan characteristics (3)
Air flow auto adjustment
Fan characteristics (1)
H-Tap*1
External static pressure [Pa]
100
*1
M-Tap*1
Lower limit of ESP
H-Tap*2
L-Tap*1
*2
Upper limit of ESP
M-Tap*2
L-Tap*2
*3
50
External static pressure [Pa]
*1
Upper limit of ESP
Lower limit of ESP
Upper limit of ESP
*2
H-Tap*3
M-Tap*3
L-Tap*3
*3
Lower limit of ESP
0
H-Tap
M-Tap
External static pressure [Pa]
L-Tap
50
2.
Lower limit of ESP
0
19,5 20,5 21,5 22,5 23,5 24,5 25,5 26,5 27,5 28,5 29,5 30,5 31,5 32,5 33,5 34,5 35,5 36,5
Air flow rate[m³/min]
MAX
STD
1.
100
19,5 20,5 21,5 22,5 23,5 24,5 25,5 26,5 27,5 28,5 29,5 30,5 31,5 32,5 33,5 34,5 35,5 36,5
Mark
*1
*2
*3
Upper limit of ESP
150
150
Air flow rate[m³/min]
1. Upper limit of ESP by air flow auto adjustment
ESP [Pa]
150
100
40
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
Air flow rate range (H)
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
27
28
29
30
31
32
Air flow rate[m³/min]
33
34
35
36
37
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D095696A
FXSQ125A
FXSQ125A
FXSA125A
200
200
Fan characteristics (3)
Air flow auto adjustment
Fan characteristics (1)
H-Tap*1
Upper limit of ESP
150
150
M-Tap*1
*1
External static pressure [Pa]
*1
Upper limit of ESP
External static pressure [Pa]
Lower limit of ESP
100
L-Tap*1
*2
L-Tap*2
50
*2
Lower limit of ESP
*3
Upper limit of ESP
H-Tap*3
M-Tap*3
L-Tap*3
*3
Lower limit of ESP
0
23
Mark
*1
*2
*3
External static pressure [Pa]
M-Tap*2
Upper limit of ESP
22
264
H-Tap*2
24
MAX
STD
25
26
27
28
29
30
31
Air flow rate[m³/min]
ESP [Pa]
150
100
50
32
33
34
35
36
37
38
39
40
41
1.
100
H-Tap
M-Tap
50
2.
L-Tap
Lower limit of ESP
0
22
23
24
25
26
27
28
29
30
31
Air flow rate[m³/min]
32
33
34
35
36
37
38
39
40
41
1. Upper limit of ESP by air flow auto adjustment
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
Air flow rate range (H)
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
30,5
31,5
32,5
33,5
34,5
35,5
Air flow rate[m³/min]
36,5
37,5
38,5
39,5
40,5
41,5
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D095697A
VIEW ALL FXSA-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXSQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXSQ140A
FXSQ140A
FXSA140A
200
200
Fan characteristics (1)
Fan characteristics (3)
Air flow auto adjustment
H-Tap*1
150
M-Tap*1
*1
*1
Upper limit of ESP
External static pressure [Pa]
External static pressure [Pa]
150
Lower limit of ESP
H-Tap*2
100
L-Tap*1
M-Tap*2
*2
*2
Lower limit of ESP
Upper limit of ESP
50
L-Tap*2
*3
H-Tap*3
M-Tap*3
Upper limit of ESP
L-Tap*3
*3
Lower limit of ESP
0
1.
Upper limit of ESP
100
H-Tap
M-Tap
50
L-Tap
2.
Lower limit of ESP
0
25
26
27
28
29
30
31
32
33
Air flow rate[m³/min]
34
35
36
37
38
39
40
41
42
23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45
Air flow rate[m³/min]
1. Upper limit of ESP by air flow auto adjustment
Mark
*1
*2
*3
MAX
STD
ESP [Pa]
150
100
50
2. Lower limit of ESP by air flow auto adjustment
Fan characteristics (2)
Field setting with remote control
External static pressure [Pa]
Air flow rate range (H)
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
35
36
37
38
Air flow rate[m³/min]
39
40
41
42
Notes
1. The fan characteristics shown are in "fan only" mode.
2. ESP: External Static Pressure
3D096688A
265
VIEW ALL FXMQ-P7 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXMQ50P7
FXMQ50P7
DETAIL B
VIEW A-A
Ø125 (Knock out hole)
fresh air intake position
350 or more
(Service space)
Suspension bolt
500 or more
(Service space)
6 x M5 (On circumference)
DETAIL B
Item
1
2
3
4
5
6
7
8
9
10
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Remote control wiring connection
Power supply connection
Drain hole
Air filter
Air suction side
Air discharge side
Nameplate
Description
Ø6.35 Flare connection
Ø12.70 Flare connection
VP25 (0D Ø32, ID Ø25)
VP20 (0D Ø32, ID Ø25)
-
631 (Suspension position)
1038 (Suspension position)
3TW32694-1
NOTES
1
Refer to ‘outlook drawing for installing optional accessories’ when installing optional accessories.
2
The required ceiling depth varies according to the configuration of the specific system.
3
For maintenance of the air filter, it is necessary to provide a service access panel.
Refer to the ‘filter installation method’ drawing.
FXMQ63-80P7
FXMQ63-80P7
(Knock out hole)
Fresh air intake position
350 or more
(Service space)
Suspension bolt
Detail B
500 or more
(Service space)
(On circumference)
Item Name
1
Liquid pipe connection
2
Gas pipe connection
3
Drain pipe connection
4
Remote control wiring connection
5
Power supply connection
6
Drain hole
7
Air filter
8
Air suction side
9
Air discharge side
10 Nameplate
631 (Suspension position)
390 or more
(Service space)
1038 (Suspension position)
(Ceiling opening)
Description
ø 9.52 Flare connection
ø 15.90 Flare connection
VP25 (OD ø 32, ID ø 25)
VP25 (OD ø 32, ID ø 25)
-
Detail B
(Ceiling opening)
NOTES
View A-A
1. Refer to the outlook drawing of optional accessories when installing them.
2. The required ceiling depth varies according to the configuration of the specific
system.
3. For maintenance of the air filter, it is necessary to provide a service access
panel.
4. Optional decoration panel: BYBS71DJW1 (light ivory white 10Y9/0.5)
With decoration panel
3TW31234-1B
266
VIEW ALL FXMQ-P7 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXMQ-MB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXMQ100-125P7
FXMQ100-125P7
(Knock out hole)
Fresh air intake position
350 or more
(Service space)
Suspension bolt
Detail B
500 or more
(Service space)
(On circumference)
(Ceiling opening)
631 (Suspension position)
390 or more
(Service space)
1438 (Suspension position)
Detail B
View A-A
Item Name
1
Liquid pipe connection
2
Gas pipe connection
3
Drain pipe connection
4
Remote control wiring connection
5
Power supply connection
6
Drain hole
(Ceiling opening)
8
9
10
Air suction side
Air discharge side
Nameplate
Description
ø 9.52 Flare connection
ø 15.90 Flare connection
VP25 (OD ø 32, ID ø 25)
VP25 (OD ø 32, ID ø 25)
-
NOTES
1. Refer to the outlook drawing of optional accessories when installing them.
2. The required ceiling depth varies according to the configuration of the specific system.
3. For maintenance of the air filter, it is necessary to provide a service access panel.
4. Optional decoration panel: BYBS125DJW1 (light ivory white 10Y9/0.5)
3TW31254-1B
With decoration panel
FXMQ-MB
piping size (Field supply)
gas side
indoor unit
liquid side
Attached piping
Attached piping
32 - ø 4.7 Hole
(all around)
Note
1. Location of unit`s name plate: Control box surface
32 - ø 4.7 Hole
(all around)
approx. 600
650 or more
(service space)
32 - ø 4.7 Hole
(all around)
View A
Inspection hole 600 or more
1100 or more
(Service space)
Discharge side
suction side (Note 2)
1
Liquid pipe connection
2
Gas pipe connection
Attendant piping connection
3
Ground terminal
M5 (inside switch box)
4
View A
16 - ø 8 Hole
(all around)
Flare connection
Control box
5
Power supply wiring connection
6
Transmision wiring connection
7
Hook
8
Discharge flange
9
Suction flange
10
Attached piping
11
Name plate
12
Drain piping connection
M10
Brazing
PS1B internal thread
Major dia. ø33.349
Major dia. ø33.391
13
Water supply port
3D096007
267
VIEW ALL FXMQ-P7 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXMQ50P7
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
Upper limit of ESP
(max ESP)
H (max ESP)
Lower limit of ESP
(max ESP)
M (max ESP)
L (max ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
H (std ESP)
L (std ESP)
Lower limit of ESP
(std ESP)
External static pressure [Pa]
External static pressure [Pa]
FXMQ50P7
Upper limit of ESP
Upper limit of ESP by
airflow auto adjustment
H
Lower limit of ESP by
airflow auto adjustment
M
L
Lower limit of ESP
Airflow [m /min]
3
Airflow [m /min]
3
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m /min]
3
3TW32698-1
NOTES
1. Fan characteristics as shown are in “fan only” mode.
2. ESP: External static pressure
FXMQ63P7
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
H (std ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
Airflow [m /min]
3
External static pressure [Pa]
External static pressure [Pa]
FXMQ63P7
Upper limit of ESP by
airflow auto adjustment
Upper limit of ESP
H
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m /min]
3
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m /min]
3
NOTES
1. Fan characteristics as shown are in “fan only” mode.
2. ESP: External static pressure
268
3TW32708-1
VIEW ALL FXMQ-P7 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXMQ80P7
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
H (std ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
External static pressure [Pa]
External static pressure [Pa]
FXMQ80P7
Upper limit of ESP by
airflow auto adjustment
Upper limit of ESP
H
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
3TW32718-1
NOTES
1. Fan characteristics as shown are in “fan only” mode.
2. ESP: External static pressure
FXMQ100P7
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
Upper limit of ESP
(std ESP)
H (std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
Airflow [m3/min]
External static pressure [Pa]
External static pressure [Pa]
FXMQ100P7
Upper
of ESP
Upper
limit limit
of ESP
by by
airflow
adjustment
airflow
autoauto
adjustment
H
Upper limit of ESP
Upper limit of ESP
M Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Lower limit of ESP
Airflow [m3/min]
Fan characteristics (2)
Fan
characteristics
(2)
(Field
setting
with remote control)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Range of available air flow rate (H)
Airflow [m3/min]
3TW32728-1
NOTES
1. Fan characteristics as shown are in “fan only” mode.
2. ESP: External static pressure.
269
VIEW ALL FXMQ-MB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL FXMQ-P7 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
FXMQ125P7
Fan characteristics (1)
Upper limit of ESP
(max ESP)
M (max ESP)
L (max ESP)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
H (std ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
L (std ESP)
Lower limit of ESP
(max ESP)
Lower limit of ESP
(std ESP)
External static pressure [Pa]
External static pressure [Pa]
FXMQ125P7
Upper limit of ESP
Upper limit of ESP by
airflow auto adjustment
H
M
L
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
3TW32738-1
NOTES
1. Fan characteristics as shown are in “fan only” mode.
2. ESP: External static pressure
FXMQ200MB
FXMQ200MB
50hZ 220-240V
(mmH2O)
(mmH2O) (Pa)
high
(High ESP)
Upper limit of external
static pressure (high ESP)
Notes:
1. Remote controller can be used to switch between `HIGH` and `LOW`.
2. The air flows is set to `STANDARD` before leaving the factory. It is possible
to switch between `STANDARD ESP` and `HIGH ESP` by remote controller.
Lower limit of external static
pressure (high ESP)
External static pressure
Low
(High ESP)
High
(Standard ESP)
Upper limit of external static
pressure (standard ESP)
Low
(Standard ESP)
Lower limit of external static
pressure (standard ESP)
Air flow rate(m³/min)
270
4D095421
VIEW ALL FXMQ-MB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXMQ250MB
FXMQ250MB
(mmH2O)
(mmH2O) (Pa)
high
(High ESP)
Upper limit of
external static
pressure (high ESP)
Notes:
1. Remote controller can be used to switch between `HIGH` and `LOW`.
2. The air flows is set to `STANDARD` before leaving the factory. It is possible to
switch between `STANDARD ESP` and `HIGH ESP` by remote controller.
Lower limit of external static
pressure (high ESP)
Low
(High ESP)
External static pressure (Pa)
50hZ 220-240V
High
(Standard ESP)
Upper limit of external
static pressure
(standard ESP)
Low
(Standard ESP)
Lower limit of external static
pressure (standard ESP)
Air flow rate(m³/min)
4D095422
271
VIEW ALL FXAQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXAQ15-32A
FXAQ15-32A
Hole for piping
Hole for piping
About 365
Drain hose
About 420
Gas pipe
About 460
Liquid pipe
30 or more
Dimensions of fully opened front panel
450
Indoor air flow
290
Front grille fixing screws
Front panel
Front grille
Hole for piping
795
Heating
Standard location of holes in the wall
625
107.6
14
Blade angle
For installation in high places
50 or more
Required space
Required space
Up/down (automatic)
Cooling
Dry
Knockout hole.
120 or less
Air outlet
Horizontal blade
Hole for piping
50 or more
Knockout hole.
Location of nameplate
2500 or more
266
Required space
Hole for piping
90 or more
Required space
Hole for piping
62
Outer dimensions of the unit
Fan
Refrigerant filter
57°
Left/right (manual)
0
8
80
About 290
Flexible pipe
About 308
Flexible pipe
About 415
Gas pipe
Ø 12.7mm CuT
About 460
Liquid pipe
Ø 6.4mm CuT
About 475
Drain hose VP13
60
°
45
45°
Notes
1) The
mark shows the piping direction.
2) Do not place any objects under the indoor unit. In case of high humidity (>80%), clogged drain
105
42°
25°
55°
64°
50°
44
27°
58°
Hole for embedded piping
Hole for embedded piping
12°
16°
98
44
4°
19°
Inside diameter: 15mm
outlets, or dirty air filters, condensate may drop out.
3D111370
Outside diameter: 18mm
29
FXAQ40-50A
FXAQ40-50A
Hole for piping
Hole for piping
30 or more
Dimensions of fully opened front panel
450
Indoor air flow
Location of nameplate
2500 or more
269
290
Front grille fixing screws
Front panel
50 or more
Knockout hole.
14.5
Blade angle
4°
25°
55°
Left/right (manual)
57°
42°
Refrigerant filter
80
60
45°
Notes
1) The
°
45
Hole for embedded piping
mark shows the piping direction.
2) Do not place any objects under the indoor unit. In case of high humidity (>80%), clogged drain outl
ets, or dirty air filters, condensate may drop out.
272
0
8
About 290
Flexible pipe
About 300
Flexible pipe
About 415
Gas pipe
Ø 12.7mm CuT
About 460
Liquid pipe
Ø 6.4mm CuT
About 475
Drain hose VP13
105
50°
Outer dimensions of the unit
44
58°
52
12°
16°
64°
894
Hole for embedded piping
44
19°
Standard location of holes in the wall
Fan
Heating
27°
104
For installation in high places
50 or more
Required space
1050
Required space
Up/down (automatic)
Cooling
Dry
Hole for piping
Hole for piping
Knockout hole.
120 or less
Air outlet
Horizontal blade
Front grille
Required space
About 365
Drain hose
About 420
Gas pipe
About 460
Liquid pipe
90 or more
Required space
Hole for piping
Hole for piping
98
Inside diameter: 15mm
Outside diameter: 18mm
3D111369
VIEW ALL FXAQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXAQ63A
FXAQ63A
About 365
Drain hose
About 420
Gas pipe
About 460
Liquid pipe
Hole for piping
Hole for piping
30 or more
Required space
Hole for piping
90 or more
Required space
Hole for piping
Dimensions of fully opened front panel
2500 or more
Indoor air flow
Location of nameplate
Front grille fixing screws
Front panel
Front grille
Knockout hole
Blade angle
Cooling
Dry
Horizontal blade
50 or more
Required space
120 or less
For installation in high places
Air outlet
Hole for piping
Hole for piping
Standard location of holes in the wall
Up/down (automatic)
Heating
Knockout hole
50 or more
Required space
Outer dimensions of the unit
Fan
HOLE FOR CONCRETE WALL
HOLE FOR CONCRETE WALL
USE TAPE MEASURE AS SHOWN
125mm TO UNIT
LEFT
SIDE FACE
Position the end of
tape measure at
UNIT WIDTH: 1050 mm
UNIT HEIGHT: 290 mm
PIPING HOLE CENTER
83mm TO THE LEFT
PLACE A LEVEL
unit center
Gas pipe end
Refrigerant filter
Left/right (manual)
Hole for embedded piping
100mm TO
UNIT RIGHT
SIDE FACE
PIPING HOLE CENTER: 90 mm DOWN
TO UNIT OUTLINE
525mm TO THE RIGHT AND LEFT
145mm UP AND DOWN
Liquid pipe end
IF FIXING
UNIT TO
THIS PLATE
WITH SCREW
FIX THIS
PLATE TO
THE WALL
WITH SCREW
Hole for embedded piping
PIPING HOLE
CENTER
100mm TO
THE RIGHT
About 290
Flexible pipe
About 300
Flexible pipe
About 415
Gas pipe
ø 15.9mm CuT
About 460
Liquid pipe
ø 9.5mm CuT
About 475
Drain hose VP13
Inside diameter: 15 mm
NOTES
1. The mark
shows the piping direction.
2. Do not place any objects under the indoor unit. In case of high humidity
(>80%), clogged drain outlets or dirty air filters, condensate may drop out.
Outside diameter: 18 mm
3D111368
273
VIEW ALL FXHQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXHQ32A
FXHQ32A
Connection position of fresh air intake kit
Position slit hole for taking out in piping back
(view from the front)
(required space)
(required space)
(hanging bolt
pitch)
ø 100 (knock-out hole)
(hanging bolt pitch)
Hanging bolt
300 or more
(required space)
From the floor side 2500 or more
For height installation
Position: hole wall for taking out in piping back
(view from the front)
30 or more
(service space)
obstacle
THE FRONT
30 or more
Nr
(service space)
1
Air discharge grille
2
Air suction grille
Air filter
brand nameplate (note 2)
3
floor side
Gas pipe connection
Liquid pipe connection
ø 15.9 flare
ø 9.5 flare
6
Drain pipe connection
VP20
7
Earth terminal (inside electric components box)
Hanger bracket
Backward piping and wiring connection open lid
8
9
10
slit hole
Left back pipe connection
Left side drain pipe connection
slit hole
slit hole
Right side drain pipe connection
Hole of wall for taking out in piping back
slit hole
14
Location of unit`s name plate: bottom of fan housing inside the suction grille.
In case of using infrared remote controller, this position will be a signal receiver. Refer tot the drawing of infrared remote control in detail.
Please do not place the thing been damp and troubled under an indoor unit. When the case where humidity is 80% or more, the drain
outlet are choked up and the air filter are dirty, dew may fall.
Upward piping and wiring connection open lid
Right side pipe connection
12
15
1.
2.
3.
M4
11
13
NOTES
Description
5
4
Drain pipe connection VP20
(for left piping)
Name
ø 100
16
Upward drain pipe connection
ø 60
17
Upward gas pipe connection
Upward liquid pipe connection
Power source wiring and unit wiring back connection
ø 36
ø 26
Power source wiring and unit wiring upper connection
ø 29
18
19
20
ø 29
3D080029
FXHQ63A
FXHQ63A
(suspension position)
(required space)
Position slit hole for taking out in piping back
(view from the front)
suspension bolt
(required space)
Position: hole wall for taking out in piping back
(view from the front)
300 or more
For height installation
From the floor side 2500 or more
(required space)
(suspension
position)
Connection position of fresh air intake kit
ø 100 (knock-out hole)
30 or more
(service space)
30 or more
(service space)
FRONT
brand nameplate
note 2
obstacle
floor side
NOTES
1. Location of unit`s name plate: bottom of fan housing inside
the suction grille.
2. In case of using infrared remote control, this position will be a signal
receiver. Refer tot the drawing of infrared remote control in detail.
3. Please do not place the thing been damp and troubled under an
indoor unit. When the case where humidity is 80% or more, the drain
outlet are choked up and the air filter are dirty, dew may fall.
Drain pipe
connection VP20
(for left piping)
Name
Nr
Description
1
Air discharge grille
11
Right side pipe connection
slit hole
2
Air suction grille
Air filter
12
Left back pipe connection
Left side drain pipe connection
slit hole
slit hole
slit hole
3
13
5
Gas pipe connection
Liquid pipe connection
ø 15.9 flare
ø 9.5 flare
15
Right side drain pipe connection
Hole of wall for taking out in piping back
6
Drain pipe connection
VP20
16
Upward drain pipe connection
ø 60
7
Earth terminal (inside electric components box)
Hanger bracket
Backward piping and wiring connection open lid
M4
17
Upward gas pipe connection
Upward liquid pipe connection
Power source wiring and unit wiring back connection
ø 36
ø 26
Power source wiring and unit wiring upper connection
ø 29
4
8
9
10
Upward piping and wiring connection open lid
14
18
19
20
ø 100
ø 29
3D069632A
274
VIEW ALL FXHQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL FXUQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXHQ100A
FXHQ100A
(required space)
Position slit hole for taking out in piping back
(view from the front)
(suspension position)
suspension bolt
Position: hole wall for taking out in piping back
(view from the front)
(required space)
For height installation from the
floor side 2500 or more
(required space)
(suspension
position)
Connection position of fresh air intake kit
ø 100 (knock-out hole)
30 or more
(service space)
30 or more
(service space)
FRONT
obstacle
brand nameplate
note 2
floor side
brand nameplate
Drain pipe connection VP20
Name
Nr
NOTES
1. Location of unit`s name plate: bottom of fan housing inside the
suction grille.
2. In case of using infrared remote control, this position will be a signal
receiver. Refer tot the drawing of infrared remote control in detail.
3. Don’t put anything under indoor unit because dew may fall by reason
of following:
1. The humidity is 80% or more.
2. The drain outlet is stopped up.
3. The air filter is dirty.
Description
1
Air discharge grille
11
Right side pipe connection
slit hole
2
Air suction grille
Air filter
12
Left back pipe connection
Left side drain pipe connection
slit hole
slit hole
slit hole
3
13
5
Gas pipe connection
Liquid pipe connection
ø 15.9 flare
ø 9.5 flare
15
Right side drain pipe connection
Hole of wall for taking out in piping back
6
Drain pipe connection
VP20
16
Upward drain pipe connection
ø 60
7
Earth terminal (inside electric components box)
Hanger bracket
Backward piping and wiring connection open lid
M4
17
Upward gas pipe connection
Upward liquid pipe connection
Power source wiring and unit wiring back connection
ø 36
ø 26
Power source wiring and unit wiring upper connection
ø 29
4
8
9
10
14
18
19
20
Upward piping and wiring connection open lid
ø 100
ø 29
3D069633D
FXUQ-A
1500mm or more
Notes:
1. Sticking locations for manufacturer`s label: On the control box lid inside suction grile.
2. When installing an optional accessory, refer to the installation drawings.
3. When closing the discharge grill (2 or 3 way discharge), direction of pipe connection
will be limited, please refer to installation manual.
4. PLease do not place the thing been damp and troubled under an indoor unit. When
the case where humidity in more 80% or more, and drain outlet are choked up and
the air filter are dirty, dew may fail.
1500mm
or more
1500mm
or more
835 Hanging location
(Unit: mm)
Brand name plate (note 2)
1500mm or more
When closing the air outlet, the required space is
30mm or more (Note 3)
835 Hanging location
Brand name plate
Gas piping and drain connection location for upper piping
Gas piping and drain
connection location for
rear piping
Gas piping and drain
connection location for
right piping
Hanging bolt
A arrow view
Hight of hanger
2500mm or more
(required space)
A arrow view
Drain piping can be raised up to 600mm from the top
surface of the product
1 Liquid piping connection ø 9.5 Flare
2 Gas piping connection ø 15.9 Flare
3 Drain piping connection VP20
4 Air outlet
5 Suction grille
6 Corner cover
7 Right Pipe / wiring connection
8 Rear Pipe / wiring connection
9 Piping penetration cover
10 Elbow (accesory) - External dia, ø 26
11 L-Bent piping (accesory) - ø 15.9 flare
275
VIEW ALL FXNQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXNQ20-32A
FXNQ20-32A
790
300
ARROW VIEW B
680
80
170
156
ARROW VIEW A
200
620
662
4x150=600
740
20 or more
Suspension position
100
16- Ø4.7 HOLE
5x100=500
130
63
330
179.4
100
KD
KF
48
KK
790
KJ
5x100=500
50
10
42
50
300 or more
Service space
240 or more
90
KH
8.4
ARROW VIEW
A
723
100 or more
500
KC
620
KA
Suspension position
KH
310
4-M8~M10
48
24
60
Suspension bolt
KB
12.5
19.5
14-M4
20 or more
57.5
Inspection door
KJ
KE
46
16- Ø 4.3 HOLE
601
171
ARROW VIEW B
Front suction
4- Ø5 HOLE
180
116
100
KG
5x100=500
16- Ø 4.3 HOLE
601
810
830
Item
Bottom suction
Name
Description
KA
Liquid pipe connection port
Ø6.40 flared connection
KB
Gas pipe connection port
Ø12.7 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Drain hose
ID Ø25
KE
Control box
/
KF
Transmission line
/
KG
Power supply connection
/
KH
Suspension bracket
/
KJ
Air filter
/
KK
Mounting foot
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D096749A
FXNQ40-50A
FXNQ40-50A
300
990
ARROW VIEW B
880
200
60
KD
90
130
KH
63
310
723
620
100 or more
500
KC
KH
330
Suspension position
KA
48
24
100
179.4
4-M8~M10
48
8.4
KF
KK
42
50
KJ
KJ
7x100=700
50
990
300 or more
Service space
10
240 or more
100
22- Ø 4.7 HOLE
8x100=800
Suspension bolt
ARROW VIEW
A
156
Suspension position
20 or more
KB
18-M4
940
170
20 or more
57.5
ARROW VIEW A
Inspection door
12.5
90
19.5
4x150=600
80
620
862
90
801
KE
46
20- Ø 4.3 HOLE
ARROW VIEW B
171
Front suction
7x100=700
116
100
4- Ø 5 HOLE
180
KG
801
1010
20-Ø 4.3 HOLE
1030
Bottom suction
Item
Name
Description
KA
Liquid pipe connection port
Ø6.4 flared connection
KB
Gas pipe connection port
Ø12.70 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Drain hose
ID Ø25
KE
Control box
/
KF
Transmission line
/
KG
Power supply connection
/
KH
Suspension bracket
/
KJ
Air filter
/
KK
Mounting foot
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D096747
276
VIEW ALL FXNQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXNQ63A
FXNQ63A
ARROW VIEW B
300
200
80
156
170
57.5
620
1080
1060
6x150=900
19.5
12.5
1190
ARROW VIEW A
Inspection door
18-M4
1140
20 or more
Suspension position
20 or more
10x100=1000
100
24
KH
130
63
620
100
179.4
KD
KF
48
8.4
ARROW VIEW
A
723
100 or more
500
KC
KH
330
Suspension position
KA
48
90
310
4-M8~M10
KB
26- Ø4.7 HOLE
60
Suspension bolt
KK
300 or more
1190
10
42
50
Service space
240 or more
50
KJ
KJ
9x100=900
1001
24-Ø4.3 HOLE
KE
46
171
ARROW VIEW B
Front suction
4- Ø5 HOLE
180
116
100
KG
9x100=900
1001
24- Ø4.3 HOLE
75
1210
1230
Item
Bottom suction
Name
Description
KA
Liquid pipe connection port
Ø9.52 flared connection
KB
Gas pipe connection port
Ø15.9 flared connection
KC
Drain pipe connection
VP20 (OD Ø26, ID Ø20)
KD
Drain hose
ID Ø25
KE
Control box
/
KF
Transmission line
/
KG
Power supply connection
/
KH
Suspension bracket
/
KJ
Air filter
/
KK
Mounting foot
/
Notes
1. When installing optional accessories, refer to their respective documentation.
2. The ceiling depth varies according to the documentation of the specific system.
3D096740A
FXNQ20-25A
(mmH2O)
(mmH2O)
50
4
40
3
2
4
H
High ESP
H
Hi
30
High ESP
3
Low
High ESP
20
t
imi
er l
Low h ESP
Hig
P
S
fE
to
mi
r li ESP
pe rd
Up nda
Sta
1
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
5
SP
5
6
Up
p
gh er li
ES mit
P
of
E
60
External static pressure [Pa]
6
Notes
2
SP
of E
H
Standard ESP
10
1
M
Standard ESP
Low
Standard ESP
(mmH2O)
6
7
Air flow rate [m³/min]
8
9
(mmH2O)
3D086736B
277
VIEW ALL FXNQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXNQ32A
(mmH2O)
(mmH2O)
50
4
40
3
Notes
The remote controller can be used to switch between 'high' and 'low'.
6
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
5
30
4
H
Up
Hi pe
gh r li
ES mit
P
of
ES
P
5
External static pressure [Pa]
6
60
High ESP
3
M
Low
High ESP
High ESP
H
Standard ESP
SP
2
20
fE
it o
lim SP
er rd E
p
a
Up and
St
m
er li
Low ESP
h
Hig
M
Standard ESP
1
2
SP
E
it of
1
10
Low
Standard ESP
7
6
(mmH2O)
8
9
Air flow rate [m³/min]
(mmH2O)
3D081425C
FXNQ40A
(mmH2O)
(mmH2O)
5
50
4
6
H
High ESP
40
External static pressure [Pa]
Low
3
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
5
P
60
Up
p
Hig er lim
hE
SP it of E
S
6
Notes
4
M
High ESP
High ESP
H
Standard ESP
30
2
20
1
10
3
M
Standard ESP
P
ES
of
it
im ESP
l
r d
pe ar
Up and
St
2
SP
fE
to
mi
r li
we P
Lo h ES
g
i
H
1
it of ESP
Lower lim
ESP
Standard
Low
Standard ESP
(mmH2O)
7
8
9
10
11
12
13
(mmH2O)
Air flow rate [m³/min]
3D081426C
278
VIEW ALL FXNQ-A TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXNQ50A
(mmH2O)
(mmH2O)
7
7
Notes
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between 'standard
ESP' and 'high ESP' by remote controller setting.
6
6
5
External static pressure [Pa]
4
Up
p
Hig er lim
hE
SP it of E
S
P
5
High ESP
4
H
Standard ESP
3
SP
fE
to
mi
r li
we SP
Lo gh E
Hi
U
St ppe
an r
da lim
rd it
ES of E
P SP
3
H
M
High ESP
2
2
M
Standard ESP
Low
High ESP
1
1
it of ESP
Lower lim
ESP
Standard
Low
Standard ESP
8
(mmH2O)
9
10
11
12
13
14
15
(mmH2O)
Air flow rate [m³/min]
3D081427C
FXNQ63A
(mmH2O)
(mmH2O)
7
6
6
External static pressure [Pa]
3
Up
Hig per
h E limi
SP t of
E
5
4
The remote controller can be used to switch between 'high' and 'low'.
The air flow is factory-set to 'standard'. It is possible to switch between
'standard ESP' and 'high ESP' by remote controller setting.
SP
7
Notes
5
H
High ESP
M
High ESP
4
3
H
Low
Standard ESP
High ESP
P
f ES
2
o
mit
er li
Low ESP
h
Hig
SP
fE
it o
lim SP
er rd E
p
Up nda
Sta
2
M
Standard ESP
1
Standard ESP
(mmH2O)
8
1
it of ESP
Lower lim
ESP
Standard
Low
9
10
11
12
13
14
15
(mmH2O)
Air flow rate [m³/min]
3D081429C
279
VIEW ALL FXLQ-P TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXLQ20-25P
FXLQ20-25P
20 or more
100 or more
1750 or more
100 or more
Discharge
Suction
Front of face
1000 or more
Base
Required installation space
Piping hole (rear)
4-12x30 Oblong hole
Hole for rear mounting
Level adjusting screw in standard accessory
4xM6
2-12x18 Oblong hole
Hole for fixing to the foor
Wiring hole (bottom)
Item
1
2
3
4
5
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Switch box
Air filter
Description
Ø6.4 Flare connection
Ø12.7 Flare connection
O.D.Ø21
Piping hole (bottom)
3TW32294-1
FXLQ32-40P
FXLQ32-40P
20 or more
100 or more
1750 or more
100 or more
Discharge
Suction
Front of face
1000 or more
Base
Required installation space
Piping hole (rear)
4-12x30 Oblong hole
Hole for rear mounting
Level adjusting screw in standard accessory
4xM6
2-12x18 Oblong hole
Hole for fixing to the floor
Item
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Description
ø6.4 Flare connection
ø12.7 Flare connection
O.D. ø21
Switch box
Wiring hole (bottom)
Piping hole (bottom)
Air filter
3TW32314-1
280
VIEW ALL FXLQ-P TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FXLQ50-63P
FXLQ50-63P
20 or more
100 or more
1750 or more
100 or more
Discharge
Suction
Front of face
1000 or more
Base
Required installation space
Piping hole (rear)
4-12x30 Oblong hole
Hole for rear mounting
Model
Level adjusting screw in standard accessory
4xM6
2-12x18 Oblong hole
Hole for fixing to the floor
Item
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Wiring hole (bottom)
Piping hole (bottom)
Description
øA Flare connection
øB Flare connection
O.D. ø21
Switch box
Air filter
3TW32334-1
281
VIEW ALL FTXJ-MW TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FTXJ20-35MW - FTXJ20-35MS
FTXJ20-35MW
FTXJ20-35MS
Right side
See note 2.
Rear side
Rear side
Left side
See note 2.
Front grille fixing screws
Located inside of the unit
(ARC466A9)
Up/down (automatic)
Operating state
Earth terminal (M4)
On the front grille
Nameplate
On the front grille
Blade angle
Wireless remote control
Service cover fixing screw
On the front grille
998
1) O F F
Signal transmitter
Heating
Cooling
2) O n
Terminal block with earth terminal
Located inside of the unit
58.5
21.5
30°
303
20°
50°
See note 3.
Bottom side
212
18
214
238
Intelligent Eye sensor
Air discharge range
70°
Fan
Dry
189
Bottom side
See note 3.
Including mounting plate
Intelligent Eye lamp
25°
Operation lamp
Timer lamp
Room temperature sensor
Located inside of the unit
25°
50°
50°
Signal receiver
Flap
Indoor unit On/OFF switch
Left/right (automatic)
Bottom view
Drain hose
Connecting part
Inside diameter: 16mm
Outside diameter: 18mm
The length of the connection hose outside the unit is 465mm.
35°
35°
Gas pipe ø9.5CuT
The length of the pipe outside the unit is 350mm.
Liquid pipe ø6.4
The length of the pipe outside the unit is 400mm.
674.5
Indoor air flow
303
270.5
30 min
20
200
Required space for service and ventilation
Minimum space for air passage
Standard location of holes in the wall
50 min
50 min
Service space
350 min
142
500 min
49
49
Service space
250 min
151
Required space for the signal receiver
Notes
ø 65 Hole for embedded piping
1. The ·(
)· mark shows the piping direction.
2. In this case, the optional grille is required.
3. In this case, cut the grille according to the paper pattern.
2D092462A
FTXJ50MW - FTXJ50MS
FTXJ50MW
FTXJ50MS
Right side
See note 2.
Rear side
Rear side
Left side
See note 2.
Front grille fixing screws
Located inside of the unit
(ARC466A9)
Up/down (automatic)
Operating state
Earth terminal (M4)
On the front grille
Nameplate
On the front grille
Blade angle
Wireless remote control
Service cover fixing screw
On the front grille
998
1) O F F
Signal transmitter
Heating
Cooling
2) O n
Terminal block with earth terminal
Located inside of the unit
58.5
21.5
30°
303
20°
50°
18
212
See note 3.
Bottom side
70°
Fan
Dry
238
214
Intelligent Eye sensor
Air discharge range
189
Bottom side
See note 3.
Including mounting plate
Intelligent Eye lamp
25°
Operation lamp
Timer lamp
Room temperature sensor
Located inside of the unit
25°
50°
50°
Signal receiver
Flap
Indoor unit On/OFF switch
Left/right (automatic)
Bottom view
Drain hose
Connecting part
Inside diameter: 16mm
Outside diameter: 18mm
The length of the connection hose outside the unit is 465mm.
35˚
35˚
Gas pipe ø12.7CuT
The length of the pipe outside the unit is 350mm.
Liquid pipe ø6.4
The length of the pipe outside the unit is 400mm.
Required space for service and ventilation
Minimum space for air passage
200
Indoor air flow
50 min
50 min
Service space
49
49
Service space
350 min
142
151
ø 65 Hole for embedded piping
282
250 min
Notes
1. The ·(
)· mark shows the piping direction.
2. In this case, the optional grille is required.
3. In this case, cut the grille according to the paper pattern.
500 min
303
270.5
30 min
674.5
20
Standard location of holes in the wall
Required space for the signal receiver
2D092503A
VIEW ALL FTXA-AW TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
CTXA-AW/AS/AT - FTXA-AW/AS/AT
·30· or more
Required space for service and ventilation
Indoor air flow
Minimum space for air passage
Dimensions of fully opened front panel
Including mounting plate
375
Piping length
·500· or more
189
·50· or more
Service space
Front panel
295
Air outlet
·50· or more
Service space
±·380·mm
Drain hose
798
736
Right side
Left side
Intelligent Eye sensor
Front grille
±·385·mm
Gas pipe
±·420·mm
Liquid pipe
Rear side
Blade angle
Heating
Cooling
70°
55°
180°
Wi-Fi label
Located inside of the unit
180°
20°
20°
150°
110°
Nameplate
Located inside of the unit
Indoor unit On/OFF switch
Timer lamp
Intelligent Eye lamp
Operation lamp
Signal receiver
Standard location of holes in the wall
798
17
Front grille fixing screws
Located inside of the unit
Horizontal blade
605
110
Humidity sensor
Located inside of the unit
Wireless remote control
Signal transmitter
65
65
150
±·400·mm
·Ø 12.7 / 9.5mm· CuT
±·440·mm
Liquid pipe ·Ø 6.4mm· CuT
189
155
Outer dimensions of the unit
44.5
O
44.5
21.5
O
58.5
Gas pipe
Hole for embedded piping
±·450·mm
ARC466A33
Drain hose
Inside diameter: ·14·mm
Outside diameter: ·16·mm
Hole for embedded piping
3D113513B
CTXA-AW/AS/AT - FTXA-AW/AS/AT
• Main specifications
• Outside size
Items
Outside
150.9
46.9
Material of resin
WARNING
VOLTAGE
Applicable laws
Ambient conditions
27.5
Connector(Model: B04B-PASK)
(1pin:Vin 2pin:Ans 3pin:HL 4pin:GND)
Storage temperature
Operating ambient temperature
Operating ambient humidity
Basic specifications
Input voltage
Maximum output voltage
Rating output voltage
Rating output current
Hi
Lo
ON/OFF
Hi <=> Lo Switching
Current monitor
Detectable over current
Detectable low voltage
Generation amount of Ozone
Method of mounting
8.5
• Method of mounting
Don’t blockage the vent of streamer unit.
Ensure the exit wind speed 0.2m/sec of the vent.
Ensure the spatial distance 8.5mm over at the vent of streamer unit.
R20
Ensure the spatial distance 8.5mm over at the vent of
streamer unit by products.
20
138.4
0.2m/s over
Contents
150.9 × 46.9 × 27.5mm
100g
ABS
UL94-5VA
Over CTI600V
Electrical Appliance and Material Safety Act
IEC60335-1(4th), IEC60335-2-65(4th)
-25~70 (Non-Energization)
-10~60 (Energization)
5~95%RH (No dew deposit)
14V±5%
6.5±0.5kV
5.0±0.5kV
55.5μA±10%
10μA±10%
Inputted voltage into Vin (ON/OFF)
Inputted 5V into HL (Loe tap)
Yes
Yes
Under 3kV
4.26ml/hr (Hi 14±2℃ 50±10%RH)
Fixing by the right and left hook
Fixing by the screw section
Outside size
Weight
Material
Flame retardance
Tracking index
R20
The vent of streamer unit
(The other side the same)
8.5
Flow of air
Don’t arrange conduction material within 20mm of the aluminum tape
(Except for the unit fixing screw).
3D095530G
283
VIEW ALL FVXG-K TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FVXG25-35K
FVXG25-35K
(Half concealed)
Model name plate (inside)
Max unit fixing screw
Radiant lamp
Gas pipe (ø 9.5 CuT)
85 (Half concealed)
Operation lamp
Installation plate
Timer Lamp
Room temp. thermistor
Terminal block with
earth terminal
Hole for splint
Hole for piping
Hole for splint
Fixed screws for front grille
(inside)
General
rating name
plate
Drain
socket
Standard installation fixed screws
(2 Locations)
(Half concealed)
Half concealed installation fixed screws
(4 Locations)
Liquid pipe (ø 6.4 CuT)
Signal receiver and
indoor unit on/off
switch
Fixed screws for air
outlet cover
(inside)
Signal transmitter
Hole for
piping
Drain hose
VO20
I.D. ø 20
O.D. ø 26
L 220
Installation required
space
Infrared remote control
(ARC466A2)
Hole for piping
Adjusting the air flow direction
Air flow (indoor)
(Wall hole)
Right/left (manual)
Up/down (automatic)
Cool, Dry
150 Min.
(For
maintenance)
Heat
(Wall hole)
(For performance)
50 Min.
(For
maintenance)
Floor
Floor
3D071595
Wall hole for half concealed
Note) The mark (²) shows piping direction
FVXG50K
FVXG50K
(Half concealed)
Model name plate (inside)
Radiant lamp
Gas pipe (ø 9.5 CuT)
85 (Half concealed)
Operation lamp
Installation plate
Timer lamp
Room temp. thermistor
Terminal block with
earth terminal
Hole for splint
Hole for piping
Hole for splint
Fixed screws for front grille
(inside)
Drain
socket
Standard installation fixed screws
(2 Locations)
General
rating name
plate
(Half concealed)
Main unit fixing screw
Liquid pipe (ø 6.4 CuT)
Signal receiver and
indoor unit on/off
switch
Fixed screws for air
outlet cover
(inside)
Half concealed installation fixed screws
(4 Locations)
Signal transmitter
Hole for
piping
Drain hose
VO20
I.D. ø 20
O.D. ø 26
L 220
Installation required
space
Infrared remote control
(ARC466A2)
Hole for piping
Adjusting the air flow direction
Air flow (indoor)
(Wall hole)
Right/left (manual)
284
Heat
(Wall hole)
(For performance)
150 Min.
(For
maintenance)
Floor
Floor
Note) The mark (²) shows piping direction
Up/down (automatic)
Cool, Dry
50 Min.
(For
maintenance)
Wall hole for half concealed
3D071596
VIEW ALL FVXM-F TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
FVXM25-35F
FVXM25-35F
Adjusting the air flow direction
Up/down (automatic)
25°
40
°
1.The -> mark shows the piping direction.
20°
20°
°
°
90
90
Operation lamp
Signal receiver
Timer lamp
Indoor unit On/OFF switch
Air outlet selection switch
Model name
ARC452A1
Wireless remote control
210
Front grille fixing screws
644
185.8
°
°
Lower air outlet
18
Half concealed
90
90
Upward air flow limit ON
45°
58
Signal transmitter
700
666
45°
Upper air outlet
45°
Heating
Dry
Upward air flow limit OF
45°
Notes
Cooling
Left/right (manual)
95
Half concealed
Pitch of fixing holes
ON/OFF
Adjusting the air flow direction
Half concealed
90
120.5
584
261
224.5
70
20°
20°
600
261
224.5
70
90
120.5
90
152
Wall hole
149
160
85
39
115
44
70
39
585 ～595
Hole for piping
Wall hole
Wall hole
121
136
670 ～690
For performance
70
18
83.2
Drain hose
VP20
L=220 mm
Inside diameter: 20mm
Outside diameter: 26mm
Pitch of fixing holes
585 ～595
Terminal block with earth terminal
Room temperature sensor
Liquid pipe connection Ø6.4 CuT
Gas pipe connection Ø9.5 CuT
120.5
584
600
25°
40
°
MIN 50
Front grille fixing screws
83.2
39
For maintenance
For performance
Nameplate
630
ON/O FF
MIN 50
ON/OFF
152
400
149
160
370
85
230
For performance
70
70
Hole for piping
Half concealed
121
136
Drain socket
44Hole for piping
Air flow
Required space
ARC452A1
95
670 ～690
250
400
120.5
90
250
370
230
MIN 50
115
18
Wireless remote control
210
Wall hole
Hole for molding 18
39
18
83.2
Drain hose
VP20
L=220 mm
Inside diameter: 20mm
Outside diameter: 26mm
Pitch of fixing holes
Operation lamp
Signal receiver
Timer lamp
Indoor unit On/OFF switch
Air outlet selection switch
Model name
Front grille fixing screws
630
For maintenance
°
°
Drain socket
644
Pitch of fixing holes
ON/O FF
90
90
Air flow
Required space
°
°
Front grille fixing screws
Half concealed
90
90
Upward air flow limit ON
45°
45°
58
Signal transmitter
700
666
Lower air outlet
83.2
1.The ->
45°
45°
Upper air outlet
Hole for molding 18
Hole for piping
Notes
Heating
Dry
Upward air flow limit OF
Half concealed
Up/down (automatic)
Cooling
Left/right (manual)
Terminal block with earth terminal
Room temperature sensor
Liquid pipe connection Ø6.4 CuT
Gas pipe connection Ø9.5 CuT
mark shows the piping direction.
185.8
Nameplate
FVXM25-35F
MIN 50
For performance
3D1087003D108700
Wall hole for half concealed installation
Wall hole for half concealed installation
FVXM50F
Adjusting the air flow direction
Notes
Up/down (automatic)
Cooling
Heating
Dry
Signal transmitter
1.The -> mark shows the piping direction.
25
°
40
°
Left/right (manual)
45°
90
20°
45°
Timer lamp
Indoor unit On/OFF switch
°
°
90
90
Lower air outlet
Upward air flow limit
ON
18
Signal receiver
Half concealed
°
°
45°
58
Operation lamp
700
666
90
Upper air outlet
Upward air flow limit
OFF
20°
45°
185.8
FVXM50F
Air outlet selection switch
Model name
Front grille fixing screws
ARC452A1
Wireless remote control
210
95
644
Half concealed
Pitch of fixing holes
ON/OFF
Nameplate
Pitch of fixing holes
600
90
136
95
Half concealed
ON/OFF
Nameplate
152
70
90
149
160
85
Wall hole
585 ～595
70
83.2
121
136
152
670 ～690
For performance
MIN 50
For maintenance
Pitch of fixing holes
Liquid pipe connection Ø6.4 CuT
Gas pipe connection Ø12.7 CuT
18
Drain hose
VP20
L=220 mm
Inside diameter: 20mm
Outside diameter: 26mm
630
ON/O FF
For performance
600
Front grille fixing screws
83.2
Required space
MIN 50
261
224.5
70
400
Drain socket
Hole for molding 18
Hole39
for piping
MIN 50
39
115
Wall hole
44
Hole for piping
70
39
For performance
Wall hole for half concealed installation
Wall hole
44
Hole for piping
Air flow
585 ～595
115
Terminal block with earth terminal
Room temperature sensor
Wall hole
120.5
90
149
250 160
370
230
85
70
For performance
For maintenance
MIN 50
39
ARC452A1
Wireless remote control
210
121
670 ～690
ON/O FF
185.8
261
224.5
70
120.5
584
Air outlet selection switch
Model
83.2name
120.5
584
630
Pitch of fixing holes
Front grille
fixing screws
Drain
hose
VP20
L=220 mm
Inside diameter: 20mm
Outside diameter: 26mm
Gas pipe connection Ø12.7 CuT
Timer lamp
Half concealed
Air flow
Required space
°
644
18
Indoor unit On/OFF switch
18
90
°
Lower air outlet
Front grille fixing screws
83.2
58
Signal receiver
Half concealed
Drain socket
90
Hole for molding 18
Hole for piping
Upward air flow limit
ON
Liquid pipe connection Ø6.4 CuT
Operation lamp
700
666
20°
20°
45°
45°
Signal transmitter
1.The -> mark shows the piping direction.
40
°
°
400
25
°
120.5
90
90
Upper air outlet
Upward air flow limit
OFF
°
230
45°
45°
Notes
Up/down (automatic)
Cooling
Heating
Dry
90
250
370
Room temperature sensor
Adjusting the air flow direction
Left/right (manual)
Half concealed
FVXM50F
Terminal block with earth terminal
3D108701
3D108701
Wall hole for half concealed installation
285
Technical drawings
Hot water
HXY-A8287
HXHD-A8288
286
VIEW ALL HXY-A8 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
HXY-A8
HXY-A8
Required space for service and ventilation
Hole (ø12) for fixation to the wall
Water out connection (1-1/4” F BSP)
Water in connection (1-1/4” F BSP)
Refrigerant liquid connection ø9.52 (flare)
Refrigerant suction connection ø15.9 (flare)
Pump
User interface
Safety valve (pressure)
Air purge
Expansion vessel
Pressure gauge
Heat exchanger (refrigerant / water)
Shut off valve with drain / fill valve (1-1/4`` F BSP) (included accessory)
Water filter
Power supply / Communication wire entrance
Service door
Switchbox terminals
ESP (kPa)
HXY-A8
0
35
40
45
50
55
60
65
70
75
80
85
90
3D079938
HXY-A8
Unit ESP / 4000rmp / ∆T=5°C
Unit ESP / 3800rmp / ∆T=8°C
∆ Maximum ESP if ∆T=5°C (heating nominal)
□ Maximum ESP if ∆T=5°C (cooling nominal)
15
17.5
20
22.5
25
27.5
30
32.5
35
37.5
40
Flow (l/min)
ESP:
Flow
External Static Pressure
Water flow through the unit
Notes
1. Selecting a flow outside the operating area can damage the unit or cause the unit to malfunction.
See also the minimum and maximum allowed water flow range in the technical specifications.
2. Water quality must be according to EU directive 98/83 EC.
3D097625
287
VIEW ALL HXHD-A8 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
HXHD125A8
HXHD-A
1
Detail A
Scale 1/3
If required (e.g. Wall fixation)
Pressure gauge can be removed from waterfilter, maximum distance
between waterfilter and pressure gauge ± 600 mm
Left Installation
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Right installation
Remote control (delivered as accessory)
Installation location is outside the unit
Discharge pipe connection ø12.7 solder (R410a)
Liquid pipe connection ø9.5 solder (R410a)
R134a Service ports 5/16” are (2x)
Pressure gauge
Blow off valve
Drain valve water circuit
Air purge
Shut-off valves (2x)
Wster filter
Water in connection G 1° (female)
Water out connection G 1° (female)
Control wiring intake (knock-out hole ø37)
Power supply wiring intake (knock-out hole ø37)
Knock-out holes for refrigerant piping and water piping
Levelling feet
Discharge stop valve ø12.7 solder (R410a)
Liquid stop valve ø9.5 solder (R410a)
Detail A
3TW59914-1B(1)
HXHD125A8
HXHD-A
Left Installation
Right installation
Upwiring
Screw fixation of top plate
(both sides)
Model
HXHD-A8
A
355
B
270
C
300
Min. 600
(Space required for switch box removal)
3TW59914-1B(2)
288
VIEW ALL HXHD-A8 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
HXHD200A8
HXHD200A8
Detail A
Scale 1/3
Left installation
Right installation
If required (e.g. wall fixation)
Pressure gauge can be removed from waterfilter.
Maximum distance between waterfilter and
pressure gauge: +/- 600mm.
HXHD200A8
Detail A
Scale 1/3
Left installation
If required (e.g. wall fixation)
Pressure gauge can be removed from waterfilter.
Maximum distance between waterfilter and
pressure gauge: +/- 600mm.
Detail A
1
Gas pipe connection ø15.9 solder (R410A)
2
Liquid pipe connection ø9.5 solder (R410A)
3
R134a service ports ø12.7 flare
4
Pressure gauge
5
Blow off valve
6
Drain valve water circuit
7
Air purge
8
Shut-off valves
9
Water filter
10
Water in connecting G 1” (female)
11
Water out connecting G 1” (female)
12
13
Control wiring intake (knock-out hole ø37)
Right installation
Power supply wiring intake (knock-out hole ø37)
14
1
Gas pipe
connection
solder
(R410A)
Knock-out holes for refrigerant
piping
andø15.9
water
piping
15
Levelling feet
16
4
Pressure
gauge
Remote controller (delivered
as accessory)
installation location
5
Blow off valve
is outside the unit
2
Liquid pipe connection ø9.5 solder (R410A)
3
R134a service ports ø12.7 flare
6
Drain valve water circuit
7
Air purge
8
Shut-off valves
9
Water filter
10
Water in connecting G 1” (female)
11
Water out connecting G 1” (female)
12
Control wiring intake (knock-out hole ø37)
13
Power supply wiring intake (knock-out hole ø37)
14
Knock-out holes for refrigerant piping and water piping
15
Levelling feet
16
Remote controller (delivered as accessory) installation location
is outside the unit
Detail A
3TW59854-1
3TW59854-1
289
VIEW ALL HXHD-A8 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
HXHD125A8
ESP [kPa]
HXHD-A8
120
110
100
90
80
70
60
50
40
30
20
10
0
Unit ESP without 3-way valve
Unit ESP including 3-way valve
Maximum ESP if ∆ T=10°C
Maximum ESP if ∆ T=5°C
5
7
9
11
13
15
17
19
21 23 25
Flow [l/min]
27
29
31
33
35
37
39
41
Notes
1. The ESP curves are the maximum ESP curves for different (T types (pump rpm=4200 for (T=5°C; pump rpm=3800 for (T=10°C).
2. The pump of the indoor unit is inverter-controlled and functions to have a fixed (T between the return water temperature and the leaving water temperature.
In case of installing a domestic hot water tank, there is an additional pressure drop over the 3-way valve (delivered as an accessory with the tank).
ESP: External Static Pressure
Flow: water flow through the unit
Warning
1. Selecting a flow outside the operating area can damage the unit or cause the unit to malfunction.
See also the minimum and maximum allowed water flow range in the technical specifications.
2. Water quality must be according to EU directive 98/83 EC.
3D097621
HXHD200A8
HXHD200A8
HXHD200A*
Indoor unit ESP curve
100
Unit ESP without 3-way valve
90
Unit ESP including 3-way valve
Maximum ESP if ΔT=·10·°C
ESP [kPa]
80
70
60
50
40
30
20
10
0
Notes
15
17
19
21
23
25
27
29
31 33 35 37
Flow [l/min]
39
41
43
45
47
49
51
1. The ESP curves are the maximum ESP curves, with and without domestic hot water tank installed on top of the indoor unit (pump rpm: 4000).
The pump of the indoor unit is inverter-controlled and functions to have a fixed ΔT between the return water temperature and the leaving water temperature.
2. In case of installing a domestic hot water tank, there is an additional pressure drop over the 3-way valve (delivered as an accessory with the tank).
ESP: External Static Pressure
Flow: water flow through the unit
Warning
1. Selecting a flow outside the operating area can damage the unit or cause the unit to malfunction.
See also the minimum and maximum allowed water flow range in the technical specifications.
2. Water quality must be according to EU directive 98/83 EC.
3D113718
290
Technical drawings
Biddle air curtains
CYVS_DK / CYVM_DK / CYVL_DK
292
291
Detailed technical drawings
CYVS_DK_FBN/FSN / CYVM_DK_FBN/FSN / CYVL_DK_FBN/FSN
CYVS_DK_FBN/FSN
CYVM_DK_FBN/FSN
CYVL_DK_FBN/FSN
500
250
250
40
100
197
A
B
O9.2
Suction grid
with filter
98
H
27
D
Type
CYVS-DK-FBN/FSN
CYVM-DK-FBN/FSN
CYVL-DK-FBN/FSN
L
1,000 - 1,500
2,000 - 2,500
1,000 - 1,500
2,000 - 2,500
H
D
U
A
B
270
590
93
171
119
370
774
124.5 245.5
U
L
200
CU0954X-000
REMARKS
1
The 2,500mm large devices have 3 suspension brackets, where the third bracket is mounted at half the length of the device.
CYVS_DK_CBN/CSN / CYVM_DK_CBN/CSN / CYVL_DK_CBN/CSN
CYVS_DK_CBN/CSN
CYVM_DK_CBN/CSN
CYVL_DK_CBN/CSN
500
250
250
40
100
197
A
B
O9.2
The finishing profiles are
supplied separately.
Suction grid
with filter
98
H
27
Screw-eye M6
L
Number of suction grids per device
Device length Number Suction grid length
1000 / 1500
1
1,000 / 1,500
2000 / 2500
2
1,000 / 1,250
G
D
CYVL-DK-CBN/CSN
D
U
A
B
E
F
G
821
93
171
119
250
411
260
F
H
270
E
L
1,000 - 1,500
2,000 - 2,500
1,000 - 1,500
2,000 - 2,500
370
1,105 124.5 245.5
200
181.5 563.5
U
Type
CYVS-DK-CBN/CSN
CYVM-DK-CBN/CSN
D
*1 drain grid per device
360
REMARKS
292
1
The 2,500mm large devices have 3 suspension brackets, where the third bracket is mounted at half the length of the device.
2
The mounting holes for finishing profiles in a lowered ceiling (L+8) x (D+8) mm
L
CU0955X-000
Detailed technical drawings
CYVS_DK_RBN/RSN / CYVM_DK_RBN/RSN / CYVL_DK_RBN/RSN
CYVS_DK_RBN/RSN
CYVM_DK_RBN/RSN
CYVL_DK_RBN/RSN
500
250
No ducts are supplied
250
40
100
197
A
B
O9.2
No ducts are supplied
The finishing profiles are
supplied separately.
K
Suction grid
with filter
98
12
5
6
8
Number of suction grids per device
Device length Number
Suction grid length
1000 / 1500
1
1,000 / 1,500
2000 / 2500
2
1,000 / 1,250
*1 drain grid per device
Type
L
H
CYVS-DK-RBN/RSN
CYVM-DK-RBN/RSN 1,000 - 1,500 270
2,000 - 2,500
- 1,500
CYVL-DK-RBN/RSN 1,000
2,000 - 2,500 370
E
G
F
J
D
S
U
A
B
E
F
G
561
80125
90
171
119
92
139
260
745
80125 121.5 245.5 200 123.5 170
360
J
T
K
M
T
1048-1548
20482548
1048-1548
1044-1544
408 Ø250 2044-2544 20482548
308 Ø160 1044-1544
2044-2544
F
2500
10
U
2000
7
101.5
H
1500
S
Number of ducts per device
Type
1000
CYVS-DK-RBN/RSN
5
CYVM-DK-RBN/RSN
CYVL-DK-RBN/RSN
3
27
D
L
M
CU0956X-000
REMARKS
1
The 2,500mm large devices have 3 suspension brackets, where the third bracket is mounted at half the length of the device.
2
Holes (for finishing profiles) - drain (L+8) x (E+8) mm - suction (L+8) x (G+8) mm.
293
Technical drawings
Ventilation
ALB-LBS/RBS295
VAM-FC / VAM-J
301
VKM-GB / VKM-GBM
309
294
VIEW ALL ALB-LBS DRAWINGS
ON MY.DAIKIN.EU
Detailed technical drawings
ALB02RBS/LBS
CONDENSATE
OUTLET 1/4”G
TOP VIEW
BOTTOM VIEW
ELECTRIC
SWITCH BOX
ALB03RBS/LBS
CONDENSATE
OUTLET 1/4”G
BOTTOM VIEW
TOP VIEW
ELECTRIC
SWITCH
BOX
295
Detailed technical drawings
VIEW ALL ALB-RBS DRAWINGS
ON MY.DAIKIN.EU
ALB04RBS/LBS
CONDENSATE
OUTLET 1/4”G
TOP VIEW
BOTTOM VIEW
ELECTRIC
SWITCH
BOX
ALB05RBS/LBS
CONDENSATE
OUTLET 1/4”G
TOP VIEW
ELECTRIC
SWITCH
BOX
296
BOTTOM VIEW
VIEW ALL ALB-LBS DRAWINGS
ON MY.DAIKIN.EU
Detailed technical drawings
ALB06RBS/LBS
CONDENSATE
OUTLET 1/4”G
TOP VIEW
BOTTOM VIEW
ELECTRIC
SWITCH BOX
ALB07RBS/LBS
CONDENSATE
OUTLET 1/4”G
TOP VIEW
BOTTOM VIEW
ELECTRIC
SWITCH
BOX
297
VIEW ALL ALB-RBS DRAWINGS
ON MY.DAIKIN.EU
Detailed technical drawings
External static pressure (Pa)
ALB02RBS/LBS
SFPv 2
400
SF
Pv
20
00
The diagram shows the available external pressure for the duct
system given an airflow.
SFPv = Specific Fan Power (W/m3/s)
Pv
SF
SF
Pv
80
0
00
16
SF
Pv
The SFPv curves are referring to the complete unit. Moreover, it
includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
12
00
Nominal working point
Airflow (m3/h)
External static pressure (Pa)
ALB03RBS/LBS
SF
Pv
24
00
The diagram shows the available external pressure for the duct
system given an airflow.
SFPv = Specific Fan Power (W/m3/s)
SF
Pv
SFP
v
800
SF
Pv
12
SF
Pv
00
Airflow (m3/h)
298
16
00
20
00
The SFPv curves are referring to the complete unit. Moreover, it
includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
Nominal working point
VIEW ALL ALB-LBS DRAWINGS
ON MY.DAIKIN.EU
Detailed technical drawings
ALB04RBS/LBS
400
External static pressure (Pa)
SFPv 2
SFPv
2000
SF
Pv
The diagram shows the available external pressure for the duct
system given an airflow.
16
00
SFPv = Specific Fan Power (W/m3/s)
SF
Pv
SF
Pv
80
0
12
00
The SFPv curves are referring to the complete unit. Moreover,
it includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
Nominal working point
Airflow (m3/h)
ALB05RBS/LBS
v
240
0
External static pressure (Pa)
SFP
SFP
v
200
0
SF
Pv
16
00
The diagram shows the available external pressure for the duct
system given an airflow.
SFPv = Specific Fan Power (W/m3/s)
SF
Pv
SFP
v
12
00
The SFPv curves are referring to the complete unit. Moreover, it
includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
800
Nominal working point
Airflow (m3/h)
299
VIEW ALL ALB-RBS DRAWINGS
ON MY.DAIKIN.EU
Detailed technical drawings
ALB06RBS/LBS
2 40 0
External static pressure (Pa)
SFPv
SFP
v
200
0
SF
Pv
The diagram shows the available external pressure for the duct
system given an airflow.
16
00
SFPv = Specific Fan Power (W/m3/s)
SF
Pv
SF
Pv
12
00
80
0
The SFPv curves are referring to the complete unit. Moreover, it
includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
Nominal working point
Airflow (m3/h)
ALB07RBS/LBS
00
External static pressure (Pa)
SFPv 24
SFP
v
200
0
The diagram shows the available external pressure for the duct
system given an airflow.
SF
Pv
SF
Pv
SF
Pv
12
00
80
0
00
SFPv = Specific Fan Power (W/m3/s)
The SFPv curves are referring to the complete unit. Moreover, it
includes power to both supply and extract fan divided by either
the supply or extract volume whichever is the greater.
Nominal working point
Airflow (m3/h)
300
16
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VAM150FC9
VAM150FA
Maintenance space for the heat exchange elements, the air filters and fans
Switch box
Ceiling hook
4-14x40 oval hole
Inspection hole
Ø 450
285
600
Maintenance over
104
120.3
67
20
149
Supply air fan
120~250
269
SA
104
124
288
560
EA
Exhaust air to outdoors
718
Sealing
20
120
Fresh air from outdoors
(Outdoor air)
8
8
Return air from room
Sealing
164
509
RA
288
124 164
OA
Supply air to room
Damper plate
149
Exhaust air fan
(Maintenance cover)
Exhaust spacer
(Switch box)
145
760
Ø97
Ø200
145
Air filters
Heat exchange elements
NOTE
1
Be sure to provide the inspection hole (450x450 mm) to inspect the air filters, the exchange elements and fans.
3TW27874-1
3TW27874-1
VAM250FC9
VAM250FA
Maintenance space for the heat exchange elements, the air filters and fans
Switch box
Ceiling hook
4-14x40 oval hole
Inspection hole
Ø 450
285
600
Supply air fan
120~250
269
Maintenance over
104
120.3
67
20
149
SA
509
124
288
560
164
RA
OA
288
124 164
Supply air to room
EA
Return air from room
104
Sealing
718
20
120
Exhaust air to outdoors
Sealing
8
8
Fresh air from outdoors
(Outdoor air)
Damper plate
149
Exhaust air fan
(Maintenance cover)
760
145
Ø97
Ø200
(Switch box)
145
Heat exchange elements
Air filters
NOTE
1
Be sure to provide the inspection hole (450x450 mm) to inspect the air filters, the exchange elements and fans.
3TW27884-1
3TW27884-1
301
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VAM350-500J
Ceiling hook
·4· - ·12· x ·40·mm oblong hole
Exhaust air fan
Damper panel
1045
Sealing material
122
22
305
122
Sealing material
RA
Sealing material
OA
125
173
137
417
291 126
Exhaust air to outdoors
Exhaust air
292
417
837
866
883
EA
SA
Supply air fan
122
Switch box
900
78
22
190
Inspection hole
Maintenance space for the air filters, heat exchangers and fans
Sealing material
200 - 300
≥ 675
475
Sealing material
Heat exchanger
78
1113
213
197
Switch box
Air filter
Maintenance cover
Notes :
137
173
Supply air to room
Supply air
Fresh outdoor air
Outdoor air
122
Sealing material
Return air from room
Room air
1.To allow for the inspection of the air filters, heat exchangers, and fans, be sure to provide the inspection hole.
3D112815C
VAM650J
1266
Damper panel
Sealing materi
al
Sealing material
Sealing material
154
22
368
154
Ceiling hook
·4· - ·12· x ·40·mm oblong hole
Exhaust air fan
RA
EA
272
491
887
920
933
Sealing material
162
211
SA
Supply air to room
Supply air
OA
Fresh outdoor air
Outdoor air
200-300
≥ 700
500
Sealing material
Sealing material
22
186
Supply air fan
Switch box
154
Return air from room
Room air
220
211
162
493
272
222
Exhaust air to outdoors
Exhaust air
Inspection hole
Option ·KRP2A51·
Mounting plate
154
Option ·BRP4A50A·
1100
Maintenance space for the air filters, heat exchangers and fans
Heat exchanger
1354
262
245
83
Notes :
Maintenance cover
83
Switch box
Air filter
1. To allow for the inspection of the air filters, heat exchangers, and fans, be sure to provide the inspection hole.
302
3D113502A
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VAM800-1000J
Ceiling hook
·4· - ·12· x ·40·mm oblong hole
Exhaust air fan
Damper panel
1266
Sealing material
154
22
368
154
Sealing material
RA
Sealing material
212
SA
Supply air to room
Supply air
OA
Supply air fan
Sealing material
Fresh outdoor air
Inspection hole
650
Sealing material
Maintenance space for the air filters, heat
exchangers and fans
154
200-300
≥ 850
Sealing material
22
192
Outdoor air
154
162
Room air
207
162
628
389
239
Exhaust air to
outdoors
Exhaust air
212
Return air from room
399
606
1144
1172
1189
EA
Switch box
1100
Heat exchanger
1354
83
83
262
245
Sealing material
Maintenance cover
Notes :
Switch box
Air filter
1. To perform maintenance on the air filter, it is required to provide a service access panel.
3D112817D
VAM1500-2000J
(2x)
731
150
Sealing material
EA
Sealing material
Maintenance space for the air filters, heat
exchangers and fans
Sealing
material
Inspection hole
384
air fan
20
200 - 300
≥ 850
20
198
(2x) Supply
650
Sealing material
150
150
SA
Supply air to room
Supply air
Fresh outdoor air
Outdoor air
345
345
Return air from room
Room air
218
360
577
1144
1172
1188
Exhaust air to outdoors
Exhaust air
OA
150
RA
1194
599
348 250
380 (4x)
Sealing material
Damper panel
Ceiling hook
·4· - ·14· x ·40·mm oblong hole
1266
(4x) Option ·EKPLEN200·
Sealing material
20
20
384
Exhaust air fan
Switch box
1100
Heat exchanger
130 261
261 130
26
1354
Sealing material
Notes :
405
350
330
Switch box
10
24
621
Option ·KRP2A51·
Mounting plate
Maintenance cover
Option ·BRP4A50A·
Air filter
1. To allow for the inspection of the air filters, heat exchangers, and fans, be sure to provide the inspection hole.
3D112818C
303
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VAM150FC
Detailed technical drawings
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VAM150FC9
250
20m
200
External static pressure [Pa]
15m
150
Ultra-high
10m
100
High
5m
Low
50
Ø 100
Pipe length
0
0
50
Notes
100
150
Air flow rate [m³/h]
200
250
1. The fan speeds are valid for ·230·V, ·50·Hz power supply.
VAM250FC
4D100379
VAM250FC
4D100379
250
External static pressure [Pa]
200
Ultra-high
Ø 150
Pipe length
150
High
40m
100
Low
30m
20m
50
10m
0
0
Notes
50
100
150
Air flow rate [m³/h]
200
250
300
1. The fan speeds are valid for ·230·V, ·50·Hz power supply.
4D100380
4D100380
304
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VAM350J
250
UH15
150
Ultra-high speed
H15
125 m
UH8
L15
H8
100 m
External static pressure [Pa]
External static pressure [Pa]
200
75 m
100
UH1
L8
50 m
50
25 m
Ø200
Duct length
L1
H1
0
100
150
200
250
300
350
400
300
250
200
150
UH15
100
UH8
50
UH1
0
150
450
200
High speed
200
150
100
H15
50
0
150
200
250
H1300
H8
350
400
250
300
350
400
450
Air flow rate [m³/h]
External static pressure [Pa]
External static pressure [Pa]
Air flow rate [m³/h]
450
Air flow rate [m³/h]
Notes
1.The fan curves are determined with ·1/3· of the ESP on the outdoor side
(·EA & OA·), and ·2/3· of the ESP on the indoor side (·RA & SA·).
EA = Exhaust air
OA = Outdoor air
RA = Room air
SA = Supply air
2. Measured according to ·JIS B 8628 - 2003·
Low speed
Ultra-high speed
High speed
Low speed
200
150
100
50
0
L1
100 150
200
250
300
L15
L8
350
400
450
Air flow rate [m³/h]
Legend
L1 = Low speed lower limit
L8 = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
3D113493A
VAM500J
250
External static pressure [Pa]
200
150
UH1
L15
L15
H8
100
80 m
H8
60 m
40 m
H1
L8
50
20 m
L1
0
150
Ø200
Duct length
200
250
300
350
400
450
500
550
External static pressure [Pa]
100 m
UH15 UH15
UH8
H15
H15
600
Ultra-high speed
250
200
150
100
UH1
0
250
300
High speed
200
150
100
0
200
H15
H1
250
300
350
400
450
500
550
Air flow rate [m³/h]
Notes
1.The fan curves are determined with ·1/3· of the ESP on the outdoor
side (·EA & OA·), and ·2/3· of the ESP on the indoor side (·RA & SA·).
EA = Exhaust air
OA = Outdoor air
RA = Room air
SA = Supply air
2. Measured according to ·JIS B 8628 - 2003·
350
400
450
500
550
600
Air flow rate [m³/h]
H8
600
External static pressure [Pa]
External static pressure [Pa]
Air flow rate [m³/h]
50
UH15
UH8
50
Low speed
Ultra-high speed
High speed
Low speed
200
150
100
50
0
150
L15
200 L1 250
300
350
400
450 L8 500
Air flow rate [m³/h]
Legend
L1 = Low speed lower limit
L8 = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
3D113494A
305
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VAM650J
250
UH15
150
Ultra-high speed
UH8
H15
200 m
H8
160 m
UH1
L15
H1
100
120 m
80 m
L8
50
External static pressure [Pa]
External static pressure [Pa]
200
40 m
Ø250
Duct length
L1
0
250
350
450
550
650
750
250
200
150
100
UH15
50
0
UH8
350
450
Air flow rate [m³/h]
200
150
100
H15
H1
350
450
H8
550
650
Low speed
External static pressure [Pa]
External static pressure [Pa]
High speed
0
250
750
Air flow rate [m³/h]
250
50
650 UH1
550
750
Air flow rate [m³/h]
Notes
1.The fan curves are determined with 1/3 of the ESP on the outdoor
side (EA & OA), and 2/3 of the ESP on the indoor side (RA & SA).
EA = Exhaust air
OA = Outdoor air
RA = Room air
SA = Supply air
2. Measured according to ·JIS B 8628 - 2003·
200
Ultra-high speed
High speed
Low speed
150
100
50
L15
0 L1
250
30
550 L8
450
650
750
Air flow rate [m³/h]
Legend
L1 = Low speed lower limit
L8 = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
3D113495A
VAM800J
300
250
x
x
180m
250
180m 180m
150m
200
200
u
u
300
250
External static pressure [Pa]
External static pressure [Pa]
300
200
150m 150m
120m
150
150
u
150
120m 120m
90m
100
90m
90m
60m
100 L8 100
xL850
50
L8
L1
,
L1
300
0
60m
60m
30m
50
L1 0
400
0
300
u
u
500
700
600
,
800
Air flow rate (m3/h)
300
400
500
600
700
Air flow
rate 600
[m³/h]
400
700
500
800
800
x
Ø250
30m
30m
Duct length
Ø250
Ø250
900 ,
Duct length
Duct length
900
350300 350
300250 300
250200 250
200150 200
u
150100 150
x
100 50 100
x
50 0
0
900
High speed
300
200
150
150
u
150
150
100
0
H15
400
400
u
H15
HS
500
0
400
500
600
500
600
700
800
Air flow rate (m3/h)
600
700
700
800
flow rate
(m /h)
Air
flow
rate
(m /h)
Air Air
flow
rate
[m³/h]
3
3
Notes
1.The fan curves are determined with 1/3 of the ESP on the outdoor
side (EA & OA), and 2/3 of the ESP on the indoor side (RA & SA).
EA = Exhaust air
OA = Outdoor air
RA = Room air
SA = Supply air
2. Measured according to ·JIS B 8628 - 2003·
306
800
600
900
800
900
900
Ultra-high speed
High speed
Low speed
250
900
HS
800
900
200
, ,
,150
,
100
100
u50
50
50
0
u
H15
100
50
500
200
200
200
150
50
700
Air flow rate (m /h)
Air600
flow
rate700[m³/h]
700
800
3
500
Low speed
250
250
250
250
200
100
600
500
400
Air flow rate
(m3/h)
Air flow
rate (m3/h)
External static pressure [Pa]
External static pressure [Pa]
u
3
300
300
250
u
50
400
0
400
Air flow rate
Air flow
(m /h)
rate (m /h)
3
Ultra-highspeed
Ultra-high
Ultra-high
speed
speed
350
, ,
-
-
-
100
50
0
HS
900
300
400
500
600
700
800
900
0
0
Air flow rate (m3/h)
300
300 400
400 500
500 600
600 700
700 800
800 900
900
Air flow
rate
Air flow
(m[m³/h]
/h)
rate (m /h)
Air flow
rate
3
Legend
L1 = Low speed lower limit
L8 = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
3
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
3D112837
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VAM1000J
300
H8
150
UH8
H15
120m
UH1
90m
350
300
250
External static
pressure [Pa]
External static
pressure [Pa]
250
200
Ultra-high speed
150m
UH15
L15
H1
100
L8
50
L1
0
400
30m
600
700
800
900
1000
150
UH15
100
UH8
50
Ø250
Duct lenght
500
200
UH1
0
600
1100
700
800
900
1000
Air flow rate [m3/h]
Air flow rate [m3/h]
High speed
250
200
150
100
H15
50
0
500
600
H1
800
700
High speed
250
External static pressure [Pa]
External static pressure [Pa]
300
200
150
100
50
0
H8
1000
900
1100
L15
L1
400
500
600
L8 800
700
900
Air flow rate [m3/h]
Air flow rate [m3/h]
Notes
Legend
L1 = Low speed lower limit
LB = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
1.The fan curves are determined with ·1/3· of the ESP on the outdoor side (·EA & OA·),
and ·2/3· of the ESP on the indoor side (·RA & SA).
Ultra-high speed
High speed
Low speed
EA= Exhaust air
OA = Outdoor air
RA= Room air
SA= Supply air
2. Measured according to ·JIS B 8628 - 2003·
D112832
3D112832
VAM1500J
VAM1500J
UH15
250
180m
UH8
150
H8
UH1
100
150m
L15
120m
90m
H1
L8
60m
50
30m
2xØ250
Duct length
L1
0
700
900
1100
1300
1500
1700
300
250
200
UH15
150
100
250
200
150
H15
50
H8
H1
0
900
1100
1300
Air flow rate [m³/h]
1500
1700
External static pressure [Pa]
External static pressure [Pa]
700
900
1100
1300
1500
1700
Air flow rate [m³/h]
Low speed
250
100
UH1
0
High speed
300
UH8
50
Air flow rate [m³/h]
700
Ultra-high speed
350
H15
200
External static pressure [Pa]
External static pressure [Pa]
300
200
150
100
L15
50
0
700
L1
900
1100
1300
L8
1500
Air flow rate [m³/h]
Notes
1. The fan curves are determined with ·1/3· of the ESP on the outdoor side (·EA & OA·),and ·2/3· of the ESP on the indoor side (·RA & SA·).
EA = Exhaust air
OA = Outdoor air
RA = Room air
SA = Supply air
2 .Measured according to ·JIS B 8628 - 2003·
Ultra-high speed
High speed
Low speed
Legend
L1 = Low speed lower limit
L8 = Low speed factory setting
L15 = Low speed upper limit
H1 = High speed lower limit
H8 = High speed factory setting
H15 = High speed upper limit
UH1 = Ultra-high speed lower limit
UH8 = Ultra-high speed factory setting
UH15 = Ultra-high speed upper limit
3D112838 3D112838
307
VIEW ALL VAM-J TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VIEW ALL VAM-FC9 TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
VAM2000J
300
150m
UH15
120m
120m
90m
UH1 UH8
UH8
H15
H8 H15
200
200
150
UH1
L15
UH1
H1 H8
H8
150
150
100
90m
90m
60m
L15
L8 L15
H1
H1
60m
60m
30m
100
100
50
L8
L1 L8
50
50
0L1
L1
800
800
800
2xØ250
30m
30mlength
Duct
1000
1000
1000
300
1200
1400
1600
Air flow rate [m³/h]
1200
1200
1400
1400
1600
1600
Air
rate
High
speed
Air flow
flow
rate [m³/h]
[m³/h]
1800
1800
1800
2xØ250
2xØ250
2200
2000
Duct
Duct length
length
2000
2000
150
200
200
100
150
150
H15
50
100
100
0
Notes
0
1000
1000
H15
H15
H8
H1
1200
1400
1600
1800
H8
H8
Air flow rate H1
[m³/h]
H1
1200
1200
1400
1400
1600
1600
2000
1800
1800
2000
2000
Ultra-high speed
300
350
350
250
300
300
200
250
250
150
200
200
UH15
100
150
150
UH15
UH15
UH8
50
100
100
0
501200
50
UH1
1400
1600
1800
2000
UH8
2200
UH8
UH1
Air flow rate [m³/h]UH1
1400
1400
1600
1600
Low speed
250
200
250
250
Ultra-high speed
350
0
0
1200
1200
2200
2200
High speed
250
300
300
0
50
501000
External
External
External
static
static pressure
pressure
static pressure
[Pa]
[Pa] [Pa]
250
250
200
0
0
External
External
External
static
static pressure
pressure
static pressure
[Pa]
[Pa] [Pa]
150m
150m
120m
UH15
UH8 UH15
H15
External
External
External
static
static pressure
pressure
static pressure
[Pa]
[Pa] [Pa]
External
External
External
static
static pressure
pressure
static pressure
[Pa]
[Pa] [Pa]
300
300
250
1800
1800
2000
2000
2200
2200
Air flow rate [m³/h]
Low speed
250
200
250
200
150
200
150
100
150
100
50
100
L15
50
0
50
0
0
L1
800
1000
1400
Air flow rate [m³/h]
L1
L1
800
800
1200
1000
1000
1. The fan curves are determined with ·1/3· of the ESP on the outdoor side (·EA & OA·), and ·2/3· of the ESP on the indoor side (·RA & SA·).
EA = Exhaust air
Air flow rate [m³/h]
Notes
OA = Outdoor air
RAfan
= curves
Room air
1.
are
the ESP
and ·2/3·
the ESP
1. The
The
fan
curves
are determined
determined with
with ·1/3·
·1/3· of
of the
ESP on
on the
the outdoor
outdoor side
side (·EA
(·EA &
& OA·),
OA·), and
·2/3· of
of the
ESP on
on the
the indoor
indoor side
side (·RA
(·RA &
& SA·).
SA·).
SA =
EA
Exhaust
air
EA
= Supply
Exhaustair
air
OA
air
OA =
= Outdoor
Outdoor
airto ·JIS B 8628 - 2003·
2 Measured
according
RA
RA =
= Room
Room air
air
SA
SA =
= Supply
Supply air
air
Measured according
accordingto
to ·JIS
·JIS B
B 8628
8628 -- 2003·
2003·
22 Measured
1200
1200
1600
L8
L8 1600
1600
Legend
1400
1400
Air flow rate [m³/h]
L1
Ultra-high speed
High speed
Low speed
Ultra-high speed
High speed
Low speed
L8
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
Legend
L8
L15
L1
H1
L8
H8
L15
H15
H1
UH1
H8
UH8
H15
UH15
UH1
UH8
UH15
1800
L15
L15
1800
1800
Low speed lower limit
Low speed factory setting
Low speed upper limit
Low speed lower limit
High speed lower limit
Low speed factory setting
High speed factory setting
Low speed upper limit
High speed upper limit
High speed lower limit
Ultra-high speed lower limit
High speed factory setting
Ultra-high speed factory setting
High speed upper limit
Ultra-high speed upper limit
Ultra-high speed lower limit
Ultra-high speed factory setting
Ultra-high speed upper limit
3D112839
308
VIEW ALL VKM-GB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM50GB
VKM50GB
Air discharge grille
(locally procured)
Air suction grille
(locally procured)
Heat insulator
(locally procured)
EA
(Exhaust air to outdoors)
Branch duct
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
Inspection
hatch
Inspection
hatch
More than 600
Round shape hood
(locally procured)
OA
(Fresh air to outdoors)
Flexible duct
(locally procured)
Heat insulated
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
Refrigerant piping (Gas pipe)
(Ø 12.7 flare connection)
A gradient of
more than 1/30
Refrigerant piping (Liquid pipe)
(Ø 6.4 flare connection)
Ø 200
Nominal diameter
(locally procured)
OA
(Fresh air to outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at
a gradient of the 1/100
Inspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air from room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters heat exchange elements, and fans can easily be
inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water, also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation.(Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
5. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
6. Do not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. In areas where freezing may occur, always take steps to preventthe pipes from freezing.
8. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case, where humidity is 80% more, or the exit of drain socket is choked up,
or the air filter is very dirty.
3D083014
309
VIEW ALL VKM-GBM TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM50GBM
VKM50GBM
Air discharge grille
(locally procured)
Air suction grille
(locally procured)
Heat insulator
(locally procured)
EA
(Exhaust air to outdoors)
Round shape hood
(locally procured)
OA
(Fresh air to outdoors)
Control box
Maintenance space for the heat exchanger
elements the air filters, fans and humidifier
Inspection
hatch
Inspection
hatch
More than 600
Branch duct
(locally procured)
Flexible duct
(locally procured)
Heat insulated
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
Cistern tank
Water supply shut-off valve
(locally procured)
A gradient of
more than 1/30
Ø 200
Nominal diameter
(locally procured)
Drain valve
(locally procured)
Strainer
(locally procured)
Refrigerant piping (Gas pipe)
(Ø 12.7 flare connection)
Refrigerant piping (Liquid pipe)
(Ø 6.4 flare connection)
OA
(Fresh air to outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at
a gradient of the 1/100
□ 450 - 600
Inspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air from room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters heat exchange elements, and fans can easily be
inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water, also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation. (Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Use city water or clean water.
Include water supply piping with strainer, a water supply shut-off valve, and a drain valve (both locally procured) somewhere along the water supply piping that can be reached from the
inspection.
5. It is impossible to connect the water supply piping directly to public piping. Use a cistern tank (of the approved type), if you need to get your water supply from public piping.
6. Make sure the supply water 0.02MPa to 0.49MPa (0.2 kg/cm2 to 5 kg/cm2 )
7. Make sure the supply water is between 5°C and 40°C in temperature.
8. Insulate the water supply piping to prevent condensation from forming.
9. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
10. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
11. Install in a location where the air around the unit or taken into the umidifier will not drop below 0°C.
12. Do not use a bent cap or a round hoodas the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. In areas where freezing may occur, always take steps to prevent the pipes from freezing.
14. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case, where humidity is 80% more, or the exit of drain socket is choked up, or the
air filter is very dirty.
15. Feed clean water. If the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D083011
310
VIEW ALL VKM-GB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM80GB
VKM80GB
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
Branch duct
(locally procured)
Heat insulated
(locally procured)
Round shape hood
(locally procured)
OA
(Fresh air to outdoors)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
Inspection
hatch
Inspection
hatch
More than 600
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
Ø 250
Nominal diameter
A gradient of
more than 1/30
Refrigerant piping (Gas pipe)
(Ø 12.7 flare connection)
Refrigerant piping (Liquid pipe)
(Ø 6.4 flare connection)
(locally procured)
OA
(Fresh air to outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at
a gradient of the 1/100
□ 450 - 600
Inspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air from room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters heat exchange elements, and fans can easily be
inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water, also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation. (Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
5. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
6. Do not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. In areas where freezing may occur, always take steps to prevent the pipes from freezing.
8. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case, where humidity is 80% more, or the exit of drain socket is choked up, or the
air filter is very dirty.
3D083015
311
VIEW ALL VKM-GBM TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM80GBM
VKM80GBM
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
Branch duct
(locally procured)
Heat insulated
(locally procured)
Round shape hood
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters, fans and humidifier
Inspection
hatch
Inspection
hatch
More than 600
OA
(Fresh air to outdoors)
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
Cistern tank
Water supply shut-off valve
(locally procured)
A gradient of
more than 1/30
Ø 250
Drain valve
(locally procured)
Strainer
(locally procured)
Refrigerant piping (Gas pipe)
(Ø 12.7 flare connection)
Refrigerant piping (Liquid pipe)
(Ø 6.4 flare connection)
Nominal diameter
(locally procured)
OA
(Fresh air to outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at
a gradient of the 1/100
□ 450 - 600
Inspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air from room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters heat exchange elements, and fans can easilybe
inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water, also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation. (Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Use city water or clean water.
Include water supply piping with strainer, a water supply shut-off valve, and a drain valve (both locally procured) somewhere along the water supply piping that can be reached from the
inspection
5. It is impossible to connect the water supply piping directly to public piping. Use a cistern tank (of the approved type), if you need to get your water supply from public piping.
6. Make sure the supply water 0.02MPa to 0.49MPa (0.2 kg/cm2 to 5 kg/cm2 )
7. Make sure the supply water is between 5°C and 40°C in temperature.
8. Insulate the water supply piping to prevent condensation from forming.
9. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
10. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
11. Install in a location where the air around the unit or taken into the umidifier will not drop below 0°C.
12. Do not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. In areas where freezing may occur, always take steps to prevent the pipes from freezing.
14. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case,where humidity is 80% more, or the exit of drain socket is choked up, or the
air filter is very dirty.
15. Feed clean water. If the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D083012
312
VIEW ALL VKM-GB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM100GB
VKM100GB
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
Branch duct
(locally procured)
Heat insulated
(locally procured)
Round shape hood
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
Inspection
hatch
Inspection
hatch
More than 600
OA
(Fresh air to outdoors)
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
A gradient of
more than 1/30
Ø 250
Nominal diameter
(locally procured)
Refrigerant piping (Gas pipe)
(Ø 12.7 flare connection)
Refrigerant piping (Liquid pipe)
(Ø 6.4 flare connection)
OA
(Fresh air to outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at
a gradient of the 1/100
□ 450 - 600
Inspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air from room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters heat exchange elements, and fans can easily be
inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water, also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation. (Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
5. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
6. Do not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. In areas where freezing may occur, always take steps to preventthe pipes from freezing.
8. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case, where humidity is 80% more, or the exit of drain socket is choked up, or the
air filter is very dirty.
3D083016
313
VIEW ALL VKM-GBM TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM100GBM
VKM100GBM
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
Branch duct
(locally procured)
Round shape hood
(Locally procured)
Control box
Inspection
hatch
Maintenance space for the heat exchanger
fans and
elements the air
Inspection
hatch
More than 600
OA
(Fresh air from outdoors)
Heat insulator
(locally procured)
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
360 (in case of □ 450 inspection hatch)
140 (in case of □ 600 inspection hatch)
Cistern tank
Water supply shut-off valve
(locally procured)
A gradient of
more than 1/30
Ø 250
Nominal diameter
Drain valve
(locally procured)
Strainer
(accessory)
Refrigerant piping (Gas pipe)
(Ø 12.7
connection)
Refrigerant piping (Liquid pipe)
connection)
(Ø 6.4
(locally procured)
OA
(Fresh air from outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at a
gradient of the 1/100
□ 450 • 600
Inspection hatch
(locally procured)
Suspension bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Leave space for servicing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, fans and humidifier
elements can easily be inspected and serviced.)
2. Install the two outdoor ducts with down slope (slope of 1/30 or more) to prevent entry of rain water. Also, provide insulation for three ducts (outdoor ducts and indoor supply air duct) to
prevent dew condensation. (Material: glass wool of 25mm thick)
3. Do not turn the unit upside down.
4. Use city water or clean water.
Include water supply piping with strainer, a water supply shut-off valve, and a drain valve (both locally procured) somewhere along the water supply piping that can be reached from the
inspection.
5. It is impossible to connect the water supply piping directly to public piping. Use a cistern tank (of the approved type), if you need to get your water supply from public piping.
6. Make sure the supply water 0.02MPa to 0.49MPa (0.2 kg/cm2 to 5 kg/cm2 )
7. Make sure the supply water is between 5°C and 40°C in temperature.
8. Insulate the water supply piping to prevent condensation from forming.
9. Make sure to install drain piping, and insulate drain piping to prevent dew condensation.
10. Keep the drain pipe short and sloping downwards at a gradient of at least 1/100 to prevent air from forming.
11. Install in a location where the air around the unit or taken into the humidifier will not drop below 0°C.
12. Do not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. In areas where freezing may occur, always take steps to prevent the pipes from freezing.
14. Do not place something which shouldn’t get wet at the below of this unit. The dew would fall at following case, where humidity is 80% more, or the exit of drain socket is choked up, or the
air filter is very dirty.
15. Feed clean water. If the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D083013
314
VIEW ALL VKM-GB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM50GB
VKM50GB
Exchange
efficiency
(%)
Operating air flow rate range
–––––– 50Hz, 220V-240V
Temp
eratu
Enth
alpy
Enth
chan
exch
ange
exch
ge eff
icienc
efficie
ange
Operating air flow rate range
y
ncy (
Operating air flow rate range
Operating air flow rate range
heati
effic
ng)
ienc
y (co
oling
)
ø200
Pipe
length
Ultra High
External static pressure (Pa)
External static pressure (Pa)
alpy
re ex
High
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
Low
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
[Reading of Performance Characteristics]
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
3D082904
VKM50GBM
VKM50GBM
Exchange
efficiency
(%)
Operating air flow rate range
–––––– 50Hz, 220V-240V
VKM50GBM
Temp
erature
Enth
alpy
Enth
ange
exch
nge e
fficien
effic
ange
ienc
cy
y (he
efficie
ating
ncy (
cooli
)
ng)
Operating air flow rate range
Operating air flow rate range
Operating air flow rate range
ø200
Pipe
length
External static pressure (Pa)
External static pressure (Pa)
alpy
exch
excha
Ultra High
High
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
Low
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
3D082901
315
VIEW ALL VKM-GBM TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM80GB
VKM80GB
Exchange
–––––– 50Hz, 220V-240V
efficiency
Operating air flow rate range
(%)
pera
ture
Enth
alpy
Enth
External static pressure (Pa)
alpy
exch
ange
exch
ange
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
ncy
ienc
ange
Operating air flow rate range
efficie
effic
exch
Operating air flow rate range
y (he
effic
ating
ienc
)
y (co
oling
)
Ultra High
ø250
Pipe
length
High
External static pressure (Pa)
Tem
Operating air flow rate range
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
Low
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
3D082905
VKM80GBM
VKM80GBM
–––––– 50Hz, 220V-240V
Exchange
efficiency
(%)
Operating air flow
rate range
Operating air flow rate range
Operating air flow rate range
Operating air flow rate range
VKM80GBM
rature e
Enth
alpy
External static pressure (Pa)
Enth
xchang
exch
alpy
e efficie
ang
ncy
exch
e ef
ange
ficie
effic
ncy
(hea
ting)
ienc
y (co
oling
)
Ultra High
ø250
Pipe
length
External static pressure (Pa)
Tempe
High
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
Low
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
316
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
3D082902
VIEW ALL VKM-GB TECHNICAL
DRAWINGS ON MY.DAIKIN.EU
Detailed technical drawings
VKM100GB
VKM100GB
–––––– 50Hz, 220V-240V
Exchange
efficiency
Operating air flow rate range
(%)
Operating air flow rate range
pera
External static pressure (Pa)
halp
ture
y ex
Ent
cha
hal
py
nge
exc
han
ge
exc
han
ge e
effic
fficie
ienc
ncy
y (h
effi
Operating air flow rate range
eatin
cien
g)
cy (
coo
ø250
Pipe
length
ling
)
Ultra High
High
External static pressure (Pa)
Tem
Ent
Operating air flow rate range
Low
Air flow rate[m³/h]
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
3D082906
VKM100GBM
VKM100GBM
Exchange efficiency
(%)
–––––– 50Hz, 220V-240V
Operating air flow rate
range
En
External static pressure (Pa)
tha
En
tha
lpy
lpy
ture
exc
han
exc
Operating air flow rate range
VKM100GBM
pera
exc
han
han
ge
ge
ge e
effi
effi
cie
ncy
Operating air flow rate range
fficie
ncy
cie
Operating air flow rate range
ncy
(he
atin
(co
olin
g)
Ultra High
High
g)
ø200
Pipe
length
External static pressure (Pa)
Tem
Low
Air flow rate[m³/h]
Air flow rate[m³/h]
Low
Air flow rate[m³/h]
High
Air flow rate[m³/h]
Ultra High
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
3D082903
317
Creating
a sustainable
future together
Determined to reduce our environmental footprint, we aim to be CO₂-neutral by 2050.
A circular economy, innovation and smart use – these are the stepping stones on our path.
The time to act is now. Join us in creating a sustainable future for HVAC-R.
Sowing the seeds of climate protection with Daikin
Through a circular economy
Through innovation
Through smart use
› Embrace Certified Reclaimed Refrigerant
Allocation to reuse more refrigerant
› Increase recovered refrigerant returns
› Reuse refrigerant for maintenance with
our refrigerant recycling machine
› Equip our VRV 5 range with
the lower GWP refrigerant R-32
› Offer high real-world seasonal efficiencies
› Deploy unique auto cleaning filters
to maximise efficiency 24/7
› Rigorously follow up on energy consumption
via the Daikin Cloud Service
› Factor in experts’ advice to continuously
optimise system efficiency
› Enable predictive maintenance to ensure
optimum operation and uptime
› Prevent energy waste with smart key cards
and sensors
www.daikin.eu/building-a-circular-economy
Daikin Europe N.V.
Naamloze Vennootschap Zandvoordestraat 300 · 8400 Oostende · Belgium · www.daikin.eu · BE 0412 120 336 · RPR Oostende (Publisher)
Daikin Europe N.V. participates in the Eurovent Certified
Performance programme for Liquid Chilling Packages and
Hydronic Heat Pumps, Fan Coil Units and Variable Refrigerant
Flow systems. Check ongoing validity of certificate:
www.eurovent-certification.com
ECPEN20- 200
05/20
The present publication is drawn up by way of information only and does not constitute an offer binding upon
Daikin Europe N.V. Daikin Europe N.V. has compiled the content of this publication to the best of its knowledge. No
express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its
content and the products and services presented therein. Specifications are subject to change without prior notice.
Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, in the broadest sense, arising from
or related to the use and/or interpretation of this publication. All content is copyrighted by Daikin Europe N.V.
Printed on non-chlorinated paper.