Fans | Air Handling Units | Chillers & AC | Air Distribution Products | Fire Safety | Air Curtains and Heating Products
Residential Ventilation Systems
SaveVent Comfort - intelligent ventilation solutions
by Systemair
2
| Discover the secret of fresh air
air!
Discover the secret of fresh air!
Since 1974 Systemair cares for the purity of an essential
resource. Today Systemair is one of the leading ventilation
companies worldwide. A success story, which started in
Skinnskatteberg, Sweden, with the invention of the inline duct
fan. This invention revolutionised the ventilation world.
Discoverthe
thesecret
secretof
offresh
freshair!
air |
Discover
Contents
Discover the secret of fresh air!
2
SystemairFlex+ „The NEW semi-rigid ducting“
84
Systemair worldwide
4
Circular ducts, galvanized
91
94
Supply your customers with energy from the earth
18
Flat ducts, Plastic & metal flat oval Make household chores fun again
19
ISO+ ducts
101
Efficient exhaust ventilation systems
20
Silencers
102
Energy efficient EC fans
24
Fresh and exhaust air grilles
104
Fan Accessories
30
Diffusers
106
EC-Vent Controls
35
Self regulating extract air valves
110
Domestic / Commercial fans
40
Self regulating fresh air valves
113
High efficient heat recovery systems
46
Air volume controllers / Fire Dampers
115
Functional Principle Heat Recovery 58
GEO Geothermal heat exchanger unit
118
Overview Residential Ventilation Units
50
Central Vacuum Systems
120
Systemair Duct Systems
82
Combi Whole House „Genius“ unit
122
Since then, the company has been constantly developed and
provides nowadays a complete product range for ventilation
technology that sets standards. Whether it is a ventilation
concept of a shopping mall, a controlled domestic room
ventilation system of a single-family house or the ventilation
of tunnels and metro stations - Systemairs’ experts know the
requirements and exactly what is needed. More than 2500
employees in more than 60 subsidiaries and 40 countries
provide the required customer focus.
We invite you to discover the world of ventilation technology in
this brochure together with us. Our Residential Systems Team
at Oxford are ready to answer all questions concerning the
ventilation subject.
3
4
| Systemair worldwide
Systemair worldwide
Skinnskatteberg, Sweden:
Systemair AB, the Systemair group head office is in
Skinnskatteberg, Sweden. The production is virtually
fully automated with modern machinery featuring
advanced computer support. Also located here is
the company's most advanced test installation for
measuring technical data.
Windischbuch, Germany:
Production facility for fans and modular air handling
units, specialized on engineered products (e.g. tunnel
and jet fans). Distribution center.
Hässleholm, Sweden:
VEAB is the leading European manufacturer of electric duct heaters. Production of heating and cooling
coils, electric and water based.
Ukmerge, Lithuania :
Production of smaller air handling units with energy
recovery systems.
Maribor, Slovenia:
Specialized in centrifugal smoke extract fans, EN
certified.
Hasselager, Denmark:
Production of modular air handling units.
Bratislava, Slovakia:
The factory in Bratislava manufactures air distribution products and EN certified fire and smoke
dampers.
Systemair worldwide |
Quality:
Systemair is certified in accordance with ISO 9001;
ISO 14001 and ATEX. Our research and development
laboratories are one of the most modern in Europe;
measurements are made in accordance with international standards like AMCA and ISO.
Dal, Eidsvoll, Norway
Hasselager, Denmark
Bouctouche, Canada
Kansas City, USA
Langenfeld, Germany
Windischbuch, Germany
Madrid, Spain
Save energy, lower running cost!
Our label "Green Ventilation" features products with a
high energy saving potential.All products labelled with
"Green Ventilation" combine energy economy with
energy efficiency.
Skinnskatteberg, Sweden
Hässleholm, Sweden
Ukmerge, Lithuania
Bratislava, Slovakia
Maribor, Slovenia
Milano, Italy
New Delhi, India
Hyderabad, India
Kuala Lumpur, Malaysia
Kuala Lumpur, Malaysia :
Manufacturing of products for the Asian market.
Madrid, Spain:
Production of air handling units.
Dal, Eidsvoll, Norway:
Production of air handling units for the Norwegian market.
New Delhi, India:
The factories in New Delhi and Noida manufacture
grilles and diffusers. Systemair Software is also based
here.
Bouctouche, Canada:
Our main North American production facility of air
handling units and inline fans for commercial and
residential applications is located in Bouctouche.
Kansas City, USA:
Production of fans for the US market.
Milan, Italy:
Our factory in Italy, Systemair AC, develops and
manufactures a wide range of chillers.
5
Take a deep breath and enjoy the pure,
fresh air of your surroundings. With each
breath, you unwind a little bit more and
begin to feel fully at ease. You’ve finally
arrived.
Make the dream of modern living a reality with intelligent concepts
from Systemair - Villavent, increasing living quality which in turn
helps to save energy and the environment
Transform your home into a day-spa of fresh filtered air.
8
|
Principle
Quality of life starts with the climate
Residential ventilation by Systemair
Those wishing to build or carry out renovations today are
faced with a challenge. The current building regulations
demands better insulated and air-tight buildings in order to
protect our resources and the environment. Air-tight well
insulated buildings prevent natural ventilation through the
buildings component parts, which could result in the formation of mould through damp stagnant stale air, which is detrimental to both the building structure and the health of the
occupants. The solution is The SaveVent Comfort -controlled
room ventilation by Systemair.
Room ventilation of the highest standard
For over 35 years now, we here at Systemair have been
making energy efficient clean air a reality. Be that in large
shopping centres, hospitals or simply in the confines of your
home. With SaveVent Comfort, we offer you a system which
lets you enjoy fresh air around the clock, without having to
lift a finger. This is because the air exchange occurs automatically and, importantly, is regulated. Opening the windows
for a quick airing-out is no longer necessary. Not only is this
very convenient, you also save both money and energy in the
process. Why? Because the heating energy stays where it’s
supposed to: in the house. This is especially the case with heat
recovery. In this process, the waste air is extracted and used
for tempering the cool fresh air, unsightly trickle ventilators,
causing draughts, become a thing of the past.
One of life’s luxuries
Along with used stale air, SaveVent Comfort also expels excessive air moisture. This way, you can enjoy a pleasant environment without condensation and mould being eliminated.
Not only does this protect the basic fabric of the building, it
protects the occupants’ health as well. Just as beneficial to their
well-being are our high-quality pollen and dust filters. Even
people with allergies can now breathe a sigh of relief with the
seal of approval from the British Allergy Foundation.
This is how your controlled room ventilation works:
The extract fan within the ventilation system extracts air from
the wet rooms (kitchen, bathroom, WC) on an continual basis.
Depending on the system, a heat exchanger extracts the heat
Principle |
from waste air first. At the same time, fresh air from outside is
taken in and filtered.
If necessary, the heat exchanger pre-tempers the cool outside
air using the waste air. The fresh air then flows through the
vents into the rooms. From there, the supply air flows to the
living areas via the landing and hallway and into the kitchen
bathroom and WC. This way, the two different air streams
don’t mix. The result being an optimum room environment.
9
10
| Solution
Creating a good atmosphere is a matter of trust
SaveVent Comfort
A room’s climate is not a constant, instead it depends on a
number of factors, for example, room moisture, CO2 saturation, the size of the room as well as the number of people in
the room and how long they stay there. All these factors are
taken into account with a correctly sized Systemair ventilation system. A system which is perfectly tailored to your
clients’ needs and buildings, regardless of whether it’s a new
build or renovation work. In short: a system like SaveVent
Comfort.
Optimum planning
In close collaboration with you, we plan your personal
room ventilation options. Based on our calculations and our
decades of experience, we put together the SaveVent Comfort
system components for you. Of course, we take into account
the specific wishes of your clients when doing so, perhaps
they want a ventilation system with geothermal heat-exchanger for example (see p. 20). So what does it all mean? It
means you can guarantee complete satisfaction at all times.
Intelligent room ventilation
Sensors determine the exact degree of ventilation necessary
according to building usage. Subsequently, the intensity of
ventilation is monitored effectively, that is, the rotation of
the fan is adjusted to meet the requirements necessary at any
specific time. This means that the system isn’t always running
at full speed. Similarly, preheating the fresh air is only done
when needed. This way, your energy costs can be considerably
reduced. And since the control mechanism responds without
delay, the occupants can enjoy a balanced and healthy, energy
efficient indoor environment 24/7. Intelligent technology you
can trust from Systemair.
kWh/Jahr
10000
8000
6000
100 %
83 %
4000
42 %
2000
0
Modern living needs the proper living space
ventilation: SaveVent Comfort
Fensterlüftung
Raising quality of life –
Reducing168
heating
costs!
m2 Wohnfläche
Abluftanlage
Wärmerückgewinnung
10 kWh = 1 Liter HEL oder 1 m3 Erdgas
Quelle: Hessisches Ministerium für Wirtschaft, Verkehr und Landesentwicklung
kWh/year
10000
8000
6000
100 %
83 %
4000
42 %
2000
0
Ventilation
through windows
168 m2 living area
Exhaust system
System with
heat recovery
10 kWh = 1 litre fuel oil or 1 m 3 natural gas
Source: Hessian Ministry of Economics and Transport, Germany
12
| PlanCal Nova
CAD planning for ventilation systems
Systemair runs a special design office for room ventilation
systems. These planners are well-trained especially for
ventilation in rooms and are able to plan and to offer the most
suitable ventilation system for you.
We use the planning software Plancal:
Plancal-Nova is a stand-alone drawing software for HVAC. It
requires no other CAD applications and is widely used in the
HVAC sector.
Plancal-Nova can import and modify drawings from other
architecture or drawing software and export them again. Plans
can be read and created in 2D as well as in 3D.
Visualisation methods of projects:
2D for ground plans or 3D models with or without building.
Unclear details can be displayed as sections or 3D details. 3D
models offer different perspective views or allow you to take a
virtual tour through a building.
Systemair data set
Systemair has created a data set for this software with some
specific features:
Plancal Nova uses components of the Systemair room
ventilation product range and allows calculating the planned
system by using the determined air volume with regard to
pressure losses of the unit up to the outlets. The determined
operation point helps calculating the data of the unit, such as
power consumption and sound emission. Plancal Nova can
also calculate noise reduction of the duct system from the unit
up to the outlets. Therefore, noise problems can be detected
early and prevented during the planning phase.
After planning, a suitable bill of materials with Systemair
article numbers can be generated to make a detailed offer.
The CAD plans can also be used to release installation plans
with specified information concerning duct installation
inclusive legends and identification marking in colours.
This considerably facilitates the installation. This planning
documentation ensures an easy inspection because the duct
installation can be quickly reproduced.
Important flow information of the system will be automatically
listed on printouts.
This wide planning service is currently unique and guarantees
safety from tender phase to commissioning.
14
| Components
Perfectly in tune with your customers
The SaveVent Comfort Systems
Without heat recovery
SaveVent
Basic
Efficient exhaust
ventilation system
with manual air
flow control
SaveVent
Basic +
Efficient
ventilation
system with
intelligent control
With heat recovery
In the basic model, the
used indoor air is sucked
out. Fresh air flows in
through the external wall
vents. As such, continuous
ventilation of the entire
home is assured.
Ventilating rooms is even easier
with the EC vent. This intelligent
control unit can regulate ventilation
according to the current CO2 saturation, room temperature, humidity
and the number of people in the
room. Using these parameters it
determines the necessity for ventilation and regulates the volume of air.
All of it is done automatically.
SaveVent
Comfort C
Highly efficient
ventilation with
counter flow
heat exchanger
With a reverse flow heat exchanger
your customers can achieve the
highest degree of heat recovery.
The system automatically switches
between normal mode with heat recovery and summer mode without
it. In Summer a bypass function
overrides the heat recovery.
SaveVent
Comfort R
Highly efficient
ventilation with
rotary wheel heat
exchanger
Your customers want maximum
convenience with minimum heat
loss? Then recommend them our
rotational heat exchanger system.
This extracts the heat from the waste
air and pre-tempers the cool fresh
air. Some of the humidity of the air is
also recovered and transferred to the
supply air. High-quality fine particle
filters make sure the air stays pure.
Components |
With SaveVent Comfort, you are able to
enjoy continuous fresh air in the home.
Even with our basic configuration, you
can enjoy the best climate conditions.
The benefits:
tailored aeration and ventilation
energy-saving
low operating costs
simple installation
user-friendly
quiet-running
long life
The benefits:
controlled aeration and ventilation as
needed
intelligent control
energy-saving, low operating costs
easy installation
quiet-running
long life
user-friendly menu navigation
day/night operation set by timer
The benefits:
controlled aeration and ventilation
heat recovery degree of up to 90%
bypass function
automatic de-icing function
extreme energy savings
quiet-running
user-friendly
optional fine particle filter
The benefits:
controlled aeration and ventilation
heat recovery degree of up to 85%
Summer bypass function
extreme energy savings
quiet-running
allergy-friendly
humidity recovery, thus
consistently pleasant indoor climate
Comfort which can be improved on even further: with
components which automatically manage the supply of
fresh air and save on energy too. Could there be such a
thing as too much convenience?
Systemair
duct systems
Multiple options
available
Systemair
air distribution
products
Ceiling or
wall mounted.
For whichever convenient ventilation system your customers
choose and regardless of their
structural circumstances, with
our ductwork systems you rise to
every challenge.
Do your customers prefer
modern living? What about
classical, maybe elegant or
perhaps they prefer the style of
the country house? Regardless
of which fittings your clients
like, they’re bound to find the
design they’re looking for in
our versatile range of highquality ceiling and wall vents.
Whether from galvanised steel
sheeting or polymer, whether
round or oval, all pipes are
extremely robust, resistant to
deformation and, if necessary,
easy to clean.
Your clients can make the selection and choose the size to meet
their individual requirements.
This guarantees the safe and
economical distribution of air
through the building.
Simply show your customers
the models in our catalogues
or refer them to our website.
www.systemair.co.uk
15
Service |
Something you can Trust
Your “all-round worry-free package” from Systemair
For whichever configuration level you choose, in SaveVent
Comfort you are getting room ventilation of the highest quality. This is because we place the greatest emphasis on quality, functionality, efficiency and energy conservation when
developing our products. And since we only want to offer you
the absolute best, we put our innovations through their paces
before they reach you. Our Research and Development Centre
in Sweden is one of Europe’s most state-of-the-art test laboratories for ventilation technology.
Expert advice from the start
It goes without saying that such a high-quality system also
comes with high-quality service. As such, we make ourselves
available to you with our helpful advice during the planning
and tendering process. Using the building plans we determine
your required air quantity. The basis for this are the current
building regulations. We then plan your entire ventilation
system using our experience and the latest CAD programmes.
This way, you can be sure that your system and all of its components are optimally coordinated with the building. We also
make it easy for you to put together an offer: This enables us to
provide you with a straightforward offer for the supply of all
necessary materials, installation and commissioning (as appropriate). This “One-Stop-Shop” enables you to have peace of
mind that any grey areas that would otherwise occur between
the supply, installation and commissioning are taken care of
by the same organisation. Provided the system is constructed
Systemair
Since 1974, Systemair has been making clean air reality. In the meantime, our company has established itself as one of the global market
leaders in the area of ventilation technology. A success story which
began in Skinnskatteberg in Sweden and continued rapidly with the
invention of the duct fan. Today, we develop ventilation technology
which sets new standards. Be it for major projects like shopping centres, tunnels or underground train stations, or for smaller undertakings for room ventilation in family homes, our experts know what
matters.
according to plan, we will of course offer a warranty for its
proper functioning. We also take great care to ensure that
our products are delivered quickly and are easy to assemble.
This not only simplifies the work for you, it also reduces both
the construction time and the costs for your clients, which
they will no doubt appreciate. (should you choose to install
yourselves).
If necessary, we also help you during the commissioning and
adjustment of the system. We can also thereafter provide an
annual service of the system. With our filter subscription, for
example: You can maintain a healthy room climate and keep
energy consumption down. We are happy to automatically
deliver new filters for the system on a regular basis. Our allround worry-free service makes it easy.
If you have any difficulties starting up the system or general
questions on room ventilation, give us a call! 01993 778481
Our technical support hotline is available Mon-Fri from
8:30AM to 5:00 PM. Tel: 01993 772270
17
18
| Supply your customers with energy from the earth
Supply your customers with energy
from the earth
With Geo, our brine geothermal heat exchanger
Do you want to improve the level of efficiency of your ventilation unit? Do you want a pleasant indoor room climate for
relaxing on hot summer’s days? Then why not simply use
geothermal heating from Systemair.
Not only is it available all the time for free, it helps you save
on your energy costs too.
The temperature in the earth is practically constant throughout the year. As such, it’s suitable for preheating the cold outside air in winter with the help of a heat exchanger. Then in
summer, the warm air can be cooled down before it reaches
your home’s interior.
The heat exchanger’s piping needs to be buried at a depth
of 1.5 to 2 meters. This is the only way to ensure that a large
enough temperature gradient occurs. Since we only want
to provide your customers with the best in this area too, we
have developed “Geo”. With this geothermal heat exchanger,
the heat or coolness of the earth first passes into the brine (water with antifreeze agent). Only after it has arrived in the basement is it transferred to the supply air using a heat exchanger.
The clear advantage with Geo
Unlike the air duct geothermal heat exchanger, with Geo the
air is not drawn in through underground pipes. Not only is
this more hygienic, it does away with the otherwise necessary
regular cleaning. On top of that, Geo is better value and more
robust than the air duct system. This is because the piping can
have much smaller dimensions (Dia 32 instead of Dia 200).
This also means that it is easier to install. Furthermore, the
brine system is easier to manage. Your customers decide at
what outside temperatures Geo should start up. This conserves
the supply of geothermal heat and gives you exactly the room
climate you want.
The forward-looking
way to use energy:
Systemair “Geo”
Central vacuum cleaner |
Make household chores fun again
Villavent Central Vacuum Cleaner
You will no doubt want to keep up with the times when it
comes to household chores too and ensure the greatest convenience possible. So why not install our Villavent Central
Vacuum Cleaner! With this system, all you have to do is
insert a suction hose into a socket in the wall and then can
get started straight away. No more pulling around a clunky
machine behind you, which often likes to get caught on valuable pieces of furniture, leaving behind ugly marks. And no
more need to carry heavy items from floor to floor in order to
vacuum clean. Household chores really can be this easy.
Incredible suction. Incredibly quiet.
This helps your customers maintain a healthy room climate
with clean air. For one, its very strong suction guarantees
maximum cleaning of furniture, floor and rugs. For the other, sucked in dirt is sped directly into the vacuum cleaner bag
of the central device. This can be mounted in a utility room
like the basement or garage. This means that the vacuum
cleaner is extremely quiet and you don’t have any annoying
background noise in the rooms of your house.
Additionally, the central device blows the waste air directly to
the outside. This ensures that dust doesn’t swirl up in your utility room - meaning that time is saved when cleaning and those
with allergies don’t have to worry. Equipped with a Hepa filter,
the vacuum cleaner is even suited to passive houses whose
building envelope cannot be cut through by air discharge
openings. The long, flexible suction hose comes equipped with
a telescopic pipe and floor nozzle. This means your customers
can work in ease and give their backs a break. Maintenance
of the central vacuum cleaner is generally limited to regular
cleaning of the suction casing and replacing the filter bags.as
required.
Vacuum-cleaning
today:Villavent central
vacuum cleaner
19
20
| Exhaust fan unit
Systemair Residential Ventilation Systems
Efficient exhaust ventilation systems
from Systemair
Without heat recovery
Systemair
duct systems
Extremely flexible
SaveVent
Comfort Basic
Efficient exhaust
ventilation system
with manual air
flow control
SaveVent
Comfort Basic +
Efficient ventilation
system with
intelligent control
Overview SaveVent Comfort applications
SaveVent Comfort
Basic
Basic
Basic+
Basic+
Application
Single family house
Flat
Single family house
Flat
System
Extract only
Extract only
Extract only
Extract only
Location
Roof Space / Loft
Roof
Roof Space / Loft
Roof
Ventilation unit
Extract fan: KVKE EC,
Controller EC-Vent
Extract fan: TFSK
Extract fan: KVKE EC;
Controller EC-SaveVent
Extract fan: TFSK;
Controller EC-SaveVent
Extract valves
in bathroom, toilet
and kitchen; products:
valves
in bathroom, toilet
and kitchen; products: valves
in bathroom, toilet
and kitchen; products:
valves
in bathroom, toilet and
kitchen; products: valves
Intake valves
Windows and FAV
Windows and FAV
Windows and FAV
Windows and FAV
* ducting with air volume control
Exhaust fan unit |
Systemair Residential Ventilation Systems General description
• Exhaust air units are the most cost-efficient method of mechanical ventilation.
• Exhaust air units consume less electrical power because only the fan needs energy.
• However: no heat recovery and no pre-heating of supply air !
Systemair
air distribution products
Just your style
Function
The used, humid and polluted room air in exhaust air rooms such as kitchens, bathrooms and toilet rooms is exhausted by a ventilator through a duct system and led via roof or facade to the outside. Fresh air enters living rooms, children‘s rooms and bedrooms
via facade inlets (valves with filter in the facade) and ensures continuous aeration of the whole apartment. The controlled room
ventilation reduces ventilation heat losses compared to conventional aeration by open windows.
Building Regulations -Part F Ventilation 2010
Table 5.1a Extract Ventilation rates
Room
Intermittent Extract
Minimum Rate
Continuous Extract
Minimum High Rate
Kitchen
30l/s adjacent to hob; or 60
60l/s elsewhere
13l/s
Utility room
30l/s
8l/s
Bathroom
15l/s
8l/s
Sanitary accommodation
6l/s
6l/s
Minimum Low Rate
Total extract rate should be
at least the whole dwelling
ventilation rate given in
Table 5.1b
Table 5.1b Whole dwelling Ventilation rates
1
Whole dwelling ventilation rate a,b (l/s)
13
Number of bedrooms in dwelling
2
3
4
17
21
25
5
29
Notes:
a. In addition, the minimum ventilation rate should be not less than 0.3l/s per m2 of internal floor area. (This includes all floors, e.g. for a two-storey building add
the ground and first floor areas)
b. This is based on two occupants in the main bedroom and a single occupant in all other bedrooms. This should be used as the default value. If a greater level of
occupancy is expected add 4l/s per occupant.
21
22
| Exhaust fan unit
Exhaust air unit
in a single-family house
Advantages for a single-family house
• Cost-efficient method
• Smaller duct system
Disadvantages for a single-family house
• No heat recovery
• No pre-heating supply air
• Only rough filtration of the fresh air possible
Exhaust air unit
in an apartment building,
centrally
Advantages for an apartment building
• Low maintenance costs
• Less power consumption - only one fan
Disadvantages for an apartment building
• No heat recovery
• No pre-heating supply air
• Only rough filtration of the fresh air possible
• Fire safety and noise protection measures have to
be respected.
Systemair Residential Ventilation Systems
Exhaust fan unit |
Systemair Residential Ventilation Systems Exhaust air unit
in an apartment building,
decentrally
Advantages of exhaust air for each apartment
• Individually controllable
• Clear costs
• Exhaust air via facade: no noise protection and
fire safety measures to the neighbour necessary
Disadvantages of exhaust air for each
apartment
• Facade breakthrough in each apartment
• No heat recovery
• No pre-heating supply air
• Only rough filtration of the fresh air possible
Conclusion:
Exhaust air units meet the requirements according to EnEV (German
Energy Savings Act) and DIN 1946-6, but cold supply air from the outside
offers less comfort. In addition to this, filtering of the supply air is limited.
The main advantages are cost-efficient acquisition costs and
installation.
23
24
| Exhaust fan unit
Systemair Residential Ventilation Systems
KVKE EC
• EC-motors, high level of efficiency
• 100% speed controllable
• Speed regulator included
• Low sound level
• Integrated motor protection
• Potentiometer included for ease of commissioning
The KVKE EC models have a single inlet centrifugal fan with
backward-curved blades and a maintenance-free external rotor
motor(EC). These fans develop relatively high static pressure and
have a very high efficiency. The fans are delivered with a prewired potentiometer (0-10V) that allows you to easily find the
desired working point.
The KVKE motor and impeller are mounted on the access cover
for ease of maintenance. The service cover can be easily removed
by withdrawing the hinge pin. Motor protection is integrated in
the electronics of the motor. The fans can be installed in any
position and are easy to connect to spiral ducts using FK mounting clamps. The KVKE models are manufactured from galvanised sheet steel and are thermally and acoustically insulated
with a 50 mm layer of rockwool with a surface liner which prevents the migration of fibres into the airstream.
Performance
SAP Appendix Q (*KVKE 125 EC Fan)
1
2
Exhaust Terminal Configeration
Specific
Fan Power
(W/l/s)
Energy Saving Trust
Best Practise
Performance
compliant
Kitchen +1 Additional wet room
0.25
Yes
Kitchen +2 Additional wet room
0.27
Yes
Kitchen +3 Additional wet room
0.30
Yes
3
4
5
1
2
3
4
5
Kitchen +4 Additional wet room
0.35
Yes
Kitchen +5 Additional wet room
0.42
Yes
Kitchen +6 Additional wet room
0.53
Yes
Technical data
KVKE
* 125 EC
160 EC
200 EC
250 EC
315 EC
Art no.
2570
2571
2575
2577
2578
V/50 Hz
230
230
230
230
230
Power
W
68.7
67.8
156
265
395
Current
A
0.536
0.53
1.10
1.64
2.38
Voltage/Frequency
Max air flow
m3/hr
374
544
864
1156
1865
R.p.m.
min-1
3339
2592
3033
2821
2380
Max temp. of transported air
°C
60
60
60
55
45
“ when speed controlled
°C
60
60
60
55
45
dB(A)
41
39
46
49
50
13.2
17.5
19
28.1
38.8
Insulation class, motor
B
B
B
B
B
Enclosure class, motor
IP 44
IP 44
IP 44
IP 44
IP 44
Motor protection
Integral
Integral
Integral
Integral
Integral
MTP
MTP
MTP
MTP
MTP
Sound pressure level at 3 m
Weight
Speed control
kg
Electronic
Exhaust fan unit |
Systemair Residential Ventilation Systems H
Dimensions
50
*
D
A
F
B
47
E
G
C
B
*
27
C
A
D
E
F
G
H
KVKE 125 EC
125
433
479
125
128.5
442
246
470
KVKE 160 EC
160
482
528
145.5
132.5
505
266
530
KVKE 200 EC
200
482
534
150.5
149
505
303
530
KVKE 250 EC
250
578
700
176
174
596
359
620
KVKE 315 EC
315
680
802
208.5
207.5
705.5
430
730
Add EC-Vent Controls to any EC fan to offer full Demand Control Ventilation See page 37 for details
Ventilation accessories
Electrical accessories
Fast clamps
Back draft damper
Gravity louvre shutter
Controller
Control board
FK p. 32
RSK p. 35
VK p. 34
MTP 10 p. 36
EC-Vent p. 37
Filter cassette
Intake grid
Intake grid
FGR p. 35
IGK p. 33
IGC p. 34
Flexible silencer
SCD p. 102
What does EC stand for?
An EC-Motor = Electronically commutated motor.
EC-technology is intelligent technology using integral electronic
control to ensure that the motor always runs at optimal load. With ease
of control, the speed can be varied to match the airflow demand and
operate at much higher efficiencies than that of a standard AC
motor - Therefore saving energy & money
25
26
| Exhaust fan unit
Systemair Residential Ventilation Systems
K - EC
• EC-motors, high level of efficiency
• 100% speed controllable
• Speed regulator included
• Low sound level
• Integrated motor protection
• Potentiometer included for ease of commissioning
The K EC series is designed for installation in ducts. All the
K-fans have minimum 25 mm long spigot connections. The fans
have backward-curved blades and external rotor motors (EC).
The FK mounting clamp facilitates easy installation and removal,
and prevents the transfer of vibration to the duct. The fans are
delivered with a pre-wired potentiometer(0-10V) that allows you
to easily find the desired working point.
The potentiometer is set between 6-10V from factory. This can
easily be changed if the installation requires more performance.
To protect the motor from overheating the fan has integral
thermal contacts with electrical reset.
The casing is manufactured from galvanised sheet steel with the
seams folded to give the fan a close to air tight casing. Outdoor
mounting and wet room applications are possible due to the fans
air tight casing and the IP 55 rated terminal box with a IP 68
rated M20 cable gland.
Performance
SAP Appendix Q (*K160 EC Fan)
1
Exhaust Terminal Configeration
Specific
Fan Power
(W/l/s)
Energy Saving Trust
Best Practise
Performance
compliant
Kitchen +1 Additional wet room
0.24
Yes
Kitchen +2 Additional wet room
0.27
Yes
Kitchen +3 Additional wet room
0.30
Yes
Kitchen +4 Additional wet room
0.36
Yes
Kitchen +5 Additional wet room
0.43
Yes
Kitchen +6 Additional wet room
0.57
Yes
2
3
4
5
1
2
3
4
5
Technical data
K - EC
160 *
200
250
315 M
315 L
Art no.
2580
2581
2583
2584
2585
V/50 Hz
230
230
230
230
230
Power
W
74.4
78.6
119
166
340
Current
A
0.63
0.63
0.92
1.14
2.08
Max air flow
m3/hr
544
774
1033
1415
1732
R.p.m.
min-1
Voltage/Frequency
3105
2468
2628
2113
2719
Max temp. of transported air
°C
60
60
40
40
55
“ when speed controlled
°C
60
60
40
40
55
dB(A)
47
51
46
50
57
3
3.8
3.5
7
7
Insulation class, motor
B
B
B
B
B
Enclosure class, motor
IP 44
IP 44
IP 44
IP 44
IP 44
Motor protection
Integral
Integral
Integral
Integral
V
MTP
MTP
MTP
MTP
MTP
Sound pressure level at 3 m
Weight
Speed control
kg
Electronic
Exhaust fan unit |
Systemair Residential Ventilation Systems Dimensions
øB
øA
88
D
C
(F)
E
40
øA
A
B
C
D
E
(F)
K160 EC
Model
159
286
25
147
26
198
K200 EC
199
336
30
148
27
205
202
K250 EC
249
336
30.5
144.5
27
K315 M EC
314
408
32.5
160.5
27
220
K315 L EC
314
408
37.5
160.5
27
225
K 200 EC/AC
EC-motors consume an average of 30% less energy than
standard AC-motors
In Europe alone, Ventilation fans consume about
197,000GWh
Even a 12-15% increase in efficiency could reduce CO2
emissions by 19 million tons
Its time to use Green Ventilation and do your bit for the
environment
Ventilation accessories
Electrical accessories
Fast clamps
Back draft damper
Gravity louvre shutter
Controller
Control board
FK p. 32
RSK p. 35
VK p. 34
MTP 10 p. 36
EC-Vent p. 37
Filter cassette
Intake grid
Intake grid
FGR p. 35
IGK p. 33
IGC p. 34
Flexible silencer
SCD p. 102
27
28
| Exhaust fan unit
TFSK - EC
Systemair Residential Ventilation Systems
• EC-motors, high level of efficiency
• 100% speed controllable
• Speed regulator included
• Swing out motor / impeller for service
• Integrated motor protection
The TFSR EC and TFSK EC roof mounted fans are driven by EC
motors and intended for use as extract fans in smaller premises
such as self contained flats and apartments as well as storage
areas, smaller work-rooms etc. The fans are delivered with a
pre-wired potentiometer(0-10V) that allows you to easily find
the desired working point. The isolation switch is integrated and
there are several alternative roof curbs available as accessories.
The tilting mechanism simplifies cleaning and maintenance. To
protect the motor from motor from overheating, the fans have
integrated thermal contact with automatic reset.
TFSR EC comes with circular connection whilst the TFSK EC is
provided with a square connection. The protection guard
prevents un-intentional contact with the impeller.
Performance
Technical data
TFSR / TFSK - EC
160
200
Art no.
1226/1223
1227/1224
Voltage/Frequency
Power
Current
V/50 Hz
230
230
W
81.5
74.6
0.587
A
0.64
Max air flow
m3/hr
580
778
R.p.m.
min-1
3162
2501
Max temp. of transported air
°C
45
45
“ when speed controlled
°C
45
45
Sound pressure level at 3 m
43
43
4.2/4.6
5.4/6.2
Insulation class, motor
B
B
Enclosure class, motor
IP 44
IP 44
Motor protection
Integral
Integral
MTP 10
MTP 10
Weight
Speed control
dB(A)
kg
Electronic
Exhaust fan unit |
Systemair Residential Ventilation Systems Dimensions
øC
A
HC
36
E
øD
c/c F
ø9(4x)
TFSR
A
B
øC
øD
HC
TFSK
A
B
øC
E sq
160EC
147
172
334
380
205
160EC
147
172
334
421
330
200EC
150
187
364
439
250
200EC
150
187
364
421
330
TOB Profiled Roof Plate
Ventilation accessories
TOS Flat Roof Plate
Electrical accessories
Fast clamps
Back draft damper
Flexible silencer
Controller
Control board
FK p. 32
RSK p. 35
SCD p. 102
MTP 10 p. 36
EC-Vent p. 37
B
B
A
øC
c/c F
29
30
| Accessories
IGK
Intake grid
Exhaust fan unit
FGR
Filter cassette
KVKE EC
FK
Fast clamp
KVK
CB/CBM
Electrical heating
battery
FK
Fast clamp
SPI
Iris damper
LDC
Silencer
FK
Fast clamp
FK
Fast clamp
Sinus B
Diffuser
Sinus A
Diffuser
FK
Fast clamps
Mounting clips which facilitate the installation and removal of fans
for service and cleaning. Made from galvanised sheet steel and fitted with an 8 mm neoprene lining which suppresses vibration and
ensures a tight fit. The mounting clips are clamped together by two
screws which allows for connecting ducts with a marginal difference
in diameter.
Hanging strap
FK
Art. no.
øD mm
100
1607
100
125
1608
125
150
1609
150
160
1610
160
200
1611
200
250
1612
250
315
1613
315
Accessories |
Exhaust fan unit
SCD
Flexible silencer
The SCD silencer from Systemair is characterized by high flexibility and excellent sound insulation values. The internal duct
consists of a closed, non-woven internal hose (washable) and an
insulation layer made of glass wool with a thickness of 25 mm
and sound reducing and thermal effective properties. The outer
casing is made of glass-fibre reinforced, tear-resistant aluminium
laminate.
The silencer (1 m length) provides duct connections made of
galvanized steel sheet on both sides for the connection directly to
the duct system. One side is equipped with a connection sleeve
and the other side with a connection fitting to guarantee connection flexibility.
Technical data
material (external)
Aluminium
material (internal)
non-woven Matte
Temperature range
-30 bis +140 °C
Working pressure
max. 2000 Pa
Air velocity
max. 10 m/s
Length
1,2 m
Connection
Sheet steel, galvanized
Characteristics:
Internal hose: non-woven mat
Insulation:
25 mm glass wool
Outer casing: glass-fibre reinforced aluminium laminate
Fire classification Bs1 (EN13501-1)
Noise suppression (dB), Non-woven Isoation 25 mm
Type
Art. no.
D (mm)
L (m)
Fequenzy bands [Hz]
63
125
250
500
1000
2000
4000
8000
Tot (dB)
SCD 80
2554
80
1,2
13,6
22,4
40,2
38,7
36,5
41,3
51,6
45,8
39
SCD 100
2555
100
1,2
15,9
22,9
31,1
38,6
36,4
40,6
50,1
35,9
39
SCD 125
2556
125
1,2
11,7
18,9
32,4
29,9
28,8
34,5
40,9
24,5
32
SCD 150
2557
150
1,2
12,2
10,9
29,7
30,1
29
38,3
34,6
20,4
32
SCD 160
2558
160
1,2
19,3
25,4
30,5
27,1
23,8
32,2
27,8
17,3
28
SCD 200
2560
200
1,2
10,7
12,1
28,7
22,8
22,8
30,6
19,4
11,9
26
SCD 250
2561
250
1,2
12,9
18,7
24,3
19,5
19,9
27,7
12,9
10,2
22
SCD 315
2562
315
1,2
16,6
23,2
18
15,2
16,5
19,6
10,1
8,5
17
(Test Report Nr. A1672-1, Peutzbv)
IGC
Intake grid
Intake grid for inside or outside installation. Connection diameters
ø100-315 mm, and is manufactured from die-cast aluminium and
supplied with a wire mesh.
øD = outside diameter
ød = connection diameter
⌀d
⌀D
IGC
Art. no.
ød
øD
100
5581
100
125
125
5582
125
150
160
5583
160
185
200
5584
200
225
250
5585
250
275
315
5586
315
350
31
| Accessories
Exhaust fan unit
VK
Gravity louvre shutter
Louvre shutters for vertical mounting on a wall. The profiled vanes
produce a strong upward force which reduces the air resistance. This
means that the vanes opens fully at low air velocities as well.
All the parts are manufactured in weather-resistant and shockproof
nylon material (PVC containing special synthetic). The robust construction ensures that the vanes will not become deformed or loose.
Above size 45, the vanes are fitted with a cast counterweight. Air
velocity should not exceed 12 m/s. The louvre shutters are easy to install. Wall plugs and screws are included above size 15.
F
□C
Pressure drop
ØD
A
ØE
B
A
Air velocity in duct m/s
IGK
VK
Art. no.
A
B
C
D
E
F
G
10
5636
142
15
103
96
5
46
3
12
5638
164
12
115
117
5
38
4
15
5605
178
20
130
152
4
50
5
20
5639
245
20
190
210
5
50
6
25
5640
299
25
235
260
5
70
5
30
5641
347
26
274
310
5
70
6
Intake grid
Intake grid manufactured from galvanised sheet steel with wall
flange and wire mesh. Connection sleeve with rubber seal.
265
B 60
A
253
Pressure drop
275
32
Wire mesh
IGK
Art.No.
øA
B
100
1630
100
37
125
1631
125
37
160
1632
160
37
200
1633
200
41
Accessories |
Exhaust fan unit
FGR
Filter cassette for circular ducts
The FGR filter cassette is fitted with a standard type G3 panel
filter. The cassette housing is manufactured from galvanised
sheet steel with rubber-sealed circular connections, toggle locks
and disposable filters. Replacement PFR filters are sold in packs
of five.
The filter cassette is suitable for use as a supply-air filter in industrial workshops. The recommended final pressure drop is 170 Pa
for the G3 filter.
Free area for filter change
G3
Filter mounting
Filter cassette
Art. no.
Panel filter
(incl. in FGR)
Filter media
FGR
ø
A
B
C
D
E
FGR 100
1802
PFR 100-160
G3
100
100
123
199
205
201
190
FGR 125
1804
PFR 100-160
G3
125
125
123
199
205
201
190
FGR 150
1807
PFR 100-160
G3
150
150
123
199
205
201
190
FGR 160
1809
PFR 100-160
G3
160
160
123
199
205
201
190
FGR 200
1812
PFR 200
G3
200
200
123
199
302
297
280
FGR 250
1815
PFR 250
G3
250
250
123
239
302
297
280
FGR 315
1818
PFR 315
G3
315
315
123
239
350
345
330
RSK
Back draft damper
Back draft damper for circular ducts, manufactured from galvanised sheet steel. The two blades are spring-loaded, which means
that the damper can also be mounted vertically.
Pressure drop
RSK
Art. no.
øA
D
B
C
100
5597
100
80
24
33
125
5598
125
100
33
44
150
5599
150
100
34
43
160
5601
160
120
42
55
200
5602
200
140
55
62
250
5603
250
140
54
62
315
5604
315
140
50
65
33
34
| Accessories
Exhaust fan unit
MTP 10
Controller
Potentiometer 10kΩ. Combined flush or surface mounting. For
the manual control of speed and air flow of electrical fans with
0-10V output. The jetproof IP 54 enclosure is achieved with the
included surface mounting case. (Flush-mounting without the
surface mounting case, gives a splash proof IP 44 enclosure).
NB! EC only.
MTP 10
Art-no.
1
2
Us
+
-
3
4
5
32731
Voltage supply
V DC 10
Control signal
kΩ 0...10
Working range
V 0...10
Contact
Us = 0-10V
+ = 10V Supply Output signal
- = GND
Potentiometer
1 NO
Switching capacity
4A/250V
Enclosure class
IP 44
Weight
kg 0.2
The EC fans are delivered with a pre-wired potentiometer
(0-10V) that allows you to easily find the desired working point.
The potentiometer is set between 6-10V from factory. This can
easily be changed if the installation requires more performance.
The Potentiometer is fitted inside the fans terminal box
REV
Terminal
Cable
Description
1
Black 1
Tacho output, lsink max 10mA
2
Black 2
GND
3
Black 3
Control input 0-10 VDC/PWM
4
Black 4
Output 10 VDC max 1.1 mA
ON-OFF service switch
REV- Isolator mounted on a bracket, leads connected l max 16 A.
-3POL/03 = 3-pole (closing/auxillary contact 1) lead 3x1.5 mm2
for 1 phase motor TK not lead out.
EC-Vent / Accessories |
Exhaust fan unit
EC-Vent
Demand controlled air volume
Optimal degree of ventilation due to numerous sensors
°C
CO2
Summer/
Winter
Time
Temperature
EC-Vent controls the degree of ventilation in buildings to meet
different levels of occupancy as detected by sensors located
within the areas to be ventilated. The result is an indoor climate
that always matches building use and occupation. In opposite to
Pressure
Air Quality
Manually
Humidity
Presence
%
other control systems, all sensors are included for the detection.
35
36
| EC-Vent / Accessories
Exhaust fan unit
EC-Vent: one control - numerous possibilities
Name
Article-No.
EC-Vent remote control with integrated temperature and humidity
sensor
3018
EC-Vent control box
3115
Room temperature sensor TG-R5/PT1000
5404
Fresh air temperature sensor TG-UH/PT1000
35203
Duct sensor TG-KH/PT1000
202705
Room humidity control /Hygrostat HR1
5150
Time switch
5165
Pressure sensor DSG 200
5169
Pressure sensor DSG 500
5170
Pressure sensor DSG 1000
9466
CO2 Transmitter (digital) CO2RT-R-D
6993
CO2 sensor CO2RT
13704
Presence sensor R24-P
6995
Wiring EC-Vent
Room unit
A= Power supply
B=Sensor 24V/0..10V, e.g. pressure sensor, CO 2 sensor
C= Temperature sensor PT1000
D= Digital sensor 24V, e.g. presence sensor
E = Alarm relay
F = EC fan G = Actuator 24V/0..10V, e.g. 3-way valve
Control board
H= Actuator 24V, e.g. spring-return damper motor
I = Analog output 0..10V
J =Modbus
K= Connection EC-Vent RU
EC-Vent / Accessories |
Exhaust fan unit
EC-Vent Room Unit
Wall control unit for EC-Vent CB control device. Blue background
illumination of the display, selection knob and 2 buttons.
The EC-Vent control system consists of two units: one central unit CB
to be placed near the fan and a display unit RU normally sited in a room
easily accessible to the user. These units are connected to each other with
a low voltage cable of a max. length of 30 m.
The wall control unit is equipped with a built-in humidity and
temperature sensor and 2 inputs for additional sensors.
Control unit Art.No. 3115 - EC-Vent CB control box!
Remote Control
• Ready for connection to EC-Vent CB
RU
• 2 inputs for CO2, humidity, temperature, presence, pressure sensors
etc. 1 input, digital / 0...10V / PT1000 and 1 input, digital / 0...10V
Art-no.
• Built-in humidity and temperature sensors
Phase
• User-friendly menu
Voltage
Ambient temp.
3018
V 24
DC =
°C 0...50
• Absence mode and boost ventilation function
Enclosure class
IP 20
• 10 m connection wire incl.
Weight
kg 0.2
EC-Vent control board
Control board
• Built-in transformer (230V/24V)
• Control of two fans
humidity, temperature, etc.) can be combined to control the fan directly
or as a complement to the weekly schedule and/or the manual control
to boost the ventilation if needed. It can also be used to control a heater/
cooler or an extra fan via 0-10 V signal.
The EC-Vent consists of two units, one central unit to be placed near the
fan and a single display unit normally sited in a room easily accessible
to the user. These units are connected to each other with a low voltage
cable. The EC-Vent allows to connect up to 5 different sensors that
simultaneously detect the actual ventilation requirements. In this way,
the EC fan will be steplessly controlled to ventilate exactly as much as
needed. The result is a good indoor air quality and the user avoids high
electricity bills. The central unit for the EC-Vent can be operated standalone from the room unit.
EC-Vent room unit RU (Art.No. 3018) is needed for configuration.
• Heating/cooling control, 0..10V
• 3 inputs, digital / 0...10V / PT1000
CB
• 3 outputs, digital / 0...10V
Art-no.
• 1 output EC motor, PWM
Voltage
• 24V supply voltage for dampers and sensors etc.
The EC Vent is more than a simple control for EC fans. Combined with
EC fans, this tool simplifies demand-controlled ventilation making it
easy to set up and operate. The unique feature of the EC-Vent is that it
provides for a number of control options with up to five sensors (analog
or digital). A single parameter such as temperature can be controlled
at several different locations. Alternatively, various parameters, (CO2,
3115
V 230
Phase
~ 1
Frequency
Hz 50/60
Current
A 6
Recommended fuse
A 10
Supply to sensor, 24V DC
mA 150
Ambient temp.
°C -20...50
Enclosure class
IP 44
Weight
kg 0.95
TG-R5/PT1000
TG-R5/PT1000
Room sensor
For measuring room temperature.
Art-no.
Temp. range of adjustment
Control signal
Enclosure class
WxHxD
5404
°C 0...50
PT1000
IP 30
mm 86x86x30
37
38
| EC-Vent / Accessories
Exhaust fan unit
TG-UH/PT1000
Outdoor sensor
For measuring outdoor temperature.
TG-UH/PT1000
Art-no.
35203
Temperature range
°C -40...+60
Enclosure class
WxHxD
IP 65
mm 70x93x46
TG-KH/PT1000
Duct sensor
Duct senor for measuring air temperature in
ventilation ducts.
TG-KH/PT1000
Art-no.
202705
Temperature range
°C -30 – +70°C
Time constant
Insert length
16 s
mm 60...205
Enclosure class
IP 65
HR1
Room humidistat
A humidistat for controlling exhaust air
fans in response to the relative humidity. The humidistat uses human hair as the
humidity sensor medium. The set-point
can be anywhere between 10 and 95% RH.
Base plate in black plastic and cover in
white plastic. The HR1 is supplied with a
sliding cover over the set-point dial, which
can be locked.
The humidistat should be mounted in a location with good air circulation and constant temperature and humidity. It should not be
fitted on external walls, walls in direct sunlight, corners etc.
The humidistat’s mounting holes make it suitable for fixing on to a
terminal box with screws at 60 mm centres.
The humidistat should be precision-calibrated after it has been
mounted, and should be recalibrated regularly. Dust and other
matter should be removed with a soft brush at regular intervals.
T 120
Frame for wallmounting
Timer
Timer with 120-minute operating time. Supplied with flange for fitting into equipment
housing. Casing for surface mounting is available as an extra. A switch for closing and breaking circuits. A link can be used to produce a
change-over function. The timer makes a quiet
ticking sound when connected.
This timer is suitable for controlling the REU
and RTRDU five step transformers.
Contacts 1 and 3 close when the air
humidity exceeds the preset value.
HR1
Art-no.
5150
Setpoint
%RH
10...95
Differential
%RH
4% at 45
Switching capacity
250V/5A
Max. operating temp.
°C
40
Enclosure class
IP
21
kg
0.1
Weight
WxHxD
mm
83x136x37
T 120
Voltage
Frequency
Max. current load
V 230
Hz 50
A 10 (2)
Connection time
min 0...120
WxHxD
mm 80x80x25
EC-Vent / Accessories |
Exhaust fan unit
DSG
DSG
200/500/1000
Art-no.
5169/5170/9466
Voltage supply
V
Outp. 0-10 V, Imax
Pressure sensor
A membrane-type sensor for measuring
the differential pressure in non-aggressive
gases. The difference in pressure between
the sensor’s plus (+) and minus (-) connections affects the membrane, which generates a voltage via a
differential transformer. This voltage converts into a continuous
DC voltage proportional to the membrane’s position. Cable length
approx. 0.5m.
CO2RT / CO2RT-R-D
2
Enclosure
IP
65
Current
A
0.012
Press. range 200
Pa
0...200
Press. range 500
Pa
0...500
Press. range 1000
Pa
0...1000
Brown
Yellow
Voltage supply
15...30V DC
24V AC ±15%
Output
White
Pressure connection ø5 mm
CO2-sensor for wall mounting
CO2RT is a room sensor for measuring carbondioxide, CO2
concentration in indoor environments. Measuring range
0...2000ppm. Output signal 0...10 V for the full measuring range.
CO2RT also has a temperature signal, 0...10 V DC for 0...50°C.
Apart from the above mentioned temperature signal CO2RT
also has a PT1000 temperature sensor with separate terminals
CO2RT is intended for wall mounting.
The display models (D) have an LCD-display showing both actual values by regularly alternating.
CO2RT-R-D
CO2RT
15V-30V DC/24V~± 15%
mA
CO2RT, CO2RT-R-D
Art-no.
Voltage
13704/6993
V
24
1
Supply voltage 24 V AC
1 Supply voltage 24 V AC
Frequency
Hz
50/60
2
System neutral 24 V AC
2 System neutral 24 V AC
Power consumption
W
3
3
Common
3 Output 0...10 V (humidity)
Ambient temperature
°C
-5...+55
4
Normally open
4 Output 0...10 V (temperature)
Re. humidity, non condens.
%
90
5
Normally closed
5 Output 0...10 V (CO2)
8
6 Signal neutral
7 Output, PT1000-sensor
Output, PT1000-sensor
IR24-P
Working range
ppm
Enclosure class
IP
30
Weight
kg
0.1
Dimension
mm
0...2000
85x100x30
Presence detector
A detector that gives a signal when someone is present in the
room under supervision. The detector has a pulse detecting
function that minimizes the risk for false alarm. Settable output
on/off delay. Intended for wall or ceiling mounting.
IR24-P is a presence detector designed for automatic ventilation
control of HVAC systems.
IR24-P
Art-no.
Voltage supply
Ambient temperature
Max. ambient humidity
6559
V
°C
24 V AC/DC
-20...+50
%RH
95
Enclosure class
IP
40
Circuit-breaking relay
A
NC/NO
Switching capacity
Dimensions
24V DC/0,2A
mm
112x66x45
39
40
| Exhaust fan unit
Systemair Residential Ventilation Systems
BF
These Axial domestic fans are designed for either wall. ceiling or window*
mounting (*kit required) and are ideal for toilets. bathrooms. utility Rooms
& kitchens to comply with building regulations on Ventilation.
The range includes 100mm. 120mm & 150mm sizes with options for built in
sensors to suit all your needs. The units are all manufactured using high ABS
thermoplastics for strength and durability. aesthetics and easy cleaning.
All products are BEAB approved and carry the CE marking and come complete with a 2 year guarantee.
Fan Options
Technical Data
Ref Code
Product Type
BF *** S
Axial Fan. Standard model for remote switching (Light switch etc)
BF *** T
Axial Fan. Timer model incorporating adjustable timer (1-20 mins)
BF *** TH
Axial Fan. Adjustable Humidity control between 40% & 95% RH + Run
on timer (1 - 20 mins)
BVK***
Wall Fitting Kit - (External grille. white + wall sleeve)
EGK***
Window Fitting Kit
EFS-PIR
Passive Infra Red Sensor with run on timer
BF100
BF120
23 l/s
36 l/s
64 l/s
85m3/hr
130m3/hr
230m3/hr
Spigot Size
100mm (4”)
120mm (5”)
150mm (6”)
dBA @ 3m
36
36
35
230-1-50
230-1-50
230-1-50
0.12
0.15
0.15
Maximum Airflow l/s
m3/hr
Voltage
Amps
BF150
*** Fan Size 100. 120 or 150
Dimensions
A
B
C
100 mm
163
98
67
120 mm
182
118
112
150 mm
203
150
72
IF
The Systemair range of domestic in-line fans are designed for duct
mounting and are ideal for toilets. bathrooms. shower rooms. utility
rooms & kitchens to comply with building regulations on ventilation.
The range includes 100mm. 120mm & 150mm sizes. The units are all
manufactured using high ABS thermoplastics for strength and durability. All products are BEAB approved and carry the CE marking and
come complete with a 2 year guarantee.
Technical Data
IF 100
IF 120
23 l/s
36 l/s
64 l/s
85m3/hr
130m3/hr
230m3/hr
Spigot Size
100mm (4”)
120mm (5”)
150mm (6”)
dBA @ 3m
32
32
31
Voltage
230-1-50
230-1-50
230-1-50
Amps
0.12
0.15
0.15
Power W
20
25
25
Maximum Airflow l/s
m3/hr
IF150
Dimension
IF 100
IF 120
IF 150
øA
100
118
150
B
90
99
110
Exhaust fan unit |
Systemair Residential Ventilation Systems EAF LV/ ECF LV
The Systemair range of Low-voltage domestic fans are designed for either
wall or ceiling mounting and are ideal for shower rooms & bathrooms to
comply with building regulations on Ventilation.
The range includes 100mm (4”) axial & centrifugal fans with a remote
Safety Extra Low Voltage transformer offering integral control options to
suit all your needs. The units are all manufactured using high ABS
thermoplastics for strength and durability. aesthetics and easy cleaning.
All products are BEAB approved and carry the CE marking and come
complete with a 2 year guarantee.
Technical Data
EAF 100LV
ECF 100LV
l/s
23l/s
31l/s
m3/hr
85m3/hr
110m3/hr
Spigot Size
100 mm (4”)
100 mm (4”)
dBA @ 3m
36
39
Voltage
230-1-50 Input
Amps
12 Volt A.C - SELV
Power W
20
Maximum Airflow
20
Ref Code
Product Type
EAF 100 LV
Low Voltage Axial Fan 100mm to be used with ET Transformer
ECF 100 LV
Low Voltage Centrifugal Fan 100mm to be used with ET Transformer
A 82 mm
B 145 mm
C 65 mm
Transformer Part Ref
ET12S
Low Voltage Transformer. Standard model for remote switching (Light switch etc)
ET12H
Low Voltage Transformer. Adjustable Humidity control between 40% & 95% RH + Run on timer (1 - 20 mins)
ET12T
Low Voltage Transformer. Run on timer (1 - 20 mins)
ET12P
Low Voltage Transformer. Pullcord
163
67
41
42
| Exhaust fan unit
Systemair Residential Ventilation Systems
CF
The Systemair range of domestic centrifugal fans are designed for either wall or ceiling
mounting and are ideal for toilets & bathrooms to comply with building regulations
on Ventilation. The fan has a 100mm 4” spigot with an integral back draught shutter
with options of built in sensors to suit all your needs. The units are all manufactured
using high ABS thermoplastics for strength and durability, aesthetics and easy cleaning.
All products are BEAB approved and carry the CE marking and come complete with a
2 year guarantee.
Ref Code
Product Type
CF 100 S
Centrifugal Fan. Standard model for remote switching (Light switch etc)
CF 100 P
Centrifugal Fan. as above but supplied with pullcord switch
CF 100 T
Centrifugal Fan. Timer model incorporating adjustable timer (1-20 mins)
CF 100 TH
Centrifugal Fan. Adjustable Humidity control between 40% & 95% RH + Run on timer
(1 - 20 mins)
BVK100
Wall Fitting Kit - (External grille. white + wall sleeve)
EFS-PIR
Passive Infra Red Sensor with run on timer
Technical Data
CF
Maximum Airflow l/s
m3/hr
25l/s
Dimensions CF100
90m3/hr
Spigot Size
100mm (4”)
A
B
C
D
E
Weight/kg
dBA @ 3m
37
163
98 Dia
65
90
163
1.1 kg
Voltage
230-1-50
Amps
0.2
Power W
25
CBF
Technical Data
CBF100
Maximum Airflow l/s
m3/hr
Spigot Size
dBA @3m
Voltage
Amps
Power W
Ref Code
Product Type
CBF 100 S
Centrifugal Fan. Standard model for remote switching (Light switch etc)
CBF 100 P
Centrifugal Fan. as above but supplied with pullcord switch
CBF 100 T
Centrifugal Fan. Timer model incorporating adjustable timer (1-20 mins)
CBF 100 TH
Centrifugal Fan. Adjustable Humidity control between 40% & 95% RH +
Run on timer (1 - 20 mins)
BVK100
Wall Fitting Kit - (External grille. white + wall sleeve)
EFS-PIR
Passive Infra Red Sensor with run on timer
31 l/s
110 m3/hr
100 mm (4”)
39
230-1-50
0.27
45
CBF 100L
Exhaust fan unit |
Systemair Residential Ventilation Systems RVF - External Wall Fan
• Speed-controllable
• For mounting on external walls
• Useful where internal space is limited
• Powerful extract performance with low noise
The RVF models are exhaust-air fans for installation on external walls.
The unit consists of an impeller with backward-curved blades and a casing in
galvanised sheet steel with a white powder-paint coating.
All ambient noise created by the fan is kept outside the building if it is
installed on an external wall.
Technical Data
RVF 100M
Maximum Airflow
RVF 100XL
l/s
50l/s
80l/s
m3/hr
200m3/hr
280m3/hr
Spigot Size
100 mm (4”)
100 mm (4”)
dBA @ 10m
26
37
Voltage
230-1-50 Input
Amps
0.16
0.26
Power W
28
60
Speed rpm
2489
2433
Speed Controller
REE 1
REE 1
Weight kg
4
5
Max temp of transported air (C)
70 deg C
70 deg C
43
| Multi Extract fan unit
Systemair Residential Ventilation Systems
MVS - DC
The Centralised Ducting System (MVS) provides continuous mechanical
ventilation throughout the entire house from a single extraction unit and can be used
in up to three individual rooms. Made from strong ABS plastic it is very lightweight.
making it easy to install in a loft or ceiling void. The fan unit is supplied with three
extraction inlets. all 125mm which discharge from one 125mm extract duct through
either a wall or roof terminal. Control options
The MVS-10 has 14 speed steps, and a standard is set to speed steps 1, 4 and 8 (Low,
Normal and Boost respectively). The speed settings for Low, Normal and Boost speeds
can quickly be altered by changing the dipswitches under the top cover. The MVS10 can be controlled by a 3 speed switch or a motor less cooker hood, (F251). The
MVS-10R is controlled by the wireless remote speed controller and is also fitted with
an induct humidity sensor to automatically increase the speed of the unit when rapid
increases in humidity levels occur. The MVS-10 can also be controlled by an external
0-10V signal (not applicable to the MVS-10R).
TECHNICAL DATA MVS-10
Technical Data
Model
Speed
Airflow
Voltage
Pressure
Step
m3/hr
V
Pa
MVS-10DC
Motor Data
FLC
W
400 Pa
1 LOW
85
230-1-50
10
0.06
6
21
Output
High
24.4 W
3 MIDDLE
127
230-1-50
21
0.07
8
34
Medium
9.9 W
6 MIDDLE
200
230-1-50
50
0.12
17
48
Low
5.1 W
7 HIGH
225
230-1-50
65
0.14
20
49
Max amperage
0.18 amps
9 HIGH
270
230-1-50
85
0.21
31
52
Voltage
230-1-50
11 HIGH
320
230-1-50
130
0.40
56
54
Weight
3.5kg
14 HIGH
375
230-1-50
175
0.60
81
58
Connection diagram for the MVS-10-type EC fans with 3 speeds
500
450
14
400
13
12
350
c
= graph number
X
= power consumption (Watt)
65
57
11
300
48
78
Pascal
250
40
10
68
59
200
30
9
48
7
27
9
3
0
0
50
6
20
17
12
8
6
6
31
26
15
11
9
7
6
6
40
17
8
2
56
24
12
5
1
73
66
14
4
50
35
20
6
100
81
24
8
150
7
8
100
10
m3 / h
150
200
250
300
350
400
450
500
Orcon bv
Storkstraat 23, 3905 KX Veenendaal, Netherlands
P.o. box 416, 3900 AK Veenendaal, Netherlands
Tel. +31 (0)318 54 47 00, Fax +31 (0)318 54 47 06
E-mail info@orcon.nl, www.orcon.nl
V E N T I L AT I O N
S Y S T E M S
dBA
@ 1m
Static Pa @ 225m3/hr
Measured on the 13 of February 2007 in the anechoic chamber of EBM Papst
44
F O R
D O M E S T I C
A N D
C O M M E R C I A L
A P P L I C AT I O N S
Commercial fan units |
Systemair Residential Ventilation Systems ES
The Systemair range of commercial fans are ideal for Offices, Student
Accomodations & cleaners cupboards to comply with building regulations on Ventilation. The range includes 6”. 9” & 12” models all fully
speed controllable. with the 9 & 12” models being reversible for supply & extract air. The fans are complete with thermo-activated shutters to prevent draughts and save on costs. Different coloured grilles
are available in white. terracotta & brown. standard model is pale grey.
The units are all manufactured using high ABS thermoplastics for
strength and durability. aesthetics and easy cleaning. The Panel model
is designed for refurbishment projects as they will fit most leading
commercial wall liners.
All products are BEAB approved and carry the CE marking and
come complete with a 2 year guarantee.
Fan Ref
Size 6
Size 9
Size 12
Controls. Sensors & Ancillaries
Maximum Airflow l/s
(m3/hr)
77
(278)
185
(668)
281 (1021)
EAC6
Variable speed control (6” only)
EAC9/12
Variable speed control & reversible
Sound Power Level
dBA@3m
40
53
60
EFS-PIR
Passive infra red sensor with run on timer
Voltage
230-1-50
230-1-50
230-1-50
EFS-HS
Humidistat
Amps
0.24
0.4
0.6
EFS-7DAY
7 day analogue timer
Power W
45
80
120
EFS-ROT
Run on timer 1-20 mins
Controller
EAC6
EAC9/12
EAC9/12
EFS-ISO
Isolator Switch 3Pole
Performance Graph
Wall Fan
Dimensions
Fan Ref
A
B
C
D
E
Hole
Dia
ES6W (Wall)
310
310
160-290
278
288
-
ES9W (Wall)
390
390
160-290
361
366
-
ES12W (Wall)
470
470
160-290
440
447
-
ES6P (Panel)
310
310
110
-
-
-
ES9P (Panel)
390
390
138
-
-
-
ES12P (Panel)
470
470
154
-
-
-
ES6G (Window)
205
105
25
-
-
184
ES9G (Window)
286
125
25
-
-
260
ES12G (Window)
362
145
25
-
-
320
Panel Fan
Window Fan
45
46
| Heat Recovery unit
Systemair Residential Ventilation Systems
High efficiency heat recovery systems
SaveVent Comfort C
Low Energy
Counterflow Heat
Recovery Units
SaveVent Comfort R
Low Energy
Thermal Wheel
rotational heat
exchanger
Overview SaveVent Comfort applications
SaveVent Comfort
C
C
R
Property Type
Single family house / Single flat
Muliple Dwellings
Single family house / single flat
System
Heat Recovery
Heat Recovery
Heat Recovery
Location
Plant Room / Store /
Cupboard
Plant Room
Plant Room / Store /
Cupboard
Ventilation Range
SAVE VTC
SAVE VTC*, Topvex SC*
VR
Extract valves
in bathroom, toilet and
kitchen; products: valves
in bathroom, toilet and
kitchen; products: valves
in bathroom, toilet and
kitchen; products: valves
Supply valves
In Bedrooms & living room
In Bedrooms & living room
In Bedrooms & living room
Heat Recovery unit |
Systemair Residential Ventilation Systems General description
• The unit is completely self-controlled and is easy to run by the user
• Heat recovery pre-heats supply air
• Fine filters provide clean and dust-free supply air
• A rotary heat exchanger recovers humidity during winter time
• No temperature fluctuations and cold zones in rooms - even at cold outside temperature
Systemair
duct systems
Multiple options
available
Systemair
Air Distribution Products
Just your style - Wall or
Ceiling mounted
Function
Exhausted air from kitchens and bathrooms is ducted via the heat recovery unit to the outside. The unit draws fresh air through a
seperate duct system. The heat of the exhaust air is transferred up to 88 % by a heat exchanger to the supply air and returned to living
and bedrooms. Within the unit the air is filtered, warmed and dehumidified. Supply & Exhaust ductwork is installed to meet the
requirements and restrictions of the building.
Building Regulations -Part F Ventilation 2010
Table 5.1a Extract Ventilation rates
Room
Intermittent Extract
Minimum Rate
Continuous Extract
Minimum High Rate
Kitchen
30l/s adjacent to hob; or 60
60l/s elsewhere
13l/s
Utility room
30l/s
8l/s
Bathroom
15l/s
8l/s
Sanitary accommodation
6l/s
6l/s
Minimum Low Rate
Total extract rate should be
at least the whole dwelling
ventilation rate given in
Table 5.1b
Table 5.1b Whole dwelling Ventilation rates
1
Whole dwelling ventilation rate a,b (l/s)
13
Number of bedrooms in dwelling
2
3
4
17
21
25
5
29
Notes:
a. In addition, the minimum ventilation rate should be not less than 0.3l/s per m2 of internal floor area. (This includes all floors, e.g. for a two-storey building add
the ground and first floor areas)
b. This is based on two occupants in the main bedroom and a single occupant in all other bedrooms. This should be used as the default value. If a greater level of
occupancy is expected add 4l/s per occupant.
47
48
| Heat Recovery unit
Systemair Residential Ventilation Systems
Advantages & Dis-advantages for different Dwelling
types
Advantages for a single-family house
• High heat recovery, thermal comfort
• Less ventilation heat losses
• Humidity regain during winter time with one rotor
• Pre-heating supply air
• Higher energy saving potential
Disadvantages for a single-family house
• Complex duct system
• Higher investment costs
Advantages for an apartment building
• High energy saving potential and less heating is
required
• High heat recovery
Disadvantages for an apartment building
• Complex duct system
• Higher investment costs
• Fire safety and sound protection requirements
• Central units: „Heat theft“
Apartment building, decentrally,
example for an apartment
Conclusion:
A ventilation unit with heat recovery provides a healthy, comfortable indoor enviroment with filtered supply air to the dwelling. Furthermore, the energy saving potential meets the future requirements. The decision for a unit with heat recovery allows combining comfort and
energy savings.
Counterflow heat exchanger vs. rotary heat exchanger: a rotary heat exchanger is the best choice for single-family houses or single residential units. It is more effective and creates a better indoor climate plus thers is no requirement for a condensate drain to overflow. These
rotary wheel units also allow for automatic summer by-pass during warmer months. To supply more than one residential unit, a counterflow heat exchanger is the right choice.
The required energy for frost protection reduces the efficiency of this exchanger.
Heat Recovery unit |
Systemair Residential Ventilation Systems Comparison rotating heat and plate heat exchanger
Rotary heat exchangers:
With these fans, heat as well as humidity
can be exchanged. Application for singlefamily houses or residential units with
efficiencies up to 85 %.
Heat exchanging
The wheel structure (similar to corrugated board) of the exchanger and continuous rotation between
hot and cold air flows heats the exhaust air wheel which transfers this heat to the cold supply air in winter time. This effect
can be used vice versa in summer time by transferring heat of
the outside air to the colder exhaust air. This provides a cooling
effect in summer and also leads back the cooling energy of the
air conditioning.
Humidity transfer with a condensation rotor
The thermal wheel heat exchanger consists of pure aluminium
which transfers humidity exactly when condensate appears on
the exhaust air side and is absorbed by the outside air. High temperature differences can reach humidity return values up to
60 %. With our rotors, humidity is transferred when needed
in winter time. This minimizes dry air.
rotation of the storage mass. Constructive modifications prevent
this for units which are /DE marked (transmission 0.1 %).
Rinse chamber
Some outside air flow is led on the exhaust air side to produce
a rinsing effect. This reduces the transmission of exhaust air
to a minimum by
carryover. For correct
operation of the rinse
chamber, a pressure
gradient of min. 200
Pa on supply and exhaust air is necessary.
Frost protection
A condensate drain is not required in residential construction.
Furthermore, the rotor does not freeze because of the transmission of condensate down to -30 °C by a little exhaust air
surplus. A frost protection for heat exchangers is not needed.
Counterflow heat exchanger
Counterflow heat exchangers are
used to transfer heat and can reach an
efficiency of more than 90 %.
Heat exchanging
Counterflow heat exchangers lead air
flows through parallel plates arranged in
a row. On the opposite side supply and
exhaust air alternates. Warm air flow
transfers energy via the plate to the cold air flow.
Humidity transfer is not possible
In winter time, condensate has to be drained into a waste water
pipe. The drain should always have either a water trap or running
trap to prevent stale odours from coming back up from the drain
system.
Separated Air Streams
Supply and exhaust air are totally separated from each other to
keep the supply air clean.
Frost protection
The higher the efficiency of an exchanger, the more condensate
drops out at high temperature differences. The efficiency also
influences the temperature when frost protection is necessary
for the exchanger. This concerns outside temperatures when
condensate starts freezing. For high quality counter cross-flow
heat exchangers with an efficiency of 90 %, this can already
begin at -3 °C. In contrast, simple cross-flow heat exchangers
with an efficiency of app. 55 %, this does not start until app.
-14 °C. The amount of energy necessary for frost protection is
correspondingly different. To ensure frost protection and to
avoid pulling out energy from the exchanger, outside air can
be pre-heated, the supply air can be set back or or the outside
air can be bypassed at the heat exchanger via a bypass flap. The
missing heat transfer by setting back the supply air fan or during
bypass of the supply air has then to be replaced by the heating
system.
49
50
| Heat Recovery unit
Systemair Residential Ventilation Systems
Overview Residential Heat Recovery Units
VR 250 ECH/B
VTR 150
VTR 200B
VTC Low E
Application
Flats / Apartments

Individual Homes
Multiple Housing / Student Accomodation





Larger Family Homes

SAP Appendix Q Approved

design until living space




90
100
140
100
m³/h
130
236
270
155
dB(A)
47
43
41
47
%
85
85
85
86
supply air filter
-
F7
G3
F7
G2
extract air filter
-
G3
G3
G3
G2
V/50Hz
230
230
230
230
max. air volume at 120 Pa
max. sound level at 1m distance
efficiency heat recovery
voltage/frequecy
m²

max. power fans, each
W
59
86
84
26.5
electr. Heater
W
500
500 or 1000
500 or 1000
N/A
fuse
A
10
10
10
10
protection class
IP
24
24
24
24
weight
kg
38
54
46
26
duct connections
mm
125
125
125
125
width
mm
1070
600
598
598
height
mm
265
774
750
579
depth
mm
513
467
428
280
Isolation of casing
mm
20
30
30
10
condensate connection (2x)
no
no
no
2 no
page
52
54
56
58
Heat Recovery unit |
Systemair Residential Ventilation Systems VR 300 ECV/B
VR 400 DCV/B
VR 700 DCV
SAVE VSR 300
SAVE VSR 500
SAVE VTC 300
SAVE VTC 700
Available with cross flow heat exchangers - VX models
























130
220
350
240
400
300 / 250
600 / 560
210
320
530
336
593
410 / 340
860 / 830
46
47
51
50
50
45
53
85
85
80
85
80
80
85
F7
F7
F7
F7
F7
G4 / F7
G4 / F7
G3
G3
G3
G3
G3
G4 / F7
G4 / F7
230
230
230
230
230
230
230
100
115
240
83
169
85
168
500 or 1000
1670
1670
1670
1670
1700
1700
10
10
16
10
13
10
13
24
24
24
24
24
24
24
41
56
73
61
72
72
150
125
160 (Bypass 125)
200
160
200
160
250
598
796
918
1120
1120
762
1170
630
800
800
582
632
802
1214
326
406
517
461
551
616
860
20
30
30
30
30
30
30
no
no
no
no
no
1/2”
1/2”
60
62
64
66
68
74
76
51
52
| Heat Recovery unit
Systemair Residential Ventilation Systems
VR 250 ECH/B
• 85 % heat recovery efficiency
• Designed air flow up to about 100 m³/h at 75 Pa
(for app. 80 m² living space)
• Humidity recovery: no condensate connection, no frost protection
• For ceiling and wall mounting
• Remote control CE necessary
The housing is insulated with 20 mm PU foam. Top and bottom
section can be removed for maintenance. Connection to kitchen
hood with an extra connection (DN125) possible.
Exhaust air from the hood is bypassed at the rotary heat
exchanger, directly to the exhaust air fan. When the hood starts,
both fans run at maximum speed. As a result of a considerably
lower pressure loss in the kitchen hood duct, the exhaust air
fan boosts more air than the supply air fan whereas app. 80 %
of exhaust air is led through the hood. Make sure that enough
outside air is available during kitchen hood operation.
Optional connection to kitchen hood
(type 251-10/B - page 81).
Art-no.
12536
Supply
VR 250ECH/B
Surrounding
Mid-frequency band, Hz
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Supply
67
57
60
60
59
60
57
51
41
Extract
56
42
42
49
53
49
33
24
20
Surrounding
47
31
41
36
41
42
36
33
29
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
Exhaust
VR 250 ECH/B
Voltage/Frequency
VR 250ECH/B
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 30
100 m³/h at 80 Pa
kW/m³/s
2,11
Wh/m³
0,6
Fuse
A
10
Electr. re-heater
W
500
Filter, fresh air
F
7, bag filter
Filter, extract air
G
3, bag filter
Weight / incl. packaging
kg
45
Dimension (L x B x H)
mm
1071 x 513 x 265
Connection
DN
125
53
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
F7
VR
EF
SF
BP
ETS
EH
G3
SS
OT
ET
EHS
Filter fresh air
Rotating heat recovery unit
Extract fan
Supply fan
Bypass duct
Extract air temp. sensor
Electric heater
Filter extract air
Supply air temp. sensor
Overheating thermostat
Emergency thermostat
Temp. sensor as rotating controller
Dimension
196
93
783
40
3
Ø125
195
540
1
2
1071
4
A
Duct connections, Ø125 mm:
94
70
290
263
131
263
513
H
124
131
147
40
71
77
5
H
64
513
B
G
C
D
1
3
1
2
3
4
5
Fresh air/outside air
Exhaust air
Supply air
Extract air
Cooker hood (Bypass)
A
B
C
D
E
F
G
H
Filter, fresh air-/outside air F7
Rotating heat recovery unit
Supply air fan
Reheater battery, electrical heating element, 500 W
Filter, extract G3
Extract air fan
Control circuit board and rotor motor for heat exchanger
Anti-vibration ceiling mounting bracket
4
2
5
F
E
Accessories
Control panel
Cable
Timer
Timer
Cooker Hood
Frame for
wallmounting
CE p. 80
CEC p. 80
Timer p. 80
TFV p. 80
Wall bracket p. 83
RCE p. 80
54
| Heat Recovery unit
Systemair Residential Ventilation Systems
VTR 150/K
• High efficiency rotary heat exchanger
• Energy efficient Radical-fans, with modern EC-technology
• Separate settings of supply and extract air flow
• Start-up wizard for easy commissioning
• Modern design with integrated cooker hood – VTR 150/K
• Automatic change to summer operation
(without heat recovery)
• Demand control regulation
• Low sound level
An intergral cooker hood is
fitted as standard to this unit
Supply
SF
SAVE VTR 150/K has an integrated cooker hood and should be
placed above the hob. The unit has been adapted to suit different
kitchen environments, with a modern design.
The customer has the choice of choosing between a white or
stainless steel front. The unit is controlled by a separate control
panel.
SAVE VTR 150/K is adapted for ventilation of smaller houses
and apartments with an area of 100 m² .
The extract air from the cooker hood is by-passed, hence the heat
exchanger is not being exposed to
extract air from the kitchen. The units are insulated against
condensation.
P2
SF
P2
,5
SF
P1
,0
SF
,5
VTR150/K
500 W (S/S / White)
1000 W (S/S / White)
L handed S/S or White
18991 / 14991
18881 / 14881
R handed S/S or White
18990 / 14990
18880 / 14880
P1
Extract
,2
VTR 150/K
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 15
100 m³/h at 80 Pa
kW/m³/s
1.1
Wh/m³
0.3
Fuse
A
10
Electr. re-heater
W
500 or 1000
Filter, fresh air
G
3, bag filter
Filter, extract air
G
3, bag filter
Weight / incl. packaging
kg
54
Dimension (L x B x H)
mm
600 x 467 x 774
Connection
DN
125
Heat Recovery unit |
Systemair Residential Ventilation Systems Dimensions
470**)
348
598*)
720
774
7
133
Accessories
Potentiometer
MTP 20/20K p. 81
293
99
237
102
191
84
596
55
56
| Heat Recovery unit
Systemair Residential Ventilation Systems
VTR 200/B
• High efficiency rotary heat exchanger
• Energy efficient Radical-fans, with modern EC-technology
• Separate settings of supply and extract air flow
• Start-up wizard for easy commissioning
• Modern design with integrated cooker hood – VTR 150/K
• Automatic change to summer operation
(without heat recovery)
• Demand control regulation
• Low sound level
SAVE VTR 200/B is a white painted model with an integrated
control panel in the front door. The option
for connecting one or more external control panels is also
available. Connection to an external cooker hood is
available on the top of the unit. This makes the unit well suited
for apartment buildings where the extract air
from the cooker hood is challenging.
SAVE VTR200/B is adapted for ventilation of smaller houses and
apartments with an area of 140 m². The
extract air from the cooker hood is by-passed, hence the heat
exchanger is not being exposed to extract air from the kitchen.
The units are insulated against condensation.
Supply
SFP 2,5
VTR 200/B
Art-no.
SFP 2,0
SFP
SF
500 W
1000 W
L handed
14993
14882
R handed
14992
14882
1,5
P1
Extract
,2
VTR 200/B
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 18
100 m³/h at 80 Pa
kW/m³/s
1.27
Wh/m³
0.35
Fuse
A
10
Electr. re-heater
W
500 or 1000
Filter, fresh air
F
7, bag filter
Filter, extract air
G
3, bag filter
Weight / incl. packaging
kg
47
Dimension (L x B x H)
mm
598 x 428 x 750
Connection
DN
125
Heat Recovery unit |
Systemair Residential Ventilation Systems Dimensions
598
750
799
428
366
598
207
340
208
627
78
160
198
285
428
124
191
77
982
29
*
1180
Connection dim.: Ø125
* Extract air from cooker
hood
416
598
Accessories
Control panel
Cable
Cooker Hood
CD p. 81
CEC p. 80
Wall bracket p. 83
57
58
| Heat Recovery unit
Systemair Residential Ventilation Systems
VTC Low E
• High efficiency counterflow heat recovery unit up to 86 %
• Energy efficient fan motors with modern EC technology
• Operation from cookerhood or wall mounted speed controller
• Integral summer by-pass
• Integral Humidi-sensor to boost unit on rise in humidity from
wet rooms.
• Unit available with or without cookerhood.
• Design to accept Kitchen face panels to blend in.
• SAP Appendix Q Approved.
Art-no.
52083
TSL-1/EC Cookerhood
The VTC Low E Heat Recovery Ventilation unit is double skinned for
quiet operation and prevent condensation forming. The unit is equipped
with single inlet centrifugal fans on inlet and extract, filter on fresh air
and extract, Counterflow heat exchanger, condensate drains and inspection door in front. The fan speed is controlled in 2 or 3 steps either from
the cookerhood or separate controller mounted on the wall.
Controlling the system from the Cookerhood
The unit is designed for connection to and for operation from a cookerhood. The cookerhood is provided with special plugs for direct connection if the cookerhood is installed under the unit.
Controlling the system from separate controller
The unit can be installed over the cooker, on the wall or in the roof space.
Fresh air is supplied to living room and bedrooms and stale air is extracted via the cookerhood or louvre in the kitchen, utility room, bathroom
and WC.
Energy efficient fans with EC motors will reduce energy consumption for transportation of ventilation air by apx. 50 % compared to
traditional AC motors. Modern technology gives low SFP factor
(Specific Fan Power).
G2 filters are delivered as standard, with the option for G3 or G4
SAP Appendix Q Approved
Exhaust Terminal Configeration
Specific
Fan Power
(W/l/s)
Heat
Exchanger
Efficiency
(%)
Energy Saving Trust
Best Practise
Performance
compliant
Kitchen +1 Additional wet room
0.76
86
Yes
Kitchen +2 Additional wet room
0.73
85
Yes
Kitchen +3 Additional wet room
0.83
85
Yes
Kitchen +4 Additional wet room
1.02
84
No
Kitchen +5 Additional wet room
1.04
83
No
The unit can be controlled from a wall mounted 2 or 3 step speed regulator
Heat Recovery unit |
Systemair Residential Ventilation Systems Supply
59
Extract
,5
P2
SF
SFP 2,0
SFP
1,5
SF
P1
,2
[l/s]
Dimension
η
SFP = Specific Fan Power (kW/m3/s)
The SFP value stated applies to the complete unit.
TSL-1EC pg 83
MTP Controller
60
| Heat Recovery unit
Systemair Residential Ventilation Systems
VR 300 ECV/B
• 81 % heat recovery efficiency
• Designed air flow up to about 210 m³/h at 120 Pa (for app. 130
m² living space)
• Humidity recovery: no condensate connection, no frost protection
• Free selectable air volume in 3 steps
• For wall mounting
• Remote control CD necessary
A cooker hood can be installed directly
under the unit page 81.
Art-no.
500 W
1000 W
12519
12520
Supply
VR 300ECV/B
The VR 300 ECV/B is a compact unit for ventilation of homes
and primarily developed for wall mounted installation but can
be installed horizontally e.g. in a false ceiling. The unit is double
skinned, fully insulated, equipped with centrifugal fans for supply/extract air, rotating heat exchanger, filters and thermostat
operated re-heater battery. VR 300 ECV/B is equipped with large
inspection hatches on both sides and is by that means reversible
for optimal and simple duct connections. The cooker hood can
be connected via duct on the top of the unit if it is placed separate from the kitchen. As an alternative, a cooker hood can be
installed directly under the unit. The extract air from the cooker
hood is drawn via an integrated bypass duct directly to the extract fan bypassing the exchanger block. The airflow is set from a
cooker hood or a separate control switch.
Surrounding
Mid-frequency band, Hz
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Extract
54
42
51
43
47
48
37
26
22
Supply
70
59
61
61
63
65
60
52
43
Surrounding
43
24
37
38
36
33
29
23
15
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
Extract
VR 300ECV/B
VR 300 ECV/B
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 40
140 m³/h at 80 Pa
kW/m³/s
1,89
Wh/m³
0,5
Input power, fan motor(s)
W
2x100
Input power, electrcal heating battery
W
1000
Recommended fuse
A
10
Filter, supply air
F
7, bag filter
Filter, extract air
G
3, bag filter
kg
40,6
Weight
Dimension (L x B x H)
mm
598 x 326 x 630
Connections
DN
125
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
SS
SF
SFL
EFL
BD
ET
OT
ELH
SF Supply fan
EF Extract fan
SFL Supply filter
EFL Extract filter
SS Supply air temp. sensor
HE Heat exchanger
ELH Electric heater
OT Overheating thermostat
ET Emergency thermostat
BD Bypass duct
EF
HE
BD
Dimensions
F
C
D
A
E
B
E
D
A
C
B
Duct connection ø125mm
A Supply air
B Exhaust air
C Outdoor air
D Extract air
E Cooker hood (Alt. connection)
F Cooker hood
Accessories
Potentiometer
MTP 20/20K p. 81
Cooker Hood
Wall bracket p. 83
SAP Appendix Q Approved
Exhaust Terminal Configeration
Specific
Fan
Power
(W/l/s)
Heat
Exchanger
Efficiency
(%)
Kitchen +1 Additional wet room
1.73
77
Kitchen +2 Additional wet room
1.69
80
Kitchen +3 Additional wet room
1.69
80
Kitchen +4 Additional wet room
1.66
81
61
62
| Heat Recovery unit
Systemair Residential Ventilation Systems
VR 400 DCV/B
• High efficiency heat recovery unit without need for defrosting
• Energy efficient fan motors with modern EC technology.
• Operation from user friendly control panel, type CD with
LCD-display, included
• Separate setting of supply and extract airflow.
• Constant airflow and balance between extract and supply air.
• Changes automatically to summer operation with no heat
recovery.
• Flexible installation. No need for condensation drain.
• Suited for demand control.
• Modbus communication via RS-485
Art-no.
12314
Supply
VR 400DCV/B
DCV(/B) units are designed for installation on wall, in laundry
rooms, utility rooms or similar. With the white painted door and
side panels the unit can easily be installed to blend in with the
surroundings. Large inspection doors simplifies inspection and
service. The VR 400 DCV/B has a by-pass function which allows
the unit to be connected to a kitchen hood. The polluted air from
the hood is led directly to the extract fan without coming in contact with the rotating heat exchanger.
Surrounding
Mid-frequency band, Hz
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Extract
56
46
48
51
52
45
39
28
20
Supply
66
52
55
56
58
62
60
52
46
Surrounding
47
29
35
37
41
41
41
35
30
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
Extract
VR 400 DCV/B
VR 400DCV/B
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 65
260 m³/h at 80 Pa
kW/m³/s
1,82
Wh/m³
0,5
Recommended fuse
A
10
Input power, fan motor(s)
W
2x114
Input power, electr. heating battery
W
1670
Filter, supply air
F
7, bag filter
Filter, extract air
G
3, bag filter
Weight / incl. packaging
kg
56,4
Dimension (L x B x H)
mm
796 x 406 x 800
Connection
DN
160/125
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
F7
VR
EF
G3
ETS
SF
EH
SS
OT
ET
EHS
FS
Dimensions
Filter fresh air
Rotating heat recovery unit
Extract fan
Filter extract air
Extract air temp. sensor
Supply fan
Electric heater
Supply air temp. sensor
Overheating thermostat
Emergency thermostat
Temp. sensor as rotating controller
Fresh air temp. sensor
Left hand version
203
199
101
B
A
D
C
E
67
800
118
174
74
170
110
Right hand version
174
406
A
B
D
101
74
C
Supply air ø160 mm
Exhaust air ø160 mm
Outdoor air ø160 mm
Extract air ø160 mm
Cooker hood ø125 mm
67
A
B
C
D
E
110
170
796
186
118
216
E
SAP Appendix Q Approved
Accessories
Control panel
CD p. 81
Exhaust Terminal Configeration
Cable
CEC p. 80
Cooker Hood
Wall bracket p. 83
Specific
Fan
Power
(W/l/s)
Heat
Exchanger
Efficiency
(%)
Kitchen +2 Additional wet room
1.68
75
Kitchen +3 Additional wet room
1.50
77
Kitchen +4 Additional wet room
1.47
78
Kitchen +5 Additional wet room
1.45
79
Kitchen +6 Additional wet room
1.49
81
Kitchen +7 Additional wet room
1.57
81
63
64
| Heat Recovery unit
Systemair Residential Ventilation Systems
VR 700 DCV
• High efficiency heat recovery unit without need for
defrosting will give the highest average efficiency over the
year
• Energy efficient fan motors with modern EC technology
• Operation from user friendly control panel(s), type CD with
LCD-display, included
• Separate setting of supply and extract airflow
• Constant airflow and balance between extract and supply air
• Changes automatically to summer operation with no heat
recovery
• Flexible installation. No need for condensation drain
• Modbus communication via RS-485
Art-no.
The VR 700 DCV is designed for installation in laundry room,
storeroom or cupboard. The unit is double skinned, fully insulated and with complete control functions, high efficiency rotating
heat exchanger, thermostat operated re-heater battery and filters.
12425
Supply
VR 700DCV
The unit will automatically alternate between normal operation
with heat recovery and summer operation without heat recovery.
This solution will also automatically recover chilled indoor air
(from cooling).
Surrounding
Mid-frequency band, Hz
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Extract
57
42
45
55
51
42
40
32
26
Supply
72
55
60
64
65
66
65
60
53
Surrounding
50
36
43
45
42
43
40
33
28
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
Extract
VR 700 DCV
VR 700DCV
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 130
450 m³/h at 80 Pa
kW/m³/s
2,05
Wh/m³
0,6
Recommended fuse
A
13
Input power, fan motor(s)
W
2x240
Input power, electr. heating battery
W
1670
Filter, supply air
F
7, bag filter
Filter, extract air
G
3, bag filter
Weight / incl. packaging
kg
72,6
Dimension (L x B x H)
mm
918 x 517 x 800
Connection
DN
200
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
F7
VR
EF
G3
ETS
SF
EH
SS
OT
ET
EHS
FS
Filter fresh air
Rotating heat recovery unit
Extract fan
Filter extract air
Extract air temp. sensor
Supply fan
Electric heater
Supply air temp. sensor
Overheating thermostat
Emergency thermostat
Temp. sensor as rotating controller
Fresh air temp. sensor
Dimensions
A
181
800
150
C
Approx. 800
118 176
517
918
Accessories
Control panel
Cable
Wall bracket
CD p. 81
CEC p. 80
WBK p. 81
A
B
C
D
B
202
Supply air
Exhaust air
Outdoor air
Extract air
280
ø200 (4x)
216
50
D
65
66
| Heat Recovery unit
Systemair Residential Ventilation Systems
VSR 300
• High efficiency heat recovery unit without need for
defrosting
• Energy efficient fan motors with modern EC technology
• Operation from user friendly control panel, type CD with
LCD-display as accessory
• Separate setting of supply and extract airflow
• Constant airflow and balance between extract and supply air
• Changes automatically to summer operation with no heat
recovery
• Flexible installation. No need for condensation drain
• Modbus communication via RS-485
Art-no.
The VSR 300 is double skinned, fully insulated and with complete control functions, high efficiency rotating heat exchanger,
thermostat operated re-heater battery and filters. Energy efficient
fans with EC motors will reduce energy consumption for transportation of ventilation air by approx. 50 % compared to traditional AC motors. Modern technology gives low SFP factor (Specific Fan Power) as well as constant airflow and balance between
extract and supply air.
19427
Supply
Surrounding
Mid-frequency band, Hz
SFP 2,5
SFP 2,0
SFP 1
,2
SFP
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Supply
67
57
59
60
57
62
58
53
49
Extract
53
41
49
49
44
44
42
34
27
Surrounding
48
30
38
42
38
42
42
34
29
1,5
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
Extract
VSR 300
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50 Hz
W
230
ca. 50
270 m³/h at 80 Pa
kW/m³/s
1.25
Wh/m³
0.35
Recommended fuse
A
10
Input power, fan motor(s)
W
2 x 83
Input power, electr. heating battery
W
1670
Filter, supply air
F
7
Filter, extract air
G
3
Weight
kg
61
Dimension (L x H x D)
mm
1120 x 582 x 461
Connection
DN
160
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
F7
Filter fresh air
VR Rotating heat recovery unit
EF
Extract fan
SF
Supply fan
ETS Extract air temp. sensor
EH Electric heater
G3
Filter extract air
SS
Supply air temp. sensor
OT Overheating thermostat
ET
Emergency thermostat
EHS Temp. sensor as rotating controller
Dimensions
1120
1040
160
112
136
602
582
178
188
231
505
461
281
Accessories
Control panel
Cable
Wall bracket
CD p. 81
CEC p. 80
WBK p. 81
67
| Heat Recovery unit
Systemair Residential Ventilation Systems
VSR 500
• High efficiency heat recovery unit without need for
defrosting
• Energy efficient fan motors with modern EC technology
• Separate setting of supply and extract airflow
• Constant airflow and balance between extract and supply air
• Changes automatically to summer operation with no heat
recovery
• Flexible installation. No need for condensation drain
• Inspection hatch on both sides
• Modbus communication via RS-485
• Control panel CD necessary
Art-no.
The VSR 500 is double skinned, fully insulated and with
complete control functions, high efficiency rotating heat
exchanger, thermostat operated re-heater battery and filters.
Modern technology gives low SFP factor (Specific Fan Power) as
well as constant airflow and balance between extract and supply
air.
19441
Supply
The unit will automatically alternate between normal operation
with heat recovery and summer operation without heat recovery.
This solution will also automatically recover chilled indoor air
(from cooling).
Surrounding
Mid-frequency band, Hz
SFP 2,5
SFP 2,
SFP 1,5
SFP
0
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Extract
62
44
50
57
58
49
47
40
29
Supply
77
61
65
68
70
70
70
66
61
Surrounding
54
36
44
45
50
46
46
42
41
1,2
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
Extract
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
VSR 500
Voltage/Frequency
Power consumption per fan
at operation point
SFP
η
68
V/50 Hz
W
230
ca. 95
450 m³/h at 100 Pa
kW/m³/s
1.44
Wh/m³
0.4
Recommended fuse
A
13
Input power, fan motor(s)
W
2 x 169
Input power, electr. heating battery
W
1670
Filter, supply air
F
7
Filter, extract air
G
3
Weight
kg
72
Dimension (L x H x D)
mm
1120 x 632 x 551
Connection
DN
200
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
F7
Filter fresh air
VR Rotating heat recovery unit
EF
Extract fan
SF
Supply fan
ETS Extract air temp. sensor
EH Electric heater
G3
Filter extract air
SS
Supply air temp. sensor
OT Overheating thermostat
ET
Emergency thermostat
EHS Temp. sensor as rotating controller
Dimensions
1120
1040
207
123
179
652
632
208
178
276
276
595
551
345
Accessories
Control panel
Cable
Wall bracket
CD p. 81
CEC p. 80
WBK p. 81
69
70
| Heat Recovery unit
Systemair Residential Ventilation Systems
VX 400 & 700 E / EV
• User friendly controlling by one or several control panels.
• Integral filter monitor
• Automatic de-frosting for all operating conditions.
• EU7 fine filter for supply-air
• Cross flow heat exchanger
• Demand control
• Inspection covers on both side
Art-no.
Art-no. left / Right
VX 400 E Horizontal
VX 700 E Horizontal
12040
12042
VX 400 EV Vertical
VX 700 EV Vertical
12045 / 12044
12049 / 12048
Technical data
Voltage/Frequency
V/50Hz
Fans for supply and extract air, control system, cross flow heat
exchanger, thermostat operated pre- and re-heater battery and
filters are standard. Summer block is available as an accessory
when heat recovery is not required.
Air flow, supply air temperature and filter change interval
are set from one (or several) external mounted control panels
type CE. Lamp indicators on the CE panel shows chosen fans
and temperature settings, whether the heating battery is in
operation and if filters need to be replaced. The lamps also
help to show if any faults would occur. A separate timer can be
connected for programming day and night operation. A CO2
or presence sensor (potential free contact) can be connected
for demand control. The casing is manufactured in galvanised
sheet steel, double skinned with 50 mm of insulation in the
main body and 30 mm in the access covers.
vx 400 e
VX 400 EV
VX 700 E
VX 700 EV
230
230
230
230
Phase
—
1
1
1
1
Input power, fan motors
W
2x152
2x138
2x308
2x315
Input power, preheater battery
kW
1.67
1.67
2.67
2.67
Input power, electrical heater battery
kW
1.67
1.67
2.67
2.67
Fuse
A
10
10
16
16
Enclosure class
IP
24
24
24
24
Weight
Kg
48
52.6
67
69
Filter, supply air
—
F7
F7
F7
F7
Filter, extract air
—
Aluminium
Aluminium
Aluminium
Aluminium
accessories
VX 400 E
VX 400 EV
VX 700 E
VX 700 EV
Control panel
CE
CE
CE
CE
Cable w/plug 12m
CEC
CEC
CEC
CEC
Diverging plug
CED
CED
CED
CED
Timer
T 120
T 120
T 120
T 120
Timer frame
F-T 120
F-T 120
F-T 120
F-T 120
Week timer
7592H
7592H
7592H
7592H
Filter F7 (Supply air)
BFVX 400E/EV EU7
BFVX 400E/EV EU7
BFVX 700E/EV EU7
BFVX 500/700 E/EV EU7
Filter G3 (Extract air)
PFVX 400 E/EV
PFVX 400 E/EV
PFVX 400 E/EV
PFVX 500/700
Duct cover
VTVX 400
VTVX 400
VTVX 500/700
VTVX 500/700
Combi grille
CVVX 160
CVVX 160
CVVX 200
CVVX 200
Summerblock
SBVX 400
SBVX 400
SBVX 500/700
SBVX 500/700
Condensate tray
KVSX 200-700
KVSX 200-700
KVSX 200-700
KSVX 200-700
Heat Recovery unit |
Systemair Residential Ventilation Systems 1189
1080
149
327
102
267
ø160
155
172
ø160
ø160
600
281
ø125
163
179
dimensions
vx 400 e
112
50
164
163
vx 400 eV
500
170
600
260
ø200(x4)
250
vx 700 eV
51
170
315
115
1189
1080
171
vx 700 e
110
250
71
72
| Heat Recovery unit
Systemair Residential Ventilation Systems
Performance
VX 400 E
Supply air
Extract air
Temperature efficiency
With air ratio 1:1 and air humidity at 50%
A
A
B
B
C
C
VX 400 E
OCTAVE BAND (mid-frequency Hz)
Tot
LwA dB(A)
63
125
250
500
1k
2k
4k
8k
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
Supply air
72
65
54
64
54
47
63
59
47
63
55
44
62
55
45
64
59
49
64
55
43
58
51
37
53
45
28
Extract air
58
51
42
36
36
34
47
41
31
55
47
35
54
46
38
47
40
32
40
32
22
33
23
8
24
15
6
Surrounding
52
46
36
36
29
22
46
41
31
43
36
25
47
41
32
44
37
28
39
31
21
29
22
7
22
15
0
VX 400 EV
Supply air
Extract air
Temperature efficiency
With air ratio 1:1 and air humidity at 50%
A
A
B
B
C
C
VX 400 EV
OCTAVE BAND (mid-frequency Hz)
Tot
LwA dB(A)
Supply air
63
125
250
500
1k
2k
4k
8k
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
70
62
53
58
50
43
59
54
44
63
55
44
61
53
45
64
58
47
64
52
42
56
47
33
48
37
22
Extract air
61
54
44
54
46
40
57
52
40
52
44
32
52
45
36
49
43
32
47
37
25
35
23
7
24
15
8
Surrounding
51
44
33
40
31
23
42
36
26
44
36
25
41
34
26
44
40
28
43
33
21
36
27
13
29
19
9
Heat Recovery unit |
Systemair Residential Ventilation Systems VX 700 E
Supply air
Extract air
Temperature efficiency
A
A
With air ratio 1:1 and air humidity at 50%
B
B
C
C
VX 700 E
OCTAVE BAND (mid-frequency Hz)
Tot
LwA dB(A)
63
125
250
500
1k
2k
4k
8k
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
Supply air
75
71
57
64
59
50
69
65
52
68
63
47
66
61
44
67
64
51
67
63
48
64
59
42
57
52
31
Extract air
60
54
44
34
34
31
49
46
34
55
48
40
55
49
37
51
45
34
46
39
24
43
33
17
36
27
24
Surrounding
59
48
39
46
33
25
52
43
34
52
41
32
55
44
34
45
36
27
45
34
24
40
31
16
38
22
24
VX 700 EV
Supply air
Extract air
Temperature efficiency
With air ratio 1:1 and air humidity at 50%
A
A
B
B
C
C
VX 700 EV
OCTAVE BAND (mid-frequency Hz)
Tot
LwA dB(A)
63
125
250
500
1k
2k
4k
8k
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
73
64
54
63
55
47
64
55
45
66
56
45
66
56
48
65
57
48
66
56
46
51
50
38
55
40
28
Extract air
69
65
54
63
61
51
62
58
48
64
57
46
61
54
45
53
48
40
50
43
33
45
38
29
37
30
24
Surrounding
58
51
41
46
40
31
50
45
34
55
46
35
49
42
33
46
40
32
44
37
27
43
34
24
38
28
24
Supply air
Control panel
Cable
Timer
Timer
Frame for
wallmounting
CE p. 80
CEC p. 80
Timer p. 80
TFV p. 80
RCE p. 80
73
| Heat Recovery unit
Systemair Residential Ventilation Systems
VTC 300
• High efficiency heat recovery unit
• Energy efficient fan motors with modern EC technology
• Operation from user friendly control panel(s), type CD with
LCD-display, included
• Separate setting of supply and extract airflow
• Changes automatically to summer operation with no heat
recovery
• Automatic defrosting
• Modbus communication via RS-485
Art-no.
VTC 300 R
VTC 300 L
2480
2481
The SAVE VTC 300 is designed for installation on wall, in laundry room, storeroom. The unit is double skinned, fully insulated
and with complete control functions, high efficiency counterflow
heat exchanger and filters. Modern technology gives low SFP factor (Specific Fan Power).
The unit will automatically alternate between normal operation
with heat recovery and summer operation without heat recovery.
This solution will also automatically recover chilled indoor air
(from cooling).
9294/9295T
Supply
Surrounding
P
2,
5
Mid-frequency band, Hz
SF
P
SF
2,0
LwA dB(A)
Tot
63
125
250
500
1k
2k
4k
8k
Extract
56
45
43
54
45
46
43
30
22
Supply
66
47
53
62
59
57
60
53
46
Surrounding
47
28
35
44
40
37
35
28
22
SFP 1,5
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP 1,2
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
VTC 300
Exhaust
Voltage/Frequency
9294/9295F
74
Power consumption per fan
at operation point
SFP
V/50Hz
W
230
ca. 55
I ca. 70
350 m³/h at 80 Pa
kW/m³/s
1,14
1,41
Wh/m³
0,3
0,39
Recommended fuse
A
10
Input power, fan motor(s)
W
2 x 85
Filter, supply air
G4
F7
Filter, extract air
G4
F7
Weight
kg
72
Dimension (L x B x H)
mm
762 x 616 x 857
Connection
DN
160
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
EF
G4
ETS
SF
SS
OT
ET
ELH
FS DB
HE
exhaust air fan
supply air filter
temperature sensor, exhaust air
supply air fan
supply air sensor
overheating sensor
safety temperature limiter
electric reheater
supply air temperature sensor
bypass flap
heat exchanger
Dimensions
VTC 300 - Left hand version
616
762
139
139
B
C
Supply air
Exhaust air
Outdoor air
Extract air
406
421
616
A
B
C
D
279
131
131
802
857
553
A
SAP Appendix Q Approved
D
Exhaust Terminal Configeration
Specific
Fan
Power
(W/l/s)
Heat
Exchanger
Efficiency
(%)
Kitchen +1 Additional wet room
0.89
75
Ø160 (4x)
Accessories
Control panel
CD p. 81
Damper
EFD p. 80
Cable
CEC p. 80
Kitchen +2 Additional wet room
0.81
76
Kitchen +3 Additional wet room
0.79
76
Kitchen +4 Additional wet room
0.83
78
Kitchen +5 Additional wet room
0.90
80
Kitchen +6 Additional wet room
1.01
80
Kitchen +7 Additional wet room
1.14
80
75
76
| Heat Recovery unit
Systemair Residential Ventilation Systems
VTC 700
• High efficiency heat recovery unit
• Energy efficient fan motors with modern EC technology
• Operation from user friendly control panel(s), type CD with
LCD-display as accessory
• Separate setting of supply and extract airflow
• Changes automatically to summer operation with no heat
recovery
• Automatic defrosting
• Modbus communication via RS-485
Art-no.
VTC 700 R
VTC 700 L
2173
2174
Supply
The SAVE VTC 700 is designed for installation on wall, in
laundry room, storeroom. The unit is double skinned, fully
insulated and with complete control functions, high efficiency
counterflow heat exchanger and filters. Modern technology gives
low SFP factor (Specific Fan Power).
The unit will automatically alternate between normal operation
with heat recovery and summer operation without heat recovery.
This solution will also automatically recover chilled indoor air
(from cooling).
Surrounding
Mid-frequency band, Hz
P
SF
2,5
Tot
63
125
250
500
1k
2k
4k
8k
Extract
65
44
50
56
57
59
61
51
45
Supply
50
34
40
46
41
43
38
24
21
Surrounding
47
24
35
42
40
40
39
32
25
0
SFP 2,
SFP 1
,6
SFP 1
,5
SFP
Exhaust
LwA dB(A)
SFP
0,6
SF
0,9
P1
,2
Sound data
The sound data tables indicate the sound power level LwA, which
should not be confused with the sound pressure level LpA.
SFP= Specific Fan Power [kW/m3/s]
The SFP value stated applies to the complete unit.
VTC 700
Voltage/Frequency
Power consumption per fan
at operation point
SFP
V/50Hz
W
230
ca. 95
I ca. 100
700 m³/h at 80 Pa
kW/m³/s
0,97
1,02
Wh/m³
0,27
0,28
Recommended fuse
A
10
Input power, fan motor(s)
W
2 x 168
Filter, supply air
Filter, extract air
Weight
kg
G4
F7
G4
F7
150
Dimension (L x B x H)
mm
1170 x 860 x 1214
Connection
DN
250
Heat Recovery unit |
Systemair Residential Ventilation Systems Scheme
Fresh air
Exhaust air
Supply air
ET
OT
SS
SF
G4
EF
G4 ETS SF SS OT ET ELH FS DB
HE ELH
ETS
FS
Extract air
EF
G4
HE
exhaust air fan
supply air filter
temperature sensor, exhaust air
supply air fan
supply air sensor
overheating sensor
safety temperature limiter
electric reheater
supply air temperature sensor
bypass flap
heat exchanger
DB
Dimension
VTC 700 - Left
hand version
860
1170
1214
1088
780
450
176
211
211
180
C
576
571
B
A
A
B
C
D
Supply air
Exhaust air
Outdoor air
Extract air
D
ø250(4x)
Accessories
Control panel
Damper
Cable
CD p. 81
EFD p.80
CEC p. 80
77
| ControlsSystemair Residential Ventilation Systems
Control panel CE
Only for VR-250 ECH/B
• Easy operation
• 3 or 4 step speed control
• 5 steps temperature control (12-22 °C)
• Setting of filter replacement intervals
(3, 6, 9 months)
• Dimensions: 155 x 8.5 mm
This remote control is necessary for VR 250 ECH/B. It is also
possible to connect more than one remote control at the same
time.
The remote control CE has an appealing design and is
functionally and easy to operate. The fan speeds and the supply
temperatures can easily be adjusted by the handy keyboard.
Indicator lights show the chosen settings and the operation of
the electric heater. A separate control lamp shows when the filter
should be changed.
A low voltage cable with plug-in connections allows an easy
installation. The remote control can be mounted on-wall (by a
corresponding mounting frame) or in-wall (in-wall socket as an
accessory). The mounting frame (accessory) for on-wall mounting
has a height of app. 20 mm.
For application of heat recovery units in kindergartens, schools
or office rooms, a separate time switch can be connected for
depression or normal operation. It is possible to deactivate
depression operation for 3 hours by a so called “party button”.
A low voltage wire (2 x 0.8 mm²) must be connected between
time switch and unit for depression operation.
CE
Art-no.
CEC - Cable c/w Plug
12486
RCE
Cable to connect CE Controller to unit
Frame for wallmounting of CE
Control panel.
CEC
12m Cable
6m Cable
Diverging plug
Timer
RCE
12398
Art-no.
12283
12276
12399
An electronic day/week timer with an automatic summer/winter time setting.
Frame “F7592H” is available for wall
mounting.
TFV
TFV, Timer
suitable from 0-6 hours.
TFV
12277
Art-no.
Timer
Art-no.
5589
95
EFD
210
10
73
100
50 67
Circular shutter damper
The damper is provided with 230 V motors with spring-return actuators. EFD
are made in leakage performance class 3
according to EN 1751:1998 Annex C.2.
Outdoor/exhaust air damper have the
function to prevent the hot water battery
to freeze. EFD connects to a connection
block inside the electrical box.
170
130
25
øA
78
45
45
175
EFDNo.
øA
1607122
160
2007162
200
250
250
6748
Controls |
Systemair Residential Ventilation Systems MTP 20/20K
No. 4744
Only for VR-300 ECH/B &
VTC Low E
Control panel CD
No. 207487
For VR-400/700 and Save VTC /VSR
units
• Plain text display
• Easy operation
• 3 steps control (steps free selectable)
• Supply and exhaust air ventilator can
be equalised
• Temperature control 12-22 °C
• Weekly time switch integrated
• Setting of filter replacement intervals
• Dimensions: 80x88x20mm (WxHxD)
Control Panel for almost all units!
Potentiometer for speed control in
3-steps, Min 3-7V, Norm 5-9V, 10V
- Combined flush or surface mounting
For the manual control of speed and air
flow of electrical fans with 0-10V output.
The jetproof IP 54 enclosure is achieved
with the included surface mounting case.
(Flush-mounting without the surface
mounting case,gives a splash proof IP 44
enclosure also suitable for highly demand
environments as bathrooms etc).
This remote control is necessary for (type
-DC). It is possible to connect up to 3
remote controls at the same time.
(also suitable for monitoring the
differential pressure in combination with
wood stoves).
Remote control CD is already integrated
in the front of wall units (type – DCV).
It is possible to connect up to two remote
controls type CD. Automatic control units
are already installed and presetted in the
units.
The function of these relays can be set
with the remote control CD. Additional
close and push-button contacts (heating
ON/OFF, external ON/OFF, filter reset,
vacation operation) are fixed preset and
can be used when needed.
The remote control CD has an appealing,
functional design and is easy to operate
by a selection knob and two buttons. The
unit can be operated manually or by the
integrated time switch for day and night
operation.
Each external cooling and heating coil
can be controlled by a 0-10 V signal
(power supply 24V on site).
The control program offers two user
levels: user level and service level. The
user level allows adjusting air volume and
temperature; filter replacement intervals,
heating and cooling operation etc. can be
read. Parameters and basic settings can be
changed in the service level.
A 4-wire low voltage wire (2x2x0.8
mm²) as a control cable is sufficient.
Use a shielded cable when installed in
combination with a 230 V cable.
The built-in control unit enables to
control speeds via potential-free relays
WBK 315/355
Wall bracket
No. 2721
No. 12891
Wall bracket for VR 250.
Wall mounting bracket. Manufactured
from galvanised steel. The corners are
welded. Available in pairs. For VR-400/70 DC
79
80
| Heating & Cooling Coils
CB - Electric re-heater coil
Systemair Residential Ventilation Systems
CB – circular electric duct heater down to 0.5 m/s air velocity
The CB can be used for preheating and reheating air in residential ventilation systems. The casing is made of Aluzinc-coated steel and the heater elements are of
stainless steel (EN1.4301). The CB has a built in regulation for easy installation (protection IP43). It is equipped with two overheating protections, one with automatic
reset and one with manual reset. Not to lose heated air through the casing, it confirms air tightness class C. The max. outlet air temperature is limited to 50°C.
Available is sizes 100mm Dia to 500mm Dia
Accessories CB
Product
Range
Degree of protection
Duct sensor TG-K330
0-30°C
IP20
Duct sensor TG-K360
0-60°C
IP20
Room sensor TG-R430 with setpoint
adjustment
0-30°C
IP30
Room sensor TG-R530
0-30°C
IP30
Pressure switch DTV200 incl. connection kit
20-300 Pa;
max. 5A, 230V~
IP54
VBC - Water LPHW re-heater coil
VBC - Water-heating battery for heating air in ventilation systems with circular
ducts. Aluzinc-coated casing, heat transmission element with copper tubes and
aluminium fins. Removable cover for cleaning the unit.
The water-heating battery can be installed in a horizontal or a vertical duct with
optional direction of airflow.
Max operating temperature 150 °C
Max operating pressure 1,6 MPa (16Bar)
2-rows battery
Available is duct sizes 100mm to 500mm diameter
CWK - Water-cooling coil
CWK - Water-cooling battery for circular ducts
Casing of galvanised sheet steel with copper tubes and aluminium fins. Inspection
covers for easy cleaning and maintenance.
Connection sleeves with rubber seal.
Max operating temperature 150 °C
Max operating pressure 1,6 MPa (16Bar)
Available is duct sizes 100mm to 400mm diameter
Cooker Hoods |
Systemair Residential Ventilation Systems A modern and functional cookerhood
with a high efficiency even at a low airflow (75% at 140 m3/h). The aluminium
Cooker hood
251-14
Functional design and high efficiency,
even at a low airflow. Developed for connection to Systemair heat recovery unit
type VR-300 ECV/B.
Modern cookerhood with curved front
and good working light from 11 W compact light tube. No sharp edges allows for
Connections:
Voltage/frequency 230V/50 Hz
2 x 1,0 mm²
Ductwork connection spigot DN 125mm
easy cleaning. The cookerhood is functional with deep side members and shade
in tempered glass. This makes the cookerhood efficient, even at low airflows (75%
at 140 m3/h). The aluminium grease filter
can easily be removed for cleaning in
warm soapy water or in dish washer. The
cookerhood is equipped with switch for
timer control of damper, 5 to 60 minutes,
and signal cable for damper/fan speed
control (airflow) in the ventilation unit.
This model, for installation under kitchen
cupboard, is available in white or stainless steel.
white
12023
stainless steel
12929
80
This model is available white painted or
in stainless steel.
70
Functional design and high efficiency,
even at a low airflow. Developed for connection to Villavent heat recovery unit
type VR-250 EH/B and VR-400 EV/B and
to central extract fans serving more than
one apartment.
9,5
383
299
16
160
filter can easily be removed for cleaning
in warm soapy water or in dish washer.
A patented, adjustable damper solution
allows for individual setting of airflow at
normal ventilation. The cookerhood has
a damper with a timer (5-60 min.) and a
wired out signal to force the airflow in the
airhandling unit.
598
white
4742
stainless steel
4741
232
Cooker hood
251-10/B
The TSL-1/EC cookerhood is designed to
be used with the VTC Low E Heat Recovery Unit.
The units is complete with Fan speed control
switch, Hob light switch, Metal Grease filter
section and connection plugs for quick installation to HRU. To activate the extraction,
simply slide the cookerhood telescopic section towards you.
The units front comes in white as standard,
with a stainless steel cover plate as an optional extra.
22
14236
50
13
52072
stainless steel cover plate
190
white
511
480
Cooker hood
TSL-1/EC
81
82
| Duct work & FittingsSystemair Residential Ventilation Systems
Systemair Duct Systems
Very flexible
Spiral seam pipe or plastic pipe system
Systemair offers spiral seam pipes in
round and oval versions (flat duct) and
Systemair-Flex+ plastic pipes, “The NEW
semi-rigid”. All inner sides are smooth
and therefore aerodynamical and easy
to clean.
Dimensioning of duct systems
The dimensioning of the ducts for the
ventilation system is made according to
the requirements of the unit (calculation
of the required supply air according
to DIN 1946-6) and according to the
situation in the building.
Flow engineering and acoustic properties
have first priorities.
The duct installation has to be
coordinated early enough with other
crafts on site.
The duct size depends on the air volume.
To avoid high pressure losses and
unwanted noise, we recommend an air
velocity of max. 3 m/s in the main duct.
When round, rectangular or oval ducts
are used, the air velocity is lower at the
same pressure loss in the duct.
Different diameters must not be
proportional installed. The pressure
differences between the longest and the
shortest sections have to be reduced to
guarantee the previously defined air flow
for all air outlets.
Round pipe (spiral seam pipe) with
telescopic pipe
For duct systems with spiral seam
pipes, Systemair uses folded spiral
seam pipes with a length of 1.2 m as
well as telescopic pipes. The elements
are equipped with rubber-lip seals. The
length of the telescopic pipe can be freely
adjusted. The most important advantage
of this duct system is that it can be
installed without cutting or trimming
work. This saves installation time and
makes maintenance and cleaning easier.
All joints have to be fixed by sheet metal
screws and also sealed with tape.
Oval duct / flat duct
Flat ducts are made of galvanized steel
sheet. The elements are made of stainless
steel and are connected by a plug-in
system. Fixing and sealing is made by
cold shrink tape.
Available sizes:
System 100 (129 x 52); length 3 m
System 151 (208 x 52); length 3 m
Systemair Flex+ - the flexible plastic pipe
The Flex+ pipe is made of physiologically
and toxicologically safe PVC with no
recycling materials. Thus, it is neutral in
odour, free of halogens, emission-free,
antistatic and antibacterial.
Easy and time saving installation by
a click system. Hermetically sealed
connections ensure an absolutely air
tight system without further sealing
work. Therefore, it works economically
and hygienically because no air can leak
and no other substances can enter from
outside.
Deliverable sizes: Diameter
DN 50, 63, 75, 90
Systemair ISO+ - a perfect combination
of heat and sound insulation
Outer sheath made of polyethylene with
high density (HDPE); inner sheath made
of polyolefin with closed cell structure.
Flexible fast clamp made of EPDM. The
special design of the pipes provides
thermical and acoustic insulation.
Systemair Residential Ventilation Systems This pipe should be preferably used as
a connection between unit and facade
(fresh and extract air) and in unheated
areas.
Available nominal widths (inner
diameter): DN 125 and DN 180
Pipe kit available
Ventilation systems from Systemair are
individually planned for each building.
The air volume is calculated according
to DIN 1946-6, the unit is accordingly
specified and the duct system is planned
inclusive silencers, insulation, outlets
and mounting material. The duct system
is assembled and delivered according to
the material list of the planning.
Duct work & Fittings |
83
| SystemairFlex+ Plastic Duct
SystemairFlex+ plastic duct system
„The NEW semi-rigid“
Technical data SystemairFlex+
Pressure loss diagram:
Nominal dimensions:
25
Air duct
DN50 [mm]
20
15
D inside
[mm]
D outside
[mm]
DN 50
51
41
DN 63
64
54
DN 75
76
64
DN 90
91
78
DN63 [mm]
Pressure loss (Pa/m)
10
DN75 [mm]
5
DN90 [mm]
0
0
5
10
Capacity (m³/h)
15
20
25
30
35
40
45
50
Pressure loss data:
DN50
DN63
DN75
DN90
Air flow in m³/h at ca.:
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
1 duct
10 m³/h
12.5 m³/h
15 m³/h
15 m³/h
20 m³/h
25 m³/h
22 m³/h
28 m³/h
34 m³/h
34 m³/h
42 m³/h
51 m³/h
2 ducts
20 m³/h
25 m³/h
30 m³/h
30 m³/h
40 m³/h
50 m³/h
44 m³/h
56 m³/h
68 m³/h
3 ducts
30 m³/h
37.5 m³/h
45 m³/h
45 m³/h
60 m³/h
75 m³/h
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
2m/s
2.5 m/s
3 m/s
2
7.6
10.0
12.6
4.0
5.6
8.4
2.6
4.0
6.0
2.6
4.0
5.4
4
15.2
20.0
25.2
8.0
11.2
16.8
5.2
8.0
12.0
5.2
8.0
10.8
Length of duct (m)
84
6
22.8
30.0
37.8
12.0
16.8
25.2
7.8
12.0
18.0
7.8
12.0
16.2
8
30.4
40.0
50.4
16.0
22.4
33.6
10.4
16.0
24.0
10.4
16.0
21.6
10
38.0
50.0
63.0
20.0
28.0
42.0
13.0
20.0
30.0
13.0
20.0
27.0
12
45.6
60.0
24.0
33.6
50.4
15.6
24.0
36.0
15.6
24.0
32.4
53.2
28.0
39.2
58.8
18.2
28.0
42.0
18.2
28.0
37.8
60.8
32.0
44.8
20.8
32.0
48.0
20.8
32.0
43.2
36.0
50.4
23.4
36.0
54.0
23.4
36.0
48.6
14
16
18
Pressure (Pa)
SystemairFlex+ Plastic Duct |
Applications
In the concrete:
Concrete floor plates
Cast-in-place concrete
In a false ceiling:
T
T
Connections in plasterboard
T
min. h = 80 mm
In a reduced wooden ceiling:
T
In a modular ceiling:
85
| SystemairFlex+ Plastic Duct
Flex+ horizontal terminal
6 connections
18 connections
DN63
E
B
Flex+HV
18xDN63/160
D
12 connections
⌀180
Flex+HV
12xDN75/160
DN90
Flex+HV
6xDN90/160
Art-no.
310252
310978
310980
A
655
745
765
B
420
505
515
C
80
80
80
D
177
145
145
E
175
145
145
Connections
18 + 1x DN160
12 + 1x DN160
6 + 1x DN160
DN63
DN75
Flex+HV
8xDN75/180
DN90
Art-no.
311996
311999
-
A
384
105
105
B
80
70
77,5
C
192
165
165
Connections
12 + 1x DN180
8 + 1x DN180
4 + 1x DN180
45
C
45
A
DN75
Flex+ horizontal terminal
4 connections
12 connections
A
C
8 connections
Flex+HV
12xDN63/180
C
B
Flex+ horizontal terminal
300
47
Horizontal terminal with 9 connections DN63 and 1x DN 160
with oval connection system 151 at the side.
27
160
105
86
177
Bezeichnung
Art-no.
Flex+HV 9xDN63/160
310250
SystemairFlex+ Plastic Duct |
Flex+ horizontal terminal
300
28
48
DN75
DN63
DN75
DN90
Art-no.
304030
311399
311400
A
105
105
105
B
27
70
77,5
Connections
9x DN63 + 1x oval
System 151
6x DN75 + 1x oval
System 151
3x DN90 + 1x oval
System 151
Flex+HV 9x63/
System 151
DN63
DN90
Flex+HV 3x90/
System 151
A
B
Flex+HV 6x75/
System 151
Flex+ horizontal terminal, variable
Customised distributor box Connections can be chosen as
required.
Dimensions
Code
3x63
6
2x75
7
1x90
9
endcap
D
connector
K
spigot Ø125
2
spigot Ø150
5
spigot Ø160
6
spigot Ø180
8
endcap
D
Flex+ vertical terminal
B
C
A
600
DN63
DN75
Art-no.
309470
310977
A
180
160
B
105
105
C
175
205
Connections
18 + 1x DN180
12 + 1x DN160
300
150
Flex+VV 18x63/180
Flex+VV 12x75/160
87
| SystemairFlex+ Plastic Duct
79
Flex+ diverter valve connection
149
248
130
180
260
229
128
1 connection
Art-no.
Length of column
Connections
DN63309465
Flex+ US 3x63/125/180
180-230
3x DN63 + 1x DN125
DN75310982
Flex+ US 2x75/125/180
180-230
2x DN75 + 1x DN125
DN90310985
Flex+ US 1x90/125/180
180-230
1x DN90 + 1x DN125
2 connections
92
108
250
2 connections
1 connection
92
108
250
3 connections
250
229
260
Stutzenlänge
Length of column
DN63309463
Flex+ US 3x63/125/50
50
DN63309464
Flex+ US 3x63/125/70
70
DN75310983
Flex+ US 3x75/125/50
50
DN75310984
Flex+ US 2x75/125/70
70
DN90310986
Flex+ US 1x90/125/50
50
DN90310987
Flex+ US 1x90/125/70
70
Connections
3x DN63 + 1x DN125
2x DN75 + 1x DN125
1x DN90 + 1x DN125
24
128
50 / 70
79
92
130
Art-no.
Flex+ diverter for plasterboard construction
248
250
130
229
260
79
92
88
Installation example
Art-no.
Connections
DN63311995
Flex+ US 3x63/125 - 13mm flat
3x DN63
Wall diverter for lightweight constructions. Inside wall width
min. 80 mm. Without inner bridge for stabilisation. Thus, all
valves can be inserted. Not to be used for installation in/on the
floor.
SystemairFlex+ Plastic Duct |
Flex+ diverter
For pipe laying under the ceiling or ceiling void installation.
Art-no.
Connections
DN63312503
Flex+ US-W 3x63/125
Valve connection DN125
Installation example
Flex+ adapter
Connection to terminal and diverter is possible. Can be used as a
transition from Flex+ to valve.
Art-no.
DN63
312504
Flex+ Adapter 3x63/125 asym.
Terminal and adaptor,
mounted
Flex+ fitting
Connections
DN125
Fitting to connect two terminals, adapter and terminal or
terminal and diverter. Use instead of flexible pipe fittings.
Art-no.
Flex+ fitting for components
Flex+ plastic duct, flexible
312505
Flex+ duct insulation
Art-no.
Name
DN 50
50 m roll
Flex+ FR50
309462
310988
DN 63
50 m roll
Flex+ FR63
309461
DN 50 / 60 m
Flex+ RI 50/60 m
DN 63 / 48 m
Flex+ RI 63/48 m
310989
DN 75
50 m roll
Flex+ FR75
310975
DN 75 / 40 m
Flex+ RI 75/40 m
310990
DN 90
50 m roll
Flex+ FR90
310976
Flex+ duct fitting
Art-no.
Flex+ transition
Name
Art-no.
DN 50
Flex+ RV50
309468
DN 63
Flex+ RV63
309467
DN 75
Flex+ RV75
310991
DN 90
Flex+ RV90
310992
Transition piece from 63 on 50 mm.
Art-no.
Flex+ RED 63/50
309466
89
| SystemairFlex+ Plastic Duct
Flex+ duct cutter
Mounting set for distributor box
20
453
270
310993
DN 63
Flex+ RS63
309475
DN 75
Flex+ RS75
310994
DN 90
Flex+ RS90
310995
6
DN 50
Flex+ RS50
80
NameArt-no.
85
Art-no.
Flex+ BSV
309474
Flex+ angle plate 90°
A
90
A
DN90
DN75
NameArt-no.
A
DN63 - 1 duct
Flex+ BS1 90°/1xDN63
309472
153
DN63 - 3 duct
Flex+ BS1 90°/3xDN63
309473
DN75 - 2 duct
Flex+ BS1 90°/2xDN75
311402
DN90 - 1 duct
Flex+ BS1 90°/1xDN90
311401
153
189
226
Accessories ducts, circular
Screw thread
Poly-nail tape
Self-tapping screw thread
Art-no.
Poly-nail tape
Art-no.
309474
Poly nail tape, width 1.5 cm, roll: 15 m
Duct tape
packaging unit
59090
SCR4.2/13mm
1000 pcs.
59094
SCR4.2/16mm
1000 pcs.
Slotted Banding
Art-no.
Art-no.
Duct tape Cloth 50mm
57590
57617
Duct tape Foil 50mm
52978
AS401 PVC Tape 38 x 33 White
54212
25mm x 25m Slotted Band FB-25
Circular Ducts |
Circular ducts, galvanized
VSP Rigid Spiral Duct
DN
No.
ød
t
L
10052509
100
0,6
3000
12552510
125
0,6
3000
16052512
160
0,6
3000
20052514
200
0,6
3000
With beadings for reinforcement
Duct can be cut to various lengths
Telescopic duct
IS, insulating sleeve
DN
Length
DN 100
DN 125
DN 160
DN 200
0,25 / 0,36 m
12109
12110
12111
12112
0,63 / 1,14 m
12113
12114
12115
12116
Bend 90°
L
rm
12154
125
12151
12155
160
12152
12156
200
12153
12157
10
DNNo.
ød
10012062
100
No.
ød1
L
kg
10012085
100
150
0,6
12512086
125
190
0,8
125200140
125
150309037
150
160200817
160
200200818
200
16012087
160
240
1,4
20012088
200
300
2,1
36
36
ød1
Bend 45°
EB, end cap
L
ød1
50 mm
12150
MF, external connector
DN
rm
30 mm
100
The insulating hose is available with
30 mm or 50 mm mineral wool for all
sizes.
L
rm = 1,5xd1
Insulation
L
DNNo.
ød1
L
kg
10012089
100
41
0,3
12512090
125
52
0,4
16012091
160
66
0,6
20012092
200
83
0,9
40
ød
DNNo. ød
100200820
100
125200821
125
16012093
160
20012094
200
91
| Circular Ducts
Mounting frame
NP, Connector with rubber seal
No.
ød
10012059
100
125201348
125
16012060
160
20012061
200
øD
DN
35
35
RFU
35
5
Connector incl. rubber seal
H
T-piece with rubber seal
Gasket (only RFP))
L
L+70
No. ød1
H
L
kg
100
60
180
0,6
12512070 125
125
75
200
0,8
16012063 160
160
92
250
0,9
20012071 200
200
112
305
1,2
ød1
ød3
ød3
10012068 100
10012069
100
125
95
215
0,6
125
100
75
180
0,7
12512073
125
160
75
200
0,8
16012065
160
100
92
180
0,8
16012064
160
125
92
180
1,0
160305485
160
150
100
260
0,9
20012074
200
100
112
200
1,1
20012075
200
125
112
250
1,2
20012072
200
160
112
250
1,4
122
146
0,09
1506132
147
170
0,11
1606134
157
180
0,11
2006135
197
220
0,14
RFPNo.
øD
øA
kg
1006125
97
120
0,08
1256126
122
146
0,10
1606127
157
180
0,12
2006128
197
220
0,16
Art-no.
packaging unit
12456
Frame Ø100 mm
12457
Frame Ø125 mm
12458
Frame Ø160 mm
50780
Frame Ø150mm
50754
Frame Ø200mm
Reducer seal
kg
12512067
0,07
1256131
Reducer seal 1
⌀d2
L
kg
120
⌀d1
T-piece with reduced outlet / passage
DNArt-no. ød1
ød3
H
øA
97
No.
RFU and RFP mounting frame are made of
galvanized steel sheet. RFP incl. rubber gasket
for duct connection.
T-piece
DN
øD
1006130
øA
92
L
DN
Duct cross
Art-no.
ød1
ød2
L
kg
150/125305038
150
125
140
0,3
160/150305039
160
150
125
0,3
250/200305054
250
200
31
0,6
Reducer seal 2
L1
⌀d
⌀d2
ød
B
H
L
DNArt-no.
ød
L
L1
H
B
125
12178
125
610
315
63
210
160
12179
160
647
315
80
300
L
DN
Art-no.
ød1
ød2
L
kg
100/8012080
100
80
60
0,2
125/10012081
125
100
92
0,3
160/10012079
160
100
125
0,5
160/12512078
160
125
110
0,4
200/12512082
200
125
133
0,6
200/16012077
200
160
110
0,5
Circular Ducts |
UIS, Alu-flexible plain duct
IS, Alu-flexible duct
Compressed, double-sided sleeve
Compressed Semi rigid flex with insulation
Length / extractable length
DN 100
DN 125
DN 160
DN 200
230 mm / 1 m
12121
12122
12123
12124
650 mm / 3 m
5631
5632
5633
5634
Length / Insulation
DN 100 DN 125
DN 160 DN 200
IS Insulated 3 m / 25 mm
12125
12126
12127
12128
LFK Acoustic 3 m / 25 mm
12138
12139
12140
12141
Semi-Rigid Flex Duct - 3m Lengths (Semiduct)
Description: Semi flexible, high quality, aluminium duct for use in all low / medium pressure
systems and suitable for AC. Easy & Fast installation, tough and airtight.
Construction: 1 x wound layer of tough corrugated aluminium, “Triple Locked” seams for
air tightness & strength.
Sizes 100mm to 250mm in 3m lengths
Thermally Insulated Flex Duct - 10m Lengths (Isoduct)
Description: Fully flexible, high quality, insulated aluminium laminated duct for use in commercial HVAC
systems. Easy & Fast installation over round or oval connections. Tough and airtight with a smooth core for
low friction loss and lower operation costs.
Construction: Outer vapour barrier is 3 x layers of tough “aluminium / polyester laminates” plus flame
retardant adhesive and spiral fibreglass reinforcement.
The inner core has 5 x layers of tough aluminium / polyester laminates plus flame retardant
adhesive encapsulating a copper plated high tensile steel wire helix.
Sizes 100mm to 500mm dia in 10m lengths
Acoustic / Thermal Flex Duct - 10m Lengths (Sonoduct)
Description: Fully flexible, high quality, insulated aluminium laminated duct for use in
commercial HVAC systems. Easy & Fast installation over round or oval connections. Tough and airtight
with a smooth core for low friction loss and lower operation costs.
Construction: Outer vapour barrier is 3 x layers of tough “aluminium / polyester laminates”
plus flame retardant adhesive and spiral fibreglass reinforcement.
The inner core has 5 x layers of tough aluminium / polyester laminates plus flame retardant
adhesive encapsulating a copper plated high tensile steel wire helix.
Sizes 100mm to 500mm dia in 10m lengths
Flex
Code
Flex
Type
Fire safety
Testing
Temperature
Range
100mm - 250mm
300mm - 500mm
Isoduct
Thermal
BS476 (6.7&20)
-30ºC to +140ºC
+2.5Kpa to -0.4Kpa
+2.5Kpa to -0.2Kpa
Sonoduct
Acoustic
BS476 (6.7&20)
-30ºC to +140ºC
+2.5Kpa to -0.4Kpa
+2.5Kpa to -0.2Kpa
Semiduct
Semirigid
BS476 (6.7&20)
-30ºC to +250ºC
+3.5Kpa to -2.5Kpa
+3.5Kpa to -1.5Kpa
Flex
Code
Flex
Type
Diameter
Class
Air tightness
Class
Working pressure
Max air vel
m/s
Crushing strength
Compressed
Uncompressed
Isoduct
Thermal
B
C
25
33-10 kg
3-5 kg
Sonoduct
Acoustic
B
C
30
33-10 kg
3-5 kg
Semiduct
Semi-rigid
A
C
30
100-15 kg
60-10 kg
93
94
| Flat Ducts
Plastic Flat Duct
Flat Duct 1m Length
System 100
Pressure Loss (Pa)
Code
Duct Size mm
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
DOM010
51300
110 x 54
0.7
1.8
6.3
21.5
SupertubeDOM510
51416
204 x 60
0.2
0.5
1.5
5.2
MegaductDOM910
51476
220 x 90
-
-
0.4
1.0
Flat Duct 1.5m Length
Code
Duct Size mm
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
DOM015
51301
110 x 54
1.2
2.7
9.8
32.2
SupertubeDOM515
System 100
51419
204 x 60
0.3
0.8
2.3
7.8
MegaductDOM915
51477
220 x 90
-
-
1.0
1.4
Flat Duct 2m Length
Code
Duct Size mm
@ 15l/s
@ 30l/s
@ 60l/s
System 100
@ 8l/s
D1-2000
51490
110 x 54
1.5
3.6
12.6
43
SupertubeD3-2000
51491
204 x 60
0.4
1.0
3.0
10.4
MegaductD4-2000
59435
220 x 90
-
-
1.5
2.0
Duct Connector
Code
Duct Size mm
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
DOM020
51303
110 x 54
-
0.3
1.4
6.3
SupertubeDOM520
System 100
51421
204 x 60
-
0.1
0.4
1.5
MegaductDOM920
51478
220 x 90
-
-
-
-
Duct Connector c/w
Damper
Code
Duct Size mm
System 100
51304
DOM027
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
110 x 54
16.3
19.9
21.2
-
SupertubeDOM527
204 x 60
19.6
21.9
41.1
-
MegaductDOM927
220 x 90
-
-
-
-
Duct Clip
Code
Duct Size mm
DOM122-4
51325
110 x 54
-
-
-
-
SupertubeDOM122-5
51326
204 x 60
-
-
-
-
MegaductDOM922
51479
220 x 90
-
-
-
-
Horizontal Bend 90°
Code
Duct Size mm
System 100
System 100
@ 8l/s
@ 8l/s
@ 15l/s
@ 15l/s
@ 30l/s
@ 30l/s
@ 60l/s
@ 60l/s
DOM050
51307
110 x 54
2.6
9.8
39.8
161.9
SupertubeDOM550
51428
204 x 60
0.6
2.1
8.4
33.7
MegaductDOM950
51482
220 x 90
-
-
-
9.0
Horizontal Bend 45°
Code
Duct Size mm
System 100
53880
110 x 54
DOM055
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
-
3.7
15.5
65.8
SupertubeDOM555
54043
204 x 60
-
0.6
2.7
13.2
MegaductDOM955
14098
220 x 90
-
-
-
4.6
Vertical Bend 90°
Code
Duct Size mm
System 100
DOM060
51308
110 x 54
4.3
15.6
62.8
252.7
SupertubeDOM560
51429
204 x 60
0.7
2.6
10.8
44.3
MegaductDOM960
51486
220 x 90
-
-
-
7.0
Vertical Bend 45°
Code
Duct Size mm
System 100
53881
110 x 54
DOM075
@ 8l/s
@ 8l/s
@ 15l/s
@ 15l/s
@ 30l/s
@ 30l/s
@ 60l/s
@ 60l/s
-
2.6
12.7
63
SupertubeDOM575
57570
204 x 60
-
0.6
2.7
13.4
MegaductDOM975
57705
220 x 90
-
-
-
6.0
Flat Ducts |
Plastic Flat Duct
Pressure Loss (Pa)
Horizontal Tee Piece
Code
Duct Size mm
System 100
DOM080
51313
110 x 54
3.5
11.4
51.3
-
SupertubeDOM582
51432
204 x 60
0.9
3.1
12.0
26.4
MegaductDOM982
14194
220 x 90
-
-
-
12.4
Duct End Cap
@ 8l/s
@ 15l/s
Code
Duct Size mm
DOM018
51302
110 x 54
-
SupertubeDOM518
51420
204 x 60
-
Wall Plate - White
Code
Duct Size mm
System 100
System 100
DOM115-4
SupertubeDOM115-5W
51318
MegaductDOM115-6
Flex Duct- White 0.5m
Hose 0.5m
DOM3305
Hose 0.5m
DOM5305
Hose 0.5m
DOM9305
Flex Duct Connector
System 100
Code
51422
Code
@ 8l/s
@ 30l/s
@ 15l/s
@ 8l/s
@ 60l/s
@ 30l/s
@ 15l/s
@ 60l/s
-
-
-
-
@ 30l/s
@ 60l/s
110 x 54
-
-
-
-
204 x 60
-
-
-
-
220 x 90
-
-
-
-
Duct Size mm
Flex Duct- White 3m
110 x 54
Hose 3m
204 x 60
220 x 90
Duct Size mm
Code
Duct Size mm
DOM333
110 x 54
Hose 3m
DOM533
204 x 60
Hose 3m
DOM933
220 x 90
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
DOM381
110 x 54
-
-
-
-
SupertubeDOM581
204 x 60
-
-
-
-
@ 8l/s
@ 15l/s
Wall Plate - White
Code
Duct Size mm
System 100
51306
110 x 54
3.6
8.1
33.1
DOM040
@ 30l/s
@ 60l/s
136.4
SupertubeDOM540
51424
204 x 60
2.4
6.6
28.4
-
MegaductDOM961
51487
220 x 90
-
-
-
9.0
Duct connector - flex
Code
Duct Size mm
@ 8l/s
@ 15l/s
Supertube5B303
14193
204 x 60
Adjustable bend Horiz
Code
Duct Size mm
SupertubeDOM545
51427
204 x 60
Fire Wrap
Code
Duct Size mm
Itumescent Sealant
310ml Tube
System 100
DOM087
51314
110 x 54
SupertubeDOM587
51433
204 x 60
MegaductDOM987
53375
220 x 90
-
@ 8l/s
-
@ 30l/s
@ 60l/s
-
-
-
@ 15l/s
@ 30l/s
@ 60l/s
2.1
6.3
0.7
Code
MAS87
95
96
| Circ Plastic Ducts
Plastic Round Duct
Circ Duct 2m Length
Pressure Loss (Pa)
Code
Duct Size mm
@ 8l/s
@ 15l/s
@ 30l/s
@ 60l/s
Easipipe 100
1200-4
51321
100
0.1
1.0
2.8
6.2
Easipipe 125
1200-5
51322
125
-
0.4
1.4
3.8
Easipipe 150
1200-6
51323
150
-
0.2
0.8
2.4
Code
Duct Size mm
@ 30l/s
@ 60l/s
Duct Connector
@ 8l/s
@ 15l/s
Easipipe 100
DOM493
51401
100
-
-
-
-
Easipipe 125
DOM593
51445
125
-
-
-
-
Easipipe 150
DOM693
51466
150
-
-
-
-
Duct Connector c/w
Damper
Code
Duct Size mm
@ 15l/s
@ 30l/s
@ 60l/s
Easipipe 100
DOM494
51402
100
15.2
25.0
Easipipe 125
DOM594
51446
125
10.2
18.3
31.5
61.7
Easipipe 150
DOM694
51467
150
8.4
13.6
23.5
43.6
Code
Duct Size mm
@ 30l/s
@ 60l/s
Bend 90°
@ 8l/s
@ 8l/s
@ 15l/s
44.9
101.6
Easipipe 100
DOM490
51383
100
0.9
5.6
21.1
80.1
Easipipe 125
DOM590
51434
125
0.5
2.0
8.4
34.9
Easipipe 150
DOM690
51453
150
0.3
1.0
4.2
18.2
Bend 45°
Code
Duct Size mm
@ 30l/s
@ 60l/s
Easipipe 100
DOM491
51399
100
0.3
2.1
8.2
31.4
Easipipe 125
DOM591
51443
125
0.2
0.7
2.9
12.2
Code
Duct Size mm
Tee Piece
@ 8l/s
@ 8l/s
@ 15l/s
@ 15l/s
@ 30l/s
@ 60l/s
Easipipe 100
DOM492
51400
100
0.7
2.3
8.5
-
Easipipe 125
DOM592
51444
125
0.5
1.8
4.4
-
Condensate Trap
Code
Duct Size mm
Easipipe 100
DOM497
51404
100
0.3
1.3
5.9
26.9
Easipipe 125
DOM5697
59433
125
0.3
1.3
5.7
25.0
Easipipe 150
DOM5697
59433
150
0.3
1.3
5.7
25.0
Code
Duct Size mm
Reducer
125 - 100
40119
150 - 125
50118
125 - 100
150 - 100
Duct Clip
@ 8l/s
@ 8l/s
@ 15l/s
@ 15l/s
@ 30l/s
@ 30l/s
@ 60l/s
@ 60l/s
0.6
1.5
5.9
150 - 125
0.4
0.6
2.2
8.8
150 - 100
0.4
1.0
3.8
10.0
Code
Duct Size mm
@ 8l/s
@ 15l/s
@ 30l/s
24.0
@ 60l/s
Easipipe 100
DOM496
51403
100
-
-
-
-
Easipipe 125
DOM596
51447
125
-
-
-
-
Easipipe 150
DOM696
51469
150
-
-
-
-
Fire Break
Code
Duct Size mm
Itumescent Sealant
Easipipe 100
DOM488
53376
110 x 54
310ml Tube
Easipipe 125
DOM588
59554
204 X 60
Easipipe 150
DOM688
220 x 90
Code
MAS87
Flat Ducts |
Plastic Adapters
Duct Adapters long
Code
Duct Size mm
Easipipe 100
51383
110 x 54
Duct Adapter Short
Code
Duct Size mm
Easipipe 100
51310
110 x 54
Code
Duct Size mm
DOM490
DD071
Duct Adapter
Duct Size
100mm
Duct Size
100mm
Duct Size
@ 15l/s
3.7
@ 15l/s
4.8
@ 15l/s
@ 30l/s
14.6
@ 30l/s
20.4
@ 30l/s
@ 60l/s
58.0
@ 60l/s
86.2
@ 60l/s
Easipipe 125
DD073
51311
204 x 60
100mm
4.1
16.8
68.7
Easipipe 125
DOM570
51430
204 x 60
125mm
0.7
2.9
11.5
Easipipe 150
DOM970
51488
220 x 90
150mm
-
-
3.7
97
| Flat Ducts
Flat ducts, oval, metalsheet
Quadroflex - corrugated
Quadrofix - smooth interior
Internal dimension:
System 100
305045
129 x 52
System 151
305046
208 x 52
Rigid, oval installation ducts, smooth
interior for air flow, made of galvanized
steel band. Fire protection class A1
according to DIN 4102.
Temperature resistance: up to +200 °C,
length: 3 m
Inside connector - tight/tight
85
Corrugated, folded spiral seam pipe made of galvanized steel
band for higher vertex pressure resistance. Fire protection class
A1 according to DIN 4102.
Temperature resistance: up to +200 °C, length: 3 m
Dimensions, inside:
305043
129 x 52
3m
System 100
305047
129 x 52
15 m / roll
System 151
305044
208 x 52
3m
External connector - large/large
Dimensions:
Dimensions:
System 100
305007
128 x 51
System 100 (305064)
129 x 52
System 151
305008
207 x 51
System 151 (305009)
208 x 52
Flange collar
External connector, stainless steel, to connect two Quadroflex or Quadrofix pipes.
Quadroflex - corrugated in a
bunch
Dimensions:
System 100
305010
128 x 51
System 151
305011
207 x 51
Flange collar, stainless steel, for Quadroflex or Quadrofix pipes.
ø1 m
Internal dimension:
0,5 m
6 to 10
Length
System 100
Inside connector, stainless steel, to connect two Quadroflex or Quadrofix pipes.
System 100
305047
129 x 52
Corrugated, folded spiral seam pipe made of galvanized steel
band for higher vertex pressure resistance. Fire protection class
A1 according to DIN 4102.
Temperature resistance: up to +200 °C, length: 15 m
Duct cover
6 to 10
98
Dimensions:
System 100
305055
128 x 51
System 151
305056
207 x 51
Duct cover, stainless steel, for Quadroflex
or Quadrofix pipes
Flat Ducts |
Angle 45° - broadsided
Angle 45° - narrow sided
Angle 45° (broadsided), made of galvanized steel to bypass Quadroflex or Quadrofix pipes, when little space.
External dimensions
Angle 45° (narrow sided), stainless steel,
to bypass Quadroflex or Quadrofix pipes,
when little space.
External dimensions
System 100
305027
128 x 51
System 100
305029
128 x 51
System 151
305028
207 x 51
System 151
305030
207 x 51
Angle 90° - broadsided, 3 segments
Angle 90° - narrow sided, 3 segments
Angle 90° (broadsided), stainless steel,
in 3 segments to bypass Quadroflex or
Quadrofix pipes.
Angle 90° (narrow sided), stainless steel,
in 3 segments to bypass Quadroflex or
Quadrofix pipes.
External dimensions
External dimensions
System 100
305031
128 x 51
System 151
305032
207 x 51
Branch piece - output narrow sided
System 100
305033
128 x 51
System 151
305034
207 x 51
Branch piece - output broadsided
Branch piece 90°, stainless
steel, 3 connection spigots
for Quadroflex or Quadrofix pipes.
Branch piece 90°, stainless
steel, 3 connection spigots
for Quadroflex or Quadrofix pipes.
Dimensions:
Dimensions:
SystemNo.
Passage
Outlet
Length
100-100305013
128 x 51
128 x 51
300
100-151305014
128 x 51
207 x 51
360
151-100305015
207 x 51
128 x 51
300
151-151305040
207 x 51
207 x 51
360
SystemNo.
Durchgang
Abgang
Length
151-100305016
207 x 51
128 x 51
220
151-151305048
207 x 51
207 x 51
240
99
100
| Flat Ducts
Branch piece - output system 151
Transition - round to flat
Transition, symmetric,
stainless steel, to adapt oval
pipe ends to round sections.
Dimensions
System
Art-no.
from
to
100
305018
128x51
ø99
151
305019
207x51
ø150
Branch piece 90°, stainless steel, 1 connection spigot for Quadroflex or
Quadrofix pipes system 151.
Dimensions
Passage
Art-no.
ø150
305017
ø200
303177
Reducer - flat to flat
Section reducer, stainless steel,
for Quadroflex or Quadrofix
pipes
Diverter, PVC
Dimensions
System 151-100
Art-no.
207 x 51 auf 128 x 51
305022
Cutting max. 300
mm!
* Stainless steel
Angle diverter for disc valve
PVC diverter to connect air passages.
Dimensions
Art-no.
System 100 / DN100 311240
System 100 / DN125
311241
System DN151/150
305426*
Diverter 90° to connect disc valves.
Material: Stainless steel
Cold sealing tape
Dimensions
Cold sealing tape
Art-no.
H
Art-no.
System 100/DN100 303052
185,5
305001
System 100/DN125
303053
210,5
Circ Insulated Ducts |
ISO+ ducts
ISO+ duct, sound and thermal insulation
Noise-absorbing, sturdy duct, preferably
in unheated areas.
Outer sheath made of polyethylene with
high density (HDPE); inner sheath made
of polyolefin with closed cell structure.
Thermal conductivity: 0.040 W/mK at
40 °C.
Fire protection class: Outer casing B2, internal duct B1
ISO+ bend 90°
Typ
DN
Art-no.
ISO+ B90/160-125
125
311839
ISO+ B90/200-180
180
311845
incl. 1 connector
ISO+ bend 45°
Typ
External-ø
Internal-ø Art-no.
Length
Iso+ D 160-125
160
125
311838
2m
Iso+ D 200-180
200
180
311844
2m
ISO+ connector
Typ
Flexible fast clamp made of EPDM.
Typ
External-ø
Internal-ø
Art-no.
ISO+ C 160-160
160
125
311841
ISO+ C 200-200
200
180
311847
ISO+ transition to Spiral,
asymmetric
Art-no.
ISO+ B45/160-125
125
311840
ISO+ B45/200-180
180
311846
incl. 1 connector
ISO+ transition to Spiral, symmetric
Material: EPDM
Material: EPDM
Typ
External -ø
Internal-ø
Art-no.
ISO+ R 160-125A
160
125
311843
ISO+ R 200-180*
200
150
311848
* for Spiral160
DN
Typ
External-ø
Internal-ø
Art-no.
ISO+ R 160-125
160
125
311842
ISO+ R 200-180
200
180
311848
ISO+ R 200-160
200
150/160
311849
ISO+ FSMQC Quick clamp
To fix rubber collars for Spiral duct.
Type Dia
for Spiral duct
Art-no.
60mm-165mm
160
51624
60mm-215mm
200
51625
101
102
| Silencer
Silencer
LF, connection silencer, flexible
Perforated aluminium flex pipe inside, PVC cover outside Sound
insulation made of 25 mm mineral wool. Connection sleeve on
one side, connection fitting on the other side.
Length: 800 mm
Insertion losses in dB
Octave centre frequency in Hz
DNArt-no.
Connecting sleeve
DN
125
250
500
1k
2k
4k
8k
tot
10012436
ø100
100
8
14
22
30
25
10
8
15
12512533
ø125
125
6
12
22
28
25
11
9
14
SCD, silencer, flexible
The internal duct consists of a closed, non-woven internal hose
(washable) and an insulation layer made of glass wool with a
thickness of 25 mm and sound reducing and thermal effective
properties. The outer casing is made of glass-fibre reinforced,
tear-resistant aluminium laminate. Fire classification outer
casing:
Ex.1. Length: 1,2 m
Noise reduction, non-woven insulation 25 mm
Art-no.
Name
D (mm)
L (m)
2554
SCD 80
80
2555
SCD 100
2556
SCD 125
Mid frequency band. Hz
63
125
250
500
1000
2000
4000
8000
Tot (dB)
1.2
13.6
22.4
40.2
38.7
36.5
41.3
51.6
45.8
39
100
1.2
15.9
22.9
31.1
38.6
36.4
40.6
50.1
35.9
39
125
1.2
11.7
18.9
32.4
29.9
28.8
34.5
40.9
24.5
32
2557
SCD 150
150
1.2
12.2
10.9
29.7
30.1
29
38.3
34.6
20.4
32
2558
SCD 160
160
1.2
19.3
25.4
30.5
27.1
23.8
32.2
27.8
17.3
28
2560
SCD 200
200
1.2
10.7
12.1
28.7
22.8
22.8
30.6
19.4
11.9
26
2561
SCD 250
250
1.2
12.9
18.7
24.3
19.5
19.9
27.7
12.9
10.2
22
2562
SCD 315
315
1.2
16.6
23.2
18
15.2
16.5
19.6
10.1
8.5
17
TSD, semi rigid silencer, flexible
Art-No
The semi flexible sound attenuator consists
of a corrugated perforated aluminium innerduct and a 2 layer corrugated outerduct with
end spigots made of aluminium. The space
between the inner and outer duct is filled
with 50mm sound absorbing material.
LDC, silencer, rigid
Easily-fitted silencer for circular ducts, fitted
with a connection that complies with the
spiral duct standard. The LDC effectively
reduces noise in the duct. For the most effective noise reduction, the silencer should
be fitted immediately behind a fan or bend.
The silencer is delivered with two separate
spigots. Insulation thickness 100 mm.
1000 mm L
54144
TSD-B100/1 Flex Silencer
54145
TSD-B125/1 Flex Silencer
54146
TSD-B150/1 Flex Silencer
54147
TSD-B200/1 Flex Silencer
54148
TSD-B250/1 Flex Silencer
54149
TSD-B315/1 Flex Silencer
Art-No
600mm L
Art-No
900mm L
5188
LDC 100-600
5189
LDC 100-900
5190
LDC 125-600
5191
LDC 125-900
5199
LDC 150-600
-
-
5192
LDC 160-600
5193
LDC 160-900
5194
LDC 200-600
5195
LDC 200-900
51200
LDC250-600
5196
LDC 250-900
5949
LDC315-600
5197
LDC 315-900
Silencer |
Duct Silencer, flexible
Perforated aluminium flex pipe inside, PVC cover outside
Sound insulation made of 25 mm mineral wool.
Length: 1 m
DNArt-no.
Connecting sleeve
10012491
ø100
12512492
ø125
16012493
20012494
Insertion losses in dB
Octave centre frequency in Hz
DN
125
250
500
1k
2k
4k
8k
tot
ø160
100
15
31
31
32
ø200
125
26
36
30
31
29
13
11
24
28
14
11
24
160
17
31
25
27
18
200
15
29
22
23
18
8
8
19
8
7
18
Flat duct Silencer, flexible
Silencer for noise reduction Oval duct connection made of aluminium. Absorption material: mineral fibre-free.
Fire protection class A1 according to DIN 4102.
Temperature resistance from -60 °C to +150 °C
LengthArt-no.
Dimensions
inside
500305012 129 x 52
Dimensions
outside
202x117
Insertion losses in dB
Octave centre frequency in Hz
End connections
System
125
250
500
1k
2k
4k
8k
tot
128 x 51
100
8
10
18
46
50
44
38
15
Flat duct Silencer, rigid
0
36
60
System 100
Mineral fibre-free silencer in combination with Quadro System 100.
Fire protection class A1 according to DIN 4102.
Temperature resistance: up to +200 °C
Insertion losses in dB
Octave centre frequency in Hz
58,5
500
LengthArt-no.
Dimensions
End connections
500305036
360 x 60
128 x 51
Inside duct silencer
DN
125
250
500
1k
2k
4k
8k
tot
100
18
14
13
11
19
18
17
13
Inside duct silencer, made of fire and mould protected foam material according to the requirements of emission class M1 (melamine resin). Complete valve function for sound insulation and
pressure control.
Insertion losses in dB
Octave centre frequency in Hz
d1
s = IRS Stärke
DN
Art-no.
d
s
100305049
102
50
DN
125
250
500
1k
2k
4k
8k
tot
100
14
12
8
7
7
11
18
8
125305050
127
50
125
14
9
5
8
6
11
16
7
160305051
162
50
160
14
9
8
7
7
14
17
8
200305193
202
50
200
12
4
4
8
8
13
14
6
103
| ISO+ Ducts
Fresh and exhaust air grille
Fresh and exhaust air hood
Kombi grille CVVX
Kombi grille for separate flow of fresh and
exhaust air. Made of coated steel sheet,
colour anthracite. Sizes 160/200 are also
available in colour white.
15°
H
h
E
A
ød1
B
The hood can be used for fresh or exhaust air. Made of galvanized steel sheet.
The internal protective grille protects from rain, leaves etc.
DN
Art-no.
200305042
ød1
øD
h
H
kg
200
360
100
197
1,9
øD
øD
C
CVVX
black
Art-no.
white
Art-no.
A
B
C
øD
E
160
5563
12453
420
362
215
160
130
200
5564
12593
500
402
255
200
133
250
8498
-
680
550
350
250
136
Roof ventilation hood for fresh and
exhaust air
⌀D
Fresh and exhaust air grille IGC
⌀d
104
Fresh and exhaust air grille, made of aluminium pressure die
casting with wire grille.
IGCArt-no.
Roof ventilation hood with pipe bracket. Other roof pitchs on
request.
DN
Art-no.
ød1
ød2
L
L1
L2
L3
1256788
210
125
830
480
350
130
1606789
180
420
820
260
158
178
20067893
on request
ød
øD
1005581
100
125
1255582
125
150
1605583
160
185
2005584
200
225
2505585
250
275
Terminals |
External Weather Louvre
Inlet-/blow-out nozzle
270
70
Ideal for use on the external walls of a building for intake or
extract air, the 45 deg blades are fixed at 50mm centres and
have excellent integral rain defence features. Constructed
from extruded aluminium sections, frames are fully welded
and fitted with a bird guard as standard. Standard finish is
satin anodised. with other colours available on request. Free
area approx 50%. Any size can be made to suit your requirements.
45°
200
Made of mirror-bright stainless steel, for outside and extract air,
with bird-protection grille.
DNArt-no.
Connection
150305035
ø150
200-
ø200
VK-SR, air grill for spiro ducts
Universal Roof Cowl
C
F
G
Universal Roof cowl, complete with lead flashing and multi cut
off spigot
100mm, 110mm, 125mm, 150mm & 160mm Dia cut offs
B
Fresh air and exhaust air grill.
The duct connection fits directly into duct
with diameter 160, 200 and 250.
Material: steel, powder coated (black)
E
D
A
DNArt-no.
EFS-RCK53842-
SizeNo.
A
B
C
D
E
øF
G
160 312507
326
306
280
149
137
160
33°
200
312508
326
306
280
149
137
200
33°
250
312509
326
306
280
149
137
250
33°
D
E
A
SizeArt-no.
A
B
C
D
E
øF
G
ISO+ grille 125
312506
252
262
239
130
on request
125
35°
ISO+ grille 180
304635
252
262
239
130
41
180
35°
B
C
G
Fresh air and exhaust air grille.
The duct connection fits directly into
ISO+ duct with diameter 125 (Iso+ D160)
or 180 mm (Iso+ D200).
Material: steel, powder coated (black)
øF
ISO+ grille
105
106
| Diffusers
Diffusers
Elegant - Supply diffuser
VS
VT
VT
AT, VE
B
AT
D
C
VI, VS
Description
Systemair Elegant supply diffuser for wall
mounting, with a perforated front plate
and guide jet opening (VI and VS). The
VS version also has a removable damper
with test points.
Function
The Elegant has been especially developed
for providing a draught-free air supply
from the rear walls of offices, hotel rooms
etc. The VI or VS version with guide jet is
recommended for cooled air. The guide
jet prevents the air stream from falling into the occupied zone before it has
reached an acceptable temperature. Max.
temperature difference dT 10 K is permissible. The Elegant is also suitable for VAV
systems, as the distribution pattern is
maintained across the entire flow area.
Design
The Elegant is manufactured from steel
Elegant
AT
100
125
VE
100
125
160
VI
125
160
VS
125
160
VT
100
Art-No.
6920
6973
6298
6827
6828
6829
6830
6831
6832
6202
6207
Max. air volume
[m³/h]
30
60
30
60
140
70
150
60
140
30
60
125
øA
98
123
98
123
158
123
158
123
158
-
-
øB
165
165
165
165
198
165
198
165
198
165
165
C
111
115
111
115
124
115
124
240
274
59,3
59,3
D
87
89
87
89
86
89
86
214
236
33,2
33,2
and consists of a convex front plate with
perforations and guide jet opening. The
front plate is finished in the standard
white powdercoating (RAL 9010-80).
EFF
Ceiling- and wall diffuser
Description
Systemair EFF exhaust diffuser for
installation on ceiling or wall with
lockable settings.
Function
The EFF is an exhaust diffuser for
installation on ceiling or wall. It can also
be used for supply air. The diffuser has a
lockable central cone which is rotated to
adjust the pressure and consequently the
air volume. Fire Rated Versions available.
EFF
100
125
150
160
Art-No.
6146
6147
7490
6148
Max. air volume
[m³/h]
20
50
100
100
øA
100
125
149
159
øB
135
160
191
196
C
15
15
15
15
Design
The EFF is manufactured from sheet steel
with a white powder-coated finish (RAL
9010-80).
Diffusers |
Balance-E
Plastic Extract diffuser
Description
Systemair Balance-E exhaust diffuser for
installation on ceiling or wall with lockable settings.
Function
The Balance-E is a round exhaust diffuser
with an aerodynamically shaped valve
frame
cone. The Balance-E performs extremely
well with regard to sound level, pressure
drop and air flow characteristics. The Balance-E is installed in a frame or directly
into the duct.
Balance-S
Plastic Supply diffuser
frame
Description
Systemair Balance-S supply diffuser for installation on ceiling or wall.
Function
The Balance-S is a round supply-air diffuser with an aerodynamically shaped
valve cone. The Balance-S performs extremely well with regard to sound level,
pressure drop, air flow and self-damping.
The Balance-S is installed in a frame or
directly into the duct.
Balance-E
100
125
160
Art-No.
6961
6962
6963
Max. air volume
[m³/h]
20
50
100
øA
100
125
160
øB
70
87
118
øC
142
160
195
D
61
61
57
Design
The Balance-E is manufactured from
recyclable polypropylene and tolerates
temperatures up to 100°C. This material
also withstands most chemicals in small
concentrations. Polyether packing. The
Balance-E is supplied in a white finish
which matches RAL 9010-80.
Balance-S
100
125
160
Art-No.
6965
6966
6967
Max. air volume
[m³/h]
20
50
100
øA
100
125
160
øB
81
104
120
øC
156
182
206
D
72
78
86
Design
The Balance-S is manufactured from recyclable polypropylene and tolerates temperatures up to 100°C. The Balance-S is
supplied in a white finish which matches
RAL 9010.
Stainless Steel
Air Valves
Function
The EFF is an exhaust diffuser for
installation on ceiling or wall. It can also
be used for supply air. The diffuser has a
lockable central cone which is rotated to
adjust the pressure and consequently the air
volume.
Description
Systemair FSSSVLF exhaust diffuser
for installation on ceiling or wall with
lockable settings.
Design
The FSSSVLF is manufactured from
stainless steel with a brushed finish
FSSSVLF
100
150
160
Art-No.
51634
53981
51635
Max. air volume
[m³/h]
20
100
100
107
108
| Diffusers
TFF
Ceiling and wall diffuser
Description
The Systemair TFF circular supply diffuser. This diffuser has a shielding device for
producing a directional (180°) distribution pattern and has an adjustable gap.
Function
The TFF is a circular supply diffuser for
ceiling installation. The TFF consists of
an inlet cone and diffuser unit containing
sound-absorbent material. The technical
specifications of the diffuser unit give it
a wide range of applications. By rotating
diffuser unit, the throw and pressure drop
can be adjusted steplessly. Both concentric and eccentric distribution patterns
can be selected by using the shielding
TFF
100
125
150
160
Art-No.
6090
6091
7509
6092
Max. air volume
20
[m³/h]
50
100
100
øA
100
125
149
159
øB
135
160
191
196
C
15
15
15
15
device provided.
Design
The TFF is manufactured from sheet steel
with a white powder-coated finish (RAL
9010-80).
TST Supply diffuser
Description
The Systemair TST circular supply diffuser. The distribution pattern can be altered
and the gap width is adjustable.
Function
The TST is a circular supply diffuser for
ceiling installation. The two-part diffuser
unit can be adjusted to provide the desired throw. A shielding device is included
which can be used to alter the distribution
pattern to a directional (180°) pattern.
Design
The TST is manufactured from galvanized
sheet metal, with a white powder-coated
finish (RAL 9010-80).
BOREA
TST
100
Art-No.
125+
160+
6105
6106
6107
Max. air
volume
[m³/h]
30
60
140
A
-
320
360
B
-
250
250
C
-
150
160
D
-
47
47
E
-
185
210
F
-
116
121
G
-
191
201
H
30-50
30-50
30-50
RI
80
105
105
J
199
249
249
K
99
124
159
D1
-
99
124
D2
-
127
162
øL*
107
132
167
PER 100-125
PER 125-160
* hole dim.
Description
The Borea valve is adjustable and can
be used for supply and exhaust air. The
valve can be installed in ceilings and
walls.
Function
The outlet can be partly closed for an
individual regulation of supply air flow.
Design
Borea is completely made of polystyrene.
It consists of a main casting, a plate
closer and adjustable front grid.
Therefore, different flow forms and
routes can easily be adjusted.
They can be inserted into DN125 pipes
or DN125 flange collars.
Self regulating extract air valves |
BOREA settings
Supply air
Grid open/plate closed
Grid closed/plate in position 1
without shielding
Grid closed/plate in position 2
with or without shielding
Grid open/plate in position 2
without shielding
Grid closed/plate in position 1
without shielding
Grid closed/plate in position 2
without shielding
Exhaust air
The plate inlet can be partly closed by
deflectors to shield some areas. Deflectors can be removed for exhaust or
4-sided outlet.
Open (+) and
closed (-) grid
Hmin.
Dimensions
+
Hmax.
-
ØD1
Open (+) and
closed (-) valve
plate (position
closed, 1 and 2)
ØD2
+
BOREA
Art-no.
125
ØD1
ØD1
119
165
-
Hmin.
Hmax.
12
24
Deflectors
Technical data
Type
Air volume
Qv[m³/h]
Supply air
Grid open,
Valve closed
dB
(Pa)
BOREA
125
Lw
(dB(A)
Exhaust air
without deflector
with deflector
Grid open,
Valve open
Grid closed,
Valve open
Grid closed, valve open
Position 1
Position 2
Position 2
Position 2
Position 1
Position 2
dB
(Pa)
dB
(Pa)
dB
(Pa)
dB
(Pa)
dB
(Pa)
dB
(Pa)
Lw
(dB(A)
Lw
(dB(A)
Lw
(dB(A)
Lw
(dB(A)
Lw
(dB(A)
Lw
(dB(A)
45
9
< 20
18
26
7
< 20
13
22
3
< 20
20
23
7
< 20
60
17
< 20
30
31
13
21
20
27
5
< 20
37
33
13
21
75
25
24
40
35
18
24
31
32
8
< 20
57
41
20
25
90
36
31
56
39
25
28
43
36
11
20
80
46
27
29
120
62
43
-
-
40
36
70
43
19
28
-
-
48
36
150
-
-
-
-
62
41
-
-
28
34
-
-
74
43
109
| Self regulating extract air valves
Self regulating extract air valves
AE
Self regulating motorized valve
4
3
AE
No.
15/30
31412
30/60
31413
45/120
31414
5
1
2
Model
Produced in white polystyrene (standard), the AE air valve, installed in WC
room and baths, provides a flow of extraction determined.
Operation
The regulator consists of a rigid component and ensures a determined air flow
of extraction within a range of pressure
between 50 and 160 Pascals.
Principals
The extract is always on tension thanks
to a connection normally switched off.An
impulse on the switch creates a power cut
which opens the extract to its maximumflow (opening time: around 40 seconds).
The 230 V supply of the extract is provided by two wires (2 x 1.5 mm²) to be
connected,going out by the back of the
support plate (see drawing). This must
have a protectiondevice clearly identified on the electric board - class II electric
appliance -.After taking out the casing
vent (2), unscrew the box (5). The wires
go through a cableat the back of the
Ceiling mounting
Ceiling mounting, the unit can be fixed
on the ceiling using a three-claw plasterboard sleeve or a 125 Ø plastic sleeve
for penetrating slabs. A ceiling mounting
needs the using of a return angle guide for
the concerned models.
Removable louver grill
Casing vent
Support plate with sleeve and rubber ring
Control module
Electric connection box
Ø125
155
three-claw plasterboard sleeve Ø 125
Ø125
Maintenance
The Extract AE must be periodically
cleaned (at least twice a year) in order to
keep their entire efficiency. Cleaning procedure: • Remove the casing vent (2) of
the plate (3) and remove the flap (4).• The
plate (3) linked to the duct must not be
touched. The elements on it do not need
any cleaning.• Clean the casing vent (2),
the grill (1) and the control module (4)
with soapy water then rince.• Fix back the
control momule (4)• Fix back the casing
part (2) on the plate (3)
1. 2. 3. 4. 5. 100
plate and linked to the connection box.
The support-plate of the extract must be
screwed on the wall.On the first stand-by
mode, the AE valve will normally extract
the maximum air-flow.
275
plastic sleeve for penetrating slabs
Ø125
48
Function
Intended to equip the facilities housing MEV, housing and local service, the
range of the AE extraction air valves self
meets the regulatory requirements while
combining aesthetics and technology.
Reliability mechanical, proven functionality, performance ventilation and noise
are the major assets of all AE air valves
series. The AE air valves meets the habitat requirements of the NF MEV. Single
or double speed, both models perfectly
consistent allow a uniform architectural
treatment between kitchen, bathroom
and WC.
17
return angle guide
Acoustic characteristics
LW dB(A)
AE
70 Pa
100 Pa
130 Pa
160 Pa
15/30
24
27
30
33
30/60
25
31
34
36
45/120
27
33
34
37
200
120
150
Airflow in m³/h
110
100
60
45
50
0
30
15
40
60
80
100
120
140
160 Pa
∆pt
Self regulating extract air valves |
AL Self regulating valve
Operation
The regulator consists of a rigid component and ensures a determined air flow
35028
30
35029
45
35030
60
35031
75
35032
90
35033
120
35034
150
35035
of extraction within a range of pressure
between 50 and 160 Pascals.
Maintenance
To maintain maximum efficiency, it is
necessary to conduct a periodic cleaning:
• Remove the grille (4) and regulator (3)
the body of the valve (removed from
the sleeve if necessary).
Airflow in m³/h
Possible fitting with Ø 99, 116, 150 or 160
mm. When ceiling mounted, an adapted
sleeve can be used (125 Ø, 3-claw plasterboard sleeve, or 125 Ø plastic sleeve for
penetrating slabs for use with the 125 Ø
sleeve).
• The sleeve (1) shall not be detached
from the duct.
• Clean all either in the upper part of a
dishwasher, either manually with soap
and water, nothing disassemble the
regulator.
• Walk up the valve.
Installation
The AL is installed in vertical walls by
simple fitting onto a 125 Ø sleeve fixed on
the aeration duct. The lip seal ensures that
the sleeve is securely fixed and watertight.
Ø125
155
3-Claw plasterboard sleeve
Acoustic characteristics
Ventilation characteristics
1. Collar Ø 125 with lip seal (delivered
separately).
2. Body of the valve.
3. Regulator.
4. Removable grille.
LW dB(A)
AL
70 Pa
100 Pa
130 Pa
160 Pa
15 m³/h
19
27
31
34
30 m³/h
27
30
33
36
45 m³/h
27
33
34
37
Ø125
Model
Produced in white polystyrene(standard),
the AL air valve, installed in WC room
and baths, provides a flow of extraction
determined.
Art-No.
15
100
Function
Intended to equip the facilities housing
MEV, housing and local service, the range
of the AL extraction air valves self meets
the regulatory requirements while combining aesthetics and technology. Design
fluid grid in several colors, reliability mechanical, proven functionality, performance ventilation and noise are the major
assets of all AL air valves series. The AL
air valves meets the residential requirements of the NF MEV. Single or double
speed, both models perfectly consistent
allow a uniform architectural treatment
between kitchen, bathroom and WC.
AL
275
Slab penetration sleeve (Polystyrene)
AL
Pressure drop in PA
111
| Self regulating extract air valves
BHC Motorized valve
174
169
33
Type
Art-No.
BHC-100
7178
Transformer-12 V
7387
Inlet adapter ø100-125
7484
16
25
46
Function
BHC 100 is a motorized damper with integrated motion (PIR) and humidity sensor for bathroom installations. The extract
units may be installed either on the wall
(in a vertical or horizontal position), or
the ceiling. The humidity and the motion
sensors work independently of each other.
The damper opens whenever motion is
indicated and closes 25 min after the last
indication. The humidity sensor controls
the fully modulating damper from RH
30% to 75%. The movement sensor is dependent on a power supply and the BHC
uses either a 9V battery or 12V AC. The
humidity sensors will open the damper
regardless of a power supply.
Ø80 mm (with special sleeve Ø80 mm).
note: the BPD is delivered with adapter
Ø100 mm. The BPD dampers are especially useful in constant pressure systems
for example block of flats.
Accessories
100/125 inlet adapter and 12/9 v transformer.
Airflow/Pressure Chart
Enables to adapt the fixed shutter position. Supplied on installation instruction)
More Standard and better longevity:
2 x 1.5 Volts AAA LR03 Batteries.
Buzzer:
Enables to inform the occupant when the
battery needs to be replaced (i.e. when the
battery level is below 2.2V). This buzzer
rings when the presence sensor or the
switch is activated.
Possibility to connect a dedicated “CAL”
for 12VAC supply.
Spigot Versions
Ø100 mm and Ø125 mm (with adapter).
Airflow in m³/h @ 100 Pa
Airflow in m³/h
Nominal pressure in Pa
112
Measured pressure in Pa
Relative humidity in %
BHC h..(airflow <<+>> at min. setting)
BHC h..(airflow <<+>> at max. setting)
Data given on ⌀100 mm
Self regulating fresh air valves |
Self regulating fresh air valves
FAV sound insulated wall diffuser
supply diffuser
outside grille
wall spacer sound insulated
with storm protection
90
80
FAV
70
60
50
Referenz
Type
Art-No.
FAV
312214 (set)
øBore
(core drill)
max. air volume
with standard filter G3
Noise level Dn.w *
wall thickness
Rw, R **
125 mm
(132 mm)
10 Pa 30 m³/h
400 mm / 48 dB
500 mm / 51 dB
18 dB
20 dB
* Weighted element standardised sound level difference Dn.w according to DIN EN ISO 140-10
** Sound insulation value according to DIN 4109
*** Colour white: similar to RAL 9010
Version/
Colour ***
PVC, square, white
5000
3150
2000
800
[ Hz ]
1250
500
315
200
80
30
125
40
50
Application / installation possibilities
For installation in facades as wall diffuser for fresh air supply in single-family
houses, office buildings and multi-storey
residential buildings.
The wall diffuser is particularly suitable in
living rooms and bedrooms.
Function
Used air from kitchens, bathrooms,
lumber-rooms and toilet rooms is
exhausted via an exhaust system. Fresh air
is filtered by the FAV and well distributed
into living rooms, bedrooms, children
rooms and lounges. Stepless adjustable
volume flow via iris damper. An optimal
efficiency can be achieved by an installation position on the upper wall next to
windows, in a height of 2.0-2.2 m above a
radiator. A storm protection limits supply
air to 30 m³/h and avoids draught.
[ dB ]
The FAV wall diffuser impresses with its
design and outstanding sound insulation
properties. The new designed intake valve
is suitable for normal and high sound
insulation requirements by its excellent
functions and air distribution characteristics. All necessary components for the
installation are available as a complete
package.
113
| Self regulating fresh air valves
Accessories FAV
Outdoor grille
Raincover for outdoor grille
Art-no.
Colour
Art-no.
Colour
Outdoor grille
312217
white, RAL 9010
Raincover
312216
white, RAL 9010
Filter cartridge F7
Standard filter mat
Art-no.
Art-no.
Length
Standard filter
312218
Filter F7
312215
94 mm
VTK
Self-adjusting fresh air vent
This self-adjusting fresh air vent has a
temperature-sensitive thermostat bulb
which regulates the vent plate, adjusting the air gap and air flow according to
the outside temperature. When it is set
to ‘automatic’ the valve disc reduces the
air supply when the outside temperature
falls, and increases the flow when the outside temperature rises.
⌀C
B
⌀A
⌀D
150
140
114
Spacers for maintaining minimum air
flow are available as an accessory. Supplied complete with a thermostat bulb for
temperatures between -5 and +10°C, plus
a wall duct and external grille.
VTK
100
160
Art-no.
5658
5659
øA 95
157
B
40
47
øC
147
207
øD
104
163
Constant flow Regulators |
Air volume controller
RDA
Constant volume damper
D1
1
D2
2
L
Function
The air flow regulator RDA is an element
placed inside the duct in order to obtain
a constant flow within a pressure range
from 50 to 200 Pascal. It is used in ventilation or air conditioning systems for supply or return air. The air is forced to pass
through predetermined space in which a
flap can change the position according to
the specified air flow. The flap is attached
on to a calibrated spring and therefore no
auxiliary power is needed.
3
D1
35259
80 / 30 (m³/h)
35260
80 / 45 (m³/h)
35261
80 / 50 (m³/h)
35262
80 / 60 (m³/h)
35263
100 / 15 (m³/h)
35265
100 / 30 (m³/h)
35266
100 / 45 (m³/h)
35267
100 / 50 (m³/h)
35268
100 / 60 (m³/h)
35269
100 / 75 (m³/h)
35270
100 / 90 (m³/h)
35271
100 / 100 (m³/h)
35272
125 / 15 (m³/h)
35274
125 / 180 (m³/h)
35280
125 / 30 (m³/h)
35275
2
125 / 45 (m³/h)
35276
125 / 50 (m³/h)
35277
125 / 60 (m³/h)
35214
125 / 75 (m³/h)
35213
125 / 90 (m³/h)
35212
125 / 100 (m³/h)
35278
125 / 120 (m³/h)
35211
125 / 150 (m³/h)
35279
3
Design
RDA is made from plastic material (polystyrene) classified M1 in grey colour.
Maximum temperature is 60°C.
spacer
*spacer
= special body without spacers
1* air flow = special shims with air flow ref.
RDA
80
100
125
L
55
60
90
øD1
117
96
120
øD2
73
120
117
Flow regulators are characterized by their noise
level in dB(A).
Lw in dB(A)
Flow
(m³/h) 50 Pa 100 Pa 150 Pa 200 Pa
15
25
29
32
35
30
26
31
35
38
45
27
33
36
39
60
32
37
39
42
75
32
37
40
42
90
32
38
41
44
120
30
34
39
42
150
33
37
41
45
Tests reports : CETIAT 2315002 for air flow
RD Ø80 to RD Ø125 mm
Air flow in m3/h
Mounting
RDA is inserted directly into a horizontal or vertical circular duct. It is fixed and
kept airtight by a lip seal. Arrow indicates
the airflow. If the unit is placed in supply
duct, the space between the diffuser and
the unit must be at least 3x diameter of
the duct. If used for return air the space
must be 1x diameter of the duct.
Art-No.
80 /15 (m³/h)
D2
1
L
RDA
∆PT, Differential pressure in Pa
Airflow LW dB(A)
(m³/h) 50Pa
100Pa
150Pa
200Pa
15
25
29
32
35
30
26
31
35
38
45
27
33
36
39
60
32
37
39
42
75
32
37
40
42
90
32
38
41
44
120
30
34
39
42
150
33
37
41
45
180
34
40
44
47
210
34
40
42
44
240
35
41
44
47
270
37
43
45
49
300
33
37
42
45
115
116
| Air volume controllers
SPI
Iris damper
Function
The SPI is an iris damper for measuring
and adjusting the air flow. The SPI has the
following specifications: low noise level,
centrically formed air flow and fixed test
points for precise measurements. The
damper also has an adjustment aperture
which can be opened completely, which
means there is no need for an access door
for cleaning. Available in sizes
Ø80-800. Max temperature for SPI is
70°C.
Design
The damper is manufactured from galvanised sheet steel and is fitted with a rubber seal tested for air-tightness.
Mounting
The SPI adjustment damper must be installed in accordance with the distances
required to minimise air-flow deviation.
The SPI enables the taking of precise airflow measurements at all points including
points close to duct deviations such as T
junctions and bends, and points in front
of other supply-air devices (see below).
Protective distance
before bends
1 X ØD
after“
1 X ØD
before T-pipes
3 X ØD
after “ 1 X ØD
before supply-air devices
3 X ØD
Ordering code
The ordering code is SPI - 160 with sizes.
Tune-R
Single Blade Damper
SPI
Art-no.
Ød
C
ØD
80
7621
79
110
125
100
6750
99
54
163
125
6751
124
63
210
150
6752
149
54
230
160
6753
159
60
230
200
6754
199
62
285
250
6755
249
62
333
300
6756
299
65
405
315
6757
314
63
406
400
6758
399
70
560
500
7625
499
60
644
630
7626
629
60
811
800
6881
798
70
1015
TUNE-R Size
80 - 630 mm
A1
C1
Tightness class
C4
24V spring actuator
H
M0
M1
M2
M3
M4
M5
Version
24V, 0-10V stepless spring
actuator
M6
Stainless steel
for usage in the food industry
(Optional)
for general usage
handle
preparation for actuator
230V actuator
24V actuator
24V, 0-10V stepless actuator
230V spring actuator
Function
Tune-R is a control and shut off damper for round ducts. It is
available in various versions with blade tightness class 1 or 4
and casing tightness class A or C tested
according to EN 1751. A1 version is ideal in simple installations for regulating the air volume in circular ducts. C1 version is required for duct installation with airtight requirements towards the outside of the duct or to minimize the
leakage towards the outside surroundings. It can also be used
as a shut off damper for air handling units, combined with a
spring return actuator. In case of power outage the damper
can maintain a fully closed position.
The damper’s special construction allows external insulation
up to 50 mm. The damper can be supplied in a manual or
1
2
3
A-304
A-316
motorized version with an integrated position indicator.
Design
The damper is manufactured from a galvanized steel sheet and
is silicone-free. All the gaskets are manufactured from black
rubber. Plastic bushings are from a PPO material. All the materials are flame retardant.
Fire Dampers |
117
PKI-C Cartridge Fire Dampers
Fire resistance class EI60S, EI90S and EI120S
Cartridge fire dampers are designed and have CE mark in accordance with
EN 15650 and certified to comply with the EI-S (EN 1366-2) performance
attributes. PKI-C fire dampers are designed to be embedded into fire partition walls, or at the end of a duct in front of the valve. Installation of these
devices is described in the Installation, Operation and Maintenance of the
Cartridge Fire Dampers manual. As a standard, all the dampers are supplied
in a basic version, with a microswitch, or accessories - cover plates .
The fire damper automatically sets itself to a „CLOSE“ position if the thermal fuse link gets ruptured. After the closure, the damper blade is mechanically secured in the closed position and can only be opened manually,
which requires access of the maintenance staff into the duct. To improve the
duct accessibility for fire damper inspection purposes, we supply a flexible
coupling as an accessory
- labelled as TVKC in the Ordering Codes section. The thermal fuse link
releases the coupling mechanism when the air temperature in the damper
exceeds 72°C.
Main Dimensions and Weight
d
EI60/90/120S
(mm)
W1 (mm)
Ød
ND
(mm)
27
0,3
0,3
125
39,5
0,4
0,4
47
0,5
0,5
52
0,4
0,6
160
57
0,5
0,6
180
67
0,6
0,7
200
77
0,7
0,9
150
W1
EI90/120S
M (kg)
100
140
60
EI60S
ND-1,5
Ceiling Installation
1
1.ceiling
2
2.duct
3
4
3.gypsum / mortar / concrete
5
4.PKI-C
D
D – installation into continuous ducts
E – installation with a circ Air valve.
Installation Into the End of a Duct with a Valve
It is possible to install the cartridge fire damper at the end of a duct in
a wall / ceiling with a valve orifice
E
5.Air valve
118
|
Geothermal heat exchanger
GEO
Geothermal heat exchanger unit
Example of installation GEO
Why choose a ground heat exchanger?
In the winter, domestic heat recovery
units switch to a frost protection
mode at low temperatures outside. This
usually means that the supply
fan slows down, causing an imbalance
between the supply and exhaust air
through the heat recovery unit. Another
possibility is that a (pre-) heater is turned
on, which usually consumes 1 to 2kW of
energy.
In the summer, at high external temperatures, the supply air from outside can be
warmer than the air inside the house.
Thus, this warm supply air can heat the
house while this is not preferable.
The horizontal ground heat exchanger
GEO can offer a solution for
the problems mentioned above, using a
minimum of energy.
Why choose a GEO?
GEO has its own control which can be
used in combination with any type of
heat recovery unit. This control will start
the highly energyefficient pump of the
GEO at specific set outside temperatures,
causing the liquid to flow through the
duct. The temperature of the liquid, will
approach the temperature of the soil and
will transfer its energy to the supply air
of the heat recovery system through the
battery of the GEO.
By using GEO, the efficiency of the heat
recovery can be increased.
Items
Art-no.
GEO Unit,
including G4-Filter,
312513
Pipe, ND 12,5Bar
304981
Heat Exchanger Liquid (-14 °C)
304989
Benefits
• With 8W energy, you can gain up to
1.5 kW;
• Can be used in combination with any HR-unit
up to 500m³/h;
• Increases the efficiency of the heat recovery
unit;
• Has its own control, allowing energy con-
sumption only when needed;
• Has an A label-EC pump and a G4 filter for the
protection of the heat exchanger;
• Is easy to install, all in 1 case (pump, control,
sensors, filters, filling and venting unit, battery,
gauge, vent valve, volume meter, and pressure
vessel);
• Has a right / left version in 1 unit and the air to
the heat recovery unit can be mounted both on
the top and on the side;
• Thanks to relatively thin duct (25 mm), it is
easy to install;
Dimensions
• Is an hygienic and attractive solution;
• Is easy to clean: condensation develops in the
Aquacom, which is led to the sewer through the
condensate drain.
Geothermal heat exchanger |
Pressure loss GEO
100
90
80
Pa
70
60
50
40
30
20
10
0
0
100
200
300
400
500
600
700
Q m³/h
T GEO - „T in“ is constant
35
30
25
T °C
20
15
30°C in
10
T out summer
T out winter
5
-10°C in
0
-5
0
100
200
300
400
500
-10
-15
Q m³/h
Above is valid with a glycol/water supply temperature of 10°C.
For example: In an average house with the Heat recovery unit at speed 2 (+/- 250m³/h)
in summer the GEO will cool down the outside temperature from 30°C to 20°C.
In winter the GEO will heat up the outside temperature from -10°C to 2,5°C.
600
119
120
|
Vacuum cleaner
V20/V30
Vacuum Cleaner
• Sturdy PVC housing
• Appealing design
• Excellent suction power
• Easy, flexible installation
• Easy operation and maintenance
• Long service life
Basic equipment
Hose set with on/off switch at the handle
(11 m)
Art-No.
12550
The central vacuum cleaner V20/V30 is a
powerful, low-noise unit. Motor cooling
via separate fresh air duct system to avoid
soiling. The central cleaner is connected
and switched to inlet valves via low voltage wire. The dust canister is situated
inside the top of the device. Dust is separated by the filter bag.
Our vacuum cleaners are equipped with
safety filters and filter barriers to optimise
dust separation.
Complete pipe kit including all needed
pipe parts, glue, pipe clips, control cable
and installation Manual. Available in 3
sizes: for 1, 2 or 3 inlet valves.
Vacuum cleaner |
Accessories vacuum cleaner
Silencer for exhaust air
Art-No.
Wall grid for exhaust air
Art-No.
3744
Vacuum socket
Wall vacuum socket
Art-No.
3745
Hepafilter
12315
Ash separator
Single vacuum point with PVC mounting
frame, white
Art-No.
8485
Art-No.
Premium parquet brush with
roller
12549
Art-No.
Premium turbo brush
12320
Basket for accessories
Extra large brush for hard floors.
Art-No.
308685
Art-No.
V20
V30
Type
Art-No.
Power output (max.)
Motor cooling
Voltage
12547
1 600 W
Environment
230 V (50 Hz)
Control circuit
24 V
24 V
Suction effect
Current
Delay fuse
Low pressure (max.)
Air flow
Noise level LpA (1m)
Vacuum unit container
Mass
Gewicht
Max. pipe length*
Pipe diameter
540 W
6,3 A
10 A
2 730 mmWs
50 l/s
68 dB(A)
31 l
23 l, single-use
approx. 7,4 kg
approx. 30 m
Ø 50,8 mm (2”)
~2,5 m cable
(incl. plug)
620 W
6,5 A
10 A
2 880 mmWs
57 l/s
67 dB(A)
31 l
23 l, single-use
approx. 7,9 kg
approx. 30 m
Ø 50,8 mm (2”)
~2,5 m cable
(incl. plug)
Cable length
12548
1 650 W
Environment
230 V (50 Hz)
* Pipe length between the appliance and the farthest vacuum point, inclusive
exhaust air hose. The exhaust air hose should not exceed a length of 10 m. The
maximum hose length has been calculated by using a hose set of 10 m.
14508
Art-No.
Contents duct kit
Art-No.
Bend 90°
for connection vacuum point
Elbow 90°
(one piece swivel-mounted)
Elbow 45°
for connection duct system
Tee 45°
for connection duct system
Tee 90°
for connection duct system
Coupling
Duct brackets
Vacuum point (surface socket)
Wall plate, for vacuum points
(building shell)
Cover plate, for vacuum points
(building protection)
Low voltage cable 24 V
Mounting material (package)
Glue (bottle)
Duct, length 1,15 m
Installation manual
12318
1 socket
3734
2 socket
3735
3 socket
3736
1 pcs.
2 pcs.
3 pcs.
3 pcs.
7 pcs.
10 pcs.
2 pcs.
4 pcs.
6 pcs.
1 pcs.
1 pcs.
1 pcs.
-
-
1 pcs.
4 pcs.
3 pcs.
1 pcs.
6 pcs.
5 pcs.
1 pcs.
8 pcs.
6 pcs.
1 pcs.
1 pcs.
2 pcs.
3 pcs.
1 pcs.
2 pcs.
3 pcs.
10 m
1
100 ml
6 pcs.
1 pcs.
17 m
1
100 ml
10 pcs.
1 pcs.
30 m
1
100 ml
14 pcs.
1 pcs.
121
122
|
Combi Whole House Unit
The energy efficient Building Service Centre
Genius - All in one
Systemair‘s combi unit „Genius“ efficiently and economically
combines the complete building equipment for energy efficient
single-family houses.
Controlled room ventilation is more and more necessary for
houses with modern building standards. New buildings as well
as renovated buildings have higher insulation standards with
less heating loads. Consequently, conventional heating systems
are often over-dimensioned. Systemair‘s combi unit „Genius“
provides the solution - the ventilation system enables heating
as well as cooling in an efficient way. This can be achieved by
temporarily increasing the volumetric flow in combination with
an air-air/air-water-heat pump. The pump also provides higher
hot water comfort.
Genius optimises HVAC for energy efficient buildings.
Therefore, it is possible to conceive self-sufficient and CO2
neutral systems in combination with PV systems.
Hot water generation
The Genius building services centre is equipped with a 150 litres
drinking water reservoir. The service centre ensures hot water
comfort because water treatment works during all operating
modes.
As a consequence, the water is heated to the required
temperature parallel to heating or cooling operation.
The water reservoir features an electric heating element to
guarantee operation at low external temperatures.
Control unit
The control unit of the building services centre is able to control
the complete heating, cooling, hot water system and ventilation.
The control unit provides a user level for the owner and a
service level for service personnel. The entire control unit can
be controlled by an internet application.
Controlled room ventilation with heat recovery
Controlled room ventilation with integrated heat recovery
provides a balanced and agreeable indoor climate.
Permanent fresh air supply into living rooms and exhaust of
used air guarantee a healthy indoor climate. Heat recovery is
provided by a rotating heat exchanger which transfers exhaust
air heat to the supply air - the heat remains in the building.
Heating and cooling with heat pumps
Heating in winter and cooling in summer! This is made possible
by a steplessly controlled air-air/air-water-heat pump.
The heat pump adjusts its performance according to the
requirements for a highly efficient operation.
Used air is exhausted from living areas via a separate duct
system and led back after treatment (heating or cooling) to
living and sleeping areas. This is a pure air heating/cooling
system.
The exhaust system remains unaffected. Odour or substance
transmission from exhausted rooms to supply air is thereby
excluded.
Genius - Building Services
Centre
Combi Whole House Unit |
All in one
The new „Genius“ Systemair Central Building Services Unit for
energy efficient residential houses with the functions:
• Heating/Cooling/Ventilation
• Heat recovery
• Hot Water
This consists of three modules. The hot water module with
stainless steel storage tank, the heat pump module with
reversible air to air and air to water heatpump for heating and
cooling, the ventilation and energy recovery module with
energy saving fans and a rotating heat exchanger with recovery
of humidity in winter and dehumidification in summer.
Ventilation will be done as usual by two fans. Heating or cooling
of the rooms will be provided through the supply or recirculation air ducts. Electrical PTC elements in the supply air elements
allow independent control of individual rooms, and if necessary,
balance extreme outdoor temperatures.
Compared to conventional systems, the Systemair Central
Building Services Unit „Genius“ offers additional advantages, all
combined in one unit:
• Ventilation with heat recovery
• Low energy use
• No extra radiators required
• Intelligent single room control
• CO2 and humidity control, optional
• Energy saving fans
• Hot water production parallel to heating operation
• Control system for the the complete building services, designed for efficient comfort operation
• Emergency mode for heating and hot water
• Legionella function, fast charging hot water
• Geothermal heat exchanger, optional
• Ventilation unit thermally isolated
123
124
|
Combi Whole House Unit
Central Building Services Unit „Genius“ in detail
ambient
air
secondary
air
exhaust
air
supply
air
Ventilation module
• Rotating heat exchanger with humidity recovery.
• Heating and cooling through supply air ducts (recirculation air).
Heat pump module
exhaust
air
• Reversible air to air and air to water heat pump for
heating, cooling and hot water.
• Steplessly controlled compressor to modulate the power exactly to the need of heating and cooling energy.
ambient
air HP
Hot water module
• 150 litres stainless steel storage tank for hot water
• Hot water production parallel to heating function.
• Electric heater with 3 kW power
Technical data
Genius
Heating power
kW
5
Cooling power
kW
4
Air flow (normal operation)
m³/h
250 (100 Pa)
Heat recovery
bis 88 %
Hot water
l
150
Electric heater
kW
3
Width
mm
865
Heigth
mm
2070
Depth
mm
750
Dimensions
Installation and maintenance
Easy installation and maintenance due to modular system.
HRU
Ventilation module
HP
Heat pump module
HW
Hot water module
Index |
125
Index
A
AE
Air Valves
AL
Page No
IR24-P
Self Regulating motorised Air Valves
110
ISO +
Various Air Valves
106
K
Self Regulating Air Valves
B
111
Page No
K-EC
KVKE-EC
Balance - E
Balance-E Extract Plastic Air Valve
107
L
Balance - S
Balance-S Supply Plastic Air Valve
107
LDC
Domestic Axial Fan
40
M
Humidity & PIR Air Valve
112
MTP 10
BOREA
Adjustable Air Valves
109
MVS
BRAVO
Domestic Centrifugal Fan
170
P
BF
BHC
C
CB
CBF
Page No
PK-I-C
Electric heater battery
80
R
Domestic Centrifugal Fan
42
RDA
PIR 24V
Insulated Circ Ducting
EC Circular Metal Tube Fan
EC Compact Acoustic Box Fan
Circular Duct Silencer
EC Fan Speed Control 0-10V
Central Extract Fan
Circular Fire Damper
33
Back Draught Shutter
RVF
Domestic External Wall Fan
CF
Domestic Centrifugal Fan
42
S
CVVX
CWK
SCD
Heat Recovery Wall Grille
104
SPI
LPHW Water Heater batteries
80
T
D
Diffusers
DSG
Ducting
Page No
Iris Damper
116
Page No
Timer
38
TFSK-EC
EC Roof Centrif Fan (Square Base)
28
TFSR-EC
EC Roof Centrif Fan (Circ Base)
28
Duckwork & Accessories
91
TFF
Circ Diffuser
108
Page No
TG
EAF LV
Domestic Low Voltage Axial Fan
41
TST
ECF LV
Domestic Low Voltage Centrif Fan
41
Tune-R
Motorised VCD
78
V
ES
102
39
TSL-1/EC
EFS-RCK
31
Silencers
106
35
EFF
Silencer, Flexible
Pressure Sensor
Demand Control System
EFD
43
Page No
Various Diffusers
E
EC-Vent
T120
117
115
RSK
Silencers
44
Constant Air Volume Device
79
39
34
Page No
78
81
102
Page No
HRU Control Panel
CO2 Sensors
24
Page No
HRU Control Panel
Cooker hoods
26
Page No
CD
CO2RT / CO2RT-D
101
Page No
CE
Cookerhoods
39
Metal Air Valve
106
V20 / V30
5 in 1 Roof Cowl
105
VBC
Commercial 6”, 9” & 12” Fans
45
VK
F
Temperature Sensors
38
Cooker hood
81
Circ Diffuser
108
Single Blade VCD’s
116
Page No
Central Vacuum Cleaners
120
LPHW Water Heater Battery Circ
80
Louvre Shutter
32
Page No
VR 250 ECH/B
Residential Heat Recovery Unit
52
Cooker Hood
81
VR 300 ECV/B
Residential Heat Recovery Unit
60
FAV
Self Regulating Fresh Air Valves
113
VR 400 DCV/B
Residential Heat Recovery Unit
62
FGR
Panel Filter Cassette Circ
33
VR 700 DCV
Residential Heat Recovery Unit
64
Fast Clamps
30
VSR 300
Residential Heat Recovery Unit
66
Plastic & Metal Flat Ducting
94
VSR 500
Residential Heat Recovery Unit
68
Plastic Duct System
84
VTR 150/K
Residential HRU with cookerhood
54
Flexible Ducting
Various Flexible Ducting
93
VTR 200/B
Residential Heat Recovery Unit
56
FSSSVLF
Stainless Steel Air Valve
F251
FK
Flat Duct
Flex +
G
Genius
Geo
IGK
IF
Commercial Heat Recovery Unit
58
Commercial Heat Recovery Unit
74
Commercial Heat Recovery Unit
76
Self-Adjusting Fresh Air Vent
114
Heat Recovery Unit Side Conn
70
Heat Recovery Unit Top Conn
70
122
VTC 700
Geothermal Unit
118
VTK
Page No
Room Humidiistat
I
IGC
VTC Low E
VTC 300
Combi Whole House Unit
H
HR1
107
Page No
38
Page No
Circular Wall Louvre
VX 400 E
VX 400 EV
VX 700 E
31
VX 700 EV
Square Wall Terminal
32
W
Domestic Shower Axial Fan
40
WBK
Heat Recovery Unit Side Conn
70
Heat Recovery Unit Top Conn
70
Page No
Mounting Bracket
79
Systemair UK • November 2012 •
www.systemair.co.uk
www.villavent.co.uk