Systems Guide
Products, services and controls for integrated
air-conditioning and refrigeration solutions in commercial
and industrial markets
PROD-PRC014-E4
PRODUCT CHARACTERISTICS
Cooling-only system
Heat pump (or reversible cooling/heating) system
Heat recovery system
Free cooling system
Cooling-only and electric heater
Cooling-only and gas burner
R134a refrigerant
R407C refrigerant
Eurovent certification
COMMUNICATION
Tracer Summit™ compatibility
Conforms to the BACnet™ standard
Conforms to the applicable
LonMark® profiles
Water terminal and scroll chiller systems applications
Air handling unit and air distribution system applications
Rooftop and VAV applications
Interoperability and integration
Factory-mounted controller
Throughout this catalogue, “Option” refers to a factory-mounted device. “Accessory” refers to a device that is to be installed on the job site
©American Standard Inc. 2006
Photographic credits : Getty Images - BananaStock
Plant control applications
Our business is a business of providing
energy-efficient and environmentally
responsible systems that sustain high
performance for life...
By doing so, we make it possible for buildings and
industrial processes to operate at world-class levels...
Trane systems do more than make chilled water or
warm and cool air.
Our systems ensure process reliability, energy efficiency, as well as superior indoor air quality.
And these results are realized by carefully looking at
how everything works together - before we put anything together…
So whether the challenge is creating sophisticated
Integrated Comfort™ Systems for luxury hotels…
enterprise services for high-performance working
environments… control systems for critical, regulated
processes…
Trane has the committed team with
the technical know-how and expertise
to help your building or your process
perform at its utmost ability...
TRANE BRINGS VALUE TO YOUR BUSINESS
1
American Standard is a global diversified manufacturer of high quality,
brand-named products in three major business segments.
Air-conditioning systems and services, sold under the Trane® and American
Standard® brands for commercial, institutional and residential buildings;
Bath and kitchen fixture and fittings, sold under such brands as American
Standard®, Ideal Standard®, Ceramica Dolomite®, Armitage Shanks®, Porcher®,
Børma®, Sottini®, JADO® and Absolute;
Vehicle control systems, including electronic braking and air suspension systems, sold under the WABCO® name to the world's leading manufacturers of
heavy-duty trucks, buses, SUVs and luxury cars.
American Standard is one of the largest providers of products in each of its
three major business segment; the company employs approximately 60,000
people, operates in 50 countries and conducts its manufacturing activities
through 103 plants in 28 countries.
Trane is a leading global provider of energy efficient HVAC systems service
and parts support, building controls and solutions designed to meet
the specific needs of our commercial, institutional, industrial and process
application customers.
Trane generates $6.0 billion in global sales, employs over 26,000 people,
has sales and service operations around the world and conducts its
manufacturing activities through 27 plants in 10 countries.
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PROD-PRC014-E4
A TRUE GLOBAL COMPANY WITH LOCAL PRESENCE
Trane has offices and service operations around the world. About 130 locations in Trane EMAIR (Europe, Middle
East, Africa and India Region) are staffed by a team of the industry's most experienced sales engineering professionals and are organized to provide uniform local support capabilities such as engineering expertise, application assistance, service, parts and financial solutions.
In addition, Trane offices provide the benefits that come with a working knowledge of local business practices,
building codes, languages and currencies.
TRANE AND THE ENVIRONMENT
Trane’s environmental commitment is to provide state-of-the-art HVAC systems that are good for our
customers, for our businesses, and that are environmentally responsible.
Trane’s responsibility is to keep a comprehensive view of what affects our planet’s health, remain accountable
for our actions, and preserve engineering excellence so as to further improve the environmental benefits of our
products and services.
The global environmental policy goes even deeper, as Trane pro-actively participates by anticipating regulatory
changes and by integrating environmental impact reduction in all projects.
While Trane’s environmental commitments and policies are global, the environmental priorities of customers
may vary locally. Trane invites you to contact your local sales office for the most updated information for your
region.
Trane manufacturing sites in Charmes and Golbey were certified ISO 14001 in July 2004.
TRANE QUALITY
Driven by our commitment to provide high quality products and services, American Standard
and its businesses pay close attention to quality every step of the way… from development to sales.
Trane was the first company in its industrial sector to obtain ISO 9001 certification in December 1987.
The manufacturing sites of Charmes, Golbey and Colchester have been certified ISO 9001: 2000 process-based
Quality Management System.
Product quality is also achieved through processes led by DFT (Demand Flow Technology) and Six Sigma
efforts, making Trane a responsive, flexible and demand-driven organization.
TRANE COMPLIANCE
Trane participates in the Eurovent certification programmes where product performance and construction data
are validated by independent laboratories. The added value to you is a guarantee to performance compliance
and the peace of mind knowing that Trane puts forth continuous efforts ensure we are meeting the needs of our
customers.
TRANE AND SAFETY
As a business of American Standard, Trane has a company-wide mission to create a safe and healthy work environment. This is accomplished by creating individual ownership and responsibility and by building
processes that help prevent injury and illness.
This mission also encompasses the safety of our customers, anticipating and helping to solve our customers'
safety problems to ensure a safer future for all.
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TRANE BRINGS VALUE
TO YOUR BUSINESS.
A Trane system can have a measurable impact on your business, no matter what your business is. It’s been proven time after time
that Trane can positively influence not only your working environment but your bottom line and even your production and design
timetables.
What we do.
Trane manufactures, manages and services HVAC equipment systems or controls for buildings and industrial processes all over the
world. We’re the industry leader in R&D, as well as manufacturing.
Our projects are large and small but all have these in common:
-
reliability
energy efficiency
environmental responsibility
cost efficiency
- technological expertise
- state-of-the-art equipment
- meeting or exceeding environmental standards
- meeting the individual business needs of a client, no matter
how simple or complex
Equipment systems are the tip of the iceberg.
Whether we work with you directly or as a contributing partner, we can serve you in a variety of ways, like evaluating the equipment
you have and upgrading it if necessary, or integrating your system with advanced controls.
We can train your facilities department in the intricacies of heating, ventilating and air conditioning (HVAC) equipment systems,
controls, and industry standards and issues.
We can also service and maintain your systems, and provide emergency assistance, parts and supplies to keep your system operating
at peak efficiency.
The bottom line.
We have the best people, the best equipment and the best service in the industry. Which all comes down to this: Trane has the knowledge and resources to turn building systems into business advantages for you.
LODGING
Trane has decades of experience working with the lodging industry allowing hotel owners to achieve a high
level of consistency from location to location, from economy motels to upscale hotels and resorts,
with increasing expectations at each level.
Guest comfort and energy savings have significant relevance this industry.
With intelligent building design and quality equipment, it is possible to achieve both energy efficiency and
unimpeachable guest comfort in all its dimensions, including acoustics,
temperature, humidity, absence of odors, and precise control.
Guest comfort deals with indoor air quality (IAQ) and this goes beyond good housekeeping.
It requires intelligent system design, use of the right equipment, good HVAC maintenance practices,
and training support for facility teams.
Trane can help to achieve and maintain the highest quality air by installing humidity control systems, providing ample ventilation
with filtered and conditioned outdoor air, and working with your building staff to meet or exceed IAQ standards.
Energy is the second-highest operating cost component in the lodging industry. With the use of Trane heat recovery solutions you can
save energy on both airside and waterside capturing energy that would otherwise be lost.
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COMMERCIAL OFFICES
The commercial office market is a highly competitive one. Owners have the onerous
responsibility of not only attracting prestigious and desirable tenants but also retaining them with excellent
services.
Trane offers superior air conditioning comfort as a means of attracting new tenants and as a source
of differentiating the building from the rest of the crowd.
Research has proven that comfort significantly impacts productivity. More than half of all tenants
in commercial office properties find their offices “too hot” or “too cold”. Most tenants who complain about discomfort end up moving out of their premises when their lease ends and this, of course, affects profitability.
In addition to supplying superior comfort, Trane’s energy efficient equipment will help in electricity savings while our automation software and direct digital controlled terminal units can help generate revenue from your tenants’ use of air conditioning facilities after
office hours.
Trane makes buildings work better and creates an optimum working environment while controlling operating costs
for office buildings.
LIFE SCIENCES
Trane provides solutions for facilities devoted to research, development, manufacturing, and product stability
across the life sciences industry. Our integrated systems provide tightly controlled environments
for pharmaceuticals, genome projects, medical devices, and a full range of biotechnology products.
Applying superior engineering expertise, Trane provides integrated HVAC and building management systems
that allow you to take command of the environmental conditions in your facilities.
Trane can be your knowledge partner, keeping abreast of changing regulations and bringing you
the technology to meet these challenges.
Our strong relationships with the specialized firms most capable of successfully designing and constructing life
sciences facilities also help ensure the seamless success of this entire critical process. Trane HVAC and building
management systems make a major contribution to your speed to market — the most hotly pursued success
factor in the life sciences industry.
We provide validation documentation templates that streamline the entire process for your in-house or external engineering teams.
Together we perform installation, operational, and performance qualification, ensuring all systems, processes, functions,
and documentation can be validated for your specific environment.
Trane offers the products and expertise to make your HVAC systems a point of absolute reliability in this equation.
RETAIL
The best facilities promote customer comfort, increase brand competitiveness and drive revenue,
all at the lowest life-cycle cost.
From simple stores to modern shopping complexes, Trane has experience in the retail business. Trane offers a
portfolio of building support tools, services, and expertise that optimize the facility throughout its life cycle.
We know that the temperature, humidity and ventilation management needs of stores are different than for
other buildings. Leveraging our experience, we can help identifying specific areas for energy and comfort
improvement. Trane can provide the knowledge to keep buildings operating at their design levels.
With our equipment and controls technicians, we can help to reduce the risk of sales lost due to comfort system failure.
Trane equipment has a worldwide reputation for the highest quality and reliability.
Trane offers proven systems to help your project succeed and thousands of trained service technicians with superior knowledge
to serve you, with all systems you chose.
Trane can supply the systems you need, applying our range of industry proven, high-efficiency comfort equipment
and digital building controls for all sizes of installations.
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TABLE OF CONTENTS
BUILDING MANAGEMENT SYSTEMS
Domains
10
Functions
18
Applications
26
Products and accessories
32
CHILLED WATER TERMINALS
Fan coil units
1-12 kW
Fan coil units for office applications
2-7 kW
Fan coil units for lodging applications
1-5 kW
Ductable units
4-30 kW
Cassettes
1-12 kW
50
UniTraneTM FCC-FCK-FVC
58
Slim Line HFO-HFR
64
Slim Line HFH
70
FWD
76
CWS
Air handling units
700-108 000 m3/h
Air handling units
1 000-132 000 m3/h
Air handling units
1 000-140 000 m3/h
Air handling units
1 000-18 000 m3/h
Air handling units
1 200-86 000 m3/h
Air handling units
1 800-120 000 m3/h
Variable air volume systems
84
CLCE
86
CCEA
88
CCTA
90
CCH
92
CCVA
94
CCSA
96
VariTrane™
Linear and cassette diffusers
98
VDLE-VRLE-Cassette
Axial fans, scroll compressor
19-61 kW
Remote hydraulic module
102
CGA/VGA/CXA/CXA
110
HDM
Axial fans, scroll compressor, heat pump
50-270 kW
Axial fans, scroll compressor, heat pump
285-465 kW
Axial fans, helical rotary compressor
250-650 kW
Axial fans, helical rotary compressor
400-1500 kW
112
AquaStream2™ CGAN/CXAN
120
AquaStream2™ CGAN/CXAN
126
RTAD
136
RTAC
144
CGWH/CCUH
150
AquaStream2™ CGWN/CCUN
156
RTWB/RTUB
164
RTCA
166
RTHD
170
CVGF
172
ABSC
AIR SYSTEMS
OUTDOOR CHILLERS
INDOOR CHILLERS
6
Scroll compressor, packaged and condenserless chillers
51-153 kW
Scroll compressor, packaged and condenserless chillers
180-350 kW
Helical rotary compressor, packaged and condenserless chillers
200-700 kW
Remote condenser
215-600 kW
Helical rotary compressor
500-1500 kW
Centrifugal compressor
1400-3800 kW
Single-stage absorption
400-1630 kW
PROD-PRC014-E4
INDOOR CHILLERS
Single-stage absorption
2000-4800 kW
Two-stage absorption
1300-6000 kW
Direct-fired absorption
350-3900 kW
Centrifugal fans, scroll compressor
49-150 kW
Centrifugal fans, helical rotary compressor
130-170 kW
174
Horizon™ ABSD
176
Horizon™ ABTF
178
ABDL
180
CGCL
184
RTRA
188
Voyager™ WSD/WSH-WKD/WKH
196
Voyager™ TSD/TSH-TKD/TKH
204
Voyager™ YSD/YSH-YKD/YKH
212
Tracker™
213
VariTrac™ II
218
TTK/TWK + MCD/MWD
220
TTA/TWA + MWD
222
RAUL
228
Jupiter
230
Mercury
234
VarioTrane TR1
238
EvoluTrane
239
Trane Select Contracts
240
Chemical analysis
241
Eddy current tube analysis
242
Vibration analysis
243
Remanufactured compressors
244
Equipment enhancement
245
Parts and supplies
ROOFTOPS
Reversible
17-62 kW
Cooling-only
18-143 kW
Gas-fired
17-143 kW
Light commercial building supervisor
Variable air volume systems
SPLIT SYSTEMS AND CONDENSING UNITS
Split system
3-15 kW
Split system
19-31 kW
Condensing unit
55-218 kW
CLOSE CONTROL UNITS
Technology and comfort applications
5-20 kW
High tech applications
22-63 kW
VARIABLE FREQUENCY DRIVES
Variable frequency drives
0.37-400 kW
SERVICE SOLUTIONS
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BUILDING MANAGEMENT SYSTEMS
8
PROD-PRC014-E4
▲
Interoperability
▲
▲
WWW
Management
level
Tracer Summit TM
Web Server
Operator
Interface
LCD Touch Screen
▲
Building
Controls
BCU
Field Server
▲
Automation
level
PIC
ZSM
Field
level
▲
Power panel
control
RTHD
Lighting
control
HFO/HFR
Energy
metering
VariTrac TM
MP501/MP503
Alarm control
and
monitoring
CGAN/CXAN
Trane Building Management Systems
EX2
3rd party
equipment
control
CLCE
Building
information
monitoring
Voyager TM
Domains:
Full BMS offer: Trane has developed a full range of
communicating controllers and components that can
address all the needs of customers looking for
comfortable, and efficient environments related to HVAC
Building Management Systems. Trane also has taken care
that the teams serving this activity are structured so that
customer can get the right support at the right time.
Functions:
Applications:
Open Systems: Trane has adopted the latest open
protocols standard and built them as native services into
its BMS offer. BACnetTM and LonTalk® are native within
Trane BMS panels. Thus several ways of integration and
interoperability are offered to users as to free them up
from brands.
Factory-mounted Controls: Every piece of
equipment leaving the factory is equipped with a
controller which is mounted, wired up, configured and
tested before the unit ships to the site. This ensures that
equipment is easy to commission and ready to run.
Products:
Field devices
Control,
measure,
monitoring
HVAC
Equipment
with FactoryMounted
Controls
▲
Industry
Large buildings
Medium buildings
Light commercial buildings
Water plant systems
Variable air systems
Water terminal systems
Packaged unit systems
Water terminal unit control
VAV units
AHU
Technical lots
Building Management Systems
Communication gateway
ZN family
AHU controller
Freely programmable controller
I/O controllers
Network controller
Web server
VAV controller
BMS software
BUILDING MANAGEMENT SYSTEMS
▲
▲
Site installed
Unit Controls
MP583
MP581
Integration
ZN523
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Domain: Industry
Utilities and HVAC process control
Trane already has a wide experience of industrial control
applications, starting from simple chiller plant
management, up to highly technical systems, such as
underground water source heat pumps, or condenser
optimization for improving chillers efficiency.
Reliability: One of the highest priority of Trane
engineers when designing an industrial application is to
ensure a system that is reliable. As an example
installation operation continuity is being focused on at
design and commissioning stages. Trane proposes
systems that can revert to a safe stand alone running
mode should any issue such as communication troubles
arise, offering cooling capacity until the issue has been
analyzed and fixed.
Ease of use: On top of that reliability, Trane system
allows for ease of system operation. Whatever the
proposed solution is, Trane always proposes simple to
use user interfaces. These ones always offer pertinent
information about system status and running conditions.
Since every piece of equipment is hooked up to a
network, the user can access at any time many system
and units information, allowing for easy diagnosis, and
easy understanding of system reactions.
Optimization: Trane also focuses on savings. This
objective is focused on since the beginning of the project.
Piping arrangement, chiller technology, unit sizes
arrangement are being studied so that customer can get
the best result of their installation, according to their
system load profile. Chiller Plant sequencing is a
powerful pre-engineered function that only requires
parameters for being able to drive the installation with
high level of optimization.
Dedicated BMS teams: From here, Trane is
able to propose the BMS products adapted to the solution
that the customer has chosen. At this point of time, BMS
project fulfillment teams take over the project. BMS
project fulfillment teams follow a complete process:
building clear and fully detailed project specifications,
proposing clear project development and fulfillment
schedule, and project management.
Ease of commissioning: Pre-engineered
chiller plant management function are implemented on
the system so that commissioning time can be as
reduced as possible.
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Industry
1 = Critical Systems monitoring:
Electrical Power: MP581
2 = System Water Flow Control:
Variable frequency pump Control:
VarioTrane VFD
3 = Chiller condenser operation:
Cooling towers control: MP581
4 = Chiller Plant Control:
3 RTHD with factory mounted CH530
Twin pump control for each chiller: BCU
5 = System monitoring and Control:
Supervision: Tracer SummitTM
3
1
2
5
4
Consulting services: Trane also has developed
Single source responsibility: Customers
can have access to project info from a single source
within the Trane organization. After the project has been
fulfilled, it is also easy for customers to get assistance
from Trane in concluding a maintenance and service
contract including HVAC and BMS equipment / softwares.
This way, system fluctuations, fine tuning etc … can be
done by people working in sync with those teams that
have developed originally the application. This by essence
ensures service continuity as well as efficiency in
answering any request of system improvement or
adaptation.
BMS: Domains
the capacity of offering full support to its customers,
beginning with customer's technical service. Trane
proposes its simulation and solution evaluation software.
Using this tool, customers can easily evaluate the best
alternative for solving their problem, by being able to
view the solutions from different angles, such as
economical aspects, technical aspects, safety and
reliability etc…
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Domain: Small/medium size office
Building control
The know-how gained while sharing experiences with its
comfort process customer has led Trane to develop BMS
solutions dedicated to these applications.
Comfort is a key in these projects, but not the only one.
Having a look at the entire project process, as well as
offering a system capable of handling the overall building
control functions has also been taken into account in
order to offer packaged solutions.
The packages Trane offers allow for several advantages:
Comfort: All Trane HVAC equipment are shipped with
factory-mounted/factory-programmed controls, offering
easy-to-install equipment, and reduced commissioning
time. All building equipment is fully compatible with each
other thanks to use of LonTalk® protocol. All comfort
control functions, such as scheduling, heating/cooling
change over management, timed overrides, chiller plant
management, boiler plant management, indoor air quality
control are built in the system. The system also ensures
acoustic performance, by having FCU using the lowest
fan speed possible.
Energy savings: Trane's package includes several
functions dedicated to energy savings, such as
chiller/boiler plant optimization, allowing for pumping
energy savings, as well as equipment starts and stops
optimization. It also includes automatic water
temperature compensation, occupied / stand by /
unoccupied modes for FCU etc…
Ease of use: Trane's solution offers a VGA display,
presenting data as graphics. The entire system can be
accessed by an intuitive navigation tree system. Daily
operators can easily access information such as ambient
temperatures, setpoint settings, timed override on any
zone, not being forced to understand HOW comfort is
being maintained. For more advanced users or technical
personnel, the system also offers capability to access to
details about equipment such as various running
conditions for chillers, boilers, and AHU, or optimization
parameters for plant controls. System however integrates
advanced event logging and trending, and very powerful
system access protection through password strategies.
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2
3
6
4
5
8
Offices
1
1 = Chilled Water Plant: 2 CGAN with factory
mounted CH532: BCU
2 = Fresh air control: AHU: MP581
3 = Lighting control: EXL
4 = Open space comfort: HFO with factory mounted
ZN controller
5 = Tenant interface: Setpoint and room conditions
information: Web Server
6 = System monitoring and control: Supervision:
Tracer SummitTM
7 = Intrusion system: Access control system
monitoring: BACnetTM
8 = Critical Systems monitoring: Electrical Power:
MP581
9 = Hot water plant: Boiler Plant Control: BCU
9
7
Ease of installation: Trane's delivered package
can come as a predefined kit including all components,
control panels and so on, so that very little amount of
coordination is requested for on site installation, wiring
and commissioning. It is also possible to get the parts as
individual pieces, would the contractor, or would
technical constraints such as clearance etc … not allow
for using the full 'kit'.
Thus Trane's offer is a solution that allows for better
building performances and optimized project
management, answering all concerns.
handling Trane equipment, but also extending its domain
to integration of non-HVAC functions, such as external
lighting systems, grass watering, intrusion system or
even alarms from ancillaries such as power systems,
circuit breakers etc…
Ease of doing business with: Choosing this
solution means having only one company handling the
overall comfort process. Trane is the contact for any
advice concerning either the HVAC equipment or the
associated BMS. System optimization will be done by
people who perfectly understand the HVAC equipment,
and BMS components.
BMS: Domains
Flexibility: Trane's system is capable not only of
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Domain: Large office building
Building management control
In addition to HVAC application solutions for large scale
building projects, Trane has developed one of the most
open Building Management System solutions available
on the market. This range of solutions, completely
developed and manufactured by Trane, is the sum of
decades of expertise, hundreds of HVAC system designs,
thousands of operating and maintenance experts. It is the
way a reliable and renowned manufacturer helps his
customer get the best out of his products.
Large building comfort application have been carefully
studied by Trane and fully optimized functions have been
implemented within Trane's BMS. These functions offer
several unique advantages to Trane's contacts along the
project cycle.
Flexibility: Trane's BMS is a highly flexible system
that offers ease of (re) configuration. This allows the
system to be adapted at every step of a project. It has
also been considered that large buildings require changes
quite regularly in the levels layout (open space) and
Trane's system is fully organized as to allow for space
reconfiguration, thanks to advanced master/slave
capabilities of terminal units controller, perfectly fitted in
the global BMS.
Flexibility is also at first priority when considering
Building Operations. Trane's BMS integrates graphical
user interfaces, either based on HTML pages handled in a
dedicated environment, called Tracer Summit™, or from a
simple and standard PC Web browser for daily
operations.
Another important point is about the ability of Trane's
solution to offer equipment integration and system
interoperability. Since 1995, Trane has adopted the most
advanced standard protocols, such as BACnetTM, LonTalk®
or MODBUS, and has implemented them as native
features of its BMS.
Reliability: Trane's BMS takes advantage of Trane's
experience in HVAC equipment, as well as in BMS, as
Trane has been active in this domain for the last 25 years.
Building its own electronic component was a choice that
Trane made as to perfectly master the complete product
life cycle, from development, engineering, manufacturing,
up to maintenance, support and upgrade. This means that
every piece of BMS component is well-known by Trane's
BMS personnel, and, would the project engineer require a
specific piece of information for assisting his customer,
he can find it easily within Trane's organization.
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2
3
4
5
7
8
11
10
Efficiency: Trane has developed pre-engineered
function within Tracer Summit™ that allow a high level of
system efficiency which can be seen from different
angles.
Efficiency of commissioning: Minimum programming
is required to set up these functions and the BAS
project engineers can spend more time in fine-tuning
the system rather than developing the applications
from scratch.
Perfect equipment coordination: Trane's HVAC
equipment comes with its factory-mounted controller.
All these controllers have been developed keeping in
mind their possible association within a system and
thus, their interactions have been envisaged and
implemented within Trane's BMS. This way, it is quite
easy for Trane's BAS engineers to associate the
controllers and get the best of the equipment, simply
by telling the system how these controllers are linked
together.
Fine-tuning: Trane's BMS integrates a unique report
generation system that allows operations managers
to get a report of the current system status, by the
simple click of a mouse. This operation can be done
on ANY equipment integrated in the system, and does
not require any programming. Should the operation
manager want a specific report, a specific layout, a
specific trend, Trane's BMS integrates a very simple
report template editor that allows creation of any
9
report, just by dragging/dropping any piece of
information available in the BMS database.
Comfort: Trane's core business is about developing
HVAC equipment. As to reach the unquestionable level of
equipment quality, reliability and efficiency, Trane's
engineers have had to consider the equipment in their
global environment. This means that on top of ensuring
equipment safeties and running condition efficiency care
has been taken ensure performance around acoustics,
energy savings, etc. Through the use of Trane's BMS,
these aspects of equipment running conditions are even
improved. As an example, a VAV box can be driven
according to pressures and running conditions of the
AHU that is serving it. The equipment exchanges data in
order to align the respective working conditions to deliver
the optimum service to the end user.
BMS: Domains
6
Large Offices
1
1 = Weather information: MP503
2 = Chilled water plant: 2 RTAC with factory
mounted CH530: BCU
3 = Fresh air control: AHU with factory
mounted MP581
4 = Open Space comfort: HFO with factory
mounted ZN523 controller
5 = Environmental comfort: Lighting control:
EXL, Sunblinds control: EXB
6 = Tenant interface: Setpoint and
room conditions information: Web
Server
7 = Workstation: Building Systems
Management, operation and diagnosis:
Tracer SummitTM
8 = Variable Air flow control AHU + VAV
valves: MP581 + VV550
9 = Hot water plant: Boiler Plant Control: BCU
10 = Electrical Power monitoring: MP581
11 = Interoperability: Access Control system
monitoring: BACnetTM + LonTalk®
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Domain: Light commercial
Building control
Trane has developed a Building Management System
whose capabilities perfectly match context of rooftop/air
distribution applications. Trane's BMS, for light
commercial applications presents many advantages:
The system is compact and very convenient to install and
wire up. Trane's equipment uses an open standard
protocol, called LonTalk®, which is often present in this
type of building, and contractors perfectly master this
kind of bus topology installation.
Delivered System: Trane's light commercial BMS
only requires a few settings to be implemented on an
application. Thanks to the capability of any Trane HVAC
equipment to communicate over a network, the BMS
manages to identify these equipment linked together,
builds the corresponding database and automatically
offers to the end user predefined functions such as timeof-day schedule, automatic setpoint reset, zone
management or alarming menu, with almost no labor
required. If the customer wants to customize his interface,
a convenient software interface is available to change
zones that have been automatically created, changing
alarms menus, and so on.
Trane's delivered system offers an additional perspective,
since every piece of the puzzle comes from the same
manufacturer. It is far easier to have coordination on
equipment delivery, commissioning and fine tuning, since
only one contact is involved for this. On top of this, Trane
personnel are well trained for the entire system
components, ensuring efficiency in commissioning, and
fast response should the customer require any
information.
16
PROD-PRC014-E4
1
2
Commercial
1 = Space temperature and humidity control: Rooftop
units with factory mounted control: ReliaTelTM
2 = Lighting control: MP581
3 = Tenant interface: Setpoint and room conditions
information: Zone Sensor (THP-THS)
3
Energy savings: Various pre-engineered tactics,
such as setpoint reset, time-of-day scheduling, duty cycle,
have been implemented in the system and can be
associated together to improve system energy efficiency,
and almost not touch system comfort management
capability.
Saying this, Trane's delivered BMS for commercial
applications is a powerful answer to customers who want
a very easy-to-use system, capable of simplifying their life
all along the project life cycle.
Trane's system also has the capability to control ancillary
equipment, such as lights, parking lots, energy meters,
and any equipment that must be controlled according to
a time-of-day schedule, through simple interface such as
relay contacts.
BMS: Domains
Trane's system is easy to install, set up and use. This
means that system updates, system daily operations and
system maintenance can be done by operation personnel
very easily, requiring almost no specific training.
17
PROD-PRC014-E4
Function
Water plant systems
Chillers are one of the main focuses for Trane. Their
environment is perfectly known by Trane engineers. This
has led up Trane developing advanced Chiller Plant
Control applications within its Building Management
System. Trane also has taken this opportunity to make its
system fully capable of handling boiler plants.
Various aspects of boiler/chiller plant operations have
been studied and very smart functions have been
implemented within Trane's Water System Management.
Trane's systems are able to handle many hydraulic
layouts.
Most efficient results can be achieved with well-prepared
piping arrangement. However, Trane always studies
piping arrangement that is either existing or considered
for the installation. Trane specialists in hydraulics and
chillers application always review the system drawings
before any proposal is made. This helps Trane to clearly
point out what the installation is really capable of
delivering, and to position these capabilities regarding
what is expected.
Once this is clear, Water System Management adds
advanced capabilities to the customer's installation:
Flexibility: Water System Management offers
flexible interfaces to operate chiller plant. By a few mouse
clicks, chillers can be turned into maintenance, sequence
numbers can be adjusted and rotation can be initiated.
The same interface also helps operation personnel
exactly know what the installation has been doing, is
currently doing and will be doing in the near future. At
any time, the operator can anticipate system reactions.
System graphics for plant operation can be monitored
from an Intranet, using a web browser.
Energy savings: Water System Management
always ensures that chillers are used in their most
efficient operation conditions. Unit technology and
environment conditions are monitored by Water System
Management, which adjusts parameters according to
changes in the system running conditions. Parameters
such as unit size, compressor technology, condenser
temperatures are controlled. The number of chillers is
automatically adapted according to the system load.
Should there be a change, the system anticipates and
adds/removes chillers accordingly. The system also
controls all ancillaries such as pumps, cooling towers, dry
coolers etc.
18
PROD-PRC014-E4
= Network Management: BCU
= Ancillaries control (Pumps): MP581
= Power control panel monitoring: MP581 + EX2
= Variable Flow control: VarioTrane VFD
= Workstation: Tracer SummitTM
= Chiller: RTHD with factory mounted CH530
Chiller
1
2
3
4
5
6
4
3
2
1
5
6
Interoperability/integration:
Trane systems
are fully capable of communicating with any equipment
and/or management system through the use of open
standard protocols, such as BACnetTM, or LonTalk®.
Modbus is also supported allowing for a wide range of
integration and data sharing with ancillaries, such as
pumps, sensors or PLC's. Trane systems are capable of
integrating either standard LonTalk® profiles (SCC, DAC)
or Generic Lon Devices (GLD).
Protection: Trane systems offer a high security level
that protects against any unexpected system operation.
Operators can be authorized to monitor data only, write
setpoint and other parameters, create graphics or just
view them, modify system layout, and so on. Every action
on the system is recorded in an event log. Events can
then be monitored, filtered by date/operator/device, etc.
Events can be seen either at the PC level, or from a local
touch screen available in the plant room.
Assistance: Trane systems allow for system remote
monitoring. After commissioning, Trane personnel can
get connected to the system and monitor/fine tune
parameters to adapt the overall system performance.
Alarms can also be forwarded to that remote workstation.
If an IP address is available, a web server can be installed
and allow for remote access to the system through a
simple web browser. Trends, event log, system status can
be accessed this way from any location where an access
to the Internet/intranet is possible.
BMS: Functions
Reliability: It is obvious that chilled water production
is crucial for customer's process and the Trane system
maintains a high level of reliability so that chilled water
can be maintained at all times.
Every chiller is equipped with its own electronic
controller, and each controller embeds an adaptive
control algorithm. Each controller is fully compatible with
the Building Management System, It communicates with
it over a standard protocol, sharing all its running
conditions. This allows the management system to not
only turn on/off chillers according to temperatures or
temperatures differences, but also consider current
running conditions of chillers, such as maximum capacity
reached, limit conditions, and so on, in order to know
system capacity at all times.
19
PROD-PRC014-E4
Function
Variable air systems
In buildings where environmental comfort is a key,
variable air systems are the best alternative. Trane BMS
integrates the capability of driving such systems through
a pre-defined engineered function called Variable Air
Systems. By the use of VAS, building owners get a stateof-the-art system capable of offering many different
advantages.
System approach: Every piece of equipment of a
Trane air system is equipped with an optimised controller,
which locally ensures that the equipment is used the best
way. Trane air system management uses controller
communication capability to handle all the equipment
from a global standpoint. Every running condition has
been modelled in a global function. Ancillaries, such as
lights, power supply, shadows can be associated with the
air system and all these components can be coordinated
together.
Comfort: Thanks to a common communication
standard protocol, all equipment serving the system is
exchanging data with an application server which takes
decisions. If most VAV boxes are fed with too much air, it
will reset static pressure setpoint as to avoid unnecessary
noise. If boxes are fully opened and call for more air, the
setpoint is adjusted upward.
Since VAV boxes are equipped with communicating
controllers, master/slaving can easily be used for
handling large zones avoiding fights between cooling and
heating areas, as well as allowing for optimum
temperature control. Indoor Air Quality (IAQ) is also
perfectly managed by such a system. Trane equipment
can monitor indoor air conditions and drive the AHU
fresh air dampers dynamically, by measuring the fresh air
volume sent into the building.
20
PROD-PRC014-E4
1
Air Systems
1 = Open space Comfort: AHU with factorymounted control MP581
2 = Variable air volume damper: VariTraneTM
+ VV550
Savings: Dynamically adjusting airflow in the duct
system leads to energy savings by the reduction of fan
consumption. Occupancy schedules also participate in
energy savings.
Start/stop optimisation, done through the monitoring of
outdoor air conditions, building inertia and occupancy
profiles are also a very powerful tool. Control of IAQ also
is an important asset for energy savings. Only the right
amount of fresh air is handled by the system reducing
unnecessary ventilation.
Ease of use: Trane systems can be run through an
intuitive web-style user interface, as well as from touch
screens displays at every level of the system. The use of an
advanced password system allows the use of filtering
screens so that users only have access to what they really
need. End users can also use their standard PC to operate
the system, by surfing on their dedicated web pages for
setpoint adjustment, for example. Alarms are also
monitored by the system and can be forwarded to the
appropriate recipient via e-mail. Reports are accessible
through couple of mouse clicks, no engineering, no
programming being required. Time of day schedules,
setpoints and system statuses can be accessed, for reading
and reading/writing, depending on the password given.
BMS: Functions
2
21
PROD-PRC014-E4
Function
Water terminal units systems
Water terminal units and chillers are Trane core products.
Understanding how this equipment is being used
together, is part of Trane know-how that has been
converted into a Management System. Other equipment
serving building comfort system is also under Trane
system, control such as air handling units, exhaust fans,
water treatment, but also ancillaries such as lights, power
distribution panels, and so on.
The system that Trane offers covers key points for a
project to be successful.
• Comfort for the operation manager is also ensured.
Master/Slaving is now very easy to set up and
reconfigure. Open space re-design can be done in very
short period of time.
• Indoor Air Quality (IAQ) is also one of the advantages of
a Trane system which is capable of monitoring and
maintaining IAQ within optimum limits, by collecting
IAQ data from terminal units and giving
recommendation to the AHU, thanks to communication
buses.
Comfort: Trane has developed advanced electronic
controllers that offer individual comfort at each terminal
unit level. This comfort is offered several ways
• Temperatures are being monitored and controlled to
stay within limits each user can adjust, either by
individual wall sensors, or by the use of web pages.
• Sound level is maintained at its minimum value and air
movement reduced as much as possible by the control
of fan speed, which is maintained at the lowest value as
possible.
• Comfort is maintained year-round, cooling/heating mode
is controlled automatically and intelligently, change over
being totally transparent to the occupant.
Ease of use: Trane systems communicate through
open protocols (LonTalk® BACnetTM) as a core means of
data sharing. In addition to this data sharing, the system
handles several types of user interfaces, so that every
user can have access to the information he needs, while
not being overwhelmed with inappropriate data.
• Terminal units can be equipped with wall sensors
embedding indications such as setpoint, timed override,
and temperature values. This information can be
adjusted within pre-determined limits.
• Operation managers can have access to system status
by using an advanced graphical interface running on a
PC. This status can be filtered and organized according
to the use. Software interfaces integrate a user-friendly
graphical interface allowing authorized users to
change/create graphics to optimized them for their
own use.
22
PROD-PRC014-E4
1
Water Systems
1 = Open Space comfort:
HFO with factory mounted ZN controller
2 = Ancillaries control:
Lighting control: EXL, Sunblinds control: EXB
3 = Open Space comfort:
UniTraneTM II with factory-mounted ZN523 controller
4 = Tenant interface: Setpoint and room conditions
information: Zone Sensor (ZSM-10, ZSM-31)
4
2
3
Savings: Through the coordination of all equipment
within the building, it is quite simple for the management
system to optimize energy consumption. Savings also are
available at system design and system commissioning
phases.
• Water system management can be organized, so that
either chilled water or hot water production is handled
in the most efficient way. Hot water can be generated
either by boilers, reversible units or a combination of
the two.
• Equipment schedules integrate an optimization function,
which determines building inertia and adjusts start/stop
time according to temperatures/relative humidity and
building occupancy.
• Each Trane piece of equipment is delivered with factorymounted controls which are ready to work when the
equipment leaves the factory. No extra work on site is
required for it to control the equipment it is associated
with.
Coordination of production (cooling/heating) and use
(FCU, AHU…) is one of the best approaches to optimize
system operation. Communication is the key factor for
this to be efficient and Trane equipment all integrate a
standard protocol interface.
BMS: Functions
• Operation engineers can have access to system
information in the different technical locations in the
building by the use of VGA touch screens, on which local
data are presented.
• Time-of-day (TOD) scheduling is integrated in the
system and offers a very convenient interface for TOD
adjustment, group/zone creation or modifications.
• Every single piece of equipment in the system can be
focused on. It can be overridden in any state as for
maintenance or test purposes. A trend can also be
generated for it, and automatic reporting is available,
not requiring any specific programming.
• Equipment or system alarms can be monitored and
broadcasted on the system so that the best recipient can
get a notice for this particular event and react in the
most efficient manner. If a recipient does not react
within a pre-defined period of time, the alarm is
forwarded to another level of recipients until the alarm
is acknowledged.
• The addition of a web server allows for system
performances monitoring from a PC equipped with a
simple browser. Graphics and trends are converted to
HTML pages and are available from any location on the
intranet/internet, through the use of an IP address.
23
PROD-PRC014-E4
Packaged systems
Office building management solution
Zenith
Ideal working conditions for
occupants
Total building control from one
operator graphical interface
• Air movement and noises eliminated thanks to
intelligent ventilation control
• A healthy environment through air quality control with
air handling devices
• Comfort at the right time thanks to advanced comfort
scheduling function
• Lights and blinds automatic control
• Controls and coordinates HVAC equipment
• Drives and schedules technical lots, such as lighting,
exhaust fans, central ventilation, etc.
• Interfaces with anti-intrusion, fire and safety systems,
tracking their running mode and failures
• Reports power station and power distribution system
failures and status
• Centralizes the whole building control and optimizes
energy use
• Manual override of all equipment from its graphical
touch screen
Freedom to occupants
• Individual temperature adjustment capability (wall
interface)
• Individual ventilation mode adjustment capability
• Timed override for extended occupancy periods.
Easy building optimization
• Measures and displays electric energy consumption
• Measures and displays all other fluid energy data
• Tracks all crucial information for efficient business
operation
24
PROD-PRC014-E4
Package systems
Powerful control system, easy to use
and understand
Reliable and affordable Building
Management System
• A state-of-the-art touch screen user interface to display
pertinent data
• Easy browsing through the building areas
• Fast and simple time-of-day scheduling
• A pre-engineered package that requires little
engineering
• Factory-mounted controls strategy for a greater
reduction in installation and commissioning time
• A single-source system means Trane takes care of your
Zenith system during the entire project lifecycle, and
beyond through service contracts options
• Representative graphics on HVAC equipment
• Graphical interface for every function (scheduling, timed
override, alarm display...)
Keeps your building running cost
under control with impressive
programmable functions
• Sub-systems control such as chiller plant system
optimization, intelligent changeover, etc.
• Automatic processing of environmental conditions
(outside air temperature, building inertia, etc.),
• Time-of-day scheduling allows to adapt building comfort
to its occupancy needs,
• Programming of long vacant periods,
• Antifreeze building protection,
• Automatic cooling and heating system temperature
reset.
Guaranteed results
• Trane has proven knowledge of building comfort with a
comprehensive line of reliable and efficient equipment
• All Trane equipment uses Trane factory-mounted controls
for full system optimization
• With a reduced number of suppliers Trane efficiently
coordinates the entire project
• Zenith design was based on Trane's strong experience in
building management (more than 1,500 sites over
Europe)
• All Zenith equipment uses the open communication
capability of microprocessor-based controllers
Flexible system architecture with an
open approach
• Zenith uses LonTalk® open protocol for simple system
expansion and easy non-Trane device integration
• Zenith also supports BACnet™ as a native open protocol
for straight interoperability.
BMS: Functions
Straightforward, eye-pleasing controls
25
PROD-PRC014-E4
Application Selection Information
Water Terminal unit controller
Description
Optimized controller for water terminal unit control application. Can drive 3 wires or hot wax valves
actuators, supports most common unit configuration and drive a solid state relay for sound level
comfort.
Customer benefits
Reduced commissioning time:
• Compact, quick connection, embedded power supply
• Master / slave direct binding
• Advanced comfort: Cascade zone / supply air temperature algorithm for precise temperature control
Application
Factory-mounted
Communication
2-pipe cooling-only
2-pipe cooling-only + electric heater
2-pipe heating only
2-pipe changeover
2-pipe changeover + electric heater
4-pipe
Function
Fan speed control (3 speeds)
Thermal valve actuator control
3 wires valve actuator control
Automatic changeover
Occupied/unoccupied mode
Wall sensor (fan speed: low/medium/high/auto/off,setpoint knob, override/cancel)
Automatic fan speed optimization
Supply air measure and control
Entering water temperature measure
Auto changeover (2-pipe mode)
Auto changeover (4-pipe mode)
Dirty filter timer
Master/Slave
Occupied stand-by
Timed override
Duty cycling
Frost protection
Power up function
Diagnosis
ZN523
Yes
LonTalk®-SCC
x
x
x
x
x
x
Auto
Yes
Yes
Yes
Yes
Yes
Auto
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Chilled beam controllers
Application
Factory-mounted
Communication
2-pipe cooling-only
2-pipe cooling-only + electric heater
Function
Thermal valve actuator
3 wires valve actuator control
Occupied/unoccupied mode
Wall sensor
(setpoint knob, override/cancel)
Supply air measure
Entering water temperature measure
Master/Slave
Occupied stand-by
26
ZN523
Yes
LonTalk®
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
This is a short list of what can be done with these controllers. For information on other applications, contact your local Trane Sales Office.
PROD-PRC014-E4
Description
Dedicated to variable air volume valves control, these controllers handle multiple application type,
and integrate several diagnostic features for easy commissioning and facility management.
Customer benefits
• Application flexibility: same controller whatever the application is
• Reduced communication time: multiple diagnosis at controller level
• Freedom of choice: can either be tied in Trane BMS or in any LonTalk compatible BMS
Application
Factory-mounted
Communication
1 duct
1 duct + heating water coil
1 duct + heating electric coil
1 duct with parallel fan
1 duct with series fan
1 duct with parallel fan and water coil
1 duct with parallel fan and electric coil
1 duct with series fan and water coil
1 duct with series fan and electric coil
Function
Integrated airflow control
Integrated supply/extract flow differential control
Generic output
Generic binary input or occupancy sensor input
CO2 sensor input or auxiliary temperature sensor
Remote communication pins on wall sensor
Automatic calibration
Air/water balancing application
Manual test function
Damper position for pressure optimization
CO2 base demand control ventilation
Ventilation ratio to control outdoor air damper
UCM VAV III/IV
VV550
Yes
Proprietary
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
LonTalk®-SCC 8500
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
No
Yes
Yes
Yes
Yes
No
Yes
Yes
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
This is a short list of what can be done with these controllers. For information on other applications, contact your local Trane Sales Office.
Building Management Systems
Applications
VAV Terminal units controllers
27
PROD-PRC014-E4
Air Handling Units - AHU controllers
Description
Pre-engineered or fully programmable controller for AHU applications. Support LonMark Space
Comfort Controller (SCC 8500) or Discharge Air Controller (DAC 8610) profiles.
Customer benefits
• Reduced commissioning by the use of application libraries for AH541
• Reduced programming time by use of Trane Graphical Programming and re-use of existing
application library of AH541
Air Handling Units - AHU controller
Factory-mounted
Communication
Analog inputs
Return / supply / outdoor air temperature sensor
Ambient / mixed air temperature sensor
Temperature setpoint adjustment
Duct static pressure
Differential pressure
Return / supply / outdoor air humidity sensor
Ambient air humidity sensor
Humidity setpoint adjustment
CO2 sensor / CO2 setpoint
Air quality / IAQ setpoint
Binary inputs
Frost thermostat
Differential filter pressure switch
Low air pressure switch
Motor(s) default(s)
Electrical heater default
Damper end switch
On/off contact
Occupancy mode
Timed override
Communication bus terminals
Analog Output
Pre-heating / cooling / heating valves
Signal damper
Electrical heater
Variable speed supply air / return air motor
Signal humidifier
Temperature
Humidity
Pressure
Position damper
Binary output
Supply air motor command
Extract air motor command
Damper command
Humidifier command
Default Signal
AH541
Yes
LonTalk®
MP581/583
Yes
LonTalk®
X/X/X
X/X
X
X
X
X/-/-/X
-/X
X/X/X
X/X
X
X
X
X/X/X
X
X
X/X
X/X
X
X
X
X
X
X
X
X
X
2
X
X
X
X
X
X
X
X
X
2
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
*
*
*
*
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
X / 0-10 V/3 wires
*
*
*
*
X
X
X
X
X
X
X
X
X
X
- Not Available * Screen Display point X Hardware point
28
PROD-PRC014-E4
Description
Field installed controllers dedicated to monitoring and control of any technical lots, such as boiler
plant, point monitoring, specific algorithm control.
Customer benefits
• Open systems: LonTalk compatibility
• Adapted range of product to real use: small / medium / large point count
• Flexibility for programming panels
Factory-mounted
Communication
I/O capacity
Application
Single loop controller
Monitoring temperature
Monitoring humidity
Monitoring pressure
Control mechanical equipment
Control water pumps
Control boilers
Control cooling towers
Control heat exchangers
Display screen option
Freely programmable
Local overrides (software)
Local overrides (LCD)
Local language
Mounting
MP501
No
LonTalk®
4
MP503
No
LonTalk®
8
MP583
No
LonTalk®
> 20
MP581
No
LonTalk®
> 20
X
Cabinet
X
X
X
X
Cabinet
X
X
X
X
X
X
X
X
X
X
X
X
X
X
DIN rail
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Wall
- Not Available
X Hardware point
This is a short list of what can be done with these controllers. For informations on other applications, contact your local Trane Sales Office.
Building Management Systems
Applications
Technical lots - Input/Output controllers
29
PROD-PRC014-E4
Building Management Systems - User Interface
Description
Different interfaces that adapt to the right application: From local display for controlling a process
from its location, to PC workstation software allowing for total building management, and to Web
server for serving pages to remote connected end users.
Customer benefits
• Consistency in function provided: scheduling, alarming, reporting, timed override, system
monitoring, event logging
• Easy operation: custom graphics, view / control of any system point
Application
Password protected
Touch screen interface
Windows type navigation
Time of day scheduling
Event logging
Trending/event graphing
Pre-engineered reports
Custom reports
Personal computer support
User friendly alarm log interface
Alarms acknowledge
Remote RS 232 connection
Remote IP connection
BCU Display
Tracer SummitTM
Web Server
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
- Not Available
X Compatible
This is a short list of what can be done with these controllers. For informations on other applications, contact your local Trane Sales Office.
30
PROD-PRC014-E4
Description
Dedicated to MODBUS interfacing between Trane and non Trane devices, this compact interfaces
offer straight commissioning and low risk of technical issues.
Customer benefits
• Open systems: supports reliable and highly supported MODBUS RTU protocol
• Straight commissioning: auto binding with LonTalk compatible units
Protocol
Interface
Controller (PIC)
Chiller controllers
SMM
TRACER CH532
UCM-CLD + CSR
UCP2 + TCI3-com3
UCP2 + TCI3-com4
TRACER CH.530
Rooftop controllers
Rooftop + UCP2 + TCI-3 com3
Rooftop + Reliatel + LCI-r
Terminal unit controllers
ZN523
Generic PLC's
AH541
MP581
MP501-503
Generic data point
1
1
1
1
1
1
BCU
+
PIC
Number of unit per interface
4
4
4
4
4
BCU
+
Field Server
10 Max
10 Max
10 Max
10 Max
10 Max
1
1
4
4
16 Max
16 Max
-
25
100 Max
-
4
4
4
50
10 Max
10 Max
120 Max
500 Max
- Not Available
This is a short list of what can be done with these controllers. For information on other applications, contact your local Trane Sales Office.
Building Management Systems
Applications
Protocol gateway
31
PROD-PRC014-E4
Technical characteristics
Terminal Unit controller - ZN523
Description
Advanced compact water terminal unit controller. Flexible and optimized for comfort and energy
saving control.
Customer benefits
• Optimized commissioning : compact, can come as factory-mounted option, pre-commissioned
• Flexibility: same controller for several application types (hot wax / 3 wires applications, …)
• Error less wall interface wiring: RJ9 connector for quick and reliable communication with wall
interface
ZN523
I/O Type
Binary inputs
Analog inputs
Binary outputs
Main features
Power
Operating environment
Storage environment
Protection class
Dimensions (mm)
Agency listing / compliance
Communication
Diagnosis interface
Index
BI 1
BI 2
AI 1
AI 2
AI 3
BO 1
BO 2
BO 3
BO 4
BO 5
BO 6
BO 7
BO 8
Signal type
Dry contact
Dry contact
thermistor
thermistor
thermistor
relay 230 Vac / 3A NO
relay 230 Vac / 3A NO
relay 230 Vac / 3A NO
triac 230 Vac, 5 A
triac 230 Vac, 5 A
triac 230 Vac, 5 A
triac 230 Vac, 5 A
relay 230 Vac / 10A NO
I/O Use
Occupancy
Window contact
Return air temperature
Entering water temperature
Discharge air temperature
High fan speed
Medium fan speed
Low fan speed
Heat valve open, electric heat (solid state relay)
Heat valve close
Cool valve open
Cool valve close
Electric heat (relay)
230 Vac 50/60 Hz 1phase
0 to +60°C
5 - 95% humidity non-condensing
- 40 to +85°C
5 - 95% humidity non-condensing
IP 20
132 x 120 x 44
Immunity (directive 89/336/EEC)
EN 50082-1: 1997 - EN 50082-2: 1995
Emissions EN 50081-1: 1992
LonTalk® protocol SCC 8501 profile
Network type : FTT10-A
3 LED / "Service pin" 1 push button
32
PROD-PRC014-E4
Products
Zone Sensor for water terminal units
Description
Innovative in its design and function set, this interface offers user friendly comfort control, as well
as occupant unique features, such as occupant call, or maintenance request.
Customer benefits
• Ease of use: clear large Liquid Crystal Display and large push buttons
• Reduced commissioning time: use of RJ9 type connection to the controller
• Short commissioning: menu driven setup
ZSM-10
ZSM-11
ZSM-31
Operating temperature
Temperature: 5°C to 35°C
Temperature : from 0° to 60°C
Temperature : from 0° to 60°C
Relative Humidity : from 5% to 95%
NC
Relative Humidity : from 5% to 95%
NC
Storage temperature
Relative humidity: 5% to
95% NC
Temperature: -40°C to
70°C
Relative humidity: 5% to
95% NC
Temperature : -40° to 85°C
Temperature : -40° to 85°C
Relative Humidity : 5% to 95% NC
Relative Humidity : 5% to 95% NC
Setpoint offset range
Setpoint offset is
adjustable from
-1°K/+1°K to -5°K/+5°K
Setpoint offset is fixed: +/- 3°K Step =
0.5K
Absolute or relative, Setpoint offset
adjustable from -1°K/+1°K to -5°K/+5°K
Enclosure
Material ABS UL94V0
Material ABS UL94V0
Material ABS UL94V0
Color: White (RAL 9010)
Color: White (RAL 9010)
Color: light gray
Dimensions: 80 mm x
80 mm x 32 mm
Dimensions: 80 mm x 80 mm x 30 mm
ø120 mm, 30 mm (thickness)
1 knob for fan speed
1 knob for setpoint
1 push button for timed
override
1 Led for mode indication
1 Push button +/- for changing value
1 Push button for Occupied mode
1 Push button for unoccupied mode
1 Push button for Fan speed
1 Push button for setpoint
1 Liquid Crystal Display
2 Push button +/- for changing value
1 Push button for Occupied mode
1 Push button for Timed override
1 large Liquid Crystal Display with red
foreground and white background
Display indications
Active zone temperature, relative setpoint, occupancy status.
Active zone temperature, absolute or
relative setpoint, occupancy status,
controller fault status, active occupant
call status, window open status, maintenance call
Compatibility
Compatible with Trane round robin
synchronization feature.
Compatible with Trane round robin
synchronization feature.
Interface
Standards
Product security
EN 60730-2-9: Temperature sensing controls
Electromagnetic Compatibility
EN 50081-1: Emission, EN 50082-2: Immunity
Power supply
Degree of protection
Powered by the ZN523 controller
Building Management Systems
Ambient limits
IP 30
33
PROD-PRC014-E4
Description
These panels are to be used along with Trane ZN523 Zone controller.
They allow for control of up to two independent lighting circuits (EXL)
and two independent blinds (EXB).
Customer benefits
Easy installation (DIN Rail - Direct connection with Wieland
connectors). These panels are driven through ZN523 and do not use
any LonTalk™ node connection.
EXB
EXL
EXB
Board dimensions
Minimum clearance
Operating environment
Storage environment
Mechanical protection
Power requirements
Protection
Recommended wire
Connector
Standards
Contact type
Nominal/Max current
Max voltage
Outputs
Recommended wire
Connector
Standards
EXL
95 mm height x 132 mm width x 43 mm depth
Front 100 mm
Each side 25 mm
Top and bottom 100 mm
Temperature : from 0° to 50°C
Relative Humidity : from 20% to 90% non-condensing
Dust protection : pollution level 1
Temperature : from -20° to 70°C
Relative Humidity : from 20% to 90% non-condensing
IP 20
230 VAC
230 VAC
50 or 60 Hz
50 or 60 Hz
Load 5A/output
Load 5A/output
The unit controller must receive power from a dedicated circuit, it must be protected by a circuit
breaker/fuse located next to it.
The AC-power wiring requires three-wire 230 Vac service
The recommended wire is 16 AWG (1.5mm2) copper wire.
Wieland connector, GST 18/3 type, male
The AC-power wiring must comply with applicable local electrical codes :
89/336/EEC European directive for electromagnetic compatibility :
- Immunity : 50081-1
- Emission : 50082-1
73/23/EEC European directive for low voltage electrical equipment :
- EN 60950
Normally Open
5A/10A
250 Vac
Verify that wiring conforms to outputs specifications above
Use only 18-22 AWG, twisted pair with stranded, tinned-copper conductors
Wieland connector, GST 18i4 type, female
All wiring must comply with the applicable local electrical codes
34
PROD-PRC014-E4
Products
Description
Infrared system for interfacing with ZN523 controller as well as EXB
and EXL.
Customer benefits
Receiver can easily be integrated in the customer's building
environment thanks to its small size and discreet aspect. The remote
control is design and can be installed in a receptacle installed on a
wall.
IRR
Infrared remote controller (IRC)
Functions
Range
Infrared protocol
Overall dimensions
Operating environment
Storage environment
Mechanical protection
Enclosure
Keypad
Display
Power supply
Battery life
Infrared receiver (IRR)
Dimensions
Operating environment
Mechanical protection
Connector
Cable length
Recommended cable
Power supply
Control of 2 independent lighting device groups
Control of 2 independent sunblind groups
Shift of the temperature setpoint by +/- 3 programmable steps
Control of the fan speed : on/off, speed 1, 2 or 3, auto mode
6m when direct aiming
Rc5 with error check for safety
148 mm x 58 mm x 25 mm
Temperature : from 0° to 50°C
Relative Humidity : from 20% to 90% non-condensing
Temperature : from -20° to 70°C
Relative Humidity : from 20% to 90% non-condensing
IP 40
White plastic box
Elastomer keypad, 9 keys :
- 4 function keys : lighting, sunblind, temperature, fan speed
- 3 operation keys : up arrow, down arrow, rotation arrow
- 2 global keys : occupancy, unoccupancy
LCD screen with backlight, view area 30 x 30mm, function icons
3 x 1.5V batteries, LR6 type
2 years minimum, for normal use
63 mm height x 22 mm width x 22 mm depth
Temperature: 0° to 50°C
IP 65 (front face), IP20 (on RJ9 connector)
RJ9
6 m, 12 m
FCC-68 : flat cable, 4 white conductors, 26 AWG
(Suitable for FCC-68 connectors and Western digital)
Powered by the TracerTM EXB or TracerTM EXL to which it is attached.
Building Management Systems
IRC
35
PROD-PRC014-E4
Two-way control valve PN16, flat sealing DN15/20
DN
15
20
D
G1/2
G3/4
Kvs
1.6
2.5
Valve type
Medium type
Materials
Action to open
Media temperature
Static pressure
Port connection type
Stroke (mm)
6.5
6.5
2-way
Water
Body DN15 brass, DN20 red brass, stem stainless steel, plug brass
Stem down
21 ... 20°C
PN16
Flat sealing
Three-way/bypass control valve PN16, flat sealing DN15/20
DN
15
20
D
G1/2
G3/4
Valve type
Medium type
Materials
Action to open
Media temperature
Static pressure
Port connection type
Kvs
1.6
2.5
Stroke (mm)
6.5
6.5
3-way mixing, bypass
Water
Body red brass, stem stainless steel, plug brass
Stem down
21 ... 20°C
PN16
Flat sealing
36
PROD-PRC014-E4
Power supply
Vac/VA
230/3
Protection class
Stem force
Control input signal
Stroke
Power loss action
Cable length
Initial current
Runtime
Min
4.0
Accessories
Actuator thermoelectric for zone control, 6.5 mm 90 N
IP43 (IP40 for horizontal mounting)
90 N
2-pt
6.5 mm
Stem retracts
2.5 m
0.7A
Stem force
N
180
Protection class
Stem force
Control input signal
Stroke
Runtime
Cable length
Initial current
Position indication
Power supply
Vac/VA
230/7
IP43/42
180N
3-pt
6.5 mm
150 s
1.5 m
0.7A
With red indicator
Building Management Systems
Actuator 3-pt for zone control, 6.5 mm 180
37
PROD-PRC014-E4
AHU Controller - AH541
Description
Field installed controller on Air Handler Units. AH541 comes with pre-engineered functions for fast
commissioning of most common units.
Customer benefits
• Flexibility: expandable controller through the use of EX2 panels
• Easy operation: user-friendly optional touch screen for unit monitoring, overrides and control
• Open systems: supports SCC / DAC LonTalk® profile
I/O Features
Universal input
Specific Pressure Input
Binary outputs
Analog Outputs
Main Features
Power Supply
Operating environment
Storage environment
Protection Class
Dimensions (mm)
Weight (kg)
Memory
Operator display (option)
Timer
Battery
Agency listing / compliance
Communication
Extension Capability
Diagnosis Assistance
AH541
Number
12
1
2
5
Supported signal type
Dry contact (included pulses)
0-10 Vdc - 0-20 mA
Linear variable resistor - Thermistor
Specific Input for Trane pressure sensor
24 Vac powered contact (12 Vac 0,5A)
0-10 Vdc - 0-20 mA
24 Vac 50/60 Hz 1 phase - 10 VA under 24 Vac
- 40 to +70°C (0 to +50°C operator display)
10 to 90% humidity non-condensing
- 50 to +95°C (-25 to +75°C operator display)
10 to 90% humidity non-condensing
IP 20
215x385x127
1
RAM 512 K ROM 2 MB flash EEPROM 256 K
Touch screen resolution 320x240 pixels
Included in the operator display
Dynamic data/time: high capacity backup (7 days)
Immunity (directive 89/336/EEC)
EN 50090-2-2: 1996
Emissions (directive 89/336/EEC)
EN 50090-2-2: 1996 - EN 61000-3-2: 1996 - EN 61000-3-3: 1995
LonTalk® Protocol SCC or DAC profile
Network type : FTT10-A
4 EX2 modules maximum
9 LED - 1 "service pin"
38
PROD-PRC014-E4
Description
This freely programmable controller uses a graphical programming tool that allows control software
easy development, applied on any HVAC and building management applications. Its use is user
friendly thanks to its local LCD touch screen.
Products
Freely programmable I/O controller - AHU controller - MP581 - MP583
Customer benefits
• Easy operation: user-friendly touch screen, driven by icons; expandable through the use of EX2
panels
• Ease of programming: graphical interface TGP (Tracer Graphical Programming) for efficient
programming
• Open systems: supports LonTalk® communication protocol, as a DAC, SCC or generic profile
Specific Pressure Input
Binary outputs
Analog Outputs
Main Features
Power Supply
Operating environment
Storage environment
Protection Class
Dimensions (mm)
Weight (kg)
Memory
Operator display (option)
Timer
Battery
Agency listing / compliance
Communication
Extension Capability
Diagnosis Assistance
MP581/583
Number
12
1
6
6
Supported signal type
Dry contact (included pulses)
0-10 Vdc - 0-20 mA
Linear variable resistor
Thermistor
Specific Input for Trane pressure sensor
24 Vac powered contact (12 Vac 0,5A)
0-10 Vdc - 0-20 mA
24 Vac 50/60 Hz 1 phase - 10 VA under 24 Vac
- 40 to +70°C (0 to +50°C operator display)
10 to 90% humidity non-condensing
- 50 to +95°C (-25 to +75°C operator display)
10 to 90% humidity non-condensing
IP 20
215x385x127
1
RAM 512 K ROM 2 MB flash EEPROM 256 K
Touch screen resolution 320x240 pixels - Local language
Included in the operator display
Dynamic data/time: high capacity backup (7 days)
Immunity (directive 89/336/EEC)
EN 50090-2-2/96: 1996
Emission (directive 89/336/EEC)
EN 50090-2-2: 1996 - EN 61000-3-2: 1996 - EN 61000-3-3: 1995
LonTalk® Protocol SCC or DAC profile
Network type : FTT10-A
4 EX2 modules maximum
9 LED - 1"service pin"
Building Management Systems
I/O Features
Universal input
39
PROD-PRC014-E4
EX2 - MP 581/583 I/O Expansion Module
Description
The EX2 is a field-installed expansion module for MP581 freely programmable controller. It allows
MP581 to monitor and control I/O point at remote locations, by driving these expansion panels over
a simple RS485 communication bus.
Customer benefits
• Low cost expansion panels: offers 6 universal inputs, 4 binary outputs, 4 analog outputs per panel
• Ease of installation: compact enclosure
• Flexibility: EX2 is linked to the master panel over a communication bus for remote installation
I/O Features
Universal input
Binary outputs
Analog Outputs
Main Features
Power Supply
Operating environment
Number
6
4
4
Storage environment
Dimensions (mm)
Weight (kg)
Agency listing / compliance
Communication
Supported signal type
Dry contact binary - 0-20 mA - 0-10 Vdc - RTD - Thermistor
24 Vac powered contact (12 Vac 0,5A)
0-10 Vdc - 0-20 mA
24 Vac 50/60 Hz - 60 VA maximum
- 40 to +70°C
5 to 90% humidity non-condensing
- 40 to +85°C
5 to 95% humidity non-condensing
175 x 137 x 51
1
Emission (directive 89/336/EEC)
EN 50081-1: 1992 - EN 50090-2-2: 1996 - EN 61326-1: 1997
Immunity (directive 89/336/EEC)
EN 50082-1: 1997 - EN 50082-2: 1995 - EN 50090-2-2: 1996- EN 61326-1: 1997
Communicates with MP 581 on an IEEE-485 link
MP581/583 Operator Display
Description
This is an intuitive LCD operator interface allowing for easy point monitoring, overriding, scheduling
and troubleshooting. It consists in a high resolution graphical touch screen enclosed in a nice
looking casing for convenient installation.
Customer benefits
• Convenient interface: can be installed directly in building tenant spaces for being an interface with
them
• Ease of use: supports local languages
• Ease of diagnosis: shows point overrides, in alarms, ...
Main Features
Power Supply
Operating environment
Dimensions (mm)
Touch screen
Supported signal type
No power supply : gets its power from the panel it is connected to
0 to +50°C
10 to 90% humidity non-condensing
260 x 222 x 58
VGA backlit crystal display with touch-screen
Viewable area : 115 mm x 86 mm
Resolution of 320 x 240 pixels
40
PROD-PRC014-E4
Products
Generic I/O controllers - MP501/503
Description
Range of I/O controllers with various capacities and built in functions, adapted to different functions
such as point monitoring, point scheduling, simple loop control, HVAC process control or
expandable controller for flexible I/O count support.
Customer benefits
• Open systems: LonTalk® communication protocol
• Application flexibility: output status feedback
• Optimized cost: several panel sizes for perfect adaptation to the need
I/O Panel Features
Operating environment
Storage environment
Analog input
Binary input
Universal input
Binary outputs
Analog Outputs
Protection class
Dimensions (mm)
Weight (kg)
Agency listing
compliance
Communication
Network
MP501
Number
1
1
MP503
Number
4
4
1
1
24 Vac nominal, 50/60 Hz,
1 phase, 70VA max
0 to +70°C
5 - 95% humidity non-condensing
-40 to +85°C
5 - 95% humidity non-condensing
Thermistor or 4-20 mA
Powered input 24Vac 0,25VA
Dry contact or 0-20mA or 0-10Vdc or 10 kohm thermistor
24 Vac 12 VA powered relay
0-20mA or 0-10 Vdc
IP 20
175 x 137 x 51
0.22
Immunity: EN 50082: 1997
Emissions: EN 50081-1: 1992, EN 61000-3-2: 1996
LonTalk® protocol
FTT10-A
Building Management Systems
I/O Features
Analog input
Binary input
Universal input
Binary outputs
Analog Outputs
Main Features
Power Supply
41
PROD-PRC014-E4
BCU - BMTX
Description
BCU is an intelligent panel that controls integration and networking capabilities of the Tracer
SummitTM product suite. It handles peer to peer data base management with pre-engineered
functions such as Chiller Plant Control or data logging.
Customer benefits
• System that lasts: high reliability
• Low risk in database management: peer to peer shared database
• Open protocols, BACnetTM and Lontalk®
I/O Features
Binary inputs
Main Features
Power
Operating environment
Storage environment
Enclosure
Dimensions (mm)
Weight (kg)
Agency listing / compliance
Memory
Battery
Communication
Operator display (option)
Modem (option)
Number
2
Supported signal type
Pulse meter or standard status inputs
Nominal rating : 230 Vac; 50 or 60 Hz; 1 phase
0 to +50°C
10 - 90% humidity non-condensing
-46 to +66°C
10 - 90% humidity non-condensing
NEMA-1
418 x 373 x 140
7
EN 61326: 1998 Class B - EN 61326: 1998 Commercial - EN 61010-1: 2001
FLASH 16 MB - EEPROM 512 KB - SRAM 1 MB - SDRAM 8 MB
Programs backed up by non-volatile memory
Ethernet port EIA-232 BACnetTM port
Comm3, Comm4 : 2 links, and LonTalk®
Monochrome VGA touch screen - 320 x 240 pixels
Internal 56 kbps
Web Server
Description
Tracer SummitTM Web Server allows users using a web browsing application to operate a building
controlled by Trane Tracer SummitTM. Schedules, areas, setpoint adjustment or data logging and
rending can be accomodated among other functions.
Customer benefits
• Two network part for separation between HVAC and office Ethernet
• Flexibility: any PC with web browser can serve as entry point in the system
• Ease of operation: graphic interface with user friendly interface (Calendar, ….)
Main Features
Operating environment
Storage environment
Protection class
Dimensions (mm)
Weight (kg)
Agency listing / compliance
Memory
Security
Software requirement
Network
0 to +50°C
10 - 90% humidity non-condensing
-40 to +85°C
10 - 90% humidity non-condensing
IP 30
260x223x70
1.1
CE EN 61326: 1998 - EN 61010-1: 1993
RAM 32 MB ROM 256 Mo flash
Secure Sockets layer (SSL) protocol
Java 2 plug in 1.4.0 or higher Web browser Internet Explorer 5.01 or higher
Netscape navigator 6.2 or higher
Two RJ 45 Ethernet 10/100 BaseT ports with rate auto detection
42
PROD-PRC014-E4
VAV UCM III/IV
VAV UCM II/IV are dedicated controllers for any VAV application type. It measures air flow and
temperature for a cascade control process allowing for accurate and precise room comfort
management.
Customer benefits
• Easy commissioning: factory installed control: flow (min / max / nominal) are preset at the factory
• Reliable system application: perfectly integrated within Tracer SummitTM Variable Air System
pre-engineered function
Binary outputs
Main Features
Power
Operating environment
Storage environment
Communication
Number
1
8
5
Supported signal type
Occupancy or generic binary input
Zone temperature Zone sensor common ground
Local setpoint CO2 sensor Pressure transducer
Auxiliary temperature or CO2 sensor
Outdoor air temperature or
Generic temperature universal 4-20 mA
Open damper Close damper
Modulating heating valve open
Modulating heating valve close
24 Vac 50/60 Hz 1 phase - 50 VA max
Consumption 50 VA max at 24 Vac
0 to +60°C
10 - 90% humidity non-condensing
-40 to +65°C
10 - 90% humidity non-condensing
TRANE proprietary protocol
Building Management Systems
I/O characteristics
Binary inputs
Analog inputs
Products
Description
43
PROD-PRC014-E4
VV550
Description
VV550 are dedicated controllers for any VAV application type. It measures air flow and temperature
for a cascade control process allowing for accurate and precise room comfort management.
It supports LonTalk open protocol.
Customer benefits
• Easy commissioning: factory installed control: flow (min / max / nominal) is preset at the factory
• Reliable system application: perfectly integrated within Tracer SummitTM Variable Air System
pre-engineered function
I/O characteristics
Binary inputs
Analog inputs
Binary outputs
Main Features
Power
Operating environment
Storage environment
Communication
Number
1
4
5
Supported signal type
Occupancy or generic binary input
Space temperature, space setpoint, primary/discharge air
temperature, primary air flow
Air valve close, air valve open, heat stage 1, heat stage 2,
heat stage 3/Fan on/off
18-32 Vac (24 Vac nominal) at 50/60 Hz
0 to +60°C
5 - 95% humidity non-condensing
-40 to +65°C
5 - 95% humidity non-condensing
LonTalk® protocol
LonMark® Space Comfort Controller profile (SCC 8500)
44
PROD-PRC014-E4
Description
BACnetTM to MODBUS gateway, dedicated to Tracer SummitTM applications.
Customer benefits
Products
Field Server
• Easy commissioning: easy to set up MODBUS data table
• Easy operation and diagnosis: compact device with diagnosis indicator (Leds)
Main features
Power
Operating environment
Storage environment
Protection class
Dimensions (mm)
Agency listing / compliance
LED
Software
Supported signal type
1 RJ 45 IEA-232
1 screw terminal EIA-485
1 10 BaseT RJ 45 Ethernet
24 Vac 50/60 Hz 1phase , 1A; 9-30 V DC, 1A
0 to +60°C
10 - 90% humidity non-condensing
-46 to +66°C
10 - 90% humidity non-condensing
IP 30
110 x 90 x 45
CE EN 55022 Class B
9 active LED for: Transmit, receive, Ethernet link, power OK,
bridge running, configuration error, node offline, comm error,
system error
Software and driver compatibility: BACnetTM (Ethernet or IP)
MODBUS RTU
Building Management Systems
I/O Features
Connection
45
PROD-PRC014-E4
PIC
Description
Gateway for converting Trane proprietary protocols to MODBUS/RTU, or between Trane equipment
LonTalk controllers and MODBUS/RTU.
Customer benefits
• Easy commissioning: auto commissioning / auto binding supported
• Flexibility: compatible with all Trane equipment
• Easy operation and diagnosis: terminal port + status light indicators
I/O Features
Connection
Main features
Power
Operating environment
Storage environment
Protection class
Agency listing / compliance
LED
Software
Supported signal type
1 IEA-232
1 EIA-485
230 Vac, 50/60 Hz, 1phase
0 to +60°C
10 - 90% humidity non condensing
-46 to +66°C
10 - 90% humidity non condensing
IP 30
CE 89/336/EEC
Active LED for : Transmit , receive, power OK,
configuration error, comm error, system error.
MODBUS RTU, slave mode
1200 to 57600 bps
46
PROD-PRC014-E4
Description
Human interface between building manager and control system. Integrates graphical browsing of
the application, user friendly interface for scheduling, reporting, alarms tracking and forwarding.
Products
BMS Software: Tracer SummitTM
Customer benefits
• User friendliness: reduced training need
• Reduced commissioning time: advanced LonTalk® capability allowing easy integration of non
Trane devices
• Efficient building operation: auto reporting
Number
Windows ME, NT4.0, 2000, XP
Windows XP,
Windows 2000,
Windows NT4.0 (> SP3.0)
Communication
BACnetTM
Communication
LonTalk®
Communication
MODBUS
Interface
Interface
Interface
Graphical HTML pages (PC)
VGA monochrome display (BCU)
Languages: German - Polish - French Spanish - Portuguese - Hungarian - Greek
- English
Processor 233 MHz 64 MB RAM
300 MB hard drive free space
32x CDROM
15" SVGA display, 1280x1024 resolution minimum
BACnetTM ASHRAE/ANSI 135 standard
10BASE-T/ 100BASE-TX dedicated Ethernet or
TCP/IP compatible network
Based on EIA-709.1 LonTalk® standard
LonTalk® Standard Network Variable Types
FTT-10A transceivers
Twisted-pair physical media
Tracer Summit communicates with devices that support
the MODBUS Remote Terminal Unit (RTU) protocol using
the Field Server
Resolution: default: 1280 x 1024
Resolution: default: 320x240
Supported operating systems languages: all
Building Management Systems
I/O characteristics
Operating system
Hardware requirement
47
PROD-PRC014-E4
CHILLED WATER TERMINALS
48
PROD-PRC014-E4
1 - 30 kW
CHILLED WATER TERMINALS
Office building, commercial
and lodging applications
Product range
Installation
type
max. 50 Pa in medium speed
UniTrane™
1
FCK
12
> 50 Pa (98 to 230 Pa in medium speed)
FWD
max. 40 Pa in medium speed
Slim Line
30
HFH
5
2
max. 50 Pa in medium speed
Slim Line
7
HFR
2
max. 50 Pa in medium speed
Slim Line
7
HFO
UniTrane™
1
FVC
5
UniTrane™
1
1
UniTrane™
5
FCC
1
UniTrane™
5
FCC
1
kW
1
2
3
4
Total capacities given at Eurovent conditions, medium speed
PROD-PRC014-E4
5
10
12
FCK
12
CWS
12
15
WATER SYSTEMS
1
4
20
30
49
Chilled water terminals
Fan coil units
1-12 kW
UniTrane
™
FCK
FCC
L
ZSM-10
P
ZSM-11
M/N
FVC
IRC
Customer benefits
Accessories
• Silent operation: high level of acoustic comfort
• Energy efficient: low operation costs
• Easy installation: saving of time and money
• On/off 3-way/4-port valve
• Painted mounting feet
• 0-33% manual fresh air damper
• Painted return air grille
• Painted rear panel
• Auxiliary drain pans
• Wall thermostats (L, M, N, P)
• Flexible connections
• Flange for return air connection
• Condensate pump
Main features
• Very low noise levels (one of the quietest units on the
market, based on Eurovent data)
• Very easy to install thanks to key holes, drain pan
supplied with flexible hose
• Very easy to maintain due to accessible filter (no tool
needed) and life-lubricated fan motor
• Very easy to wire due to quick connectors, without
opening the control panel
• Convertible on job site (FCC and FCK) vertical <->
horizontal
• Low energy consumption
Options
• Several electric heater capacities per unit size and
protected by two overheat thermostats (automatic and
manual reset)
• On/off 2-way and 3-way/4-port valves
• Modulating 2-way and 3-way/4-port valves
• High external static pressure motor (up to 50Pa in
medium speed)
• Right/left hand water connections
• Factory-mounted feet
• Epoxy coating water coil for aggressive atmosphere
• Flange for discharge air connection
• Cleanable EU3 filter
• Factory-wired fan speeds combination according to
customer requirements
Controls
• Built-in on/off controls on fan, valve or/and electric
heater
• Remote on/off controls on fan, valve or/and electric
heater
• New factory-mounted LonMarkTM Trane ZN523 control,
providing enhanced acoustical and thermal comfort, and
energy saving solutions
• Full range of user interfaces (ZSM-10, ZSM-11) and
wireless remote control (IRC)
• Trane ZN523 can be associated with Trane EXL-EXB for
light and sunblind control
• Factory-mounted BatiBUS control
50
PROD-PRC014-E4
Speed at ESP = 0 Pa
Airflow
Cooling
Total capacity
Sensible capacity
Water flow
Cooling
Total capacity
Sensible capacity
Water flow
Water content
Heating
Total capacity
Water flow
Heating
Total capacity
Water flow
Water content
Electric heater
Capacity
Electric heater absorbed
current
Fan motor absorbed power
Maximum external static
pressure (5)
Water connections
Sound power level (6)
Sound pressure level (7)
01
02
2
119
4
173
5
219
(kW)
(kW)
(l/h)
0.8
0.5
1.0
0.7
185
1.0
0.8
(kW)
(kW)
(l/h)
(l)
0.7
0.5
121
0.9 1.0
0.7 0.8
159 185
0.55
(kW)
(l/h)
0.9
1.0
89
1.1
(kW)
(l/h)
(l)
0.8
69
1.0
81
0.13
1.1
89
(m3/h)
(W)
1
154
530
530/1060
17
2.3
25
31
20
(Pa)
25
30
50
20
25
(dB(A))
(dB(A))
27
18
37
28
42
33
32
23
5
956
750/1500
2.3/4.6
25
36
23
3.3/6.5
30
47
980/1960
30
50
1
356
3
540
5
762
3.0
2.0
3.9
2.7
816
4.7
3.4
2.6
1.8
459
3.7
2.6
638
1.7
4.7
3.4
816
2.4
2.8
270
3.2
2.3
197
2.8 3.2
233 270
0.29
1530/3060
4.3/8.5
33
63
31
6.7/13.3
50
79
50
50
50
50
50
35
26
20
25
50
50
½" ISO/R7 female gas
45
36
43
51
36
36
27
34
42
27
45
36
57
48
31
22
45
36
57
48
11
12
15
1
547
3
744
(kW)
(kW)
(l/h)
4.3
2.9
5.1 5.8
3.5 4.2
1018
(kW)
(kW)
(l/h)
(l)
3.9
2.7
684
4.9 5.8
3.5 4.2
857 1018
2.1
(kW)
(l/h)
3.2
3.6
331
(kW)
(l/h)
(l)
3.1
261
3.5 3.9
297 331
0.34
(W)
(A)
(W)
1970/3940
8.6/17.1
41
66 102
3060
13.3
107 198 251
(Pa)
50
50
50
50
50
(dB(A))
(dB(A))
42
33
52
43
60
51
43
34
55
46
3.9
06
2
192
(A)
(W)
(m3/h)
04
4
1
3
5
1
2
4
284
203 263 370
330 368 565
Constant water flow method (1)
1.2 1.3 1.6
1.6 1.8 2.1
2.6 2.8 3.5
0.8 0.9 1.2
1.0 1.2 1.5
1.8 1.9 2.5
278
376
621
Constant delta T° method (2)
1.0 1.2 1.6
1.4 1.7 2.1
2.4 2.6 3.5
0.7 0.9 1.2
1.0 1.2 1.5
1.7 1.8 2.5
170 205 278
238 293 376
421 457 621
0.83
1.1
1.5
Constant water flow method (3)
1.0 1.1 1.3
1.5 1.6 1.8
2.0 2.1 2.4
106
155
205
Constant delta T° method (4)
1.0 1.1 1.3
1.4 1.6 1.8
1.9 2.0 2.4
82
90 106
120 134 155
164 171 205
0.13
0.19
0.24
08
Speed at ESP = 0 Pa
Airflow
Cooling
Total capacity
Sensible capacity
Water flow
Cooling
Total capacity
Sensible capacity
Water flow
Water content
Heating
Total capacity
Water flow
Heating
Total capacity
Water flow
Water content
Electric heater
Capacity
Electric heater absorbed current
Fan motor absorbed power
Maximum external
static pressure (5)
Water connections
Sound power level (6)
Sound pressure level (7)
03
1
3
4
1
2
4
1
577 1136 1573
835 1295 1816 1390
Constant water flow method (1)
4.8 7.1 8.2
7.1 9.3 11.0
9.9
3.2 5.1 6.2
4.7 6.5
8.1
6.7
1458
1945
Constant delta T° method (2)
3.8 6.6 8.2
6.2 8.7 11.0
9.0
2.8 4.9 6.2
4.4 6.3
8.1
6.4
677 1170 1458 1093 1539 1945 1583
2.7
3.2
Constant water flow method (3)
4.3 5.6 6.3
5.3 6.3
7.2
7.3
525
595
Constant delta T° method (4)
4.0 5.4 6.3
5.0 6.1
7.2
7.0
337 452 525
423 510 595
588
0.44
0.52
3940
17.1
112 204 305
50
2
3
1788 2572
1
3
4
1416 2155 3120
11.3 13.3
8.0 10.0
2355
10.1 12.6 14.8
6.8 8.9 11.1
2644
10.6 13.3
7.7 10.0
1877 2355
3.6
9.1 11.9 14.8
6.3 8.6 11.1
1612 2122 2644
4.1
8.1
782
9.5
8.7
10.3 12.1
995
7.9 9.5
658 782
0.60
8.3 10.0 12.1
688 832 995
0.68
4800
20.9
212 272 394
4800
20.9
289 397 553
50 50
50
50
½" ISO/R7 female gas
64
51 57
63
53
55
42 48
54
44
Power supply : 230V/50Hz/1Ph
(1) 2-pipe, 3-row coil, air: 27°C/19°C, water inlet : 7°C, delta T° = 5°K in high speed
(2) 2-pipe, 3-row coil, air: 27°C/19°C, water: 7/12°C, constant dela T°
(3) 4-pipe, 1-row coil, air: 20°C, water inlet : 70°C, delta T° = 10°K in high speed
(4) 4-pipe, 1-row coil, air: 20°C, water: 70/60°C, constant delta T°
(5) With High External Static Pressure motor
(6) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
(7) Values calculated from sound power levels with a hypothetical acoustic attenuation of 9 dB.
20
50
50
50
50
50
59
50
70
61
55
46
63
54
72
63
Water Systems
Unit size
UniTrane™
General data
51
PROD-PRC014-E4
Dimensions and weights
FCC 01-08 - horizontal
FCK 01-20 - horizontal
FCC 01-08 - vertical
Y
X
Y
Z
Z
Y
X
X
Z
FCK 01-20 - vertical
FVC
Y
Y
X
Z
X
Z
Dimensions (1)
(mm)
Unit size
X
Y
Z
FCC 01
FCC 02
FCC 03
FCC 04
FCC 06
FCC 08
FCK 01
FCK 02
FCK 03
FCK 04
FCK 06
FCK 08
FCK 11
FCK 12
FCK 15
FCK 20
FVC 01
FVC 02
FVC 03
FVC 04
FVC 06
FVC 08
790
790
990
1190
1390
1590
530
530
730
930
1130
1330
1191
1391
1591
1791
790
790
990
1190
1390
1590
450
450
450
450
450
450
430
430
430
430
430
430
574 (3)
574 (3)
574 (3)
574 (3)
450
450
450
450
450
450
238
238
238
238
238
238
217
217
217
217
217
217
291
291
291
291
228
228
228
228
228
228
Operating Weight (2)
(kg)
Duct connection
dimensions (3)
(mm)
18
18
22
25
32
40
17
17
20
23
30
38
55
63
71
80
18
18
22
25
32
40
470x122
470x122
670x122
870x122
1070x122
1270x122
1092x203
1292x203
1492x203
1692x203
-
(1) Without options or accessories
(2) Without water content, options, or accessories
(3) With discharge air flange connection option
52
PROD-PRC014-E4
Air
temperature
Airflow
(m3/h)
Unit
size
Cooling capacities - 0Pa - 2-pipe / 4-pipe coil
Constant delta T°
01
219
02
284
03
370
04
565
06
762
08
956
11
1573
12
1816
15
2572
20
3120
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
22/15.5°C
24/17.0°C
26/18.7°C
28/20.4°C
TkW: Total cooling capacity in kW
Capacities given in high speed
TkW
0.7
1.0
1.3
1.5
1.1
1.5
1.9
2.3
1.5
2.0
2.5
3.1
2.6
3.4
4.1
4.9
3.4
4.4
5.5
6.6
4.3
5.5
6.8
8.1
5.9
7.7
9.7
11.8
8.2
10.4
12.8
15.4
9.9
12.6
15.5
18.7
11.1
14.0
17.3
20.9
5/10
SkW l/h
0.6 132
0.7 175
0.8 221
0.9 268
1.0 194
1.1 258
1.3 330
1.4 406
1.2 270
1.4 354
1.7 443
1.8 535
2.1 462
2.4 588
2.7 721
3.0 861
2.7 601
3.2 770
3.6 953
4.0 1142
3.4 760
3.9 965
4.4 1183
4.9 1413
5.1 1063
5.8 1370
6.6 1715
7.3 2075
6.7 1460
7.6 1840
8.5 2259
9.5 2706
8.3 1781
9.3 2236
10.5 2746
11.6 3290
9.2 2007
10.4 2515
11.7 3085
12.9 3691
Water temperature flow / return in °C
5.5/11
6/12
7/12
TkW SkW l/h
TkW SkW l/h
TkW SkW l/h
0.6 0.6 104
0.5 0.5 78
0.5 0.5 95
0.9 0.7 139
0.7 0.6 111
0.8 0.6 134
1.1 0.8 182
1.0 0.7 148
1.0 0.7 178
1.4 0.9 226
1.3 0.8 190
1.3 0.8 227
0.9 0.9 150
0.8 0.8 125
0.8 0.8 146
1.3 1.0 203
1.1 1.0 158
1.1 1.0 199
1.7 1.2 267
1.5 1.1 214
1.5 1.1 264
2.1 1.4 338
1.9 1.3 278
1.9 1.3 340
1.3 1.2 212
1.1 1.1 165
1.1 1.1 203
1.8 1.3 285
1.5 1.2 228
1.5 1.2 274
2.3 1.6 369
2.1 1.5 302
2.1 1.4 362
2.9 1.8 454
2.6 1.7 384
2.6 1.6 457
2.3 2.0 376
2.1 1.8 306
2.0 1.8 357
3.0 2.2 486
2.7 2.1 401
2.7 2.1 468
3.8 2.5 609
3.5 2.4 512
3.4 2.4 600
4.6 2.8 737
4.3 2.7 632
4.2 2.7 741
3.0 2.6 483
2.6 2.4 386
2.6 2.4 461
4.0 3.0 631
3.5 2.8 516
3.5 2.8 610
5.0 3.4 799
4.6 3.2 666
4.5 3.2 786
6.1 3.8 974
5.7 3.6 830
5.6 3.6 978
3.9 3.2 619
3.4 3.0 504
3.3 3.0 588
5.0 3.7 798
4.5 3.5 659
4.4 3.4 769
6.3 4.2 999
5.8 4.0 840
5.6 3.9 983
7.6 4.7 1209
7.1 4.5 1036
6.9 4.4 1214
5.1 4.7 842
4.2 4.1 642
4.4 4.3 795
6.8 5.4 1108
6.0 5.1 891
6.0 5.1 1081
8.8 6.2 1416
7.8 5.8 1163
7.9 5.8 1398
10.9 7.0 1751
10.0 6.6 1471
9.9 6.6 1758
7.3 6.3 1187
6.4 5.9 963
6.3 5.9 1143
9.4 7.2 1520
8.4 6.8 1254
8.3 6.7 1478
11.8 8.1 1896
10.8 7.7 1590
10.6 7.6 1872
14.4 9.1 2304
13.4 8.6 1962
13.1 8.5 2312
8.9 7.8 1460
8.0 7.4 1199
7.8 7.3 1406
11.4 8.9 1853
10.3 8.4 1537
10.0 8.3 1798
14.3 10.0 2305
13.1 9.5 1936
12.8 9.3 2269
17.5 11.1 2800
16.2 10.6 2386
15.9 10.4 2807
10.0 8.7 1652
8.9 8.3 1365
8.7 8.1 1589
12.8 9.8 2087
11.5 9.3 1738
11.2 9.2 2023
16.0 11.1 2594
14.6 10.5 2180
14.2 10.4 2550
19.5 12.3 3145
18.1 11.8 2684
17.7 11.6 3153
SkW: Sensible cooling capacity in kW
l/h: Water flow in liters per hour
8/13
TkW SkW l/h
0.5 0.5 86
0.6 0.6 116
0.9 0.7 156
1.2 0.8 205
0.7 0.7 134
1.0 0.9 173
1.3 1.1 233
1.7 1.2 305
1.0 0.9 173
1.3 1.2 238
1.8 1.3 320
2.4 1.6 415
1.7 1.7 311
2.3 1.9 411
3.1 2.2 536
3.9 2.5 677
2.2 2.1 391
3.0 2.6 535
4.0 3.0 701
5.1 3.4 892
2.9 2.8 514
3.8 3.2 677
5.0 3.7 879
6.3 4.1 1109
3.9 3.8 719
5.3 4.8 950
7.0 5.5 1243
9.0 6.2 1590
5.4 5.3 987
7.3 6.3 1309
9.4 7.2 1680
11.9 8.1 2107
6.7 6.5 1221
8.9 7.8 1597
11.4 8.8 2035
14.4 9.9 2554
7.4 7.3 1380
9.9 8.7 1799
12.7 9.8 2286
16.1 11.0 2872
Water Systems
UniTrane™
Performance data
53
PROD-PRC014-E4
Correction factors
In order to determine the cooling and heating capacity of units in medium and in low speed,
multiply the capacity in high speed by the correction factors given in the following table.
Cooling
Medium speed
Unit
size
01
02
03
04
06
08
11
12
15
20
Heating
Low speed
Airflow
Total
capacity
Sensible
capacity
Airflow
0.79
0.68
0.71
0.65
0.71
0.78
0.72
0.71
0.70
0.69
0.86
0.76
0.77
0.73
0.77
0.84
0.79
0.82
0.79
0.80
0.84
0.74
0.76
0.71
0.76
0.83
0.77
0.81
0.77
0.78
0.54
0.54
0.55
0.58
0.47
0.57
0.37
0.46
0.54
0.45
Medium speed
Sensible
Total
capacity capacity
0.66
0.65
0.63
0.67
0.54
0.66
0.45
0.55
0.66
0.60
0.64
0.61
0.61
0.65
0.53
0.65
0.44
0.53
0.63
0.57
Low speed
2-pipe
4-pipe
2-pipe
4-pipe
0.82
0.73
0.76
0.70
0.76
0.82
0.77
0.75
0.76
0.74
0.90
0.83
0.86
0.83
0.86
0.89
0.86
0.85
0.83
0.83
0.61
0.60
0.60
0.64
0.53
0.63
0.44
0.51
0.62
0.52
0.76
0.75
0.76
0.79
0.72
0.78
0.63
0.69
0.74
0.68
Standard motor 0Pa
54
PROD-PRC014-E4
UniTrane™
Water pressure drops - cooling
kPa
2-pipe coil /3-row
l/h
Water Systems
kPa
l/h
55
PROD-PRC014-E4
Performance data
Heating capacities - 0Pa - Air temperature = 20°C
Constant delta T°
2-pipe/3 row coil
Unit
size
01
02
03
04
06
08
11
12
15
20
Airflow
(m3/h)
219
284
370
565
762
956
1573
1816
2572
3120
Water temperature flow / return in °C
45/40
TkW
l/h
1.2
206
1.7
295
2.2
378
3.4
582
4.4
746
5.6
949
9.5
1591
12.3 2064
14.8 2479
20.2 3393
50/45
TkW
l/h
1.5
253
2.1
363
2.7
464
4.2
711
5.4
914
6.8
1160
11.6
1953
14.9 2523
18.0 3037
24.6 4145
60/50
TkW
l/h
1.9
161
2.7
230
3.5
296
5.3
455
6.8
583
8.7
742
14.6 1243
19.0
1618
22.8 1936
31.3
2659
45/40
TkW
l/h
0.5
84
0.6
101
0.9
150
1.2
200
1.6
266
2.0
327
3.2
513
3.7
584
4.8
769
6.2
980
50/45
TkW
l/h
0.7
110
0.8
131
1.1
190
1.5
251
2.0
331
2.5
406
4.0
645
4.5
731
5.9
959
7.6
1220
60/50
TkW
l/h
0.8
63
0.9
76
1.4
115
1.8
154
2.4
204
3.0
252
4.8
394
5.5
449
7.3
592
9.3
756
4-pipe/1 row coil
Unit
size
Airflow
(m3/h)
01
02
03
04
06
08
11
12
15
20
219
284
370
565
762
956
1573
1816
2572
3120
70/60
TkW
l/h
2.4
208
3.5
299
4.5
381
6.8
585
8.8
751
11.2
954
18.9 1606
24.4 2079
29.3 2496
40.1 3412
80/60
TkW
l/h
2.7
115
3.9
165
5.0
212
7.7
327
9.8
418
12.5
533
20.9
889
27.4
1166
32.6 1387
45.0
1914
82/71
TkW
l/h
3.1
238
4.4
342
5.6
435
8.6
667
11.0
858
14.0
1088
23.7 1836
30.6 2369
36.8 2849
50.2 3888
90/70
TkW
l/h
3.3
139
4.7
199
6.0
255
9.2
393
11.8
503
15.0
639
25.2 1072
32.8 1398
39.2 1668
53.9 2294
82/71
TkW
l/h
1.4
106
1.6
126
2.4
181
3.1
237
4.1
312
5.0
382
8.0
610
9.1
690
11.9
904
15.2
1148
90/70
TkW
l/h
1.3
56
1.6
67
2.3
99
3.1
132
4.2
176
5.1
216
8.1
339
9.3
386
12.2
509
15.6
649
Water temperature flow / return in °C
70/60
TkW
l/h
1.1
89
1.3
106
1.8
155
2.4
205
3.2
270
3.9
331
6.3
525
7.2
595
9.5
782
12.1
995
80/60
TkW
l/h
1.0
42
1.2
51
1.9
79
2.5
107
3.4
143
4.2
177
6.6
274
7.6
313
10.0
414
12.8
529
TkW: Total heating capacity in kW
l/h: Water flow in liters per hour
Capacities given in high speed
56
PROD-PRC014-E4
UniTrane™
Water pressure drops - heating
kPa
4-pipe coil /1-row
02
01
l/h
Water Systems
kPa
l/h
57
PROD-PRC014-E4
Chilled water terminals
Office applications
2-7 kW
Slim Line HFO/HFR
HFO-HFR
L
ZSM-10
P
ZSM-11
M/N
IRC
Customer benefits
• Silent operation: maximum acoustic comfort
• Flexibility: customized system to fit the customer's exact
requirements
• Easy commissioning: saving of time and money
• 4-pipe water coil
• Right- or left-hand connections
• Epoxy coating water coil for aggressive atmosphere
• Fuse protection
• Spigot arrangement
• Factory-wired fan speeds combination according to
customer requirements
Main features
• Unit specially designed for office applications
• Use of 1 mm thick galvanized steel
• High performance water coil (aluminium fins/copper
tubes)
• Hot and/or chilled water coil
• ½" water connections ISO R7 gas (screw connections)
• Multi-speed motor with internal thermal protection
• Use of plastic fan housings and large diameter wheels
for low sound levels
• Quick connector for the control panel connection
• Air inlet connections diameter 200 mm (HFO)
• Direct inlet (HFR)
• 50 Pa available for ducts and diffusers
• Electric and hydraulic connections accessible on the
same side to save space
• Low energy consumption
Options
• Several electric heater capacities per unit size
• Modulating and on/off 3-way/4-port or 2-way/2-port valve
for cooling and/or heating coils for better control
• Fresh air intake diameter 100 or 125 mm with fixed
controller 30 m3/h, 45 m3/h, or adjustable controller
60-130 m3/h for air renewal
• Easily accessible and cleanable EU3 or EU4 filter
Accessories
• Wall fan switch L: 3-speed fan switch
• Wall thermostat M: 3-speed switch + 1-stage stat +
manual changeover for the fan
• Wall thermostat N: 3-speed switch + 1-stage stat +
manual changeover for the valve
• Wall thermostat P: 3-speed switch + 2-stage stat for the
valve
• Flexible connections
• Auxiliary drain pan
• Fresh air controllers (30,45 and 60-130 m3/h)
• On/off 3 way/4 port valve
• Condensate pump
Control
• Remote on/off controls on fan, valve and/or electric
heater
• New factory-mounted LonMarkTM Trane ZN523 control,
providing enhanced acoustical and thermal comfort, and
energy saving solutions
• Full range of user interfaces (ZSM-10, ZSM-11) and
wireless remote control (IRC)
• Trane ZN523 can be associated with Trane EXL-EXB for
light and sunblind control
• Factory-mounted BatiBUS control
58
PROD-PRC014-E4
Unit size
04
Speed at ESP=0 Pa
Power supply
2
06
3
(V/Ph/Hz)
6
2
08
3
230/1/50
6
3
230/1/50
555
679
7
230/1/50
(m3/h)
296
373
Total capacity (2)
(kW)
2.1
2.6
3.4
4.0
4.6
5.6
5.3
6.7
6.9
Sensible capacity
(kW)
1.5
1.8
2.5
2.8
3.3
4.0
3.7
4.8
5.0
Water flow
(l/h)
367
449
600
695
808
976
919
1173
1209
Water pressure drop (3)
(kPa)
5
8
14
19
25
37
33
53
56
Airflow
535
6
HFO-HFR
General data HFO
887
746
1051
1095
Cooling (1)
Water content
(l)
Water connection type
1.5
1.7
2.1
1/2" ISO/R7
1/2" ISO/R7
1/2" ISO/R7
female gas
female gas
female gas
Heating (4)
Total capacity (5)
(kW)
2.1
2.3
2.7
3.4
3.7
4.1
4.3
5.0
5.1
Water flow
(l/h)
178
195
227
285
311
349
362
420
427
Water pressure drop (3)
(kPa)
4
5
6
10
12
15
16
21
22
Water content
(l)
0.24
0.29
0.34
1/2" ISO/R7
1/2" ISO/R7
1/2" ISO/R7
female gas
female gas
female gas
500-750-1000-1500-2000
500-750-1000-1500-2000-3000
500-750-1000-15002000-3000-4000
Water connection type
Electric heater
Capacity
(W)
Electric heat absorbed current (6)
(A)
Fan motor power (6)
(W)
Maximum external static pressure
(Pa)
2.3-3.3-4.3-6.5-8.6
30
39
2.3-3.3-4.3-6.5-8.6-13.0
69
70
50
85
2.3-3.3-4.3-6.5-8.6-13.0-17.4
106
76
50
120
145
50
Sound power level (7)
(dB(A))
47
51
59
49
53
61
53
62
63
Sound pressure level (8)
(dB(A))
27
31
39
29
33
41
33
42
43
Water Systems
(1) 2-pipe, 3-row coil
(2) Air 27°C/19°C, water 7/12°C
(3) For the water coil only, without valve
(4) 4-pipe, 1-row coil
(5) Air 20°C, water 70/60°C
(6) For 230V/1Ph/50Hz
(7) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
(8) Values calculated from sound power levels with a hypothetical acoustic attenuation of 20dB.
59
PROD-PRC014-E4
General data HFR
Unit size
04
Speed at ESP=0 Pa
Power supply
(V/Ph/Hz)
Airflow
(m3/h)
06
2
08
2
11
3
12
1
15
3
6
230/1/50
315 390 632
3
6
230/1/50
375 527 866
6
7
230/1/50
734 1096 1206
5
7
230/1/50
687 1167 1375
1
4
7
230/1/50
918 1243 1500
1
3
5
230/1/50
975 1492 1985
(kW)
(kW)
(l/h)
2.2
1.6
388
3.8
2.8
677
2.9
2.0
508
5.5
4.0
965
5.2
3.6
909
4.8
3.3
849
6.1
7.5
8.4
4.3
5.3
6.1
1081 1321 1488
6.7
4.6
1188
(kPa)
(l)
6
8
17
1.5
1/2" ISO/R7
female gas
10
17
36
1.7
1/2” ISO/R7
female gas
32
(kW)
(l/h)
2.2
185
(kPa)
(l)
4
(W)
500-750-10001500-2000
2.3-3.34.3-6.5-8.6
37
47
85
500-750-10001500-2000-3000
2.3-3.3-4.36.5-8.6-13.0
62
79
116
500-750-1000-15002000-3000-4000
2.3-3.3-4.3-6.58.6-13.0-17.4
80
125 158
50
50
50
Cooling (1)
Total capacity (2)
Sensible capacity
Water flow
Water pressure
drop (3)
Water content
Water connection
type
2.7
1.9
466
3.8
2.7
671
6.9
7.3
5.0
5.3
1206 1289
56
64
2.1
1/2” ISO/R7
female gas
40
6.9
7.6
5.0
5.6
1213 1342
77
93
2.3
1/2” ISO/R7
female gas
73
112
144
2.7
1/2” ISO/R7
female gas
94
8.9 10.6
6.3
7.7
1575 1872
155
211
3.1
1/2” ISO/R7
female gas
Heating (4)
Total capacity (5)
Water flow
Water pressure
drop (3)
Water content
Water connection
type
2.4
202
2.9
247
2.9
242
5
7
0.24
1/2" ISO/R7
female gas
7
3.3
281
4.1
347
4.4
369
10
15
0.29
1/2" ISO/R7
female gas
17
5.2
439
5.5
459
4.1
343
24
26
0.34
1/2” ISO/R7
female gas
5
5.3
437
5.7
474
5.1
429
7
8
0.45
1/2” ISO/R7
female gas
8
5.9
492
6.5
538
10
12
0.53
1/2” ISO/R7
female gas
5.9
489
11
7.1
595
8.2
683
15
19
0.61
1/2” ISO/R7
female gas
Electric heater
Capacity
Electric heat absorbed (A)
current (6)
Fan motor power (6) (W)
Maximum external
static pressure
(Pa)
Sound power
level (7)
(dB(A))
Sound pressure
level (8)
(dB(A))
2000-3000
3000-4000
3000-4500
8.7-13.0
13.0-17.4
13.0-19.6
118
182
202
127
50
170
214
178
50
244
281
50
49
45
57
42
45
55
51
60
63
52
63
67
57
64
69
59
65
70
29
25
37
22
25
35
31
40
43
32
43
47
37
44
49
39
45
50
(1) 2-pipe, 3-row coil
(2) Air 27°C/19°C, water 7/12°C
(3) For the water coil only, without valve
(4) 4-pipe, 1-row coil
(5) Air 20°C, water 70/60°C
(6) For 230V/1Ph/50Hz
(7) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
(8) Values calculated from sound power levels with a hypothetical acoustic attenuation of 20 dB
Dimensions and weights
HFO - front view
HFR - back view
Y
Y
Z
Z
X
X
Unit size
HFO 04
HFO 06
HFO 08
HFR 04
HFR 06
HFR 08
HFR 11
HFR 12
HFR 15
60
X
Dimensions (1)
(mm)
Y
Operating Weight (2)
(kg)
Z
1085
1285
1485
1085
1285
1485
1307
1507
1707
962
962
962
909
909
909
811
811
811
217 (3)
217 (3)
217 (3)
217 (3)
217 (3)
217 (3)
235
235
235
38
43
48
38
43
48
37
45
63
Duct connection dimensions
(mm)
Intake
Discharge (4)
1 x Ø 200
2 x Ø 200
3 x Ø 200
Direct inlet
Direct inlet
Direct inlet
Direct inlet
Direct inlet
Direct inlet
1 x Ø 200
2 x Ø 200
3 x Ø 200
1 x Ø 200
2 x Ø 200
3 x Ø 200
3 x Ø200
3 x Ø200
4 x Ø200
(1) Without options and including the auxiliary drain pan accessory
(2) Without water content, options, or accessories
(3) 224mm with the auxiliary drain pan accessory
(4) Standard configuration, other configurations are possible
PROD-PRC014-E4
HFO-HFR
Performance data HFO
04
284
443
476
06
573
752
594
08
881
979
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
5/10
TkW SkW l/h
1.1 0.8 189
1.3 1.0 233
1.8 1.1 308
2.2 1.3 380
1.3 1.1 236
1.9 1.3 327
2.4 1.5 420
2.9 1.7 512
2.1 1.7 368
2.8 2.0 484
3.5 2.3 609
4.2 2.5 737
2.5 2.0 448
3.3 2.3 577
4.1 2.6 713
4.9 2.9 853
3.0 2.3 523
3.8 2.7 669
4.7 3.0 825
5.7 3.4 987
3.7 2.9 648
4.7 3.3 822
5.8 3.8 1011
6.9 4.2 1208
3.3 2.5 575
4.2 2.9 730
5.1 3.3 893
6.1 3.6 1063
4.4
5.6
6.9
8.2
4.8
6.0
7.4
3.5
4.0
4.4
4.9
3.8
4.3
4.8
782
984
1202
1432
847
1063
1298
kPa
1
2
4
6
2
4
7
10
5
9
14
21
8
13
20
28
11
17
26
37
16
26
39
56
13
21
31
44
24
38
56
79
28
44
65
8.8 5.3 1547 92
TkW: Total cooling capacity in kW
SkW: Sensible cooling capacity in kW
Water temperature flow / return in °C
5.5/11
6/10
7/12
TkW SkW l/h kPa
TkW SkW l/h kPa
TkW SkW l/h kPa
1.0 0.8 158 1
1.0 0.8 225 2
0.8 0.8 150 1
1.2 0.9 196 2
1.4 1.0 306 4
1.1 0.8 189 1
1.5 1.0 246 2
1.8 1.1 390 6
1.4 1.0 244 2
2.0 1.2 318 4
2.2 1.3 473 9
1.8 1.1 323 4
1.2 1.1 196 2
1.4 1.1 313 4
1.1 1.0 189 1
1.6 1.2 254 3
1.9 1.3 416 7
1.4 1.1 246 2
2.2 1.4 343 5
2.4 1.5 524 11
1.9 1.3 340 5
2.7 1.7 432 7
2.9 1.7 634 15
2.5 1.6 437 7
1.8 1.6 284 3
2.1 1.7 465 8
1.5 1.5 275 3
2.4 1.8 389 6
2.7 2.0 604 14
2.1 1.7 378 6
3.2 2.1 504 10
3.4 2.2 754 22
2.8 2.0 498 10
3.9 2.4 624 15
4.2 2.5 909 31
3.6 2.3 629 15
2.2 1.8 356 5
2.5 2.0 551 12
1.9 1.7 338 5
3.0 2.1 473 9
3.2 2.3 707 19
2.6 2.0 458 8
3.8 2.5 599 14
4.0 2.6 871 29
3.4 2.3 593 14
4.6 2.8 730 21
4.8 2.9 1042 42
4.2 2.6 736 21
2.6 2.2 420 7
2.9 2.3 641 16
2.3 2.0 400 6
3.4 2.5 551 12
3.7 2.6 818 26
3.0 2.3 533 11
4.4 2.9 694 19
4.6 3.0 1008 39
3.9 2.7 686 18
5.3 3.2 845 28
5.5 3.3 1206 55
4.9 3.0 851 28
3.3 2.7 526 11
3.6 2.9 789 24
2.8 2.6 502 10
4.2 3.1 679 18
4.6 3.3 1002 39
3.7 2.9 658 17
5.3 3.6 850 28
5.6 3.7 1234 58
4.8 3.3 839 27
6.5 4.0 1033 41
6.8 4.1 1479 83
5.9 3.8 1038 41
2.9 2.3 466 9
3.2 2.5 696 19
2.5 2.2 441 8
3.8 2.7 606 15
4.0 2.8 886 31
3.3 2.5 585 14
4.8 3.1 758 23
5.0 3.2 1085 46
4.3 2.9 749 22
5.8 3.5 915 33
5.9 3.5 1294 65
5.3 3.2 922 33
4.0
5.1
6.4
7.7
4.3
5.5
6.9
3.3
3.7
4.2
4.7
3.6
4.1
4.6
640
819
1018
1228
696
886
1098
16
26
40
58
19
31
47
8.3 5.1 1326 68
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
4.3
5.4
6.7
8.0
4.6
5.8
7.2
3.4
3.9
4.4
4.8
3.7
4.2
4.7
942
1191
1461
1747
1020
1287
1579
35
55
82
117
40
64
96
3.4
4.5
5.7
7.1
3.7
4.8
6.1
3.0
3.5
3.9
4.4
3.3
3.8
4.3
609
792
1004
1235
663
858
1083
15
25
39
59
17
29
45
8.6 5.2 1889 136
7.6
4.8 1332 68
8/13
TkW SkW l/h
0.8 0.7 133
1.0 0.8 169
1.2 0.9 212
1.7 1.1 290
0.9 0.9 165
1.2 1.0 211
1.7 1.2 298
2.3 1.5 396
1.3 1.3 234
1.8 1.6 327
2.5 1.9 442
3.3 2.1 571
1.6 1.6 291
2.3 1.8 399
3.0 2.1 530
3.9 2.5 674
1.9 1.9 346
2.6 2.2 467
3.5 2.5 614
4.4 2.9 778
2.5 2.4 439
3.3 2.7 580
4.3 3.1 752
5.4 3.5 948
2.1 2.0 381
2.9 2.3 514
3.8 2.7 672
4.8 3.1 846
3.0
4.0
5.1
6.5
3.2
4.3
5.5
2.8
3.2
3.7
4.2
3.1
3.5
4.0
533
700
902
1131
583
759
974
kPa
1
1
2
3
1
2
4
6
2
4
8
13
3
6
11
18
5
9
15
23
8
13
22
35
6
11
18
28
11
19
32
50
13
23
37
6.9 4.5 1219 57
Water Systems
203
Air
temperature
Airflow
(m3/h)
Unit
size
Cooling capacities - 3-row coil - 30Pa
Constant delta T°
61
PROD-PRC014-E4
Performance data HFO
203
04
284
443
476
06
573
752
594
08
881
979
Air
temperature
Airflow
(m3/h)
Unit
size
Cooling capacities - 4-row coil - 30Pa
Constant delta T°
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
5/10
TkW SkW l/h
1.2 0.9 205
1.4 1.0 251
1.7 1.1 301
2.2 1.3 382
1.5 1.2 257
1.8 1.3 315
2.4 1.6 427
3.1 1.8 533
2.1 1.8 370
2.9 2.1 508
3.7 2.4 650
4.5 2.7 795
2.6 2.1 451
3.4 2.4 597
4.3 2.8 747
5.2 3.1 902
3.1 2.5 541
4.0 2.9 704
5.0 3.2 875
6.0 3.6 1054
3.9 3.2 689
5.0 3.6 882
6.2 4.1 1089
7.5 4.6 1308
3.4 2.7 598
4.4 3.1 768
5.4 3.5 947
6.5 3.9 1133
4.8
6.0
7.4
8.9
5.2
6.5
8.0
3.8
4.3
4.9
5.4
4.2
4.7
5.3
839
1061
1298
1551
916
1152
1408
kPa
0.4
1
1
1
1
1
2
3
1
2
4
6
2
3
5
7
3
5
7
10
4
7
11
15
3
6
8
12
7
11
16
22
8
12
18
9.6 5.9 1682 26
TkW: Total cooling capacity in kW
SkW: Sensible cooling capacity in kW
Water temperature flow / return in °C
5.5/11
6/10
7/12
TkW SkW l/h kPa TkW SkW l/h kPa TkW SkW l/h kPa
1.1 0.9 172 0.3
1.1 0.9 244 1
0.9 0.8 165 0.3
1.3 1.0 212 0.4
1.4 1.0 302 1
1.2 0.9 206 0.4
1.6 1.1 256 1
1.8 1.2 396 1
1.4 1.0 254 1
1.9 1.2 305 1
2.2 1.3 489 2
1.8 1.1 315 1
1.3 1.1 215 0.4
1.4 1.2 308 1
1.2 1.1 208 0.4
1.6 1.3 264 1
2.0 1.4 429 2
1.5 1.2 257 1
2.1 1.4 332 1
2.5 1.6 550 3
1.9 1.4 335 1
2.8 1.7 440 2
3.1 1.8 671 4
2.6 1.6 449 2
1.8 1.6 285 1
2.2 1.8 495 2
1.5 1.5 276 1
2.4 1.9 392 1
3.0 2.1 652 4
2.2 1.8 387 1
3.3 2.3 528 3
3.7 2.4 817 6
3.0 2.1 527 3
4.2 2.6 666 4
4.5 2.7 991 8
3.8 2.5 675 4
2.1 1.8 338 1
2.6 2.1 576 3
1.8 1.7 328 1
3.0 2.2 478 2
3.4 2.4 745 5
2.6 2.1 467 2
3.9 2.6 621 4
4.2 2.7 924 8
3.5 2.4 617 4
4.8 2.9 766 5
5.1 3.0 1110 11
4.4 2.8 775 6
2.6 2.3 418 2
3.1 2.5 680 4
2.3 2.1 404 2
3.6 2.7 570 3
4.0 2.8 873 7
3.2 2.5 556 3
4.6 3.1 730 5
4.9 3.2 1079 11
4.1 2.9 725 5
5.6 3.5 896 7
5.9 3.6 1297 15
5.2 3.3 905 7
3.4 3.0 547 3
3.9 3.2 854 7
3.0 2.8 527 3
4.5 3.4 721 5
4.9 3.6 1087 11
4.0 3.2 703 5
5.7 3.9 911 8
6.1 4.1 1339 16
5.1 3.6 904 7
7.0 4.4 1112 11
7.4 4.5 1608 23
6.4 4.1 1121 11
2.9 2.5 472 2
3.4 2.6 738 5
2.5 2.3 451 2
4.0 2.9 631 4
4.3 3.0 941 8
3.5 2.7 613 4
5.0 3.3 797 6
5.3 3.4 1157 12
4.5 3.1 791 6
6.1 3.7 970 9
6.4 3.8 1383 18
5.6 3.5 979 9
4.2
5.5
6.9
8.4
4.6
6.0
7.4
3.6
4.1
4.6
5.2
3.9
4.5
5.0
679
878
1096
1327
745
956
1189
4
7
11
16
5
9
13
9.0 5.6 1438 19
4.6
5.9
7.2
8.7
5.0
6.4
7.8
3.7
4.3
4.8
5.3
4.1
4.7
5.2
1023
1293
1584
1897
1114
1403
1719
10
15
23
33
12
18
27
9.4 5.8 2058 38
3.7
4.8
6.2
7.6
4.0
5.3
6.7
3.3
3.8
4.3
4.9
3.7
4.2
4.7
650
854
1085
1335
714
930
1177
8/13
TkW SkW l/h
0.8 0.8 147
1.0 0.9 185
1.3 1.0 230
1.6 1.1 281
1.0 1.0 187
1.3 1.1 232
1.6 1.3 286
2.3 1.5 402
1.4 1.4 253
1.8 1.7 329
2.6 2.0 464
3.5 2.3 611
1.6 1.5 281
2.3 1.9 401
3.1 2.3 549
4.0 2.6 707
1.9 1.9 342
2.7 2.3 483
3.7 2.7 647
4.7 3.1 826
2.5 2.5 451
3.5 3.0 617
4.6 3.4 809
5.8 3.9 1024
2.1 2.0 373
3.0 2.5 535
4.0 2.9 897
5.1 3.3 897
547
753
976
1223
605
823
1060
kPa
0.2
0.3
1
1
0.3
1
1
2
1
1
2
3
1
2
3
5
1
2
4
6
2
3
6
9
1
3
5
8
4
7
11
16
5
8
13
3.1
4.3
5.6
7.0
3.4
4.6
6.0
3.0
3.6
4.1
4.6
3.3
3.9
4.5
3
5
9
14
4
6
11
8.2 5.3 1446 19
7.5
5.0 1324 16
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
62
PROD-PRC014-E4
HFO-HFR
Performance data HFO
04
06
08
04
06
08
Water temperature flow / return in °C
60/50
70/60
80/60
TkW l/h kPa TkW l/h kPa TkW l/h
2.4 203 2
3.0 260 3
3.4 147
3.2 276 3
4.1 353 5
4.7 199
4.8 405 5
6.1 520 10
6.9 292
5.3 456 8
6.8 583 13
7.7 331
6.3 535 11
8.0 685 18
9.1 387
7.9 672 17
10.1 862 28
11.3 485
6.6 563 10
8.4 719 16
9.5 408
9.2 785 19
11.8 1005 31
13.3 567
10.0 855 23
12.9 1096 36
14.5 617
2.5 217 0.4
3.3 278 1
3.7 158
3.5 299 1
4.5 383 1
5.1 217
5.3 448 2
6.7 574 3
7.6 325
5.8 494 2
7.4 630 4
8.4 360
6.8 584 3
8.7 746 5
9.9 425
8.7 741 5
11.1 949 8
12.6 537
7.2 614 4
9.1 781 6
10.5 447
10.2 868 7
13.0 1110 11
14.7 630
11.1 950 8
14.2 1215 13
16.1 688
1.4 114 2
1.8 151 3
1.9 79
1.6 131 2
2.1 175 4
2.1 91
1.9 157 3
2.5 210 5
2.6 109
2.4 202 5
3.2 267 9
3.3 140
2.6 218 6
3.4 289 10
3.6 152
2.9 245 7
3.9 324 13
4.1 171
3.0 249 8
3.9 329 13
4.1 174
3.5 295 11
4.6 389 19
4.9 206
3.7 308 12
4.9 407 20
5.2 216
kPa
1
2
3
4
9
11
6
10
12
0.2
0.4
1
1
2
3
2
4
4
1
1
2
2
3
4
4
5
6
82/71
TkW l/h
3.8 296
5.2 402
7.6 593
8.5 663
10.0 780
12.6 982
10.5 818
14.7 1144
16.1 1248
4.1 316
5.6 435
8.4 653
9.2 715
10.9 848
13.9 1080
11.4 887
16.2 1262
17.8 1382
2.3 175
2.6 203
3.2 243
4.0 309
4.3 334
4.9 375
4.9 379
5.8 448
6.1 469
kPa
3
6
13
17
23
36
21
39
47
1
2
4
5
6
10
7
14
17
4
5
7
12
14
17
18
25
27
90/70
TkW l/h
4.1 176
5.6 239
8.2 350
9.2 395
10.8 463
13.6 581
11.4 487
15.9 678
17.3 738
4.4 190
6.1 260
9.1 389
10.0 429
11.9 507
15.0 642
12.4 532
17.6 752
19.3 822
2.3 98
2.7 113
3.2 135
4.1 173
4.4 187
5.0 210
5.0 214
6.0 252
6.3 265
kPa
1
2
5
6
8
13
8
14
17
0.3
1
1
2
2
4
3
5
6
1
2
2
4
4
5
6
8
9
3-row coil
203
284
443
476
573
752
594
881
979
203
284
443
476
573
752
594
881
979
203
284
443
476
573
752
594
881
979
50/45
TkW l/h kPa
1.9 315 4
2.5 428 7
3.7 631 15
4.2 706 19
4.9 831 26
6.2 1046 41
5.1 872 23
7.2 1220 45
7.9 1331 53
2.0 336 1
2.7 462 2
4.1 695 4
4.5 762 5
5.3 902 7
6.8 1149 11
5.5 945 8
7.9 1344 16
8.7 1472 19
1.1 186 4
1.3 214 6
1.6 257 8
2.0 327 13
2.1 354 15
2.4 398 19
2.4 403 20
2.9 477 28
3.0 499 30
4-row coil
08
2
3
6
2
3
6
3
6
7
2
3
6
2
3
6
3
6
7
2
3
6
2
3
6
3
6
7
45/40
TkW l/h kPa
1.5 258 3
2.1 350 5
3.1 516 10
3.4 580 13
4.0 681 18
5.1 857 28
4.2 716 16
5.9 1000 30
6.5 1090 36
1.6 275 1
2.2 379 1
3.4 569 3
3.7 626 4
4.4 741 5
5.6 942 8
4.6 778 6
6.5 1103 11
7.1 1208 13
0.9 148 3
1.0 171 4
1.3 205 5
1.6 263 8
1.7 284 10
1.9 319 12
2.0 324 13
2.3 383 18
2.5 401 20
1-row coil
06
Airflow
(m3/h)
04
Speed
Unit
size
Heating capacities - 3-row coil - 30Pa - Constant delta T° - Air temperature = 20°C
Water Systems
TkW: Total heating capacity in kW
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
63
PROD-PRC014-E4
Chilled water terminals
Lodging applications
1-5 kW
Slim Line HFH
HFH
L
ZSM-10
P
ZSM-11
M/N
IRC
Customer benefits
Accessories
• Silent operation: maximum acoustic comfort
• Flexibility: customized system to fit the customer's exact
requirements
• Easy commissioning: saving of time and money
• Wall fan switch L: 3-speed fan switch
• Wall thermostat M: 3-speed switch + 1-stage stat +
manual changeover for the fan
• Wall thermostat N: 3-speed switch + 1-stage stat +
manual changeover for the valve
• Wall thermostat P: 3-speed switch + 2-stage stat for the
valve
• Flexible connections
• Auxiliary drain pan
• Fresh air intake diameter 100 or 125 mm with fixed
controller 30 m3/h, 45m3/h, or adjustable controller
60-130 m3/h
• 200 mm long straight duct and hotel-specific discharge
air grille
• Condensate pump
Main features
• Unit specially designed for hotel applications
• Use of 1 mm thick galvanized steel
• High performance water coil (aluminium fins/copper
tubes) for optimized capacity
• Hot and/or chilled water coil
• ½" water connections ISO R7 gas (screw connections)
• Multi-speed motor with internal thermal protection for
higher flexibility
• Use of plastic fan housings and large diameter wheels
for very low sound levels
• Repositionable control panel with quick connector to
save space
• Return air direct inlet
• 40 Pa external static pressure for ducts and discharge air
grille
• Low energy consumption
Options
• 4-pipe water coil
• Several electric heater capacities per unit size
• Modulating and on/off 3-way/4-port or 2-way/2-port valve
for better control
• Easily accessible and cleanable EU3 air filter
• Right- or left-hand connections
• Controls specially suited to hotel applications
• Epoxy coating water coil for aggressive atmosphere
• Fuse protection
• Factory-wired fan speeds combination according to
customer requirements
Control
• Remote on/off controls on fan, valve and/or electric
heater
• New factory-mounted LonMarkTM Trane ZN523 control,
providing enhanced acoustical and thermal comfort, and
energy saving solutions
• Full range of user interfaces (ZSM-10, ZSM-11) and
wireless remote control (IRC)
• Trane ZN523 can be associated with Trane EXL-EXB for
light and sunblind control
• Factory-mounted BatiBUS control
64
PROD-PRC014-E4
Unit size
Speed at ESP = 0 Pa
Power supply
Airflow
Cooling (1)
Total capacity
Sensible capacity
Water flow
Water pressure drop (2)
Water content
Water connection type
Heating (3)
Total capacity
Water flow
Water pressure drop (2)
Water content
Water connection type
Electric heater
Capacity
Electric heater absorbed
current (4)
Fan motor absorbed power (4)
Maximum external static
pressure
Sound power level (5)
Sound pressure level (6)
02
(V/Ph/Hz)
(m3/h)
03
1
3
5
1
158
244
313
216
1.4
1.5
1.1
1.4
238
273
0.4
0.6
1.1
1/2" ISO/R7 female gas
3
230/1/50
273
04
5
1
3
5
376
322
490
672
1.6
2.3
1.3
1.8
289
404
0.7
1
1.5
1/2" ISO/R7 female gas
(kW)
(kW)
(l/h)
(kPa)
(l)
1.1
0.8
184
0.3
1.4
1.1
250
0.5
2.12
1.6
371
1
(kW)
(l/h)
(kPa)
(l)
0.8
64
0.5
1.2
99
1
1.7
143
2
0.9
1.0
75
83
0.7
0.8
0.13
1/2" ISO/R7 female gas
(W)
500 - 750 - 1000
HFH
General data HFH
1.3
1.5
108
122
1
2
0.19
1/2" ISO/R7 female gas
500 - 750 - 1000 - 1500
(A)
(W)
20
2.3 - 3.3 - 4.6
30
41
24
(Pa)
(dB(A))
(dB(A))
30
34
22
40
41
29
40
48
36
30
36
24
2.3 - 3.3 - 4.6 - 6.6
30
46
40
41
29
40
49
37
3.16
4.08
2.39
3.17
552
716
3
4
2.0
1/2" ISO/R7 female gas
2.0
2.3
166
189
3
4
0.24
1/2" ISO/R7 female gas
500 - 750 - 1000 - 1500 2000
2.3 - 3.3 - 4.6 - 6.6 - 8.7
36
50
75
30
37
25
40
43
31
40
50
38
Water Systems
(1) 2-pipe, 4-row coil, air 27°C/19°C, water 7/12°C
(2) For the coil only, without valve
(3) 4-pipe, 1-row coil, air 20°C, water 70/60°C
(4) For 230V/1Ph/50Hz
(5) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
(6) Values calculated from sound power levels with a hypothetical acoustic attenuation of 12 dB
65
PROD-PRC014-E4
Dimensions and weights
Z
X
Unit size
HFH 02
HFH 03
HFH 04
Y
Dimensions (1)
(mm)
X
743
943
1143
908
908
908
Y
Z
Operating
Weight (2)
(kg)
Duct connection
dimensions
(mm)
217 (3)
217 (3)
217 (3)
22
27
32
399 x 151
599 x 151
799 x 151
(1) Including the standard control panel and the auxiliary drain pan (+128 mm)
(2) Without water content, options, or accessories
(3) 224 mm with auxiliary drain pan (accessory)
66
PROD-PRC014-E4
158
02
244
313
216
03
273
376
322
04
490
672
Return air
temperature
Airflow
(m3/h)
Unit
size
Cooling capacities - 3-row coil - 0Pa
Constant delta T°
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
TkW
0.7
0.9
1.1
1.3
0.9
1.1
1.4
1.9
1.1
1.3
1.8
2.3
1.0
1.2
1.5
2.0
1.1
1.4
1.9
2.4
1.3
1.9
2.5
3.1
1.3
1.9
2.4
3.0
2.0
2.7
3.4
4.2
2.6
3.4
4.3
5.2
5/10
SkW l/h kPa
0.6 129 1
0.7 158 1
0.8 190 1
0.8 226 1
0.9 167 1
0.9 202 1
1.0 249 1
1.2 329 2
1.0 192 1
1.1 231 1
1.3 311 2
1.5 403 3
0.8 168 1
0.9 207 1
1.0 264 2
1.2 340 2
1.0 193 1
1.1 240 1
1.3 328 2
1.5 415 3
1.2 233 1
1.4 327 2
1.7 430 3
1.9 537 5
1.1 234 1
1.4 330 2
1.6 427 3
1.8 524 5
1.7 352 3
2.0 469 4
2.2 596 6
3.2 725 8
2.2 456 4
2.5 594 6
2.8 748 8
3.2 907 11
TkW: Total cooling capacity in kW
SkW: Sensible cooling capacity in kW
TkW
0.7
0.8
1.0
1.2
0.9
1.1
1.3
1.6
1.0
1.2
1.4
2.0
0.9
1.1
1.3
1.7
1.0
1.2
1.6
2.1
1.2
1.5
2.1
2.8
1.2
1.6
2.2
2.8
1.7
2.3
3.1
3.9
2.2
3.0
3.9
4.8
Water temperature flow / return in °C
5.5/11
6/11
7/12
SkW l/h kPa
TkW SkW l/h kPa
TkW SkW l/h kPa
0.6 108 0.4
0.7 0.6 116 0.4
0.6 0.6 104 0.3
0.7 133 1
0.8 0.6 143 1
0.7 0.6 129 1
0.7 161 1
1.0 0.7 174 1
0.9 0.7 159 1
0.8 192 1
1.2 0.8 209 1
1.1 0.7 192 1
0.8 140 1
0.8 0.8 151 1
0.8 0.7 136 1
0.9 170 1
1.0 0.9 184 1
0.9 0.9 167 1
1.0 204 1
1.3 1.0 222 1
1.1 0.9 202 1
1.1 255 1
1.7 1.1 296 2
1.5 1.1 262 2
1.0 159 1
1.0 0.9 173 1
0.9 0.9 160 1
1.1 194 1
1.2 1.1 211 1
1.1 1.0 192 1
1.2 234 1
1.6 1.2 275 2
1.3 1.1 239 1
1.4 318 2
2.1 1.4 364 2
1.8 1.3 325 2
0.8 140 1
0.9 0.8 151 1
0.8 0.7 135 1
0.9 173 1
1.1 0.8 187 1
1.0 0.8 168 1
0.9 212 1
1.3 0.9 231 1
1.2 0.9 208 1
1.1 275 2
1.8 1.1 311 2
1.6 1.0 279 2
0.9 162 1
1.0 0.9 174 1
0.9 0.8 152 1
1.0 198 1
1.2 1.0 215 1
1.1 1.0 193 1
1.1 253 2
1.7 1.2 291 2
1.4 1.1 252 1
1.4 339 2
2.2 1.4 380 3
2.0 1.3 343 2
1.2 196 1
1.2 1.1 211 1
1.1 1.0 189 1
1.3 246 1
1.6 1.3 284 2
1.4 1.2 244 1
1.5 341 2
2.2 1.6 385 3
1.9 1.4 339 2
1.8 443 4
2.8 1.8 493 4
2.5 1.7 447 4
1.1 195 1
1.2 1.1 210 1
1.1 1.0 188 1
1.2 251 2
1.6 1.3 287 2
1.4 1.2 244 1
1.5 346 3
2.2 1.5 386 3
1.9 1.4 342 2
1.7 440 4
2.8 1.7 485 4
2.5 1.6 444 4
1.5 268 2
1.7 1.5 303 2
1.4 1.4 250 2
1.8 372 3
2.4 1.8 414 3
2.0 1.7 361 3
2.1 490 4
3.1 2.1 541 5
2.7 2.0 482 4
2.4 611 6
3.8 2.4 671 7
3.5 2.2 616 6
2.0 358 3
2.2 2.0 398 3
1.9 1.8 334 2
2.3 478 4
3.0 2.3 528 5
2.6 2.2 464 4
2.7 617 6
3.9 2.7 679 7
3.5 2.5 608 6
3.0 766 9
4.8 3.0 839 10
4.4 2.8 769 9
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
TkW
0.5
0.7
0.8
1.0
0.7
0.8
1.0
1.3
0.8
1.0
1.2
1.6
0.7
0.8
1.1
1.4
0.8
1.0
1.2
1.7
1.0
1.1
1.7
2.3
0.9
1.2
1.7
2.3
1.2
1.8
2.4
3.2
1.7
2.3
3.0
4.0
8/13
SkW l/h
0.5 92
0.6 116
0.6 144
0.7 176
0.7 125
0.8 151
0.9 184
1.0 229
0.8 146
0.9 174
1.1 211
1.2 286
0.6 118
0.8 151
0.8 188
1.0 244
0.8 140
0.9 174
1.0 215
1.2 304
0.9 174
1.1 205
1.3 294
1.6 398
0.9 166
1.1 209
1.3 297
1.5 401
1.2 223
1.6 311
1.8 425
2.1 557
1.6 301
2.0 405
2.3 538
2.7 696
kPa
0.3
0.4
0.6
1
1
1
1
1
1
1
1
2
0.4
1
1
1
1
1
1
2
1
1
2
3
1
1
2
3
1
2
3
5
2
3
5
8
Water Systems
HFH
Performance data HFH
67
PROD-PRC014-E4
Performance data HFH
158
02
244
313
216
03
273
376
322
04
490
672
Return air
temperature
Airflow
(m3/h)
Unit
size
Cooling capacities - 4-row coil - 0Pa
Constant delta T°
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
22/15.4°C
24/17.1°C
26/18.7°C
28/20.4°C
TkW
0.8
1.0
1.2
1.4
1.1
1.3
1.5
1.8
1.2
1.5
1.7
2.4
1.1
1.4
1.6
2.1
1.3
1.6
2.0
2.6
1.6
2.0
2.8
3.5
1.5
1.9
2.6
3.2
2.1
2.9
3.7
4.6
2.8
3.8
4.8
5.9
5/10
SkW l/h
0.7 144
0.7 175
0.8 210
0.9 247
0.9 188
1.0 226
1.1 269
1.2 321
1.1 217
1.3 259
1.4 306
1.6 413
0.9 196
1.0 239
1.1 286
1.3 360
1.1 227
1.2 275
1.4 347
1.6 455
1.4 275
1.6 354
1.9 483
2.2 611
1.3 262
1.4 327
1.7 447
2.0 563
1.8 363
2.2 505
2.5 653
2.9 807
2.5 499
2.9 662
3.3 840
3.7 1030
TkW: Total cooling capacity in kW
SkW: Sensible cooling capacity in kW
kPa
0.2
0.2
0.4
1
0.3
0.4
1
1
0.4
1
1
1
0.3
1
1
1
0.4
1
1
2
1
1
2
3
1
1
2
3
1
2
4
6
2
4
6
9
Water temperature flow / return in °C
5.5/11
6/11
TkW SkW l/h kPa TkW SkW l/h kPa TkW
0.8 0.6 121 0.1
0.7 0.6 130 0.1
0.7
0.9 0.7 148 0.2
0.9 0.7 160 0.2
0.8
1.1 0.8 178 0.3
1.1 0.8 193 0.3
1.0
1.3 0.9 211 0.4
1.3 0.9 230 0.4
1.2
1.0 0.9 158 0.2
1.0 0.9 171 0.2
0.9
1.2 1.0 190 0.3
1.2 1.0 206 0.3
1.1
1.4 1.1 227 0.4
1.4 1.1 247 1
1.3
1.7 1.2 268 1
1.7 1.2 293 1
1.5
1.1 1.1 181 0.3
1.1 1.1 197 0.3
1.0
1.4 1.2 218 0.4
1.3 1.2 237 0.4
1.2
1.6 1.3 259 0.5
1.6 1.3 282 1
1.5
1.9 1.4 304 1
2.1 1.5 368 1
1.8
1.0 0.9 164 0.2
1.0 0.9 177 0.3
0.9
1.3 1.0 201 0.3
1.2 1.0 217 0.4
1.1
1.5 1.1 243 1
1.5 1.1 263 1
1.4
1.8 1.2 289 1
1.9 1.2 324 1
1.7
1.2 1.1 190 0.3
1.2 1.1 205 0.4
1.0
1.4 1.2 231 0.5
1.4 1.2 250 0.5
1.3
1.7 1.3 278 1
1.7 1.4 302 1
1.6
2.3 1.5 358 1
2.4 1.5 413 1
2.1
1.4 1.4 231 0.5
1.4 1.4 250 0.5
1.3
1.7 1.5 278 1
1.7 1.5 302 1
1.6
2.3 1.7 369 1
2.4 1.8 429 2
2.1
3.1 2.0 495 2
3.2 2.1 559 3
2.9
1.4 1.2 219 0.4
1.3 1.2 236 1
1.2
1.7 1.4 268 1
1.6 1.3 290 1
1.5
2.2 1.5 345 1
2.3 1.6 399 1
2.0
2.9 1.8 462 2
3.0 1.9 518 2
2.7
1.7 1.7 274 1
1.7 1.6 297 1
1.5
2.4 2.0 384 1
2.5 2.0 442 2
2.2
3.3 2.3 526 2
3.4 2.4 589 3
3.0
4.2 2.7 670 4
4.3 2.7 743 5
3.9
2.2 2.2 360 1
2.4 2.4 433 2
2.1
3.3 2.7 522 2
3.3 2.7 587 3
2.9
4.3 3.1 685 4
4.3 3.1 761 5
3.9
5.4 3.5 859 6
5.4 3.5 949 8
5.0
7/12
SkW l/h
0.6 117
0.7 145
0.7 176
0.8 212
0.8 154
0.9 188
1.0 226
1.1 270
1.0 182
1.2 217
1.3 259
1.4 322
0.8 159
0.9 196
1.0 240
1.1 290
1.0 185
1.1 227
1.2 276
1.4 369
1.2 226
1.4 275
1.7 375
1.9 505
1.2 212
1.3 262
1.5 347
1.7 470
1.5 274
1.9 380
2.2 524
2.5 678
2.0 369
2.6 514
2.9 681
3.3 867
kPa
0.1
0.2
0.3
0.4
0.2
0.3
0.4
1
0.3
0.4
1
1
0.2
0.3
1
1
0.3
0.4
1
1
0.4
1
1
2
0.4
1
1
2
1
1
2
4
1
2
4
6
TkW
0.7
0.7
0.9
1.1
0.9
1.0
1.2
1.4
1.0
1.1
1.3
1.6
0.8
1.0
1.2
1.5
0.9
1.2
1.4
1.8
1.2
1.4
1.8
2.6
1.1
1.3
1.7
2.4
1.4
1.8
2.6
3.5
1.8
2.5
3.4
4.5
8/13
SkW l/h
0.7 125
0.6 130
0.7 160
0.8 194
0.8 154
0.9 171
1.0 207
1.1 248
1.0 178
1.1 198
1.2 237
1.3 283
0.8 142
0.9 177
1.0 218
1.1 265
0.9 166
1.1 205
1.2 251
1.3 322
1.1 208
1.4 250
1.5 321
1.8 449
1.0 189
1.2 236
1.3 293
1.6 419
1.4 252
1.8 322
2.1 458
2.4 610
1.8 325
2.4 446
2.8 602
3.1 783
kPa
0.1
0.1
0.2
0.3
0.2
0.2
0.3
1
0.3
0.3
0.4
1
0.2
0.3
0.4
1
0.2
0.4
0.5
1
0.4
0.5
1
2
0.3
0.5
1
2
1
1
2
3
1
2
3
5
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
68
PROD-PRC014-E4
HFH
Performance data HFH
04
4-row coil
02
03
04
1-row coil
02
03
04
1
3
5
1
3
5
1
158
244
313
216
273
376
322
3
5
1
3
5
1
3
5
1
3
5
1
3
5
1
3
5
1
3
5
490
672
158
244
313
216
273
376
322
490
672
158
244
313
216
273
376
322
490
672
45/40
TkW l/h kPa
1.0 177 1
1.5 257 1
1.9 316 2
1.5 253 1
1.8 310 2
2.4 408 3
2.2 376 3
3.2
4.1
1.1
1.7
2.1
1.6
1.9
2.6
2.4
3.5
4.6
0.4
0.4
0.5
0.6
0.6
0.7
0.8
1.0
1.1
538 5
695 7
190 0.3
280 1
348 1
267 1
330 1
437 2
407 1
592 3
773 5
59 0.4
70 1
78 1
96 1
104 1
118 2
140 2
163 3
185 3
TkW: Total heating capacity in kW
kPa: Water pressure drops in kPa
l/h: Water flow in liters per hour
50/45
TkW l/h kPa
1.3 221 1
1.9 320 2
2.3 392 3
1.8 311 2
2.2 381 3
2.9 501 4
2.7 460 4
3.9
5.0
1.4
2.1
2.6
1.9
2.4
3.2
2.9
4.2
5.6
0.5
0.6
0.6
0.7
0.8
0.9
1.0
1.2
1.4
659 7
852 10
238 0.4
351 1
434 2
330 1
407 1
539 2
498 2
724 4
948 7
78 1
92 1
102 1
122 2
133 2
150 3
175 3
204 4
232 5
Water temperature flow / return in °C
60/50
70/60
80/60
TkW l/h kPa TkW l/h kPa TkW l/h
1.6 138 1
2.1 182 1
2.3 98
2.3 200 1
3.1 263 2
3.3 141
2.9 245 1
3.8 322 2
4.1 173
2.3 198 1
3.0 257 2
3.3 142
2.8 243 1
3.7 314 2
4.1 174
3.7 318 2
4.8 412 3
5.3 228
3.5 295 2
4.4 379 3
5 213
4.9
6.4
1.7
2.6
3.2
2.4
3.0
4.0
3.7
5.4
7.1
0.5
0.6
0.7
0.9
1.0
1.1
1.3
1.5
1.7
422
543
147
218
270
209
258
342
320
464
605
44
53
59
73
80
90
107
125
142
3
5
0.2
0.4
1
0.4
1
1
1
2
3
0.2
0.3
0.4
1
1
1
1
2
2
6.3
8.2
2.3
3.4
4.2
3.2
3.9
5.2
4.8
7.0
9
0.8
0.9
1.0
1.2
1.3
1.5
1.7
2.0
2.3
543 5
701 7
197 0.3
289 1
358 1
273 1
336 1
445 2
412 1
598 3
781 5
64 0.5
75 1
83 1
99 1
108 1
122 2
143 2
166 3
189 4
7.1
9.1
2.4
3.6
4.4
3.5
4.3
5.7
5.4
7.8
10.2
0.7
0.8
0.9
1.2
1.3
1.5
1.8
2.1
2.4
303
389
103
153
189
149
184
244
231
335
435
29
34
38
50
54
62
74
87
99
kPa
0.3
1
1
1
1
1
1
82/71
TkW l/h
2.7 209
3.9 303
4.8 371
3.8 293
4.6 359
6.1 471
5.6 432
2
3
0.1
0.2
0.3
0.2
0.3
0.5
0.5
1
2
0.1
0.1
0.2
0.3
0.4
0.5
1
1
1
8.0
10.3
2.9
4.3
5.3
4.0
4.9
6.5
6.0
8.8
11.5
1.0
1.2
1.3
1.5
1.6
1.9
2.1
2.5
2.9
90/70
kPa TkW l/h kPa
1
2.8 121 0.4
2
4.1 174 1
3
5.0 213 1
2
4.0 172 1
3
4.9 211 1
4
6.5 276 2
3
6.0 256 2
619 6
801 9
227 0.4
334 1
413 1
312 1
384 1
509 2
469 2
682 4
892 7
76 1
89 1
98 1
116 2
126 2
142 2
165 3
193 4
219 5
8.5
11.0
3.0
4.5
5.5
4.3
5.3
7.0
6.5
9.4
12.3
0.9
1.1
1.2
1.5
1.6
1.9
2.2
2.6
2.9
364
469
130
191
236
183
225
297
278
402
524
39
47
52
63
69
78
92
108
122
3
4
0.1
0.3
0.4
0.3
0.4
1
1
1
2
0.2
0.3
0.3
0.5
1
1
1
1
2
Water Systems
03
Airflow
(m3/h)
3-row coil
02
Speed
Unit
size
Heating capacities - 0Pa - Constant delta T° - Air temperature = 20°C
69
PROD-PRC014-E4
Chilled water terminals
Large space applications
4-30 kW
FWD
FWD
P
ZSM-10
ZSM-11
M/N
IRC
Customer benefits
Control
• Flexibility: customized system to fit the customer's exact
requirements
• Single source cooling: low operating and maintenance
costs per kW
• Wide product range: one supplier for various customer
applications
• Wall thermostat M: 3-speed switch + 1-stage stat +
manual changeover for the fan
• Wall thermostat N: 3-speed switch + 1-stage stat +
manual changeover for the valve
• Wall thermostat P: 3-speed switch + 2-stage stat for the
valve
• New factory-mounted LonMarkTM Trane ZN523 control,
providing enhanced acoustical and thermal comfort, and
energy saving solutions (on request)
• Full range of user interfaces (ZSM-10, ZSM-11) and
wireless remote control (IRC)
• Trane ZN523 can be associated with Trane EXL-EXB for
light and sunblind control
Main features
• 3-speed direct drive centrifugal fan motor
• Installation flexibility - easy installation of accessories
• Air intake behind or underneath the unit
• Galvanized steel structure
• Aluminium fin copper tubes heat exchanger
• Removable external electric panel
• Self-contained condensate tray to avoid leakage
• High external static pressure for ductwork
Accessories
• Electric heater (additional casing)
• Hot water coil (additional casing)
• Circular duct adapter plenum
• EU2 filter box
• EU4 filter box
• On/off 3-way/4-port valves
• Automatic changeover for cold water and hot water
application
• Centrifugal condensate pump
• Diffusers (see page 92)
70
PROD-PRC014-E4
Electric heater kit
Power supply
(m3/h)
(V/Ph/Hz)
High
Med
Low
45
High
Med
Low
High
30
980 1650 1970
1400 2300 2600
230/1/50
1800 3000 3600
2700 4500 5400
(kW)
(kW)
(l/h)
(kPa)
3.5 5.2 5.8
2.6 4.0 4.6
617 915 1043
11 22
28
5.5 8.2 9.1
4.4 6.8 7.7
979 1462 1646
14 30 38
9.8 13.9 15.1
7.2 10.8 11.8
1743 2495 2706
31
62
72
12.4 18.1 20.3
9.1 13.9 16.0
2244 3263 3677
17
33
41
18.9 27.6 30.7
13.9 21.3 24.2
3388 4919 5542
22
42
51
(kW)
(l/h)
(kPa)
(l)
7.6 11.8 13.8
645 1009 1168
12 27
35
1.6
13.7 20.8 23.9
1167 1773 2025
20 44 56
2.5
21.3 32.3 35.7
1805 2745 3027
34
74
89
3.6
27.6 42.5 49.1
2329 3591 4152
18
39
51
4.9
41.3 63.4 73.7
3495 5392 6235
23
49
62
7.9
¾" ISO R7
female gas
¾" ISO R7
female gas
¾" ISO R7
female gas
¾" ISO R7
female gas
¾" ISO R7
female gas
230/1/50
230/1/50 400/3/50
8
34.8 - 20
195 300 460
0.9 1.3 2.2
40 160 210
48 51 54
38 41 44
1090
710
300
46
5 x ø 200
400/3/50
400/3/50
400/3/50
(V/Ph/Hz)
Capacity
(kW)
Absorbed current
(A)
Fan motor power
(W)
Fan motor absorbed current
(A)
Maximum external static pressure
(Pa)
Sound power level
(dB(A))
Sound pressure level (3)
(dB(A))
Length X (4)
(mm)
Depth Y (4)
(mm)
Height Z (4)
(mm)
Operating weight (5)
(kg)
(mm)
Circular duct adapter
92
0.5
45
46
36
5
4
17.4
144 230
0.7 1.1
95 120
50
53
40
43
890
600
250
32
x ø 160
10
25
370 570 650
1.7 2.6 3.1
95 190 200
56
60
63
46
50
53
1290
820
350
61
5 x ø 250
plenum diameter (6)
(1) Air temperature : 27°C/19°C, water temperature 7/12°C
(2) 2-pipe system, air temperature : 20°C, water temperature: 70/60°C
(3) 2.5 m from the unit at the maximum airflow and 0 Pa static pressure
(4) Without options or accessories
(5) Without water content
(6) Accessory
Z
Med
Low
High
980
Med
820
Low
490
20
X
Y
600
2.7
180
57
47
5
12
30
880 1040
4.0 4.7
270 340
62
67
52
57
1290
970
450
76
x ø 315
12
30
800 1000 1510
3.6 4.2 6.8
270 280 300
57
62
68
47
52
58
1290
1090
650
118
3 x ø 315 +
2 x ø 400
Water Systems
Airflow
Power supply
Cooling (2-pipe)
Total capacity (1)
Sensible capacity
Water flow
Water pressure drop
Heating (2-pipe)
Total capacity (2)
Water flow
Water pressure drop
Water content
Water connection type
High
Speed at ESP = 0 Pa
12
Med
08
Low
Unit size
FWD
General data
71
PROD-PRC014-E4
Performance data FWD
Cooling Capacities - Basic unit + EU2 filter box (clean filter) - ESP 50Pa
Constant delta T°
LOW
(1)
08
MEDIUM
646 m3/h
HIGH
665 m3/h
LOW
(1)
12
MEDIUM
1275 m3/h
HIGH
1917 m3/h
LOW
1495 m3/h
20
MEDIUM
2156 m3/h
HIGH
2714 m3/h
LOW
2360 m3/h
30
MEDIUM
3069 m3/h
HIGH
4143 m3/h
LOW
3999 m3/h
45
MEDIUM
4976 m3/h
HIGH (2)
6000 m3/h
(1) Unable to reach 50Pa
(2) Unit operation high limit
Air
temperature
Speed
Unit size
2-pipe / 4-pipe
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
Water temperature flow / return in °C
TkW
3.2
4.2
5.2
6.3
3.2
4.6
5.7
7.0
4.5
6.4
8.2
10.3
6.3
8.5
10.7
13.3
7.6
9.9
12.2
14.8
10.0
12.8
15.8
19.1
11.7
14.9
18.3
22.1
11.4
15.0
18.3
22.2
13.7
17.7
21.8
26.3
16.9
21.5
26.3
31.8
19.2
24.7
30.3
36.5
22.3
28.5
34.9
42.1
25.1
31.9
39.1
47.3
5/10
SkW l/h
2.6 568
3.0 740
3.4 913
3.8 1103
2.6 581
3.3 829
3.8 1021
4.2 1232
4.1 828
4.9 1142
5.8 1462
6.3 1810
5.8 1166
6.7 1530
7.6 1920
8.5 2355
6.0 1369
6.9 1765
7.9 2164
8.8 2598
8.1 1809
9.5 2301
10.4 2805
11.6 3368
9.8 2122
11.1 2673
12.4 3252
13.8 3909
9.2 2065
10.6 2687
12.1 3248
13.4 3904
11.3 2507
12.9 3187
14.5 3886
16.1 4670
14.4 3071
16.2 3857
18.1 4690
20.1 5639
15.6 3425
18.1 4368
20.3 5331
22.1 6398
18.5 4000
20.9 5058
23.5 6157
26.0 7397
21.3 4563
24.0 5728
26.8 6959
29.7 8365
kPa
10
15
22
31
10
19
27
38
11
19
30
45
20
33
51
74
20
32
47
67
34
53
77
109
46
70
102
144
14
23
33
45
20
32
45
63
30
44
63
88
23
34
48
66
30
44
62
85
37
55
76
105
TkW: Total cooling capacity in kW
l/h: Water flow in liters per hour
TkW
2.7
3.7
4.8
5.9
3.1
4.1
5.2
6.5
3.4
5.4
7.3
9.3
5.2
7.4
9.6
12.1
6.7
9.0
11.3
13.9
8.9
11.7
14.6
17.8
10.5
13.6
16.9
20.6
10.1
13.4
16.9
20.8
12.2
16.0
20.1
24.6
15.1
19.5
24.2
29.6
17.1
22.4
28.0
34.2
20.0
26.0
32.3
39.4
22.6
29.1
36.1
44.0
5.5/11
SkW l/h
2.4 450
2.8 604
3.2 763
3.6 938
2.7 513
3.1 680
3.5 854
4.0 1047
3.1 585
4.5 883
5.5 1181
6.0 1504
4.7 883
6.2 1223
7.1 1571
8.1 1965
5.6 1098
6.5 1456
7.5 1821
8.4 2221
7.7 1474
9.0 1907
9.9 2362
11.1 2869
9.3 1741
10.5 2224
11.8 2739
13.1 3321
8.6 1664
9.9 2188
11.5 2732
12.9 3330
10.7 2042
12.5 2639
13.8 3271
15.4 3975
13.7 2526
15.4 3209
17.3 3943
19.2 4783
14.7 2785
17.1 3618
19.3 4490
21.2 5458
17.5 3275
19.9 4202
22.4 5188
24.9 6294
20.2 3754
22.8 4770
25.6 5858
28.4 7102
kPa
6
11
16
23
8
13
20
29
6
12
20
32
12
22
35
53
13
22
34
50
23
37
56
80
31
50
74
106
10
16
24
34
14
22
33
47
21
32
46
66
16
25
36
50
21
32
46
64
27
40
57
79
TkW
2.3
3.3
4.3
5.4
2.6
3.6
4.7
6.0
3.2
4.2
6.2
8.4
4.3
6.3
8.5
11.0
5.7
8.0
10.3
12.9
7.8
10.5
13.3
16.6
9.3
12.3
15.5
19.2
8.7
11.9
15.4
19.3
10.7
14.4
18.4
22.8
13.5
17.6
22.2
27.4
14.9
20.1
25.6
31.8
17.7
23.4
29.6
36.6
20.1
26.3
33.1
40.8
6/10
SkW l/h
2.2 350
2.6 488
3.0 635
3.4 796
2.4 406
2.9 553
3.3 712
3.8 889
2.9 495
3.9 649
4.8 935
5.6 1239
3.8 687
5.8 963
6.7 1276
7.6 1633
5.2 868
6.1 1190
7.0 1528
8.1 1898
7.2 1197
8.5 1577
9.4 1989
10.6 2451
8.7 1428
10.0 1849
11.3 2310
12.6 2835
8.0 1328
9.3 1794
10.7 2292
12.3 2841
9.8 1658
11.5 2181
13.1 2750
14.7 3391
12.5 2078
14.6 2671
16.5 3325
18.3 4072
13.8 2251
15.8 2987
18.4 3777
20.2 4663
16.6 2678
18.8 3489
21.3 4372
23.8 5374
18.6 3093
21.6 3975
24.4 4944
27.1 6053
kPa
4
7
12
18
5
9
14
21
4
7
13
22
7
14
24
37
8
15
25
37
16
26
40
60
22
35
53
78
7
11
17
26
10
16
24
35
15
23
34
49
11
18
27
38
15
23
34
49
19
29
43
60
TkW
2.4
3.3
4.3
5.4
2.6
3.6
4.7
5.9
3.2
4.8
6.5
8.5
4.8
6.6
8.6
11.0
5.7
7.8
10.1
12.7
7.7
10.2
13.0
16.2
9.1
12.0
15.1
18.8
8.7
11.8
15.1
18.9
10.6
14.1
18.0
22.4
13.2
17.2
21.7
26.9
14.8
19.7
25.1
31.1
17.4
22.8
28.9
35.8
19.7
25.6
32.3
40.0
7/12
SkW l/h
2.2 433
2.6 587
3.0 756
3.4 944
2.4 494
2.9 661
3.3 845
3.8 1053
2.9 608
4.2 871
4.9 1174
5.7 1516
4.3 903
5.9 1205
6.8 1560
7.6 1975
5.2 1050
5.9 1399
7.0 1802
8.0 2234
7.1 1417
8.2 1854
9.5 2335
10.4 2880
8.5 1680
9.8 2166
11.1 2707
12.4 3332
8.0 1596
9.3 2126
10.9 2693
12.1 3348
9.7 1967
11.4 2569
13.3 3232
14.5 3988
12.2 2446
14.4 3132
16.3 3900
18.1 4797
13.7 2673
15.6 3516
18.2 4438
20.3 5481
16.4 3155
18.6 4091
21.0 5126
23.5 6314
18.2 3634
21.3 4651
24.0 5792
26.8 7123
kPa
6
10
16
24
7
13
19
29
6
12
20
33
12
21
34
53
12
20
33
50
21
35
54
81
29
47
72
106
9
15
23
34
13
21
32
47
20
31
45
66
15
24
35
51
20
31
45
65
25
38
56
80
TkW
2.0
2.8
3.8
4.9
2.2
3.2
4.2
5.4
2.8
4.1
5.7
7.6
4.2
5.7
7.6
9.9
4.8
6.9
9.0
11.6
6.7
9.0
11.7
14.8
8.0
10.6
13.6
17.1
7.6
10.3
13.5
17.2
9.2
12.4
16.1
20.3
11.7
15.2
19.5
24.5
12.9
17.3
22.4
28.4
15.3
20.2
25.9
32.6
17.3
22.7
28.9
36.4
8/13
SkW l/h kPa
1.9 370 4
2.4 514 8
2.8 675 13
3.2 861 20
2.0 425 6
2.7 581 10
3.1 757 16
3.6 961 24
2.5 530 5
3.8 749 9
4.6 1032 16
5.6 1364 27
3.7 798 10
5.2 1060 17
6.4 1388 28
7.2 1784 44
4.4 888 9
5.6 1240 17
6.5 1617 27
7.5 2042 42
6.1 1247 17
7.7 1642 28
8.7 2101 45
9.9 2632 68
7.4 1490 23
9.3 1928 38
10.5 2439 59
11.8 3041 90
6.9 1408 8
8.6 1872 12
9.9 2426 19
11.5 3059 29
8.3 1735 11
10.7 2276 17
12.2 2907 27
13.7 3643 40
10.7 2179 16
13.7 2794 25
15.4 3518 38
17.2 4379 56
12.1 2346 12
14.7 3107 19
16.7 3991 29
19.3 5010 44
14.3 2791 16
17.5 3634 25
19.8 4617 38
22.3 5767 55
15.8 3234 21
20.2 4150 32
22.7 5224 47
25.4 6503 68
SkW: Sensible cooling capacity in kW
kPa: Water pressure drops through the coil
72
PROD-PRC014-E4
FWD
Performance data FWD
Cooling Capacities - Basic unit + EU2 filter box (clean filter) - ESP 100Pa
Constant delta T°
08
MEDIUM
(1)
HIGH
506 m3/h
LOW
(1)
12
MEDIUM
1134 m3/h
HIGH
1656 m3/h
LOW
(1)
20
MEDIUM
1908 m3/h
HIGH
2441 m3/h
LOW
2090 m3/h
30
MEDIUM
2801 m3/h
HIGH
3768 m3/h
LOW
3798 m3/h
45
MEDIUM
4724 m3/h
HIGH (2)
6000 m3/h
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
22°C/15.4°C
24°C/17.1°C
26°C/18.7°C
28°C/20.4°C
(1) Unable to reach 100Pa
(2) Unit operation high limit
Water temperature flow / return in °C
TkW
2.4
3.3
4.2
5.1
4.0
5.7
7.5
9.4
5.6
7.6
9.7
12.1
9.1
11.7
14.5
17.5
10.9
13.9
17.1
20.6
10.3
13.5
16.7
20.2
12.8
16.6
20.4
24.7
15.8
20.2
24.8
30.0
18.4
23.7
29.2
35.2
21.5
27.5
33.7
40.7
25.1
31.9
39.1
47.3
5/10
SkW
l/h
1.9
459
2.3
607
2.6
754
2.9
912
3.7
735
4.4
1038
5.1 1340
5.8 1665
5.1
1040
5.9 1385
6.8
1748
7.6
2152
7.3
1654
8.5
2112
9.6 2580
10.6 3098
9.0
1974
10.2 2498
11.4 3041
12.7 3652
8.2
1876
9.5 2423
10.9 2973
12.1 3575
10.4 2348
12.2 2993
13.4 3657
15.0 4395
13.3 2887
15.0 3639
16.8 4427
18.7 5322
14.9 3296
17.3 4211
19.4 5142
21.5 6173
17.7 3859
20.1 4888
22.5 5953
25.0 7152
21.3 4563
24.0 5728
26.8 6959
29.7 8365
5.5/11
kPa TkW SkW l/h
7
2.1
1.8
356
11
2.9
2.1
492
16 3.8
2.5
629
22 4.7
2.8
776
8
3.2
2.9
542
16 4.8
4.0
789
26 6.6
4.7 1077
39 8.6
5.6 1381
16 4.5
4.0
772
28 6.6
5.5 1097
43 8.7
6.3 1425
63 11.0
7.2 1793
29 8.0
6.8 1342
45 10.6
7.9 1749
66 13.4
9.1 2173
93 16.4 10.2 2644
40 9.7
8.5 1615
62 12.7
9.6 2075
90 15.8 10.9 2562
126 19.3 12.1 3107
12 9.0
7.7 1502
19 12.2
8.9 1995
28 15.4 10.2 2498
39 19.0 11.6 3053
18 11.3
9.8 1906
28 15.0 11.5 2478
40 18.8 13.0 3078
56 23.1 14.3 3743
26 14.1 12.6 2367
40 18.3 14.3 3023
57 22.8 16.0 3723
79 27.9 17.9 4517
21 16.3 14.0 2673
32 21.6 16.0 3486
45 27.0 18.5 4331
62 33.0 20.6 5269
28 19.2 16.8 3152
42 25.0 19.1 4059
58 31.1 21.5 5015
80 38.0 23.9 6087
37 22.6 20.2 3754
55 29.1 22.8 4770
76 36.1 25.6 5858
105 44.0 28.4 7102
TkW: Total cooling capacity in kW
l/h: Water flow in liters per hour
kPa
4
7
12
17
5
10
17
27
9
18
29
45
19
32
48
69
27
44
65
93
8
14
20
29
12
20
30
42
18
29
42
59
15
23
34
47
20
30
44
61
27
40
57
79
TkW
1.7
2.5
3.4
4.4
2.9
3.6
5.6
7.6
3.6
5.5
7.6
9.9
7.0
9.5
12.2
15.2
8.6
11.4
14.4
17.9
7.7
10.8
14.0
17.6
9.9
13.4
17.2
21.5
12.5
16.5
20.9
25.9
14.3
19.3
24.7
30.7
17.0
22.5
28.6
35.4
20.1
26.3
33.1
40.8
6/10
SkW l/h kPa
1.5
274
3
1.9
391
5
2.3
520
8
2.6
658
12
2.6
464
4
3.3
560
5
4.3
841
11
5.0 1132 19
3.1
577
5
5.0
849
11
5.9 1149 19
6.8 1486 31
6.4 1082 13
7.4 1442 22
8.7 1828 34
9.7 2258 51
8.0 1319 19
9.1 1721 31
10.3 2159 47
11.6 2653 69
7.1 1185
5
8.3 1627
9
9.6 2093 15
11.0 2603 22
9.0 1539
9
10.6 2042 14
12.4 2585 22
13.6 3193 32
11.5 1939 13
13.5 2510 21
15.3 3137 31
17.0 3850 44
13.1 2156 10
15.1 2873 17
17.6 3643 25
19.7 4502 36
15.8 2573 14
18.0 3364 22
20.4 4227 33
22.8 5199 46
18.6 3093 19
21.6 3975 29
24.4 4944 43
27.1 6053 60
TkW
1.8
2.6
3.4
4.3
2.9
4.3
5.9
7.7
4.1
5.8
7.8
10.0
6.9
9.3
11.9
14.9
8.4
11.1
14.1
17.5
7.8
10.7
13.8
17.3
9.8
13.2
16.8
21.0
12.3
16.1
20.4
25.4
14.1
18.9
24.2
30.0
16.7
22.0
27.9
34.6
19.7
25.6
32.3
40.0
SkW: Sensible cooling capacity in kW
kPa: Water pressure drops through the coil
7/12
SkW
l/h
1.6
343
2.0
478
2.3
623
2.6
782
2.6
542
3.8
781
4.4
1071
5.1
1374
3.6
790
5.2
1080
6.0
1415
6.8
1803
6.3
1287
7.3
1699
8.6
2149
9.6
2655
7.8
1555
9.0
2019
10.2 2532
11.4 3118
7.1
1439
8.4
1936
9.5
2473
10.9 3071
8.9
1833
10.5 2410
12.2 3041
13.4 3759
11.3 2287
13.4 2946
15.1 3682
16.8 4533
13.0 2564
14.9 3386
17.4 4284
19.4 5292
15.7 3037
17.8 3950
20.1 4958
22.5 6110
18.2 3634
21.3 4651
24.0 5792
26.8 7123
kPa
4
7
11
17
5
9
17
28
10
17
29
45
18
30
47
69
25
41
63
94
8
13
20
30
12
19
29
42
17
27
41
60
14
22
33
48
18
29
43
61
25
38
56
80
TkW
1.5
2.2
3.0
3.9
2.6
3.6
5.2
7.0
3.6
5.0
6.8
9.0
6.0
8.2
10.7
13.6
7.4
9.8
12.6
15.9
6.7
9.3
12.3
15.7
8.5
11.5
15.1
19.1
10.8
14.2
18.3
23.1
12.3
16.6
21.6
27.4
14.6
19.4
25.0
31.5
17.3
22.7
28.9
36.4
8/13
SkW l/h
1.3
294
1.8
415
2.1
555
2.5
714
2.3
495
3.3
665
4.1
937
4.8 1252
3.1
695
4.5
943
5.6 1254
6.4 1627
5.4 1128
6.9 1500
7.9 1931
9.1 2428
6.8 1375
8.5 1792
9.6 2280
10.8 2848
6.1 1250
7.7 1699
8.9 2217
10.6 2805
7.6 1611
9.8 2130
11.2 2735
13.0 3434
9.8 2031
12.6 2623
14.2 3318
16.0 4138
11.5 2248
14.0 2989
16.0 3850
18.4 4838
13.6 2680
16.7 3502
19.0 4463
21.3 5580
15.8 3234
20.2 4150
22.7 5224
25.4 6503
kPa
3
5
9
14
4
7
13
23
8
14
23
37
14
24
38
59
20
33
52
79
6
10
16
26
9
15
24
36
14
22
34
51
11
18
28
41
15
24
36
52
21
32
47
68
Water Systems
LOW
(1)
Air
temperature
Speed
Unit size
2-pipe / 4-pipe
73
PROD-PRC014-E4
Performance data FWD
Airflow
(m3/h)
Speed
Unit size
Heating Capacities - Basic unit + EU2 filter box (clean filter) - ESP 50Pa Return Air Temperature 20°C - Constant delta T°
Water temperature flow / return in °C
TkW
45/40
50/45
l/h kPa TkW l/h
kPa
60/50
70/60
TkW l/h kPa TkW l/h kPa
80/60
TkW l/h kPa
TkW
82/71
l/h
kPa
TkW
90/70
l/h kPa
5.1
5.9
8.7
12.0
11.5
15.8
18.9
17.7
22.1
28.1
29.0
34.7
40.2
860
985
1442
1994
1919
2621
3141
2959
3668
4672
4863
5814
6689
1048
1202
1769
2453
2335
3200
3841
3609
4479
5719
5930
7102
8181
29
36
43
80
54
99
139
39
58
90
58
79
101
7.9
9.2
13.4
18.5
17.9
24.5
29.2
27.6
34.3
43.4
45.1
53.8
62.2
676
774
1128
1554
1510
2058
2462
2326
2878
3657
3818
4558
5237
13
17
19
34
24
43
60
18
26
40
27
37
47
10.1
11.7
17.2
23.9
22.8
31.2
37.4
35.2
43.7
55.6
57.5
68.9
79.6
865
991
1456
2015
1928
2637
3162
2975
3691
4706
4890
5851
6732
20
26
30
55
38
69
96
28
41
64
42
57
72
11.5
13.2
19.1
26.3
25.9
35.1
41.9
39.7
49.1
62.0
65.0
77.3
89.0
490
559
809
1109
1096
1486
1772
1684
2075
2626
2762
3286
3766
7
9
10
18
13
23
32
10
15
22
16
21
27
12.7
14.6
21.6
30.0
28.4
39.0
46.8
43.9
54.7
69.7
72.0
86.3
99.7
984
1129
1663
2308
2191
3003
3604
3386
4204
5369
5565
6666
7679
26
33
39
71
48
87
123
35
52
81
52
71
90
13.7
15.8
23.0
31.7
30.8
42.0
50.2
47.5
58.8
74.4
77.7
92.7
106.7
585
669
975
1342
1307
1779
2126
2013
2487
3157
3302
3938
4522
1.8
2.0
3.5
4.4
5.6
6.9
7.9
5.9
7.0
8.1
12.9
14.7
16.7
299
5
2.3 375
318
5
2.5 399
544 19 4.2 676
671 28 5.3 834
901 61 6.9 1114
1093 87 8.4 1353
1237 110 9.6 1532
918 18
7.2 1141
1049 23 8.5 1304
1229 31 9.9 1528
2096 82 15.8 2594
2358 101 17.9 2919
2626 123 20.3 3250
7
8
28
41
90
129
163
27
34
46
120
149
182
2.8
3.0
5.2
6.5
8.4
10.4
11.8
8.8
10.3
12.0
19.5
22.1
25.0
229
244
419
516
694
843
953
706
808
948
1616
1818
2023
3
3
11
17
38
54
68
11
14
19
51
63
77
3.6
4.0
6.7
8.4
10.9
13.4
15.2
11.4
13.2
15.4
25.3
28.6
32.2
305
325
551
680
908
1103
1248
929
1063
1245
2114
2378
2648
5
5
19
28
62
89
111
19
24
32
83
103
125
3.8
4.1
7.1
8.9
11.7
14.3
16.3
12.1
14.1
16.4
27.1
30.7
34.6
159
169
294
362
486
591
671
496
567
664
1132
1277
1424
2
2
6
9
19
28
35
6
8
10
27
33
40
4.6
5.0
8.4
10.5
13.7
16.8
19.1
14.3
16.6
19.4
31.9
36.0
40.5
354
376
635
784
1043
1268
1435
1072
1226
1436
2430
2735
3046
6
7
25
37
80
115
144
24
31
41
107
133
161
4.7 197
2
5.1 209 2
8.6 359 9
10.8 444 13
14.2 593 28
17.4 720 40
19.7 815 51
14.7 606 9
17.1 694 11
19.9 813 15
32.9 1381 38
37.2 1554 47
41.8 1730 58
12
20
30
45
LOW (1)
MEDIUM
HIGH
LOW (1)
MEDIUM
HIGH
LOW
MEDIUM
HIGH
LOW
MEDIUM
HIGH
LOW
MEDIUM
HIGH (2)
4-pipe coil
LOW (1)
08
MEDIUM
HIGH
LOW (1)
12
MEDIUM
HIGH
LOW
20
MEDIUM
HIGH
LOW
30
MEDIUM
HIGH
LOW
45
MEDIUM
HIGH (2)
716
841
1337
2031
1583
2291
2865
2503
3240
4418
4175
5203
6218
641
724
1278
1889
1521
2178
2720
2377
3073
4096
4038
5003
6058
(1) Unable to reach 50Pa
(2) Unit operation high limit
20
26
30
54
38
68
95
28
41
63
41
56
71
6.2
7.2
10.5
14.7
13.9
19.1
22.9
21.5
26.9
34.1
35.1
42.1
48.9
TkW: Total cooling capacity in kW
l/h: Water flow in liters per hour
10
13
14
26
18
33
46
14
20
31
21
29
37
HOT WATER COIL KIT
08
BASIC UNIT
2-pipe coil
kPa: Water pressure drops through the coil
74
PROD-PRC014-E4
FWD
Performance data FWD
Water temperature flow / return in °C
TkW
45/40
50/45
l/h kPa TkW l/h
kPa
TkW
60/50
70/60
l/h kPa TkW l/h kPa
80/60
TkW
l/h
82/71
kPa TkW l/h
kPa
TkW
LOW (1)
MEDIUM (1)
HIGH
556
LOW (1)
MEDIUM
1191
HIGH
1788
LOW (1)
MEDIUM
2043
HIGH
2619
LOW
2218
MEDIUM
2967
HIGH
4026
LOW
3976
MEDIUM
4947
HIGH (2)
6218
4.2
7.9
11.0
14.4
17.7
16.1
20.7
26.2
27.8
33.4
40.2
689
1314
1811
2385
2928
2669
3414
4354
4667
5590
6689
839
1610
2226
2909
3575
3250
4165
5326
5689
6825
8181
19
36
67
82
121
33
51
80
54
74
101
6.5
12.2
16.9
22.3
27.3
24.9
31.9
40.5
43.3
51.8
62.2
543
1028
1413
1874
2294
2100
2678
3409
3666
4383
5237
9
16
29
36
53
15
23
36
25
35
47
8.2
15.7
21.7
28.4
34.9
31.7
40.8
51.9
55.3
66.2
79.6
693
1325
1829
2398
2946
2682
3432
4383
4692
5621
6732
14
25
46
57
84
23
36
56
39
53
72
9.4
17.4
24.0
32.1
39.1
36.0
45.8
58.0
62.4
74.4
89.0
395
738
1010
1355
1654
1523
1935
2453
2653
3162
3766
5
9
15
20
29
8
13
20
15
20
27
10.3
19.7
27.3
35.5
43.6
39.6
50.9
64.9
69.1
82.9
99.7
787
1514
2093
2730
3355
3050
3909
4999
5337
6405
7679
17
33
59
73
108
29
46
71
49
66
90
11.1
21.0
28.9
38.3
46.9
42.9
54.8
69.5
74.6
89.2
106.7
471
889
1221
1621
1983
1818
2317
2946
3173
3788
4522
7
12
22
27
40
11
18
27
20
27
37
1.7
3.3
4.1
6.4
7.2
5.6
6.7
7.8
12.6
14.2
16.7
268
4
2.1 335
512 17 4.0 637
615 23 4.9 764
1002 74 7.8 1239
1127 92 8.8 1394
865 16 6.8 1074
1001 21 8.1 1244
1167 28 9.4 1451
2033 77 15.4 2517
2283 95 17.4 2825
2626 123 20.3 3250
6
25
35
110
137
24
32
42
114
141
182
2.6
4.9
6.0
9.6
10.8
8.3
9.8
11.4
19.0
21.4
25.0
205
394
473
772
868
665
770
899
1567
1759
2023
2
10
14
46
57
10
13
17
48
59
77
3.4
6.3
7.7
12.3
13.9
10.8
12.7
14.7
24.6
27.7
32.2
273
519
623
1010
1136
875
1013
1182
2050
2303
2648
4
17
24
75
94
17
22
29
78
97
125
3.5
6.7
8.2
13.2
14.9
11.4
13.5
15.6
26.3
29.7
34.6
141
276
332
541
610
467
541
630
1097
1235
1424
1
5
7
24
30
5
7
9
25
31
40
4.2
7.9
9.7
15.4
17.4
13.5
15.8
18.4
31.0
34.8
40.5
316
5
598 22
718 31
1161 97
1306 121
1009 22
1169 28
1363 37
2358 101
2648 125
3046 161
4.3
8.2
9.9
16.0
18.0
13.9
16.3
19.0
32.0
36.0
41.8
176
338
406
660
742
570
662
772
1340
1504
1730
2
8
11
34
43
8
10
13
36
45
58
Speed
Airflow
(m3/h)
Unit size
Heating Capacities - Basic unit + EU2 filter box (clean filter) - ESP 100Pa
- Return Air Temperature 20°C - Constant delta T°
90/70
l/h kPa
08
12
20
30
45
14
25
45
57
83
23
36
55
39
52
71
5.1
9.6
13.4
17.5
21.4
19.4
25.0
31.9
33.8
40.5
48.9
BASIC UNIT
2-pipe coil
08
12
20
30
45
LOW (1)
MEDIUM (1)
HIGH
LOW (1)
MEDIUM
HIGH
LOW (1)
MEDIUM
HIGH
LOW
MEDIUM
HIGH
LOW
MEDIUM
HIGH (2)
513
1139
1611
1853
2297
2112
2811
3731
3818
4716
6058
TkW: Total cooling capacity in kW
l/h: Water flow in liters per hour
kPa: Water pressure drops through the coil
Water Systems
(1) Unable to reach 100Pa
(2) Unit operation high limit
HOT WATER COIL KIT
4-pipe coil
75
PROD-PRC014-E4
Chilled water terminals
Mid-sized space applications
1-12 kW
CWS
CWS
ZSM-10
P
N
ZSM-11
IRC
Customer benefits
Accessories
• Easy installation: saving of time and money
• Easy commissioning: saving of time and money
• Wide product range: one supplier for various customer
applications
• On/off 2-way or 3-way/4-port valve
• Modulating 2-way or 3-way/4-port ZN valve
• Ultra-thin 30 mm-thick fascia - designed for discreet
integration in false ceilling
• Automatic changeover for cold water and hot water
application
• Blanking foam
• Auxiliary drain pan
• Fresh air spigot ∅ 100 mm for air renewal
• Adjacent air spigot ∅ 150 mm
• 2 kW, 3 kW, 4 kW electric heater
Main features
• 5-speed centrifugal fan with protection grille
• Possibility to select on job site the 3 fan speeds to adapt
airflow and sound levels to each room
• Built-in centrifugal condensate pump (maximum head
500 mm)
• Possibility of air discharge on 3 or 4 sides
• Fresh air intake facility
• Additional room air discharge facility
• Washable filters
• Easy access to components from underneath
Options
• Factory-mounted 2 kW or 3 kW electric heater
Control
• Wall thermostat N: 3-speed switch + 1-stage stat +
manual changeover for the valve
• Wall thermostat P: 3-speed switch + 2-stage stat for the
valve
• New factory-mounted LonMarkTM Trane ZN523 control,
providing enhanced acoustical and thermal comfort, and
energy saving solutions (on request)
• Full range of user interfaces (ZSM-10, ZSM-11) and
wireless remote control (IRC)
• Trane ZN523 can be associated with Trane EXL-EXB for
light and sunblind control
• BatiBUS control (kit)
76
PROD-PRC014-E4
CWS
General data
1
432
2
525
1.6
1.4
281
5
1.8
1.6
310
6
1.4
1.3
248
20
1.5
1.5
266
23
2.1
281
4
2.4
310
5
1.6
137
2
1.8
151
3
47
26
025
3
620
4
750
5
920
1
432
2
525
2.0
2.0
360
8
2.3
2.3
396
10
2.7
1.9
472
24
3.1
2.2
537
30
1.6
1.9
1.6
1.9
281 317
25
31
0.5
1/2" ISO R7
female gas
2.1
2.1
360
38
2.1
1.6
356
12
2.3
1.9
403
14
3.0
360
7
3.4
396
8
2.7
472
19
3.0
537
24
1.9
2.1
166 184
3
4
0.2
1/2"ISO R7
female gas
52
58
61
31
37
40
2.4
205
4
2.6
223
10
2.9
252
13
66
45
48
27
1.9
1.8
335
7
0.6
2.7
335
6
0.6
045
3
4
620 750
230/1/50
5
920
1
432
2
525
3.9
2.9
670
44
4.3
3.3
749
53
3.2
2.2
565
18
3.8
2.6
663
24
2.6
2.8
2.2
2.5
443 486
17
20
0.8
1/2" ISO R7
female gas
3.1
2.9
533
23
2.7
2.0
457
4
3.0
2.3
515
5
4.0
670
36
4.5
749
44
3.3
565
15
3.9
663
20
3.2
3.6
277 310
15
18
0.3
1/2"ISO R7
female gas
52
59
61
31
38
40
4.0
346
22
2.5
216
11
2.8
245
14
67
46
50
29
3.5
2.5
601
36
1.0
3.5
601
30
1.0
065
3
620
4
750
5
920
5.0
3.5
864
38
5.7
4.0
986
49
3.3
3.7
2.6
3.0
569 630
5
6
1.3
1/2" ISO R7
female gas
4.0
3.4
695
8
4.3
3.0
753
30
1.5
4.5
753
25
1.5
5.2
864
32
6.0
986
40
3.1
3.5
270 299
16
20
0.3
1/2"ISO R7
female gas
54
59
60
33
38
39
3.9
335
24
66
45
(1) Cooling: air temperature : 27/19°C, water temperature : 7/12°C
(2) Heating: CWS 025P to 155P, air temperature : 20°C, entering water temperature : 50°C, cooling mode water flow
CWS 025PL to 155PL, air temperature: 20°C, water temperature: 70/60°C.
(3) Sound pressure levels are calculated from results measured in anechoic conditions. Values relate to a position of 3m away from the centre line of the unit, 1m
down.
(4) Factory wired speeds: 1, 2, 3; can be adjusted on jobsite
(5) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
Water Systems
Unit size
Speed at ESP = 0 Pa (4)
Airflow
(m3/h)
Power supply
(V/Ph/Hz)
Cooling 2-pipe (P) units (1)
Total capacity
(kW)
Sensible capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Cooling 4-pipe (PL) units (1)
Total capacity
(kW)
Sensible capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Cooling water
connection type
Heating 2-pipe (P) units (2)
Total capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Heating 4-pipe (PL) units (2)
Total capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Heating water
connection type
Sound power level (5)
(dB(A))
Sound pressure level (3) (dB(A))
77
PROD-PRC014-E4
CWS
General data
Unit size
Speed at ESP = 0 Pa (4)
Airflow
(m3/h)
Power supply
(V/Ph/Hz)
Cooling 2-pipe (P) units (1)
Total capacity
(kW)
Sensible capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Cooling 4-pipe (PL) units (1)
Total capacity
(kW)
Sensible capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Cooling water
connection type
Heating 2-pipe (P) units (2)
Total capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Heating 4-pipe (PL) units (2)
Total capacity
(kW)
Water flow
(l/h)
Water pressure drop
(kPa)
Water content
(l)
Heating water
connection type
Sound power level (5)
(dB(A))
Sound pressure
level (3)
(dB(A))
1
865
095
2
3
4
5
1190 1330 1620 1945
1
865
135
2
3
4
5
1150 1300 1620 1910
230/1/50
1
790
155
2
3
4
5
1080 1260 1550 1800
5.7
7.1
7.7
8.7
9.7
3.9
5.0
5.5
6.3 7.2
980 1231 1328 1501 1667
21
32
37
45
55
2.4
6.2
7.8
8.5 10.0 11.1
4.3
5.4
6.0
7.1
8.1
1069 1343 1469 1721 1915
20
30
35
46
55
3.6
6.7
9.0 10.3 12.2 13.8
4.5
6.0
6.9
8.2
9.3
1152 1541 1768 2106 2380
19
31
40
54
67
4.8
5.4
3.8
932
33
6.7
7.2
8.0
8.8
4.8
5.2
6.0
6.9
1148 1231 1379 1516
47
53
65
76
1.8
3/4" ISO R7
female gas
5.6
7.4
8.0
9.3 10.2
4.0
5.0
5.5
6.5
7.3
1026 1271 1379 1595 1760
23
33
38
49
59
2.4
3/4" ISO R7
female gas
6.3
8.2
9.2 10.8 12.1
4.2
5.5
6.3
7.4
8.3
1076 1404 1591 1865 2077
21
33
41
54
65
3.6
3/4" ISO R7
female gas
6.5
8.3
9.1 10.5 11.9
980 1231 1328 1501 1667
18
26
30
37
44
2.4
7.4
9.5 10.5 12.6 14.4
1069 1343 1469 1721 1915
16
24
28
37
45
3.6
7.2
9.8 11.3 13.5 15.5
1152 1541 1768 2106 2380
15
25
32
44
54
4.8
4.5
389
6
11.0
947
8
6.4
551
3
68
55
8.7
9.8
745 846
5
6
1.2
1/2" ISO R7
female gas
60
63
65
50
37
42
5.4
468
9
7.1
616
12
6.7
576
3
52
5.8
6.5
500 558
10
10
0.6
1/2" ISO R7
female gas
57
60
63
66
53
8.7
9.8
749 860
5
6
1.2
1/2" ISO R7
female gas
59
61
64
34
39
48
35
41
42
45
8.1
695
4
43
46
7.9
677
4
45
47
10.8
929
8
69
51
(1) Cooling: air temperature : 27/19°C, water temperature : 7/12°C
(2) Heating: CWS 025P to 155P, air temperature : 20°C, entering water temperature: 50°C, cooling mode water flow
CWS 025PL to 155PL, air temperature: 20°C, water temperature: 70/60°C.
(3) Sound pressure levels are calculated from results measured in anechoic conditions. Values relate to a position of 3m away from the centre line of the unit, 1m
down.
(4) Factory wired speeds: 1, 2, 3; can be adjusted on jobsite
(5) Levels according to Eurovent specification 8/2 (ISO 3741/88) and Eurovent Certification, standard motor
78
PROD-PRC014-E4
CWS
Dimensions and weights
X
Y
Z
V
W
Dimensions
(mm)
Unit size
CWS 025
CWS 045
CWS 065
CWS 095
CWS 135
CWS 155
V
675
675
675
967
967
967
W
675
675
675
967
967
967
X
580
580
580
883
883
883
Y
580
580
580
883
883
883
Z (1)
305
305
305
314
314
314
Fresh air inlet
connection
diameter (2)
(mm)
100
100
100
100
100
100
Branch duct
connection
diameter
(mm)
150
150
150
150
150
150
Operating
weight
(kg)
19
21
24
36
40
44
(1) Not including fascia height (30 mm)
(2) Fresh air cannot exceed 10% of nominal airflow
Electrical data
Unit size
Speed number
Fan motor
nominal capacity
Fan motor
absorbed current
Electric heater
capacity (option)
Absorbed current
Electric heater
capacity kit 1
Absorbed current
Electric heater
capacity kit 2
Absorbed current
1
2
025
3
4
5
1
2
045
3
4
5
1
2
065
3
4
5
(kW)
0.05 0.06 0.08 0.09 0.12
0.05 0.06 0.08 0.09 0.12
0.05 0.06 0.08 0.09 0.12
(A)
0.25 0.30 0.35 0.42 0.52
0.25 0.30 0.35 0.42 0.52
0.25 0.30 0.35 0.42 0.52
(kW)
(A)
1.8
8.0
1.8
8.0
1.8
8.0
(kW)
1
2
095
3
0.07
0.10
0.12
4
5
0.14 0.20
1
2
0.07
0.10
135
3
4
5
0.12 0.15 0.20
1
2
0.07
0.10
155
3
4
5
0.12 0.15 0.20
(A)
0.40 0.50 0.59 0.68 0.96
0.40 0.50 0.59 0.72 0.96
0.40 0.50 0.59 0.72 0.96
(kW)
(A)
2.8
12.0
2.8
12.0
2.8
12.0
(kW)
(A)
1.8
7.8
1.8
7.8
1.8
7.8
(kW)
(A)
3.7
16.1
3.7
16.1
3.7
16.1
Water Systems
Unit size
Speed number
Fan motor
nominal capacity
Fan motor
absorbed current
Electric heater
capacity (option)
Absorbed current
Values given for a 230V/1Ph/50Hz power supply
79
PROD-PRC014-E4
Performance data CWS
Cooling capacities - 0Pa - Constant delta T°
80
Air
temperature
Airflow
(m3/h)
Speed
nb.
Unit size
2-pipe coil
Water temperature flow / return in °C
5/10
5.5/11
6/10
TkW SkW
l/h kPa
TkW SkW l/h kPa TkW SkW l/h kPa
22/15.5°C
1.1
1.1
184
3
1.0
1.0 148
2
1.1
1.1 241
4
1
432
24/17.0°C
1.5
1.2
256
5
1.2
1.1 194
3
1.6
1.3 335
7
26/18.7°C
2.0
1.4
335
7
1.7
1.3 266
5
2.0
1.4 432 12
28/20.4°C
2.4
1.6
418 11
2.2
1.5 342
8
2.5
1.6 533 17
22/15.5°C
1.4
1.4
238
4
1.2
1.2 191
3
1.4
1.4 306
6
025P 3
620
24/17.0°C
1.8
1.6
306
6
1.5
1.5 234
4
1.9
1.7 400 10
26/18.7°C
2.4
1.8
407 10
2.1
1.7 320
7
2.4
1.9 522 16
28/20.4°C
3.0
2.0
508 15
2.7
1.9 414 11
3.0
2.1 644 23
22/15.5°C
1.8
1.8
306
6
1.6
1.6 252
4
1.8
1.8 396
10
5
920
24/17.0°C
2.1
2.1
364
9
1.9
1.9 302
6
2.2
2.2 464 13
26/18.7°C
2.8
2.4
475 14
2.4 2.3 374
9
2.8
2.4 612 21
28/20.4°C
3.5
2.6
601 21
3.1 2.5 490 14
3.5
2.7 760
31
22/15.5°C
2.0
1.6
346 14
1.8
1.5 281 10
2.0
1.6 425 20
1
432
24/17.0°C
2.5
1.8
439 21
2.3
1.7 364 15
2.5
1.8 536 30
26/18.7°C
3.1
2.0
533 30
2.9
1.9 450 22
3.0
2.0 652 43
28/20.4°C
3.7
2.2
630 40
3.5 2.1 544 31
3.6
2.2 774
57
22/15.5°C
2.6
2.1
443 22
2.3 2.0 356 15
2.5
2.1 540 30
045P 3
620
24/17.0°C
3.3
2.4
558 33
3.0 2.2 464 23
3.2
2.3 684 46
26/18.7°C
4.0
2.6
680 46
3.7 2.5 576 34
3.9
2.6 835 65
28/20.4°C
4.7
2.9
810 62
4.4 2.8 695 47
4.6
2.9 994 89
22/15.5°C
3.2
2.8
554 32
2.8 2.6 443 22
3.1
2.7 673 45
5
920
24/17.0°C
4.1
3.1
702 48
3.7 3.0 580 35
4.0
3.1 857 68
26/18.7°C
5.0
3.5
857 69
4.6 3.3 724 51
4.9
3.4 1051 98
28/20.4°C
5.9
3.8
1019 93
5.6 3.6 871 70
5.8
3.8 1256 134
22/15.5°C
2.5
1.9
425 11
2.3
1.8 353
8
2.4
1.8 511
16
1
432
24/17.0°C
3.1
2.1
529 17
2.8 2.0 446 12
3.0
2.1 641 23
26/18.7°C
3.7
2.4
637 23
3.5 2.2 544 17
3.6
2.3 774
32
28/20.4°C
4.3
2.6
749 31
4.1 2.5 648 24
4.3
2.5 914
43
22/15.5°C
3.3
2.5
565 19
3.0 2.4 464 13
3.2
2.5 680 26
065P 3
620
24/17.0°C
4.1
2.9
702 27
3.8 2.7 590 20
4.0
2.8 853 38
26/18.7°C
4.9
3.2
846 38
4.6 3.0 724 29
4.8
3.1 1033 54
28/20.4°C
5.8
3.5
997 51
5.5 3.3 860 39
5.7
3.4 1220 72
22/15.5°C
4.3
3.4
738 30
3.9 3.2 605 21
4.2
3.4 896 42
5
920
24/17.0°C
5.4
3.9
922 44
4.9 3.7 774 32
5.2
3.8 1123 62
26/18.7°C
6.5
4.3
1112 61
6.1 4.1 947 46
6.3
4.2 1357 86
28/20.4°C
7.6
4.7
1310 81
7.2
4.5 1130 62
7.5
4.6 1609 116
22/15.5°C
4.2
3.2
716 13
3.7 3.0 572
8
4.1
3.2 878 18
1
865
24/17.0°C
5.3
3.7
907 19
4.8 3.5 752 14
5.2
3.6 1116 27
26/18.7°C
6.4
4.1
1105 27
6.0 3.9 936 20
6.3
4.1 1361 38
28/20.4°C
7.6
4.5
1314 36
7.2
4.3 1127 28
7.5
4.5 1613 52
22/15.5°C
5.7
4.5
976 22
5.0 4.2 781 15
5.5
4.5 1195 31
095P 3
1330
24/17.0°C
7.2
5.1 1238 33
6.6 4.9 1026 23
7.0
5.1 1516 47
26/18.7°C
8.8
5.7 1508 46
8.1 5.5 1274 34
8.6
5.7 1850 66
28/20.4°C 10.4 6.3 1789 62
9.8 6.0 1534 47
10.2 6.2 2200 89
22/15.5°C
7.2
6.0 1231 33
6.3 5.6 986 22
7.0
5.9 1501 46
5
1945
24/17.0°C
9.1
6.8 1562 49
8.3 6.4 1296 35
8.9
6.7 1912 70
26/18.7°C 11.1 7.5
1908 70
10.3 7.2 1609 52
10.9
7.4 2344 100
28/20.4°C 13.2 8.2 2275 95
12.4 7.9 1940 72
13.0 8.2 2804 137
22/15.5°C
4.5
3.5
781 12
4.0 3.3 623
8
4.4
3.5 958 17
1
865
24/17.0°C
5.8
4.0
997 18
5.3 3.8 828 13
5.6
4.0 1217 25
26/18.7°C
7.1
4.5
1213 25
6.6 4.3 1030 19
6.9
4.4 1483 36
28/20.4°C
8.4
5.0
1440 34
7.9
4.8 1238 26
8.2
4.9 1760 48
22/15.5°C
6.3
5.0
1080 21
5.5 4.6 868 14
6.1
4.9 1314 29
135P 3
1300
24/17.0°C
8.0
5.7 1372 31
7.3
5.3 1141 23
7.8
5.6 1670 44
26/18.7°C
9.7
6.3 1670 44
9.1 6.0 1418 33
9.5
6.2 2034 62
28/20.4°C 11.5 6.9
1980 59
10.9 6.7 1703 45
11.2
6.8 2419 84
22/15.5°C
8.3
6.7
1422 33
7.3
6.3 1141 23
8.0
6.6 1721 46
5
1910
24/17.0°C 10.5 7.6
1800 50
9.6
7.2 1498 36
10.1
7.5 2182 70
26/18.7°C 12.7 8.5
2192 71
11.9 8.1 1858 53
12.4 8.3 2671 100
28/20.4°C 15.1 9.3 2603 96
14.3 8.9 2232 73
14.8 9.2 3186 136
22/15.5°C
5.1
3.8
878 12
4.7 3.6 731
9
4.9
3.6 1048 16
1
790
24/17.0°C
6.3
4.2
1084 17
5.9 4.0 918 13
6.0
4.1 1300 23
26/18.7°C
7.5
4.7 1296 23
7.1
4.5 1116 18
7.3
4.6 1566 32
28/20.4°C
8.8
5.2
1519 31
8.4 5.0 1318 24
8.6
5.1 1843 43
22/15.5°C
7.8
5.8 1343 25
7.1
5.4 1116 18
7.5
5.6 1606 34
155P 3
1260
24/17.0°C
9.6
6.5 1656 36
9.0 6.2 1404 27
9.3
6.3 1994 49
26/18.7°C 11.5 7.2
1984 49
10.9 6.9 1706 37
11.1
7.1 2398 68
28/20.4°C 13.5 7.9
2322 65
12.9 7.7 2016 50
13.1
7.8 2819 91
22/15.5°C 10.5 7.8
1811 42
9.6
7.4 1501 30
10.1
7.6 2164 57
5
1800
24/17.0°C 13.0 8.9 2232 60
12.1 8.4 1890 45
12.5 8.6 2686 83
26/18.7°C 15.5 9.8 2671 83
14.6 9.4 2293 63
15.0 9.6 3233 115
28/20.4°C 18.2 10.8 3128 109
17.3 10.4 2711 84
17.7 10.6 3809 153
TkW: Total cooling capacity in kW
SkW: Sensible cooling capacity in kW
l/h: Water flow in liters per hour
7/12
TkW SkW l/h
0.9 0.9 151
1.1
1.1 184
1.5
1.3 263
2.0
1.4 346
1.1
1.1 194
1.4
1.4 241
1.8
1.6 313
2.4
1.8 418
1.5
1.5 256
1.8
1.8 313
2.1 2.1 367
2.8 2.4 486
1.5
1.4 263
2.1
1.6 356
2.6
1.8 450
3.2 2.0 551
1.9
1.8 331
2.6 2.1 450
3.3 2.4 572
4.1 2.6 702
2.4 2.4 418
3.3 2.8 562
4.2 3.1 716
5.1 3.4 878
1.9
1.6 331
2.5
1.9 436
3.2 2.1 544
3.8 2.3 655
2.5 2.2 436
3.3 2.5 576
4.2 2.8 720
5.1 3.2 875
3.3 3.0 569
4.4 3.4 752
5.5 3.8 947
6.6 4.2 1145
3.1 2.7 533
4.3 3.2 731
5.4 3.7 932
6.6 4.1 1141
4.2 3.9 724
5.8 4.5 994
7.4
5.1 1267
9.0 5.7 1552
5.3 5.2 907
7.3
6.0 1249
9.3 6.7 1595
11.4 7.5 1958
3.3 3.0 572
4.7 3.5 799
6.0 4.0 1026
7.3
4.5 1253
4.6 4.2 799
6.4 5.0 1102
8.2 5.6 1408
10.0 6.3 1721
6.1 5.8 1051
8.4 6.7 1444
10.7 7.6 1836
13.0 8.4 2246
4.0 3.2 688
5.2 3.7 893
6.4 4.2 1109
7.8
4.7 1336
6.1 5.0 1051
8.0 5.7 1372
9.9 6.5 1703
11.9 7.2 2045
8.2 6.8 1415
10.7 7.8 1843
13.3 8.8 2286
16.0 9.8 2747
kPa
2
3
5
8
3
4
7
11
5
6
9
14
9
14
22
31
13
22
34
48
19
32
49
70
7
12
17
24
12
19
28
39
19
30
45
63
7
13
20
28
13
22
34
48
19
33
50
72
7
12
19
26
12
21
32
46
19
34
51
73
8
12
18
24
16
25
37
51
27
43
62
86
TkW
0.8
1.0
1.3
1.8
1.0
1.3
1.6
2.2
1.3
1.7
2.0
2.5
1.3
1.8
2.4
2.9
1.7
2.3
3.0
3.7
2.2
2.8
3.7
4.7
1.6
2.2
2.9
3.5
2.2
3.0
3.8
4.7
2.8
3.9
5.0
6.1
2.5
3.7
4.9
6.1
3.5
5.0
6.6
8.3
4.7
6.3
8.3
10.4
2.7
4.0
5.4
6.7
3.9
5.6
7.4
9.2
5.3
7.3
9.6
12.0
3.4
4.6
5.9
7.2
5.2
7.1
9.0
11.0
7.0
9.5
12.1
14.8
8/13
SkW l/h
0.8 133
1.0 169
1.2 227
1.3 310
1.0 176
1.3 220
1.5 266
1.7 371
1.3 227
1.7 284
2.0 342
2.3 428
1.3 220
1.5 310
1.7 407
1.9 508
1.7 288
2.0 392
2.2 518
2.5 644
2.2 382
2.6 486
3.0 644
3.3 803
1.5 281
1.7 385
2.0 493
2.2 608
2.0 371
2.4 508
2.7 655
3.0 810
2.8 479
3.2 662
3.6 857
4.0 1055
2.5 436
3.0 637
3.4 842
3.9 1055
3.5 608
4.2 864
4.8 1141
5.4 1426
4.7 810
5.6 1084
6.3 1433
7.1 1793
2.7 457
3.3 695
3.8 925
4.3 1156
3.9 662
4.6 958
5.3 1267
5.9 1584
5.3 911
6.3 1253
7.2 1652
8.0 2063
3.0 583
3.5 796
4.0 1012
4.4 1238
4.6 893
5.3 1217
6.1 1552
6.8 1897
6.3 1202
7.3 1638
8.3 2084
9.2 2549
kPa
1
2
4
6
2
3
5
9
4
5
8
11
6
11
18
27
10
17
28
41
16
25
41
60
5
9
14
21
9
15
24
34
14
24
38
55
5
10
16
24
9
17
28
41
15
25
41
61
5
9
15
23
9
16
27
39
15
26
42
62
6
10
15
21
12
20
31
44
20
34
52
75
PROD-PRC014-E4
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Performance data CWS
025P
045P
065P
095P
135P
155P
Speed
nb.
Airflow
(m3/h)
Unit size
2-pipe coil
1
3
5
1
3
5
1
3
5
1
3
5
1
3
5
1
3
5
432
620
920
432
620
920
432
620
920
865
1330
1945
865
1300
1910
790
1260
1800
CWS
Heating capacities - 0Pa - Constant delta T° - Return air temperature = 20°C
Water temperature flow / return in °C
TkW
1.8
2.3
2.9
2.2
2.8
3.7
2.7
3.6
4.9
5.4
7.5
10.0
6.2
8.8
12.1
5.9
9.3
12.8
45/40
l/h kPa
310
5
396
8
508 13
374 13
486 21
634 33
468
11
626 18
839 31
925 16
1300 29
1717 48
1062 16
1512 30
2081 53
1020 12
1598 28
2200 48
TkW
2.2
2.9
3.7
2.7
3.5
4.6
3.3
4.5
6.0
6.6
9.3
12.3
7.5
10.8
14.8
7.2
11.3
15.6
50/45
60/50
l/h
kPa TkW l/h
385
8
2.8 238
493
12
3.5 306
630
18
4.5 389
461
19
3.4 288
601
30
4.4 374
785
47
5.7 490
576
15
4.2 364
770
26
5.6 486
1037 43
7.6 652
1134 23
8.3 720
1598 41 11.7 1008
2117 67 15.5 1332
1296 23
9.6 828
1854 42 13.7 1181
2552 74 18.8 1624
1246 18
9.2 792
1948 38 14.5 1249
2689 67 20.0 1721
70/60
kPa TkW l/h
3
3.7 317
5
4.7 403
8
6.0 515
8
4.4 378
13
5.7 490
20
7.4 641
7
5.5 472
11
7.3 634
19
9.9 850
10 10.8 932
18 15.2 1310
29 20.1 1732
10 12.4 1066
19 17.7 1523
33 24.3 2095
8
11.8 1012
17 18.6 1602
30 25.7 2210
kPa
5
8
12
12
20
31
10
17
29
15
27
45
15
28
49
11
26
45
TkW
3.9
5.0
6.3
4.7
6.1
8.0
6.0
8.0
10.7
11.9
16.6
21.9
13.8
19.6
26.9
13.1
20.8
28.8
80/60
l/h
169
212
274
205
263
346
259
346
461
511
716
943
594
846
1159
565
896
1238
kPa
2
3
4
4
7
10
4
6
10
5
9
15
5
10
17
5
9
16
TkW
4.7
5.9
7.6
5.6
7.2
9.4
6.9
9.3
12.5
13.6
19.2
25.4
15.5
22.2
30.6
14.7
23.3
32.2
82/71
l/h
364
464
594
436
565
738
540
727
979
1066
1501
1991
1217
1739
2398
1156
1829
2524
kPa
6
10
15
15
24
39
13
21
36
18
34
55
18
34
61
14
31
54
TkW
4.8
6.1
7.8
5.8
7.5
9.8
7.3
9.7
13.1
14.4
20.2
26.6
16.6
23.6
32.5
15.8
25.0
34.5
90/70
l/h
205
263
335
248
324
421
313
418
562
619
868
1145
713
1015
1397
680
1076
1487
kPa
2
4
5
6
9
14
5
8
13
7
13
21
7
13
23
5
12
21
Air leaving temperature is above 60°C, risk of plastic distortion
Water temperature flow / return in °C
1
025PL 3
5
1
045PL 3
5
1
065PL 3
5
1
095PL 3
5
1
135PL 3
5
1
155PL 3
5
432
620
920
432
620
920
432
620
920
865
1330
1945
865
1300
1910
790
1260
1800
TkW
0.8
0.9
1.2
1.3
1.6
2.0
1.2
1.5
1.9
2.2
2.9
3.5
3.3
4.3
5.4
3.2
4.3
5.3
45/40
l/h
133
162
202
220
274
342
212
263
331
382
490
605
565
734
929
540
734
911
50/45
kPa TkW l/h
2
1.0 166
3
1.2 205
4
1.5 252
11
1.6 274
16
2.0 338
23
2.5 425
12
1.5 263
17
1.9 328
26
2.4 410
6
2.8 475
9
3.6 612
13
4.4 752
3
4.1 706
5
5.3 914
8
6.7 1159
3
3.9 673
5
5.3 911
8
6.6 1138
TkW: Total heating capacity in kW
l/h: Water flow in liters per hour
kPa
3
5
6
15
23
33
17
25
37
8
13
19
5
8
12
5
8
11
TkW
1.2
1.4
1.8
2.0
2.5
3.1
1.9
2.4
3.0
3.4
4.4
5.4
5.1
6.6
8.3
4.9
6.6
8.2
60/50
l/h
101
122
151
169
209
263
166
205
256
295
378
464
436
569
716
418
565
702
kPa
1
2
3
7
9
14
7
11
15
4
5
8
2
3
5
2
3
5
TkW
1.6
1.9
2.4
2.6
3.2
4.0
2.5
3.1
3.9
4.5
5.8
7.1
6.7
8.7
11.0
6.4
8.7
10.8
70/60
l/h
137
166
205
223
277
346
216
270
335
389
500
616
576
749
947
551
745
929
kPa
2
3
4
10
15
22
11
16
24
6
9
12
3
5
8
3
5
8
TkW
1.6
2.0
2.4
2.8
3.4
4.3
2.7
3.3
4.1
4.8
6.1
7.5
7.1
9.2
11.6
6.8
9.2
11.4
80/60
l/h kPa
68
1
83
1
104
1
119
3
148 5
184 7
115
4
144 5
176
8
205 2
263 3
324 4
306 1
396 2
500 3
292 1
396 2
493 2
82/71
TkW l/h
2.0 158
2.5 194
3.0 238
3.3 259
4.1 320
5.1 400
3.2 248
4.0 310
5.0 389
5.8 450
7.4
580
9.1 713
8.5 666
11.1 868
14.0 1098
8.1 637
11.0 864
13.7 1073
kPa
3
4
5
13
19
27
14
20
30
7
11
15
4
6
10
4
6
9
TkW
2.0
2.5
3.0
3.4
4.2
5.3
3.3
4.1
5.1
5.9
7.6
9.3
8.8
11.4
14.3
8.4
11.3
14.1
90/70
l/h kPa
86
1
104 1
130 2
148 5
180 7
227 10
140 5
176 7
220 11
252 3
324 4
400 6
378 2
490 2
619 3
364 1
490 2
605 4
Water Systems
Speed
nb.
Airflow
(m3/h)
Unit size
4-pipe coil
81
PROD-PRC014-E4
AIR SYSTEMS
82
PROD-PRC014-E4
700 - 250 000 m3/h
AIR HANDLING UNITS
VARIABLE
AIR VOLUME SYSTEMS
AIR DIFFUSERS
Office building, healthcare, lodging,
retail and industrial applications
New
• CLCE: CO4 compliant (U.K.) version available for healthcare segment
• CCTA: Enhanced casing design and "Clean concept" version
• CCH: Improved features for easy maintenance, disinfection and control fitting
700
CCEA
250 000
1 000
CCTA
1 000
140 000
1 200
CCVA
86 000
1 800
CCSA
350
CCH
17 900
700
1 000
AIR SYSTEMS
1 000
3
mkW
/h
CLCE
108 000
120 000
50 000
80 000
100 000
120 000
150 000
200 000
250 000
83
PROD-PRC014-E4
Air handling units
Indoor and outdoor
66 sizes - 700 -108 000 m3/h
(0.2 - 30 m3/s)
CLCE
Removable drain pan
CLCE
Customer benefits
Options
• Designed to meet the most stringent quality and flexibility
needs for all commercial and hospital applications
• Unit construction available with Air Leakage Class A or B
(as per DW 144) to meet your Indoor Air Quality
requirements
• Easy on-site installation and assembly of the units via
semi-modular construction
• Easily removable components for simplified maintenance
• CO4 & HTM 2025 compliant construction including:
- Motor out of air stream
- Washed down section with either dagger plates or
isolating dampers
- Low leak dampers, silencers Melinex lined
Main features
• Units manufactured from totally enclosed extruded
aluminium profile with reinforced nylon corner pieces
• 25 mm or 50 mm thick CFC free foam injected double
skin panels
• Galvanized steel self finish or Ivory (similar to RAL 9002)
coloured plastisol coated outer skin
• 160 mm high unit base frame
• Inclined drain trays on all cooling coil and humidifier
sections
• Available sections: mixing box, panel filters, bag filters,
carbon filters, absolute filters (HEPA), cooling and
heating coils, electric heaters, silencers, forward and
backward curved fans, run around coils, plate heat
exchangers, rotary heat wheels, indirect gas fired heat
modules, steam humidifiers
• Units equipped with either plate heat exchangers or
thermal wheels qualify for ECA benefits (UK)
• Tracer Summit™ capabilities
84
- Removable stainless steel drain pans
• Thermal breaks, providing a cold bridge free construction (50 mm panels only)
• Factory witness tests
• Outdoor units complete with either flat or inclined
weatherproof roof, louvre or hood
• Access doors fitted with three way adjustable hinges
• Stainless steel (316) inner skin
• Units delivered in sections or flat packed
Accessories
• Manometers, differential pressure switches, magnehelic
pressure gauges
• Double glazed inspection windows
• Fully wired bulkhead light and switch, motors isolators
• Flange or flexible connections, etc…
Controls*
• Factory-Engineered Controls featuring designing,
selecting, mounting, wiring and testing of all control
devices such as damper actuators, control valves,
pressure sensors, temperature sensors, relays and
controllers
• Power wiring to all devices such as Fan Motors,
Frequency Inverters, Electric Heaters and Humidifiers
• Factory Pre-Commissioning is provided on all Controls
Units
* Available option in the UK. For other countries, contact your local Trane Sales Office.
PROD-PRC014-E4
03 02 (2)
03 03
04 02 (2)
04 03
04 04
05 02 (2)
05 03
05 04
05 05
06 03
06 04
06 05
06 06
07 05
07 06
07 07
08 04
08 05
08 06
08 07
08 08
09 04
09 05
09 06
09 07
09 08
09 09
10 05
10 06
10 07
10 08
10 09
10 10
11 05
11 06
11 07
11 08
11 09
11 10
11 11
12 06
12 07
12 08
12 09
12 10
12 11
12 12
14 07
14 08
14 09
14 10
14 11
14 12
14 14
16 08
16 09
16 10
16 11
16 12
16 14
18 10
18 11
18 12
18 14
20 14
22 14
0.20
0.35
0.31
0.53
0.80
0.41
0.70
1.05
1.34
0.88
1.32
1.69
2.05
2.01
2.45
2.89
1.80
2.30
2.80
3.30
3.90
2.06
2.63
3.20
3.77
4.45
5.02
2.97
3.62
4.26
5.04
5.68
6.33
3.30
4.01
4.73
5.59
6.31
7.02
7.74
4.43
5.23
6.18
6.97
7.76
8.55
9.50
6.11
7.22
8.14
9.06
9.99
11.10
12.95
8.35
9.43
10.49
11.57
12.85
14.99
11.92
13.28
14.60
17.21
19.25
21.29
0.24
0.42
0.37
0.64
0.95
0.49
0.84
1.26
1.61
1.06
1.58
2.02
2.46
2.42
2.94
3.47
2.16
2.76
3.36
3.96
4.68
2.47
3.15
3.83
4.52
5.34
6.03
3.57
4.34
5.12
6.05
6.82
7.59
3.96
4.81
5.68
6.71
7.57
8.43
9.29
5.32
6.27
7.41
8.36
9.31
10.26
11.40
7.33
8.66
9.77
10.88
11.99
13.32
15.54
10.02
11.31
12.59
13.88
15.42
17.99
14.31
15.93
17.52
20.65
23.10
25.55
0.29
0.49
0.43
0.74
1.11
0.57
0.98
1.47
1.88
1.23
1.85
2.36
2.87
2.82
3.43
4.04
2.52
3.22
3.92
4.62
5.46
2.88
3.68
4.47
5.27
6.23
7.03
4.16
5.06
5.97
7.05
7.96
8.86
4.62
5.62
6.62
7.83
8.83
9.83
10.84
6.20
7.32
8.65
9.76
10.86
11.97
13.30
8.55
10.10
11.40
12.69
13.99
15.54
18.13
11.69
13.20
14.69
16.19
17.99
20.99
16.69
18.59
20.44
24.09
26.95
29.80
Airflow (m3/h)
at coil face velocity (m/s)
2.5
3.0
3.5
720
1260
1116
1908
2880
1476
2520
3780
4824
3168
4752
6084
7380
7236
8820
10404
6480
8280
10080
11880
14040
7416
9468
11520
13572
16020
18072
10692
13032
15336
18144
20448
22788
11880
14436
17028
20124
22716
25272
27864
15948
18828
22248
25092
27936
30780
34200
21996
25992
29304
32616
35964
39960
46620
30060
33948
37764
41652
46260
53964
42912
47808
52560
61956
69300
76644
864
1512
1332
2304
3420
1764
3024
4536
5796
3816
5688
7272
8856
8712
10584
12492
7776
9936
12096
14256
16848
8892
11340
13788
16272
19224
21708
12852
15624
18432
21780
24552
27324
14256
17316
20448
24156
27252
30348
33444
19152
22572
26676
30096
33516
36936
41040
26388
31176
35172
39168
43164
47952
55944
36072
40716
45324
49968
55512
64764
51516
57348
63072
74340
83160
91980
1044
1764
1548
2664
3996
2052
3528
5292
6768
4428
6660
8496
10332
10152
12348
14544
9072
11592
14112
16632
19656
10368
13248
16092
18972
22428
25308
14976
18216
21492
25380
28656
31896
16632
20232
23832
28188
31788
35388
39024
22320
26352
31140
35136
39096
43092
47880
30780
36360
41040
45684
50364
55944
65268
42084
47520
52884
58284
64764
75564
60084
66924
73584
86724
97020
107280
Dimensions (mm) (1)
Width
Height
603
603
778
778
778
953
953
953
953
1128
1128
1128
1128
1303
1303
1303
1478
1478
1478
1478
1478
1653
1653
1653
1653
1653
1653
1828
1828
1828
1828
1828
1828
2003
2003
2003
2003
2003
2003
2003
2178
2178
2178
2178
2178
2178
2178
2528
2528
2528
2528
2528
2528
2528
2878
2878
2878
2878
2878
2878
3228
3228
3228
3228
3578
3928
588 (1)
763 (1)
588 (1)
763 (1)
938 (1)
588 (1)
763 (1)
938 (1)
1113 (1)
763 (1)
938 (1)
1113 (1)
1288 (1)
1113
1288
1463
938
1113
1288
1463
1638
938
1113
1288
1463
1638
1813
1113
1288
1463
1638
1813
1988
1113
1288
1463
1638
1813
1988
2163
1288
1463
1638
1813
1988
2163
2338
1463
1638
1813
1988
2163
2338
2688
1638
1813
1988
2163
2338
2688
1988
2163
2338
2688
2688
2688
Air Systems
Unit size
Airflow (m3/s)
at coil face velocity (m/s)
2.5
3.0
3.5
CLCE
General data
(1) Assumes drain pans, if no drain pans are present then base can be removed and overall hieght reduced.
With 25 mm panels - to obtain dimensions with 50 mm panels, add 50 mm.
(2) Unit sizes only available as selections from the factory.
PROD-PRC014-E4
85
Air handling units
Indoor and outdoor
Unlimited number of unit sizes
1 000 - 132 000 m3/h (0.2 - 36 m3/s)*
CCEA
CCEA
Customer benefits
Options
• High flexibility: customized system to fit the application
exact requirements
• Clean concept: highest level of indoor air quality
unmatched in the market place
• High reliability: very low maintenance costs
• ATEX certified construction; group II, category 2 and 3
• Other unit sizes for air volumes up to 250 000 m3/h
(70 m3/s) upon request
• Outdoor construction with hoods, louvers and roof
• Panel material: PVC coating, aluminium, stainless steel
• Flat packed delivery
• Hygienic execution with inner parts in stainless steel,
inclined floor and anti-bacteriologic seals
• Vertical units
Main features
• Modular casing construction specially designed for
hospitals, process and clean room applications
• High flexibility on configuration, materials, components
and options
• Eurovent certified range in accordance with EN 1886
3SE: 2A/B/F9/T4/TB3 - 5SE: 2A/B/F9/T3/TB3
5SET2: 2A/B/F9/T2/TB2
• Class C Air leakage in accordance with BS / DW144 and
Eurovent 2/2 with hygienic seals (0.42 l/s/m² at 2000 Pa)
• Bolted casing made of 30 mm or 50 mm self supporting
panels
• Panel insulation made of non-combustible (M0) and high
density (70 kg/m3) rock wool, mechanically fixed to the
partitions
• Smooth internal walls and inclined drain pans
• Units supplied with a 100 mm high sub-base
• Available sections: panel and bag filters, absolute (HEPA)
filters, activated carbon filters, auto-roll filter,
FC/BI/Aerofoil centrifugal fans, plug fans, water coils, DX
coil, electric heaters, steam coils, condensing coils, air
washers, steam humidifiers, evaporative humidifiers,
plate heat exchangers, thermal wheels, heat pipes, run
around coils, silencers, mixing chambers, multi-zone
section.
• Tracer Summit™ capabilities
86
Accessories
• Inspection windows and wired lights
• Manometers
• Flexible connections, sand trap louvers
• Motor lifting beam, adjustable legs
Controls*
• Factory-mounted control including selection, fitting and
wiring of the controls components such as valves for
coils, damper actuators, temperature and pressure
sensors, controller, air pressure switch, anti-frost
thermostat
• Power wiring, frequency invertors
• Commissioning
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
0.5
0.75
1
1F
1.5
2
2.25
2.5
3
3.75 F
4
4.50 F
5
6
6.25
7F
7.5
8F
8.75
9
10
10.5
11.25 F (2)
12
12.25 (2)
12.50 F (2)
13.5 (2)
14 (2)
15 (2)
15.75 (2)
16 (2)
16.5 (2)
17.5 (2)
18 (2)
18 F (2)
19.25 F (2)
19.50 F (2)
20 (2)
21 F (2)
22 (2)
22.75 F (2)
24 (2)
24.50 F (2)
26 (2)
26.25 F (2)
28 (2)
30 (2)
32 (2)
0.30
0.49
0.59
0.70
0.99
1.38
1.50
1.77
2.14
2.75
2.86
3.35
3.73
4.55
4.64
5.42
5.74
6.21
6.84
6.83
7.85
8.16
8.95
9.48
9.56
10.04
10.81
11.12
12.14
12.67
12.57
13.44
14.23
14.16
14.79
15.76
16.10
15.90
17.34
17.61
18.87
19.38
19.20
21.09
20.64
22.80
24.51
26.22
0.36
0.59
0.71
0.84
1.18
1.65
1.80
2.12
2.57
3.30
3.44
4.02
4.48
5.46
5.57
6.50
6.89
7.46
8.21
8.20
9.42
9.79
10.74
11.38
11.48
12.05
12.97
13.34
14.56
15.21
15.08
16.13
17.07
17.00
17.75
18.91
19.31
19.08
20.81
21.14
22.64
23.26
23.04
25.31
24.77
27.36
29.41
31.46
0.42
0.69
0.83
0.98
1.38
1.93
2.10
2.48
3.00
3.85
4.01
4.69
5.23
6.36
6.50
7.58
8.04
8.70
9.58
9.56
10.99
11.42
12.52
13.28
13.39
14.06
15.13
15.57
16.99
17.74
17.60
18.82
19.92
19.83
20.71
22.06
22.53
22.26
24.28
24.66
26.42
27.13
26.88
29.53
28.90
31.92
34.31
36.71
Airflow (m3/h)
at coil face velocity (m/s)
2.5
3.0
3.5
1 069
1 774
2 138
2 515
3 548
4 957
5 405
6 367
7 711
9 904
10 311
12 058
13 441
16 365
16 718
19 494
20 671
22 367
24 624
24 586
28 253
29 363
32 206
34 139
34 425
36 158
38 915
40 025
43 691
45 625
45 247
48 389
51 224
50 992
53 244
56 732
57 942
57 251
62 424
63 407
67 932
69 768
69 120
75 924
74 304
82 080
88 236
94 392
1 283
2 129
2 566
3 018
4 257
5 949
6 486
7 640
9 253
11 884
12 374
14 470
16 129
19 638
20 062
23 393
24 805
26 840
29 549
29 503
33 903
35 235
38 647
40 967
41 310
43 390
46 698
48 030
52 430
54 750
54 296
58 067
61 469
61 191
63 893
68 079
69 530
68 701
74 909
76 088
81 518
83 722
82 944
91 109
89 165
98 496
105 883
113 270
1 497
2 483
2 994
3 521
4 967
6 940
7 568
8 913
10 796
13 865
14 436
16 881
18 817
22 911
23 406
27 292
28 940
31 314
34 474
34 421
39 554
41 108
45 088
47 794
48 195
50 622
54 481
56 035
61 168
63 874
63 345
67 745
71 714
71 389
74 542
79 425
81 119
80 151
87 394
88 770
95 105
97 675
96 768
106 294
104 026
114 912
123 530
132 149
Dimensions (mm) (1)
Width
Height
670
975
670
1280
975
1280
975
1585
1280
1585
1280
1890
1585
1890
1585
2195
1890
2500
2195
1890
2500
2195
2845
2500
2235
3150
2845
2540
3150
2845
2540
3455
3150
2845
3760
3455
4065
3150
3760
3455
4065
3760
4370
4065
4675
4370
4675
4980
(1) Overall dimensions are given for 30 mm panels from size 0,5 to 10,5 + size 12 and for 50 mm panels from size 12,25 to 32 + 11,25
(includes 100 mm high base frame)
(2) Unit size available with 50 mm self supporting panels only
425
425
730
425
730
730
1035
730
1035
1035
1340
1075
1380
1380
1685
1380
1685
1380
1685
1990
1685
1990
1725
1990
2335
1725
2030
2335
2030
2335
2640
2030
2335
2640
2030
2335
2030
2640
2335
2640
2335
2640
2335
2640
2335
2640
2640
2640
Air Systems
Unit size
Airflow (m3/s)
at coil face velocity (m/s)
2.5
3.0
3.5
CCEA
General data
87
PROD-PRC014-E4
Air handling units
Indoor and outdoor
30 sizes - 1 000 - 140 000 m3/h
(0.2 - 38 m3/s)*
CCTA
A
RAHU 0
NG 3-1
E C 2-0
CT 47
A
"Clean concept" version design
Customer benefits
• Flexibility: adaptable system to fit the customer's exact
requirements
• Easy installation via modular construction and special
breakpoint design: saving of time
• Cleanable "Clean concept" unit: high level of indoor air
quality
Main features
• Framework manufactured with extruded anti-corrosion
aluminium profiles, fitted together with nylon fiber glassstiffened angles
• Exclusive panel fixing system, by panel-lock aluminium
profile, avoiding internal screw and point where dust can
accumulate, and double panel gasket
• Panels with 2 seals for optimum airtightness
• 25 or 50 mm external sandwich-type panels, made of
galvanised or pre-pained, peralluman, anodised aluminium, stainless steel 304 or 316 metal sheet, factory insulated with polyurethane foam (40 kg/m3 density)
• Dampers manufactured by extruded anticorodal
aluminium
• Coil mounted on rails for easy removal
• Sloped drain pain made of stainless steel
• Electrical motor and fan frame mounted on spring shock
absorber and provided of flexible duct connection
• Electrical motor mounted on micrometric belt-tensioning
slide
88
CCTA
• Available sections: plenum, mixing, double mixing,
panel filters, soft and rigid bag filters, HEPA filters, roll
filters, water cooling and heating coils, DX and condenser coils, electrical heaters, gas burner heaters, honeycomb through away or with pump humidification, water
through away or with pump nozzles humidification, air
compressed or water compressed nozzles humidification
complete of cabinet, steam humidification complete of
steam generator, fan section with forward curved, backward inclined, airfoil blades, plug fans, plate heat
exchanger, thermal wheel, run around coil loop, heat
pipes, sound attenuator, multizone
Options
• Framework with thermal break profile
• One-piece supporting base
• Panel metal sheet: thickness 1.2, 1.5, 2 mm
• Panel thickness 100 mm
• Panel thermal insulation by glass wool, 80 kg/m3 density
• Unit delivered disassembled
• Hygenic version - for applications requiring high air
quality level (hospitals, clean rooms, food and pharmaceutical industries) provided of construction features and
special components allowing a complete cleaning and
sterilization of the unit
Accessories
• Water-proof lamps with external switch and inspection
windows
• Lateral technical box
• Differential pressure switch and monometers
• Disconnecting switch or power panel factory mounted
and wired
• Damper servomotors
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Airflow (m3/s)
at coil face velocity (m/s)
2.5
3.0
3.5
Airflow (m3/h)
at coil face velocity (m/s)
2.5
3.0
3.5
Dimensions (mm) (1)
Width (2)
Height
Single fan air handling units
004
005
007
009
012
015
018
023
025
030
035
040
044
050
055
062
074
083
090
105
115
121
135
146
173
187
211
243
280
333
0.30
0.45
0.63
0.79
1.08
1.28
1.55
1.90
2.15
2.54
3.04
3.38
3.71
4.21
4.59
5.13
6.27
6.93
7.56
8.80
9.72
10.50
11.34
12.35
14.40
15.75
17.76
20.40
23.51
27.80
0.36
0.54
0.76
0.95
1.30
1.54
1.86
2.28
2.57
3.04
3.65
4.05
4.46
5.05
5.51
6.16
7.52
8.32
9.07
10.56
11.66
12.60
13.61
14.82
17.28
18.90
21.31
24.48
28.22
33.35
0.42
0.63
0.88
1.10
1.51
1.80
2.17
2.66
3.00
3.55
4.25
4.73
5.20
5.89
6.43
7.18
8.78
9.70
10.58
12.32
13.61
14.70
15.88
17.29
20.16
22.05
24.86
28.56
32.92
38.91
1080
1620
2268
2835
3888
4617
5589
6831
7722
9126
10935
12150
13365
15147
16524
18468
22572
24948
27216
31671
34992
37800
40824
44469
51840
56700
63936
73440
84645
100062
004
005
007
009
012
015
018
023
025
030
035
040
044
050
055
062
074
083
090
105
115
121
135
146
173
187
211
243
280
333
0.30
0.45
0.60
0.77
1.04
1.26
1.50
1.89
2.16
2.55
2.97
3.42
3.69
4.29
4.62
5.18
6.24
6.96
7.52
8.80
9.60
10.20
11.25
12.29
14.49
15.70
17.63
20.28
23.52
27.97
0.36
0.54
0.72
0.92
1.24
1.51
1.80
2.27
2.59
3.06
3.56
4.10
4.43
5.15
5.54
6.21
7.49
8.35
9.03
10.56
11.52
12.24
13.50
14.74
17.39
18.84
21.15
24.34
28.22
33.56
0.42
0.63
0.84
1.07
1.45
1.76
2.10
2.65
3.02
3.57
4.16
4.79
5.17
6.01
6.47
7.25
8.74
9.74
10.53
12.32
13.44
14.28
15.75
17.20
20.29
21.98
24.68
28.39
32.93
39.15
1080
1620
2160
2754
3726
4536
5400
6804
7776
9180
10692
12312
13284
15444
16632
18630
22464
25056
27081
31671
34560
36720
40500
44226
52164
56511
63450
73008
84672
100683
1296
1944
2722
3402
4666
5540
6707
8197
9266
10951
13122
14580
16038
18176
19829
22162
27086
29938
32659
38005
41990
45360
48989
53363
62208
68040
76723
88128
101574
120074
1512
2268
3175
3969
5443
6464
7825
9563
10811
12776
15309
17010
18711
21206
23134
25855
31601
34927
38102
44339
48989
52920
57154
62257
72576
79380
89510
102816
118503
140087
690
790
890
1040
1090
1240
1440
1440
1590
1590
1640
1790
1990
1990
2140
2140
2580
2580
2780
2930
3080
3080
3530
3430
3580
3880
4080
4630
5130
5830
590
640
690
790
890
990
990
1040
1140
1140
1340
1340
1340
1440
1440
1590
1630
1630
1630
1780
1780
1780
1780
1940
2130
2130
2280
2280
2300
2360
790
890
1090
1140
1440
1490
1540
1690
1890
1990
2090
2190
2390
2540
2540
2640
2980
3280
3330
3830
3580
3680
4130
4280
4580
4930
5080
5580
5980
6030
540
540
590
640
640
690
790
840
840
890
940
990
990
1040
1140
1190
1280
1280
1380
1380
1530
1530
1530
1580
1730
1730
1830
1880
2030
2330
CCTA
General data
1296
1944
2592
3305
4471
5443
6480
8165
9331
11016
12830
14774
15941
18533
19958
22356
26957
30067
32497
38005
41472
44064
48600
53071
62597
67813
76140
87610
101606
120820
1512
2268
3024
3856
5216
6350
7560
9526
10886
12852
14969
17237
18598
21622
23285
26082
31450
35078
37913
44339
48384
51408
56700
61916
73030
79115
88830
102211
118541
140956
(1) With 25 mm panels units until 062 size and 50 mm panels units for bigger units. Unit height does not include feet or continuous base frame.
Height of feet or base frame is 150 mm. Overall cross dimensions can vary according to casing option and components.
Air Systems
Double fan air handling units
(2) The width of the units can be adjusted in steps of 50 mm to suit project specifications.
89
PROD-PRC014-E4
Air handling units
Indoor and outdoor
6 sizes - 1 000 - 18 000 m3/h
(0.2 - 5 m3/s)*
CCH
A
RAHU 0
NG 1-0
E C 9-0
CH 34
Airtight sliding doors
CCH
Customer benefits
Options
• Innovative design with full side accessibility for
maintenance and disinfection
• Easy power and controls wiring with purposed design
channel
• Cleanable unit providing high level of indoor air quality
• Saving of time with factory-mounted controls
• Stainless steel panels, condensate trays, fan motor
assemblies, filter frame, base frame
• Panel material: stainless steel, PVC-coated steel
• Polyurethane or polystyrene insulation
Main features
• Inspection windows and light inside of the section
• Inclined manometer and pressostat
• Flexible connections
• Intake hoods
• Enhanced thermal and acoustical performances due to
50 mm self-supporting panels design.
• Absence of casing structure providing a minimised
thermal bridges construction.
• "Clean concept"
- The smooth internal walls make interior cleaning easy
and quick.
- Standard drain pans are inclined, insulated and easily
removable without removing the coils and the pipe
work.
- Drain pans with vertical outlet to ensure a complete
drainage.
• Casing panels insulated with 40, 90 or 100 kg/m3 rock
wool density
• Eurovent certified range with enhanced mechanical
characteristics :
- Classes D2/L2/F9/T2/TB2 as standard
- Classes D2/L1/F9/T2/TB2 optionally
• Easy maintenance with full access to internal
components via sliding and removable side panels
• Casing construction without weld spots providing high
resistance to corrosion
• All components are easily removable due to electric and
hydraulic connections located in the technical channel at
the upper part of the unit.
90
Accessories
Control
• Factory-mounted control featuring: valves for coils,
servomotor for dampers, temperature and pressure
sensor, controller, air pressure switch, anti-frost
thermostat, frequency inverter
• Power control
• Commissioning by Trane experts
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Airflow (m3/s)
at coil face velocity (m/s)
2.0
2.8
3.2
05
10
15
20
30
40
0.39
0.78
1.17
1.56
2.34
3.12
0.62
1.25
1.87
2.50
3.75
5.00
1405
2811
4216
5622
8433
11244
1968
3935
5903
7870
11806
15741
2249
4497
6746
8995
13492
17990
Dimensions (mm)
Width
Height
995
995
1315
1635
1635
1635
770
1055
1055
1105
1375
1695
Air Systems
0.55
1.09
1.64
2.19
3.28
4.37
Airflow (m3/h)
at coil face velocity (m/s)
2.0
2.8
3.2
CCH
General data
91
PROD-PRC014-E4
Air handling units
Indoor and outdoor
19 sizes - 1 200 - 86 000 m3/h
(0.3 - 23 m3/s)*
CCVA
CCVA
Customer benefits
Accessories
• Flexibility: customized system to fit the application exact
requirements
• Easy installation: saving of time
• Anti-vibration connections
• Sound attenuators
• Germicidal lamps section
• Internal lighting system
Main features
• Self-supporting framework in extruded aluminium
profiles assembled by die cast aluminium corners to
give accurate alignment and easily cleanable corrosion
resistant structure
• Sandwich type double skin panels with internal thermal
insulation of phenolic resin, polyurethane plates, mineral
wool or special high density thermal and acoustic
insulation
• Two panel thicknesses - 23 mm and 43 mm
• External and internal sheet metal faces of the panel can
be selected from galvanized or Aluzinc steel sheet
0.6 mm thick, plastic-coated galvanized steel sheet
0.5 mm thick, aluminium sheet 0.7 mm thick or stainless
steel A151 304
• External and internal faces can be made of different
materials
Trane's CCVB range of air handling
units
An economic series of units limited to 9 sizes (1 000 10 000 m3/h) that, in certain cases may be a valid
alternative to the CCVA series. For more information,
contact your local sales office.
Options
• "Thermal cutting profile", 50 and 60 TTC type, and
23 mm and 46 mm panels
• Inspection windows
• Bulkhead lights with or without external switch
• Key operated safety door handles
• Filter manometers
92
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Airflow (m3/h)
at coil face velocity (m/s)
2.0
2.5
3.0
Unit size
Airflow (m3/s)
at coil face velocity (m/s)
2.0
2.5
3.0
13
16
20
25
30
40
50
60
80
100
120
150
190
240
300
360
0.28
0.35
0.44
0.56
0.69
0.89
1.11
1.39
1.72
2.11
2.64
3.33
4.17
5.00
6.39
8.33
0.36
0.44
0.56
0.69
0.83
1.11
1.39
1.67
2.22
2.78
3.33
4.17
5.28
6.67
8.33
10.00
0.43
0.53
0.67
0.83
1.06
1.28
1.67
2.08
2.56
3.19
3.89
5.00
6.11
7.78
9.72
11.67
1000
1250
1600
2000
2500
3200
4000
5000
6200
7600
9500
12000
15000
18000
23000
30000
460
580
720
10.00
12.50
15.56
12.78
16.11
20.00
15.28
19.44
23.89
36000
45000
56000
1300
1600
2000
2500
3000
4000
5000
6000
8000
10000
12000
15000
19000
24000
30000
36000
Dimensions (mm)
Width
Height (1)
1550
1900
2400
3000
3800
4600
6000
7500
9200
11500
14000
18000
22000
28000
35000
42000
680
760
820
820
940
1000
1180
1260
1500
1600
1700
1800
2060
2120
2400
2740
575
575
635
755
755
815
815
935
1055
1160
1175
1355
1560
1655
1920
2120
55000
70000
86000
3340
3640
4240
1940
2180
2300
CCVA
General data
Single or twin fan units
46000
58000
72000
Air Systems
(1) Unit height does not include feet or continuous base frame. Feet and base frame are available with height of 100 mm or 140 mm.
93
PROD-PRC014-E4
Air handling units
Indoor and outdoor
19 sizes - 1 800 - 120 000 m3/h
(0.5 - 33 m3/s)*
CCSA
CCSA
Customer benefits
Options
• High flexibility : non-standard designs and dimensions
are possible to suit exact customer requirements.
• Fast assembly, easy accessibility: saving of time
• Panels made of PVC coated galvanized steels, anodized
aluminium or stainless steel AISI 304 or 316
• Hygienic version for applications requiring high air
quality
• The standard color of the frame is RAL 2002 (poppy red),
the panel is RAL 9002 (white-grey). They may be altered
upon request.
• Panel thickness of 20-23-30-33-40-50 mm
Main features
• Modular construction for 19 models with flow rates from
1 800 m3/h to 120 000 m3/h
• Framework manufactured with extruded anti-corrosion
aluminium profiles, fitted with injection moulded,
rounded aluminium corner pieces with special seals add
strength and rigidity to the module frame
• Side panels are composed of film coated painted
galvanized sheet metal exterior walls and galvanized
interior walls (aluminium or stainless steel upon request)
fully sealed in a closed structure
• Polyurethane is injected between the walls of the panel
(can be filled with rockwool or glasswool upon request)
in 6 different thicknesses to provide heat and sound
insulation
• The connections are made either by bolts
(20-30-40-50 mm) or by special fitted joints (23-33 mm)
• Smooth internal and external surfaces (40-50 mm)
• Available sections: panel and bag filters, HEPA filters,
activated carbon filters, auto roll and rotary filters,
FC/BI/Airfoil and plug fans, water and DX coils, electric
heaters, steam and evaporative humidifiers, plate/rotary
type heat recoveries, run around coils, heat pipes,
silencers, mixing boxes
• Tracer SummitTM capabilities
94
Accessories
• Wired light
• Inspection window
• Roof for outdoor installations
• Air outlet or inlet screen to prevent water entering into
the unit
• Differential manometer to measure the pressure drop
across the filter
• Belt and pulley system guard from galvanized sheet
metal
• Disconnect switch or power panel factory-wired to the
motor
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
0.53
0.83
1.43
2.00
2.83
3.65
4.73
5.50
6.50
7.75
8.93
10.73
12.15
13.58
15.00
17.85
19.30
20.75
23.85
0.63
0.99
1.71
2.40
3.39
4.38
5.67
6.60
7.80
9.30
10.71
12.87
14.58
16.29
18.00
21.42
23.16
24.90
28.62
0.74
1.16
2.00
2.80
3.96
5.11
6.62
7.70
9.10
10.85
12.50
15.02
17.01
19.01
21.00
24.99
27.02
29.05
33.39
Airflow (m3/h)
at coil face velocity (m/s)
2.5
3.0
3.5
1 890
2 970
5 130
7 200
10 170
13 140
17 010
19 800
23 400
27 900
32 130
38 610
43 740
48 870
54 000
64 260
69 480
74 700
85 860
2 268
3 564
6 156
8 640
12 204
15 768
20 412
23 760
28 080
33 480
38 556
46 332
52 488
58 644
64 800
77 112
83 376
89 640
103 032
2 646
4 158
7 182
10 080
14 238
18 396
23 814
27 720
32 760
39 060
44 982
54 054
61 236
68 418
75 600
89 964
97 272
104 580
120 204
Dimensions (mm)
Width
Height
762
1 080
1 080
1 414
1 414
1 750
1 750
1 986
1 986
2 292
2 292
2 598
2 904
3 210
3 516
4 128
4 434
4 740
5 352
762
762
1 080
1 080
1 414
1 414
1 750
1 750
1 986
1 986
2 292
2 292
2 292
2 292
2 292
2 292
2 292
2 292
2 292
Air Systems
080 X 080
110 X 080
110 X 110
140 X 110
140 X 140
170 X 140
170 X 170
200 X 170
200 X 200
230 X 200
230 X 230
260 X 230
290 X 230
320 X 230
350 X 230
410 X 230
440 X 230
470 X 230
540 X 230
Airflow (m3/s)
at coil face velocity (m/s)
2.5
3.0
3.5
CCSA
General data
95
PROD-PRC014-E4
Variable Air Volume Systems
Unlimited number of zones
VariTrane
™
Single Duct Unit VCCF
Series Fan Powered VSCF
Customer benefits
• Comfort: optimal building occupant comfort
• Flexibility: easy adaptation of building evolutions
• High performance: low energy consumption
Main features
• Capable of varying the amount of air in an unlimited
number of zones
• Simple and rugged design
• 0 to 3.8 m3/s
• Interlocking panel design
• Metal encapsulated edges
• Low height units
• Proven flow ring
• Linear flow response in controller logic
• Tracer Summit™ capabilities
Options
• Series or parallel terminal fan
• Hot water coil
• Electric terminal reheat
• Foil face insulation
• Close cell insulation
• Choice of factory-mounted control
• Outlet plenum
96
PROD-PRC014-E4
Single and Dual Duct Units VCCF, VCWF, VCEF, VDDF
Air Valve Size
4
Inlet Diameter
(mm)
105
Primary Airflow
(m3/s)
0.106
5
127
0.165
6
152
0.236
8
203
0.425
10
254
0.661
12
305
0.944
14
356
1.416
16
406
1.888
24x16
610x406
3.776
Parallel Fan Powered Units VPCF, VPWF, VPEF
Unit size
Fan Airflow
(m3/s)
Primary Airflow
(m3/s)
06-0317
0.425
0.236
08-0317
0.425
0.425
10-0317
0.425
0.661
12-0317
0.425
0.944
08-0417
0.535
0.425
10-0417
0.535
0.661
12-0417
0.535
0.944
14-0417
0.535
1.416
Unit size
Fan Airflow
Primary Airflow
10-0517
0.565
0.661
12-0517
0.565
0.944
14-0517
0.565
1.416
12-06
0.685
0.944
14-06
0.685
1.416
16-06
0.685
1.888
14-07
0.836
1.416
16-07
0.826
1.888
(m3/s)
(m3/s)
Series Fan Powered Units VSCF, VSWF, VSEF
Unit size
05-01
06-01
08-01
06-02
08-02
10-02
Fan Airflow
Primary Airflow
(m3/s)
(m3/s)
0.2
0.236
0.2
0.425
0.275
0.236
0.275
0.425
0.275
0.661
Unit size
Fan Airflow
Primary Airflow
(m3/s)
(m3/s)
10-0417 12-0417 14-0417 10-0517 12-0517 14-0517
0.635
0.635
0.635
0.745
0.745
0.745
0.661
0.944
1.416
0.661
0.944
1.416
(m3/s)
(m3/s)
0608
0.378
0.236
06-0317 08-0317 10-0317 12-0317 06-0417 08-0417
10-06
1.155
0.661
Series Fan Powered
LSCF, LSWF, LSEF
0808
0809
14RT09
0.378
0.850
0.519
0.425
0.425
0.944
0.445
0.236
0.445
0.425
12-06
1.155
0.944
14RT10
0.850
0.944
0.445
0.661
14-06
1.155
1.416
0.445
0.944
16-06
1.155
1.888
12-07
1.189
0.944
0.635
0.236
0.635
0.425
14-07 16-07
1.189 1.189
1.416 1.888
Parallel Fan Powered
LPCF, LPWF, LPEF
0608
0808
0810
0.378
0.378
0.850
0.236
0.425
0.425
14RT10
0.850
0.944
Air Systems
Series Fan Powered
Low Height Units
Unit size
Fan Airflow
Primary Airflow
0.2
0.165
VariTrane™
General data
97
PROD-PRC014-E4
Variable Air Volume Systems
Linear and cassette diffusers
VDLE-VRLE
Cassette
Cassette
VDLE-VRLE
Customer benefits- Linear Diffusers
Main features - Cassette Diffusers
• Comfort: optimal building occupant comfort
• Easy installation: saving of time
• Noise level: a level of acoustic comfort unmatched in the
market place
• Dimensions : 600 x 600 mm
• Uses existing false ceiling panels, allowing for homogenous ceiling color and design
• Manually adjustable airflow direction, from horizontal to
vertical
• Internal thermal and acoustic insulation
- Made of melamine
- Does not create dust particles
• Unpainted galvanized steel casing
• Painted aluminium frame
Customer benefits - Cassette Diffusers
• Easy integration: saving of space
• Comfort: optimal building occupant comfort
Main features - Linear Diffusers
• Optimum use of the Coanda Effect
- Suitable for VAV application
- Reduces the risk of dumping
- High induction effect
• Internal closed cell insulation
• Thermal and acoustic insulation
• Removable plenum box for easy cleaning
• Flexible design
• Aluminium extruded profiles
• Furnace-baked epoxy enamel
Accessories - Linear Diffusers
• Balancing damper
98
PROD-PRC014-E4
Diffusers
General data
Y
X
X
Y
Arrangement
Unit
type
VDLE A
VDLE A
VDLE A
VDLE B
VDLE B
VDLE B
VDLE C
VDLE C
VDLE C
VDLE D
VDLE D
VDLE D
VDLE E/F
VDLE E/F
VDLE E/F
VDLE G
VDLE G
VDLE G
Cassette
1 Slot 1 way
1 Slot 1 way
1 Slot 1 way
2 Slot 1 way
2 Slot 1 way
2 Slot 1 way
3 Slot 1 way
3 Slot 1 way
3 Slot 1 way
2 Slot 2 way
2 Slot 2 way
2 Slot 2 way
3 Slot 2 way
3 Slot 2 way
3 Slot 2 way
4 Slot 2 way
4 Slot 2 way
4 Slot 2 way
Square
X
Y
Inlet
Diameter
(mm)
600
1200
1500
600
1200
1500
600
1200
1500
600
1200
1500
600
1200
1500
600
1200
1500
600
(mm)
236 or 316
236 or 316
236 or 316
316
316
316
356
356
356
236, 316 or 356
236, 316 or 356
236, 316 or 356
356
356
356
356
356
356
95
(mm)
125
160
160
160
200
200
200
250
250
160
200
200
200
250
250
200
250
250
200
(1) 4.5 m on the 1-slot side, 6 m on the 2-slot side
Maximum
Airflow
(m3/s)
0.033
0.066
0.083
0.066
0.130
0.166
0.100
0.200
0.250
0.066
0.130
0.166
0.100
0.200
0.250
0.130
0.266
0.333
0.153
Maximum
Throw
Pressure
Drop
(m)
4.5
4.5
4.5
6
6
6
8
8
8
4.5
4.5
4.5
4.5/6 (1)
4.5/6 (1)
4.5/6 (1)
6
6
6
3.5
(Pa)
20
37
37
34
40
36
26
30
31
24
29
30
20
23
26
20
24
32
-
Air Systems
X
99
PROD-PRC014-E4
OUTDOOR CHILLERS
100
PROD-PRC014-E4
19 - 1500 KW
OUTDOOR CHILLERS
Light Commercial, Commercial and
Industrial Applications
New
• CGAN/CXAN ranges extended to 460 kW
• RTAD with free-cooling option
• RTAD with heat recovery option
30
19
30
19
VGA
VXA
61
19
63
CGA
CXA
49
CXAN
250
50
265
CGAN
270
450
280
460
CXAN
CGAN
250
50
PROD-PRC014-E4
100
200
RTAD
650
RTAC
kW
WATER SYSTEMS
19
300
400
400
1500
500
1000
1200
1400
1600
101
Outdoor chillers
Axial fans, scroll compressor
19-61 kW*
CGA/VGA/CXA/VXA
CGA/VGA/
CXA/VXA
Microchiller control
interface
CGA: Cooling-only
VGA: Cooling-only with hydraulic module
CXA: Heat pump
VXA: Heat pump with hydraulic module
Customer benefits
Accessories
• Packaged hydraulic module for easier installation: saving
of time
• Low Sound version for sensitive environment: a high
level of acoustic comfort
• Minimum maintenance requirement: saving of time and
money
• Low ambient speed controller (CGA only)
• Remote control module
• HDM hydraulic module for CGA sizes 150 to 240
• High and low pressure gauges
Main features
Microprocessor control module featuring:
• Control of return water temperature
• Liquid crystal display indicating:
- Return water temperature
- Codes of any faults
• Control of operating parameters
• Possibility of remote fault signaling on 24V indicator
light
• Antifreeze protection of evaporators
• 24V dry contacts for remote signaling of on/off,
heating/cooling mode and general fault
• Scroll compressor featuring:
- Sound-proofing
- Protection of motor winding
- Crankcase heater
- Thermo-magnetic circuit breaker (1 compressor on
sizes 075 to 120, 2 compressors on sizes 150 to 240)
• Axial fans with completely integrated low noise level
(1 fan on sizes 075 to 120, 2 fans on sizes 150 to 240)
• Stainless steel water heat exchangers equipped with
heating resistors
• Black epoxy-coated aluminium fins with copper tubes
• Cooling circuits with:
- Thermostatic expansion valve(s)
Liquid line filter drier(s)
- High and low pressure cut-outs
- 1 circuit on sizes 075 to 120, 2 circuits on sizes 150 to
240
- Factory oil and refrigerant charges
• Disconnect switch
• Flow switch
Control
Options
• Water outlet low temperature (-5°C to -10°C)
102
* Also available with R22 for applications outside of the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
075
100
120
150
200
240
(kW)
(kW)
19.2
6.8
2.82
25.2
9.3
2.71
31.7
12.8
2.48
38.6
13.5
2.86
50.9
18.5
2.75
64
25.4
2.52
(kW)
(kW)
19.2
6.8
2.82
25.2
9.3
2.71
31.7
12.8
2.48
-
-
-
2
5.3
2
5.5
2
7.8
2
2
2
2
2
2
6.3
6.3
1½"
1½"
24000
2
710
80
34000
2
710
85
R407C
1
5.0
1
5.2
1
7.5
1
1
1
1
1
1
(l)
2.7
3.2
(inches)
1¼"
1¼"
(m3/h)
9300
1
650
76
12000
1
710
78
(kg)
Scroll
(rpm)
(dB(A))
Brazed plate
3.2
4.9
ISO R7 Male
1¼"
1½"
Copper tubes with aluminium fins
17000
18600
1
2
710
650
82
78
(°C)
+15 (-10 with low ambient option)
(°C)
+45
(°C)
-4 (-12 as option)
(°C)
+12
(1) At Eurovent conditions (cooling water: 12°C/7°C - air: 35°C)
(2) Cooling: water 12/7°C
Water Systems
Unit size
CGA
Cooling capacity (1)
Cooling power input (2)
Cooling Energy Efficiency Ratio
VGA
Cooling capacity (1)
Cooling power input (2)
Cooling Energy Efficiency Ratio
Refrigerant
Number of
refrigerant circuits
Refrigerant charge
Compressor type
Number of capacity steps
Number of compressors
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water
connection diameter
Condenser type
Total airflow
Number of fans
Fan speed
Sound power level
Minimum operating
outdoor air temperature
Maximum operating
outdoor air temperature (2)
Minimum leaving
water temperature
Maximum leaving
water temperature
CGA/VGA/CXA/VXA
General data CGA/VGA
103
PROD-PRC014-E4
General data CXA/VXA
Unit size
CXA
Cooling capacity (1)
Cooling power input (2)
Cooling Coefficient of Performance
Heating capacity
Heating power input
Heating Coefficient of Performance
VXA
Cooling capacity (1)
Cooling power input (2)
Cooling Coefficient of Performance
Heating capacity
Heating power input
Heating Coefficient of Performance
Refrigerant
Number of refrigerant circuits
Refrigerant charge
Compressor type
Number of capacity steps
Number of compressors
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type
Total Airflow
Number of fans
Fan speed (cooling only)
Sound power level
Minimum operating outdoor
air temperature cooling
Maximum operating outdoor
air temperature cooling
Minimum operating outdoor
air temperature heating
Maximum operating outdoor
air temperature Heating
Minimum leaving water
temperature cooling
Maximum leaving water
temperature cooling
Minimum leaving water
temperature heating
Maximum leaving water
temperature heating
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
(kg)
075
100
120
150
200
240
19
6.8
2.79
19
8.1
2.35
25
9.2
2.72
25.4
10.7
2.37
30.7
13.2
2.33
31.3
14.1
2.22
38.3
13.3
2.88
38.1
16
2.38
50.4
18.2
2.77
50.9
21.2
2.4
63.5
25
2.54
62.5
28
2.23
19
6.8
2.79
19
8.1
2.35
25
9.2
2.72
25.4
10.7
2.37
-
-
2
12
2
18
2
2
2
2
6.3
6.3
1½"
1½"
24000
2
710
80
34000
2
710
85
1
5.7
1
1
(l)
2.7
(inches)
1¼"
(m3/h)
9300
1
650
76
(rpm)
(dB(A)
30.7
13.2
2.33
31.3
14.1
2.22
R407C
1
1
2
5.7
8.7
12
Scroll
1
1
2
1
1
2
Brazed plate
3.2
3.2
4.9
ISO R7 Male
1¼"
1¼"
1½"
Copper tubes with aluminium fins
12000
17000
18600
1
1
2
710
710
650
78
82
78
(°C)
+15
(°C)
+45
-15
+20
(°C)
-4 (-12 as option)
(°C)
+12
+30
(°C)
+50
(1) At Eurovent conditions (cooling water: 12°C/7°C - air: 35°C)
(2) Cooling: water 12/7°C
104
PROD-PRC014-E4
CGA/VGA/CXA/VXA
Dimensions,
weights and clearances
Access
control panel
Z
C
B
B
X
Y
A
Dimensions (1)
(mm)
Unit size
X
Y
CGA 075
1061
952
CGA 100
1061
952
CGA 120
1261
1052
CGA 150
2200
1050
CGA 200
2200
1050
CGA 240
2200
1050
VGA 075
1061
952
VGA 100
1061
952
VGA 120
1261
1052
CXA 075
1061
952
CXA 100
1061
952
CXA 120
1261
1052
CXA 150
2200
1050
CXA 200
2200
1050
CXA 240
2200
1050
VXA 075
1061
952
VXA 100
1061
952
VXA 120
1261
1052
(1) Without options or accessories
Shipping
weight
(kg)
Z
1230
1230
1230
1230
1230
1230
1732
1732
1732
1230
1230
1230
1230
1230
1230
1732
1732
1732
215
230
246
429
459
490
419
434
450
221
236
252
441
471
503
419
434
450
Operating
weight
(kg)
195
210
226
394
424
455
399
414
430
201
216
232
406
436
468
405
420
436
Minimum clearances
(mm)
B
1000
1000
1000
300
300
300
1000
1000
1000
1000
1000
1000
300
300
300
1000
1000
1000
C
300
300
300
1000
1000
1000
300
300
300
300
300
300
1000
1000
1000
300
300
300
150
180
240
32.5
117
10
90
150
41.5
153
10
75
180
52.9
167
16
75
240
32.6
117
10
90
41.6
153
10
75
53.0
167
16
75
A
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
Electrical data
CGA/VGA
Power supply
Nominal
Start-up Amps
Recommended cable size
Max wire length
CXA/VXA
Power supply
Nominal
Start-up Amps
Recommended cable size
Max wire length
(V/Ph/Hz)
(A)
(A)
(mm²)
(m)
(V/Ph/Hz)
(A)
(A)
(mm²)
(m)
075
100
16.5
101
4
90
75
21.0
133
6
90
100
16.7
101
4
90
21.2
133
6
90
120
400/3/50
26.7
142
6
75
120
400/3/50
26.9
142
6
75
Water Systems
Weights (1)
105
PROD-PRC014-E4
Evaporator water pressure drop
100
50
kPa
20
10
075
5
100
120
150
200
240
2
1
0,1
0,2
0,5
1
2
5
10
Water Flow l/s
106
PROD-PRC014-E4
CGA/VGA/CXA/VXA
Water flow and manometric
pump head pressure
VGA/VXA 075-120
20
18
Manometric head
14
12
10
0.5
Power consumption
8
0.4
6
0.3
4
0.2
2
0.1
0
0
1
2
3
4
5
6
7
8
9
0
10
Power consumption (kW)
Manometric head (m)
16
m3/h
Water flow
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
2.4
2.6
2.78 l/s
Water Systems
0
107
PROD-PRC014-E4
Performance data - CGA/VGA
Condenser Entering Air Temperature (°C)
35
40
30
Leaving Chilled
Water
Temperature
(°C)
CGA/VGA 075
CGA/VGA 100
CGA/VGA 120
5
CGA 150
CGA 200
CGA 240
CGA/VGA 075
CGA/VGA 100
CGA/VGA 120
7
CGA 150
CGA 200
CGA 240
CGA/VGA 075
CGA/VGA 100
CGA/VGA 120
9
CGA 150
CGA 200
CGA 240
(1) Compressors power input
45
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
19.0
25.0
31.5
38.2
50.5
63.5
20.3
26.7
33.6
40.8
53.9
67.8
21.7
28.5
35.7
43.6
57.4
72.2
5.4
7.4
9.7
10.7
14.9
19.5
5.5
7.6
9.9
10.9
15.1
19.9
5.6
7.7
10.1
11.1
15.4
20.3
17.9
23.6
29.7
36.1
47.6
60.0
19.2
25.2
31.7
38.6
50.9
64.0
20.5
26.9
33.8
41.2
54.2
68.2
6.0
8.3
10.8
12.0
16.7
21.6
6.1
8.5
11.0
12.2
17.0
22.1
6.2
8.6
11.3
12.4
17.3
22.5
16.8
22.1
27.9
33.8
44.6
56.2
18.0
23.6
29.7
36.2
47.6
60.0
19.2
25.2
31.7
38.7
50.8
63.9
6.7
9.4
12.0
13.4
18.8
24.0
6.8
9.5
12.2
13.6
19.1
24.5
6.9
9.7
12.5
13.8
19.4
24.9
15.7
20.5
25.9
31.5
41.4
52.3
16.8
21.9
27.6
33.7
44.2
55.8
17.9
23.4
29.4
36.0
47.1
59.4
7.5
10.5
13.3
14.9
21.1
26.6
7.6
10.7
13.6
15.1
21.4
27.1
7.7
10.8
13.8
15.4
21.7
27.6
108
PROD-PRC014-E4
Cooling
Condenser Entering Air Temperature (°C)
35
40
30
Leaving Chilled
Water
Temperature
(°C)
CXA/VXA 075
CXA/VXA 100
CXA/VXA 120
5
CXA 150
CXA 200
CXA 240
CXA 075
CXA/VXA 100
CXA/VXA 120
7
CXA 150
CXA 200
CXA 240
CXA/VXA 075
CXA/VXA 100
CXA/VXA 120
9
CXA 150
CXA 200
CXA 240
(1) Compressors power input
45
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
18.7
24.8
30.6
37.9
50.0
63.0
20.1
26.5
32.5
40.5
53.4
67.2
21.4
28.2
34.6
43.3
56.9
71.5
5.3
7.3
10.1
10.6
14.7
19.2
5.4
7.5
10.3
10.8
14.9
19.6
5.5
7.6
10.5
11.0
15.2
20.0
17.7
23.4
28.8
35.8
47.2
59.5
19.0
25.0
30.7
38.3
50.4
63.5
20.2
26.6
32.6
40.9
53.7
67.6
5.9
8.2
11.2
11.8
16.5
21.3
6.0
8.4
11.4
12.0
16.7
21.7
6.1
8.5
11.7
12.2
17.0
22.2
16.6
21.9
26.9
33.6
44.2
55.8
17.8
23.4
28.7
35.9
47.2
59.5
19.0
25.0
30.5
38.4
50.3
63.4
6.6
9.2
12.4
13.2
18.5
23.7
6.7
9.4
12.7
13.4
18.8
24.1
6.8
9.5
13.0
13.6
19.1
24.6
15.5
20.4
24.9
31.2
41.0
51.9
16.6
21.8
33.5
43.9
55.4
17.7
23.2
35.8
46.8
59.0
7.4
10.4
13.8
14.7
20.8
26.3
7.5
10.5
14.9
21.1
26.8
7.6
10.7
15.2
21.4
27.2
CGA/VGA/CXA/VXA
Performance data - CXA/VXA
Heating
Entering Air Temperature (°C)
0°C
7°C
Leaving Water
Temperature
(C°)
CXA/VXA 075
CXA/VXA 100
CXA/VXA 120
40
CXA 150
CXA 200
CXA 240
CXA/VXA 075
CXA/VXA 100
CXA/VXA 120
45
CXA 150
CXA 200
CXA 240
CXA/VXA 075
CXA/VXA 100
CXA/VXA 120
50
CXA 150
CXA 200
CXA 240
(1) Compressors power input
15°C
Heating
capacity
(kW)
Power
input (1)
(kW)
Heating
capacity
(kW)
Power
input (1)
(kW)
Heating
capacity
(kW)
Power
input (1)
(kW)
Heating
capacity
(kW)
Power
input (1)
(kW)
14.7
19.6
24.3
29.4
39.2
48.5
14.7
19.8
24.2
29.5
39.5
48.5
14.8
19.9
24.3
29.7
39.9
48.5
6.7
8.9
11.0
13.3
17.9
22.1
7.4
9.9
12.1
14.7
19.7
24.2
8.2
11.1
13.4
16.4
22.2
26.9
16.0
21.3
26.2
31.9
42.6
52.4
15.9
21.3
26.2
31.8
42.7
52.4
16.0
21.5
26.1
31.9
42.9
52.2
6.7
8.9
11.1
13.3
17.9
22.2
7.4
9.9
12.2
14.7
19.7
24.4
8.2
11.1
13.5
16.4
22.2
27.0
19.2
25.5
31.5
38.3
51.1
63.0
19.0
25.4
31.3
38.0
50.9
62.5
18.9
25.4
31.0
37.8
50.7
62.0
6.7
8.9
11.2
13.3
17.9
22.5
7.4
9.9
12.4
14.7
19.7
24.7
8.2
11.0
13.7
16.4
22.1
27.3
23.4
31.0
38.4
46.8
62.0
76.7
23.1
30.7
37.9
46.1
61.4
75.9
22.8
30.4
37.4
45.6
60.8
74.8
6.7
9.0
11.6
13.3
18.0
23.0
7.4
9.9
12.6
14.7
19.7
25.1
8.2
11.0
13.9
16.4
22.1
27.7
Water Systems
-4°C
109
PROD-PRC014-E4
Outdoor chillers
Remotely installed hydraulic
module
HDM
HDM
Customer benefits
• No technical room required: space saving
• Outdoor or indoor use: installation flexibility and easy
maintenance
• Wide range of application: flexibility to meet the
customer's exact requirements
Main features
• Buffer tank
• Expansion vessel: 25 liters
• Drainage and filling circuit with 3 bar pressure
gauge/relief valve assembly
• Strainer with removable screen
• Stop valve and balancing valve
• Designed for installation near Trane's CGCL, CGWH and
CCUH chillers
Options
• Anti-freeze electric heater with 5m cable
• Single or twin pump
110
PROD-PRC014-E4
HDM
General data
Z
Y
X
Power supply
Maximum water flow
Nominal power input
Nominal amps
Starting amps
Expansion tank volume
Water tank volume
Water connection diameter
Water connection type
Available static pressure (1) / Water flow
Dimensions
X
Y
Z
Shipping weight with single pump
Shipping weight with twin pump
(1) Single pump
HDM 1.1
(V/Ph/Hz)
(l/s)
(kW)
(A)
(A)
(l)
(l)
(inches)
(kPa)
(mm)
(mm)
(mm)
(kg)
(kg)
HDM 2.2
400/3/50
400/3/50
2.5
8.0
1.1
2.2
2.7
4.9
13.5
24.5
24
24
150
300
1 ½”
2½
ISO R7 male
200/1.5
200/4
635
1045
1300
250
280
737
1200
1300
300
340
Hydraulic Module
Unit size
111
PROD-PRC014-E4
Outdoor chillers
Axial fans, scroll compressor
cooling-only or heat pump models
50-270 kW*
CGAN/CXAN
CGAN/CXAN
TracerTM CH532
Customer benefits
• Packaged hydraulic module for easier installation: saving
of time
• Low Sound version for sensitive environment: a high
level of acoustic comfort
• Wide application flexibility for comfort and process
applications to fit the customer's exact requirements
Main features
• Scroll Compressors
- Hermetic, high efficiency, low vibration, low sound
level
- Full internal protections, internal temperature and
bypass valve
- Built-in oil level sight glass and oil charging valve
- Compressor sound attenuating enclosure (super quiet
units)
• External sheet metal parts are galvanized and finished
with powder paint RAL 9002
• Access panels are quickly removable using a square key
• Disconnect switch/transformer
• Waterflow switch
Options
• Super quiet operation
• Integrated hydraulic module with or without buffer tank
(footprint unchanged)
• Single or double pump package
• Copper fins or black epoxy-coated fins
• Anti-freeze protection on waterside
• 380, 400 and 415V power voltage
• Phase reversal protection
• High and low pressure gauges
112
• Soft starter up to size 300
• High static pressure fans
• Coil protection guards
• Undersized or oversized water pump for information,
contact your local sales office
• Factory-mounted LonTalk® serial link
Allowing you to:
- Modify the chilled or hot water temperature setpoint
- Start or stop the unit
- Switch from cooling to heating mode
- Monitor water temperature setpoint, ambient air temperature, chiller operation, fans, water pumps, compressor alarms
- Trane Tracer Summit™ BMS direct compatibility
LonTalk® is an open communication protocol used on
AquaStream2 and water terminal units.
Control
Microprocessor control module with liquid crystal display
operator interface controlling and indicating:
• Leaving water temperature
• History of the last 200 defaults
• Cold or hot water reset
• On/off scheduling
• Anti-freeze protection of evaporator, control defrost
(CXAN)
• Remote control: dry contact for general fault
• Inputs for external water setpoint reset, auxiliary
setpoint, and cooling/heating switch
* Also available with R22 for applications outside of the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Oil charge circuit1/circuit2
(kW)
(kW)
200
50.7
19.1
250
62.5
24.4
300
76.2
28.8
400
102.7
38.7
450
121.8
43.6
490
132.3
50.5
500
128.9
49.1
600
157.1
57.9
700
182.8
68.4
800
214.2
77.9
900
241.3
88.3
925
267.0
102.4
(kW)
(kW)
2.65
49.2
20.3
2.56
60.8
25.4
2.64
73.6
30.1
2.65
94.5
40.0
2.79
116.4
42.8
2.62
124.8
49.7
2.63
125.9
51.1
2.71
153.1
60.7
2.67
164.4
69.8
2.75
195.1
78.2
2.73
229.0
91.6
2.61
251.9
102.0
(kW)
(kW)
2.42
48.1
20.3
2.39
59.6
24.9
2.45
72.7
30.4
2.36
99.2
43.0
2.72
112.3
45.7
2.51
120.3
48.7
2.46
119.2
49.5
2.52
145.3
60.4
2.36
171.8
69.6
2.49
198.4
84.5
2.50
228.0
86.5
2.47
251.6
101.1
2.36
2.39
2.39
2.31
2.45
2.41
2.41
2.47
2.35
2.64
2.49
1
1
1
1
1
2.47
R407C
1
2
2
2
2
2
2
13
18
22
26
28
28
19/19
22/22
27/27
27/27
34/34
31/31
13
18
22
26
40
21/21
24/24
29/29
30/30
37/37
41/41
2
2
2
2
2
2
2
3
2
2
40
Scroll
2
2
4
4
4
4
4
6
4
6
4
6
4
4
7.6/-
10.0/-
12.4/-
16.2/-
10.6/-
11.8/-
10/10
10.5
Brazed plate
11.3
12.6
17.2
Male Iso R7
(kg)
(kg)
Evaporator type
Evaporator water content
(l)
5.3
Evaporator water connection type
Evaporator water
connection diameter
(inches) 2"
Condenser type
Total airflow (standard unit)
(m3/h) 20200
Number of fans
2
Fan speed
700
Sound power level
(standard unit)
(dBA)
84
Sound power level
(super quiet option)
(dBA)
80
Minimum operating
outdoor air temperature - cooling mode (°C)
Minimum operating
outdoor air temperature - heating mode (°C)
Maximum operating
conditions (2)
(°C)
Minimum leaving
water temperature
(°C)
Maximum leaving
water temperature (cooling/heating)
(°C)
12.4/12.4 13.8/13.8 16.2/16.2 18.6/18.6 11.8/11.8
6.8
8.2
19.8
2"
2"1/2
19100
2
700
26300
3
700
85
86
87
87
87
88
89
89
94
95
95
80
81
84
84
84
83
84
85
88
88
88
2"1/2 2"1/2 2"1/2 2"1/2
2"1/2
Copper tubes with aluminium fins
37300 37100 37100 38300 52700
3
3
3
4
6
680
680
680
700
700
25.6
29.0
35.7
35.7
3"
3"
3"
3"
55400 86300
6
6
700
680
83000 79300
6
6
680
680
10 (-10 or -18 with low ambient operation options)
-10
CGAN 43/CXAN 42
-12
15/50 (3)
(1) At Eurovent conditions (cooling: water 12°C/7°C - air: 35°C/heating: water 40°C/45°C-air:DB 7°C/WB 6°C)
(2) Cooling: water 12/7°C
(3) Above 0°C ambient. For applications below 0°C ambient, contact your local sales office.
Water Systems
Unit size
Cooling capacity CGAN (1)
Cooling mode power input CGAN (1)
Coefficient of Performance
cooling mode CGAN (1)
Cooling capacity CXAN (1)
Cooling mode power input CXAN (1)
Coefficient of Performance
cooling mode CXAN (1)
Heating capacity CXAN (1)
Heating mode power input CXAN (1)
Coefficient of Performance
heatling mode CXAN (1)
Refrigerant
Number of refrigerant circuit
Refrigerant charge
circuit1/circuit2 CGAN
Refrigerant charge
circuit1/circuit2 CXAN
Compressor type
Number of capacity steps
Number of compressors
CGAN/CXAN
General data
113
PROD-PRC014-E4
Dimensions,
weights and clearances
Z
Access
control panel
B
B
X
B
Y
A
Weights (1)
Dimensions (1)
(mm)
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CGAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
CXAN
Unit size
200
250
300
400
450
490
500
600
700
800
900
925
200
250
300
400
450
490
500
600
700
800
900
925
X
Y
Z
2800
2800
3200
3200
3200
3200
3400
3400
3400
3400
3400
3400
2800
2800
3200
3200
3200
3200
3400
3400
3400
3400
3400
3400
1100
1100
1100
1100
1100
1100
2300
2300
2300
2300
2300
2300
1100
1100
1100
1100
1100
1100
2300
2300
2300
2300
2300
2300
1897
1897
1897
2074
2074
2074
1897
1897
1995
2100
2100
2100
1897
1897
1897
2074
2074
2074
1897
1897
1995
2100
2100
2100
Water tank
additional
height
(mm)
Operating
weight
(kg)
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
400
748
842
968
1143
1267
1292
1623
1818
2087
2245
2423
2456
776
870
996
1182
1302
1331
1677
1872
2166
2324
2502
2535
Shipping Water tank
weight net weight
(kg)
(kg)
743
834
954
1124
1260
1284
1588
1778
2030
2181
2344
2377
771
862
982
1163
1295
1323
1642
1832
2109
2260
2423
2456
396
396
437
437
437
437
644
644
644
644
644
644
396
396
437
437
437
437
644
644
644
644
644
644
Water tank
content
(l)
370
370
410
410
410
410
570
570
570
570
570
570
370
370
410
410
410
410
570
570
570
570
570
570
Minimum clearances
(mm)
A
B
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
(1) Without hydraulic module or buffer tank, with aluminium fins
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps
Maximum amps
Maximum cable size
Fan motor power (1)
200
250
300
400
450
148
47
16
0.6
203
57
35
0.6
215
69
35
0.6
236
89
50
1.05
327
102
50
1.05
(V/Ph/Hz)
(A)
(A)
(mm²)
(kW)
490
400/3/50
Direct
336
111
50
1.05
500
600
700
800
900
925
259
113
50
0.6
282
136
95
0.6
300
153
95
0.6
334
188
95
1.5
354
208
150
1.5
450
225
150
1.4
(1) Per fan standard unit
114
PROD-PRC014-E4
CGAN/CXAN
Evaporator water pressure drop
100
kPa
50
20
1
10
2
1
3
4 5
2
6
7 8 9 10
11
5
10
20
50
100
Water Flow l/s
=
=
=
=
=
=
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
200
250
300
400
450
490
7 = CGAN/CXAN 500
8 = CGAN/CXAN 600
9 = CGAN/CXAN 700
10 = CGAN/CXAN 800
11 = CGAN/CXAN 900/925
Water Systems
1
2
3
4
5
6
115
PROD-PRC014-E4
Chiller available pressure - hydraulic
module option
250
200
kPa
150
1
100
2
6
3
50
5
8
4
9
10
7
0
0
5
10
15
20
Water Flow l/s
1
2
3
4
5
=
=
=
=
=
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
200
250
300
400
500
6 = CGAN/CXAN 600
7 = CGAN/CXAN 700
8 = CGAN/CXAN 800
9 = CGAN/CXAN 900
10 = CGAN/CXAN 900/925
116
PROD-PRC014-E4
Evaporator
Leaving Water
Temperature
(°C)
5
7
9
43
Unit
size
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
200
250
300
400
450
490
500
600
700
800
900
925
50.4
62.3
75.7
101.3
121.3
132.1
128.4
155.8
182.0
211.9
239.3
266.8
15.2
19.7
23.1
30.5
34.9
41.1
39.7
46.5
55.3
60.2
69.3
82.1
47.7
58.9
71.7
96.0
114.2
124.2
121.3
147.6
171.8
200.9
226.6
250.8
17.1
22.1
25.8
34.1
39.0
45.7
44.6
52.0
62.1
67.2
77.4
91.3
44.7
55.2
67.5
90.3
106.7
115.9
113.6
138.9
160.9
189.2
213.1
233.9
19.3
24.9
28.8
38.2
43.6
50.9
50.1
58.1
69.8
75.1
86.5
101.6
42.8
52.9
64.8
86.7
102.1
110.7
108.7
133.3
153.9
181.8
204.6
223.5
20.7
26.7
30.9
40.9
46.6
54.2
53.8
62.2
74.9
80.3
92.5
108.2
200
250
300
400
450
490
500
600
700
800
900
925
53.6
66.2
80.4
107.5
129.2
140.6
136.5
165.8
193.6
225.8
254.7
283.9
15.5
20.1
23.5
31.1
35.7
42.1
40.5
47.5
56.5
61.3
70.7
84.0
50.7
62.5
76.2
101.9
121.8
132.3
128.9
157.1
182.8
214.2
241.3
267.1
17.4
22.5
26.2
34.7
39.9
46.8
45.5
53.0
63.3
68.3
78.8
93.3
47.6
58.6
71.7
95.8
114.0
123.6
120.8
147.8
171.2
201.7
227.0
249.5
19.6
25.3
29.3
38.8
44.5
51.9
51.1
59.2
71.1
76.3
88.0
103.6
45.6
56.2
68.9
92.0
109.1
118.2
115.6
141.9
163.9
193.9
217.9
238.5
21.0
27.1
31.4
41.5
47.6
55.2
54.8
63.3
76.3
81.6
94.1
110.1
200
250
300
400
450
490
500
600
700
800
900
925
56.8
70.0
85.1
113.7
137.2
149.1
144.8
176.0
205.5
240.1
270.6
301.5
15.7
20.5
23.9
31.6
36.6
43.2
41.4
48.4
57.7
62.4
72.1
86.1
53.8
66.2
80.7
107.8
129.5
140.5
136.8
166.8
194.1
227.8
256.3
283.8
17.7
23.0
26.7
35.3
40.8
47.9
46.5
54.0
64.6
69.5
80.3
95.5
50.5
62.1
76.0
101.4
121.4
131.6
128.2
156.9
181.8
214.6
241.2
265.5
19.9
25.8
29.9
39.5
45.5
53.0
52.1
60.3
72.5
77.6
89.6
105.6
48.4
73.0
97.4
150.7
206.3
231.6
254.1
21.3
31.9
42.2
64.4
82.9
95.7
112.1
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
Water Systems
Condenser Entering Air Temperature (°C)
35
40
30
CGAN/CXAN
Performance data - CGAN
117
PROD-PRC014-E4
Performance data - CXAN - cooling
Condenser Entering Air Temperature (°C)
35
40
30
Evaporator
Leaving Water
Temperature
(°C)
5
7
9
Unit
size
Cooling
capacity (1)
(kW)
42
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
200
250
300
400
450
490
500
600
700
800
900
925
49.1
60.6
73.2
93.2
116.2
125.0
125.7
152.2
167.0
193.6
219.3
251.9
16.3
20.5
24.4
31.6
34.5
40.7
42.0
49.8
57.2
63.3
73.7
81.9
46.3
57.2
69.3
88.2
109.3
117.3
118.5
144.0
157.4
183.2
207.4
236.6
18.2
23.0
27.1
35.3
38.1
44.9
46.9
55.3
64.0
70.4
81.8
90.2
43.4
53.6
65.1
82.8
101.9
109.2
110.8
135.2
147.1
172.0
194.6
220.5
20.4
25.7
30.1
39.4
42.3
49.5
52.4
61.5
71.9
78.6
91.0
99.4
42.1
52.1
63.4
80.6
98.9
105.8
131.5
142.7
167.3
189.3
213.8
21.3
26.9
31.4
41.2
44.1
51.5
64.2
75.2
82.1
95.0
103.3
200
250
300
400
450
490
500
600
700
800
900
925
52.1
64.3
77.7
98.9
123.7
132.9
133.6
161.8
177.6
206.1
233.4
268.1
16.6
21.0
24.9
32.3
35.4
41.9
43.0
51.0
58.5
64.6
75.5
84.2
49.2
60.8
73.6
93.6
116.4
124.9
125.9
153.1
167.4
195.1
220.7
252.0
18.6
23.5
27.6
35.9
39.1
46.0
48.0
56.6
65.4
71.8
83.7
92.4
46.1
56.9
69.2
87.9
108.8
116.5
117.7
143.7
156.5
183.3
207.1
235.2
20.8
26.2
30.7
40.1
43.3
50.6
53.6
62.8
73.3
80.1
92.9
101.5
44.8
55.3
67.3
85.6
105.6
139.8
178.3
201.5
228.3
21.7
27.4
32.0
41.9
45.1
65.5
83.6
96.9
105.4
200
250
300
400
450
490
500
600
700
800
900
925
55.3
68.1
82.3
104.6
131.3
141.0
141.6
171.6
188.4
219.0
247.8
284.7
17.0
21.5
25.5
32.9
36.5
43.1
44.1
52.3
59.8
65.9
77.3
86.6
52.2
64.3
77.9
99.1
123.8
132.7
133.5
162.3
177.7
207.3
234.3
267.9
18.9
24.0
28.2
36.6
40.2
47.2
49.1
57.9
66.9
73.3
85.6
94.8
48.9
60.2
73.3
93.1
115.8
124.0
152.4
166.1
194.8
220.0
250.4
21.2
26.8
31.3
40.8
44.3
51.8
64.2
74.9
81.6
94.9
103.8
71.3
90.6
112.6
189.6
-
32.7
42.7
46.1
85.2
-
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
118
PROD-PRC014-E4
40
45
50
0
Entering Air Temperature (°C)
7
14
Unit
size
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
200
250
300
400
450
490
500
600
700
800
900
925
200
250
300
400
450
490
500
600
700
800
900
925
200
250
300
400
450
490
500
600
700
800
900
925
35.2
43.6
53.3
72.5
87.0
93.6
87.2
106.6
125.2
144.9
161.6
190.5
35.2
43.8
72.7
87.0
93.8
87.5
106.9
125.5
145.3
162.0
190.9
-
15.5
19.3
23.0
31.0
34.5
37.5
38.6
46.0
54.2
62.0
69.1
75.0
17.4
21.5
34.4
38.3
42.1
43.1
51.0
60.7
68.9
76.4
84.2
-
39.2
48.5
59.3
80.8
97.1
104.1
97.1
118.6
139.7
161.5
179.8
211.8
39.1
48.5
59.3
80.6
96.7
103.8
97.1
118.5
139.4
161.2
179.5
211.2
39.0
48.5
59.3
80.5
96.4
103.6
97.1
118.7
139.2
161.1
179.7
210.8
15.5
19.4
23.1
31.1
34.8
37.3
38.9
46.2
54.4
62.2
69.3
74.6
17.4
21.6
25.6
34.5
38.5
41.9
43.3
51.2
60.7
69.1
76.9
83.8
19.5
24.0
28.5
38.3
42.6
46.8
48.1
56.9
67.8
76.7
85.3
93.7
46.9
58.1
71.0
97.0
116.6
125.9
116.2
142.0
167.8
194.0
215.1
254.0
46.6
57.8
70.5
96.3
115.5
123.7
115.6
141.1
166.8
192.7
213.5
251.7
46.3
57.5
70.1
95.6
114.5
122.8
115.0
140.2
165.7
191.3
212.3
249.7
15.4
19.5
23.4
31.4
35.1
37.4
39.1
46.8
54.6
62.8
69.9
74.8
17.3
21.7
25.9
34.9
38.9
41.8
43.5
51.9
60.9
69.7
77.5
83.6
19.4
24.2
28.7
38.6
43.1
46.7
48.3
57.3
67.8
77.3
85.9
93.5
56.8
70.2
85.7
117.3
141.1
151.7
140.4
171.4
203.3
234.6
259.3
308.5
56.2
69.6
84.7
115.9
139.2
149.7
139.1
169.4
201.4
231.8
256.2
304.3
55.8
68.9
83.7
114.6
137.3
147.7
137.8
167.4
199.4
229.1
253.3
300.3
15.4
19.6
23.6
31.7
35.4
37.9
39.3
47.3
54.8
63.4
70.6
75.8
17.2
21.8
26.1
35.1
39.2
42.2
43.7
52.3
60.9
70.1
78.1
84.4
19.3
24.3
28.9
38.9
43.4
47.0
48.5
57.8
67.8
77.7
86.5
94.1
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
Water Systems
Hot
Water
Leaving
Temperature
(°C)
-4
CGAN/CXAN
Performance data - CXAN - heating
119
PROD-PRC014-E4
Outdoor chillers
Axial fans, scroll compressor
cooling-only or heat pump models
285-465 kW*
CGAN/CXAN
CGAN/CXAN
TracerTM CH530
Customer benefits
• Packaged hydraulic module for easier installation: saving
of time
• Super Quiet version for sensitive environments: a high
level of acoustic comfort
• Wide application flexibility for comfort and process
applications to fit the customer's exact requirements
Main features
• Scroll Compressors
- Hermetic, high efficiency, low vibration, low sound level
- Full internal protections, internal temperature and
bypass valve
- Built-in oil level sight glass and oil charging valve
- Compressor sound attenuating enclosure (super quiet
units)
• External sheet metal parts are galvanized and finished
with powder paint RAL 9002
• Access panels are quickly removable using a square key·
• Disconnect switch/transformer
• Electronic waterflow switch
• Close spacing installation - 1.2m side clearances
Options
• Super quiet operation
• Integrated hydraulic module with or without buffer tank
(footprint unchanged)
• Single or double pump package
• Low or high manometric pump pressure package
• Copper fins or black epoxy-coated fins
• 380, 400 and 415V power voltage
• Low ambiant operation (-18°C)
120
• Phase reversal protection
• High and low pressure gauges
• Soft starter
• Coil protection guards
• Full protection guards
• Factory-mounted LonTalk® serial link allowing you to
- Modify the chilled or hot water temperature setpoint
- Start or stop the unit
- Switch from cooling to heating mode
- Monitor water temperature setpoint, ambient air
temperature, chiller operation, fans, water pumps,
compressors alarms
- Trane Tracer Summit™ BMS direct compatibility
- LonTalk® is an open communication protocol used on
AquaStream2 and water terminal units.
Accessories
• Neoprene isolators
• Weld sleeve connection
Control
Adaptive Control™ microprocessor featuring:
• Easy-to-use DynaView operator interface panel
• External Auto/Stop
• Chilled water pumps control (optional)
• Ice-making card (optional)
• Chilled water and current-limit remote setpoint card
(optional)
• LonTalk® communication card (optional)
• Programmable fault card 4 relays (optional)
• Anti-freeze protection of evaporator, control defrost
(CXAN)
* Also available with R22 for applications outside of the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Cooling capacity CGAN (1)
Cooling mode power input CGAN (1)
Coefficient of Performance cooling mode CGAN (1)
Cooling capacity CXAN (1)
Cooling mode power input CXAN (1)
Coefficient of Performance cooling mode CXAN (1)
Heating capacity CXAN (1)
Heating mode power input CXAN (1)
Coefficient of Performance heatling mode CXAN (1)
Refrigerant
Number of refrigerant circuit
Refrigerant charge circuit1/circuit2 CGAN
Refrigerant charge circuit1/circuit2 CXAN
Compressor type
Number of capacity steps
Number of compressors
Oil charge circuit1/circuit2
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type
Total airflow (standard unit)
Number of fans
Fan speed
Sound power level (standard unit)
Sound power level (super quiet option)
Minimum operating outdoor air temperature
Maximum operating conditions (2)
Minimum leaving water temperature CGAN/CXAN
Maximum leaving water temperature (cooling/heating)
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
(kg)
(kg)
(kg)
(l)
(inches)
(m3/h)
rpm
(dBA)
(dBA)
(°C)
(°C)
(°C)
(°C)
209
287.7
107.4
2.68
277.1
108.6
2.55
291.1
107.2
2.72
210
315.4
120.4
2.62
304.5
117.6
2.59
317.8
112.6
2.82
211
212
213
214
350.2
389.2
428.1
462.1
130.2
139.4
155.8
171.5
2.69
2.79
2.75
2.69
335.2
366.8
410.1
451.4
131.3
144.8
155.1
165.1
2.55
2.53
2.64
2.73
351.6
384.4
425.4
467.4
131.4
146.4
159.2
172.0
2.68
2.63
2.67
2.72
R407C
2
41/41
41/41
56/41
56/56
60/56
60/60
46/46
46/46
58/46
58/58
63/58
63/63
Scroll
4
4
5
6
6
6
4
4
5
6
6
6
12.6/12.6 12.6/12.6 18.9/12.6 18.9/18.9 18.9/18.9 18.9/18.9
Brazed plate
26.8
29.2
35.6
35.6
42.0
42.0
Victaulic
4"
Copper tubes with aluminium fins
117300
6
117300
6
95
90
95
90
131000
7
144700
8
915
95
96
90
90
43 (4)
50
-12/-10
+15
141900
8
139100
8
96
90
96
91
CGAN/CXAN
General data
Water Systems
(1) At Eurovent conditions (cooling: water 12°C/7°C - air: 35°C/heating: water 40°C/45°C-air:DB 7°C/WB 6°C)
(2) Cooling: water 12/7°C
(3) Above 0°C ambient. For applications below 0°C ambient, contact your local sales office.
(4) Except CGAN/CXAN 213-214 SQ: maximum ambient temp = +40°C
121
PROD-PRC014-E4
Dimensions,
weights and clearances
Access
control panel
Z
C
B
Y
X
B
A
Weights (1)
Operating Shipping
weight
weight
(kg)
(kg)
Dimensions (1)
(mm)
Unit size
CGAN 209
CGAN 210
CGAN 211
CGAN 212
CGAN 213
CGAN 214
CGAN 209
CXAN 210
CXAN 211
CXAN 212
CXAN 213
CXAN 214
X
2230
2230
2230
2230
2230
2230
2230
2230
2230
2230
2230
2230
Y
5135
5135
5135
5135
5135
5135
5135
5135
5135
5135
5135
5135
Z
2323
2323
2323
2323
2323
2323
2323
2323
2323
2323
2323
2323
2680
2710
3070
3370
3490
3590
2950
2990
3260
3500
3640
3750
2650
2680
3030
3330
3450
3550
2930
2960
3230
3470
3600
3700
Hydraulic
module
net weight
(kg)
Water
tank
net weight
(kg)
Water
tank
content
(l)
300
300
300
300
300
300
300
300
300
300
300
300
240
240
240
240
240
240
240
240
240
240
240
240
600
600
600
600
600
600
600
600
600
600
600
600
Minimum clearances
(mm)
A
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
B
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
C
800
800
800
800
800
800
800
800
800
800
800
800
(1) Without hydraulic module or buffer tank, with aluminium fins
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps standard
Start-up amps softstarter
Maximum amps
Maximum cable size
Fan motor power (1)
209
210
211
(V/Ph/Hz)
(A)
(A)
(A)
(mm²)
(kW)
212
213
214
551
443
326
240
12.6
621
493
359
240
12.6
654
526
392
240
12.6
400/3/50
Direct
509
381
247
240
9.4
531
403
269
240
9.4
544
416
282
240
11
(1) Total all fans, standard unit
122
PROD-PRC014-E4
kPa
CGAN/CXAN
Evaporator water pressure drop
l/s
1
2
3
4
=
=
=
=
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
209
210
211/212
213/214
l/s
1
2
3
4
5
6
=
=
=
=
=
=
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
CGAN/CXAN
209
210
211
212
213
214
Water Systems
kPa
Chiller available pressure - hydraulic
module option
123
PROD-PRC014-E4
Performance data - CGAN - standard unit
Evaporator
Leaving
Water
Temperature
(°C)
5
7
9
30
35
Condenser Entering Air Temperature (°C)
40
43
Unit
size
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
209
210
211
212
213
214
209
210
211
212
213
214
209
210
211
212
213
214
286.5
315.4
348.7
386.1
425.5
459.8
305.6
336.4
371.7
411.3
453.9
491.1
325.3
358.1
395.5
437.5
483.3
523.5
88.2
100.5
106.8
113.3
127.5
141.0
90.1
102.9
109.2
115.8
130.5
144.5
92.2
105.4
111.7
118.3
133.5
148.0
269.5
295.3
328.3
365.1
401.1
432.3
287.7
315.3
350.2
389.2
428.1
462.1
306.5
336.0
372.9
414.2
456.2
492.9
97.8
111.3
118.6
126.2
142.0
157.2
99.8
113.8
121.1
128.7
145.1
160.8
102.0
116.4
123.7
131.3
148.3
164.6
251.4
274.0
306.5
342.6
374.8
402.7
268.8
293.0
327.4
365.5
400.6
431.0
286.7
312.7
349.1
389.4
427.3
460.3
108.7
123.5
132.0
140.7
158.4
175.4
110.8
126.2
134.5
143.2
161.6
179.2
112.9
128.9
137.2
145.8
164.9
183.3
240.0
260.6
292.8
328.3
358.2
383.9
256.9
279.1
313.1
350.7
383.2
411.3
274.4
373.9
409.2
439.8
115.8
131.5
140.8
150.2
169.1
187.3
117.9
134.2
143.3
152.6
172.3
191.3
120.1
155.2
175.7
195.4
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
124
PROD-PRC014-E4
Evaporator
Leaving
Water
Temperature
(°C)
5
7
9
30
35
Condenser Entering Air Temperature (°C)
40
42
Unit
size
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
Cooling
capacity (1)
(kW)
Power
input (2)
(kW)
209
210
211
212
213
214
209
210
211
212
213
214
209
210
211
212
213
214
276.1
304.5
334.5
365.5
408.7
449.2
294.3
324.6
356.3
388.9
435.5
479.5
313.0
345.3
378.7
413.1
463.2
510.8
88.1
96.8
107.3
117.9
127.0
135.7
90.1
99.2
109.9
120.8
130.2
139.2
92.1
101.6
112.6
123.8
133.6
142.9
259.7
285.4
314.5
344.6
384.6
422.6
277.1
304.6
335.2
366.8
410.1
451.4
295.0
324.3
356.6
389.9
436.4
481.3
97.9
107.4
119.0
130.8
140.6
150.2
99.9
109.9
121.7
133.7
144.0
153.9
102.0
112.4
124.5
136.8
147.5
157.8
242.3
265.1
293.1
322.1
358.9
394.2
258.8
283.3
312.8
343.4
383.1
421.6
276.0
302.1
333.2
365.4
408.2
449.9
108.9
119.4
132.3
145.4
156.1
166.6
111.0
121.9
135.0
148.2
159.4
170.5
113.2
124.6
137.8
151.2
163.0
174.6
231.3
252.3
279.6
308.0
342.6
376.2
247.4
269.9
298.8
328.6
366.1
402.7
264.1
288.3
318.6
430.1
116.2
127.2
141.0
154.9
166.2
177.5
118.3
129.9
143.7
157.7
169.5
181.5
120.4
132.6
146.5
185.7
CGAN/CXAN
Performance data - CXAN cooling - standard unit
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
Performance data - CXAN heating - standard unit
Hot Water
Leaving
Temperature
(°C)
40
45
50
0
Unit
size
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
Heating
capacity (1)
(kW)
209
210
211
212
213
214
209
210
211
212
213
214
209
210
211
212
213
214
216.3
234.7
261.1
288.2
316.5
345.7
215.9
231.8
260.8
289.9
311.9
341.0
-
84.5
88.9
103.7
115.5
126.0
136.6
95.5
99.7
117.0
131.2
140.9
152.6
-
243.6
266.5
294.5
322.7
356.2
390.1
242.5
262.1
292.4
322.3
354.3
380.2
240.3
258.4
382.9
(1) At evaporator outlet, ratings are based on evaporator temperature drop of 5°C
(2) Compressors power input
PROD-PRC014-E4
Condenser Entering Air Temperature (°C)
7
Power
input (2)
(kW)
85.7
90.5
105.3
116.9
127.9
139.0
96.3
101.4
118.3
132.2
143.9
153.9
108.3
113.3
174.1
14
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
Heating
capacity (1)
(kW)
Power
input (2)
(kW)
296.3
325.4
355.0
388.6
431.1
474.2
291.6
318.3
351.5
384.5
425.6
467.2
287.4
311.6
346.7
380.8
420.5
460.4
88.1
93.2
107.5
120.1
131.3
143.0
98.1
103.5
120.7
134.1
146.7
159.4
109.8
115.3
134.8
150.1
163.9
177.7
366.3
404.5
440.4
477.3
531.4
586.3
359.2
394.1
431.5
469.5
522.8
576.2
350.7
382.6
422.5
461.1
513.3
564.8
90.5
95.8
111.4
123.4
135.4
147.2
100.7
106.5
123.7
137.2
150.6
163.7
111.5
117.8
136.8
151.8
167.1
181.0
Water Systems
-4
125
Outdoor chillers
Axial fans,
helical rotary compressor
250-650 kW
RTAD
RTAD
UCM-CLD
Customer benefits
Accessories
• Trane helirotor compressor - designed to perform, built
to last: superior reliability and low cost of ownership
• R134a refrigerant for high performance: low energy consumption
• Wide operating range: flexibility to meet the customer's
exact requirements
• Neoprene isolators
• Counterflanges
• Flow switch
Main features
• Low-speed, direct-drive semi-hermetic helical rotary
compressor featuring only four moving parts, suction
gas-cooled motor
• Competitive physical footprint
• Single power connection
• Low sound levels
• Easy installation
• Star-delta starter
• Exact load matching
• Application flexibility
• Tracer Summit™ capabilities
Control
Adaptive Control™ microprocessor featuring:
• Unit control module with Clear Language Display
• External Auto/Stop
• External interlock
• Chilled water pump control
• Alarm indication contacts
• Ice-making card (optional)
• Tracer communication card Comm 3 (optional)
• Chilled water and current limit remote setpoint card
(optional)
Options
• High ambient operation (up to 46°C)
• Low ambient operation (down to -18°C)
• Low noise version equipped with low-speed fans and
compressor sound attenuating enclosure
• High efficiency version with oversized heat exchangers
• Power disconnect switch
• Coil protection for condenser only
• Night noise setback -available on low noise units only
• High and low pressure gauges
• Free-cooling
• Heat recovery
126
PROD-PRC014-E4
RTAD
General data - Standard unit
Unit size
Cooling capacity standard efficiency units (1)
Power input standard efficiency units (2)
Coefficient of Performance
standard efficiency units (3)
Cooling capacity high efficiency units (1)
Power input high efficiency units (2)
Coefficient of Performance high efficiency units (3)
Refrigerant
Number of refrigerant circuits
Refrigerant charge circuit1/circuit2
Compressor type
Number of compressors
Oil charge circuit 1/2 (8)
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type
Total airflow (8)
Number of fans
Fan speed
Sound power level (8)
Sound pressure level at 10 m (4) (8)
Minimum operating outdoor air temperature (5)
Maximum operating outdoor air temperature (6)
Minimum leaving water temperature (7)
Maximum leaving
water temperature
(kW)
(kW)
(kW)
(kW)
085
273.5
99.3
100
329.5
118.4
115
393.1
147.6
2.8
297.1
95.6
3.1
2.8
351.3
113.6
3.1
2.7
417.7
143.4
2.9
(kg)
2
24/24
(l)
2
6/6
(l)
106
(inches)
5
(m3/s)
23.39
6
(rpm)
(dB(A))
(dB(A))
(°C)
(°C)
(°C)
97
65
125
449.7
184.8
145
515.8
189.8
150
551.3
209.2
2.4
2.7
2.6
488.0
522.8
560.8
175.5
182.2
201.1
2.8
2.9
2.8
R134a
2
2
2
2
2
30/32
35/36
36/37
44/48
44/48
Helical rotary
2
2
2
2
2
7/7
9/9
10/10
10/10
10/10
Tube-in-shell/Internally finned copper tubes
270
222
204
204
204
Victaulic
6
6
6
6
6
Internally finned copper tubes with aluminium fins
28.53
26.99
27.02
37.02
39.04
6
6
6
9
10
915
98
97
97
98
101
65
64
65
66
69
0
+40
-12
(°C)
165
600.5
221.7
180
644.8
242.1
2.7
-
2.7
-
2
61/59
2
61/61
2
15/11
2
15/15
415
415
6
6
44.88
11
46.84
12
102
70
103
70
+15
Water Systems
(1) At Eurovent conditions. 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Unit kW input
(3) Including fans
(4) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(5) -18°C minimum operating outdoor air temperature with low ambient option
(6) Depending on high ambient option, maximum operating outdoor air temperature is 46-50°C
(7) With ethylene glycol solution
(8) Standard efficiency units standard fans
127
PROD-PRC014-E4
Dimensions, weights
and clearances - Standard unit
Access
control panel
Z
A
B
B
X
Y
A
Weight (1) (2)
Unit size
085 STD
085 HE
100 STD
100 HE
115 STD
115 HE
125 STD
125 HE
145 STD
145 HE
150 STD
150 HE
165 STD
180 STD
X (2)
3507
4426
4426
4426
5351
4426
4426
5351
5351
6370
5351
6370
6370
6370
Dimensions
(mm)
Y
2260
2260
2260
2260
2260
2260
2260
2260
2260
2260
2260
2260
2260
2260
Shipping
weight
(kg)
Operating
weight
(kg)
2554
2973
2838
3148
3333
3702
3368
3797
4057
4973
4317
5028
5023
5108
2660
3240
3105
3370
3555
3905
3570
4000
4260
5390
4520
5445
5440
5525
Z
2095
2095
2095
2095
2095
2115
2095
2115
2115
2215
2115
2215
2215
2215
Minimum clearances
(mm)
A
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
B
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
(1) With aluminium fins
(2) Including the disconnect switch handle, isolators and pressure gauges
Electrical data - Standard unit
Unit size
Power supply
Standard starter type
Start-up amps STD (1)
Start-up amps HE (1)
Maximum amps STD (2)
Maximum amps HE (2)
Maximum cable size
Maximum cable size with
disconnect switch STD
Maximum cable size with
disconnect switch HE
Disconnect switch size STD
Disconnect switch size HE
Fan motor power (3)
085
100
115
(A)
(mm²)
255
255
242
242
2x300
306
315
282
291
2x300
359
368
323
332
2x300
(mm²)
150
240
240
240
(mm²)
(A)
(A)
(kW)
150
250
250
2.05
240
400
400
2.05
240
400
400
2.05
240
500
500
2.05
(V/Ph/Hz)
(A)
(A)
125
145
400/3/50
Star-delta
425
471
443
480
387
437
405
446
2x300
2x300
150
165
180
502
511
477
486
2x300
570
527
2x300
608
576
2x300
240
2x300
2x300
2x300
240
500
500
2.05
2x300
630
630
2.05
630
2.05
630
2.05
(1) Equals the sum of the largest compressor starting Amps, plus the second compressor maximum Amps, plus all the fans FLA, plus the control Amps
(2) Maximum Compressors FLA + all fans FLA + control Amps
(3) Per fan
128
PROD-PRC014-E4
kPa
RTAD
Evaporator water pressure drop Standard unit
1
2
3
4
5
=
=
=
=
=
RTAD
RTAD
RTAD
RTAD
RTAD
085 STD
100 STD & 085 HE
115 STD & 100 HE
125 STD, 145 STD, 150 STD, 115 HE & 125 HE
160 STD, 180 STD, 145 HE & 150 HE
Water Systems
l/s
129
PROD-PRC014-E4
Performance data - Standard unit
Evaporator
Leaving
Water
Temperature
(°C)
5
7
9
Condenser Entering Air Temperature (°C)
35
30
40
Unit
size
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
085 STD
100 STD
115 STD
125 STD
145 STD
150 STD
165 STD
180 STD
277.4
333.3
397.7
456.0
520.0
556.9
607.9
652.6
80.8
98.9
124.3
158.0
158.7
175.0
192.3
210.1
259.5
311.9
372.0
425.8
488.7
523.2
573.5
616.4
87.6
106.2
135.0
171.6
171.8
189.2
207.7
226.9
241.2
289.7
345.6
394.9
456.4
488.7
537.6
578.4
95.2
114.3
146.9
186.5
186.4
205.0
224.9
245.5
085 STD
100 STD
115 STD
125 STD
145 STD
150 STD
165 STD
180 STD
295.7
355.1
423.0
483.8
554.1
592.5
648.0
695.1
83.8
102.8
128.9
164.2
164.7
181.8
200.0
218.7
277.1
332.6
395.9
451.8
520.7
556.9
611.1
656.4
90.7
110.1
139.8
177.9
178.0
196.2
215.7
235.7
257.7
309.1
367.8
401.5
486.6
520.0
573.5
616.4
98.4
118.4
151.9
181.2
192.8
212.1
233.1
254.7
085 STD
100 STD
115 STD
125 STD
145 STD
150 STD
165 STD
180 STD
314.7
377.6
449.0
511.9
588.9
628.7
688.4
738.4
86.9
106.8
133.8
170.6
171.0
188.9
207.9
227.5
295.0
353.7
420.5
478.5
553.8
591.0
649.8
697.2
93.9
114.3
144.8
184.6
184.5
203.4
223.8
244.9
274.6
329.1
390.6
406.8
517.6
552.0
609.3
654.7
101.7
122.6
157.2
174.8
199.4
219.5
241.6
264.2
Notes:
(1) Ratings based on sea level altitude and evaporator fouling factor of 0.0176 m²° K/kW.
(2) Power input compressors only
(3) Ratings are based on an evaporator temperature drop of 5°C.
(4) Interpolation betweeen points is permissible. Extrapolation is not permitted.
(5) For operation above 40°C ambient, the chillers will have the High Ambient Option.
130
PROD-PRC014-E4
Evaporator
Leaving
Water
Temperature Unit
size
(°C)
5
7
9
30
35
Condenser Entering Air Temperature (°C)
40
RTAD
Performance data High efficiency unit
46
49
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
85 HE
100 HE
115 HE
125 HE
145 HE
150 HE
299.6
353.4
419.1
490.8
524.9
563.6
77.6
91.1
118.0
144.1
149.1
164.9
280.6
331.6
393.8
461.7
495.1
531.6
83.8
98.4
127.9
156.3
161.4
178.1
261.2
308.7
367.8
431.4
464.5
498.6
90.8
106.5
139.0
169.8
175.1
192.9
237.0
280.9
335.8
387.8
426.5
457.8
100.3
117.6
154.0
184.3
193.4
212.9
224.3
266.5
319.3
360.4
406.8
436.7
105.4
123.5
162.2
189.2
203.4
223.7
85 HE
100 HE
115 HE
320.0
377.3
448.3
80.5
94.3
122.2
299.9
354.1
421.6
86.8
101.7
132.2
279.2
330.2
393.8
93.8
110.0
143.5
253.5
300.6
359.7
103.4
121.2
158.7
240.5
285.9
340.7
108.6
127.2
166.1
125 HE
145 HE
150 HE
524.2
561.2
601.6
149.2
154.6
171.1
493.3
529.5
567.8
161.6
167.0
184.6
461.3
496.8
532.7
175.3
180.8
199.5
391.7
444.8
477.8
177.6
193.6
213.8
366.0
415.2
447.2
183.2
198.8
219.7
85 HE
100 HE
115 HE
125 HE
145 HE
150 HE
341.1
401.9
478.2
558.7
598.1
640.6
83.5
97.6
126.5
154.6
160.3
177.7
320.0
377.6
450.1
526.0
564.7
604.8
89.8
105.1
136.8
167.1
172.8
191.2
297.8
352.3
420.9
492.6
530.2
567.5
96.9
113.5
148.2
181.0
186.8
206.3
271.1
321.4
370.6
398.7
447.6
483.1
106.6
124.9
156.6
172.2
186.0
206.7
257.4
305.5
346.0
372.3
419.5
453.6
111.8
131.1
161.1
177.4
191.9
213.4
Water Systems
Notes:
(1) Ratings based on sea level altitude and fouling factor of 0.0176 m²° K/kW
(2) Power input compressors only
(3) Ratings are based on an evaporator temperature drop of 5°C.
(4) Interpolation between points permissable. Extrapolation is not permitted.
(5) For operation above 40°C ambient, chillers will have the High Ambient Option.
131
PROD-PRC014-E4
Free-cooling and heat recovery solutions
Trane provides assistance in running extensive load simulations. This will determine whether you can
benefit from the savings generated from the installation of a Trane RTAD with the partial heat recovery,
total heat recovery or free-cooling option.
Partial heat
recovery
Total heat
recovery
°C
Free
cooling
J
F
M
A
M
J
J
A
S
O
N
D
RTAD PHR 125
RTAD FC 180
Partial and total heat recovery
Free-cooling
Units are equipped with an additional heat exchanger on
the discharge line to recover heat from refrigerant vapor.
Units are equipped with an additional heat exchanger in
order to directly cool the building water loop with the outside ambient air.
Designed for applications where a limited (partial heat
recovery) or significant (total heat recovery) amount of
heat needs to be recovered and actually used in the building to heat or preheat sanitary water in office or commercial buildings, or in kitchens and laundries in hotels and
resorts.
In general, the ideal situation is a building presenting a
moderate remaining cooling load in winter, located in a
region where a significant number of hours below 0°C is
encountered every year.
This can also be a solution for process applications with
simultaneous cooling and heating needs.
132
PROD-PRC014-E4
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
085
100
115
125
145
150
165
180
271
107.4
2.5
289.3
101.3
14.6
316
125.7
2.5
346.6
122.7
12.6
371
161.2
2.3
405.5
156.1
19.5
435
197.7
2.2
427.7
191.9
12.5
498
206
2.4
513.1
196.6
14.4
528
220.6
2.4
546.9
218.6
12.9
584
240.2
2.4
-
623
264.9
2.4
-
170
15.4
11.0
213.1
14.6
14.6
221
14.5
15.2
257.2
20.4
12.6
239
14.6
16.4
376.3
19.3
19.5
251
312
312
380
380
20.5
21.9
25.2
26.7
30.0
12.2
14.2
12.4
14.2
12.7
(kW)
315.5
383.3
385.6
(kW)
25.2
26.7
30.0
12.5
14.4
12.9
R134a
2
2
2
2
2
2
2
2
(kg)
24/24
30/32
35/36
36/37
44/48
44/48
61/59
61/61
32/34
35/36
42/45
42/45
59/61
59/61
Helical rotary
2
2
2
2
2
2
2
2
(l)
6/6
7/7
9/9
10/10
10/10
10/10
15/11
15/15
Tube-in-shell/Internally finned copper tubes
(l)
106
270
222
204
204
204
415
415
(l)
270
222
204
204
415
415
Victaulic
(inches)
4
5
5
5
5
5
6
6
(inches)
6
6
6
6
7
7
Internally finned copper tubes with aluminium fins
(m3/s) 17.9/13.0 21.6/15.7 20.4/14.7 23.5/17.2 28.4/20.6 29/21.2 34.2/24.8 34.7/25.4
3/3
3/3
3/3
4/4
5/4
5/5
6/5
6/6
(rpm) 935/740 935/740 935/740 935/740 935/740 935/740 935/740 935/740
(dB(A))
101.1
101.1
100.8
102.0
103.8
104.2
105.0
105.5
(dB(A))
97.7
97.9
97.0
98.2
101.3
101.8
102.7
103.4
(dB(A))
68.8
68.7
68.4
69.6
71.3
71.7
72.3
72.8
(dB(A))
65.4
65.5
64.6
65.8
68.8
69.3
70.0
70.7
(°C)
-18
(°C)
+40
(°C)
-12
(°C)
+15
(mm)
3900
4850
4850
4850
5770
5770
6810
6810
(mm)
2420
2420
2420
2420
2420
2420
2460
2460
(mm)
2603
2603
2623
2623
2643
2643
2743
2743
(kg)
3300
3740
4530
4720
5560
5505
6665
6750
(kg)
3685
4492
5291
5446
6296
6241
7884
7964
(1) At Eurovent conditions. 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Unit kW input
(3) Including fans
(4) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(5) -18°C minimum operating outdoor air temperature with low ambient option
(6) Depending on high ambient option, maximum operating outdoor air temperature is 46-50°C
(7) With ethylene glycol solution
(8) Standard efficiency units standard fans
(9) Conditions: 11°C leaving water temperature and 0°C entering condenser air temperature
(10) For standard units only. For this information on high efficiency units, contact your local sales office. Weights given with aluminium fins, disconnect switch,
isolators and pressure gauges.
Water Systems
Unit size
Cooling Mode
Cooling capacity standard efficiency units (1)
Power input standard efficiency units (2)
Coefficient of Performance standard efficiency units (3)
Cooling capacity high efficiency units (1)
Power input high efficiency units (2)
Coefficient of Performance high efficiency units (3)
Free-Cooling Mode
Cooling capacity standard efficiency units (9)
Power input standard efficiency units (2)
Coefficient of Performance standard efficiency units (3)
Cooling capacity standard efficiency units (9)
Power input standard efficiency units (2)
Coefficient of Performance standard efficiency units (3)
Refrigerant
Number of refrigerant circuits
Refrigerant charge standard efficiency units circuit1/circuit2
Refrigerant charge high efficiency units circuit1/circuit2
Compressor type
Number of compressors
Oil charge circuit 1/2 (8)
Evaporator type
Evaporator water content standard efficiency units
Evaporator water content high efficiency units
Evaporator water connection type
Evaporator water connection diameter standard efficiency
Evaporator water connection diameter high efficiency
Condenser type
Total airflow (High/Low speed) (8)
Number of fans
Fan speed
Sound power level (High Speed) (8)
Sound power level (Low Speed) (8)
Sound pressure level at 10 m (High Speed) (4) (8)
Sound pressure level at 10 m (Low Speed) (4) (8)
Minimum operating outdoor air temperature (5)
Maximum operating outdoor air temperature (6)
Minimum leaving water temperature (7)
Maximum leaving water temperature
Length
Width
Height
Shipping weight (10)
Operating weight (10)
RTAD
General data - Free-cooling option
133
PROD-PRC014-E4
General data - Partial heat
recovery option
Unit size
Cooling Mode
Cooling capacity standard efficiency units (1)
Power input standard efficiency units (2)
Coefficient of Performance standard efficiency units (3)
Cooling capacity high efficiency units (1)
Power input high efficiency units (2)
Coefficient of Performance high efficiency units (3)
Partial Heat Recovery Mode
Heating capacity standard efficiency units (9)
Heating capacity high efficiency units (9)
Refrigerant
Number of refrigerant circuits
Refrigerant charge circuit1/circuit2
Compressor type
Number of compressors
Oil charge circuit 1/2 (8)
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type
Total airflow (8)
Number of fans
Fan speed
Sound power level (8)
Sound pressure level at 10 m (4) (8)
Minimum operating outdoor air temperature (5)
Maximum operating outdoor air temperature (6)
Minimum leaving water temperature (7)
Maximum leaving water temperature
Length (10)
Width (10)
Height (10)
Shipping weight (10)
Operating weight (10)
085
100
115
125
145
150
165
180
273.5
99.3
2.8
297.1
95.6
3.1
329.5
118.4
2.8
351.3
113.6
3.1
393.1
147.6
2.7
417.7
143.4
2.9
449.7
184.8
2.4
488
175.5
2.8
515.8
189.8
2.7
522.8
182.2
2.9
551.3
209.2
2.6
560.8
201.1
2.8
600.5
221.7
2.7
-
644.8
242.1
2.7
-
(kW)
(kW)
61.0
47.4
84.6
57.6
110.0
89.4
191.1
-
(kg)
2
26/26
(l)
2
6/6
(l)
106
(inches)
5
(m3/s)
23.4
3/3
930
97
65
152.0
147.2
160.3
173.4
112.4
115.4
129.2
R134a
2
2
2
2
2
2
33/35
38/39
39/40
47/51
47/51
65/63
Helical rotary
2
2
2
2
2
2
7/7
9/9
10/10
10/10
10/10
15/11
Tube-in-shell/Internally finned copper tubes
269
223
204
204
204
415
Victaulic
6
6
6
6
6
6
Internally finned copper tubes with aluminium fins
28.5
27
27
37
39
44.9
3/3
3/3
3/3
5/4
5/5
6/5
930
930
930
930
930
930
98
97
97
98
101
102
65
64
65
66
69
70
0
+40
-12
+15
4426
4426
4426
5351
5351
6370
2260
2260
2260
2260
2260
2260
2095
2095
2095
2115
2115
2215
2898
3403
3439
4132
4392
5108
3176
3635
3650
4345
4605
5535
(kW)
(kW)
(kW)
(kW)
(rpm)
(dB(A))
(dB(A))
(°C)
(°C)
(°C)
(°C)
(mm)
(mm)
(mm)
(kg)
(kg)
3507
2260
2095
2624
2736
2
66/65
2
15/15
415
6
46.8
6/6
930
103
70
6370
2260
2215
5193
5622
(1) At Eurovent conditions. 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Unit kW input
(3) Including fans
(4) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(5) -18°C minimum operating outdoor air temperature with low ambient option
(6) Depending on high ambient option, maximum operating outdoor air temperature is 46-50°C
(7) With ethylene glycol solution
(8) Standard efficiency units standard fans
(9) Conditions: 40-50°C hot water temperature and 35°C entering condenser air temperature
(10) For standard units only. For this information on high efficiency units, contact your local sales office. Weights are given with aluminium fins, disconnect switch,
isolators and pressure gauges.
134
PROD-PRC014-E4
085
100
115
125
145
150
165
180
295.7
98.8
3.0
323.5
120.8
2.7
348.4
117.5
3.0
388.2
151.8
2.6
413.1
148.0
2.8
440.6
189.6
2.3
480.6
181.0
2.7
507.7
195.3
2.6
519.0
187.9
2.8
542.5
216.0
2.5
556.2
208.0
2.7
596.7
229.0
2.6
-
642.7
249.8
2.6
-
(kW)
(kW)
216.6
251.58
250.92
308.19
307.54
497.1
-
(kg)
2
-
(l)
2
-
(l)
106
(inches)
5
(m3/s)
23.4
3/3
930
97
65
367.27
392.87 424.65 459.39
366.16
392.58 424.29
R134a
2
2
2
2
2
2
51 / 48 61 / 58 62 / 59 80 / 78 80 / 78 92 / 89
Helical rotary
2
2
2
2
2
2
5/4
8/7
8/7
8/7
8/7
13 / 7
Tube-in-shell/Internally finned copper tubes
269
223
204
204
204
415
Victaulic
6
6
6
6
6
6
Internally finned copper tubes with aluminium fins
28.5
27
27
37
39
44.9
3/3
3/3
3/3
5/4
5/5
6/5
930
930
930
930
930
930
98
97
97
98
101
102
65
64
65
66
69
70
0
+40
-12
+15
4426
4426
4426
5351
5351
6370
2260
2260
2260
2260
2260
2260
2095
2095
2095
2115
2115
2225
3063
3588
3623
4382
4642
5358
3347
3833
3848
4615
4875
5806
(kW)
(kW)
(kW)
(kW)
(rpm)
(dB(A))
(dB(A))
(°C)
(°C)
(°C)
(°C)
(mm)
(mm)
(mm)
(kg)
(kg)
-
(1) At Eurovent conditions. 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Unit kW input
(3) Including fans
(4) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(5) -18°C minimum operating outdoor air temperature with low ambient option
(6) Depending on high ambient option, maximum operating outdoor air temperature is 46-50°C
(7) With ethylene glycol solution
(8) Standard efficiency units standard fans
(9) Conditions: 40-50°C hot water temperature and 35°C entering condenser air temperature
(10) For standard units only. For this information on high efficiency units, contact your local sales office.
2
92 / 90
2
13 / 12
415
6
46.8
6/6
930
103
70
6370
2260
2225
5443
5891
Water Systems
Unit size
Cooling Mode
Cooling capacity standard efficiency units (1)
Power input standard efficiency units (2)
Coefficient of Performance standard efficiency units (3)
Cooling capacity high efficiency units (1)
Power input high efficiency units (2)
Coefficient of Performance high efficiency units (3)
Total Heat Recovery Mode
Heating capacity standard efficiency units (9)
Heating capacity - high efficiency units (9)
Refrigerant
Number of refrigerant circuits
Refrigerant charge circuit1/circuit2 (8)
Compressor type
Number of compressors
Oil charge circuit 1/2 (8)
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type
Total airflow (8)
Number of fans
Fan speed
Sound power level (8)
Sound pressure level at 10 m (4) (8)
Minimum operating outdoor air temperature (5)
Maximum operating outdoor air temperature (6)
Minimum leaving water temperature (7)
Maximum leaving water temperature
Length (10)
Width (10)
Height (10)
Shipping weight (10)
Operating weight (10)
RTAD
General data - Total heat
recovery option
135
PROD-PRC014-E4
Outdoor chillers
Axial fans,
helical rotary compressor
400-1500 kW
RTAC
RTAC
TracerTM CH530
Customer benefits
• Trane helirotor compressor - designed to perform, built
to last: low cost of ownership
• State of the art control to guarantee superior
dependability: low cost of ownership
• R134a refrigerant for high performance: low energy consumption
Main features
• Low-speed, direct-drive semi-hermetic helical rotary
compressor featuring only four moving parts, suctiongas-cooled motor
• Competitive physical footprint
• Single power connection
• Exact load matching
• Low sound levels
• Falling film evaporator - high COP and reduced
refrigerant charge
• Factory-mounted star-delta starter panel
• Close spacing installation - 1.2 m side clearances
• Application flexibility
• LonTalk® compatible
•
•
•
•
•
•
Black epoxy-coated aluminium fins
Copper fins
Night noise setback available on low noise version
Protection grilles for condensing coils and service area
Coil protection for condenser only
High and low pressure gauges
Accessories
• Victaulic connection kit
• Neoprene isolators
• Flow switch
Control
Adaptive Control™ microprocessor featuring:
• Easy-to-use DynaView operator interface panel
• External Auto/Stop
• External interlock
• Chilled water pump control
• Ice-making card (optional)
• Chilled water and current-limit remote setpoint card
(optional)
• LonTalk® communication card COMM5
Options
• Power disconnect switch
• Low ambient (down to -18°C) operation
• High ambient (up to 52°C) operation
• High efficiency operation
• Low noise version equipped with low-speed fans and
compressor sound attenuating enclosure
136
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Power input (2)
Coefficient of
Performance (3)
Refrigerant
Number of
refrigerant circuits
Refrigerant charge
circuit1/circuit 2
Compressor type
Number of
compressors
Oil charge circuit1/circuit 2
Evaporator type
Evaporator water content
Evaporator water
connection type
Evaporator water
connection diameter
Condenser type
Total airflow
Number of fans per circuit
Fan speed
Sound power level
Sound pressure
level at 10 m (4)
Minimum operating
outdoor air temperature (5)
Maximum operating
outdoor air temperature (6)
Minimum leaving
water temperature (7)
Maximum leaving
water temperature
(kW)
(kW)
140
155
170
185
200
250
275
300
350
375
400
487.3
171.8
532.3
189.7
578.7
207.9
639.9
226.7
705.7
246.3
840.3
295.8
936.0
333.4
1063.2
373.2
1177.2
422.3
1305.1
462.2
1431.7
501.8
2.8
2.8
2.8
2.8
2.9
2.8
R134a
2.8
2.8
2.8
2.8
2.9
RTAC
General data
2
(kg)
75/75
79/75
79/79 113/108 113/113 152/91 166/91 188/91 166/166 188/166 188/188
Helical rotary
(l)
2
7.5/7.5
2
7.5/7.5
2
7.5/7.5
2
10/7.5
(l)
112
122
127
135
2
10/10
3
3
17/8
17/8
Tube-in-shell/Falling film
147
198
223
3
4
4
4
17/8
17/17
19/17
19/19
239
264
280
294
8
8
95.1
12/10
103.7
12/12
Victaulic
(inches)
4
4
(m3/s)
35.8
4/4
39.5
5/4
(rpm)
(dB(A))
98
98
(dB(A))
65
66
6
6
6
8
Internally finned copper tubes
43.2
47.6
51.9
61.8
5/5
6/5
6/6
8/6
915
98
99
100
100
66
67
67
67
(°C)
0
(°C)
46
(°C)
-8
(°C)
15
8
8
8
with aluminium fins
69.2
77.8
86.4
10/6
12/6
10/10
101
102
101
102
103
68
69
68
69
70
Water Systems
(1) At Eurovent conditions, 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Unit kW input
(3) Including fans
(4) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(5) -18°C minimum operating outdoor air temperature with low ambient option
(6) Depending on high ambient option, maximum operating outdoor air temperature is 46-52°C
(7) With ethylene glycol solution
137
PROD-PRC014-E4
Dimensions,
weights and clearances
Access
control panel
Z
X
Y
Weights (1) (2)
Shipping
Operating
weight
weight
(kg)
(kg)
Dimensions
(mm)
Minimum clearances
(mm)
Unit size
140
X(2)
Y
Z
A
B
C
5088
2240
2445
4525
4623
1900
1200
1000
155
5088
2240
2445
4691
4799
1900
1200
1000
170
5088
2240
2445
4834
4936
1900
1200
1000
185
6007
2240
2445
5399
5508
1500
1200
1000
200
6007
2240
2445
5508
5629
1500
1200
1000
250
9138
2250
2530
7760
7958
1000
1200
1200
275
9138
2250
2530
8522
8745
1000
1200
1200
300
10056
2250
2530
9235
9474
1000
1200
1200
350
10406
2250
2530
11516
10780
1200
1200
1200
375
11325
2250
2530
11157
11437
1200
1200
1200
400
12244
2250
2530
11758
12052
1200
1200
1200
(1) With aluminium fins
(2) For standard units only. For this information on high efficiency units, contact your local sales office.
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps (1)
Maximum amps (2)
Maximum cable size
Disconnect switch size
Fan motor power (3)
140
155
170
185
475
398
2x240
625
512
437
2x240
925
552
475
2x240
925
620
525
2x240
925
(V/Ph/Hz)
(A)
(A)
(mm²)
(A)
(kW)
200
250
400/3/50
Star-delta
669
696
574
687
2x240 4x185
925
1000
2.05
275
300
350
375
400
759
768
4x185
1000
836
867
4x195
1250
876
955
4x195
1250
953
1054
6x240
1600
1059
1153
6x240
1600
(1) Equals the sum of the largest compressor starting Amps, plus the other(s) compressor(s) RLA, plus all the fans FLA, plus the control Amps
(2) Maximum compressors FLA + all fans FLA + control amps
(3) Per fan
For standard units only. For this information on high efficiency units, contact your local sales office.
138
PROD-PRC014-E4
RTAC
Evaporator water pressure drop
1000
500
200
2
46
kPa
100
9 1113 15
50
20
10
1 3 5 78
10 12 14 16
5
2
1
10
20
50
100
200
1
2
3
4
5
6
7
8
=
=
=
=
=
=
=
=
RTAC
RTAC
RTAC
RTAC
RTAC
RTAC
RTAC
RTAC
120HE - 140 STD
130HE - 155 STD
170 STD - 140 HE
185 STD - 155 HE
200 STD - 170 HE
185 HE
200 HE
250 STD
9 = RTAC 275 STD
10 = RTAC 300 STD - 250 HE
11 = RTAC 275 HE - 300 HE
12 = RTAC 350 STD
13 = RTAC 375 STD
14 = RTAC 400 STD - 350 HE
15 = RTAC 375 HE
16 = RTAC 400 HE
Water Systems
Water Flow l/s
139
PROD-PRC014-E4
Performance data - standard unit
Condenser Entering Air Temperature (°C)
35
40
30
Leaving Water
Temperature
(°C)
46
Unit Size
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
5
140 STD
155 STD
170 STD
185 STD
200 STD
250 STD
275 STD
300 STD
350 STD
375 STD
400 STD
493.3
539.0
587.2
648.7
714.1
851.6
948.3
1076.3
1194.7
1323.8
1450.7
141.9
156.7
172.1
187.6
203.9
244.9
276.3
309.5
350.6
384.0
417.0
461.7
504.6
550.6
609.0
671.6
799.2
889.9
1011.9
1120.6
1243.6
1364.6
153.7
169.2
185.4
202.0
219.4
264.4
297.2
332.5
377.0
412.6
447.8
429.3
469.4
513.0
568.5
627.6
745.4
830.1
945.5
1044.3
1161.0
1275.3
166.7
183.0
200.2
218.0
236.6
286.0
320.4
358.2
406.5
444.5
482.1
389.57
426.49
466.57
518.26
573.11
678.94
756.29
863.53
950.37
1058.67
1165.2
183.9
201.5
220
239.5
259.7
314.7
351.6
392.5
446
487.3
528.1
7
140 STD
155 STD
170 STD
185 STD
200 STD
250 STD
275 STD
300 STD
350 STD
375 STD
400 STD
526.7
574.9
625.5
690.9
760.5
907.5
1010.2
1145.9
1271.7
1408.5
1543.5
147.3
162.9
179.0
195.2
212.2
254.5
287.6
322.3
364.8
399.7
434.2
493.3
538.7
586.8
649.1
715.5
852.3
948.3
1078.0
1193.0
1323.8
1451.1
159.3
175.5
192.5
209.8
228.0
274.3
308.7
345.7
391.5
428.7
465.5
459.2
501.7
547.1
606.2
668.7
795.3
885.0
1007.7
1125.5
1236.2
1357.9
172.4
189.6
207.4
226.1
245.6
296.2
332.3
371.8
421.2
461.1
500.5
417.35
456.03
497.87
553.07
611.08
725.35
806.92
920.84
1013.31
1228.64
1241.5
189.9
208.2
227.4
247.8
269.1
325.3
363.8
406.8
461
504.4
547.2
9
140 STD
155 STD
170 STD
185 STD
200 STD
250 STD
275 STD
300 STD
350 STD
375 STD
400 STD
560.8
611.8
664.5
734.1
808.0
965.1
1073.4
1217.6
1350.1
1495.7
1638.8
153.0
169.4
186.2
203.2
220.9
264.5
299.4
335.7
379.5
416.1
452.3
525.6
573.8
623.7
689.8
760.5
906.8
1008.0
1145.5
1267.2
1405.7
1542.5
165.1
182.1
199.8
217.9
237.0
284.6
320.7
359.5
406.5
445.5
484.1
489.8
534.8
581.9
644.5
711.3
846.7
941.2
1071.7
1182.1
1313.6
1443.0
178.4
196.3
214.9
234.4
254.9
306.8
344.5
386.1
436.4
478.2
519.6
445.83
486.61
530.21
588.58
650.46
772.82
858.96
979.91
1077.65
1200.01
1319.91
196
251.1
235
256.4
278.8
336.3
376.4
421.6
476.5
522.1
567.2
Notes:
(1) Ratings based on sea level altitude and evaporatot fouling factor of 0.0176 m²°K/kW
(2) Consult Trane representative for performance at temperatures outside of the ranges shown
(3) kW input = compressor power input only.
(4) COP = Coefficient of Performance (kW/kW). The considered power input includes compressors, condenser fans and control power.
(5) Ratings are based on an evaporator temperature drop of 5°C.
(6) Interpolation between points is permissible. Extrapolation is not permitted.
(7) Operation above 40°C = with High Ambient Option.
140
PROD-PRC014-E4
Evaporator
Leaving
Water
Temperature
(°C)
Unit size
30
35
40
45
46
52
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
Cooling Power
capacity input
(kW)
(kW)
Cooling Power
capacity input
(kW)
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
5
120 HE
130 HE
140 HE
155 HE
170 HE
185 HE
200 HE
250 HE
275 HE
300 HE
350 HE
375 HE
400 HE
421.6
465.2
512.3
556.6
603.4
668.0
736.6
875.1
976.0
1105.8
1226.7
1359.6
1494.3
112.8
123.9
135.5
149.7
164.5
180.3
196.6
239.3
265.5
298.4
335.1
368.5
402.2
395.2
436.0
481.0
522.5
566.4
628.3
694.1
821.7
917.3
1042.1
1152.2
1279.8
1408.2
122.0
134.0
146.6
161.5
177.0
193.8
211.2
257.9
285.1
320.0
360.0
395.4
431.0
367.4
406.1
448.6
487.7
528.8
587.9
650.1
766.8
857.2
976.4
1075.5
1197.2
1319.2
132.4
145.3
158.9
174.7
191.0
209.0
227.6
278.7
307.1
344.3
387.9
425.6
463.5
339.3
375.2
415.6
451.8
489.8
546.0
604.8
710.9
795.3
908.2
997.1
1112.5
1227.8
143.9
157.8
172.5
189.3
206.6
225.9
245.8
301.6
331.6
371.3
419.0
459.2
499.5
368.8
408.9
444.4
482.0
537.6
595.6
699.3
783.0
894.5
981.3
981.3
1095.2
1209.2
160.5
175.4
192.4
209.9
229.5
249.6
306.4
336.8
377.1
425.6
425.6
466.4
507.2
298.5
330.9
368.1
400.5
434.2
485.9
539.4
593.2
706.4
810.1
884.6
990.5
1095.2
162.0
177.4
193.7
212.2
231.1
252.5
274.3
317.2
370.1
413.8
467.9
512.1
556.2
7
120 HE
130 HE
140 HE
155 HE
170 HE
185 HE
200 HE
250 HE
275 HE
300 HE
350 HE
375 HE
400 HE
451.8
498.2
548.1
594.9
644.5
713.0
786.2
934.9
1042.1
1180.7
1308.7
1450.0
1593.8
117.0
128.5
140.5
155.4
171.0
187.4
204.5
248.7
276.2
310.6
348.4
383.3
418.6
423.7
467.3
515.1
559.0
605.5
671.2
741.2
878.7
980.3
1112.8
1229.9
1365.6
1502.7
126.3
138.7
151.7
167.3
183.6
201.1
219.3
267.5
296.0
332.5
373.5
410.4
447.8
394.5
435.6
481.0
522.1
565.4
628.0
694.4
820.6
916.6
1043.2
1149.0
1278.4
1408.9
136.8
150.2
164.1
180.7
197.8
216.5
235.9
288.5
318.3
357.2
401.6
441.0
480.7
364.3
403.3
446.2
484.2
524.2
584.0
646.6
761.2
851.2
971.1
1066.4
1188.8
1311.8
148.5
162.9
177.9
195.4
213.5
233.6
254.4
311.8
343.0
384.6
432.9
475.0
517.3
358.3
396.6
439.2
476.8
516.2
574.9
637.1
749.3
838.2
956.7
1049.5
1170.8
1292.1
151.0
165.6
180.8
198.5
216.8
237.2
258.3
316.7
348.3
390.4
439.6
482.2
525.1
321.4
356.5
396.3
430.0
465.5
520.4
577.3
601.6
757.4
867.4
947.6
1049.2
1153.3
166.9
182.7
199.3
218.5
238.2
260.4
283.4
307.5
381.9
427.7
482.1
522.5
564.7
9
120 HE
130 HE
140 HE
155 HE
170 HE
185 HE
200 HE
250 HE
275 HE
300 HE
350 HE
375 HE
400 HE
482.8
532.3
585.1
634.3
686.7
759.1
837.2
996.4
1110.4
1257.7
1392.7
1543.5
1696.8
121.3
133.3
145.7
161.4
177.7
194.8
212.8
258.4
287.3
323.3
362.2
398.6
435.7
452.5
499.6
550.3
596.3
645.5
715.2
789.7
937.0
1045.0
1186.0
1309.7
1454.2
1600.5
130.8
143.7
157.0
173.4
190.4
208.7
227.7
277.5
307.3
345.5
387.4
426.1
465.3
421.9
466.2
514.4
557.6
603.0
669.8
740.5
875.8
977.8
1112.1
1224.6
1362.1
1501.0
141.5
155.2
169.6
186.8
204.7
224.2
244.6
298.8
329.8
370.5
415.8
457.0
498.7
390.3
432.1
477.5
517.6
559.8
623.0
689.8
813.3
908.9
1036.2
1137.4
1267.5
1398.7
153.3
168.1
183.4
201.7
220.5
241.5
263.3
322.3
354.8
398.4
447.2
491.4
535.8
383.6
425.1
470.1
509.8
551.3
613.5
679.6
800.6
894.8
1020.7
1119.5
1248.5
1377.9
155.8
170.8
186.3
204.8
223.9
245.2
267.3
327.3
360.1
404.3
453.9
498.7
543.7
344.9
382.9
425.1
458.1
497.9
547.4
594.6
609.0
781.3
878.3
982.7
1063.2
1166.3
171.9
188.1
205.0
223.6
245.4
264.0
280.5
297.2
378.3
415.4
480.1
507.2
547.1
Notes :
(1) Ratings based on sea level altitude and evaporatot fouling factor of 0.0176 m²°K/kW
(2) Consult Trane representative for performance at temperatures outside of the ranges shown
(3) kW input = compressor power input only.
(4) COP = Coefficient of Performance (kW/kW). The considered power input includes compressors, condenser fans and control power.
(5) Ratings are based on an evaporator temperature drop of 5°C.
(6) Interpolation between points is permissible. Extrapolation is not permitted.
(7) Operation above 40°C = with High Ambient Option.
Water Systems
Condenser Entering Air Temperature (°C)
RTAC
Performance data high efficiency unit
141
PROD-PRC014-E4
INDOOR CHILLERS
142
PROD-PRC014-E4
49 - 6000 kW
INDOOR CHILLERS
Light Commercial, Commercial and
Industrial Applications
CGWH/CCUH
153
180
CGWN/CCUN
350
200
RTWB/RTUB
700
215
RTCA
600
500
RTHD
1500
CVGF
3800
1400
1630
400
ABSC
2000
ABTF
1300
6000
3900
350
49
kW
50
ABDL
CGCL
150
132
ABSD
4800
168
200
RTRA
400
600
1000
2000
3000
4000
5000
6000
WATER SYSTEMS
51
143
PROD-PRC014-E4
Indoor chillers
Scroll compressor
Packaged chiller - condenserless
chiller 51-153 kW*
CGWH - CCUH
CGWH/CCUH
SMM
• Very low sound level installation: superior acoustic
comfort
• Indoor installation: easy maintenance
• Minimum maintenance requirements: saving of time and
money
• Hydraulic module - for information, contact your local
sales office
• Auxiliary card to display entering water temperature on
the evaporator or condenser, and/or to validate auxiliary
temperature set point with a remote contact (ships with
2 water sensors with 5 meters cable).
• TCI-S card to communicate with BMS
Main Features
Control
• Scroll Compressors
- Hermetic, high efficiency, low vibration, low sound
level
- Full internal overheating protections
• External sheet metal parts are galvanized and finished
with powder paint RAL 9002
• Access panels are quickly removable using a square key
• Designed for indoor installation
• Full factory refrigerant and oil charge
• Maximum condenser leaving water temperature: 50°C
Microprocessor control module SMM (Scroll Manager
Module) with liquid crystal display operator interface
controlling and indicating:
• Evaporator leaving water temperature
• Equalization of the number of starts and operating hours
of each compressor
• Operating parameters
• HP limitation
• Low pressure protection
• Short cycle protection
• Remote ON / OFF per circuit (dry contact)
• Failure indication per circuit (dry contact)
• History of the last 20 defaults
Access to current settings through a window on the
electrical panel
Customer benefits
Options
• 380, 400 and 415V power voltage
• Control of the condenser leaving water temperature
• 400 / 220V transformer for the control
• Compressor sound attenuating jackets
• High and low pressure gauges
• Evaporator water pump command - single or double
• Water filter
144
*Also available with R134a. For information, please contact your local Trane Sales Office.
PROD-PRC014-E4
Cooling capacity CGWH (1)
(kW)
Power input CGWH (1)
(kW)
Coefficient of Performance CGWH
Cooling capacity CCUH (2)
(kW)
Power input CCUH (2)
(kW)
Coefficient of Performance CCUH
Refrigerant
Number of refrigerant circuits
Refrigerant charge
CGWH circuit 1/circuit 2
(kg)
Refrigerant charge CCUN
(kg)
Compressor type
Number of compressors
Number of capacity steps
Oil charge circuit 1/circuit 2
(l)
Evaporator type
Evaporator water content
(l)
Evaporator water connection type
Evaporator water connection diameter
(inches)
Condenser type CGWH
Condenser water content CGWH
(l)
Condenser water connection type CGWH
Condenser water connection
diameter CGWH
(inches)
Discharge and liquid connection type CCUH
Discharge connection CCUH
circuit 1/circuit 2
(inches (ODF))
Liquid connection CCUH
circuit 1/circuit 2
(inches (ODF))
Sound power level (3)
(dB (A))
Min/Max leaving water temperature
condenser CGWH
(°C)
Min/Max sat discharge temperature
condenser CCUH (4)
(°C)
Min/Max evaporator leaving
water temperature CGWH/CCUH
(°C)
115
120
125
225
230
235
240
250
51.1
14.9
3.43
51.0
15.0
3.41
64.1
18.8
3.41
63.9
18.8
3.39
77.0
22.7
3.39
76.8
22.7
3.38
90.7
25.1
3.61
90.4
26.1
3.46
102.8
29.9
3.46
102.4
30.1
3.40
R407C
2
2
115.9
33.4
3.47
114.5
33.7
3.37
127.2
37.6
3.38
127.2
37.6
3.38
154.5
45.1
3.44
153.2
45.5
3.37
1
1
1
2
2
2
5/-
7/-
9/-
7/7
9/9
2
2
7.6/-
2
2
10.0/-
2
2
12.4/-
4.7
5.9
7
1½
1½
1½
4.7
5.9
7
1½
1½
1½
5/5
7/5
9/5
Holding charge - 2
Scroll
3
3
3
3
3
3
7.6/8.2
10.0/6.2 12.4/6.2
Brazed plate
8.9
10.3
12.3
ISO R7 male
2
2
2
Brazed plate
8.9
10.3
12.3
ISO R7 male
2
4
4
4
4
10.0/10.0 12.4/12.4
12.3
16.1
2½
2½
12.3
16.1
2
2
2½
2½
1"5/8
1"5/8
1"5/8
1""3/8
82
83
82
84
Brazed
1"5/8
1"5/8
1"5/8
1"5/8
75
79
81
81
7/8
(1) Temperature of water entering/leaving evaporator: 12/7°C condenser: 30/35°C, with R407C
(2) Temperature of water entering/leaving: 12/7°C, Condenser 45°C - subcooling 5K with R407C
(3) At full load, in accordance with ISO 3746 -1996
(4) Dew point
+20/+50
+30/+55
-12/+15
Water Systems
Unit size
CGWH - CCUH
General data
145
PROD-PRC014-E4
Dimensions,
weights and clearances
Sizes 115-125
Sizes 225-250
Access to
control panel
Z
Z
A
A
A
A
Y
X
Y
X
Weights
Unit size
115
120
125
225
230
235
240
250
X
1001
1001
1001
2002
2002
2002
2002
2002
Dimensions
(mm)
Y
800
800
800
800
800
800
800
800
Shipping Weight
CGWN/CCUN (kg)
Operating Weight
CGWN/CCUN (kg)
428/405
460/432
492/459
499/657
733/686
770/710
834/788
904/846
412/389
444/416
476/443
668/626
702/655
739/679
803/757
873/815
Z
1545
1545
1545
1545
1545
1545
1545
1545
Minimum clearance
(mm)
A
800
800
800
800
800
800
800
800
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps
Maximum amps
Maximum cable size
115
120
125
137
35.4
16
192
44.3
35
201
53.2
35
(V/Ph/Hz)
(A)
(A)
(mm²)
225
400/3/50
Direct
209
62.0
35
230
235
240
250
218
70.9
50
227
79.8
50
236
88.6
95
254
106.4
95
146
PROD-PRC014-E4
CGWH - CCUH
Evaporator water pressure drop
100
kPa
50
1
2
3
4
5
6
7
20
10
1
2
3
4
5
6
7
8
9
10
Water Flow l/s
Water Systems
1 = CGWH/CCUH 115
2 = CGWH/CCUH 120
3 = CGWH/CCUH 125
4 = CGWH/CCUH 225
5 = CGWH/CCUH 230
6 = CGWH/CCUH 235 240
7 = CGWH/CCUH 250
147
PROD-PRC014-E4
Condenser water pressure drop - CGWH
100
50
kPa
1
2
3
4
5
6
7
20
10
1
2
3
4
5
6
7
8
9
Water Flow l/s
1 = CGWH 115
2 = CGWH 120
3 = CGWH 125
4 = CGWH 225
5 = CGWH 230
6 = CGWH 235 240
7 = CGWH 250
148
PROD-PRC014-E4
10
Performance data - CGWH
Evaporator
leaving water
Unit
temperature
size
(°C)
5
115
7
9
5
120
7
9
5
125
7
9
5
225
7
9
5
230
7
9
5
235
7
9
5
240
7
9
5
250
7
9
*At evaporator outlet
25
Cooling
capacity
(kW)*
53.1
56.4
59.7
66.5
70.6
74.8
80.0
84.8
89.8
94.4
100.3
106.2
107.3
113.8
120.4
120.5
127.7
135.0
133.4
141.3
149.2
161.9
171.1
180.1
30
Power
input
(kW)
11.1
11.2
11.2
14.0
14.2
14.3
17.0
17.1
17.3
19.5
19.6
19.8
22.4
22.5
22.7
25.1
25.3
25.5
28.0
28.2
28.4
33.6
33.8
34.1
Cooling
capacity
(kW)*
51.0
54.2
57.4
63.9
67.9
71.9
76.8
81.5
86.3
90.7
96.3
102.1
103.0
109.4
115.7
115.8
122.8
129.7
128.1
135.7
143.4
155.5
164.3
173.1
40
Power
input
(kW)
12.3
12.4
12.4
15.6
15.7
15.8
18.9
19.0
19.2
21.6
21.7
21.9
24.8
25.0
25.2
27.8
28.0
28.3
31.1
31.3
31.5
37.2
37.5
37.8
Cooling
capacity
(kW)*
46.2
49.2
52.2
58.0
61.7
65.4
69.8
74.1
78.5
82.3
87.5
92.8
93.6
99.4
105.3
105.2
111.6
118.1
116.2
123.2
130.3
141.2
149.4
157.4
50
Power
input
(kW)
15.5
15.6
15.7
19.6
19.8
19.9
23.7
23.9
24.1
27.1
27.4
27.6
31.1
31.4
31.6
34.8
35.1
35.5
39.0
39.4
39.7
46.6
47.0
47.4
Cooling
capacity
(kW)*
40.7
43.4
46.1
51.2
54.5
57.9
61.8
65.7
69.6
72.6
77.3
82.1
82.7
87.9
93.2
93.2
99.0
104.8
102.6
108.9
115.2
125.0
132.3
139.6
Power
input
(kW)
19.8
20.0
20.2
24.9
25.1
25.3
29.9
30.2
30.4
34.5
34.9
35.2
39.4
39.7
40.1
43.9
44.3
44.8
49.6
50.0
50.4
58.8
59.3
59.8
CGWH - CCUH
Condenser leaving water temperature (°C) (Delta T° 5K)
Performance data - CCUH
Saturated discharge temperature (°C)
40
45
Evaporator
leaving water
temperature
(°C)
5
Unit size
115
120
125
225
230
235
240
250
Cooling
capacity
(kW)*
52.5
65.9
79.2
93.3
105.8
118.6
131.9
159.4
Power
input
(kW)
11.4
14.4
17.5
20.1
23.2
26.2
28.8
34.9
Cooling
capacity
(kW)*
50.4
63.2
76.0
89.4
101.5
113.7
126.5
152.8
Power
input
(kW)
12.6
16.0
19.4
22.3
25.7
29.1
32.0
38.8
Cooling
capacity
(kW)*
48.1
60.3
72.5
85.3
96.8
108.4
120.7
145.7
Power
input
(kW)
14.2
17.9
21.7
25.0
28.8
32.6
35.9
43.4
Cooling
capacity
(kW)*
42.8
53.8
64.8
76.0
86.3
96.8
107.6
130.0
Power
input
(kW)
18.2
22.8
27.4
31.9
36.5
41.1
45.6
54.8
115
120
125
225
230
235
240
250
56.0
70.1
84.2
99.3
112.6
126.0
140.2
168.9
11.4
14.4
17.5
20.1
23.2
26.2
28.8
35.0
53.7
67.4
80.9
95.3
108.1
120.9
134.5
162.1
12.6
16.0
19.4
22.3
25.7
29.1
32.0
38.9
51.3
64.3
77.3
91.0
103.2
115.4
128.4
154.7
14.2
17.9
21.7
25.0
28.8
32.6
35.9
43.5
45.8
57.6
69.2
81.3
92.2
103.2
114.7
138.3
18.1
22.8
27.5
31.9
36.5
41.2
45.6
54.9
115
120
125
225
230
235
240
250
59.4
74.5
89.4
105.5
119.4
133.5
148.4
178.3
11.4
14.4
17.5
20.1
23.2
26.2
28.8
35.0
57.1
71.6
85.9
101.3
114.7
128.2
142.5
171.2
12.6
16.0
19.4
22.3
25.7
29.2
32.0
38.9
54.6
68.4
82.1
96.8
109.6
122.5
136.1
163.5
14.1
17.9
21.8
25.0
28.8
32.6
35.9
43.5
48.9
61.3
73.7
86.6
98.2
109.7
121.9
146.4
18.1
22.8
27.5
31.9
36.5
41.2
45.6
54.9
7
9
* At evaporator outlet
PROD-PRC014-E4
55
Water Systems
35
149
Indoor chillers
Scroll compressor
Packaged chiller - condenserless
chiller 180-350 kW*
CGWN - CCUN
CGWN
TracerTM CH530
Customer benefits
• Compact design + packaged hydraulic module (available
as an option) for easier installation: saving of time
• Wide application flexibility for comfort and process
applications: fits the customer's exact requirements
• State of the art control to guarantee superior
dependability: low cost of ownership
Main Features
• Scroll Compressors
- Hermetic, high efficiency, low vibration, low sound
level
- Full internal overheating protections
• External sheet metal parts are galvanized and finished
with powder paint RAL 9002
• Access panels are quickly removable using a square key
and mounted handles
• Designed for indoor and outdoor installation
• Full factory refrigerant and oil charge
• Evaporator flow control
• Maximum condenser leaving water temperature: 60°C
• 380, 400 and 415V power voltage
• 400 / 230V transformer for the control
• Condenser water filter
Options
• High Efficiency version
• Soft Starter
• Phase & unbalanced detection
• Control of the condenser leaving water temperature
• Evaporator + water pump command - single or double
• Condenser + water pump command - single or double
150
including return and supply water temperature sensor +
outdoor air sensor + condenser flow control for winter
freeze
• External linear reset, auxiliary & external water set point
• Ice making & compressor kW limiting
• Compressor sound attenuating jackets
• High and low pressure gauges
• Four programmable relays for remote unit status
• Hydraulic module including :
- single or dual evaporator pump including water filter
and pressure tabs
- 2 stage condenser pump including flow control, condenser return and leaving water temperature, outdoor
air sensor and including water filter & pressure tabs for
winter freeze protection
- Speed inverter condenser pumps including flow control, condenser return and leaving water temperature,
outdoor air sensor and including water filter & pressure tabs for winter freeze protection
Control
Adaptive Control™ microprocessor-based control
featuring:
• Easy to use DynaView operator interface
• Alarm indicator programmable relays (options)
• Ice making controls (optional)
• Tracer Summit™ & LonTalk Communication interface
(optional)
• Leaving condenser water temperature control (optional)
* Also available with R22 for applications outside of the European Union. Contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
205
206
207
208
209
260
288
Cooling capacity CGWN (1)
(kW)
179
209
235
Power input CGWN (1)
Coefficient of Performance CGWN
Cooling capacity CCUN (2)
Power input CCUN (2)
Coefficient of Performance CCUN
Refrigerant
Number of refrigerant circuits
Refrigerant charge CGWN circuit 1/circuit 2
Refrigerant charge CCUN
Compressor type
Number of compressors
Number of capacity steps
Oil charge circuit 1/circuit 2
Evaporator type
Evaporator water content
Evaporator water connection type
Evaporator water connection diameter
Condenser type CGWN
Condenser water content CGWN
Condenser water connection type CGWN
Condenser water connection diameter CGWN
Discharge and liquid connection type
Discharge connection (A/B)
Liquid connection (A/B)
Sound power level (3)
Min/Max leaving water
temperature condenser CGWN
Min/Max evaporator leaving
water temperature CGWN
Min/Max sat discharge
temperature condenser CCUN (4)
Min/Max leaving water temperature CCUN
(kW)
42.3
4.24
182
40.3
4.50
48.2
4.33
196
45.7
4.29
55.6
4.22
237
51.0
4.65
2
10 / 10
2
11 / 11
(kg)
4
4
8.2/8.2
4
6
8.8/8.8
(l)
17.2
19.7
(inches)
3"
3"
(l)
19.7
22.2
(inches)
3"
3"
(inches)
(inches)
(dB(A))
85
84
(kW)
(kW)
(kg)
(kg)
62.2
68.0
4.18
4.24
263
292
57.4
63.0
4.58
4.63
R407C
2
2
2
12 / 12
13 / 13
14 / 14
2/2
Scroll
4
4
4
6
6
4
10.4/10.4
11.0/11.0
12.6/12.6
Brazed plate
22.2
25.6
29.0
Victaulic
4"
4"
4"
Brazed plate
25.6
29.0
32.3
Victaulic
3" or 4"
4"
4"
Brazed
1"5/8
1"1/8
86
85
87
(°C)
+20 (5) /+58
(°C)
-12/+17
(°C)
(°C)
25/+67
-12/+18
210
211
320
345
75.1
4.26
321
70.0
4.59
83.9
4.11
349
78.4
4.45
2
15 / 15
2
17 / 17
4
6
12.6/12.6
4
4
12.6/12.6
32.4
35.7
4"
4"
35.7
42.4
4"
4"
87
87
CGWN - CCUN
General data - standard efficiency
Water Systems
(1) Temperature of water entering/leaving evaporator: 12/7°C condenser: 30/35°C, with R407C
(2) Temperature of water entering/leaving: 12/7°C, Condenser 45°C - subcooling 5K with R407C
(3) At full load, in accordance with ISO 3746 -1996, without sound attenuator
(4) Dew point
(5) At unit start-up: with 2 condenser pumps = 10°C, with speed inverter pump = -10°C
151
PROD-PRC014-E4
Dimensions, weights and clearances
Access to
control panel
B
B
A
B
Minimum clearance
(mm)
Weights
X
Dimensions
(mm)
Y
(mm)
(mm)
205
2545
880
1842
1170
1070
1240
1120
1000
800
206
2545
880
1842
1230
1120
1310
1170
1000
800
207
2545
880
1842
1360
1230
1460
1300
1000
800
208
2545
880
1842
1430
1290
1540
1370
1000
800
209
2545
880
1842
1500
1340
1610
1420
1000
800
210
2545
880
1842
1590
1430
1710
1510
1000
800
211
2545
880
1842
1690
1500
1820
1590
1000
800
Unit size
Z
Shipping weight
(kg)
CGWN
CCUN
Operating Weight (2)
(kg)
CGWN
CCUN
A
B
(1) Including water connections
(2) Without any pumps
Electrical data
Unit size
Power Supply
Standard starter type
Start-up amps direct start
Start-up amps with soft starter
Maximum amps (1)
Maximum cable size
205
206
207
308
229
139
95
345
255
158
95
405
296
180
150
(V/Ph/Hz)
(A)
(A)
(A)
(mm²)
208
400/3/50
Direct
426
317
201
150
209
210
211
444
335
219
150
508
380
246
150
530
402
268
150
(1) At maximum rated conditions including evaporator and condenser pumps
152
PROD-PRC014-E4
Evaporator water pressure drop
CGWN - CCUN
100
kPa
kPa
50
20
7
6
5
4
3
2
1
10
1
5
10
50
100
l/s
1 = CGWN/CCUN 205
2 = CGWN/CCUN 206
3 = CGWN/CCUN 207
4 = CGWN/CCUN 208
5 = CGWN/CCUN 209
6 = CGWN/CCUN 210
7 = CGWN/CCUN 211
Condenser water pressure drop
100
6
5
20
4
1
2
3
10
1
5
10
l/s
50
100
1 = CGWN 205/206
2 = CGWN 207
3 = CGWN 208
4 = CGWN 209
5 = CGWN 210
6 = CGWN 211
Water Systems
kPa
kPa
50
153
PROD-PRC014-E4
Performance data - CGWN
Condenser leaving water temperature (°C) (Delta T° 5K)
Unit
size
205
206
207
208
209
210
211
Evaporator
leaving water
temperature
(°C)
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
25
Cooling
capacity
(kW)*
182
196
210
210
226
242
238
256
274
262
281
301
291
312
334
325
349
374
351
376
403
35
Power
input
(kW)
34.6
34.9
35.1
39.4
39.8
40.2
45.3
45.8
46.1
50.8
51.3
51.8
55.0
55.4
55.8
61.3
62.1
62.9
68.2
69.1
70.2
Cooling
capacity
(kW)*
167
179
192
194
209
224
218
235
251
242
260
279
269
288
309
298
320
343
320
344
370
45
Power
input
(kW)
42.1
42.3
42.4
47.9
48.2
48.6
55.2
55.5
56.0
61.6
62.2
63.0
67.3
68.0
68.7
74.2
75.1
75.8
83.0
83.9
84.2
Cooling
capacity
(kW)*
149
161
173
174
187
202
195
209
225
217
234
252
240
258
278
265
286
307
284
307
330
55
Power
input
(kW)
51.4
51.5
51.3
59.6
59.1
59.4
68.0
68.2
68.3
76.8
78.0
77.7
83.3
83.3
84.0
91.7
91.7
92.5
101.5
102.5
103.5
Cooling
capacity
(kW)*
131
141
152
151
162
176
170
183
198
188
203
219
209
226
243
228
247
267
244
264
286
Power
input
(kW)
62.6
63.0
63.8
73.9
73.5
73.0
83.6
84.0
83.7
96.2
96.8
95.5
103.3
103.9
104.5
113.8
114.6
115.5
126.3
127.3
128.3
*At evaporator outlet
154
PROD-PRC014-E4
Saturated discharge temperature (°C)
50
40
Unit
size
60
Evaporator
leaving water
temperature
(°C)
Cooling
capacity
(kW)*
Power
input
(kW)
Cooling
capacity
(kW)*
Power
input
(kW)
Cooling
capacity
(kW)*
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
169
181
195
196
211
226
221
237
255
245
263
282
272
292
312
301
324
348
324
349
375
40.4
40.3
40.2
45.7
45.8
45.9
50.9
51
51.1
57.1
57.4
57.7
62.7
63
63.2
69.3
69.7
70.1
77.9
78.4
78.9
151.1
162.9
175.2
176.3
190.1
204.5
197.9
213.2
229.1
219.9
236.9
254.6
243.5
262.1
281.4
269.0
290.0
311.9
288.2
311.2
335.1
49.65
49.59
49.47
56.93
57.01
57.05
63.50
63.63
63.75
71.91
72.17
72.45
78.43
78.74
79.07
86.59
86.90
87.23
97.24
97.58
97.91
132.7
143.3
154.3
154.0
166.7
179.9
173.1
187.1
201.8
191.5
207.4
223.9
212.4
229.7
247.8
232.7
252.3
272.8
247.7
269.2
291.6
205
206
207
208
209
210
211
Power
input
(kW)
61.01
61.08
61.06
71.53
71.58
71.59
79.33
79.42
79.48
91.42
91.46
91.54
98.64
98.71
98.83
109.00
109.20
109.30
122.40
122.70
123.00
CGWN - CCUN
Performance data - CCUN
Water Systems
* At evaporator outlet
155
PROD-PRC014-E4
Indoor chillers
Helical rotary compressor
Packaged chiller - Condenserless
chiller 200-700 kW
RTWB - RTUB
RTWB
UCM-CLD
Customer benefits
Accessories
• Wide application flexibility for comfort and process
applications: fits the customer's exact requirements
• Trane helirotor compressor - designed to perform, built
to last: superior reliability and low cost of ownership
• R134a refrigerant for high performance: low energy
consumption
• Flow switch(es)
• Neoprene isolators
Main Features
• Low-speed, direct-drive semi-hermetic helical rotary
compressor featuring only four moving parts, suctiongas-cooled motor
• Fully modulating load control (15-100%)
• Compact physical footprint - fits through standard
single-width doors
• Bolt-together construction for easy unit disassembly
• Simplified piping - the only piping required is for the
evaporator (and condenser on RTWB) connections
• Single power connection - reduced wiring costs
• Tube-in-shell evaporator (and condenser on RTWB)
• Factory-mounted star-delta starter panel
• Tracer Summit™ capabilities
Control
Adaptive Control™ microprocessor featuring:
• Unit control module with Clear Language Display
• External Auto/Stop
• Chilled water flow interlock
• External interlock
• Chilled water pump control
• Alarm indication contacts
• Ice-making card (optional)
• Leaving condenser water temperature control (optional
for RTWB)
• Tracer communication card Comm 3 (optional)
• Chilled water and current-limit remote setpoint card
(optional)
• Remote control operator interface panel
Options
• Ice making controls
• Disconnect switch
• Condenser-water temperature sensors (RTWB)
• Compressor sound attenuating enclosure
• Hydraulic module - for information, contact your local
sales office
• 2-pass condenser (RTWB)
156
PROD-PRC014-E4
Unit size
208
210
211
212
214
216
217
218
220
222
224
215
48
4.4
198
53
3.7
251
58
4.4
234
63
3.7
320
77
4.2
295
82
3.6
338
82
4.1
313
87
3.6
362
87
4.1
336
93
3.6
435
472
100
110
4.4
4.3
410
447
104
113
4.0
4.0
R134a
2
508
121
4.2
483
123
3.9
553
134
4.1
524
137
3.8
600
151
4.0
571
154
3.7
693
174
4.0
665
173
3.9
749
192
3.9
723
188
3.8
(kg)
39/39
39/39
60/60
60/60
60/60
60/60
69/69
69/69
74/74
74/74
(kg)
13/13
13/13
20/20
20/20
20/20
23/23
23/23
25/25
25/25
(l)
6/6
6/6
7/7
7/7
7/7
8/8
8/8
11/8
11/11
(l)
105
105
265
220
220
20/20 20/20 20/20
Helical rotary
2
8/8
8/8
8/8
Tube-in-shell/DX
200
200
200
415
415
560
560
6
6
6
6
78
78
78
78
(kW)
(kW)
(kW)
(kW)
60/60
60/60
Victaulic
(inches)
5
5
6
6
(l)
60
60
55
66
6
6
6
6
Tube-in-shell/Flooded
66
75
75
75
Victaulic
(inches)
(dB(A))
(dB(A))
94
95
95
95
97
97
98
98
99
99
96
96
5
96
97
97
97
98
98
98
99
99
100
100
101
(dB(A))
77
77
78
79
80
77
78
78
79
80
80
81
(dB(A))
77
77
79
80
81
78
78
79
79
80
81
82
(°C)
5/60
(°C)
-12/15
(°C)
5/50
(°C)
-12/15
(1) Temperature of water entering/leaving evaporator: 12/7°C at 0.0176 m2 k/kW, condenser 30/35°C at 0.044 m2 k/kW
(2) Without sound attenuating enclosure at full load, data in accordance with ISO 3764-1996
Water Systems
Cooling capacity RTWB (1)
Power input RTWB (1)
Coefficient of Performance RTWB
Cooling capacity RTUB (1)
Power input RTUB (1)
Coefficient of Performance RTUB
Refrigerant
Number of refrigerant circuits
Refrigerant charge
circuit 1/circuit 2 RTWB
Refrigerant charge
circuit 1/circuit 2 RTUB
Compressor type
Number of compressors
Oil charge circuit 1/circuit 2
Evaporator type
Evaporator water content
Evaporator water
connection type
Evaporator water
connection diameter
Condenser type RTWB
Condenser water content RTWB
Condenser water
connection type RTWB
Condenser water connection
diameter RTWB
Sound power level RTWB (2)
Sound power level RTUB (2)
Sound pressure level
at 1 m RTWB (2)
Sound pressure
level at 1 m RTUB (2)
Min/max operating ambient
air temperature RTWB
Min/max leaving chilled
water temperature RTWB
Min/max operating ambient
air temperature RTUB
Min/max leaving chilled
water temperature RTUB
207
RTWB - RTUB
General data
157
PROD-PRC014-E4
Dimensions,
weights and clearances
Access to
control panel
Weights (1)
Dimensions (1)
(mm)
Shipping
weight
(kg)
Operating
weight
(kg)
A
B
C
D
2525/2200
2670/2280
920
1615
800
600
Minimum clearances
(mm)
X
Y
Z
RTWB/RTUB 207
2880
890
1810
RTWB/RTUB 208
2880
890
1810
2525/2200
2670/2280
920
1615
800
600
RTWB/RTUB 210
4150
890
1900
3200/2750
3415/2935
920
2250
800
600
RTWB/RTUB 211
4150
890
1900
3300/2800
3545/3010
920
2250
800
600
RTWB/RTUB 212
4150
890
1900
3300/2800
3545/3010
920
2250
800
600
RTWB/RTUB 214
4150
890
1900
3400/2925
3665/3100
920
2250
800
600
RTWB/RTUB 216
4150
890
1900
3400/2925
3665/3100
920
2250
800
600
RTWB/RTUB 217
4150
890
1900
3400/2925
3665/3100
920
2250
800
600
RTWB/RTUB 218
4150
890
2008
4100/3600
4580/3975
920
2250
800
600
RTWB/RTUB 220
4150
890
2008
4300/3750
4755/4150
920
2250
800
600
RTWB/RTUB 222
4150
890
2097
4625/4100
5240/4625
920
2250
800
600
RTWB/RTUB 224
4150
890
2097
4650/4125
5275/4660
920
2250
800
600
Unit size
(1) With compressor sound attenuating enclosure
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps RTWB (1)
Start-up amps RTUB (1)
Maximum amps RTWB (2)
Maximum amps RTUB (2)
Maximum cable size
Disconnect switch size
207
208
210
211
212
170
190
147
150
240
315
196
219
170
176
240
315
228
256
215
222
240
315
264
292
235
243
240
400
279
312
255
264
240
400
(V/Ph/Hz)
(A)
(A)
(A)
(A)
(mm²)
(A)
214
216
217
218
220
222
224
400/3/50
Star-delta
332
374
398
430
457
520
554
370
412
444
476
511
574
619
297
329
360
396
432
477
521
294
325
356
392
428
473
518
240 2x300 2x300 2x300 2x300 2x300 2x300
400
630
630
630
630
800
800
(1) Equals the sum of the largest compressor starting Amps, plus the other(s) compressor(s) maximum Amps, plus all the fans FLA, plus the control Amps
(2) To be used in power cable sizing
158
PROD-PRC014-E4
200
1 2
RTWB - RTUB
Evaporator water pressure drop RTWB-RTUB
4
100
kPa
kPa
50
3
10
5
6
5
1
4
5 6 7 8 9 10
20
50
Water Flow l/s
=
=
=
=
=
=
RTWB-RTUB
RTWB-RTUB
RTWB-RTUB
RTWB-RTUB
RTWB-RTUB
RTWB-RTUB
207-208
210
211-212
214-216-217
218-220
222-224
Water Systems
1
2
3
4
5
6
159
PROD-PRC014-E4
Condenser water pressure drop 1 pass - RTWB
kPa
100
10
10
20
40
100
Water Flow l/s
kPa
Condenser water pressure drop 2 pass (option) - RTWB
2
3
4
1
Water Flow l/s
1
2
3
4
=
=
=
=
RTWB
RTWB
RTWB
RTWB
207-208
210
211-212
214-224
160
PROD-PRC014-E4
Cooling
capacity
(kW)
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
5
7
9
201
215
231
236
251
271
300
320
345
317
338
364
340
362
390
408
435
469
443
472
507
478
508
547
517
553
591
563
600
641
652
693
744
705
749
803
207
208
210
211
212
214
216
217
218
220
222
224
35
Condenser leaving water temperature (°C)
40
Power
Cooling
Power
input
capacity
input
(kW)
(kW)
(kW)
47
48
50
56
58
59
75
77
79
80
82
84
85
87
90
97
100
103
108
111
114
118
121
125
130
134
138
147
151
156
169
174
180
186
192
199
189
204
218
223
239
256
283
304
326
299
321
344
321
344
369
386
414
443
418
449
480
452
484
517
490
524
560
533
570
608
617
660
705
668
714
762
51
52
53
61
62
64
80
82
85
86
88
90
92
94
97
105
108
111
116
119
123
128
131
135
141
144
148
158
163
167
181
187
193
200
206
213
Cooling
capacity
(kW)
45
Power
input
(kW)
177
191
205
209
225
241
265
285
306
281
302
324
301
324
347
362
389
416
393
421
451
424
455
487
461
494
528
501
536
573
581
622
664
629
673
719
With evaporator delta T: 5°C, condenser delta T: 5°C, fouling factor: 0.0176m²K/kW for the evaporator, fouling factor: 0.044m²K/kW for the
condenser, standard heat exchangers, electrical voltage frequency: 50 Hz, refrigerant: R134a.
55
56
57
66
67
69
87
89
91
93
95
97
100
102
104
114
117
120
126
129
132
138
142
145
152
156
160
171
176
180
195
201
207
216
222
229
Water Systems
Unit
size
Evaporator
leaving water
temperature
(°C)
RTWB - RTUB
Performance data - RTWB
161
PROD-PRC014-E4
Performance data - RTUB
40
Condenser leaving water temperature (°C)
50
Cooling
Power
capacity
input
(kW)
(kW)
Evaporator
leaving water
temperature
(°C)
Cooling
capacity
(kW)
Power
input
(kW)
207
5
7
9
205
221
237
48
49
50
181
195
210
208
5
7
9
242
260
278
57
58
60
210
5
7
9
306
329
352
211
5
7
9
212
60
Cooling
capacity
(kW)
Power
input
(kW)
57
58
59
152
164
177
69
70
71
214
231
248
67
69
70
181
195
210
81
83
84
74
76
78
270
291
312
87
89
91
231
249
269
104
106
107
323
347
372
79
81
83
286
308
331
93
95
97
246
266
287
111
113
115
5
7
9
347
372
399
85
87
89
308
331
356
100
102
103
265
287
309
119
121
123
214
5
7
9
423
455
488
94
96
98
376
405
436
111
113
115
326
352
379
133
135
137
216
5
7
9
461
495
531
102
105
107
411
442
475
121
123
125
356
385
415
145
147
149
217
5
7
9
499
536
574
111
113
116
445
479
514
132
134
136
387
418
450
158
160
162
218
5
7
9
536
575
615
124
127
130
480
515
553
147
149
152
419
451
486
175
178
181
220
5
7
9
585
627
671
139
142
146
524
563
603
163
167
170
458
493
530
195
198
201
222
5
7
9
684
734
786
157
161
165
614
660
708
183
187
191
537
579
623
216
220
224
224
5
7
9
742
796
852
171
176
181
668
718
770
199
204
208
588
633
680
236
240
244
Unit size
Evaporator deltaT 5°C, sub-cooling 9.6°C, fouling factor 0.0176 m²K/kW, standard evaporators electrical voltage frequency 50Hz,
refrigerant R134a
162
PROD-PRC014-E4
The model RTUB condenserless chiller has been designed for installation and optimized operation with the model RTCA remote
air-cooled condenser.
Provided that rules regarding maximum distance between units and a maximum height of the liquid line are followed, any of
the following can be done.
Advantages of having a remote condenser as opposed to a condenser built into the chiller:
• Allows installation in existing buildings, with limited roof or external surface available
• Easy maintenance
• No sound radiation outside of the technical room
• Possibility of heat reclaim
RTWB - RTUB
Typical installation
RTCA
Condenser above chiller
RTUB
RTCA
RTUB
RTUB
Condenser below chiller
RTCA
Discharge line connections
Water Systems
Condenser and chiller at the same level
Liquid line connections
163
PROD-PRC014-E4
Indoor chillers
Condenser, axial fans
215-600 kW
RTCA
RTCA
Customer benefits
• Specifically designed to be matched with TRANE indoor
chiller :
- guarantee of sustainable performance
- single source responsibility
- reduced commissioning time
• Low Sound version for sensitive environment: a high
level of acoustic comfort
Main features
• Integral subcooling circuits for energy savings and system efficiency
• V-shaped coil arrangement
• Axial fans, several choices of fan speeds
• Designed for optimized operation with an RTUB chiller
• Unit-mounted control panel
Options
• 2-speed fans
• Copper fins
• Black epoxy-coated aluminium fins
• Factory-mounted starter panel
• Night noise setback for noise sensitive applications
• Low ambient operation
164
PROD-PRC014-E4
Unit size
Gross heat rejection (1)
Power input (2)
Refrigerant
Number of refrigerant circuits
Refrigerant charge
Condenser type
Hot gas
connection diameter
Liquid
connection diameter
Total airflow
Number of fans
Fan speed
Sound power level
Length
Width
Height
Shipping weight (3)
Operating weight (3)
Sound pressure
level at 1 m
Minimum operating
outdoor air temperature
Maximum operating
outdoor air temperature
Power supply
Full-load amps (4)
108
109
111
113
115
(kW)
(kW)
215
4.0
245
4.0
294
6.1
431
8.1
492
8.1
(kg)
1
22
1
26
1
36
1
44
208
209
211
213
215
216
588
215
245
294
431
492
588
12.1 2x2.0 2x2.0 2x3.05 2x4.05 2x4.05 2x6.05
R134a
1
1
2
2
2
2
2
2
52
72
2 x 11 2 x 13 2 x 18 2 x 22 2 x 26 2 x 36
Aluminium fins copper tubes
(inches)
1 5/8
(inches)
(m3/h) 42500 50400 69300 77200 84700
4
4
6
8
8
(rpm)
(dB(A)) 85
85
87
88
88
(mm) 2870 2870 2870 4610 5450
(mm)
(mm)
(kg)
1020 1100 1300 1870 2170
(kg)
810
890
1090 1535 1770
(dB(A))
116
RTCA
General data
67
67
69
69
69
1 1/8
98500 42500 50400 69300 77200 84700
12
2x2 2x2 2x3 2x4 2x4
690
90
85
85
97
88
88
5450 2870 2870 2870 4610 5450
2285
1630
2450 1020 1100 1300 1870 2170
2050
810
890
1090 1535 1770
70
67
(°C)
0
(°C)
(V/Ph/Hz)
(A)
40
400/3/50
2.8
67
69
69
69
98500
2x6
90
5450
2450
2050
70
Water Systems
(1) Ambient air temperature: 35°C, saturated condensing temperature: 60°C, subcooling: 9.6°C
(2) Fans only
(3) With aluminium fins
(4) Per fan
165
PROD-PRC014-E4
Indoor chillers
Helical rotary compressor
500-1500 kW
RTHD
RTHD
TracerTM CH530
Customer benefits
Accessories
• Trane helirotor compressor - designed to perform, built
to last: superior reliability and low cost of ownership
• State of the art control to guarantee superior
dependability: low cost of ownership
• R134a refrigerant for high performance: low energy
consumption
• Neoprene isolators
• Flow switch
• Outside air temperature sensor
• Condenser valves
Main Features
Adaptive Control™ microprocessor-based control
featuring:
• Easy to use DynaView operator interface
• Chilled water pump control
• Alarm indicator progammable relays
• Chilled water and current limit remote setpoint card
(optional)
• Ice making controls (optional)
• Tracer Summit™ Communication interface (optional)
• LonTalk communication card (optional)
• Condenser valve regulation card (optional)
• Low-speed, direct-drive semi-hermetic helical rotary
compressor featuring only four moving parts, suctiongas-cooled motor
• Fully modulating load control (25-100%)
• Compact physical footprint - fits through standard
double-width doors
• Bolt-together construction for easy unit disassembly
• Factory mounted star-delta starter panel
• Simplified piping - the only piping required is for the
evaporator and condenser Victaulic connections
• Single power connection - reduced wiring costs
• Tube-in-shell condenser
• Falling film evaporator - high COP and reduced
refrigerant charge
• Tracer Summit™ capabilites
• LonTalkTM compatible
Control
Options
• Insulation on evaporator, water boxes, suction line,
motor housing
• Fused or non-fused power disconnect switch
• Under/over voltage protection
166
PROD-PRC014-E4
Cooling capacity (2)
Power input (2)
Coefficient of
Performance
Refrigerant
Number of
refrigerant circuits
Refrigerant charge
Compressor type
Number of compressors
Oil charge
Evaporator type
Evaporator
water content
Evaporator
water connection type
Evaporator water
connection diameter
Condenser type
Condenser
water content
Condenser water
connection type
Condenser
water connection diameter
Sound power level (3)
Sound
pressure level at 1 m (3)
Minimum operating
ambient air temperature
Maximum operating
ambient air temperature
Minimum leaving water
temperature condenser
Maximum leaving water
temperature condenser
Minimum leaving water
temperature evaporator (6)
Maximum leaving water
temperature evaporator
Power supply
Standard starter type
Start-up amps (4)
Maximum amps (5)
Maximum cable size
Disconnect switch size
Comp
EVP
CDS
(kW)
(kW)
B1
B1
B1
540.1
95.5
B1
C1
D1
560.5
94.4
B2
B1
B1
589.3
104.8
B2
C1
D1
611.4
103.1
C1
D6
E5
760.5
141.2
C1
D5
E4
771.4
138.9
C1
D3
E3
792.5
136.4
C2
D6
E5
874.4
165.3
C2
D5
E4
886.4
161.7
5.7
5.9
5.6
5.9
5.4
5.6
R134a
5.8
5.3
5.5
6.1
5.3
(kg)
186
222
186
222
222
238
222
(l)
17
17
17
17
23
38
23
(l)
155
208
155
208
170
197
310
197
200
200
200
200
178
110
121
226
121
1
222
222
222
222
Helical rotary
1
23
23
23
23
Tube-in-shell/Falling film
170
197
295
C2
D1
E1
D4
F1
E4
932.1 1034.1
153.9 195.9
Victaulic
(mm)
150
150
150
150
(l)
106
117
106
117
200
200
200
Tube-in-shell/Flooded
110
121
Victaulic
(mm)
(dB(A))
150
98
150
98
150
98
150
98
200
98
200
98
200
98
200
98
200
98
200
98
200
97
(dB(A))
80
80
80
80
80
80
80
80
80
80
78
480
349
240
400
480
349
240
400
480
349
240
400
480
349
240
400
748
455
2x300
630
(°C)
10
(°C)
50
(°C)
20
(°C)
50
(°C)
-12
(°C)
(V/Ph/Hz)
18
400/3/50
Star-delta
480
349
240
400
(A)
(A)
(mm²)
(A)
412
233
240
250
412
233
240
250
412
233
240
250
412
233
240
250
480
349
240
400
(1) Unit size presented as compressor code-evaporator code-condenser code
(2) Standard Eurovent conditions: - Evaporator entering/leaving water temperature 12°C and 7°C. Condenser entering/leaving water temperature 30°C/35°C. Evaporator and condenser fouling factor = 0.044 m²K/kW.
(3) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(4) Inrush current in star connection
(5) To be used for power cable sizing
(6) With ethylene glycol
Water Systems
Unit size (1)
RTHD
General data
All units: evaporator 3 pass, condenser 2 pass, except models D1 G1 G1, D2 G2 G1, D3 G2 G2 and E3 G3 G3: evaporator 4 pass, condenser 2 pass
167
PROD-PRC014-E4
General data
Unit size (1)
Cooling capacity (2)
Power input (2)
Coefficient of
Performance
Refrigerant
Number of refrigerant
circuits
Refrigerant charge
Compressor type
Number of compressors
Oil charge
Evaporator type
Evaporator
water content
Evaporator water
connection type
Evaporator water
connection diameter
Condenser type
Condenser water
content
Condenser water
connection type
Condenser water
connection diameter
Sound power level (3)
Sound pressure
level at 1 m (3)
Minimum operating
ambient air temperature
Maximum operating
ambient air temperature
Minimum leaving water
temperature condenser
Maximum leaving water
temperature condenser
Minimum leaving water
temperature evaporator (6)
Maximum leaving water
temperature evaporator
Power supply
Standard starter type
Start-up amps (4)
Maximum amps (5)
Maximum cable size
Disconnect switch size
Comp
EVP
CDS
(kW)
(kW)
D1
D3
E3
1063
190
D1
G1
G1
1136
183
D2
D1
E1
1138
209
D2
F1
F2
1202
201
D2
G2
G1
1240
198
D3
D1
E1
1213
226
D3
F1
F2
1284
216
D3
G2
G2
1333
211
E3
D2
E2
1323
263
E3
F2
F3
1401
252
E3
G3
G3
1457
246
5.6
6.2
5.5
6.0
6.3
5.4
R134a
5.9
6.3
5.0
5.6
5.9
(kg)
222
318
215
284
215
284
318
(l)
23
42
23
38
23
38
42
(l)
295
515
261
386
545
280
405
602
216
344
178
231
367
1
318
215
284
318
Helical rotary
1
42
23
38
42
Tube-in-shell/Falling film
545
261
386
Victaulic
(mm)
(l)
200
Tube-in-shell/Flooded
178
299
166
216
299
166
Victaulic
(mm)
(dB(A))
97
97
97
97
97
200
97
97
97
101
101
101
(dB(A))
78
78
78
78
78
78
78
78
82
82
82
748
455
748
488
748
488
748
488
(°C)
10
(°C)
50
(°C)
20
(°C)
50
(°C)
-12
(°C)
(V/Ph/Hz)
18
400/3/50
Star-delta
748
748
748
455
455
455
2x300
630
(A)
(A)
(mm²)
(A)
748
455
748
455
748
455
748
455
(1) Unit size presented as compressor code-evaporator code-condenser code
(2) Standard Eurovent conditions: - Evaporator entering/leaving water temperature 12°C and 7°C. Condenser entering/leaving water temperature 30°C/35°C. Evaporator and condenser fouling factor = 0.044 m²K/kW.
(3) Under free field conditions only, on a reflecting surface, data in accordance with ISO 3746-1996
(4) Inrush current in star connection
(5) To be used for power cable sizing
(6) With ethylene glycol
All units: evaporator 3 pass, condenser 2 pass, except models D1 G1 G1, D2 G2 G1, D3 G2 G2 and E3 G3 G3: evaporator 4 pass, condenser 2 pass
168
PROD-PRC014-E4
RTHD
Dimensions,
weights and clearances
Access to
control panel
Z
X
Y
Weights
Unit size (1)
B1-B1-B1
B1-C1-D1
B2-B1-B1
B2-C1-D1
C1-D6-E5
C1-D5-E4
C1-D3-E3
C2-D6-E5
C2-D5-E4
C2-E1-F1
D1-D4-E4
D1-D3-E3
D1-G1-G1
D2-D1-E1
D2-F1-F2
D2-G2-G1
D3-D1-E1
D3-F1-F2
D3-G2-G2
E3-D2-E2
E3-F2-F3
E3-G3-G3
X
3170
3635
3170
3635
3292
3292
3292
3292
3292
3670
3292
3292
3809
3292
3686
3809
3292
3686
3809
3292
3686
3809
(1) With standard pass water box
Y
1600
1600
1600
1600
1600
1600
1600
1600
1600
1600
1600
1600
1800
1600
1600
1800
1600
1600
1800
1600
1600
1800
Z
1850
1850
1850
1850
1940
1940
1940
1940
1940
1940
1940
1940
2035
1940
1940
2035
1940
1940
2035
1940
1940
2035
Operating
weight
(kg)
3940
4260
3940
4260
5700
5470
5380
5470
5380
6105
5955
5775
7440
5885
6665
7660
5885
6695
7795
6050
6830
8060
4215
4605
4215
4605
6160
5840
5705
5840
5705
6640
6420
6145
8320
6300
7280
8575
6300
7310
8760
6460
7490
9115
Minimum clearances
(mm)
A
2530
2530
2990
2990
2510
2510
2510
2510
2510
2510
2510
2510
2510
2510
2980
2970
2970
2970
3130
3130
3130
3130
B/C/D
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
Water Systems
Dimensions
(mm)
Shipping
weight
(kg)
169
PROD-PRC014-E4
Indoor chillers
Centrifugal compressor
1400-3800 kW
CVGF
CVGF
TracerTM CH530
Customer benefits
Accessories
• Hermetic, Multistage Trane Centrifugal compressor
offering both wide operating range + extended part load
capability
- minimum maintenance requirements
- no extra ventilation required to cool compressor motor
• State of the art control to guarantee superior
dependability: low cost of ownership
• R134a refrigerant for high performance: low energy
consumption
• Flanged adaptors
• Flow switch(es)
Main Features
Controls
Adaptive Control™microprocessor controls featuring:
• Easy to use DynaView operator interface panel
• External Auto/Stop
• External interlock
• Water pump control
• Lon Talk® Communication card COMM5 (option)
• Hermetic two-staged centrifugal compressor-motor
assembly with integral lubrication system and
economizer cycle
• Liquid cooled hermetic induction motor
• Advanced motor protection
• Hundreds of evaporator-condenser-compressor
combinations available, permitting precise tailoring to
system requirements
• Single power connection - reduce wiring costs
• Factory mounted star-delta starter panel
• Prewired instrument and control panel
• Lon Talk® compatible
Options
• Solid-state starters
• Marine waterboxes (10.5 or 21 bar) condenser only
• Cold parts thermal insulation
170
PROD-PRC014-E4
Unit size
500
650
800
1000
1400
1950
220
340
1500
2500
230
430
1850
2800
280
480
2200
3500
330
600
2400
3800
420
650
5.8
5.8
5.8
5.8
5.8
6.6
6.6
6.6
6.6
(kg)
1
290
1
290
1
540
1
540
(l)
1
57
1
57
1
57
1
57
(l)
380
440
6.6
R134a
1
390
Centrifugal
1
57
Falling film
660
820
980
(kW)
(kW)
(kW)
(kW)
Victaulic/Flanged adaptor
(inches)
8
8
10
Tube-in-shell
10
12
(l)
430
480
760
900
1100
Victaulic/Flanged adaptor
(inches)
10
10
12
12
14
(dB(A))
82
82
84
81
81
975
546
150
600
4950
2300
2520
14400
17100
1200
689
185
800
4950
2300
2520
15800
18500
(°C)
5
(°C)
50
(°C)
+1.4
(°C)
(V/Ph/Hz)
15
400/3/50
Star-delta
883
485
150
600
4800
2080
2270
11000
12800
(A)
(A)
(mm²)
(A)
(mm)
(mm)
(mm)
(kg)
(kg)
699
375
120
400
4600
1980
2090
8800
10090
699
375
120
400
4600
1980
2090
8800
10090
(1) Considering the number of evaporator-condenser-compressor combinations available, only minimum and maximum values are given for each unit size.
12/7°C entering/leaving chilled water temperature and 27/32°C entering/leaving condenser water temperature
(2) At full load, in accordance with ISO 3746 -1996
(3) Inrush current in star connection
(5) Weights are indicative and depend on heat exchanger combinations
Water Systems
Minimum cooling capacity (1)
Maximum cooling capacity (1)
Minimum power input (1)
Maximum power input (1)
Minimum Coefficient
of Performance
Maximum Coefficient
of Performance
Refrigerant
Number of refrigerant circuits
Refrigerant charge
Compressor type
Number of compressors
Oil charge
Evaporator type
Evaporator water content
Evaporator
water connection type
Evaporator
water connection diameter
Condenser type
Condenser
water content
Condenser
water connection type
Condenser
water connection diameter
Sound
pressure level at 1 m (2)
Minimum operating
ambient air temperature
Maximum operating
ambient air temperature
Minimum leaving
water temperature
Maximum leaving
water temperature
Power supply
Standard starter type
Start-up amps (3)
Maximum amps (4)
Maximum cable size
Disconnect switch size
Length
Width
Height
Shipping weight (5)
Operating weight (5)
400
CVGF
General data
171
PROD-PRC014-E4
Indoor chillers
Single-stage absorption
400-1630 kW
ABSC
ABSC
UCP2TM
Customer benefits
Accessories
• Use of available hot water or steam energy sources to
produce chilled water: energy savings
• State of the art control to guarantee superior
dependability: low cost of ownership
• Single shell design to guarantee superior life time:
maximum return on investment
• Flanges
Main features
• Proven refrigeration cycle based on the use of:
- Distilled water as refrigerant
- Lithium bromide as absorbant
• Chilled water is produced by recovering waste energy
from a cogeneration plant, incinerator or any process
where hot water from 90°C to 130°C, or steam up to
1 bar, is available
• COP of 0.63 under nominal duty conditions
• One single moving part: hermetic pump-motor
assembly, cooled by a distilled refrigerant water
• Single shell design
• Cupronickel tubing in concentrator and absorber
• Patented fixed and floating tubes support to allow tube
expansion in concentrator
• Tubes are individually replaceable
• Variable speed solution pumps
• Single pump motor
Control
Advanced microprocessor-based UCP2™ control module
with extended control, safety and diagnostic capability.
• Liquid crystal display
• Adaptive ControlTM
• Enhanced operation safety features (automatic
crystallization protection)
Options
• Wide choice of tube materials
172
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Power input (2)
Coefficient of Performance
Minimum operating
ambient air temperature
Maximum operating
ambient air temperature
Minimum leaving
water temperature
Maximum leaving
water temperature
Lithium bromide charge
Distilled water charge
Length
Width
Height
Operating weight
Shipping weight
Power supply
Maximum amps
(kW)
(kW)
112
129
148
174
200
228
256
294
354
385
420
465
394
3.8
453
4.2
520
4.2
611
5.1
704
5.4
801
5.8
900
7.0
0.63
1034
7.2
1245
7.5
1354
8.3
1477
8.3
1635
8.5
1430
572
5000
1640
670
5850
1600
648
5050
1920
795
5950
1920
795
5950
1750 1750 1960 1960
2500 2500 2700 2700
10400 11200 12600 13700
7300 7700 8900 10000
1960
2700
14600
10200
(°C)
5
(°C)
50
(°C)
4.5
(°C)
(kg)
(l)
(mm)
ABSC
General data
15
680
210
3370
735
231
3800
815
265
5000
950
322
3800
1050
360
4300
1140
402
4900
1240
485
4400
(mm) 1530
(mm) 2200
(kg) 5100
(kg) 4000
(V/Ph/Hz)
(A)
10.0
1530
2200
5600
4100
1530
2200
6100
4500
1630
2330
6800
5000
1630
2330
7400
5400
10.0
10.0
12.5
12.5
1630 1750
2330 2500
8200 8700
6000 6800
400/3/50
12.5
12.5
12.5
16.5
16.5
16.5
16.5
Water Systems
(1) With steam at 0.83 bar, chilled water 12.2/6.7°C and cooling water entering at 26.7°C
(2) Solution pump motor only
173
PROD-PRC014-E4
Indoor chillers
Horizon™
Single-stage absorption
2000-4800 kW
ABSD
ABSD
UCP2TM
Customer benefits
Accessories
• Use of available hot water or steam energy sources to
produce chilled water: energy savings
• State of the art control to guarantee superior
dependability: low cost of ownership
• Lithium bromide filter
• Flanges
Main features
Advanced microprocessor-based UCP2™ control module
with extended control, safety and diagnostic capability.
• Liquid crystal display
• Adaptive ControlTM
• Enhanced operation safety features (automatic
crystallization protection)
• Proven refrigeration cycle based on the use of:
- Distilled water as refrigerant
- Lithium bromide as absorbant
• Chilled water is produced by recovering waste energy
from a cogeneration plant, incinerator, or any process
where hot water from 90°C to 130°C, or steam up to
1 bar, is available
• COP of 0.7 under nominal duty conditions
• Double shell design to facilitate installation in an
equipment room
• Cupronickel tubing in concentrator and absorber
• Patented fixed and floating tubes support to allow tube
expansion in concentrator
• Tubes are individually replaceable
• Variable speed solution pumps to optimize part load efficiency
• Purge unit automatically controlled by UCP2TM
Control
Options
• Wide choice of tube materials
• Cross-over pipe between absorber and condenser
• Marine water boxes for absorber and condenser
• Factory-mounted energy valve
174
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Power input (2)
Coefficient of Performance (1)
Minimum operating ambient
air temperature
Maximum operating ambient
air temperature
Minimum leaving
water temperature
Maximum leaving
water temperature
Lithium bromide charge
Distilled water charge
Length
Width
Height
Operating weight
Shipping weight
Power supply
Maximum amps
(kW)
(kW)
500
600
700
800
975
1100
1225
1350
2008
9.7
0.71
2356
9.7
0.72
2595
11.6
0.71
3021
11.6
0.72
3510
13.0
0.71
3886
14.9
0.70
4354
14.9
0.70
4821
14.9
0.71
2310
620
6600
2500
680
7300
2670
750
7900
2820
810
8500
3550
22700
16500
3550
24300
17600
3550
26000
18800
3550
27600
20000
37
41
41
41
(°C)
5
(°C)
50
(°C)
4.0
(°C)
(kg)
(l)
(mm)
(mm)
(mm)
(kg)
(kg)
(V/Ph/Hz)
(A)
1650
570
5500
1840
720
6300
2100
870
7100
2910
14400
10400
2910
16200
11500
2910
18200
12700
29
29
32
15
2340
1030
7100
2500
2910
20100
13900
400/3/50
32
ABSD
General data
Water Systems
(1) With steam at 0.83 bar, chilled water 12.2/6.7°C and cooling water entering at 29.4°C
(2) Solution pump motor only
175
PROD-PRC014-E4
Indoor chillers
Horizon™
Two-stage absorption
1300-6000 kW
ABTF
ABTF
UCP2TM
Customer benefits
Control
• Use of available steam energy sources to produce
chilled water: energy savings
• Automatic Crystallization Protection: guarantee of
maximum dependability
• Easy installation, start-up and service: saving of time
Advanced microprocessor-based UCP2™ control module
with extended control, safety and diagnostic capability.
• Liquid crystal display
• Adaptive ControlTM
• Enhanced operation safety features (automatic
crystallization protection)
Main features
• High energy efficiency double effect distilled
water/lithium bromide refrigeration cycle with optimized
heat exchangers
- COP of 1.2 under nominal duty conditions
- Uses superheated water (up to 180°C) or steam (up to
8 bars) as primary energy source
- Reduced heat rejection
• Ease of installation: modular design to facilitate reliable
disassembly and reassembly on jobsite
• Lithium bromide solution variable speed pump
• Floating tube supports allowing tube expansion
• Purge unit automatically controlled by UCP2TM
• Marine water boxes for absorber and condenser
Options
• Wide choice of tube materials
• Cross-over pipe between absorber and condenser
• Factory-mounted energy valve
Accessories
• Lithium bromide filter
• Flanges
176
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Power input (2)
Coefficient
of Performance (1)
Minimum operating
ambient air temperature
Maximum operating
ambient air temperature
Minimum leaving
water temperature
Maximum leaving
water temperature
Lithium
bromide charge
Distilled water charge
Length
Width
Height
Operating weight
Shipping weight
Power supply
Maximum amps
380 440 500 575 660 750 850 950 1050 1150 1200 1350 1500 1650
ABTF
General data
(kW) 1266 1498 1734 1963 2318 2691 3218 3623 4027 4428 4446 4991 5533 6053
(kW) 10.6 10.6 12.0 20.5 20.5 23.0 30.0 30.0 30.0 30.0 32.5 32.5 32.5 32.5
1.20
1.21
1.21
1.21
1.21
1.21
1.23
(°C)
5
(°C)
50
(°C)
4.0
(°C)
15
(kg) 2540
(l)
610
(mm) 6600
(mm) 2500
(mm) 2900
(kg) 18400
(kg) 13800
(V/Ph/Hz)
(A)
27
1.23
1.24
1.24
1.19
1.19
1.19
1.20
2660
2660
3530
3090
3750
4600
4940
5300
5620
6500
7240
7760
8360
610
610
950
950
950
1030
1140
1330
1400
610
650
690
720
6600
6600
9400
9400
9400
7300
7900
8500
9100
8300
8900
7600 10200
2500
2500
2500
2500
2500
3300
3300
3300
3300
4000
4000
4000
4000
2900
2900
2900
2900
2900
3700
3700
3700
3700
4000
4000
4000
4000
19200 19800 24500 25400 26300 33100 35500 37700 40000 47100 50400 53700 50900
14300 14800 18000 18500 19100 24000 25700 27200 28700 34200 36400 38600 40800
27
32
42
42
45
400/3/50
56
56
56
56
60
60
60
60
Water Systems
(1 With steam at 8.3 bar, chilled water 12.2/6.7°C, and cooling water entering at 29.4°C
(2) Solution pump motor only
177
PROD-PRC014-E4
Indoor chillers
Direct-fired absorption
350-3900 kW
ABDL
ABDL
Customer benefits
Control
• Use of available gas energy sources to produce chilled
water: energy saving
• All sizes can act as a chiller/heater: specifically designed
for applications requiring chilled water for space cooling
during the summer and hot water for space heating
during the winter (water temperatures up to 82°C are
available)
• Available with an auxiliary heat exchanger which
provides simultaneous cooling and heating of water:
flexibility to meet the customer's exact requirements
• Microprocessor based control module to operate the
chiller and the burner safely
• Automatic crystallization protection
Main features
• Proven refrigeration cycle based on the use of :
- Distilled water as refrigerant
- Lithium bromide as absorbant
• Chilled water is produced using the heat provided by an
integrated gas burner to concentrate the solution of
Lithium Bromide.
• COP of 1 under nominal duty conditions
• Possibility to produce hot water up to 60°C in reversible
mode (up to 80°C optional)
• Gas burner fully integrated and contolled by unit microprocessor-based control module
• Fully modulating burner (100 - 30%)
Options
• Auxiliary heat recovery condenser to produce hot water
up to 82°C in simultaneous mode (control not Trane-supplied)
• Full enclosure for outdoor installation up to size 550
• Possibility to ship unit disassembled from size 600
178
PROD-PRC014-E4
Unit size
(kW)
120
150
180
351
421
527
632
Coefficient of Performance (2)
200
240
300
350
400
703
843
1054
1230
1406
591
710
887
1035
1183
2430
0.99
Heating capacity (3)
(kW)
Minimum operating
ambient air temperature
295
354
444
533
(°C)
5
Minimum leaving chilled
water temperature
(°C)
6
Maximum leaving chilled
water temperature
(°C)
11
Minimum entering cooling
water temperature
(°C)
22
Maximum leaving cooling
water temperature
(°C)
Lithium bromide charge
(kg)
615
720
870
1095
1205
1420
1895
2165
Distilled water charge
(l)
87
102
125
140
151
189
265
310
352
Length
(mm)
3020
3020
3650
4160
4520
5330
4250
4790
5390
Width
(mm)
1490
1490
1490
1610
1610
1610
2030
2030
2030
Height
(mm)
2190
2190
2190
2250
2250
2250
2740
2740
2740
Operating weight
(kg)
4800
5300
6100
7100
7600
8600
12700
14300
15400
Shipping weight (4)
(kg)
4400
4900
5600
6500
7000
7900
11300
12700
13700
Power supply
(V/Ph/Hz)
Total electrical input (5)
(kW )
Unit size
Cooling capacity (1)
(kW)
38
400/3/50
3.8
4.15
4.15
5.2
5.95
5.95
6.7
6.7
7.4
450
500
550
600
700
800
900
1000
1100
1582
1758
1933
2109
2461
2812
3164
3516
3867
2071
2367
2662
2958
3254
6875
Coefficient of Performance (2)
0.99
Heating capacity (3)
(kW)
Minimum operating
ambient air temperature
1331
1479
1627
1775
(°C)
5
Minimum leaving chilled
water temperature
(°C)
6
Maximum leaving chilled
water temperature
(°C)
11
Minimum entering cooling
water temperature
(°C)
22
Maximum leaving cooling
water temperature
(°C)
Lithium bromide charge
(kg)
2885
3180
3485
4015
4305
5125
5655
5995
Distilled water charge
(l)
360
401
439
431
492
583
640
712
780
Length
(mm)
5950
6630
7190
6050
6600
7230
7870
6750
7130
Width
(mm)
2180
2180
2180
3060
3060
3220
3220
3800
3800
Height
(mm)
2740
2740
2740
3330
3330
3330
3330
3680
3680
Operating weight
(kg)
16600
18500
20800
27100
28900
32800
36400
41900
44900
Shipping weight (4)
(kg)
14800
16500
18600
23700
25300
28500
31900
31000
33100
Power supply
(V/Ph/Hz)
Total electrical input (5)
(kW )
16.3
16.3
21.5
21.5
38
400/3/50
7.8
9.3
(1) Chilled water=12/7°C, cooling water = 27/35°C, Fouling factor=0.088 m2K/kW
(2) Based on PCS=11 kWh/m3
(3) Hot water= 50/60°C, Fouling factor = 0.088 m2K/kW
(4) Includes Lithium Bromide and distilled water charges
(5) Includes solution pumps, burner, purge and control
9.3
13
16.3
Water Systems
Cooling capacity (1)
100
ABDL
General data
179
PROD-PRC014-E4
Indoor chillers
Centrifugal fans, scroll compressor
49-150 kW*
CGCL
CGCL
SMM
• Indoor installation:
- allows installation in existing buildings, with limited
roof or external surface available
- easy maintenance,
- no sound radiation outside of technical room
- possibility of heat reclaim
• Trane Scroll compressor: minimum maintenance
requirement
• Evaporator water pump command
• Water filter
• Filter box fitted with A150/AR300/M8 filters
• Hydraulic module - for information, contact your local
sales office
• Auxiliary card to display entering water temperature on
the evaporator and or to validate auxiliary temperature
set point with a remote contact (ships with water sensor
with 5m cable)
• TCI-S card to communicate with BMS
Main features
Control
• Scroll Compressors
- Hermetic, high efficiency, low vibration, low sound
level
- Full internal protections, internal temperature and
bypass valve
• External sheet metal parts are galvanized and finished
with powder paint RAL 9002
• Access panels are quickly removable using a square key
• Vertical or horizontal condenser fan discharge
• Compact - fits through standard-width doors (866 mm
except size 500 and 600)
• Up to 500 Pa total static pressure at the fan
Microprocessor control module SMM (Scroll Manager
Module) with liquid crystal display operator interface
controlling and indicating :
• Leaving water temperature
• Equalization of the number of starts and operating hours
of each compressor
• Fan speed
• HP limitation
• Low pressure protection
• Short cycle protection
• Remote on/off per circuit (dry contact)
• Failure indication per circuit (dry contact)
• History of the last 20 defaults
Access to current settings through a window in the
electrical panel
Customer benefits
Options
• 380, 400 and 415V power voltage
• 400 / 220V transformer for the control
• Disconnect switch
• Black epoxy-coated aluminium fins
• Copper fins
• 300, 400 and 500 Pa total static pressure at the fan
• Compressor sound attenuating jacket
• High and low pressure gauges
180
* Also available with R134a. For information, please contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Evaporator type
Evaporator
water content
Unit water
connection type
Unit water
connection diameter
Condenser type
Total airflow
Number of fans
Fan speed
Sound power level 300 Pa
Sound power level 400 Pa
Sound power level 500 Pa
Minimum operating outdoor air
temperature
Maximum operating outdoor air
temperature
Minimum leaving
water temperature (2)
Maximum leaving
water temperature
Number of fan discharge openings
Fan discharge opening dimensions
Air inlet opening dimensions
(kW)
(kW)
250
300
350
400
450
500
600
49.2
21.9
61.1
26.9
74.0
34.6
86.9
38.2
100.7
46.8
110.6
55.6
126.1
59.6
151.6
73.0
2.3
2.3
2.1
2.3
2.2
2.0
2.1
2.1
1
23
1
23
2
15
2
15
Scroll
3
3
2
2
14.2/17/Brazed plate
3
2
19.8/-
4
4
10.4/ 10.4
4
4
13.2/ 13.2
8.2
10.5
12.3
16.1
2½
2½
34500
2
39100
3
47600
3
95
96
97
90
92
93
94
95
96
2
570
x 485
2743
x 1219
3
570
x 493
2743
x 1626
3
570
x 493
2743
x 1626
R407C
(kg)
1
12
1
15
1
15
(l)
2
2
7.6/-
2
2
10.4/-
2
2
13.2/-
(l)
4.7
5.9
7.0
1
23
10.5
ISO R7 male
(inches)
1½
1½
(m3/h)
15300
1
17800
2
23800
2
88
90
91
84
86
88
87
89
90
(rpm)
(dB(A))
(dB(A))
(dB(A))
1½
2
2
2
Copper tubes with aluminium fins
26800
30600
2
2
1450
89
91
90
93
92
94
(°C)
-5
(°C)
40
(°C)
-12
(°C)
(mm)
(mm)
12
1
560
x 481
1829
x 914
2
560
x 481
1829
x 1219
2
560
x 481
1829
x 1219
2
570
x 485
2743
x 1219
2
570
x 485
2743
x 1219
(1) At Eurovent conditions, 7°C leaving water temperature and 35°C entering condenser air temperature
(2) With 37% glycol solution
Fan configuration options
Water Systems
xxxxxxxxxxxxxxxxxx
Cooling capacity (1)
Power input (1)
Coefficient of Performance
cooling mode
Refrigerant
Number of refrigerant circuits
Refrigerant charge per circuit
Compressor type
Number of compressors
Number of capacity steps
Oil charge circuit 1/circuit 2
200
CGCL
General data
Note: Configurations 1.0 and 2.0 are available on all sizes of CGCL. Configuration 2.1 is only available on sizes 500 and 600. Configuration 3.0 is not available on
sizes 500 and 600.
181
PROD-PRC014-E4
Dimensions,
weights and clearances
Access
control panel
Z
B
D
A
C
X
Y
Weights (1)
Shipping
Operating
weight
weight
(kg)
(kg)
Dimensions
(mm)
Unit size
200
250
300
350
400
450
500
600
X
Y
Z
2268
2268
2268
3230
3230
3230
3230
3230
866
866
866
866
866
866
1216
1216
1997
1997
1997
1997
1997
1997
1997
1997
750
870
930
1130
1190
1250
1450
1570
710
830
890
1080
1140
1200
1380
1500
Minimum clearances
(mm)
A
B
C
D
800
800
800
800
800
800
1200
1200
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
(1) With aluminium fins
Electrical data
Unit size
Power supply
Standard starter type
Start-up amps
Maximum amps
Maximum cable size
200
250
35
35
(V/Ph/Hz)
(A)
(A)
(mm²)
300
350
400
450
400/3/50
Direct
Depends on total fan static pressure
Depends on total fan static pressure
50
50
95
95
500
600
95
95
182
PROD-PRC014-E4
Evaporator water pressure drop
CGCL
100
kPa
50
20
10
1
3
2
5
4
6
7
8
9
10
Water Flow l/s
Performance data
Condenser Entering Air Temperature (°C)
30
35
Evaporator
Leaving
Water
Temperature
(°C)
5
7
9
Unit size
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
Cooling
capacity
(kW)
Power
input (1)
(kW)
200
250
300
350
400
450
500
600
51.7
64.3
77.5
91.1
105.7
116.2
132.1
159.1
13.8
17.9
21.5
24.2
28.4
32.3
35.3
43.5
49.2
61.1
73.8
86.8
100.6
110.6
125.9
151.5
15.6
20.1
24.0
27.1
31.8
36.1
39.6
48.6
46.4
57.7
69.8
82.1
95.1
104.6
119.1
143.4
17.6
22.6
26.9
30.5
35.6
40.4
44.5
54.4
43.5
54.1
65.6
77.0
89.2
98.3
111.9
134.7
19.9
25.5
30.2
34.4
40.0
45.2
50.0
60.9
200
250
300
350
400
450
500
600
54.8
68.0
82.1
96.5
111.9
122.9
139.8
167.9
14.1
18.3
21.9
24.6
28.9
32.9
35.9
44.3
52.1
64.7
78.2
91.9
106.5
116.9
133.2
159.9
15.9
20.5
24.5
27.6
32.4
36.7
40.3
49.5
49.2
61.1
74.0
86.9
100.7
110.6
126.1
151.3
17.9
23.1
27.4
31.0
36.3
41.1
45.3
55.4
46.1
57.3
69.4
81.6
94.5
103.9
118.5
142.2
20.2
26.0
30.7
35.0
40.7
46.0
50.9
62.0
200
250
300
350
400
450
500
600
57.9
71.8
86.7
101.9
118.1
129.5
147.4
176.6
14.4
18.6
22.3
25.0
29.5
33.5
36.6
45.1
55.1
68.3
82.5
97.0
112.4
123.2
140.5
168.1
16.1
20.9
24.9
28.1
33.0
37.4
41.0
50.4
52.1
64.5
78.1
91.8
106.3
116.6
133.0
159.1
18.2
23.5
27.9
31.6
37.0
41.9
46.1
56.3
48.8
86.2
99.7
125.0
-
20.6
35.6
41.5
51.8
-
- Limit
Notes:
(1) Compressor only.
(2) Ratings are based on evaporator temperature drop of 5°C.
(3) Interpolation between points is permissible. Extrapolation is not permitted.
PROD-PRC014-E4
40
Water Systems
xxxxxxxxxxxxxxxxxx
25
183
Indoor chillers
Centrifugal fans,
helical rotary compressor
132-168 kW*
RTRA
RTRA
UCM-CLD
Customer benefits
Control
• Indoor installation :
- allows installation in existing buildings, with limited
roof or external surface available
- easy maintenance,
- no sound radiation outside of technical room
- possibility of heat reclaim
• Trane helirotor compressor - designed to perform, built
to last: superior reliability and low cost of ownership
Adaptive Control™ microprocessor featuring:
• Unit control module with Clear Language Display
• External Auto/Stop
• External interlock
• Chilled water pump control
• Alarm indication contacts
• Ice-making card (optional)
• Tracer communication card Comm 3 (optional)
• Chilled water and current limit remote setpoint card
(optional)
Main features
• Low-speed, direct-drive semi-hermetic helical rotary
compressor featuring only three or four moving parts,
suction-gas-cooled motor
• Centrifugal fans with forward-curved blades - for indoor
installation
• Ductable condenser air intake
• Part-winding starter
• Tracer Summit™ capabilities
Options
• Star-delta starter
• Disconnect switch
• Low ambient operation
• Copper fins
Accessories
• Remote Clear Language Display operator interface
• Counterflanges
• Filter box
184
*Also available with R22 for applications outside of the European Union. Contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
(kW)
(kW)
109
110
131.8
56.8
138.6
58.7
167.9
78
2.3
2.4
R134a
1
34
Helical rotary
1
16
Tube-in-shell
2.2
134
118
(kg)
34
(l)
16
(l)
95
34
16
Flanged
(inches)
(rpm)
(Pa)
(dB(A))
(dB(A))
5
5
Internally finned copper tubes with aluminium fins
14.17
16.55
18.89
3/4
4
4
Depends on external static pressure required
100-400
Depends on external static pressure required
Depends on external static pressure required
(°C)
15
(°C)
40
(°C)
-8
(°C)
(V/Ph/Hz)
15
400/3/50
Part-winding
407
162
95
300
22
4650
1300
2000
2640
2720
(m3/s)
(A)
(A)
(mm²)
(A)
(kW)
(mm)
(mm)
(mm)
(kg)
(kg)
3
339
149
95
300
22.5
3650
2280
2320
3
(mm)
(1) At Eurovent conditions, 7°C leaving water temperature and 35°C entering condenser air temperature
(2) Inluding fans 100 Pa static pressure
(3) Including fans
(4) -18°C minimum operating outdoor air temperature with low ambient option
(5) With glycol solution
(6) To be used for power cable sizing
(7) Maximum compressors FLA + all fans FLA + control Amps
(8) At 400 Pa
(9) With aluminium fins
4
557 x 478
515
200
240
300
30
4650
2690
2760
4
Water Systems
xxxxxxxxxxxxxxxxxx
Cooling capacity (1)
Power input (2)
Min/max coefficient of
Performance (2)
Refrigerant
Number of refrigerant circuits
Refrigerant charge per circuit
Compressor type
Number of compressors
Oil charge per circuit
Evaporator type
Evaporator water
content
Evaporator water
connection type
Evaporator water
connection diameter
Condenser type
Total airflow
Number of fans
Fan speed
Available static pressure
Sound power level
Sound pressure level
Minimum operating outdoor
air temperature (4)
Maximum operating outdoor
air temperature
Minimum leaving
water temperature (5)
Maximum leaving
water temperature
Power supply
Standard starter type
Start-up amps (6) (8)
Maximum amps (7) (8)
Maximum cable size
Disconnect switch size
Fan motor power (8)
Length
Width
Height
Shipping weight (9)
Operating weight (9)
Number of fan discharge
openings
Fan discharge opening dimensions
108
RTRA
General data
185
PROD-PRC014-E4
ROOFTOPS
186
PROD-PRC014-E4
17 - 143 kW
ROOFTOPS
Light commercial, commercial, office, lodging and industrial
applications
New
• Textile duct soft starter available on the Voyager range (option)
• Supply fan energy saving system
TSD/TSH Voyager I
33
17
WSD/WSH Voyager I
26
YSD/YSH Voyager I
33
17
42
TKD/TKH Voyager II
62
36
WKD/WKH Voyager II
60
42
YKD/YKH Voyager II
62
TKD/TKH Voyager III
YKD/YKH Voyager III
kW
10
20
30
40
50
60
80
81
143
81
143
100
120
ROOFTOP SYSTEMS
17
150
187
PROD-PRC014-E4
Rooftops
Reversible
17-62 kW*
WSD/WSH
WKD/WKH
THP 03
WKH
Voyager™ I range
WSD: Downflow discharge and intake
WSH: Horizontal discharge and intake
Voyager™ II range
WKD: Downflow discharge and intake
WKH: Horizontal discharge and intake
Customer benefits
• High performance: lowest energy consumption
• High reliability: low maintenance costs
Main features
• High COP (Coefficient Of Performance)
• Adjustable pulley
• Dedicated horizontal or vertical airflow configuration
(also convertible on field on sizes 060 to 090)
• Fire-resistant and washable aluminum foil-faced
insulated panels on air section
• Single-side access for easy service
• Fire thermostat
• Smoke detector
• Remote fault relay
• Clogged filter sensor
• Fan failure switch (sizes 060 to 120)
• Fused disconnect switch
Accessories
• Adjustable or non-adjustable roofcurbs
• Electronic (THS) and programmable (THP) thermostats
Control
• 24 V easy-to-start and service microprocessor controls
188
Options
ReliaTel™
• Supply fan soft starter
• Fan energy saving system with 80-100% 2 speeds
invertor
• Black Epoxy coating on condensing and/or evaporating
coils (sizes 125-200)
• Electric heater
• Hot water coil with 3-way-valve (except WKH)
• Communication interfaces to Trane or non-Trane supervisors and thermostats
- TCI-R for Tracer, Tracker or Varitrac
- LonTalk® card
• Fresh air intake for air quality and/or energy savings
(free cooling) through:
- Motorized hoods (0-50%)
- Advanced comparative enthalpy economizers
• CO2 sensors
• High efficiency washable EU4 filters
• Built-in test mode
• Anti-short cycle timers
• Compressor minimum on/off time
• Alternative compressor lead/lag
• Low ambient cooling (down to -18°C) and anti-freeze
protection
• Emergency Stop Input
• Intelligent fallback (built-in setpoints)
• On-board diagnostics
• Built-in conventional thermostat interface
• Remote on/off input
* Also available with R22 refrigerant for applications outside the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of Performance cooling mode (2)
Number of cooling steps
Capacity per cooling step
Heating capacity (3)
Heating mode power input (2)
Coefficient of Performance heating mode (2)
Number of heating steps
Capacity of heating step
Electric heater capacity (option)
Number of electric heater steps
Capacity per heating step
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
Nominal airflow
Static pressure available
(WSD/WSH) (3)
Maximum static pressure available
(WSD/WSH) (4)
Sound power level (2)
Sound pressure level (6)
Sound power level in the duct (2)
Minimum operating outdoor
air temperature - cooling mode
Minimum operating outdoor
air temperature - heating mode (7)
Maximum operating outdoor
air temperature - cooling mode
Maximum operating outdoor
air temperature - heating mode
Minimum intake air temperature
on the indoor coil - cooling mode
Minimum intake air temperature
on the indoor coil - heating mode
060
072
090
(kW)
(kW)
16.7
6.1
21.3
6.0
26.2
8.0
(%)
(kW)
(kW)
2.73
1
100
16.0
5.2
3.55
1
100
20.0
5.8
3.28
1
100
24.2
6.5
3.10
1
100
12
2
6/6
3.74
1
100
18
2
6/12
1
5100
(m3/h)
1
3400
3.47
1
100
18
2
6/12
R407C
Scroll
1
1
Belt FC Centrifugal
Direct drive axial
1
4080
(Pa)
325/225
250/200
225/175
(Pa)
(dB(A))
(dB(A))
(dB(A))
375/325
79
48
71
375/375
81
49
68
375/375
81
49
70
(%)
(kW)
(kW)
1
1
(°C)
-18
(°C)
-14
(°C)
46
(°C)
18
(°C)
18
(°C)
10
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) At Eurovent conditions: indoor air temperature at 19°C and outdoor air temperature at 7°C DB/6°C WB
(4) At the nominal airflow
(5) At the nominal airflow with oversized drive when available
(6) At 10m from the unit in a free field
(7) Depends on installation conditions and local climatic conditions (wind, snow, rain...).
1
1
Rooftop Systems
Unit size
WSD/WSH-WKD/WKH
General data WSD/WSH Voyager I
189
PROD-PRC014-E4
Performance data WSD/WSH cooling mode
Unit size
Airflow
(m3/h)
3060
060
3400
4080
3670
072
4080
4900
4590
090
5100
6120
Air Temperature
(°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
Outdoor Air Temperature (°C)
25
18.1
18.3
18.5
18.7
18.3
18.5
18.8
19.1
18.6
18.8
19.1
19.6
30
17.5
17.7
17.8
18.2
17.8
17.9
18.3
18.7
18.1
18.3
18.5
19.3
35
16.7
16.8
16.8
17.6
17.0
17.1
17.2
18.1
17.4
17.5
17.9
18.7
40
15.5
15.5
15.6
16.8
15.8
15.9
16.2
17.3
16.4
16.4
17.1
18.1
45
14.1
14.1
14.5
15.8
14.4
14.5
15.2
16.5
15.0
15.1
16.2
17.3
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
23.2
23.4
23.8
24.2
23.5
23.8
24.2
24.7
23.7
24.1
24.5
25.0
22.7
23.0
23.3
23.9
23.0
23.3
23.7
24.4
23.5
23.8
24.3
25.0
21.9
22.1
22.5
23.4
22.3
22.6
23.1
24.0
22.8
23.2
23.8
24.7
20.5
20.8
21.4
22.7
21.0
21.4
22.0
23.3
21.8
22.3
23.2
24.2
18.9
19.2
19.9
21.8
19.4
19.8
21.0
22.5
20.2
20.9
22.3
23.5
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
28.8
29.2
29.6
30.2
29.1
29.5
30.0
30.5
29.4
29.8
30.3
30.9
28.2
28.5
28.9
29.6
28.6
28.9
29.4
30.1
29.2
29.6
30.2
31.1
27.2
27.3
27.8
28.9
27.6
27.8
28.3
29.6
28.2
28.6
29.4
30.4
25.2
25.4
26.0
27.9
25.7
26.1
27.1
28.7
26.7
27.2
28.4
29.7
16.2
16.6
17.0
17.3
23.3
23.8
25.4
27.5
24.2
24.8
27.1
28.7
190
PROD-PRC014-E4
Unit size
Indoor
airflow
(m3/h)
060
3400
072
4080
5100
Outdoor air temp dry bulb @ 70%RH (°C)
15
21
24
27
-12
7.6
7.4
7.3
7.2
-6
9.6
9.3
9.1
9.0
0
11.7
11.4
11.2
11.0
6
13.9
13.5
13.3
13.1
12
18.0
17.4
17.1
16.9
15
21
24
27
10.4
10.2
10.1
9.9
12.6
12.3
12.2
12.1
15.0
14.7
14.5
14.3
17.6
17.2
16.9
16.7
22.6
22.0
21.8
21.5
15
21
24
27
11.5
12.2
12.5
12.6
14.6
14.9
14.9
14.9
17.8
17.7
17.6
17.5
21.0
20.7
20.5
20.3
27.0
26.5
26.2
25.9
Rooftop Systems
090
Indoor air
dry bulb
(°C)
WSD/WSH-WKD/WKH
Performance data WSD/WSH heating mode
191
PROD-PRC014-E4
General data WKD/WKH Voyager II
Unit size
125
155
200
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of performance cooling mode (2)
Number of cooling steps
Capacity per cooling step
(kW)
(kW)
36.3
12.5
44.8
15.5
60.2
22.2
(%)
2.90
2
50/50
2.89
2
50/50
2.71
2
50/50
Heating capacity (3)
Heating mode power input (2)
Coefficient of performance heating mode (2)
Number of heating steps
Capacity per heating step
(kW)
(kW)
34.4
10.1
40.8
12.0
59.8
17.9
(%)
3.41
1
100
3.40
1
100
3.34
1
100
Electric heater capacity (option)
Number of electric heater steps
Capacity per heating step
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
(kW)
25.0
2
12.5/12.5
37.5
2
25.0/12.5
2
25.0
2
12.5/12.5
R407C
Scroll
2
2
Belt FC centrifugal
Direct drive axial
2
7140
200
425
85
54
79
8500
175
325
86
54
74
11210
200
350
90
58
81
Nominal airflow
Static pressure available (4)
Maximum static pressure available (5)
Sound power level (2)
Sound pressure level (6)
Sound power level in the duct (2)
Minimum operating outdoor
air temperature - cooling mode
Minimum operating outdoor
air temperature - heating mode (7)
Maximum operating outdoor
air temperature - cooling mode
Maximum operating outdoor
air temperature - heating mode
Minimum intake air temperature
on the indoor coil - cooling mode
Minimum intake air temperature
on the indoor coil - heating mode
(kW)
Scroll
2
2
(m3/h)
(Pa)
(Pa)
(dB(A))
(dB(A))
(dB(A))
(°C)
-18
(°C)
-14
(°C)
46
(°C)
18
(°C)
18
(°C)
10
Scroll
2
2
2
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) At Eurovent conditions: indoor air temperature at 19°C and outdoor air temperature at 7°C DB/6°C WB
(4) At the nominal airflow
(5) At the nominal airflow with oversized drive when available
(6) At 10m from the unit in a free field
(7) Depends on installation conditions and local climatic conditions (wind, snow, rain...).
192
PROD-PRC014-E4
Airflow
(m3/h)
6430
125
7140
8560
7650
155
8500
10200
10090
200
11210
13450
Air Temperature
(°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
Outdoor Air Temperature (°C)
25
39.3
39.9
40.4
40.4
39.9
40.2
40.2
41.0
39.9
40.4
40.7
40.7
30
38.1
38.4
38.7
39.0
38.7
39.0
39.0
39.6
39.3
39.6
39.9
40.4
35
36.9
36.9
36.9
37.5
37.5
37.8
37.8
38.1
38.7
38.7
39.0
40.2
40
34.0
34.0
34.3
34.6
34.9
34.9
35.2
36.3
36.3
36.3
36.9
38.7
45
30.8
31.1
31.1
32.2
31.7
31.9
32.2
33.7
32.8
33.1
33.4
36.6
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
49.8
49.8
50.4
50.7
50.1
50.4
51.0
51.3
50.4
51.6
51.9
52.5
47.8
47.8
48.1
48.4
48.4
48.7
48.9
49.2
49.2
49.8
50.1
50.7
45.7
45.7
45.7
46.0
46.6
46.9
46.9
47.2
48.1
48.1
48.4
48.9
41.9
42.2
42.2
42.8
43.1
43.4
43.4
44.3
44.8
45.1
45.4
46.9
38.1
38.1
38.4
39.0
39.0
39.3
39.3
40.7
40.7
40.7
41.3
43.7
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
68.9
69.5
69.2
70.0
69.8
70.3
70.6
71.5
71.2
71.8
72.1
72.4
65.4
65.6
65.6
66.5
66.5
66.8
67.1
68.0
68.3
68.6
69.2
70.3
61.8
61.8
62.1
63.0
63.3
63.3
63.6
64.5
65.4
65.4
66.2
68.3
57.1
57.1
57.7
58.3
58.3
58.6
59.2
61.3
60.7
61.0
62.1
65.4
52.2
52.2
52.8
54.8
53.3
53.6
54.5
57.1
55.4
55.7
56.9
61.5
Rooftop Systems
Unit size
WSD/WSH-WKD/WKH
Performance data WKD/WKH cooling mode
193
PROD-PRC014-E4
Performance data WKD/WKH heating mode
Unit size
Indoor
airflow
(m3/h)
125
7140
155
8500
200
11210
Indoor air
dry bulb
(°C)
Outdoor air temp dry bulb @ 70%RH (°C)
15
21
24
27
-12
16.6
16.4
16.3
16.2
-6
19.7
19.4
19.2
19.1
0
23.7
23.3
23.1
22.9
6
30.7
30.1
29.7
29.4
12
37.4
36.5
36.1
35.7
15
21
24
27
21.3
20.4
20.1
19.9
24.5
24.0
23.9
23.8
29.0
28.7
28.6
28.6
37.3
37.0
36.8
36.7
45.2
44.7
44.5
44.2
15
21
24
27
29.7
31.2
31.7
32.0
35.9
36.4
36.5
36.6
43.0
42.8
42.7
42.5
55.2
54.3
54.0
53.6
66.3
64.9
64.3
63.8
194
PROD-PRC014-E4
WSD/WSH-WKD/WKH
Dimensions,
weights and clearances
Access
control panel
Z
A
C
E
X
Y
B
D
Weights (1)
Unit size
X
Y
Z
WSD/WSH 060
WSD/WSH 072
WSD/WSH 090
WKD/WKH 125
WKD/WKH 155
WKD/WKH 200
1775
2251
2251
2726
2726
3107
1124
1353
1353
1811
1811
2154
921
1038
1038
1273
1273
1372
Shipping
weight
(kg)
Operating
weight
(kg)
266
408
418
658/673
680/695
922/942
241
368
378
625
642
871
Minimum clearances
(mm)
A
B
C
D
E
1829
1829
1829
1900
1900
1900
1219
1219
1219
1800
1800
1800
914
914
914
1220
1220
1220
914
914
914
1000
1000
1000
914
914
914
1300
1300
1300
(1) For standard unit, without accessories or options.
Electrical data
Unit size
Power supply
Maximum amps
Start-up amps
Maximum recommended
fuse size (AM) (1)
WSD/WSH
060
WSD/WSH
072
(V/Ph/Hz)
(A)
(A)
20
79
23
109
(A)
25
32
(1) For standard unit, without accessories or options
WSD/WSH
WKD/WKH
090
125
400/3/50
26
30
110
94
32
40
WKD/WKH
155
WKD/WKH
200
34
101
46
127
50
63
xxxxxxxxxxxxxxxxxx
Rooftop
Systems
Dimensions
(mm)
195
PROD-PRC014-E4
Rooftops
Cooling-only
18-143 kW*
TSD/TSH
TKD/TKH
TKH
THP 03
Voyager ITM range
TSD: Downflow discharge and intake
TSH: Horizontal discharge and intake
VoyagerTM II range
TKD: Downflow discharge and intake
TKH: Horizontal discharge and intake
VoyagerTM III range
TKD: Downflow discharge and intake
TKH: Horizontal discharge and intake
Customer benefits
• High performance: lowest energy consumption
• High reliability: low maintenance costs
Main features
• High COP (Coefficient Of Performance)
• Adjustable pulley (sizes 060 to 250) or drive kit
(sizes 275 to 500)
• Dedicated horizontal or vertical airflow configuration
(also convertible on field on sizes 060 to 120)
• Fire-resistant and washable aluminum foil-faced
insulated panels on air section
• Single-side access for easy service
Options
• Supply fan soft starter
• Fan energy saving system with 80-100% 2 speeds
invertor (sizes 275-500)
• Black epoxy coating on condensing and/or evaporating
coils (consult for sizes)
• Electric heater
• Hot water coil with 3-way-valve (except TKH)
• Communication interfaces to Trane or non-Trane
supervisors and thermostats
- TCI-R for Tracer, Tracker or Varitrac
- All thermostats can be directly connected to the
ReliaTel™ board
- LonTalk® card
• Fresh air intake for air quality and/or energy savings
(free cooling) through:
- Manual (0-25% on sizes 275 to 500) or motorized hoods
(0-50% on sizes 060 to 250)
- Advanced comparative enthalpy economizers
- Exhaust fan (sizes 275 to 500)
196
• CO2 (or Volatile Organic Components: sizes 275 to 500)
sensors
• High efficiency washable EU4 filters
• Fire thermostat
• Smoke detector
• Remote fault relay
• Clogged filter sensor
• Fan failure switch (sizes 060 to 120)
• Fused disconnect switch
Accessories
• Adjustable or non-adjustable roofcurbs
• Electronic (THS) and programmable (THP) thermostats
• Barometric relief
Control
• 24 V easy-to-start and service microprocessor controls
ReliaTel™ (sizes 060-250), UCP2™ (sizes 275-500)
• Built-in test mode
• Anti-short cycle timers
• Compressor minimum on/off time
• Alternative compressor lead/lag
• Low ambient cooling (down to -18°C) and anti-freeze
protection
• Emergency Stop Input
• Intelligent fallback (built-in setpoints)
• On-board diagnostics
• Built-in conventional thermostat interface (sizes 060-250)
• Remote on/off input (sizes 060-250)
* Also available with R22 refrigerant for applications outside the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
060
072
090
102
120
32.6
Cooling capacity (1)
(kW)
17.3
21.8
24.9
29.6
Cooling mode power input (2)
(kW)
5.8
6.3
7.7
10.7
12.3
2.98
3.44
3.22
2.76
2.65
Coefficient of Performance (2)
Number of cooling steps
Electric heater capacity (option)
1
1
1
2
2
(%)
100
100
100
60/40
65/35
(kW)
12
18
18
25
25
2
2
2
2
2
6/6
6/12
6/12
12.5/12.5
12.5/12.5
Number of electric heater steps
Capacity per heating step
(kW)
Refrigerant
R407C
Compressor type
Scroll
Number of compressors
1
1
1
2
2
Number of circuits
1
1
1
2
2
Indoor fan type
Belt drive FC Centrifugal
Outdoor fan type
Direct drive axial
Number of outdoor fans
1
1
1
1
1
(m3/h)
3400
4080
5100
5780
6800
Static pressure available
TSD/TSH (3)
(Pa)
325/225
275/225
250/175
275/200
325/225
Maximum static pressure available
TSD/TSH (4)
(Pa)
375/325
375/375
375/375
500/500
500/450
Sound power level (2)
(dB(A))
79
81
81
83
79
Sound pressure level (5)
(dB(A))
48
49
49
51
47
Sound power level in the duct (2)
(dB(A))
71
68
70
78
80
Nominal airflow
Minimum operating
outdoor air temperature
(°C)
-18
Maximum operating
outdoor air temperature
(°C)
46
Minimum intake air temperature
on the indoor coil
(°C)
18
(1) At
(2) At
(3) At
(4) At
(5) At
Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
Eurovent conditions
the nominal airflow
the nominal airflow with oversized drive when available
10m from the unit in a free field
Rooftop Systems
Capacity per cooling step
TSD/TSH-TKD/TKH
General data TSD/TSH Voyager I
197
PROD-PRC014-E4
Performance data TSD/TSH
Unit size
Airflow
(m3/h)
3060
060
3400
4080
3670
072
4080
4900
4590
090
5100
6120
5200
102
5780
6940
6120
120
6800
8160
Air Temperature
(°C)
Outdoor Air Temperature (°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
25
19.0
19.2
19.4
19.8
19.2
19.4
19.7
20.0
19.4
19.7
20.1
20.5
30
18.5
18.7
18.9
19.4
18.8
19.0
19.3
19.8
19.2
19.4
19.8
20.4
35
17.8
17.8
18.2
18.8
18.1
18.2
18.6
19.3
18.5
18.7
19.1
19.9
40
16.5
16.6
17.1
18.0
16.9
17.0
17.5
18.7
17.5
17.8
18.5
19.5
45
15.1
15.2
15.6
17.1
15.4
15.6
16.4
17.8
16.1
16.5
17.6
18.7
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24.5
24.7
24.9
25.4
24.8
25.0
25.3
25.8
25.2
25.5
25.9
26.5
23.7
23.9
24.1
24.6
24.1
24.2
24.5
25.2
24.5
24.8
25.2
26.0
22.7
22.7
23.0
23.8
23.0
23.2
23.5
24.4
23.6
23.8
24.3
25.3
21.3
21.3
21.7
22.8
21.7
21.8
22.3
23.5
22.4
22.5
23.3
24.4
19.5
19.6
20.2
21.7
20.0
20.1
20.9
22.4
20.8
21.0
22.2
23.4
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
27.5
27.9
28.3
28.8
27.7
28.1
28.5
29.0
27.9
28.3
28.7
29.2
27.0
27.3
27.6
28.1
27.4
27.7
28.2
28.5
27.7
28.1
28.6
29.3
26.1
26.3
26.7
27.5
26.4
26.7
27.2
28.0
26.9
27.2
27.8
28.7
24.6
24.6
25.2
26.5
25.0
25.2
25.8
27.2
25.7
26.0
26.9
27.9
22.3
22.4
23.2
25.1
22.9
23.1
24.3
25.9
23.8
24.2
25.6
26.9
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
33.0
33.3
33.8
34.3
33.3
33.8
34.3
34.9
33.9
34.5
35.1
36.0
31.8
32.1
32.6
33.5
32.3
32.7
33.3
34.2
32.9
33.5
34.1
35.2
30.0
30.4
30.8
32.2
30.7
31.1
31.8
33.2
31.5
32.1
33.0
34.3
27.7
28.1
29.0
30.8
28.4
28.9
30.1
31.8
29.4
30.0
31.5
33.1
25.0
25.5
26.8
29.0
25.7
26.3
28.0
30.2
26.8
27.7
29.8
31.6
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
36.3
36.8
37.4
37.7
36.7
37.3
37.9
38.4
37.2
37.9
38.6
39.5
35.3
35.8
36.3
37.2
35.9
36.4
37.1
38.3
36.5
37.1
37.9
38.9
33.8
34.2
34.8
36.4
34.4
34.9
35.5
37.1
35.2
35.9
36.8
38.3
31.6
32.1
32.9
35.1
32.5
33.0
34.1
36.0
33.5
34.2
35.7
37.4
28.9
29.4
31.0
33.6
29.7
30.4
32.4
34.7
31.1
31.7
34.3
36.1
198
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of performance (2)
Number of cooling steps
Capacity per cooling step
Electric heater capacity (option)
Number of electric heater steps
Capacity per heating step
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
Nominal airflow
Static pressure available (3)
Maximum static
pressure available (4)
Sound power level (2)
Sound pressure level (5)
Sound power level in the duct (2)
Minimum operating
outdoor air temperature
Maximum operating
outdoor air temperature
Minimum intake air
temperature on the indoor coil
(kW)
(kW)
(%)
(kW)
(kW)
155
175
200
250
42.4
14.5
2.92
2
60/40
25.0
2
12.5/12.5
48.1
17.6
2.73
2
70/30
25.0
2
12.5/12.5
57.8
21.1
2.74
2
50/50
37.5
2
25.0/12.5
62.0
20.7
3.00
2
50/50
37.5
2
25.0/12.5
Scroll
2
2
(m3/h)
(Pa)
2
8500
175
(Pa)
(dB(A))
(dB(A))
(dB(A))
325
86
54
74
R407C
Scroll
Scroll
2
2
2
2
Belt FC centrifugal
Direct drive axial
2
2
9850
11210
250
200
400
86
54
77
375
89
57
77
(°C)
-18
(°C)
46
(°C)
18
TSD/TSH-TKD/TKH
General data TKD/TKH Voyager II
Scroll
2
2
2
14100
125
350
90
58
82
Rooftop Systems
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) At the nominal airflow
(4) At the nominal airflow with oversized drive when available
(5) At 10m from the unit in a free field
199
PROD-PRC014-E4
Performance data TKD/TKH
Unit size
Airflow
(m3/h)
7650
155
8500
10200
8860
175
9850
11830
10090
200
11210
13450
12690
250
14100
16920
Air Temperature
(°C)
Outdoor Air Temperature (°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
25
47.3
47.5
47.5
48.0
47.9
48.2
49.7
49.1
49.2
49.6
48.0
50.7
30
45.2
45.3
45.4
46.1
45.9
46.1
46.3
47.3
47.1
47.4
46.9
49.1
35
43.1
43.1
43.3
44.2
43.9
44.0
42.9
45.5
45.0
45.2
45.8
47.5
40
40.7
40.8
39.3
42.2
41.5
41.6
42.0
43.6
42.7
42.9
43.7
45.7
45
38.1
38.1
38.5
40.2
38.9
39.0
39.7
41.6
40.1
40.3
41.4
43.7
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
55.1
55.3
55.4
55.6
57.3
56.3
56.5
56.6
57.4
57.6
58.0
59.0
52.2
52.3
52.4
53.0
53.9
53.4
53.6
54.5
54.8
55.0
55.4
57.1
49.3
49.3
49.4
50.4
50.5
50.5
50.7
52.4
52.2
52.4
52.8
55.2
46.0
46.0
46.2
48.0
47.2
47.3
47.6
50.0
49.0
49.0
49.5
53.0
42.5
42.5
42.8
45.4
43.6
43.6
44.2
47.4
45.3
45.4
46.8
50.5
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
64.6
64.7
64.7
64.1
65.5
65.6
65.9
65.9
66.7
67.1
67.7
68.7
61.4
61.5
61.6
61.7
62.5
62.6
62.9
63.7
64.0
64.3
64.9
66.6
58.2
58.3
58.5
59.3
59.5
59.6
59.9
61.5
61.3
61.5
62.1
64.5
54.6
54.7
54.9
56.6
55.9
55.9
56.4
58.8
57.9
58.0
58.4
62.1
50.6
50.7
51.2
53.7
51.9
52.0
51.7
56.0
53.8
54.0
55.3
59.3
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
70.7
71.0
71.2
72.7
71.7
72.0
72.7
74.5
73.2
73.5
74.1
77.3
67.2
67.4
67.8
70.2
68.3
68.5
69.2
72.1
69.9
70.2
71.5
75.0
63.7
63.8
64.4
67.7
64.9
65.0
65.7
69.7
66.6
66.9
68.9
72.7
59.7
59.8
60.3
64.9
60.9
61.1
62.6
67.0
62.8
63.1
66.1
70.1
55.4
55.6
57.1
61.9
56.6
56.8
59.4
64.1
58.4
59.0
62.9
67.2
200
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of performance (2)
Number of cooling steps
Capacity per cooling step
Electric heater capacity (option)
Number of electric
heater steps
Capacity per heating step
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
Nominal airflow
Maximum static
pressure available (3)
Sound power level (2)
Sound pressure level (4)
Sound power level
in the duct (2)
Minimum operating
outdoor air temperature
Maximum operating
outdoor air temperature
Minimum intake air temperature
on the indoor coil
275
300
350
400
500
(%)
(kW)
81.5
24.5
3.32
2
40/60
25.0
88.6
28.1
3.15
2
50/50
37.5
99.1
32.0
3.10
2
50/50
50.0
126.2
42.0
3.01
3
33/33/33
62.5
143.1
49.8
2.87
3
33/33/33
75.0
(kW)
2
12.5/12.5
2
25.0/12.5
2
25.0/25.0
R407C
Scroll
2
25.0/37.5
2
25.0/50.0
2
1
2
1
3
2
3
2
(kW)
(kW)
3
3
2
1
Belt FC centrifugal
Direct drive axial
3
4
4
(m3/h)
13600
15300
17000
20400
24600
(Pa)
(dB(A))
(dB(A))
550
89
57
550
89
57
500
94
62
600
96
64
600
96
64
(dB(A))
84
84
85
87
87
(°C)
-18
(°C)
46
(°C)
18
TSD/TSH-TKD/TKH
General data TKD/TKH Voyager III
Rooftop Systems
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) At the nominal airflow
(4) At 10m from the unit in a free field
201
PROD-PRC014-E4
Performance data TKD/TKH
Unit size
Airflow
(m3/h)
10880
275
13600
17680
12240
300
15300
19890
13600
350
17000
22100
16320
400
20400
26520
19680
500
24600
31980
Air Temperature
(°C)
Outdoor Air Temperature (°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
25
84.4
84.6
85.3
85.5
88.0
88.3
89.5
90.0
90.9
91.4
93.9
95.1
30
81.3
81.5
82.2
82.5
84.7
85.0
86.3
86.9
87.4
87.9
90.6
92.2
35
78.0
78.2
79.0
79.3
81.1
81.5
82.8
83.5
83.6
84.1
87.1
89.0
40
74.5
74.7
75.6
75.9
77.4
77.7
79.1
80.0
79.5
80.1
83.4
85.6
45
70.7
71.0
71.9
72.3
73.4
73.8
75.5
76.0
75.3
75.9
79.5
82.0
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
91.9
92.2
92.9
93.2
95.6
96.0
97.3
97.9
98.4
98.9
101.6
103.0
88.6
88.8
89.6
89.9
92.0
92.4
93.8
94.4
94.5
95.0
98.0
99.8
84.9
85.2
86.1
86.4
88.1
88.5
89.7
90.8
90.3
90.9
94.2
96.3
81.1
81.4
82.3
82.7
84.0
84.4
86.0
87.0
85.9
86.6
90.1
92.6
77.0
77.4
78.4
78.9
79.6
80.1
82.0
82.7
81.3
82.0
85.8
88.6
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
104.4
104.7
105.8
106.2
108.0
108.3
109.9
111.3
110.2
110.9
115.0
117.8
100.4
100.7
101.8
102.3
103.7
104.1
106.0
107.3
105.6
106.4
110.7
113.9
96.2
96.4
97.6
98.2
99.1
99.6
101.8
102.7
100.7
101.6
106.2
109.7
91.7
92.0
93.3
93.9
94.3
94.8
97.5
98.8
95.7
96.6
101.4
105.3
87.0
87.3
88.7
89.5
89.3
89.8
92.9
90.4
91.4
96.5
-
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
132.6
133.0
134.4
135.0
137.6
138.1
140.3
141.8
140.9
141.9
146.6
149.6
127.3
127.7
129.1
129.8
131.9
132.4
134.8
136.4
134.8
135.9
140.9
144.4
121.6
122.1
123.6
124.3
125.8
126.4
128.8
130.6
128.4
129.6
134.9
138.8
115.6
116.0
117.7
118.6
119.5
120.1
123.0
124.0
121.7
122.9
128.6
133.0
109.4
109.8
111.5
112.6
112.8
113.6
116.8
118.6
114.6
116.0
122.1
126.9
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
153.2
153.6
155.6
156.5
157.6
158.3
161.4
163.6
159.1
160.6
167.5
172.6
146.9
147.3
149.4
150.4
150.8
151.7
155.3
156.7
151.9
153.5
160.8
166.3
140.2
140.7
142.8
144.0
143.7
144.6
148.7
150.8
144.4
146.1
153.7
159.7
133.2
133.8
136.0
137.3
136.3
137.3
141.9
144.6
136.6
138.4
146.3
152.8
125.9
126.5
129.6
-
202
PROD-PRC014-E4
Access
control panel
Z
A
C
E
B
D
X
Y
TSD/TSH-TKD/TKH
Dimensions,
weights and clearances
Weights
Dimensions (1)
(mm)
Unit size
X
Y
Z
TSD/TSH 060
TSD/TSH 072
TSD/TSH 090
TSD/TSH 102
TSD/TSH 120
TKD/TKH 155
TKD/TKH 175
TKD/TKH 200
TKD/TKH 250
TKD/TKH 275
TKD/TKH 300
TKD/TKH 350
TKD/TKH 400
TKD/TKH 500
1775
2251
2251
2251
2251
2726
2726
3107
3107
4580
4580
4580
5917
5917
1124
1353
1353
1353
1353
1811
1811
2154
2154
2302
2302
2302
2302
2302
921
1038
1038
1190
1190
1273
1273
1372
1372
1821
1821
1821
1988
1988
Shipping
weight
(kg)
Operating
weight
(kg)
259
365
428
445
485
662/677
680/695
872/892
921/941
1697/1717
1733
1772
2199
2277
235
326
389
405
445
623
660
841
866
1597/1617
1633
1672
2059
2137
Minimum clearances
(mm)
A
B
C
D
E
1829
1829
1829
1829
1829
1900
1900
1900
1900
1900
1900
1900
1900
1900
1219
1219
1219
1219
1219
1800
1800
1800
1800
2440
2440
2440
2440
2440
914
914
914
914
914
1220
1220
1220
1220
1220
1220
1220
1220
1220
914
914
914
914
914
1000
1000
1000
1000
1220
1220
1220
1220
1220
914
914
914
914
914
1300
1300
1300
1300
1830
1830
1830
1830
1830
Electrical data
Unit size
Power supply
Maximum amps
Start-up amps
Maximum recommended
fuse size (AM) (1)
TSD/TSH
060
TSD/TSH
072
TSD/TSH
090
TSD/TSH
102
TKD/TKH
155
TKD/TKH
175
TKD/TKH
200
TKD/TKH
250
28
91
TSD/TSH
120
400/3/50
33
93
(V/Ph/Hz)
(A)
(A)
18
79
24
103
26
110
33
136
39
141
41
144
43
145
(A)
25
32
32
32
40
50
50
50
63
(1) For standard unit, without accessories or options
Unit size
Power supply
Maximum amps
Start-up amps
(V/Ph/Hz)
(A)
(A)
TKD/TKH
275
TKD/TKH
300
74
222
83
231
TKD/TKH
350
400/3/50
89
237
TKD/TKH
400
TKD/TKH
500
111
259
129
276
xxxxxxxxxxxxxxxxxx
Rooftop
Systems
(1) For standard unit, without options or accessories
203
PROD-PRC014-E4
Rooftops
Gas-fired
17-143 kW*
YSD/YSH
YKD/YKH
YKD/YKH
THP 03
Voyager™I range
YSD: Downflow discharge and intake
YSH: Horizontal discharge and intake
Voyager™II range
YKD: Downflow discharge and intake
YKH: Horizontal discharge and intake
Voyager™ III range
YKD: Downflow discharge and intake
YKH: Horizontal discharge and intake
Customer benefits
• High performance: lowest energy consumption
• High reliability: low maintenance costs
Main features
• High COP (Coefficient Of Performance)
• Adjustable pulley (sizes 060 to 250) or drive kit
(sizes 275 to 500)
• Dedicated horizontal or vertical airflow configaration
(also convertible on field on sizes 060-120)
• Fire-resistant and washable aluminum foil-faced
insulated panels on air section
• Single-side access for easy service
• Gas burners, compatible with G20, G25 and G31 gas
(corrosion resistant aluminized steel tubes)
Options
• Supply fan soft starter
• Fan energy saving system with 80-100% 2 speeds
invertor
• Black epoxy coating on condensing and/or evaporating
coils (consult for sizes)
• Oversized drive kits to increase available static pressure
• Communication interfaces to Trane or non-Trane
supervisors and thermostats
- TCI-R for Tracer, Tracker or Varitrac
- All thermostats can be directly connected to the
ReliaTel™ board
- LonTalk® card
• Fresh air intake for air quality and/or energy savings
(free cooling) through:
- Manual (0-25% on sizes 275 to 500) or motorized hoods
(0-50% on sizes 060 to 250)
- Advanced comparative enthalpy economizers
- Exhaust fan (sizes 275 to 500)
204
• CO2 sensors
• High efficiency washable EU4 filters
• Fire thermostat
• Smoke detector
• Remote fault relay
• Clogged filter sensor
• Fan failure switch (sizes 060 to 120)
• Fused disconnect switch
Accessories
• Adjustable or non-adjustable roof curbs
• Electronic (THS 03) and programmable (THP 03)
thermostats
• Barometric relief
Control
• 24 V easy-to-start and service microprocessor controls
ReliaTel™
• Built-in test mode
• Anti-short cycle timers
• Compressor minimum on/off time
• Alternative compressor lead/lag
• Low ambient cooling (down to -18°C) and anti-freeze
protection
• Emergency Stop Input
• Intelligent fallback (built-in setpoints)
• On-board diagnostics
• Built-in conventional thermostat interface (sizes 060-250)
• Remote on/off input
* Also available with R22 refrigerant for applications outside the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of Performance cooling mode (2)
Number of cooling steps
Capacity per cooling step
Heating capacity (3)
Efficiency
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
Nominal airflow
Static pressure available
YSD/YSH (4)
Maximum static pressure available
YSD/YSH (5)
Sound power level (2)
Sound pressure level (6)
Sound power level in the duct (2)
Minimum operating outdoor
air temperature
Maximum operating outdoor
air temperature
Minimum intake air temperature on the
indoor coil - cooling mode
Minimum intake air temperature on the
indoor coil - heating mode
060
072
090
102
120
(kW)
(kW)
17.3
5.8
21.8
6.3
24.9
7.7
29.6
10.7
32.6
12.3
(%)
(kW)
(%)
2.98
1
100
24.6
93
3.44
1
100
41.3
93
2.76
2
40/60
51.9
93
2.65
2
45/55
51.9
93
1
1
1
1
2
2
2
2
(m3/h)
1
3400
1
4080
3.22
1
100
41.3
93
R407C
Scroll
1
1
Belt FC Centrifugal
Direct drive axial
1
5100
1
5780
1
6800
(Pa)
350/250
300/250
250/200
275/175
375/200
(Pa)
(dB(A))
(dB(A))
(dB(A))
350/250
79
48
71
375/375
81
49
68
375/375
81
49
70
500/500
83
51
78
450/325
79
47
80
(°C)
-18
(°C)
46
(°C)
18
(°C)
4
YSD/YSH-YKD/YKH
General data YSD/YSH Voyager I
Rooftop Systems
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) Heating output with G20 gas
(4) At the nominal airflow
(5) At the nominal airflow with oversized drive when available
(6) At 10m from the unit in a free field
205
PROD-PRC014-E4
Performance data YSD/YSH cooling mode
Unit size
Airflow
(m3/h)
3060
060
3400
4080
3670
072
4080
4900
4590
090
5100
6120
5200
102
5780
6940
6120
120
6800
8160
Air Temperature
(°C)
Outdoor Air Temperature (°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
25
19.0
19.2
19.4
19.8
19.2
19.4
19.7
20.0
19.4
19.7
20.1
20.5
30
18.5
18.7
18.9
19.4
18.8
19.0
19.3
19.8
19.2
19.4
19.8
20.4
35
17.8
17.8
18.2
18.8
18.1
18.2
18.6
19.3
18.5
18.7
19.1
19.9
40
16.5
16.6
17.1
18.0
16.9
17.0
17.5
18.7
17.5
17.8
18.5
19.5
45
15.1
15.2
15.6
17.1
15.4
15.6
16.4
17.8
16.1
16.5
17.6
18.7
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24.5
24.7
24.9
25.4
24.8
25.0
25.3
25.8
25.2
25.5
25.9
26.5
23.7
23.9
24.1
24.6
24.1
24.2
24.5
25.2
24.5
24.8
25.2
26.0
22.7
22.7
23.0
23.8
23.0
23.2
23.5
24.4
23.6
23.8
24.3
25.3
21.3
21.3
21.7
22.8
21.7
21.8
22.3
23.5
22.4
22.5
23.3
24.4
19.5
19.6
20.2
21.7
20.0
20.1
20.9
22.4
20.8
21.0
22.2
23.4
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
27.5
27.9
28.3
28.8
27.7
28.1
28.5
29.0
27.9
28.3
28.7
29.2
27.0
27.3
27.6
28.1
27.4
27.7
28.2
28.5
27.7
28.1
28.6
29.3
26.1
26.3
26.7
27.5
26.4
26.7
27.2
28.0
26.9
27.2
27.8
28.7
24.6
24.6
25.2
26.5
25.0
25.2
25.8
27.2
25.7
26.0
26.9
27.9
22.3
22.4
23.2
25.1
22.9
23.1
24.3
25.9
23.8
24.2
25.6
26.9
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
33.0
33.3
33.8
34.3
33.3
33.8
34.3
34.9
33.9
34.5
35.1
36.0
31.8
32.1
32.6
33.5
32.3
32.7
33.3
34.2
32.9
33.5
34.1
35.2
30.0
30.4
30.8
32.2
30.7
31.1
31.8
33.2
31.5
32.1
33.0
34.3
27.7
28.1
29.0
30.8
28.4
28.9
30.1
31.8
29.4
30.0
31.5
33.1
25.0
25.5
26.8
29.0
25.7
26.3
28.0
30.2
26.8
27.7
29.8
31.6
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
36.3
36.8
37.4
37.7
36.7
37.3
37.9
38.4
37.2
37.9
38.6
39.5
35.3
35.8
36.3
37.2
35.9
36.4
37.1
38.3
36.5
37.1
37.9
38.9
33.8
34.2
34.8
36.4
34.4
34.9
35.5
37.1
35.2
35.9
36.8
38.3
31.6
32.1
32.9
35.1
32.5
33.0
34.1
36.0
33.5
34.2
35.7
37.4
28.9
29.4
31.0
33.6
29.7
30.4
32.4
34.7
31.1
31.7
34.3
36.1
206
PROD-PRC014-E4
Cooling capacity (1)
Cooling mode
power input (2)
Coefficient of performance cooling mode (2)
Number
of cooling steps
Capacity
per cooling step
Heating capacity (3)
Efficiency
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number
of outdoor fans
Nominal airflow
Static pressure
available YKD (4)
Maximum static
pressure available
YKD (5)
Sound power level (2)
Sound
pressure level (6)
Sound power level
in the duct (2)
Minimum operating outdoor
air temperature
- cooling mode
Maximum operating outdoor
air temperature
- cooling mode
Minimum intake air temperature
on the indoor coil
- cooling mode
Minimum intake air temperature
on the burner
- heating mode
155
175
200
250
(kW)
42.4
48.1
57.8
62.0
(kW)
14.5
17.6
21.4
20.7
2.92
2.73
2.74
3.00
2
2
2
2
60/40
69.3
90
70/30
69.3
90
50/50
69.3
90
50/50
69.3
90
(%)
(kW)
(%)
Scroll
2
2
R407C
Scroll
Scroll
2
2
2
2
Belt FC centrifugal
Direct drive axial
Scroll
2
2
(m3/h)
2
8500
2
9850
2
11210
2
14100
(Pa)
150
75
175
75
(Pa)
350
375
450
375
(dB(A))
86
86
89
90
(dB(A))
54
54
57
58
(dB(A))
74
77
77
82
(°C)
-18
(°C)
46
(°C)
18
(°C)
5
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) Heating output with G20 gas
(4) At the nominal airflow
(5) At the nominal airflow with oversized drive when available
(6) At 10m from the unit in a free field
Rooftop Systems
Unit size
YSD/YSH-YKD/YKH
General data YKD/YKH Voyager II
207
PROD-PRC014-E4
Performance data YKD/YKH cooling mode
Unit size
Airflow
(m3/h)
7650
155
8500
10200
8860
175
9850
11830
10090
200
11210
13450
12690
250
14100
16920
Air Temperature
(°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
Outdoor Air Temperature (°C)
25
47.3
47.5
47.5
48.0
47.9
48.2
49.7
49.1
49.2
49.6
48.0
50.7
30
45.2
45.3
45.4
46.1
45.9
46.1
46.3
47.3
47.1
47.4
46.9
49.1
35
43.1
43.1
43.3
44.2
43.9
44.0
42.9
45.5
45.0
45.2
45.8
47.5
40
40.7
40.8
39.3
42.2
41.5
41.6
42.0
43.6
42.7
42.9
43.7
45.7
45
38.1
38.1
38.5
40.2
38.9
39.0
39.7
41.6
40.1
40.3
41.4
43.7
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
55.1
55.3
55.4
55.6
57.3
56.3
56.5
56.6
57.4
57.6
58.0
59.0
52.2
52.3
52.4
53.0
53.9
53.4
53.6
54.5
54.8
55.0
55.4
57.1
49.3
49.3
49.4
50.4
50.5
50.5
50.7
52.4
52.2
52.4
52.8
55.2
46.0
46.0
46.2
48.0
47.2
47.3
47.6
50.0
49.0
49.0
49.5
53.0
42.5
42.5
42.8
45.4
43.6
43.6
44.2
47.4
45.3
45.4
46.8
50.5
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
64.6
64.7
64.7
64.1
65.5
65.6
65.9
65.9
66.7
67.1
67.7
68.7
61.4
61.5
61.6
61.7
62.5
62.6
62.9
63.7
64.0
64.3
64.9
66.6
58.2
58.3
58.5
59.3
59.5
59.6
59.9
61.5
61.3
61.5
62.1
64.5
54.6
54.7
54.9
56.6
55.9
55.9
56.4
58.8
57.9
58.0
58.4
62.1
50.6
50.7
51.2
53.7
51.9
52.0
51.7
56.0
53.8
54.0
55.3
59.3
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
70.7
71.0
71.2
72.7
71.7
72.0
72.7
74.5
67.2
67.4
67.8
70.2
68.3
68.5
69.2
72.1
63.7
63.8
64.4
67.7
64.9
65.0
65.7
69.7
59.7
59.8
60.3
64.9
60.9
61.1
62.6
67.0
55.4
55.6
57.1
61.9
56.6
56.8
59.4
64.1
24/19
27/19
30/19
33/19
73.2
73.5
74.1
77.3
69.9
70.2
71.5
75.0
66.6
66.9
68.9
72.7
62.8
63.1
66.1
70.1
58.4
59.0
62.9
67.2
208
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Cooling mode power input (2)
Coefficient of performance
- cooling mode
Number of cooling steps
Capacity per cooling step
Heating capacity - low heat (3)
Heating capacity - high heat (3)
Efficiency
Refrigerant
Compressor type
Number of compressors
Number of circuits
Indoor fan type
Outdoor fan type
Number of outdoor fans
Nominal airflow
Maximum static
pressure available (4)
Sound power level (2)
Sound pressure level (5)
Sound power level in the duct (2)
Minimum operating outdoor
air temperature - cooling mode
Maximum operating outdoor
air temperature - cooling mode
Minimum intake air temperature
on the indoor coil - cooling mode
Minimum intake air temperature
on the burner - heating mode
275
300
350
400
500
(kW)
(kW)
81.5
24.5
88.6
28.1
99.1
32.0
126.2
42.0
143.1
49.8
(%)
(kW)
(kW)
(%)
3.33
2
40/60
69.3
117.5
90
3.15
2
50/50
69.3
117.5
90
3.10
2
50/50
69.3
117.5
90
R407C
Scroll
3.00
3
33/33/33
77.4
154.8
91
2.87
3
33/33/33
77.4
154.8
91
2
1
2
1
3
2
3
2
3
3
2
1
Belt FC centrifugal
Direct drive axial
3
4
4
(m3/h)
13600
15300
17000
20400
24600
(Pa)
(dB(A))
(dB(A))
(dB(A))
525
89
57
83
520
89
57
84
465
94
62
85
590
96
64
87
590
96
64
87
(°C)
-18
(°C)
46
(°C)
18
(°C)
5
YSD/YSH-YKD/YKH
General data YKD/YKH Voyager III
Rooftop Systems
(1) At Eurovent conditions: indoor air temperature at 27°C DB/19°C WB and outdoor air temperature at 35°C
(2) At Eurovent conditions
(3) Heating output with G20 gas
(4) At the nominal airflow
(5) At 10m from the unit in a free field
209
PROD-PRC014-E4
Performance data YKD/YKH cooling mode
Unit size
Airflow
(m3/h)
10880
275
13600
17680
12240
300
15300
19890
13600
350
17000
22100
16320
400
20400
26520
19680
500
24600
31980
Air Temperature
(°C)
Outdoor Air Temperature (°C)
DB/WB
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
25
84.4
84.6
85.3
85.5
88.0
88.3
89.5
90.0
90.9
91.4
93.9
95.1
30
81.3
81.5
82.2
82.5
84.7
85.0
86.3
86.9
87.4
87.9
90.6
92.2
35
78.0
78.2
79.0
79.3
81.1
81.5
82.8
83.5
83.6
84.1
87.1
89.0
40
74.5
74.7
75.6
75.9
77.4
77.7
79.1
80.0
79.5
80.1
83.4
85.6
45
70.7
71.0
71.9
72.3
73.4
73.8
75.5
76.0
75.3
75.9
79.5
82.0
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
91.9
92.2
92.9
93.2
95.6
96.0
97.3
97.9
98.4
98.9
101.6
103.0
88.6
88.8
89.6
89.9
92.0
92.4
93.8
94.4
94.5
95.0
98.0
99.8
84.9
85.2
86.1
86.4
88.1
88.5
89.7
90.8
90.3
90.9
94.2
96.3
81.1
81.4
82.3
82.7
84.0
84.4
86.0
87.0
85.9
86.6
90.1
92.6
77.0
77.4
78.4
78.9
79.6
80.1
82.0
82.7
81.3
82.0
85.8
88.6
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
104.4
104.7
105.8
106.2
108.0
108.3
109.9
111.3
110.2
110.9
115.0
117.8
100.4
100.7
101.8
102.3
103.7
104.1
106.0
107.3
105.6
106.4
110.7
113.9
96.2
96.4
97.6
98.2
99.1
99.6
101.8
102.7
100.7
101.6
106.2
109.7
91.7
92.0
93.3
93.9
94.3
94.8
97.5
98.8
95.7
96.6
101.4
105.3
87.0
87.3
88.7
89.5
89.3
89.8
92.9
90.4
91.4
96.5
-
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
132.6
133.0
134.4
135.0
137.6
138.1
140.3
141.8
140.9
141.9
146.6
149.6
127.3
127.7
129.1
129.8
131.9
132.4
134.8
136.4
134.8
135.9
140.9
144.4
121.6
122.1
123.6
124.3
125.8
126.4
128.8
130.6
128.4
129.6
134.9
138.8
115.6
116.0
117.7
118.6
119.5
120.1
123.0
124.0
121.7
122.9
128.6
133.0
109.4
109.8
111.5
112.6
112.8
113.6
116.8
118.6
114.6
116.0
122.1
126.9
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
24/19
27/19
30/19
33/19
153.2
153.6
155.6
156.5
157.6
158.3
161.4
163.6
159.1
160.6
167.5
172.6
146.9
147.3
149.4
150.4
150.8
151.7
155.3
156.7
151.9
153.5
160.8
166.3
140.2
140.7
142.8
144.0
143.7
144.6
148.7
150.8
144.4
146.1
153.7
159.7
133.2
133.8
136.0
137.3
136.3
137.3
141.9
144.6
136.6
138.4
146.3
152.8
125.9
126.5
129.6
-
210
PROD-PRC014-E4
YSD/YSH-YKD/YKH
Dimensions,
weights and clearances
Access
control panel
Z
A
E
X
D
C
B
Y
Weights (1)
Shipping
Operating
weight
weight
(kg)
(kg)
Unit size
YSD/YSH 060
YSD/YSH 072
YSD/YSH 090
YSD/YSH 102
YSD/YSH 120
YKD/YKH 155
YKD/YKH 175
YKD/YKH 200
YKD/YKH 250
YKD/YKH 275 L
YKD/YKH 275 H
YKD/YKH 300 L
YKD/YKH 300 H
YKD/YKH 350 L
YKD/YKH 350 H
YKD/YKH 400 L
YKD/YKH 400 H
YKD/YKH 500 L
YKD/YKH 500 H
X
Y
Z
1775
2251
2251
2251
2251
2726
2726
3107
3107
4580
5285
4580
5285
4580
5285
5917
5917
5917
5917
1124
1353
1353
1353
1353
1811
1811
2167
2167
2302
2302
2302
2302
2302
2302
2302
2302
2302
2302
921
1038
1038
1190
1190
1273
1273
1372
1372
1821
1821
1821
1821
1821
1821
1988
1988
1988
1988
285
390
458
474
520
685/700
740/755
955/975
1005/1025
1756
1940/1969
1792
1976/1999
1931
2015/2037
2301/2313
2356/2369
2379/2390
2433/2447
Minimum clearances
(mm)
260
350
419
434
481
698
735
920
946
1656
1820/1849
1692
11856/1879
1731
1895/1917
2161/2173
2216/2229
2239/2250
2293/2307
A
B
C
D
E
1829
1829
1829
1829
1829
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1900
1219
1219
1219
1219
1219
1800
1800
1800
1800
2440
2440
2440
2440
2440
2440
2440
2440
2440
2440
914
914
914
914
914
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
914
914
914
914
914
1000
1000
1000
1000
1220
1220
1220
1220
1220
1220
1220
1220
1220
1220
914
914
914
914
914
1300
1300
1300
1300
1830
1830
1830
1830
1830
1830
1830
1830
1830
1830
(1) For standard unit, without accessories or options
Electrical data
Unit size
Power supply
Maximum amps
Start-up amps
Maximum recommended
fuse size (AM) (1)
YSD/YSH
060
YSD/YSH
072
YSD/YSH
090
YSD/YSH
102
(V/Ph/Hz)
(A)
(A)
18
79
24
103
26
110
28
91
(A)
32
32
40
40
YSD/YSH YKD/YKH YKD/YKH YKD/YKH YKD/YKH
120
155
175
200
250
400/3/50
31
33
39
41
43
93
136
141
144
145
40
50
50
50
63
(1) For standard unit, without accessories or options
Unit size
Power supply
Maximum amps
Start-up amps
(V/Ph/Hz)
(A)
(A)
YKD/YKH
275
YKD/YKH
300
74.0
222
83.0
231
YKD/YKH
350
400/3/50
89.0
237
YKD/YKH
400
YKD/YKH
500
111.0
259
129.0
276
xxxxxxxxxxxxxxxxxx
Rooftop
Systems
Dimensions
(mm)
211
PROD-PRC014-E4
Light commercial building
supervisor
Supervises up to 16 units
Tracker
™
Tracker™
Customer benefits
• Advanced scheduler: easy building operation
• Easy diagnosis: Tracker collects and displays status of all
connected units
• Remote building management: Tracker supports modem
connection
Main features
• Electronic liquid crystal display
• 16-key keypad operator interface measuring 30.4 cm x
24.9 cm x 5.6 cm
• Power supply : 20 to 30V/50 or 60Hz/1Ph
• Control and monitoring, on a serial link, of two relay
cards (12 independent contacts) plus 16 air handling systems with a maximum of:
- 12 Trane Voyager™ rooftops
- 12 non-Trane ICS-compatible air handlers via Trane TCM
- 8 VariTrac™ variable air volume systems via CCP2 with
16 zones and one blower unit each
• Main information available:
- Calendar (programming for seven days)
- Adjustment of day/night temperature setpoints for each
zone
- Definition of 24 days of holiday
- Alarm diagnostic: when a temperature or system failure
is received at the Tracker™, the red LED next to the display will light. The alarms can be reviewed at the display. The system can even call you or a maintenance
service.
- History of last 32 defaults, including description, date,
and time
- Load shedding to limit energy consumption in an entire
building
- Restricted access protected by password
• Remote monitoring through a modem
• Control of external equipment (lighting, building alarms,
fans)
• Optimization of start-ups based on history
• Easy connection to a PC using Windows® Hyperterminal
software and RJ-12 telephone cable, allowing access to
all programming parameters and log reports
• Timed override: the user can place an area or unit back
into occupied setpoints for up to four hours, using the
display
• TZS 004 zone sensor can be used to adjust timed override and local setpoints
Accessories
• TCI 3 communication card for communication with a
Voyager rooftop
• TCM interface card for communication with a blower or
an air handling unit
• TZS zone sensors
212
PROD-PRC014-E4
Variable Air Volume Systems
Controls up to 16 zones
VariTrac II
™
VariTrac™ II
CCP2
TZS
Customer benefits
• Individual zone temperature control: optimal building
occupant comfort
• Easy installation: saving of time
• Low first and maintenance costs: saving of time and
money
Main features
• Brings individual temperature control to each comfort
zone in a building, while using the same constant airflow
air conditioning unit.
• Varies the flow of supply air to each zone, providing the
heating and cooling capacity required to match the load
in each zone.
• DTS monitors the temperature of the air stream in the
main supply duct and provides the information to CCP2
the air conditioning unit.
• BYPS is modulated by CCP2 and bypasses air from the
supply duct to prevent over-pressurization of the system.
• VADA with a UCM III control module and a Zone
Temperature Sensor (not included) measures space temperature and provides the proper heating or cooling by
modulating the damper. It also provides CCP2 with information about current comfort conditions in the specified
zone (up to 16 zones with the possibility to have slave
zones).
The Varitrac™ II system is composed of the following
components :
- Varitrac™ II Central Control Panel (CCP2)
- Main duct velocity/static pressure sensor (DVS)
- Main duct supply air temperature sensor (DTS)
- Main duct supply air bypass damper (BYPS)
- VariTrac™ zone dampers (VADA)
- Zone temperature sensor (TZS)
• CCP2 coordinates, monitors, and diagnoses for the
VariTrac™ zone control system. It communicates with
the Zone Dampers to determine heating and cooling
requirements, and selects the mode and number of
stages needed.
• DVS measures the air pressure in the main supply duct
and provides the information to CCP2 which controls the
air bypass damper system.
213
PROD-PRC014-E4
Typical application
Control of multiple individual zones using constant volume fan air-conditioning unit
4
3
5
2
1
6
7
1
2
3
4
5
6
7
- Room temperature sensor (TZS)
- Zone damper (VADA)
- Air bypass damper (BYPS)
- Duct temperature sensor (DTS)
- Duct velocity sensor (DVS)
- CCP2
- Tracker
214
PROD-PRC014-E4
VADA VariTrac™ zone dampers - 1 per zone
Determine airflow velocity (m/s) in the duct where the
VariTracTM damper will be installed.
Refer to the table below for air volume (m3/h) at the proper
velocity and VariTacTM damper size for the zone. If the airflow
exceeds the damper range, increase the damper size.
Considerations: Minimum airflow should be 10% in heating
or cooling when a zone duct temperature sensor for standalone control is used.
Airflow
(m3/h)
Sound
power (1)
dB(A)
Airflow
(m3/h)
Sound
power (1)
dB(A)
Airflow
(m3/h)
Sound
power (1)
dB(A)
VADA 16
406.4
Sound
power (1)
dB(A)
VADA 14
355.6
Airflow
(m3/h)
VADA 12
304.8
Sound
power (1)
dB(A)
VADA 10
254
Airflow
(m3/h)
3m/s
4m/s
5m/s
6m/s
7m/s
VADA 08
203.2
Sound
power (1)
dB(A)
At
At
At
At
At
VADA 06
152.4
Airflow
(m3/h)
Nominal ø
(mm)
BYPS bypass dampers
The bypass damper must be dimensioned so that it can
absorb 80% of the total airflow envisaged for the system,
minus the sum of the minimum airflow required in each
zone. This calculation must be carried out to ensure the system operates correctly when the unit is reversible. In the
event the bypass airflow is too great to be absorbed by a
single damper, a second damper can be used in parallel. The
airflow will divide up between them. The number of dampers
should not exceed three round bypass or two rectangular
dampers for each CCP2.
VariTrac™ II
Quick Selection
200
270
340
400
460
56
58
60
62
63
360
470
600
710
830
59
61
64
66
69
560
740
920
1110
1300
59
61
64
66
68
800
1070
1330
1600
1870
59
61
63
66
68
1090
1450
1820
2170
2550
59
61
64
67
69
1420
1890
2370
2850
3320
61
63
66
69
71
(1) Sound power level when damper opening creates 130 Pa pressure drop
At
At
At
At
At
8m/s
9m/s
10m/s
11m/s
12m/s
Example:
Airflow needed:
BYPS 06
152.4
535
595
665
730
800
BYPS 08
203.2
950
1070
1190
1310
1430
Zone
Zone
Zone
Zone
1
2
3
4
=
=
=
=
1800 m3/h
2520 m3/h
1080 m3/h
1800 m3/h
Total airflow needed:
7200 m3/h
Minimum airflow:
Zone
Zone
Zone
Zone
Total minimum airflow:
1080 m3/h
1
2
3
4
=
=
=
=
360 m3/h
none
430 m3/h
290 m3/h
BYPS 10
254
1490
1665
1855
2040
2230
BYPS 12
304.8
2135
2405
2700
2940
3205
BYPS 14 x 12 BYPS 16 X 16 BYPS 20 x 20 BYPS 30 x 20
355.6 x 304.8 406.4 x 406.4
508 x 508
762 x 508
3155
4810
7515
11275
3550
5410
8455
12685
3945
6015
9395
14095
4340
6615
10335
15500
4735
7215
11275
16910
VADA damper calculation:
Zone 1 = Size 12 at 7m/s
Zone 2 = Size 14 at 7m/s
Zone 3 = Size 10 at 6m/s
Zone 4 = Size 12 at 7m/s
BYPS damper calculation:
a) 80% of the system’s maximum airflow = 5760m3/h
b) Sum of the minimum airflow in the zones = 1080m3/h
c) Bypass volume = 5760-1080=4680m3/h
d) According to the table, one size 14 should be selected.
Rooftop Systems
Nominal ø
(mm)
215
PROD-PRC014-E4
SPLIT SYSTEMS AND CONDENSING UNITS
216
PROD-PRC014-E4
SPLIT SYSTEMS
AND CONDENSING UNITS
3 - 218 kW
3
TTK/TWK
15
19
31
TTA/TWA
55
kW
10
20
30
40
50
218
60
80
100
200
RAUL
SPLIT SYSTEMS
TTK/TWK, TTA/TWA: Comfort, light
commercial, office and restaurant
applications
RAUL: Process and comfort applications, food and beverage storage
300
217
PROD-PRC014-E4
Split Systems
Scroll compressor, axial fans
3-15 kW*
TTK/TWK + MCD/MWD
TTK/TWK
MCD/MWD
Customer benefits
• Flexibility: customized system to fit the application exact
requirements for residential and light commercial
segments
Main features - TTK/TWK outdoor unit
• Designed for optimized operation with MCD/MWD
indoor units
• Scroll compressor on size 530 to 060 (rotary on sizes 512
to 524)
• Protection of compressor motor winding
• Built-in drain pan
• Aluminum fin coil with copper tubes
• External sheet metal parts are galvanized and finished
with electro-static powder paint RAL 9002
Main features - MCD/MWD indoor unit
• Non-painted galvanized steel casing
• Aluminium fin heat exchanger with copper tubes
• Self-contained condensate tray
• Air inlet behind or underneath the unit
• Adjustable airflow and available static pressure
Control
• Wireless remote control for indoor unit
218
* Also available with R22 for applications outside the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Cooling capacity - TTK in cooling mode (1)
Power input - TTK in cooling mode (1)
Coefficient of Performance
Heating capacity - TWK in heating mode (2)
Power input - TWK in heating mode (2)
Coefficient of Performance (2)
Refrigerant
Electric Heater (3)
Number of compressors
Suction connection (brazed)
Liquid connection
Fan type outdoor / indoor unit
Nominal Airflow
Available static pressure
indoor unit (4)
Number of fans outdoor unit
Fan speed outdoor unit
Sound power level indoor unit
Sound power level outdoor unit
Minimum operating
outdoor air temperature
cooling/heating mode
Maximum operating
outdoor air temperature
cooling/heating mode
Nominal amps outdoor unit
Start-up amps outdoor unit
Nominal amps indoor unit
without electric heater
Nominal amps indoor
unit with electric heater
Maximum cable size
Length outdoor unit
Width outdoor unit
Height outdoor unit
Operating weight outdoor unit
Length Indoor unit
Width Indoor unit
Height Indoor unit
Operating weight Indoor unit
* Power supply 230V/1Ph/50Hz
** Power supply 400V/3Ph/50Hz
(1) At 27°C db /19°C wb indoor and 35°C outdoor
(2) At 20°C indoor and 7°C db/6°C wb
(3) For cooling only MCD only
(4) At high speed, at nominal airflow, in cooling mode
512*
518*
524*
530*
3.16
1.27
2.5
3.38
1.15
2.94
4.56
1.88
2.4
5.11
1.84
2.78
6.76
2.87
2.4
6.87
2.35
2.93
8.60
3.41
2.5
9.57
3.54
2.70
(inches)
(inches)
2
1
1/2
1/4
2
1
1/2
3/8
3
1
5/8
3/8
(m3/h)
550
820
(Pa)
(rpm)
(dB(A))
(dB(A))
60
1
750
49
69
(°C)
10 / -5
(°C)
(A)
(A)
45 / 20 45 / 20 45 / 20 45 / 20 45 / 20 45 / 20 45 / 20 45 / 20 45 / 20
6.4
9.6
12.8
19.8
7.7
24.6
11.1
11.3
12.7
28.7
44.0
72.0
97.0
45.5
116.0
52.0
64.0
72.5
(kW)
(kW)
(kW)
(kW)
(kW)
(A)
(A)
(mm²)
(mm)
(mm)
(mm)
(kg)
(mm)
(mm)
(mm)
(kg)
0.45
536*
536**
048**
060**
9.42
4.35
2.2
10.52
3.87
2.72
13.14
5.25
2.5
13.55
4.64
2.92
14.90
6.37
2.3
15.38
5.44
2.83
4
1
3/4
3/8
6
1
1 1/8
3/8
6
1
1 1/8
3/8
1100
8.60
9.42
3.41
4.35
2.5
2.2
8.94
11.20
3.09
4.25
2.89
2.64
R407C
4
4
4
1
1
1
3/4
3/4
3/4
3/8
3/8
3/8
Axial / Centrifugal
1370
1370
1650
1650
2190
2300
50
1
780
52
68
115
1
780
59
68
90
1
900
63
73
90
1
900
63
73
60
1
900
63
74
60
1
900
63
74
140
2
850
70
74
150
2
850
70
74
10 / -5
10 / -5
10 / -5
10 / -5
10 / -5
10 / -5
10 / -5
10 / -5
0.56
1.29
8.2
8.2
12.4
3 x 1.52 3 x 2.52 3 x 2.52
700
1018
1018
253
360
360
530
595
595
36
54
58
578
578
578
980
980
1090
305
305
305
29.5
29.5
37
530**
1.73
1.73
1.87
16.5
3x4
1018
360
798
87
578
1228
305
42.5
16.5
4 x 2.52
1018
360
798
87
578
1228
305
42.5
16.5
3x6
1018
360
798
89
578
1228
305
42.5
1.87
3.22
4.15
16.5
24.5
24.5
4 x 2.52 4 x 2.52 4 x 2.52
1018
1018
1018
360
360
360
798
1254
1254
89
105
108
578
703
703
1228
1091
1245
305
395
395
42.5
50
54.5
Split Systems
Unit size
TTK/TWK + MCD/MWD
General data
219
PROD-PRC014-E4
Split systems
Scroll compressors, axial fans
19-31 kW*
TTA/TWA + MWD
TTA/TWA
MWD
Customer benefits
Accessories - MWD indoor unit
• Flexibility: customized system to fit the application exact
requirements especially for new or existing light commercial buildings
• Electric heater (additional casing)
• Hot water coil (additional casing)
• Circular duct adapter plenum
• EU2 filter box
• EU4 filter box
• Diffusers (see page 92)
Main features - TTA/TWA outdoor unit
• Highly reliable Scroll compressor
• Robust and compact structure
• Disconnect switch
• Black epoxy-coated aluminium fins for aggressive
atmosphere
• Electrostatic paint finish
Main features - MWD indoor unit
Control
• Digital programmable thermostats with 24 hour timer or
non-programmable thermostats
• Compatible with Trane TrackerTM light commercial building supervisor and Trane VariTracTM variable air volume
system
• High external static pressure
• Adjustable airflow
• Cleanable filters
• Removable external electrical panel
Options
• Low ambient operation
Accessories - TTA/TWA outdoor unit
• High and low pressure gauges
220
* Also available with R22 for applications outside the European Union. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Cooling Capacity TTA + MWD (1)(3)
Power Input TTA + MWD
Cooling Capacity TWA + MWD (1)(3)
Cooling mode power input TWA + MWD
Heating Capacity TWA + MWD (2)(3)
Heating mode power input TWA + MWD
Main Power supply
(kW)
(kW)
(kW)
(kW)
(kW)
(kW)
(V/Ph/Hz)
TTA/TWA
Unit Size
Sound Power Level
Starting Amps
Compressor Type
Airflow (3) (4)
Length (uncrated)
Width (uncrated)
Height (uncrated)
Weight (uncrated)
Refrigerant Connections
Suction line
Liquid line
(dB(A))
(A)
(m3/h)
(mm)
(mm)
(mm)
(kg)
(inches)
(inches)
MWD
Unit Size
Nominal airflow
(m3/h)
External static pressure MWD (3)(4)
Sound power level (5)
Length (uncrated)
Width (uncrated)
Height (uncrated)
Weight (uncrated)
(Pa)
(dB(A))
(mm)
(mm)
(mm)
(kg)
(1) At 27°C db /19°C wb indoor and 35°C outdoor
(2) At 20°C indoor and 7°C db/6°C wb
(3) At nominal airflow
(4) High fan speed
(5) At maximum airflow and 0 static pressure
075/075
100/100
120/125
19.3
7.9
18.8
7.8
21.4
8.2
400/3/50
26.8
10.2
26.3
10.1
28.0
9.4
400/3/50
31.4
13.7
30.7
13.6
36.5
15.0
400/3/50
075
100
120
76
101
Scroll
9300
1060
950
1230
185
Brazed
1"1/8
1/2"
78
133
Scroll
12000
1060
950
1230
205
Brazed
1"3/8
1/2"
82
142
Scroll
17000
1260
1050
1230
221
Brazed
1"3/8
1/2"
075
100
125
3000
214
62
970
1290
450
76
4500
240
62
1095
1290
655
118
4500
240
62
1095
1290
655
118
Split Systems
xxxxxxxxxxxxxxxxxx
System Performances
Unit Size
TTA/TWA + MWD
General data
221
PROD-PRC014-E4
Condensing unit
Scroll compressors, axial fans
55-218 kW*
RAUL
RAUL
SMM
Customer benefits
Control
• Flexibility: customized system to fit the application exact
requirements
Microprocessor control module SMM (Scroll Manager
Module) with liquid crystal display operator interface controlling and indicating:
• Evaporator temperature
• Equalization of the number of starts and operating hours
of each compressor
• Fan speed
• Operating parameters
• High pressure limitation
• Low pressure protection
• Short cycle protection
• Remote on/off per circuit (dry contact)
• Failure indication per circuit (dry contact)
• History of the last 20 defaults
Access to current settings through a window in the
electrical panel
Main Features
• Scroll compressors
Hermetic, high efficiency, low vibration, low sound
Full internal overheating protections
• Access panels are quickly removable using a square key
• Disconnect switch
• Discharge and liquid line service valves
• Evaporator temperature sensor with 5 meter cable
Options
• Low ambient operation (down to -18°C)
• 380, 400 and 415V power voltage
• Black epoxy-coated aluminium fins
• Copper fins
• 400 / 220V transformer for the control
• Compressor sound attenuating jackets
• High and low pressure gauges
• Auxiliary card to validate auxiliary temperature setpoint
with a remote contact
• TCI-S card to communicate with BMS
• Unit without control module (special)
222
* Also available with R22 refrigerant. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Unit size
Cooling capacity (1)
Power input
Coefficient of Performance
Refrigerant
Number of circuits
Refrigerant holding charge per circuit
Number of compressors
Suction connection (brazed)
Liquid connection
Fan type
Airflow
Number of fans/fan motors
Fan speed
Fan motor power (2)
Sound power level
Minimum operating
outdoor air temperature
Power supply
Nominal amps
Start-up amps
Maximum cable size
(kW)
(kW)
(kg)
(inches)
(inches)
(m3/h)
(rpm)
(kW)
(dB(A))
(°C)
(V/Ph/Hz)
(A)
(A)
(mm²)
190
260
300
350
400
54.8
18.2
3.01
66.6
25.1
2.65
81.1
29.8
2.72
95.3
33.4
2.85
108.3
38.4
2.82
450
500
600
118.8 133.0 162.0
45.6 51.7
61.0
2.61 2.19 2.66
R407C
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
4
4
1 5/8 1 5/8 1 5/8 1 5/8 1 5/8 1 5/8 1 5/8 1 5/8
7/8
7/8
7/8
7/8
7/8
7/8
7/8
7/8
Direct drive axial - vertical discharge
27000 27000 25300 35900 37900 37900 54000 50700
2
2
2
3
3
3
4
4
680
680
680
680
680
680
680
680
0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85
86
87
89
89
90
90
90
92
35.4
138
35
44.3
193
35
700
800
RAUL
General data
194.7 218.8
71.3 83.9
2.73 2.61
2
3
6
2 1/8
1 1/8
2
3
6
2 1/8
1 1/8
89100 89100
6
6
915
915
1.88
1.88
98
98
0 (-18 with all-season operation option)
400/3/50
53.2 62.0 70.9 79.8 88.6 106.4 124.0
202
210
219
228
237
255
272
35
50
50
95
95
95
150
141.8
290
150
Split Systems
(1) At Eurovent conditions: 35°C outdoor, 7°C saturated suction temperature, with R407C
(2) Per fan
223
PROD-PRC014-E4
Dimensions,
weights and clearances
Access
for maintenance
Z
X
Y
Dimensions
(mm)
Unit size
190
260
300
350
400
450
500
600
700
800
X
2061
2061
2061
2921
2921
2921
2250
2250
3130
3130
Y
1021
1021
1021
1021
1021
1021
1890
1890
1973
1973
Shipping
weight
Z
1582
1582
1582
1582
1582
1582
1584
1584
1598
1598
(kg)
555
625
691
869
959
985
1123
1251
1695
1754
Minimum
clearances
(mm)
Operating
weight
(kg)
514
584
650
810
900
926
1040
1168
1575
1634
A
800
800
800
800
800
800
800
800
1000
1000
B
800
800
800
800
800
800
900
900
1000
1000
C
800
800
800
800
800
800
800
800
1000
1000
D
900
900
900
900
900
900
800
800
1300
1300
Split performance data examples
Condenser entering air temperature (°C) and CLCE entering air conditions (40% humidity)
30
Unit size
RAUL
(R407C)
Unit size
CLCE
190
260
300
350
400
450
500
600
700
800
08-06
09-07
09-08
10-08
10-09
11-09
12-09
12-11
14-11
16-11
35
DX coil
cooling
capacity
Air handling
nominal
airflow
(kW)
56.0
68.1
83.1
97.4
111.2
122.2
136.4
166.1
199.0
224.4
(m3/s)
2.73
3.32
4.05
4.75
5.42
5.96
6.65
8.10
9.70
10.94
Unit size
CLCE
06-05
06-06
07-06
08-06
09-06
09-07
10-07
10-08
10-09
11-09
DX coil
cooling
capacity
Air handling
nominal
airflow
(kW)
52.8
64.0
78.1
92.0
104.2
114.4
128.4
156.6
187.2
211.1
(m3/s)
1.50
1.82
2.22
2.62
2.96
3.25
3.65
4.45
5.32
6.00
• CLCE running with 100% fresh air, 30ºC, 35ºC
• Leaving air temperature: 16ºC, outdoor air temperature: 30ºC, 35ºC
• RAUL saturated suction temperature: 6ºC
224
PROD-PRC014-E4
RAUL
Performance data
Condenser entering air temperature (°C)
Saturated
suction
temperature
(°C)
-14
-6
0
6
35
40
Unit
size
Cooling
capacity
(kW)
Power
input
(kW)
Cooling
capacity
(kW)
Power
input
(kW)
190
260
300
350
400
450
500
600
700
800
25.3
31.8
38.6
44.5
51.0
57.1
63.6
77.2
89.6
102.5
11.3
15.0
17.9
20.6
23.4
27.5
30.9
36.8
41.5
48.8
22.7
28.4
34.5
39.9
45.6
50.8
56.7
68.9
80.2
91.6
14.3
18.9
22.6
25.8
29.4
34.6
39.1
46.3
52.2
61.4
190
260
300
350
400
450
500
600
700
800
36.7
45.7
55.5
64.3
73.5
81.7
91.3
110.9
130.0
147.9
12.0
16.2
19.4
21.9
25.2
29.8
33.5
39.9
44.1
52.3
32.8
40.6
49.5
57.4
65.6
72.8
81.2
99.0
116.2
132.0
15.0
20.5
24.4
27.5
31.6
37.4
42.3
50.1
55.3
65.7
190
260
300
350
400
450
500
600
700
800
47.2
58.3
70.8
82.4
93.9
104.1
116.5
141.5
167.0
189.4
12.5
17.3
20.8
23.1
26.7
31.8
35.8
42.6
46.3
55.4
42.1
51.8
63.1
73.6
83.9
92.6
103.4
126.2
149.5
169.1
190
260
300
350
400
450
500
600
700
800
59.1
72.4
88.0
102.9
117.1
129.2
144.8
175.9
209.5
236.6
13.2
18.6
22.4
24.5
28.5
34.2
38.4
45.9
48.9
59.1
52.9
64.4
78.4
92.0
104.6
114.9
128.5
156.6
187.8
211.3
= Maximum ambient limit (°C)
Cooling
capacity
(kW)
46
Power
input
(kW)
Cooling
capacity
(kW)
30.6
37.8
46.3
53.6
61.3
67.9
75.6
92.6
108.6
123.4
17.0
23.1
27.4
31.0
35.5
42.0
47.7
56.3
62.4
73.9
27.7
15.8
21.8
26.0
29.0
33.5
39.9
45.1
53.5
58.2
69.5
39.3
48.2
59.0
68.7
78.4
86.3
96.2
117.8
139.9
158.0
17.8
24.5
29.2
32.6
37.6
44.7
50.7
59.9
65.4
78.0
35.7
43.6
53.6
62.5
71.3
78.3
107.1
127.4
143.8
68.6
75.4
89.5
16.6
23.3
27.9
30.7
35.7
42.7
48.2
57.3
61.3
73.8
49.5
59.9
73.2
86.0
97.8
107.0
119.6
146.1
175.9
197.4
18.6
26.1
31.2
34.4
40.0
47.7
54.0
64.0
68.9
82.6
45.1
54.2
66.5
78.2
89.0
97.0
108.2
132.7
160.5
179.7
21.5
29.8
35.5
39.5
45.7
54.4
61.7
72.9
79.1
94.3
38
35
37
38
36
36
35
37
37
36
Power
input
(kW)
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
19.7
42
44
45
43
43
42
43
44
43
°C
°C
°C
°C
°C
°C
°C
°C
°C
20.6
28.2
33.4
37.6
43.2
51.2
45 °C
Split Systems
25
225
PROD-PRC014-E4
CLOSE CONTROL UNITS
226
PROD-PRC014-E4
5 - 63 kW
CLOSE CONTROL UNITS
5
Mercury
kW
5
Jupiter
20
10
15
22
20
81
30
40
50
60
70
CLOSE CONTROL UNITS
Light commercial, office, restaurant,
and industrial applications
80
227
PROD-PRC014-E4
Close control units
Technology and comfort applications
5-20 kW*
Jupiter
Jupiter
Chilled water units
JDCC Downflow
JUCC Upflow
Air-cooled direct expansion units
JDAC Downflow
JUAC Upflow
Water-cooled direct expansion units
JDWC Downflow
JUWC Upflow
Customer benefits
Accessories
• Compact design: space savings in plant rooms
• Accuracy: accurate temperature and humidity control for
any size of applications
• Fire and/or smoke detector
• Water leak detector with one sensor
• Dirty filter alarm (differential pressure switch)
• Temperature and humidity sensor
• External sensors for high ambient temperature and
humidity alarm signals
• Base frames and plenums (intake or discharge) for easier
integration
Main features
• Designed for environments in which high-tech
equipment is the predominant heat source and comfort
applications (offices…)
• Front access for total unit maintenance
• Downflow discharge and upflow discharge
configurations
• Scroll compressors
• Double inlet galvanised steel centrifugal fans with
forward curved blades
• Inner and outer door panels providing security, continual
operation, and reduced sound levels during
maintenance
Options
Control
Microprocessor control module
• mP20 with 4x20 alphanumeric display showing status
information and allowing alarm message and history
management
• mP3 with LCD symbol display showing status
information and alarm history to regulate air
temperature and humidity
Communication protocols for interfacing with most BMS
LAN card for run/standby operation (mP20 only)
• Electric reheat
• Enhanced electric reheat
• Hot water reheat
• High pressure centrifugal fans
• Electrode boiler humidifier
• High efficiency filters
• Fresh air module with filter
• Air suction from the front, rear or base (upflow
configuration only)
228
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Air-cooled direct expansion units (JDAC/JUAC)
Cooling capacity (1)
Sensible cooling
capacity (1)
Refrigerant
Number of circuits/
compressors
Airflow (1)
External static pressure
Height
Width
Depth
Weight
Power supply
(kW)
0115
5.7
0125
7.7
0133
9.3
(kW)
5.2
6.1
7.5
0135
12.0
0150
15.4
0160
18.0
10.4
14.9
16.0
3024
4968
4968
850
1200
1200
185
260
260
0135
11.4
0150
14.8
0160
17.2
10.2
14.8
16.0
3020
4940
4940
850
1200
1200
190
265
265
0040
11.8
0060
19.2
Jupiter
General data
R407C
1/1
(m3/h)
(Pa)
(mm)
(mm)
(mm)
(kg)
(V/Ph/Hz)
1584
1584
1944
10
1740
550
550
700
450
130
130
150
400/3/50
(1) Based on 24°C/50%, ESP=20Pa, chilled water temperature=7/12°C, ethylene glycol 0%
Water-cooled direct expansion units (JDWC/JUWC)
Cooling capacity (1)
Sensible cooling
capacity (1)
Refrigerant
Number of compressors/
circuits
Airflow (1)
External static pressure
Height
Width
Depth
Weight
Power supply
(kW)
0115
5.4
0125
7.3
0133
8.9
(kW)
5.1
5.9
7.3
R407C
1/1
(m3/h)
(Pa)
(mm)
(mm)
(mm)
(kg)
(V/Ph/Hz)
1580
1580
1950
10
1740
550
550
700
450
135
135
155
400/3/50
Chilled water units (JDCC/JUCC)
Cooling capacity (1)
Sensible cooling
capacity (1)
Airflow (1)
External static pressure
Height
Width
Depth
Weight
Power supply
(kW)
(kW)
(m3/h)
(Pa)
(mm)
(mm)
(mm)
(kg)
(V/Ph/Hz)
0020
6.5
0025
8.4
0030
9.3
5.9
7.5
8.1
11.0
17.8
1584
1944
3024
4968
550
700
850
1200
100
115
2052
10
1740
850
450
150
400/3/50
155
210
(1) Based on 24°C/50%, ESP=20Pa, chilled water temperature=7/12°C, ethylene glycol 0%
Close control units
(1) Based on 24°C/50%, ESP=20Pa, chilled water temperature=7/12°C, ethylene glycol 0%
229
PROD-PRC014-E4
Close control units
High tech applications
22-63 kW*
Mercury
Chilled water units
EDCC Downflow
EUCC Upflow
Energy saving units
EDEB Downflow
EUEB Upflow
Air-cooled direct expansion units
EDAC Downflow
EUAC Upflow
Twin cool units
EDTB/EDDB Downflow
EUTB/EUDB Upflow
Mercury
Water-cooled direct expansion units
EDWC Downflow
EUWC Upflow
Customer benefits
Accessories
• Flexibility: customized system to fit the application's
exact requirements
• Accuracy: accurate temperature and humidity control for
demanding applications
• Noise level: a level of acoustic comfort unmatched in the
market place
• Condensate drain pump
• Humidifier condensate drain pump
• External sensors for high ambient temperature and
humidity alarm signals
• Fire and/or smoke detector
• Water leak detector
• Base frames and plenums (intake or discharge) for easier
integration
Main features
• Designed for environments in which high-tech
equipment is the predominant heat source
• Front access for total unit maintenance
• Downflow discharge and upflow discharge
configurations
• Scroll compressors
• Double inlet galvanised steel centrifugal fans with
forward curved blades
• Inner and outer door panels providing security, continual
operation, and reduced sound levels during
maintenance
Options
• Electric reheat
• Enhanced electric reheat
• Hot water reheat
• High pressure centrifugal fans with backward curved
blades
• Electrode boiler humidifier
• Air filters
• Fresh air module
• Air suction from the front, rear or base (upflow
configuration only)
• Front discharge floor stand
• Different acoustic linings for the panels of the unit
casing
230
Control
mP40 microprocessor control module with easy-to-use
LCD display
• temperature and humidity control
• complete alarm signalling system
• recording of all alarms
• programming of automatic restart after power is
restored
• remote unit switch on/off
• setting of the electronic thermostat valve with signalling
of any irregularities
• possibility of communicating with a supervision system
using the RS485 serial board (optional)
• Override function
* Available in certain countries. For information, contact your local Trane Sales Office.
PROD-PRC014-E4
Air-cooled direct expansion units (EDAC/EUAC)
Water-cooled direct expansion units (EDWC/EUWC)
Unit size
Cooling capacity (1)
1105 1106 1107 2207 1108 2208 1113 2213 1114 2214 2216 4216 2217 4217 2218 4218
(kW)
22.0 22.9 26.3 27.8 30.0 32.1 34.6 33.5 42.3 37.4 50.5 50.3 57.4 57.1 64.3 63.1
(kW)
20.1 20.5 26.3 27.8 30.0 32.1 34.6 33.5 39.4 37.4 50.5 50.3 57.4 57.1 60.7 60.1
Sensible cooling
capacity (1)
Refrigerant
Mercury
General data
R407C
Number of circuits/
compressors
Airflow (1)
External static pressure
1/1
(m3/h)
1/1
1/1
2/2
1/1
2/2
1/1
2/2
1/1
2/2
2/2
2/4
2/2
2/4
2/2
2/4
5600 5600 9740 9740 9740 9740 10790 10790 10790 10790 16730 16730 16730 16730 16730 16730
(Pa)
20
(mm)
1980
Width
(mm)
1100 1100 1510 1510 1510 1510 1750 1750 1750 1750 2400 2400 2400 2400 2400 2400
Depth
(mm)
Weight
(kg)
Height
Power supply
750
255
260
330
385
335
395
450
(V/Ph/Hz)
460
455
465
615
620
625
620
625
630
400/3/50
(1) Based on 24°C/50%, ESP=20Pa, condensing temperature=48°C
Chilled water units (EDCC/EUCC)
Unit size
Cooling capacity (1)
(kW)
0010
0013
0014
0018
0024
0026
28.1
33.3
39.3
53.4
69.5
81.0
Sensible cooling
capacity (1)
(kW)
23.8
28.7
33.2
45.2
59.9
68.7
Airflow (1)
(m3/h)
7410
10170
10060
14050
22280
21870
1750
2400
2400
365
455
465
External static pressure
(Pa)
20
Height
(mm)
1980
Width
(mm)
Depth
(mm)
Weight
Power supply
1100
1510
1510
750
(kg)
245
345
350
(V/Ph/Hz)
400/3/50
(1) Based on 24°C/50%, ESP=20Pa, chilled water temperature=7/12°C, ethylene glycol 0%
Twin cool and energy saving units (EDEB/EUEB/EDTB/EUTB/EDDB/EUDB)
Unit size
1105 1106 1107 2207 1108 2208 1113 2213 1114 2214 2216 4216 2217 4217 2218 4218
Cooling capacity Direct expansion mode (1)
(kW)
22.6 23.4 26.5 28.0 30.3 32.4 35.5 34.3 42.7 38.4 51.1 50.9 58.1 57.8 64.1 63.1
(kW)
22.6 23.4 26.5 28.0 30.3 32.4 35.5 34.3 42.7 38.4 51.1 50.9 58.1 57.8 64.1 63.1
(kW)
20.8 20.8 32.5 32.5 32.5 32.5 37.1 37.1 37.1 37.1 50.8 50.8 50.8 50.8 50.8 50.8
(kW)
18.5 18.5 27.8 27.8 27.8 27.8 32.5 32.5 32.5 32.5 46.0 46.0 46.0 46.0 46.0 46.0
(m3/h)
7200 7200 10340 10340 10340 10340 12340 12340 12340 12340 17870 17870 17870 17870 17870 17870
Direct expansion mode (1)
Cooling capacity
Chilled Water mode (2)
Sensible cooling capacity
Chilled Water mode (2)
Number of circuits/
compressors
Airflow (1)
External static pressure
1/1
1/1
1/1
2/2
1/1
2/2
1/1
2/2
1/1
2/2
2/2
2/4
2/2
2/4
2/2
2/4
(Pa)
20
(mm)
1980
Width
(mm)
1100 1100 1510 1510 1510 1510 1750 1750 1750 1750 2400 2400 2400 2400 2400 2400
Depth
(mm)
Weight
(kg)
Height
Power supply
750
255
260
(V/Ph/Hz)
(1) Based on 24°C/50%, ESP=20Pa, condensing temperature=48°C
(2) Based on chilled water temperature=7/12°C
330
385
335
395
450
460
455
400/3/50
465
615
620
625
620
625
630
Close control units
Sensible cooling capacity -
231
PROD-PRC014-E4
VARIABLE FREQUENCY DRIVES
232
PROD-PRC014-E4
0.37 - 400 kW
VARIABLE FREQUENCY DRIVES
0.37
TR1 6000 Series
kW
0,5
18
TR1 2800 Series
1.1
1
400
10
50
100
200
250
300
350
VARIABLE FREQUENCY DRIVES
Office buildings, shopping centers,
banks, hospitals, hotels, schools,
“industrial” process cooling....
400
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PROD-PRC014-E4
Variable Frequency Drives
0.37 - 400 kW applications
VarioTrane TR1
2800 Series
Customer benefits
• Designed to operate with fans and pumps to achieve
lower energy consumption
• Reliability: low cost of ownership and risk reduction
• High performance: low energy consumption
• Comfort: optimal building occupant comfort
Main features of TR1 6000 Series
• Offers a total BMS integrated capability, delivering
optimum system cost savings for new and retrofit
installations on pumps and fans
• Integrated EMC filters to meet EN55011 Class 1A (150M)
and 1B (50M)
• Integrated DC coil harmonic filters
• HVAC designed alphanumeric keypad and software
functionality
• Double feedback or double zone advanced built in PID
controller
• Detachable upload/download keypad with H/O/A·
Monitors and displays kW/hr, running hours, A, V, Hz, kW
• 8 x DI, 3 x AI, 2 x AO/DO, 2 x relay output
• RS485 with embedded Modbus RTU and N2
Options TR1 6000
• Cascade controller option for 5 x pump/fan
• Lonworks option board - free topology, including
memory option
• DeviceNet option board - including memory option
• Profibus option board - including memory option
• Cascade controller - application open
• Relay card option to add 4 more relays
• LCP remote mounting kit for control panel mounting
IP00 - IP20 and IP 54 versions
6000 Series
• IP20 terminal cover
• IP20 bottom cover
• IP21 top cover (sizes 6016-6042-6052-6072)
• LC filter module
• BacNet gateway (external module)
Main features of TR1 2800 Series
• Compact and highly functional
• Integrated EMC filter EN55011 Class 1A, option for 1B
external mount filter
• Integrated DC coil harmonic filter
• Numerical keypad with option for remote mount
alphanumeric keypad
• HVAC application software functionality including a builtin PID controller
• Monitors and displays kW/hr, running hours, A, V, Hz, kW
• 5 x DI, 2 x AI, 1 x AO/DO, 1 x relay output, thermistor
input
• Drive version for Profibus and DeviceNet
Options TR1 2800
• Cable for LCP, 3 m
• LCP control unit
• Remote mount kit IP00/20, including 3m cable
• RFI 1B-filter
• IT mains filter
• IP21 top cover
• NEMA 1 terminal cover
• RFI 1B + LC filter
• Motor choke IP10
• BacNet gateway (external module)
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Selection data
Voltage
3 x 200V
TR1 6002
TR1 6003
TR1 6004
TR1 6005
TR1 6006
TR1 6008
TR1 6011
TR1 6016
TR1 6022
TR1 6027
TR1 6032
TR1 6042
TR1 6052
TR1 6062
Enclosure HxWxD
IP20 (mm)
IP54 (mm)
395x220x160
460x282x195
395x220x160
460x282x195
395x220x200
530x282x195
395x220x200
530x282x195
560x242x260
810x350x280
560x242x260
810x350x280
560x242x260
810x350x280
700x242x260
940x400x280
700x242x260
940x400x280
800x308x296
940x400x280
800x308x296
940x400x280
954x370x335
937x495x421
954x370x335
937x495x421
954x370x335
937x495x421
Voltage
3 x 380V
TR1 6002
TR1 6003
TR1 6004
TR1 6005
TR1 6006
TR1 6008
TR1 6011
TR1 6016
TR1 6022
TR1 6027
TR1 6032
TR1 6042
TR1 6052
TR1 6062
TR1 6072
TR1 6100
TR1 6122
TR1 6150
TR1 6172
TR1 6222
TR1 6272
TR1 6350
TR1 6400
TR1 6500
TR1 6550
Enclosure HxWxD
IP20 (mm)
IP54 (mm)
395x220x160
460x282x195
395x220x160
460x282x195
395x220x160
460x282x195
395x220x160
460x282x195
395x220x200
530x282x195
395x220x200
530x282x195
395x220x200
530x282x195
560x242x260
810x350x280
560x242x260
810x350x280
560x242x260
810x350x280
700x242x260
810x350x280
700x242x260
940x400x280
800x308x296
940x400x280
800x308x296
940x400x280
800x308x296
940x400x280
800x370x335
940x400x360
800x370x335
940x400x360
1201x420x373
1201x420x373
1201x420x373
1201x420x373
1584x420x373
1584x420x373
1584x420x373
1584x420x373
1584x420x373
1584x420x373
2010x1200x600
2010x1200x600
2010x1200x600
2010x1200x600
2010x1200x600
2010x1200x600
Voltage
3 x 600V
TR1 6002
TR1 6003
TR1 6004
TR1 6005
TR1 6006
TR1 6008
TR1 6011
TR1 6016
TR1 6022
TR1 6027
TR1 6032
TR1 6042
TR1 6052
TR1 6062
Enclosure HxWxD
IP20 (mm)
395x220x200
395x220x200
395x220x200
395x220x200
395x220x200
395x220x200
395x220x200
560x242x260
560x242x260
560x242x260
700x242x260
700x242x260
800x308x296
800x308x296
TR1 2800 Series
Motor
shaft
power
(kW)
0.37
0.55
0.75
1.1
1.5
2.2
3
3.7
Voltage
1 x 220V
TR1 2803
TR1 2805
TR1 2807
TR1 2811
TR1 2815
Enclosure HxWxD
IP20 (mm)
200x75x168
200x75x168
200x75x168
200x75x168
200x75x168
4
5.5
7.5
11
15
18.5
Voltage
3 x 220V
TR1 2803
TR1 2805
TR1 2807
TR1 2811
TR1 2815
TR1 2822
Enclosure HxWxD
IP20 (mm)
200x75x168
200x75x168
200x75x168
200x75x168
200x75x168
267.5x90x168
TR1 2840
267.5x140x168
Voltage
3 x 380V
3 x 480V
Enclosure HxWxD
IP20 (mm)
TR1 2805
TR1 2807
TR1 2811
TR1 2815
TR1 2822
TR1 2830
200x75x168
200x75x168
200x75x168
200x75x168
267.5x90x168
267.5x90x168
TR1 2840
TR1 2865
TR1 2875
TR1 2880
TR1 2881
TR1 2882
267.5x90x168
267.5x140x168
267.5x140x168
505x200x244
505x200x244
505x200x244
Other enclosures available upon request
Trane can also offer Softstarter and Integrated Drive-Motor Solutions.
Contact your local sales office for more information.
Variable Frequency Drives
Motor
shaft
power
(kW)
1.1
1.5
2.2
3
4
5.5
7.5
11
15
18.5
22
30
37
45
55
75
90
110
132
160
200
250
315
355
400
TR1
TR1 6000 Series
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PROD-PRC014-E4
SERVICE SOLUTIONS
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PROD-PRC014-E4
Service is not only about providing you with spare parts. At Trane, we are committed
to providing you with service solutions that are efficient and reliable, just like our
equipment.
Trane delivers comprehensive service solutions.
Comprehensive programs
EvoluTrane
Trane Select Contracts
Service product range
Chemical analysis
Eddy current tube analysis
Vibration analysis
Remanufactured compressors
Equipment enhancement
Parts and supplies
© American Standard Inc. 2005
Process: # 1780
SAFETY
TQC
WORK
VERIFY
PROPERTY OF THE TRANE COMPANY - TO BE USED ONLY BY AUTHORISED EMPLOYEE IN CONJUNCTION WITK VSF - FOR INTERNAL USE ONLY
6
1
8
9
10 11 12
14
3
4
13
7
1
MARK AND DISCONNECT THE WIRING
2
CONFIRM OIL HAS BEEN DRAINED. ALL REFRIGERANT HAS
BEEN RECLAIMED AND THE CHILLER IS AT ATMOSPHERIC
PRESSURE
9
SLIDE COVER PLATE BACK OUT
3
REMOVE PAINT FROM SECTION(S) OF PIPE WORK TO BE CUT
10
PREPARE FOR MINOR OIL SPILL
4
CUT ALL PIPES AS REQUIRED
11
REMOVE 2 LONG BOLTS
5
USE PIPE CUTTER
12
6
MARK TOP ON THE OIL PUMP COVER PLATE
13
7
REMOVE 2 BOLTS AND INSERT GUIDE PINS
14
• Has a reliable network of people who have the expertise
and the experience you need
• Allows you to reach the best cost of ownership
• Offers simple, transparent, and consistent services
throughout the Europe, Middle-East, Africa, and India
regions
• Brings you energy saving solutions through planned
maintenance
• Helps your installation be environmentally responsible
UNBOLT AND REMOVE ALL REMAINING COVER PLATE BOLTS
REMOVE OIL PUMP
CLEAN OIL SUMP ANS ASSOCIATED PIPE WORK WITH SAFETY
SOLVENT AND LINT FREE GAS
USE SAFETY EQUIPMENT
Start-up
All Trane engineers and technicians are experts in refrigeration and air-conditioning control. Trane will take the
extra step beyond installation to perfectly adapt the
equipment to its environment, by taking control of and
seeing to an efficient and high-performance start-up.
SERVICE SOLUTIONS
As your Service Partner, Trane:
8
237
PROD-PRC014-E4
Optimization and upgrade
solution programs
EvoluTrane
Whatever segment your business is in, whether your
installation is for comfort cooling or industrial cooling,
your company chose the system that best corresponded
to its needs at that time, based on the products and
services that existed on the market.
Since then, your needs may have evolved. Your cooling
system may be oversized, undersized or may not be operating at optimum efficiency. Your equipment may be at the
end of its lifecycle. Continuously changing legislation may
mean that your installation no longer complies with environmental or energy consumption standards.
Customer benefits
• Improved equipment operation
• Reduced cost of ownership
• Ensures that your system complies to the most recent
regulations
Main features
With customer input via an individual interview and a site
visit, Trane
• Detects areas for productivity improvements or how to
take into account the evolution of your cooling system
or business needs
• Detects areas for economy improvements or how replacing the equipment can have an advantageous financial
impact
• Evaluates installation conformity to new environmental
and health regulations
Based on the analysis of the gathered information, Trane
specialists help you find solutions that can be best adapted to your current needs and your future needs. Trane will
recommend a solution and also offer flexible financing
options for your cooling system investment.
238
PROD-PRC014-E4
Comprehensive
maintenance programs
Programs
Trane Select
Contracts
24hrs/day, 7 days/week
Maintenance
Parts coverage
Lifecycle management
Customer benefits
Main features
Best cost of ownership
• Planned maintenance ensures your HVAC system runs at
top efficiency, providing up to 12% energy savings.
• Your equipment will receive regular inspection, preventive maintenance and proper calibration. Any potential
problem will be corrected before anyone in your building becomes aware of it.
• In choosing your level of coverage, you know exactly
what services and parts are covered. There are no surprises when it comes to expenses.
Total peace of mind
• Trane looks out for your needs.
With our extended service plans, Trane is your ideal
service solutions provider to protect your HVAC installation investment. Trane Select Contracts are tailored to fit
your HVAC system needs and business requirements.
They offer four different levels of coverage - from preventive maintenance plans to comprehensive maintenance.
Service solutions
As your preferred service partner, we look out for your
needs and your total peace of mind.
239
PROD-PRC014-E4
Predictive maintenance
Chemical analysis
Chemical analysis
The Trane Chemical Laboratory has developed the
specialized expertise to analyze various types of fluids
found in your HVAC installation.
Having regular analyses done by experienced service
engineers helps reduce maintenance costs and guarantee
equipment efficiency and reliability. Problems can be
found and fixed before they become major.
• Fast delivery of results
• Graphs of the current test data with past test data for
easy comparison
• Past and present interpretations and service
recommendations
Refrigerant analysis
• Detects contamination levels. When contaminant levels
fall outside acceptable ranges, corrective actions are
recommended.
• All types of refrigerants
• Helps extend the life of the existing charge
Lithium bromide analysis
• Detects substance imbalance
• Corrective actions are recommended if necessary.
• Helps extend the life of the existing charge
Compressor oil analysis
• All compressor makes and types (scroll, reciprocating,
centrifugal and helical-rotary)
• Helps extend the life of the existing charge and maintain
compressor efficiency
• Allows compressor repairs to be scheduled to reduce
downtime
• Identify problems without tearing down the compressor·
• Reduce problems of used oil disposal
• Lower refrigerant emissions
• Standard testing includes : ferrous index, non-ferrous
index, particle count, spectrometry, wear level evolution
chart, contamination index, total presence of moisture,
contamination level evolution chart, chemical index,
dielectric test, viscosity at 40°C, viscosity index,
chemistry level evolution chart, TAN (total acid number)
test
240
PROD-PRC014-E4
Predictive maintenance
Eddy current tube
analysis
Products
Heat exchanger tube testing
Customer benefits
• Improved equipment operation and reliability
• Extended equipment life
• Reduced operating costs
• Reduced risk of costly breakdowns
• Reduced downtime
The condition of the tubes in a heat exchanger has a
direct impact on the efficiency of your chiller. Depending
on its size, a heat exchanger contains hundreds or thousands tubes, all undergoing mechanical stress and chemical corrosion. Tubes are therefore critical to chiller performance, and yet standard maintenance techniques can
check most everything except these tubes.
Equipped with the latest technological tools, Trane can
detect, locate and record internal and external corrosion,
deposits, wear or cracking before their consequences start
to damage your installation.
This analysis results in a detailed report containing all the
recordings, photographs of defective zones, and most
importantly, recommendations as to the technical and
practical actions required to resolve the situation.
Service solutions
Main features
24
241
PROD-PRC014-E4
Predictive maintenance
Vibration analysis
Photographic credits: Emerson.
Vibration
analysis
Every piece of HVAC equipment with rotating components
has its own, distinct vibration "signature". If a problem
develops, this vibration signature changes, and the way it
changes can be used as an accurate means of identifying
potential problems (bearing wear, shaft balancing default,
screw gearing default…). The savings in major repairs are
substantial (up to 50% savings on compressor replacement cost).
Trane vibration experts know baseline vibration data of
each mobile component and define alarm levels
according to the application. Vibration analyses can be
integrated into any Trane maintenance contract or on
demand.
Customer benefits
• Reduced risk of costly breakdowns
• Improved energy performance
• Fast diagnosis of existing mechanical defects
• Increased equipment safety
• Extended equipment life
• Contained noise pollution
• Better scheduling of planned maintenance
242
PROD-PRC014-E4
Reciprocating and helical-rotary
Remanufactured
compressors
Customer benefits
• Improved equipment operation and reliability
• Fast delivery due to large stock
• Reduced downtime
Main features
• A complete range of remanufactured compressors is
held in stock - reciprocating and helical-rotary compressors
• Sold with the same warranty as a new compressor
Service solutions
A Trane remanufactured compressor can be an economically-effective solution when a compressor replacement is
needed.
In addition to replacement situations, Trane also thinks
ahead and anticipates preventive maintenance on compressors which have already clocked hundreds of running
hours. This service starts by dismantling the compressor,
cleaning and sandblasting to eliminate any trace of carbon residues, acid, metal debris or rust.
Each sub-assembly undergoes rigorous control and parts
which have been subjected to extensive wear are
replaced.
In both cases, the result is a reliable compressor that will
continue running at its optimum performance.
Products
Remanufactured compressors
24
243
PROD-PRC014-E4
Control upgrading
Tracer™ CH531 retrofit
Equipment
enhancement
Tracer™ CH531
Your chiller controls may have become obsolete, troublesome and/or inefficient. You are making other paybackrelated investments in the chiller plant. You want the same
controls on your existing chillers as on your new chillers.
In these cases, Trane's Tracer™ CH531 controls can replace
an existing chiller's temperature and safety controls.
Customer benefits
• reduced operating costs
- CH531 eliminates the existing controller's 3° setpoint
error
- CH531's automatic chilled water reset raises chilled
water temperatures at low-load times
- CH531 soft loads the chiller, reducing building startup
demand
• improved equipment reliability and maintainability
- CH531 is based on Adaptive Control, keeping the chiller
online where other controls would have shut the chiller
down
- CH531 allows automatic restart without operator intervention after power failures
- Advanced controls protect your chiller's motor from
power line faults
- Clear language diagnostics and messages allow operators to quickly make decisions to get the chiller back
online.
Main features
Adaptive Control™ microprocessor-based control
featuring:
• Easy-to-use DynaView operator interface panel
• Evaporator leaving water temperature
• Chilled water reset based on return water temperature
• Evaporator refrigerant temperature limit
• Smart short-cycling protection
• Smart auto-restart
• Ice-making control (optional)
• Free cooling (optional)
• Bearing temperature (optional)
• Heat recovery (optional)
• Pump start/stop (optional)
244
PROD-PRC014-E4
Parts and
supplies
Products
Parts and supplies
Customer benefits
• Guarantee of parts that meet the specifications of the
original part
• Quick and efficient ordering and delivery service
• Reduced equipment downtime
• Large inventories of repair and replacement parts for
many types of HVAC equipment
• Original parts conforming to your equipment's original
specifications for guaranteed fit and optimal
performance
• Strategically located parts distribution centers meaning
shorter delivery times and lower shipping costs
• High-performance infrastructure to find, deliver, and
even install the needed part with a minimum downtime
• Parts availability in real time
Service solutions
Main features
24
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PROD-PRC014-E4
Notes
CONTACT US
With 130 locations in EMAIR (Europe, Middle East, Africa and India Region), Trane has one of the most extended sales
and services network staffed by a team of the industry's most experienced sales engineering resources, controls and service
engineers and technicians. All are networked to provide uniform local support capabilities such as engineering expertise,
application assistance, services, parts and on-site maintenance, repair and operation of your HVAC systems.
They have the knowledge and resources to assist system designers, consulting engineers, contractors and building owners
in creating and maintaining safe, comfortable and efficient indoor environments for new and existing buildings and industrial
processes.
Contact Trane today. Don't lose time.
trane.com
> Select your country
comfort@trane.com
Austria: .............................................(+43) 2236.378.400
Belgium: ..............................................(+32) 2.672.23.73
Czech Republic: ................................(+420) 296.337.233
Egypt:.....................................................(+20) 2.2641328
France: ..............................................(+33) 4.72.52.28.50
Germany: ...........................................(+49) 203.768.04.0
Greece: .............................................(+30) 210.811.22.00
Hungary: ...............................................(+36) 23.422.572
India: ..................................................(+91) 22.56778679
Ireland: ...............................................(+353) 1.460.60.30
Israel: ..................................................(+972) 3.942.0802
Italy: .....................................................(+39) 02.903.35.1
Kuwait:...................................................(+965) 482.6207
Lebanon: ...............................................(+961) 1.510.922
Netherlands:......................................(+31) 35.603.93.00
Poland: ...............................................(+48) 22.434.77.00
Portugal: ......................................(+351) 210.303.500/01
Romania: ............................................(+40) 21.410.87.33
Russia: ................................................(+7) 095.742.0009
Saudi Arabia:......................................(+971) 4.346.0080
Spain: .................................................(+34) 91.428.82.00
Sweden:.............................................(+46) 8.556.134.50
Switzerland: .......................................(+41) 22.301.11.20
Turkey:..............................................(+90) 212.284.25.68
United Arab Emirates: .......................(+971) 4.346.0090
United Kingdom: .............................(+44) 1256.306.000
EUR Regional Headquarters:.............(+32) 2.663.98.00
MAIR Regional Headquarters: ..........(+971) 4.346.0080
Literature Order Number
PROD-PRC014-E4
Date
0406
Supersedes
PROD-PRC013-E4_0205
Stocking Location
France
Trane has a policy of continuous product and product data improvement and reserves the right to change
design and specifications without notice.
American Standard Europe BVBA
Registered Office: 1789 Chaussée de Wavre, 1160 Brussels - Belgium