CSAA Performance Climate Changer Air Handlers

Product Information

The Performance Climate ChangerTM Air Handlers Model CSAA is a
versatile HVAC equipment designed for both indoor and outdoor use.
It is available in sizes ranging from 3 to 120 units, providing
efficient and reliable climate control for various
applications.

The installation, operation, and maintenance of this equipment
should only be performed by qualified personnel. Handling and
servicing heating, ventilating, and air-conditioning equipment can
be hazardous, and specific knowledge and training are required to
ensure proper installation and operation. Improper installation or
alteration by unqualified individuals may result in serious injury
or even death. It is crucial to observe all precautions mentioned
in the literature, as well as on the tags, stickers, and labels
attached to the equipment.

The manual provides important safety warnings, cautions, and
notices to ensure personal safety and the correct functioning of
the machine. These advisories are categorized as follows:

• WARNING: Indicates potentially hazardous
  situations that could lead to death or serious injury.

• CAUTION: Indicates potentially hazardous
  situations that could result in minor or moderate injury, or alert
  against unsafe practices.

• NOTICE: Indicates situations that could result
  in equipment or property damage only accidents.

It is essential to adhere strictly to these precautions for
personal safety and proper machine operation.

The product also emphasizes important environmental concerns,
including responsible refrigerant practices. Compliance with proper
field wiring and grounding requirements is crucial to avoid fire
and electrocution hazards. All field wiring must be performed by
qualified personnel following the installation and grounding
requirements described in NEC (National Electrical Code) and
local/state/national electrical codes.

Additionally, technicians must wear proper Personal Protective
Equipment (PPE) specific to the job being undertaken to protect
themselves from potential electrical, mechanical, and chemical
hazards. The manual provides further instructions on PPE
requirements.

The air handler foamed panels rely on a foam system that
utilizes water and R-1233zd as blowing agents. This information is
important for understanding the environmental impact of the
equipment.

The document and its contents are the property of Trane. Any use
or reproduction, in whole or in part, without written permission
from Trane is prohibited. Trane reserves the right to revise the
publication and make changes to its content without obligation to
notify any person of such revisions or changes.

Trane offers factory training through Trane UniversityTM to
provide customers with knowledge about the operation and
maintenance of their equipment. For more information on available
training opportunities, contact Trane UniversityTM via online,
phone, or email:

• Website: www.trane.com/traneuniversity
• Phone: 855-803-3563
• Email: traneuniversity@trane.com

Product Usage Instructions

1. Before operating or servicing the unit, thoroughly read the
entire manual.

2. Ensure that only qualified personnel install and service the
equipment.

3. Follow all safety warnings, cautions, and notices mentioned
in the manual.

4. Comply with proper field wiring and grounding requirements as
described in NEC and local/state/national electrical codes.

5. Wear appropriate Personal Protective Equipment (PPE) for the
job being undertaken.

6. Familiarize yourself with the environmental concerns
associated with the equipment, including responsible refrigerant
practices.

7. Do not use or reproduce the manual or its contents without
written permission from Trane.

8. Contact Trane UniversityTM for factory training opportunities
to enhance your knowledge of equipment operation and
maintenance.

Installation, Operation, and Maintenance
Performance Climate ChangerTM Air Handlers Model CSAA
Indoor and Outdoor Units Sizes 3 to 120

SAFETY WARNING
Only qualified personnel should install and service the equipment. The installation, starting up, and servicing of heating, ventilating, and air- conditioning equipment can be hazardous and requires specific knowledge and training. Improperly installed, adjusted or altered equipment by an unqualified person could result in death or serious injury. When working on the equipment, observe all precautions in the literature and on the tags, stickers, and labels that are attached to the equipment.

October 2023

CLCH-SVX07R-EN

Introduction

Read this manual thoroughly before operating or servicing this unit.
Warnings, Cautions, and Notices
Safety advisories appear throughout this manual as required. Your personal safety and the proper operation of this machine depend upon the strict observance of these precautions.

The three types of advisories are defined as follows:

WARNING

Indicates a potentially hazardous situation which, if not avoided, could

result in death or serious injury.

CAUTIONs

Indicates a potentially hazardous situation which, if not avoided, could

result in minor or moderate injury. It could

also be used to alert against unsafe

practices.

NOTICE

Indicates a situation that could result in equipment or property-damage only accidents.

Important Environmental Concerns
Scientific research has shown that certain man-made chemicals can affect the earth’s naturally occurring stratospheric ozone layer when released to the atmosphere. In particular, several of the identified chemicals that may affect the ozone layer are refrigerants that contain Chlorine, Fluorine and Carbon (CFCs) and those containing Hydrogen, Chlorine, Fluorine and Carbon (HCFCs). Not all refrigerants containing these compounds have the same potential impact to the environment. Trane advocates the responsible handling of all refrigerants.
Important Responsible Refrigerant Practices
Trane believes that responsible refrigerant practices are important to the environment, our customers, and the air conditioning industry. All technicians who handle refrigerants must be certified according to local rules. For the USA, the Federal Clean Air Act (Section 608) sets forth the requirements for handling, reclaiming, recovering and recycling of certain refrigerants and the equipment that is used in these service procedures. In addition, some states or municipalities may have additional requirements that must also be adhered to for responsible management of refrigerants. Know the applicable laws and follow them.

WARNING
Proper Field Wiring and Grounding Required!
Failure to follow code could result in death or serious injury. All field wiring MUST be performed by qualified personnel. Improperly installed and grounded field wiring poses FIRE and ELECTROCUTION hazards. To avoid these hazards, you MUST follow requirements for field wiring installation and grounding as described in NEC and your local/state/national electrical codes.
WARNING
Personal Protective Equipment (PPE) Required!
Failure to wear proper PPE for the job being undertaken could result in death or serious injury. Technicians, in order to protect themselves from potential electrical, mechanical, and chemical hazards, MUST follow precautions in this manual and on the tags, stickers, and labels, as well as the instructions below:
· Before installing/servicing this unit, technicians MUST put on all PPE required for the work being undertaken (Examples; cut resistant gloves/sleeves, butyl gloves, safety glasses, hard hat/bump cap, fall protection, electrical PPE and arc flash clothing). ALWAYS refer to appropriate Safety Data Sheets (SDS) and OSHA guidelines for proper PPE.
· When working with or around hazardous chemicals, ALWAYS refer to the appropriate SDS and OSHA/GHS (Global Harmonized System of Classification and Labeling of Chemicals) guidelines for information on allowable personal exposure levels, proper respiratory protection and handling instructions.
· If there is a risk of energized electrical contact, arc, or flash, technicians MUST put on all PPE in accordance with OSHA, NFPA 70E, or other country-specific requirements for arc flash protection, PRIOR to servicing the unit. NEVER PERFORM ANY SWITCHING, DISCONNECTING, OR VOLTAGE TESTING WITHOUT PROPER ELECTRICAL PPE AND ARC FLASH CLOTHING. ENSURE ELECTRICAL METERS AND EQUIPMENT ARE PROPERLY RATED FOR INTENDED VOLTAGE.

©2023 Trane

CLCH-SVX07R-EN

WARNING Follow EHS Policies!
Failure to follow instructions below could result in death or serious injury. · All Trane personnel must follow the company’s
Environmental, Health and Safety (EHS) policies when performing work such as hot work, electrical, fall protection, lockout/tagout, refrigerant handling, etc. Where local regulations are more stringent than these policies, those regulations supersede these policies. · Non-Trane personnel should always follow local regulations.
Additional Environmental Information
Air handler foamed panels rely on a foam system that utilizes water and R-1233zd as blowing agents.
Copyright
This document and the information in it are the property of Trane, and may not be used or reproduced in whole or in part without written permission. Trane reserves the right to revise this publication at any time, and to make changes to its content without obligation to notify any person of such revision or change.
Trademarks
All trademarks referenced in this document are the trademarks of their respective owners.
Factory Training
Factory training is available through Trane UniversityTM to help you learn more about the operation and maintenance of your equipment. To learn about available training opportunities contact Trane UniversityTM. Online: www.trane.com/traneuniversity Phone: 855-803-3563 Email: traneuniversity@trane.com
Revision History
· Electrical Shock Hazard warning added in General Information and Installation – Electrical chapter.
· Updated Installation – Mechanical chapter. · Added Split to Split Orientation Instructions in Installation –
Mechanical chapter.
CLCH-SVX07R-EN

Introduction
3

Table of Contents

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Nameplate . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
General Information . . . . . . . . . . . . . . . . . . . . . . . 6 Operating Environment . . . . . . . . . . . . . . . . . . 6 Unit Description . . . . . . . . . . . . . . . . . . . . . . . . 6
Pre-Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Receiving and Handling . . . . . . . . . . . . . . . . . 8 Jobsite Storage . . . . . . . . . . . . . . . . . . . . . . . . 8 Site Preparation . . . . . . . . . . . . . . . . . . . . . . . . 9
Dimensions and Weights . . . . . . . . . . . . . . . . . 11 Service Clearance Recommendations . . . . . 11 Section Dimensions and Weights . . . . . . . . . 13 Fans/Motors . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Installation – Mechanical . . . . . . . . . . . . . . . . . . 20 Lifting and Rigging . . . . . . . . . . . . . . . . . . . . . 20 Split to Split Orientation Instructions . . . . . . . 24 Unit Placement and Assembly . . . . . . . . . . . 26 Seismic Application Requirements . . . . . . . . 52 Hurricane Application Requirements . . . . . . 54
Component Installation . . . . . . . . . . . . . . . . . . . 61 Dampers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Diffusers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 Fans . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 Filters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 Duct Connections . . . . . . . . . . . . . . . . . . . . . . 91
Piping and Connections . . . . . . . . . . . . . . . . . . 95 General Recommendations . . . . . . . . . . . . . 95 Drain Pan Trapping . . . . . . . . . . . . . . . . . . . . 95 Steam Coil Piping . . . . . . . . . . . . . . . . . . . . . 96 Water Coil Piping . . . . . . . . . . . . . . . . . . . . . . 98 Refrigerant Coil Piping . . . . . . . . . . . . . . . . . . 99 Liquid Lines . . . . . . . . . . . . . . . . . . . . . . . . . 100 Suction Lines . . . . . . . . . . . . . . . . . . . . . . . . 100 Expansion Valves . . . . . . . . . . . . . . . . . . . . 101 Hot Gas Bypass . . . . . . . . . . . . . . . . . . . . . . 101 Humidifier Piping and Connections . . . . . . 101 Remodel, Retrofit, or Replacement . . . . . . 102 Field-Installed Evaporator Piping . . . . . . . . 104
4

Installation – Electrical . . . . . . . . . . . . . . . . . . . .108 Quick Connects . . . . . . . . . . . . . . . . . . . . . . .110 CDQTM Desiccant Wheel Cassette/Motor . .110 Typical Wiring Schematics . . . . . . . . . . . . . .112
Controls Interface . . . . . . . . . . . . . . . . . . . . . . .121 Connecting the Operator Display . . . . . . . . .121 Calibrating the Operator Display . . . . . . . . .121 External Communications Port . . . . . . . . . . .121
Start-Up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .122 Pre-Start-up Checklist . . . . . . . . . . . . . . . . . .122 Unit Operation . . . . . . . . . . . . . . . . . . . . . . . .123 Airflow Measuring Systems . . . . . . . . . . . . . .124 Constant Factor K . . . . . . . . . . . . . . . . . . . . .129 CDQ Wheel Start Up . . . . . . . . . . . . . . . . . . .130 Energy Wheel Start-up . . . . . . . . . . . . . . . . .130 External Insulating Requirements . . . . . . . .131
Routine Maintenance . . . . . . . . . . . . . . . . . . . .132 Maintenance Checklist . . . . . . . . . . . . . . . . .132 Air-to-Air Plate Heat Exchangers . . . . . . . . .132 Cleaning the Unit . . . . . . . . . . . . . . . . . . . . . .133 Coils . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .134 Drain Pans . . . . . . . . . . . . . . . . . . . . . . . . . . .136 CDQ Desiccant Dehumidification Wheel . . .136 Energy Wheels . . . . . . . . . . . . . . . . . . . . . . . .142 Fans . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .147 Filters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .149 Moisture Eliminator . . . . . . . . . . . . . . . . . . . .149 Ultraviolet (UV) Light Maintenance . . . . . . . .149
Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . .152
CLCH-SVX07R-EN

Introduction

Overview of Manual
Use this manual to install, start-up, operate, and maintain the Performance Climate ChangerTM air handler model CSAA. Carefully review the procedures discussed in this manual to minimize installation and start-up difficulties.

Nameplate
Each Performance air handler section includes one or more nameplate/label, which identifies the type of section and functional components, customer tagging information, the unit serial number, the unit order number, the build- section position for installation, and the unit model number.
Note: The unit serial number and order number is required when ordering parts or requesting service for a Trane air handler.

Figure 1. Performance CSAA air handler section nameplate

Trane order number Unit level serial number
Service model number Unit tagging
Section location
Functional section type
Notes and additional section information

Agency listings and/or agency certifications

CLCH-SVX07R-EN

5

General Information

Operating Environment
The Performance Climate ChangerTM air handler is a central station air handler for indoor and outdoor applications. When considering the placement of the air handler, it is important to consider the operating environment. The acceptable ambient temperature range for unit operation is -40ºF to 140ºF (-40ºC to 60ºC).
For heating applications, a special motor may be required to withstand the higher temperatures. Motors with Class B insulation are acceptable for ambient temperatures up to 104º F, while motors with Class F insulation can withstand ambient temperatures to +140º F (60º C).
Note: Units with UL approval have a maximum ambient temperature requirement of 104ºF. The customer should provide adequate freeze protection for the coils. See “Routine Maintenance,” p. 132 for more information.
Unit Description
The Performance Climate Changer air handler is designed for a variety of controlled-air applications. The basic unit consists of a fan, heating and/or cooling coils, filters, and dampers.
Components
Trane air handlers ship as complete assemblies or in subassemblies if shipping splits are required. Some assembly is required when the unit ships in subassemblies.
A wide variety of components is available for Trane air handlers, including numerous fan, coil, and filter options, access sections, diffusers, discharge plenums, face-andbypass sections, UL-approved electric heat sections, humidity management options, energy recovery options, mixing boxes, moisture eliminator sections, exhaust dampers, controls, blenders and airflow monitoring stations.
For more information, refer to the following documents, available from your local Trane sales engineer:
· CLCH-PRC022-EN, Performance Climate ChangerTM Air Handler catalog
· CLCH-PRC023-EN, Performance Climate ChangerTM Air Handler dimensions
· CLCH-PRC016-EN, Performance Climate ChangerTM Air Handler quick select
· CLCH-SVN05-EN, Roof Curbs for Performance Climate ChangerTM Air Handlers installation instructions
· CLCH-SVX08-EN, Gas Heat in Performance Climate ChangerTM Air Handlers installation, operation, and maintenance guide
· CLCH-SVX14*-EN, Performance Climate ChangerTM Air Handlers, Inshot Gas Heat installation, operation, and maintenance

· COIL-SVX01-EN, Coils installation, operation, and maintenance guide
Factory-Mounted Controls
Trane air handlers are available with a wide selection of factory-mounted controls, including controllers, motor starters, and variable frequency drives (VFD).
Most control components are mounted inside the unit. Depending on the system configuration, this may include damper actuators, dirty filter switches, averaging temperature sensors, and low limit switches. VFDs, starters, controllers, control transformers, static pressure transducers, DC power supplies, and customer interface relays will be in enclosures mounted on the inside of the unit.
Small items that cannot be factory-mounted, such as space temperature sensors, outside air temperature sensors, and humidity sensors, will ship inside the control enclosures, or packaged and shipped inside the fan or mixing box section. Larger items are shipped inside the fan section.
Note: All control valves ship directly to the “ship-to address” from the vendor unless another address is given on the Trane sales order.
All factory-mounted control systems (controls that are factorywired to a unit controller ordered without motor interface option such as VFD/MICP are provided with 120 to 24 Vac control transformers mounted and wired in the auxiliary control panel. The customer must provide 120 Vac control power, 50/60 Hz, typically 3 amps for unit sizes 3 to 57 and 5 amps for unit sizes 66 to 100. A dedicated 15-amp circuit is recommended.
Factory-mounted control systems ordered with factorymounted starters or VFDs are supplied with line to 24 Vac control transformers. No additional power wiring is required.
Pre-Packaged Configurations for Controls
If the air handler has been selected using one of Trane’s prepackaged solutions options for controls, there are a number of resources available to aid in commissioning and start-up of the unit. These resources include commissioning sheets, graphics and technical application notes. The technical application notes include the control sequencing, Trane Graphic Programming (TGP) and Rover set-up files for the specific unit selected. These resources are available through your local Trane sales office.
For more information on controls, refer to the following manuals:
· Programmable SymbioTM 500 controllers
­ BAS-SVX090-EN, SymbioTM 500 Programmable Controller Installation, Operation, and Maintenance
­ X39641191-01A, Installing the Tracer TD7 Display

6

CLCH-SVX07R-EN

· TR150 Drives
­ BAS-SVX59-EN TR150 Design Guide
­ BAS-SVP16-EN TR150 Programming Guide
Wiring
WARNING Proper Field Wiring and Grounding Required!
Failure to follow code could result in death or serious injury. All field wiring MUST be performed by qualified personnel. Improperly installed and grounded field wiring poses FIRE and ELECTROCUTION hazards. To avoid these hazards, you MUST follow requirements for field wiring installation and grounding as described in NEC and your local/state electrical codes.
WARNING Electrical Shock Hazard!
Failure to follow instructions below could result in death or serious injury. Properly connect the system’s oversized protective earthing (grounding) terminal.
Entrances are generally provided for field-installation of high and low voltage wiring through a pipe/nipple connection in the unit depending on unit configuration with or without factorymounted controls. Before installation, consider overall unit serviceability and accessibility before mounting, running wires (power), making penetrations, or mounting any components to the cabinet.
Wiring to the air handler must be provided by the installer and must comply with all national and local codes. The fan motor nameplate includes a wiring diagram. If there are any questions concerning the wiring of the motor, write down the information on the motor nameplate and contact your local Trane sales office.

General Information

CLCH-SVX07R-EN

7

Pre-Installation

Receiving and Handling

Inspection

Upon delivery, thoroughly inspect all components for any shipping damage that may have occurred, and confirm that the shipment is complete. See “Receiving Checklist” section for detailed instructions.
Note: Delivery cannot be refused for any reason. All units are shipped F.O.B. factory. Trane is not responsible for freight damage when shipped F.O.B. factory.

Packaging/Shipping

Performance air handlers ship as a complete unit or in individual sections to be field assembled. Indoor air handler sections are stretch-wrapped or shrink- wrapped before shipping. All factory shipping protection should be removed upon delivery. This wrapping is for transit protection only.
Indoor Performance air handlers ship in subassemblies if the total length of the units exceeds 98 inches or if the total weight exceeds the limits shown in Table 1.
Note: These limits are based on a four-point lift.

Table 1. Shipping length and weight limitations for indoor air handlers

Unit Size 3­31 35, 36 40 50­57 66-120

Maximum Unit Length Maximum Unit Weight

(in)

(lb.)

98

<2,500

98

<3,900

98

<4,300

98

<5,100

98

<8000

Outdoor Performance air handler sections are not wrapped, but openings are covered to comply with LEED EQ Credit 5.
Table 2 outlines weight and length shipping limits for outdoor air handler sections.

Table 2.
Unit Size 3-30 35-57 66 80 100 120

Shipping length and weight limitations for outdoor air handlers

Min Length (in) 24.50 24.50 24.50 24.50 24.50 24.5

Max Length (in)
360.00 96.00 107.00 115.00 118.50 118.50

Max Weight (lbs) 8,000 12,000 12,000 12,000 12,000 12,000

Smaller components and hardware may be shipped separately, or shipped inside the unit. This hardware is typically packaged in a clear plastic envelope or cardboard box, and can be found inside the fan, mixing box, or access section.

8

Identification
Each air handler section includes a nameplate identifying the section type and functional components, customer tagging information, unit serial number, unit order number, the buildsection position for installation, and the unit model number. See Figure 1, p. 5.
Handling
Air handlers have an integral base frame designed with the necessary number of lift points for safe installation. See “Lifting and Rigging,” p. 20.
Indoor air handlers sizes 3-30 are shipped with a shipping skid designed for forklift transport.
Receiving Checklist
Complete the following checklist immediately after receiving shipment to detect possible shipping damage.
Check to ensure that the shipment is complete. Small components may ship inside the unit or ship separately. Check the parts list to ensure all materials are present. If any component is missing, contact your local Trane sales office.
Check all units, components, connections, and piping. Check fan wheel for free rotation by spinning manually. Check all doors, latches and hinges. Inspect interior of each unit or section. Inspect coils for damage to fin surface and coil connections. Check for rattles, bent corners, or other visible indications of shipping damage. Tighten loose connections.
If a unit is damaged, make specific notations concerning the damage on the freight bill. Do not refuse delivery.
Notify the carrier’s terminal of the damage immediately by phone and mail. Request an immediate joint inspection of the damage by the carrier and consignee.
Inspect the unit for concealed damage as soon as possible after delivery. Report concealed damage to the freight line. It is the receiver’s responsibility to provide reasonable evidence that concealed damage did not occur after delivery. Take photos of damaged material if possible.
Note: Concealed damage must be reported to the Freight Carrier in writing within 5 business days of receipt.
Jobsite Storage
Indoor air handlers and field-installed accessories must be protected from the elements. A controlled indoor environment is recommended for proper storage.
Note: All factory shipping protection should be removed, This wrapping is for transit protection only.
The unit controller and all other electrical/electronic components should be stored in conditions of -20°F to 120°F
CLCH-SVX07R-EN

and 5 to 95 percent relative humidity, non-condensing. Electrical components are not moisture-tolerant.
Outdoor units require no special protection for storage prior to installation.
Outdoor Storage
NOTICE Unit Corrosion Damage!
Plastic tarps can cause condensation to form in and on the equipment, which could result in corrosion damage or wet storage stains. Use only canvas tarps to cover air handlers.
Outdoor storage is not recommended for units that will be installed indoors. However, when outdoor storage is necessary, several things must be done to prevent damage:
Note: Keep the equipment on the original wooden blocks/ skid for protection and ease of handling.
· Select a well-drained area, preferably a concrete pad or blacktop surface.
· Place the unit on a dry surface or raised off the ground to assure adequate air circulation beneath the unit and to assure no portion of the unit will contact standing water at any time.
· Loosen the belt tension on the drive belts.
· Cover the unit securely with a canvas tarp.
· Do not stack units.
· Do not pile other material on the unit.
Long-Term Storage
For longer periods of storage, allow proper clearance around the unit to perform periodic inspections and maintenance on the equipment. While the unit is in storage:
· Every two weeks, rotate the fan and motor shaft 30 revolutions by hand. Check for free rotation.
· Every six months, check fan shaft bearings and grease lines. Add grease using a manual grease gun following the lubrications recommendations in “Fan Bearing Lubrication,” p. 148.
· Check the motor lubrication; remove and clean grease plugs and check for the presence of moisture in the grease. If moisture is present, remove the motor and send it to an authorized repair shop for bearing inspection/ replacement. If no moisture if present, refer to the motor manufacturer’s lubrication recommendation for proper lubrication.
Site Preparation
· Ensure the installation site can support the total weight of the unit (see “Dimensions and Weights,” p. 11 for approximate section weights; refer to the unit submittals for actual weights).
CLCH-SVX07R-EN

Pre-Installation
· Allow sufficient space for adequate free air and necessary service access (see “Service Clearance Recommendations,” p. 11). Refer to submittals for specific minimums.
· Allow room for supply and return piping, ductwork, electrical connections, and coil removal.
· Ensure there is adequate height for condensate drain requirements. See “Drain Pan Trapping,” p. 95.
Note: If unit is installed in a mechanical room on a pad, inadequate height may necessitate core-drilling the floor to attain proper trap height. Insufficient height could inhibit condensate drainage and result in flooding the unit and/or equipment room.
NOTICE Microbial Growth!
Failure to follow instructions below could result in odors and damage to the equipment and building materials. The floor or foundation must be level and the condensate drain at the proper height for proper drainage and condensate flow. Standing water and wet surfaces inside the equipment can become an amplification site for microbial growth (mold). If there is evidence of microbial growth on the interior insulation, it should be removed and replaced prior to operating the system.
· Confirm the roof curb or foundation of the mounting platform is level and large enough to accommodate the unit. Refer to the unit submittals for specific dimensions.
· Provide adequate lighting for maintenance personnel to perform maintenance duties.
· Provide permanent power outlets in close proximity to the unit for installation and maintenance.
· Depending upon job requirements, 120 Vac power may need to be provided for the unit controller. Refer to submittals for more information. A dedicated 15-amp circuit is recommended.
· Wiring for the air handler must be provided by the installer and must comply with all national and local electrical codes.
· If the unit integral base frame ceiling suspension provisions are not used, the installer/contractor must provide a ceiling-suspended mounting frame designed to support the length, width, and weight of the entire airhandling unit. See “Ceiling Suspension,” p. 28 for more information.
· Rooftop curb-mounted units must be sealed tightly to the curb. Use proper sealants and roof-to-curb sealing techniques to prevent water and air leakage. Refer to CLCH-SVN05*-EN Roof Curbs for Performance Climate ChangerTM Air Handlers Installation Instructions.
Note: Preparation of the roof curb or pier mount and roof openings should be completed prior to lifting the unit to the roof.
9

Pre-Installation
Roof Curb Installation Checklist
See CLCH-SVN05*-EN Roof Curbs for Performance Climate ChangerTM Air Handlers Installation Instructions for information on installing roof curbs. It is recommended that the curb be installed directly on the support members and fastened to the supports using tack welds or other equivalent methods. Properly supported decking should be installed inside the air handler section of the curb when this method is used. See Figure 2.
Figure 2. Cross section of typical curb installation on new construction
Screw securing roof felt to rigid insulation or 2 x 10
Flashing (field-supplied)

Roofing felt (field-supplied)

4 x 4 cant (field-supplied)

Roof deck

Support channels

1. Verify that the roof structure can adequately support the combined weight of the unit and curb assembly.
2. Ensure that the selected installation location provides sufficient service and operational clearances.
3. Remove any twist within the curb due to roof supports and square the curb.
4. Level the curb.
5. Secure the curb to the roof support members.
6. Install 2-inch thick boards or rigid insulation around the curb.
7. Install cant strips around the curb.
8. Bring field supplied roofing felt up to the top of the curb nailing strips. Nail felt into place.
9. Install field supplied flashing under the lip of the curb flanges and over the felt.
10. Apply sealant to the four corners.
11. Caulk all joints between the curb and the roof. Attach the gasket material to the curb’s top flanges (entire perimeter) and to the supply and return air duct opening panel flanges.

10

CLCH-SVX07R-EN

Dimensions and Weights

Service Clearance Recommendations
A minimum clearance of the section width plus 12-inches on the access door side of the gas heat section is recommended Figure 3. Service clearance for indoor units

for routine maintenance. This clearance provides enough room to replace the heat exchanger in the event of failure. The section side panels must be removed to access the heat exchanger. Refer to the following figure for service clearance recommendations for the air handler.

Filter mixing box

Access door

Gas heat

F

Coil

VFD

UV lights

Fan E

C D

A B

CLCH-SVX07R-EN

11

Dimensions and Weights

Table 3. Service clearance dimensions (inches)

Component A (filter)

3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80 100 120 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 52 56 58 58

B (coil, humidifier) 48 59 59 66 77 82 87 87 95 95 109 115 128 141 141 156 156 170 197

C (UV Lights)

48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 52 56 58 58

C (TCACS)

43 59 59 63 75 81 83 83 58 58 83 75 83 83 83 83 83 75 83

D (external motor control or low voltage 61 61 61 61 61 61 61 61 64 64 64 64 64 64 64 64 64 64 64 panel)

D (VFD)

48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48

E (fan)

48 48 48 48 51 54 58 61 60 66 66 66 70 77 77 93 93 101 101

E (fan – MI Array)

25 25 25 25 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32

F (gas heat Ext Vestibule)

n/a n/a 89 90 108 100 100 105 115 115 118 136 140 156 156 170 179 180 n/a

F (gas heat Int Vestibule)

n/a n/a 56 63 74 79 84 84 92 92 106 112 125 138 138 153 153 167 194

Note: At a minimum, the above clearance dimensions are recommended on one side of the unit for regular service and maintenance. Refer to as-built submittal for locations of

items such as filter access doors, coil, piping connections, motor locations, hoods, pipe cabinets, etc. Sufficient clearance must be provided on all sides of unit for removal

of access panels, plug panels, or section-to-section attachment brackets. Clearance for starters, VFDs, or other high-voltage devices must be provided per NEC

requirements. For specific dimensional and weight information, refer to the unit submittals. The dimensions and weights in this manual are approximate. Trane has a policy

of continuous product and product data improvement and reserves the right to change design and specifications without notice.

Figure 4. Service clearance for control box

Table 4. Service clearance dimensions (inches) for control box

Component G (LV component) H (electric heat duct mount)

Unit Size

3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80 100 120

36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36

36

48 48 48 48 48 48 48 48 48 48 48 n/a n/a n/a n/a n/a n/a n/a n/a

12

CLCH-SVX07R-EN

Section Dimensions and Weights

Dimensions and Weights

Table 5. Section dimensions (inches) and weights (pounds) — unit sizes 3 to 30

Nominal airflow1 Airflow at 625 fpm2

1500 2169

2000 3475

3000 4338

4000 4581

5000 6075

6000 8331

7000 9025

8500 11,806

10,500 13,456

12,500 16,944

15,000 19,025

Unit size Height – indoor unit3
Width Height for outdoor unit includes base drip lip4 Weight add for outdoor unit (lbs/ in. of unit length) Access or blank5
-Small horizontal

3 29.00 31.50 36.25 1.66
10.00 48.05

4 29.00 44.00 36.38 1.91
10.00 57.43

6 35.25 44.00 42.63 1.91
10.00 60.55

8 37.75 50.50 45.13 2.04
10.00 66.67

10 37.75 61.50 45.13 2.27
10.00 74.92

12 41.50 66.50 49.25 2.40
10.00 80.55

14 41.50 72.00 49.25 2.51
10.00 84.67

17 49.00 72.00 56.75 2.51
10.00 88.41

21 52.75 80.00 60.50
2.68

25 61.50 80.00 69.25
2.68

30 61.50 93.50 69.25
2.94

10.00 96.28

10.00 100.65

10.00 110.78

-Medium horizontal

14.00 59.91

14.00 71.18

14.00 75.25

14.00 82.74

14.00 92.66

14.00 99.61

14.00 104.57

14.00 109.45

14.00 119.10

14.00 124.79

14.00 136.97

-Extended-medium horizontal

19.00 74.73

19.00 88.37

19.00 93.62

19.00 102.82

19.00 114.83

19.00 123.43

19.00 129.44

19.00 135.74

19.00 147.62

19.00 154.97

19.00 169.71

-Medium-large horizontal

24.50 121.60

24.50 107.28

24.50 113.84

26.50 132.94

26.50 148.08

26.50 159.18

26.50 166.74

24.50 164.66

24.50 178.99

24.50 188.17

24.50 205.72

-Large horizontal or turning

34.00 137.75

34.00 164.85

34.00 179.46

36.00 208.50

36.00 235.01

36.00 257.70

36.00 271.35

36.00 293.42

34.00 314.60

46.00 413.45

46.00 457.18

36.00 -Extra-large horizontal or turning
143.68

-Ducted inlet or ducted outlet section

10.00 48.10 19.00

Blender
Cool Dry Quiet (CDQ) Desiccant Dehumidification Coils -Small horizontal (with 4-row UW)

94.86 52.00 495.00
10.00 116.10

-Medium horizontal (with 8-row UW)
-Extended-medium horizontal (with 8-row UW)
-Medium-large horizontal (with 10-row W)

14.00 168.65 19.00 185.58 24.50 270.61

-Large horizontal or vertical (with 10-row W)

34.00 302.77

41.00 188.92 10.00 57.40 24.50 132.71 52.00 651.00
10.00 148.55 14.00 220.23 19.00 239.53 24.50 359.79 34.00 396.45

41.00 205.18 10.00 60.50 24.50 146.30 52.00 694.00
10.00 174.35 14.00 265.58 19.00 286.06 24.50 433.08 34.00 471.99

44.00 240.63 10.00 66.70 26.50 173.34 52.00 792.00

42.50 263.83 10.00 74.90 36.00 238.64 55.00 1011.00

42.50 288.68 10.00 80.50 36.00 264.12 58.00 1165.00

42.50 303.68 10.00 84.70 36.00 276.73 58.00 1326.00

44.00 335.49 10.00 88.40 36.00 303.71 58.00 1390.00

50.25 407.29 10.00 96.30 34.00 323.59 56.00 1793.00

56.50 476.83 10.00 100.60 46.00 427.13 56.00 1876.00

56.50 525.93 10.00 110.80 46.00 470.25 58.00 2029.00

10.00 205.79 14.00 318.97 19.00 341.16 26.50 554.88 36.00 597.03

10.00 244.49 14.00 382.53 19.00 406.80 26.50 656.63 36.00 702.74

10.00 285.13 14.00 450.07 19.00 476.00 26.50 777.26 36.00 826.53

10.00 307.44 14.00 488.32 19.00 516.35 26.50 884.93 36.00 938.18

10.00 352.47 14.00 569.79 19.00 599.24 24.50 1013.57 36.00 1081.30

10.00 433.37 14.00 700.27 19.00 737.96 24.50 1262.10 34.00 1333.70

10.00 502.46 14.00 817.63 19.00 858.03 24.50 1478.66 46.00 1652.36

10.00 572.50 14.00 941.48 19.00 985.30 24.50 1503.93 46.00 1652.73

CLCH-SVX07R-EN

13

Dimensions and Weights

Table 5. Section dimensions (inches) and weights (pounds) — unit sizes 3 to 30 (continued)

Unit size

3 36.00

Electric Heat Coil

295.00

Integral-face-and-bypass coil n/a
-Less than 4 rows n/a

n/a -4 rows
n/a

Controls section (with largest available VFD)

24.50 184.00 10.00

Diffuser Discharge plenum6
-Horizontal

45.70
34.00 135.40

-Vertical

36.00 159.90

Energy Wheel Face-and-Bypass Dampers -Face-and-bypass
-External face-and-bypass -Internal face-and-bypass or face damper only Filters -Side-load 2-in. angled
-Side-load 4-in. angled -Side-load cartridge 12-in. or short bag 18-in. -Side-load 2-in. flat
-Side-load 4-in. flat -Side-load 2-in. and 4-in. combination flat -Side-load long bag 30-in.
-Front-load HEPA
-Front-load cartridge
-Front-load short bag

n/a
19.00 105.60 19.00 122.68 19.00 107.95
24.50 134.55 24.50 141.89 24.50 125.03 14.00 70.27 14.00 81.56 19.00 100.62 36.00 159.54 40.00 240.36 40.00 215.15 45.00 222.35

4 41.00 364.00
26.50 355.20 43.00 543.54 24.50 208.00 10.00 55.08
34.00 162.50 41.00 211.48 52.00 609.00
19.00 129.06 19.00 155.15 19.00 140.46
24.50 163.83 24.50 176.87 24.50 159.79 14.00 86.53 14.00 104.62 19.00 128.19 41.00 203.31 40.00 262.50 40.00 237.79 45.00 246.75

6 41.00 413.00
26.50 367.21 43.00 560.74 24.50 253.00 10.00 58.20
34.00 177.11 41.00 233.54 52.00 663.00
19.00 141.70 19.00 167.79 19.00 149.91
24.50 175.66 24.50 192.86 24.50 176.46 14.00 91.98 14.00 114.08 19.00 139.09 41.00 223.70 40.00 346.16 40.00 285.59 45.00 279.75

8 44.00 480.00
26.50 470.21 43.00 725.48 28.50 272.00 14.00 80.39
36.00 206.15 44.00 275.69 52.00 765.00
19.00 157.63 19.00 190.70 19.00 174.82
26.50 202.44 26.50 209.64 26.50 220.46 14.00 103.59 14.00 117.09 19.00 144.56 44.00 269.26 40.00 368.01 40.00 310.12 45.00 306.39

10 42.50 563.00

12 42.50 622.00

14 42.50 666.00

17 44.00 731.00

21 50.25 876.00

25 46.00 1012.00

30 56.50 1244.00

26.50 541.93 43.00 835.34 28.50 295.00 14.00 90.31

26.50 585.86 43.00 901.70 28.50 315.00 14.00 97.26

26.50 619.66 43.00 950.23 28.50 327.00 14.00 102.22

26.50 733.14 43.00 1131.90 28.50 350.00 14.00 107.10

26.50 792.88 43.00 1216.48 28.50 428.00 14.00 116.75

26.50 805.52 43.00 1399.66 28.50 453.00 19.00 152.62

26.50 940.46 43.00 1439.40 28.50 487.00 19.00 167.36

36.00 232.66 42.50 306.29 55.00 911.00

36.00 255.35 42.50 339.58 58.00 1085.00

36.00 269.00 42.50 358.68 58.00 1208.00

36.00 291.07 44.00 401.43 58.00 1269.00

34.00 312.25 50.25 486.37 56.00 1484.00

46.00 411.10 56.50 570.00 56.00 1595.00

46.00 454.83 56.50 634.27 58.00 1868.00

19.00 178.68 19.00 219.68 19.00 203.43

19.00 199.15 19.00 241.45 19.00 227.60

19.00 209.53 19.00 255.80 19.00 241.91

19.00 224.50 19.00 270.77 19.00 255.18

19.00 248.05 19.00 300.08 19.00 291.55

19.00 265.62 19.00 317.53 19.00 306.62

19.00 291.36 19.00 353.22 19.00 341.36

26.50 225.96 26.50 247.16 26.50 234.88 14.00 117.74 14.00 143.40 19.00 174.73 42.50 289.43 40.00 407.75 40.00 341.11 45.00 335.16

26.50 251.82 26.50 254.22 26.50 284.12 14.00 133.81 14.00 142.66 19.00 185.69 42.50 330.97 40.00 439.62 40.00 386.04 45.00 369.65

26.50 265.94 26.50 273.54 26.50 303.60 14.00 141.07 14.00 154.67 19.00 201.37 42.50 349.19 40.00 452.92 40.00 399.01 45.00 383.67

24.50 314.12 24.50 352.07 24.50 335.02 14.00 148.02 14.00 202.82 19.00 252.57 44.00 382.94 40.00 569.28 40.00 470.25 45.00 432.15

24.50 347.50 24.50 379.13 24.50 365.40 14.00 165.52 14.00 213.64 19.00 268.17 50.25 461.96 40.00 692.30 40.00 525.86 45.00 473.60

24.50 403.70 24.50 409.37 24.50 439.69 14.00 182.07 14.00 217.75 19.00 288.98 46.00 488.89 40.00 750.47 40.00 580.13 45.00 518.05

24.50 454.19 24.50 465.65 24.50 479.36 14.00 198.93 14.00 249.73 19.00 326.58 46.00 523.37 40.00 822.10 40.00 651.47 45.00 566.55

14

CLCH-SVX07R-EN

Dimensions and Weights

Table 5. Section dimensions (inches) and weights (pounds) — unit sizes 3 to 30 (continued)

Unit size

3

Gas heat — Drum and Tube

– 200 MBH

n/a

– 300 MBH

n/a

– 320/360 MBH

n/a

– 560 MBH

n/a

– 700 MBH

n/a

– 860 MBH

n/a

– 1000 MBH

n/a

Gas heat — Inshot

– 95 MBh

n/a

– 205 MBh

n/a

– 240 MBh

n/a

– 325 MBh

n/a

– 405 MBh

n/a

– 485 MBh

n/a

– 650 MBh

n/a

– 970 MBh

n/a

Humidifier8 -Building steam
-Atmospheric steam

14.00 125.00 14.00 127.00

Mixing box
-with angled filters
-with front/back Traq and top Traq dampers
-reduced length with side/top/ back/bottom airfoil damper

34.00 137.75 36.00 191.06 23.40 131.80

Silencer -3 ft
-5 ft

38.00 198.00 62.00 308.00

Trane Catalytic Air Cleaning System (TCACS)

36.00 334.73 14.00

UV light

76.02

4
n/a
n/a
n/a
n/a
n/a
n/a
n/a
41.136 432
56.636 625 n/a n/a n/a n/a n/a n/a
14.00 146.00 14.00 168.00
34.00 164.85 41.00 247.07 23.40 158.30
38.00 256.00 62.00 391.00 36.00 367.14 14.00 93.64

6
57.00 752.92 73.00 901.27
n/a
n/a
n/a
n/a
n/a
41.136 441
41.136 441 n/a
74.136 856 n/a n/a n/a n/a
14.00 165.00 14.00 178.00
34.00 179.46 41.00 272.06 23.40 177.90
38.00 286.00 62.00 436.00 36.00 389.21 14.00 98.69

8

10

12

14

17

21

25

30

57.00 797.85 73.00 953.49
n/a
n/a
n/a
n/a
n/a

59.00 852.48
n/a 77.00 1093.23
n/a
n/a
n/a
n/a

57.00 912.57
n/a 73.00 1131.38
n/a
n/a
n/a
n/a

57.00 937.05
n/a 68.00 1127.89
n/a
n/a
n/a
n/a

60.00

60.00

n/a

n/a

1011.83 1074.91

n/a

n/a

n/a

n/a

71.00 1211.08
71.00 1191.99
83.00 1479.92
n/a
n/a

69.00 1264.50
69.00 1246.59
75.00 1503.43
81.00 1606.36
87.00 1364.25

69.00 1348.04
65.00 1307.47
75.00 1599.35
81.00 1711.24
90.00 1497.35

66.00 1298.88
66.00 1441.79
76.00 1745.65
76.00 1804.77
85.00 1560.01

n/a 56.636
691 n/a 74.136 919 84.136 1027 n/a
n/a
n/a

n/a 56.636
733 n/a 74.136 970 84.136 1068 n/a
n/a
n/a

n/a
n/a 44.386
639 57.386
854 n/a 67.136 997 n/a
n/a

n/a
n/a 44.386
657 57.386
875 n/a 67.136 1021 n/a
n/a

n/a
n/a 44.386
686 57.386
910 n/a 67.136 1060 n/a
n/a

n/a
n/a
n/a
n/a
n/a
n/a 66.006 1348 81.006 1646

n/a
n/a
n/a
n/a
n/a
n/a 66.006 1391 81.006 1695

n/a n/a n/a n/a
n/a 66.006 1453 81.006 1767

14.00 184.00 14.00 203.00

14.00 226.00 14.00 252.00

14.00 269.00 14.00 276.00

14.00 286.00 14.00 312.00

14.00 324.00 14.00 339.00

14.00 354.00 14.00 396.00

14.00 398.00 14.00 432.00

14.00 452.00 19.00 528.00

36.00 208.50 44.00 321.58 23.40 202.80

36.00 235.01 42.50 356.08 23.40 231.60

36.00 257070 42.50 396.49 23.40 257.60

36.00 271.35 42.50 418.78 28.40 298.40

36.00 293.42 44.00 463.57 28.40 328.40

34.00 314.60 50.25 555.65 28.40 370.10

46.00 413.45 56.50 646.61 28.40 408.10

46.00 457.18 56.50 715.15 32.50 485.80

38.00 319.00 62.00 483.00 36.00 434.66 14.00 120.26

38.00 359.00 62.00 541.00 36.00 470.05 14.00 135.22

38.00 442.00 62.00 678.00 36.00 497.59 14.00 146.68

38.00 461.00 62.00 704.00 36.00 514.12 14.00 155.07

38.00 512.00 62.00 780.00 36.00 544.30 14.00 162.95

38.00 573.00 62.00 873.00 36.00 599.38 14.00 179.84

38.00 699.00 62.00 1073.00 36.00 665.11 14.00 188.71

38.00 800.00 62.00 1215.00 36.00 711.12 14.00 218.33

CLCH-SVX07R-EN

15

Dimensions and Weights

Table 5. Section dimensions (inches) and weights (pounds) — unit sizes 3 to 30 (continued)

Unit size

3

4

6

8

10

12

14

17

Sections below are for outdoor units only

Pipe cabinet weight 15 in. long, 36 in. deep

104.00 104.00 116.00 120.00 120.00 127.00 127.00 141.00

24 in. long, 36 in. deep

122.00 122.00 135.00 140.00 140.00 147.00 147.00 162.00

48 in. long, 36 in. deep

169.00 169.00 184.00 191.00 191.00 200.00 200.00 218.00

96 in. long, 36 in. deep

263.00 263.00 284.00 293.00 293.00 305.00 305.00 331.00

Notes: 1. Nominal airflow is based on 500 fpm through a nominal coil (i.e. 500xunit size 8=4000 cfm). 2. Airflow@625 fpm through the flat filter (maximum filter velocity). 3. Height includes standard 2.5-inch base frame for sizes 3-57 and 6-inch base frame for sizes 66-120. 4. Height includes 6-inch base frame for sizes 3-120. 5. Variable lengths available from 14-96 inches. 6. Nominal length and height shown for discharge plenums. Variable plenum height and length is available from 0.5 to 1.5 of nominal. 7. Fan section weights include the heaviest fan with the largest ODP motor available. 8. Access section required with humidifiers for dispersion distance.

21
148.00 170.00 228.00 343.00

25
164.00 187.00 249.00 373.00

30
164.00 187.00 249.00 373.00

Table 6. Section dimensions (inches) and weights (pounds) – unit sizes 31-120

Nominal airflow1 Airflow at 625 fpm2

17,500 23,263

20,000 25,519

25,000 34,375

28,500 39,581

33,000 47,225

Unit size Height – indoor unit3
Width Height for outdoor unit includes base drip lip4 Weight add for outdoor unit (lbs/ in. of unit length) Access or blank5
-Small horizontal

35 67.25 100.00 75.00 3.02
10.00 211.11

40 67.25 112.50 75.00 3.28
10.00 227.92

50 75.75 125.50 84.38 3.73
10.00 254.69

57 85.50 125.50 94.13 6.12
10.00 265.35

66 92.50 140.50 97.63 2.57
n/a

-Medium horizontal

14.00 241.53

14.00 260.24

14.00 290.28

14.00 302.41

15.00 430.36

-Extended-medium horizontal

19.00 279.57

19.00 300.64

19.00 334.76

19.00 348.74

19.00 476.36

-Medium-large horizontal

24.50 321.40

24.50 345.09

24.50 410.37

24.50 427.50

24.50 574.11

-Large horizontal or turning
-Extra-large horizontal or turning
-Ducted inlet or ducted outlet section
Blender Cool Dry Quiet (CDQ) Desiccant Dehumidification Coils -Small horizontal (with 4-row UW) -Medium horizontal (with 8-row UW) -Extended-medium horizontal (with 8-row UW)

48.00 514.42 63.75 624.86 10.00 211.10 48.00 540.76 56.00 2914.00
10.00 690.59 14.00 1094.27 19.00 1148.70

48.00 557.22 63.75 675.12 10.00 227.90 48.00 593.46 56.00 3122.00
10.00 754.61 14.00 1219.78 19.00 1279.06

48.00 639.24 68.50 809.42 10.00 254.70 48.00 675.51 59.00 4224.00
10.00 934.27 14.00 1561.92 19.00 1613.56

48.00 682.26
n/a
10.00 265.30 48.00 731.75
n/a
10.00 1044.33
14.00 1759.58
19.00 1813.06

49.00 907.93
n/a 10.00 372.90 49.00 970.30
n/a
n/a 15.00 2220.94 19.00 2275.46

40,000 53,475
80 107.50 140.50 112.63
2.57
n/a
15.00 449.60 19.00 497.88 24.50 600.46 54.00 1036.33
n/a 10.00 389.30 54.00 1112.23
n/a
n/a 15.00 2558.94 19.00 2615.73

50,000 65,106
100 119.75 154.50 124.88 2.80
n/a
15.00 493.59 19.00 545.85 24.50 656.89 60.00 1242.40
n/a 10.00 428.30 60.00 1345.03
n/a
n/a 15.00 3094.04 19.00 3163.21

60,000 76,388
120 119.75 182.00 124.88 3.25
n/a
15.00 549.13 19.00 605.56 24.50 725.47 60.00 1387.96
n/a 10.00 478.60 60.00 1567.62
n/a
n/a 15.00 3638.44 19.00 3712.02

16

CLCH-SVX07R-EN

Dimensions and Weights

Table 6. Section dimensions (inches) and weights (pounds) – unit sizes 31-120 (continued)

Unit size -Medium-large horizontal (with 10-row W) -Large horizontal or vertical (with 10-row W)
Electric Heat Coil Integral-face-and-bypass coil -Less than 4 rows
-4 rows
Controls section (with largest available VFD)
Diffuser Discharge plenum6 -Horizontal
-Vertical
Energy Wheel Face-and-Bypass Dampers -Face-and-bypass Filters -Side load 2-in. angled
-Side load 4-in. angled -Side load cartridge 12-in. or short bag 18-in. -Side load 2-in. flat
-Side load 4-in. flat Filters -Side load 2-in. and 4-in. combination flat -Side-load long bag 30-in.
-Front-load HEPA
-Front-load cartridge

35 24.50 1955.08 48.00 2131.70 63.75 1666.00
29.50 1129.66
43.00 1677.52
28.50 637.00 24.50 319.05
48.00 627.24 63.75 876.48 61.00 2403.00
19.00 473.39
24.50 593.86 24.50 594.02 24.50 681.24 14.00 319.66 14.00 359.20
19.00 476.00 37.25 657.41 40.00 985.62 40.00 867.68

40 24.50 2216.68 48.00 2401.84 63.75 1825.00
29.50 1168.40
43.00 1720.20
28.50 674.00 24.50 342.74
48.00 677.47 63.75 949.58 65.00 2742.00
19.00 556.23
24.50 649.06 24.50 631.64 24.50 668.25 14.00 358.18 14.00 375.13
19.00 504.37 37.25 716.04 40.00 1128.46 40.00 922.78

50 24.50 2754.49 48.00 2985.19 68.50 2267.00
29.50 1793.80
n/a
28.50 745.00 24.50 381.33
48.00 772.27 68.50 1136.53 65.00 3111.00
19.00 630.10
27.50 770.02 27.50 768.20 27.50 878.57 14.00 408.69 14.00 451.33
19.00 600.40 37.25 826.72 40.00 1397.21 40.00 1093.06

57 24.50 3215.01 48.00 3454.40 48.00 2297.00
29.50 1956.80
n/a
28.50 787.00 24.50 397.35
48.00 821.10
n/a
n/a
19.00 714.61
27.50 797.89 27.50 805.97 27.50 934.14 14.00 438.52 14.00 498.71
19.00 671.64 37.25 906.56 40.00 1520.35 40.00 1173.89

66 24.50 3876.05
n/a
49.00 2857.00
29.50 2322.61
n/a
28.50 964.00 27.50 571.76
49.00 1058.35
n/a
n/a
19.00 888.33
27.50 989.00 27.50 999.89 27.50 1239.99 15.00 598.12 15.00 657.87
19.00 853.08 37.25 1094.61 40.00 1845.81 40.00 1449.48

80 24.50 4488.82
n/a
n/a
29.50 2378.60
n/a
28.50 1031.00
37.25 715.78
54.00 1198.64
n/a
n/a
19.00 973.60
27.50 1088.02
27.50 1105.14
27.50 1364.91
15.00 637.02 15.00 729.15
19.00 981.02 37.25 1270.51 40.00 2141.38 40.00 1671.46

100 24.50 5499.42
n/a
n/a
29.50 2865.77
n/a
28.50 1146.00
37.25 781.92
60.00 1423.88
n/a
n/a
19.00 1093.88
27.50 1157.16
27.50 1201.91
27.50 1746.31
15.00 716.56 15.00 803.46
19.00 1078.09
37.25 1393.17
40.00 2553.97
40.00 1923.09

120 24.50 6713.50
n/a
n/a
29.50 2936.42
n/a
28.50 1266.00
37.25 860.66
60.00 1585.80
n/a
n/a
19.00 1205.53
27.50 1282.20
27.50 1338.65
27.50 1903.54
15.00 817.63 15.00 913.90
19.00 1165.92
37.25 1549.80
40.00 2924.72
40.00 2155.95

CLCH-SVX07R-EN

17

Dimensions and Weights

Table 6. Section dimensions (inches) and weights (pounds) – unit sizes 31-120 (continued)

Unit size -Front-load short bag Gas Heat — Drum and Tube

35 45.00 750.89

40 45.00 799.75

50 45.00 917.08

57 45.00 979.84

66 45.00 1231.49

80 45.00 1365.35

– 200 MBH

n/a

n/a

n/a

n/a

n/a

n/a

– 300 MBH – 320/360 MBH – 560 MBH – 700 MBH – 860 MBH – 1000 MBH – 1250-1750 MBH – 2000 MBH

n/a
66.00 1402.11
66.00 1594.61
73.00 1895.19
80.00 2046.29
80.00 1723.73 101.00 2540.84
n/a

-2400 MBH

n/a

Humidifier8 -Building steam
-Atmospheric seam Mixing box -with angled filters -with front/back Traq and top Traq dampers -reduced length with side/top/ back/bottom airfoil damper Silencer -3 ft
-5 ft
Trane Catalytic Air Cleaning System (TCACS)
UV light

14.00 544.00 19.00 581.00
48.00 519.12 63.75 966.49 35.50 708.50
38.00 918.00 62.00 1335.00 36.00 881.59 14.00 325.48

n/a
n/a
64.00 1468.07
75.00 1804.11
75.00 2098.72
81.00 1844.68 105.00 2717.94
n/a
n/a
14.00 599.00 19.00 665.00
48.00 561.92 63.75 1073.80 38.50 795.10
38.00 974.00 62.00 1439.00 36.00 935.35 14.00 352.71

n/a
n/a
64.00 1853.53
74.00 2190.52
74.00 2280.52
77.00 2325.57 106.00 3264.84 114.00 3758.71
n/a
14.00 782.00 19.00 724.00
48.00 653.36 68.50 1261.78 41.50 947.60
38.00 1226.00
62.00 1795.00
36.00 1044.28
14.00 394.34

n/a
n/a
64.00 1900.53
74.00 2241.91
74.00 2331.91
77.00 2082.86 106.00 2942.76 114.00 3430.29
n/a
14.00 897.00 19.00 803.00
48.00 653.36 68.50 1365.59 41.50 1022.70
38.00 1332.00
62.00 1945.00
36.00 1148.17
14.00 419.43

n/a
n/a
n/a n/a 74.00 2490.63 74.00 2580.63 74.00 2300.63 109.00 3309.39 112.00 3688.33 118.00 3890.31
15.00 1123.00
19.00 977.00
49.00 946.02 84.00 1907.28 41.50 1328.50
38.00 1573.00
62.00 2313.00
36.00 1362.38
15.00 574.52

n/a
n/a
n/a n/a
n/a
74.00 2198.81
74.00 1918.81 109.00 2949.68 112.00 3320.33 112.00 3455.33
15.00 1215.00
19.00 1078.00
54.00 1077.83
92.00 2151.42
41.50 1453.60
38.00 1741.00
62.00 2555.00
36.00 1451.30
15.00 604.11

100 45.00 1538.95
n/a
n/a
n/a
n/a n/a
n/a
n/a n/a 84.00 3156.04 92.00 3878.54 109.00 4503.52 121.00 4715.85
15.00 1363.00
19.00 1265.00
60.00 1287.99
96.00 2473.12
47.00 1731.30
38.00 2196.00
62.00 3230.00
36.00 1707.27
15.00 667.60

120 45.00 1696.33
n/a
n/a
n/a
n/a n/a
n/a
n/a n/a 92.00 3125.34 102.00 3886.60 109.00 4391.21 119.00 4668.51
15.00 1551.00
19.00 1492.00
60.00 1433.55
96.00 2790.48
53.00 2025.40
38.00 2555.00
62.00 3786.00
36.00 1881.13
15.00 758.72

18

CLCH-SVX07R-EN

Dimensions and Weights

Table 6. Section dimensions (inches) and weights (pounds) – unit sizes 31-120 (continued)

Unit size

35

40

50

57

66

80

Pipe cabinet weight 15 in. long, 36 in. deep

175.00

175.00

191.00

209.00

215.00

243.00

24 in. long, 36 in. deep

199.00

199.00

216.00

236.00

243.00

273.00

48 in. long, 36 in. deep

263.00

263.00

284.00

309.00

317.00

354.00

96 in. long, 36 in. deep

392.00

392.00

421.00

454.00

466.00

517.00

Notes: 1. Nominal airflow is based on 500 fpm through a nominal coil (i.e. 500xunit size 8=4000 cfm). 2. Airflow@625 fpm through the flat filter (maximum filter velocity). 3. Height includes standard 2.5-inch base frame for sizes 3-57 and 6-inch base frame for sizes 66-120. 4. Height includes 6-inch base frame for sizes 3-120. 5. Variable lengths available from 14-96 inches. 6. Nominal length and height shown for discharge plenums. Variable plenum height and length is available from 0.5 to 1.5 of nominal. 7. Fan section weights include the heaviest fan with the largest ODP motor available. 8. Access section required with humidifiers for dispersion distance. 9. Multizone weight does not include cooling coil on lower deck.

100
265.00 298.00 385.00 558.00

120
265.00 298.00 385.00 558.00

Fans/Motors

Starter/VFD Weights

Note: Trane has a Precision MotorTM option for direct-drive plenum fans. This offering takes a general purpose motor and re-rates the motor for higher rated loads. This maximizes part-load motor efficiency and precisely sizes the motor for the application. To use these tables, the nameplate hp of the motor and the VFD–both of which will be greater than the Precision Motor hp–must be known.

With the exception of motorized impellers, fan weight does not include starter/VFD weight. See Table 7 for approximate starter/VFD weight.

Table 7. Approximate starter and VFD weights per horsepower (lbs.)

Horsepower 1 1 1/2 2

3

5 7 1/2 10 15 20 25 30 40 50 60 75 100 125

VFD2

123 123 132 124 125 136 151 162 177 197 241 325 332 243 258 294 314

Note: VFD weights include transformer, distribution block, and enclosure.

Motor Weights

Fan weights provided in this manual include the heaviest ODP (open drip-proof) motor. In the case of motorized impellers, fan weights include the packaged motor.
Table 8. Approximate motor weights (pounds)

Horsepower

Motor Type

Motor RPM 3/4 1 1-1/2 2

3

5 7-1/2 10 15 20 25 30 40

Energy efficient ODP (EEOP)

1800

24 29

NEMA Premium ODP (HEOP) NEMA Premium TEFC (HETC)

1200

39 77 91

147

56 96 109 148

126 249 300 375 443 594 667 185 310 341 423 481 614 655

NEMA Premium ODP (HEOP) NEMA Premium TEFC (HETC)

1800

36 42 47

76

82

118 148 234 263 330 379 488

47 54 56

91

108 159 185 285 315 452 481 578

NEMA Premium ODP (HEOP) NEMA Premium TEFC (HETC)

3600

36 36 37

89

104 173 203 267 243 261 407

36 53 62

85

103 154 176 287 322 448 496

CLCH-SVX07R-EN

19

Installation – Mechanical
Lifting and Rigging
Remove Shipping Tie Downs
Prior to unit placement, remove the shipping tie-downs. Figure 5. Remove shipping tie-downs
Tiedown

Figure 7. Shipping tie-down – front view
Tie-down removal

Tiedown Clearance
Figure 6. Shipping tie-down – rear view

Clearance
· Shipping tie-downs are located at each corner of the isolation base.
Figure 8. Isolator tie-down for unit sizes 3-8

Tie-down removal

Tiedown

Required clearance

Figure 9. Isolator tie-down for unit sizes 10-30

Required clearance

Tiedown

20

CLCH-SVX07R-EN

Figure 10. Isolator tie-down removal for unit sizes 66120

Required clearance

Tiedown

Installation – Mechanical
· Replace plug panel if applicable. Note: For outdoor air handlers, after isolator tie-down is
removed, remove the paper backing from the butyl tape around plug panel perimeter prior to replacing plug panel.
DDP Fan Thrust Bumper
Confirm bumpers are not attached to the fan panel. The bumpers should be 1/2-inch from the panel to allow fan to free float on the spring isolators.
Figure 13. DDP fan thrust bumper

Figure 11. Isolator tie-down removal for unit sizes 35 120
Screw (4 per angle) lockwasher and hex nut
Angle, isolator tie-down (4 required)

Fan panel

· Access for removal of shipping tie-downs for unit sizes 330 is available through the fan section access door or opposite drive-side plug panel. See Figure 12.
Figure 12. Plug panel plate
Remove tie-down

Bumper General Lifting Considerations

WARNING
Heavy Objects!
Placing, assembling, and/or suspending more than one module/subassembly at a time could result in death, serious injury, or equipment damage. Always place, assemble, and suspend modules/ subassemblies one at a time.

Remove plug panel plate
· Access for removal of shipping tie-downs for unit sizes 330 is available through the fan section access door or opposite drive-side plug panel. See Figure 12.
· Remove the bolt. This will release the isolator and make it possible to remove the pipe or spacer.
CLCH-SVX07R-EN

WARNING
Improper Unit Lift!
Failure to properly lift unit in a LEVEL position could result in unit dropping and possibly crushing operator/ technician which could result in death or serious injury and equipment or property-only damage. Test lift unit approximately 24 inches (61 cm) to verify proper center of gravity lift point. To avoid dropping of unit, reposition lifting point if unit is not level.
21

Installation – Mechanical

NOTICE Equipment Damage!
Premature skid removal could result in equipment damage. Keep skid in place until unit is ready to set. Do not move the unit or subassembly without the skid in place as shipped from the factory.
Before preparing the unit for lifting, estimate the approximate center of gravity for lifting safety. Because of placement of internal components, the unit weight may be unevenly distributed, with more weight in the coil and fan areas. Approximate unit weights are provided in “Dimensions and Weights,” p. 11. Refer to the unit submittals for actual section weights. Test the unit for proper balance before lifting.
For outdoor air handlers, preparation of the roof curb or pier mount and roof openings must be completed before lifting to the roof. See CLCH-SVN04*-EN Roof Curbs for Performance Climate Changer Air Handlers installation instructions for details.
WARNING
Heavy Objects!
Failure to follow instructions below could result in unit dropping which could result in death or serious injury, and equipment or property-only damage. Ensure that all the lifting equipment used is properly rated for the weight of the unit being lifted. Each of the cables (chains or slings), hooks, and shackles used to lift the unit must be capable of supporting the entire weight of the unit. Lifting cables (chains or slings) may not be of the same length. Adjust as necessary for even unit lift.
Always rig sub-assemblies or sections as they ship from the factory. Never bolt sections together before rigging. To assist in proper placement, organize all ship splits in order of configuration before hoisting units in place. See Split to Split Orientation Instructions, p. 24.
· Make the loop of the sling parallel to the direction of airflow, if possible.
· When hoisting the unit into position, use the proper rigging method, such as straps, slings, spreader bars, or lifting lugs for protection and safety.
· Use all lifting lugs provided. See Figure 14 and Table 15 and Table 9 for lug hole sizes and location.

Figure 14. Lifting lugs for low-capacity and highcapacity units

Width

Width

Height

Unit sizes 35-57 High capacity and
low capacity

Unit sizes 3-30

Figure 15. Lifting lug for pipe cabinets and hoods
Diameter

Pipe cabinet or hood lifting lug
Figure 16. Lifting lug part numbers
Low capacity lifting lug Left-hand lug Part# 495318810001
Right-hand lug Part# 495318800001

High-capacity lifting lug Part# 495118900001

22

CLCH-SVX07R-EN

Table 9. Lug hole dimensions for low-capacity (under 3000 lbs.) and high- capacity (3000 lbs and over) units

Section

Location Indoor

Unit Size 3-30

Width 0.88

Height 1.38

Unit Lug Hole Indoor

35-57

1.31

1.43

Size

Indoor

66-120

1.25

2.75

Outdoor

3-30

1.25

2.75

Pipe Cabinet Outdoor

3-120

2.5-in. diameter

Hood

Outdoor

3-120

1-in. diameter

· For unit sizes 3 to 120 with integral base frame, use fieldprovided spreader bars and slings to rig units and subassemblies as shown in Figure 17. The air handler is not designed to be lifted or rigged from the top of the unit.
Figure 17. Lifting detail for unit sizes 3 to 120

Rigging and spreader bars furnished by others

Installation – Mechanical

· For outdoor units, never stack the pipe cabinet or inlet hood on the unit as it is being lifted.
· Do not attach the intake/exhaust hood or pipe cabinet to the unit prior to lifting the unit. Doing so may damage the equipment. Attach the hoods to the unit only after all sections are in place.
For outdoor air handlers, all shipping supports and crating on the face of the sections must be removed to permit proper fitup and sealing of the surfaces. Dispose of properly.

CLCH-SVX07R-EN

23

Installation – Mechanical
Split to Split Orientation Instructions
Units with Split Indicators on Side Baserails
Verify each sections indicators are on the split side baserails and are aligned with each other. The indicators must have the same orientation and screw quantities.

Example: In the following figure, the split on the left has two screws vertically orientated, while the split on the right has a single screw on each section.

SET OF MATCHING INDICATORS
LIFTING LUGS

SET OF MATCHING INDICATORS
LIFTING LUGS

24

CLCH-SVX07R-EN

Installation – Mechanical

Units with Split Indicators on Perpendicular Baserails
Verify each sections indicators are on the split perpendicular baserails and have the same orientation and screw quantities.

Example: In the following figure, split A and B has three screws at a 45 degree angle. Split B and C has two horizontally orientated screws on each section.

A B C
SEE DETAIL 1
SEE DETAIL 3
SET OF MATCHING INDICATORS

A

B

B

A

SEE DETAIL 1

SEE DETAIL 2

Note: If no side or perpendicular baserail indicators are present, use submittal layout and the nameplate to orient the split units. The process may require a detailed review of the submittal package regarding split unit numbering and orientation.

SET OF MATCHING INDICATORS

B

C

C

B

SEE DETAIL 3

SEE DETAIL 4

CLCH-SVX07R-EN

25

Installation – Mechanical
Lifting Hoods and Pipe Cabinets
WARNING Heavy Objects!
Placing, assembling, and/or suspending more than one module/subassembly at a time could result in death, serious injury, or equipment damage. Always place, assemble, and suspend modules/subassemblies one at a time.
Figure 18. Lifting inlet and exhaust hoods

Forklifting Considerations

NOTICE Equipment Damage!
Improper use of fork lifts on units larger than size 30 could result in equipment damage. Do not use a fork lift on air handlers or subassemblies larger than size 30. Trane is not responsible for equipment damage resulting from improper fork lifting practices.
Note: Do not use a forklift on outdoor air handlers or indoor air handlers/subassemblies larger than size 30.
For unit sizes 3-30, a forklift may be used to lift a single section or small subassembly, provided the forks extend under both ends of the base frame, or as indicated in Figure 20. The forks should not contact the bottom of the air handler. Units should only be lifted from the proper end identified by the lifting label on the unit. A lifting crane or other means should be used for larger units where forks cannot extend under both base rails.
Figure 20. Forklift points with base rail

2 x 4 end cleat

Side View
Unfasten external bracket to remove wooden toe cleat.

Recommended attachment to lift lugs
Figure 19. Lifting pipe cabinets Rigging and spreader
bar provided by contractor
Recommended attachment to
lifting lugs

2 x4 block

48 in.

Wooden toe cleat or metal cross beam

2 x 4 block

Unit Placement and Assembly
If the air handler ships in subassemblies or in individual sections, some assembly is required, including:
· Ceiling-suspended indoor unit assembly; see “Ceiling Suspension,” p. 28.
· Section-to-section assembly; see “Section-to-Section Assembly,” p. 29.
WARNING Toxic Fumes!
The unit contains polyurethane insulation. Flame could produce toxic gas which could result in death or serious injury. Keep open flame away from unit exterior or interior. Do not weld or use cutting torch on the exterior or interior of the unit.

26

CLCH-SVX07R-EN

NOTICE
Equipment Damage!
Failure to comply with temperature requirements could result in equipment damage. The internal sections of this unit containing electrical components must not exceed 104o F operating temperature. Internal sections of the unit which do not contain electrical components must not exceed 200o F temperature.

Installation – Mechanical
unit. Both the unit and the pipe cabinet should be supported by their base around the entire perimeter. See Figure 21 and Figure 22.
Figure 21. Piers located in each corner and spaced evenly every four feet

WARNING
Heavy Objects!
Placing, assembling, and/or suspending more than one module/subassembly at a time could result in death, serious injury, or equipment damage. Always place, assemble, and suspend modules/subassemblies one at a time.

NOTICE Microbial Growth!
Failure to follow instructions below could result in odors and damage to the equipment and building materials. The floor or foundation must be level and the condensate drain at the proper height for proper drainage and condensate flow. Standing water and wet surfaces inside the equipment can become an amplification site for microbial growth (mold). If there is evidence of microbial growth on the interior insulation, it should be removed and replaced prior to operating the system.
If a unit arrives in sections, then each section must be individually hoisted, set on the housekeeping pad, roof curb, or pier mount and then assembled.
Refer to the unit submittals and unit tagging for correct placement of all sections. If there are any discrepancies between the submittals and the unit tagging, contact your local Trane representative before proceeding.
Following the order of the sections on the unit submittals and tagging, individually place each unassembled section or subassembly in the appropriate installation location.
Note: Prior to placing fan section in the appropriate installation location, verify shipping tie-downs have been removed.
For outdoor units, the pipe cabinet must also be mounted as an individual section. Refer to “Pipe Cabinet Installation,” p. 37 for specific instructions.
When mounting the unit on a roof curb, make sure the gasketing between the roof curb and unit base provides an airtight seal.
When mounting the unit on a pier mount, locate one pier at each corner as a minimum, directly underneath any shipping split (ensure full support under each side) and then every four feet at equally spaced intervals around the perimeter of the
CLCH-SVX07R-EN

Piers Note: Piers beneath shipping splits must be structurally
sound to support the weight of the unit.
Figure 22. Side view with two shipping splits – locate one pier directly under each shipping split Shipping split
4 feet 4 feet Note: Piers beneath shipping splits must be structurally
sound to support the weight of the unit. For proper operation, the unit must be installed level (zero tolerance) in both horizontal axes. For vertical discharge units, allow space under the unit for supply air ductwork connections. Note: Air handlers often include optional factory-provided
casing penetration entry points for field-provided wiring. Consider overall unit serviceability and accessibility before mounting, running wires (power), making cabinet penetrations, or mounting any components to the cabinet. See “Component Installation,” p. 61 for special assembly/ installation considerations.
27

Installation – Mechanical
Removing the Shipping Skid
Remove the wooden shipping blocks, wooden toe cleat if there is one, and end cleats prior to lowering unit into final position or installing the unit to the roof curb.
Ceiling Suspension

Figure 24. Typical ceiling suspension-perpendicular channels

WARNING Risk of Unit Dropping!
Improper use of the mounting legs could result in unit dropping and crushing technicians which could result in death or serious injury, and equipment damage. Do not use mounting legs for ceiling suspension, external isolation, or unit support during module placement. Mounting legs are designed only to secure the unit to the floor, housekeeping pad, or platform. Note: Ceiling suspension is not recommended for units
larger than size 57 unless using a field-provided mounting frame.
Using a Field-Provided Mounting Frame
If a field-provided mounting frame is used for ceiling suspension, the installer/contractor must provide a ceilingsuspended mounting frame designed to support the length, width, and weight of the entire air-handling unit. See Dimensions and Weights, p. 11 for approximate weights. Note: It is the building engineer’s responsibility to size the
structural channels and to provide the appropriate hangers. Structural channels in a field-provided frame can be mounted parallel to airflow or perpendicular to airflow: · For parallel-to-airflow channels, size channels based on a four-point load distribution (see Figure 23). Figure 23. Typical suspension method-parallel
channels
· For perpendicular-to-airflow channels, size channels based on the load distribution of the individual sections and install the channels so that both ends of every section are supported (see Figure 24).
28

Using Integral Base Frame
Figure 25. Ceiling suspension for unit sizes 3-57
Hole diameter is 0.625 inches
If using the factory-provided integral base frame for ceiling suspension, individual sections and/or subassemblies will have base frame shipping splits and base frame lifting lugs. When using the base frame for ceiling suspension: · Suspend the unit (on both sides of the unit) at each
shipping split lug as well as the four corners of the unit (see Figure 25). See Figure 14 and Figure 15 and Table 9, p. 23 for lug hole sizes. · Bolt shipping splits together. The hanger rods must extend through the bottom of the base lug. It is the building engineer’s responsibility to provide the appropriate hangers.
Shipping Gussets
Prior to pulling the shipping splits together, the shipping gussets (see Figure 26) should be removed to simplify panel removal (except for hurricane units or units that require OSHPD certification). If there is enough access after joining the shipping splits, the gussets can be removed after they are joined. The exception to this rule is for size 35-50 stacked units. For these sizes, the gussets should be left in place for the lower
CLCH-SVX07R-EN

level unit unless they are installed in a shipping split that contains a coil. The other exception is when access to install or change out front-loaded filters is restricted or blocked.
Figure 26. Shipping gusset

Installation – Mechanical
Figure 28. Section-to-section installation
Indoor units – Gasket 0.375 in.T x 0.750 in.W (3-30) 1.0 in.T x 0.375 in.W (35-120)
Outdoor units – Butyl tape

Do not mistake the coil structural gusset (see Figure 27) used on unit sizes 66-120 with the shipping gussets.
Figure 27. Coil structural gusset

Butyl tape 0.375 in.T x 0.375 in.W
Indoor units (35-57 only) add additional layer of Butyl tape
0.375 in.T x 0.375 in.W
3. Apply the gasketing to one of the mating surfaces; see Figure 28, Figure 29, and Figure 33.
Figure 29. Coil section-to-downstream section bolt up with splash guard

Indoor units – Gasket 0.375 in.T x 0.750 in.W (3-30) 1.0 in.T x 0.375 in.W (35-120)

Section-to-Section Assembly
Air handlers ship with all necessary assembly hardware and gasket material. The hardware should be packaged in either a clear plastic envelope or yellow bag inside the fan section, access section, or mixing box.
The number of sections to be assembled often makes it necessary to use more than one section to ship the assembly material; therefore, check all sections thoroughly before contacting your Trane sales representative to report missing items.
Sections are joined with gasketing applied to one of the mating surfaces and hardware to bolt the sections together. The gasketing for section-to-section joints is a closed cell foam with adhesive backing.
To assemble the unit:
1. Locate the mounting hardware and gasket material.
2. All shipping supports and crating on the face of the sections must be removed and discarded to permit proper fit-up and sealing of the surfaces. Remove any shipping bolts located on the mounting surfaces of the sections (see Figure 28).

Outdoor units – Butyl tape 0.375 in.T x 0.375 in.W
Indoor units (35-57 only) add additional layer of Butyl tape
0.375 in.T x 0.375 in.W
Note: Gasket/Butyl tape should be on outermost edge of panel. See installation in Figure 30 and Figure 31.

CLCH-SVX07R-EN

29

Installation – Mechanical
Figure 30. Install butyl tape to outermost edge of panel. Figure 33. Stacked unit assembly (shown for sizes 3-50)

Butyl tape extends to outermost edge of panel

Gasket X23010544010
1.00 inches T x
4.00 inches W

Figure 31. Install gasket to outermost edge of panel

Install gasket to outermost edge of panel
Figure 32. Install butyl tape on outdoor bases

4. If the unit is equipped with factory-mounted controls, move adjacent subassembly within six inches and fasten quick connects where the sections bolt together. See Figure 34 for low voltage. See Figure 35 and Figure 36 for high voltage.
Note: Reference the appropriate controller manual for more details on the installation of units with factory-mounted controls.
Figure 34. Horizontal section-to-section low voltage quick connects

Vertical Butyl tape on outdoor units should extend to the bottom of the base assembly
30

Low voltage
Use 2 x 4 inch wood to protect hands from accidental pinching
CLCH-SVX07R-EN

Figure 35. Horizontal section-to-section high voltage quick connects

Installation – Mechanical
Figure 37. Roof alignment (indoor unit only)

5. Assemble and seat connections per color code.
Figure 36. Horizontal section-to-section high voltage quick connects

12. In addition, an adjustment can also be made to the height of the roof of either subassembly. At the center (widthwise) of the unit, measure the height of each adjacent subassembly and verify that the subassembly with the overlap sheet metal is higher than the mating subassembly roof. If it is not, adjust the height of either subassembly by loosening the screws in the vertical channels or component structure and adjust the height of the roof. See Figure 38 and Figure 39).
Figure 38. Adjust height of roof by adjusting vertical channels

6. Wrap each connection individually with black electrical tape.
7. Fully wrap the connection with tape. 8. Use a bar clamp to pull adjacent shipping section lifting
lugs together. 9. For indoor units sizes 66-120 and for outdoor units size 35-
120, a wedge block is provided to aid in pulling and aligning the units together. Attach the wedge blocks to both sides of the units being pulled together, matching the correct wedge block with the correct hole pattern. See Figure 40, p. 33. 10. Verify that the subassembly with the overhang profile on the roof is higher than the mating subassembly. If it is not, raise one end of the subassembly and bring the unit together. See Figure 37. 11. Due to unlevel floor and platforms, the roof may be misaligned as shown in Figure 37. A common solution is to raise one end of the shipping section to clear the hemming before pulling the units together.
CLCH-SVX07R-EN

Loosen screws along width of unit for roof height adjustment.
31

Installation – Mechanical
Figure 39. Adjust height of roof by loosening screws
Loosen screws along width of unit for roof height adjustment.
13. For unit sizes 3-30, bolt the unit base frames together using 5/16-inch bolts (see Figure 40).
14. For unit sizes 35-120, bolt the unit base frames together using ½-threaded rod (see Figure 40).
15. For sizes 66-120 only, bolt through the wedge blocks using a ½-threaded rod (see Figure 40). Alternate between tightening on the lifting lug bolts and wedge block bolts until the shipping section comes together.
16. Use straps and come-alongs to compress the gasketing and pull the sections together along the height of the unit.
Note: Wedge blocks are used to assemble shipping splits together. Only one set of wedge blocks is shipped with each unit. Once the shipping split has been assembled, remove the wedge blocks and use for the next shipping split.

32

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Figure 40. Shipping split assembly
Part# = CNL02155 Wedge block for:
Outdoor unit size 35 (des seq L or earlier) Outdoor unit size 40-120 Non- hurricane unit
Threaded rod 0.50-13 x 10.50
Leached self-driller screw 0.25-14 x 0.75 Nut 0.50-13 hex machine

Installation – Mechanical
Part# =KIT09798 Wedge block for
indoor unit size 66-120 Outdoor hurricane-certified unit size 35-120

Threaded rod 0.50-13 x 10.50
Leached self-driller screw 0.25-14 x 0.75

Washer 0.656 ID x 1.312 OD
Nut 0.50-13 hex machine

Lifting lugs
Threaded Bolt and Rod Size 3-120 Outdoor: 0.500-13 X 10.5 in Threaded Rod Size 35-120 Indoor: 0.500-13 X 10.5 in Threaded Rod
Size 3-30 Indoor: 5/16 x 6 in Fully Threaded Bolt Nut/Washer
Size 3-120 Outdoor: 0.50 -13 NUT HEX FLANGE Size 3-120 Outdoor: 0.656 ID X 0.312 OD Washer Size 35-120 indoor: 0.656 ID X 0.312 OD Washer
Size 3-30 indoor: 0.375 ID X 0.875 OD Washer Washer/Nut
Size 3-120 Outdoor: 0.656 ID X 0.312 OD Washer Size 3-120 Outdoor: 0.50 -13 NUT HEX FLANGE Size 35-120 indoor: 0.656 ID X 0.312 OD Washer Size 35-120 indoor: 0.50 -13 NUT HEX FLANGE
Size 3-30 indoor: 0.375 ID X 0.875 OD Washer Size 3-30 indoor: 0.313 ­ 18 NUT HEX FLANGE

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Installation – Mechanical

17. Install the section-to-section screws inserting the appropriate screws through the overlapping flanges using a powered impact gun and taking care not to strip the screws. Outdoor air handlers will ship with a seam cap that is to be installed over the section-to-section seams. Factory-supplied butyl tape must be continuously applied

over the top and both side seams prior to seam caps being applied. See Figure 41 Detail A and Detail B for hurricane units for sizes 3-120. Detail C applies to non-hurricane units size 3-120 (see Figure 43).

Figure 41. Section-to-section seam cap installation for hurricane units

Hurricane units

See Detail A

Detail A

Single Roof
See Detail B

Detail B

Butyl tape Seam cap

Double Roof

Butyl tape

Butyl tape Seam cap

Roof overhang

34

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Installation – Mechanical
Figure 42. Section-to-section seam cap installation for non-hurricane units (sizes 3 to 35)

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35

Installation – Mechanical
Figure 43. Section-to-section seam cap installation — non-hurricane units sizes 35 (des seq L or earlier) and 40 to 120

See Detail C

One piece seam cap

Detail C

See Detail C

Wide roof strip

Single Roof
Two-piece seam cap

(Overhang not shown)

Cover end of upturned roof flange with fieldsupplied foil tape
Butyl tape Seam cap

Double Roof

18. For sizes 3 through 120 hurricane units, attach roof overhang angle with number 10 screws.
· For sizes 40 through 120 outdoor non-hurricane outdoor units, a wide roof strip is provided. Apply aluminum tape to block off open cavity beneath the overhang angle and roof strip on both sides of unit at the shipping split to prevent unwanted pests from entering.
· For sizes 3 to 35 outdoor non hurricane units, slide the C Channel between outdoor roofs at the splits.
19. On hurricane units, join outdoor roof panels together at the seams in the direction perpendicular to airflow and secure them in place with 5/16-inch x 3/4-inch bolts and 5/16 lock
Figure 44. Join outdoor hurricane roof panels at the seams
See Detail A

nuts. Install the roof joint strip to cover the seam between two outdoor roof panels perpendicular to the direction of airflow. Use 3/8-inch butyl tape to cover the seam between two outdoor roof panels overhang at the side the unit. Bend joint strip over roof panel and use two number 10 sheet metal screws (one in each roof panel) to secure joint strip. Trim the roof joint strip to insure that it does not protrude more than 1/16-inch beyond outdoor roof overhang (see Figure 44).

Detail A

Butyl tape

36

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Installation – Mechanical

Pipe Cabinet Installation
1. After air handler is completely installed and checked to ensure that the unit is level and square, remove cross base member on pipe cabinet base by removing the four bolts and nuts.

2. Add 1-inch x 7.5-inch Armacell® gasketing to inside of baserail and add 3/8-inch x 3/8-inch white Butyl® tape to face of pipe cabinet. See figures below for appropriate sizes.

Figure 45. Pipe cabinet installation, unit sizes 3 to 35 (des seq L or earlier) and 40 to 120

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Installation – Mechanical
Figure 46. Pipe cabinet installation, unit sizes 3 to 35 (des seq M or later)

1. Install inside corner cap. See Figure 47 Detail A and Detail B.
2. Install 3/8-inch x 3/8-inch white Butyl tape to unit wall where pipe cabinet roof connects.
3. Lift pipe cabinet roof into place and attach to unit wall with screws. See Figure 47.

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Figure 47. Pipe cabinet installation details

Installation – Mechanical

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39

Installation – Mechanical
Pipe Cabinet to be Installed at Shipping Split Joint
1. Remove threaded rod and unit lug that is outside of pipe cabinet.
2. Using three screws from unit lug, install black lug replacement plate in place of unit lug. See Figure 47 Detail C.
3. Lift pipe cabinet into place on roof curb. 4. Slide pipe cabinet into place. 5. Put threaded rod through pipe cabinet lifting lug into weld
nut inside baserail to pull the pipe cabinet tight against the unit. See Figure 47 Detail D.
Pipe Cabinet to be Attached to Unit Base Bracket
1. Lift pipe cabinet into place on roof curb. 2. Slide pipe cabinet into place. 3. Put threaded rod through pipe cabinet lifting lug into
welded unit base rail bracket to pull the pipe cabinet tight against the unit. See Figure 47 Detail E.
Pipe Cabinet to be installed at a Factory Joint
1. Lift pipe cabinet into place on roof curb.
Figure 48. Hood installation

2. Slide pipe cabinet into place.
3. Put threaded rod through pipe cabinet lifting lug into weld nut inside base rail to pull the pipe cabinet tight against the unit. See Figure 47 Detail F.
Completing Pipe Cabinet Installation
1. Install inside corner cap. See Figure 47.
2. Install 3/8-inch. white Butyl tape to unit wall where pipe cabinet roof connects.
3. Lift pipe cabinet roof into place and attach to unit wall with screws. See Figure 47.
Hood Installation
1. Per the unit drawing determine mounting location of the unit weather hoods.
2. Using the factory provided screws mount the weather hoods to the unit.
3. On larger units, weather hoods may be large enough to require angled down supports. In those cases, the angles are shipped attached to the hood but will need to be connected to the air handler by the installing contractor. See Figure 48.
Note: It is required that the hoods be sealed to the unit using factory- provided butyl/caulk tape.

Detail A

AHU outdoor roof

Butyl caulk tape 1.00 W x .125T

Butyl caulk tape 1.00 W x .125T

Screw self-driller

10-16 x .750

or

1/4-in. x .750

Hood

A

Nut-Hex .31-18 Bolt .313-18 x .750 Hex

Bracket Support
Angle Hood Support (when required)

Nut-Hex .31-18 Bolt .313-18 x .750 Hex

4. Install Exhaust Hood such that it discharges away from any adjacent intake hoods. Exhaust discharge location can be changed on installation by rotating the hood.

40

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Figure 49. Fan section side discharge exhaust hood installation

Installation – Mechanical

INTAKE HOOD

EXHAUST HOOD OUTLET

Stacked Outdoor Unit Assembly
Assembly Hardware

Table 10. Parts list for outdoor stacked units

Item 2 3 4 5 6 7 8 9

Description Bracket: Stacked unit Screw: 0.313-18 x 0.875 sheet metal Screw: 10-16 x 0.750 self driller Tape: Butyl 0.38T Tape: Ribbed Butyl Plate: Vertical seam cap Tape: 0.12T x 1.00W, gray Butyl Guard: perpendicular to airflow flashing

Unit Assembly
1. See Figure 50. Apply gasket (Item 1) on top of lower unit. Compress gasketing to ensure a good air seal between upper and lower sections.
2. Place upper unit on lower unit.
3. Remove lifting lugs from top unit and attach stacking brackets (Item 2) to top and bottom units using screws (Item 3 and Item 4). See Detail A in Figure 50. Stacking brackets (Item 2) are to be used on the right and left sides at each shipping split section end and also on front and back of the unit.
4. Apply Butyl tape (Item 5) to one side of the shipping split section.

Item 10 11 12 13 14 15 16 17

Description Guard: Energy recovery end cover Guard: Energy recovery end cover Guard: Direction of airflow flashing Guard: Flashing seam cover Adhesive/sealant: Flex polyurethane Bracket: Hood support Angle: Hood support Screw: 0.250-14 x 0.750 self driller

5. Slide shipping split sections together, pulling tight using lifting lugs and threaded rod on bottom and straps or pipe clamps on top.

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Installation – Mechanical
Figure 50. Stacked unit assembly

(1) Gasket: 1.00T x 4.00W

Remove lugs from upper baserail prior to installing stacked unit bracket

Detail A

(3) Screw: 0.313-18 x 0.875 sheetmetal Part# X25240049010

(2) Bracket: stacked unit
(5) Tape: Butyl 0.38T

(2) Bracket: stacked unit

(5) Tape: Butyl 0.38T

(2) Bracket: stacked unit

(1) Gasket: 1.00T x 4.00W

See Detail A

(4) Screw: 10-16 x 0.750 self-driller Part# X25020634020

(2)Bracket: stacked unit Part# 4953-0203

Vertical Seam Cap Installation
1. See Figure 51. Apply ribbed Butyl tape (Item 6) over all vertical shipping split seams (see Detail A). First level ribbed Butyl tape (Item 6) starts 1/2-inch below second level wall panel (see Detail B), and extends down beyond the bottom of the first level wall panel onto the base rail at least one inch (see Detail C). Second level ribbed Butyl tape (Item 6) starts at bottom of wall panel on second level (see Detail B) and runs up to the top of the second level wall panel.
Figure 51. Vertical seam cap installation

2. Secure vertical seam cap (Item 7) over ribbed Butyl tape (Item 6) with screws (Item 4) (see Detail A). First level vertical seam cap (Item 7) starts at bottom of hem on roof panels (see Detail B) and extends down onto the base rail at least one inch (see Detail D in Figure 56). Vertical seam cap (Item 7) on second level starts at bottom of wall panel and extends up (see Detail B). Second level vertical seam cap (Item 7) may extend onto the roof panel.

(7) Plate: Vertical seam cap

(6) Tape: Ribbed Butyl

(7) Plate: Vertical seam cap

(6) Tape: Ribbed Butyl

42

Detail A Shipping split seams
(6) Tape: Ribbed Butyl (7) Plate: Vertical seam cap (4) Screw: 10-16 x 0.750 self driller

Detail B

Second level
Ribbed Butyl tape and seam cap flush with bottom of wall panel
First level ribbed Butyl tape 1/2 inch below second level wall panel
First level seam cap starts at bottom of hem on roof panel

First level

Ribbed Butyl tape and seam cap extend beyond the bottom of wall panel onto base rail at least one inch

Detail C

First level

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Installation – Mechanical

Flashing Installation
For additional information, see “Flashing Installation Notes,” p. 47. For hood installations, see “Install Flashing and Hood,” p. 48. 1. See Figure 52. Apply Butyl tape (Item 8) to perpendicular-
to-airflow flashing (Item 9) and secure to base rail with screws (Item 4) on front and back of unit (see Detail A in Figure 56). 2. For energy wheel/CDQ wheel, preassemble end covers (Item 10 and Item 11) to direction-of-airflow flashing (Item
Figure 52. Flashing installation

12. with screws (Item 4). Apply caulk (Item 14) to create water tight seal (see Detail B in Figure 54).
    3. Apply Butyl tape (Item 8) to direction-of-airflow flashing (Item 12) and secure to base rails with screws (Item 4). Start at corners to ensure tight corner seams. Apply caulk (Item 14) to create water-tight seal (see Detail A and Detail C in Figure 55).
    4. Install seam covers (Item 13) to all flashing seams (see Detail D in Figure 56).
    If second level of unit is shorter than first level, see “Flashing Installation for Stacked Unit With Second Level Shorter Than First,” p. 45.

(9) Guard: Perpendicular-toairflow flashing

(8) Tape: 0.12T x 1.00W gray Butyl

(12) Guard: Direction-ofairflow flashing

(10) Guard:

Energy recovery

end cover

(11) Guard:

Energy recovery

end cover

(12) Guard: Direction-ofairflow flashing

(9) Guard: Perpendicular-toairflow flashing
(8) Tape: 0.12T x 1.00W gray Butyl

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Installation – Mechanical

Figure 53. Flashing installation location

Upper panel Base rail

Detail A
.060 gap between bottom of panel and top of flashing
(4) Screw: 10-16 x 0.750 self-driller

Lower panel

(9) Guard: Perpendicularto-airflow flashing
or (12) Guard: Directionof-airflow flashing
(8) Tape: 0.12T x 1.00W gray Butyl

Figure 56. Flashing seam cover installation
Detail D
Note: Install flashing seam cover on all flashing seams

(4) Screw: 10-16 x 0.750 self-driller

(13) Guard: Flashing seam cover

(4) Screw: 10-16 x 0.750 self-driller

(13) Guard: Flashing seam cover

Figure 54. Flashing end cover installation applied to energy wheels and CDQ sections

(8) Tape: 0.12T x 1.00W gray Butyl

Detail B
(10) Guard: Energy recovery end cover

(11) Guard: Energy recovery end cover

(8) Tape: 0.12T x 1.00W gray Butyl

(12) Guard: Direction-ofairflow flashing

(4) Screw: 10-16 x 0.750 self-driller

(12) Guard: Direction-ofairflow flashing

Assembled view

Apply caulk (14) Adhesive/sealant: Flex polyurethane

Figure 55. Flashing for corner seams

Detail C
(8) Tape: 0.12T x 1.00W gray Butyl

Apply caulk (14) Adhesive/sealant:
Flex polyurethane

(12) Guard: Direction-ofairflow flashing

Assembled view (9) Guard: Perpendicular-toairflow flashing
(4) Screw: 10-16 x 0.750 self-driller

44

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Installation – Mechanical
Flashing Installation for Stacked Unit With Second Level Shorter Than First
Sizes 3 to 35 (des seq M or later) Figure 57. Sizes 3 to 35 3 to 35 (des seq M or later) , non-hurricane units (part 1 of 2)

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Installation – Mechanical
Figure 58. Sizes 3 to 35 (des seq M or later) , non-hurricane units (part 2 of 2)

Sizes 3 to 35 (Design Sequence L or earlier) and 40 to 50
1. Ensure that first level roof section is properly sealed with Butyl tape (item 8) and/or caulk (Item 14) at the ends. See Figure 59.
Figure 59. Seal first level with caulk or Butyl tape

Figure 60. Bend end tabs, apply Butyl tape to flashing

Confirm Butyl tape or caulk fills area between roof and second level unit.
2. Bend end tabs by hand and apply Butyl tape (Item 8) to flashing. See Figure 60.

3. Secure to base rail with screws (Item 4).
4. Apply caulk (Item 14) to ensure a water tight seal. See Figure 61.

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Figure 61. Apply caulk to seal

Before installing flashing apply caulk (14) all along inside of this seam for complete sealing.

Installation – Mechanical
5. For unit size 50 with a two piece roof, additional sealing is required in the middle where the first level roof sections meet with second level baserail. Seal vertical flanges of roof with caulk (Item 8) prior to installing flashing. Once flashing is installed, apply caulk (Item 8) to joint, then install direction of airflow roof strip and smooth caulk into crevices to ensure a water tight seal. See Figure 62.

Apply caulk (14) all along this seam after assembly.

Figure 62. Flashing installation for perpendicular-to-airflow piece if second level of unit is shorter than first level

Vertical seam cap

(9) Flashing
(4) Screw: 10-16 x 0.750 self-driller

(8) Tape: 0.012T x 1.00W gray Butyl

Apply caulk (14) to vertical seams on split roof panels and where roof strip meets second level unit
(8) Tape 0.012T x 1.00W gray Butyl
(9) Flashing
(4) Screw: 10-16 x 0.750 self-driller

Roof strip, outdoor

Flashing Installation Notes
· Side flashing will have locating features:
­ Right side front and back pieces will have two diamonds and a tab. Intermediate right side pieces (if present) will have two diamonds and length of part will match the ship group length and mounting holes will match hole pattern on the unit.

­ Left side front and back pieces will have one diamond and a tab. Intermediate left side pieces (if present) will have one diamond and length of part will match the ship group length and mounting holes will match hole pattern on the unit.
· Flashing runs full length on right/left sides of unit except on access side when an energy recovery section is present. For energy recovery section without full height doors, flashing will extend to removable plug panel. For energy

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Installation – Mechanical
recovery section with full height doors, flashing will be flush with edge of vertical seam caps (see Detail A in Figure 63).
Figure 63. Side flashing installation

· Flashing runs full length on front/back of unit. Front/back flashing will not have any locating features and will always have mitre (one piece will have two mitres, two pieces will have one mitre).
Detail A Without full height doors
.406 from plug panel flange

See Detail A
Assembled view
Install Flashing and Hood
1. See Figure 64. Secure two hood support brackets (Item 15) to base rail with screws (Item 17).
2. Apply Butyl tape (Item 8) to flashing (Item 9) and place over hood support brackets (Item 15) using cut in flashing and secure to base rails with screws (Item 4).
3. See “Hood Installation,” p. 40 for hood installation instructions.
4. Secure hood support angles (Item 16) to hood support brackets (Item 15) and to the hood side panels with screws (Item 17).
5. Apply caulk (Item 14) around hood support bracket (Item 15), hood support angle (Item 16), and cutout in perpendicular-to-airflow flashing (Item 9) to ensure watertight seal.

Plug panel Flashing

Vertical seam cap

Detail A With full height doors

Flashing flush with vertical seam cap

Flashing Door

48

CLCH-SVX07R-EN

Figure 64. Stacked unit assembly

Hood

Assembled View

Detail A

Installation – Mechanical

See Detail A

Apply caulk (14) Adhesive/sealant: flex polyurethane
Detail A

(16) Angle: hood support
(17) Screw: 0.250-14 x 0.750 self driller

(4) Screw: 10-16 x 0.750
self driller

(9) Guard: perpendicular to airflow flashing

(15) Bracket: hood support (17) Screw: 0.250-14 x 0.750 self driller
(8) Tape: 0.12T x 1.00W gray Butyl

Dual-Path SDU/Winterizer Assembly
WARNING
Heavy Objects!
Stacking units without factory-approval and without factory-provided support brackets could result in the base unit collapsing under the weight of the top unit which could result in death or serious injury and property damage. Do not stack air handlers unless factory-designed and factory-approved. When stacking units, factory-designed unit support brackets must be used.
A dual-path, split dehumidification unit (SDU)/winterizer air handler consists of two units that are stacked together in a draw-thru arrangement that share one supply fan. The unit on the first level (primary unit) is designed to handle the return air and is larger than the unit on the second level (secondary unit), which is designed to handle outside air.

Factory-designed unit support brackets are provided with all factory-approved, dual-path SDUs or winterizer air handlers.
· A horizontal SDU/winterizer dual-path air handler incorporates a horizontal supply fan on the first level with a top opening in the primary unit that aligns with a bottom opening in the secondary unit.
· A vertical SDU/winterizer dual-path air handler incorporates a vertical supply fan on the second level with a back opening that aligns with a front opening in the secondary unit.
To assemble air handlers utilizing factory-approved and factory-provided dissimilar unit sizes for horizontal SDU or winterizer applications, join all similar size shipping sections per “Section-to-Section Assembly,” p. 29.
Horizontal SDU/Winterizer Assembly
To assemble dissimilar unit sizes for an indoor horizontal SDU/ winterizer configuration:
1. Locate the mounting hardware and gasket material.

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Installation – Mechanical
Note: Black unit support brackets ship pre-installed on the primary (larger) unit section.
2. Apply gasket in direction of airflow between the black unit support brackets to the roof of the primary unit. See Figure 65. The gasket needs to be placed such that it will be directly under the integral base frame of the secondary (smaller) unit to be stacked on top. The secondary unit will be centered along the width on the primary unit.
Figure 65. Apply gasket in direction of airflow

Figure 67. Install screws using powered impact gun
X25240049010 Screw: 0.313-18 x 0.875 in.
Sheet metal hex head
Airflow

Gasket X23010544010 1.0 inches T x
4.0 inches W

Airflow

Unit support brackets

Vertical SDU/Winterizer Assembly
To assemble dissimilar unit sizes for an indoor vertical SDU/ winterizer configuration:
1. Apply gasketing to the mating surface of the secondary unit (see Figure 68).
Figure 68. Apply gasketing to mating surface of secondary unit

3. If there is an opening in the roof of the primary unit, apply gasket perpendicular to airflow on the roof next to the opening (air entering side only).
4. Lift the secondary unit, following instructions in “General Lifting Considerations,” p. 21 (see Figure 17), and place on the black unit support brackets (see Figure 66). The secondary unit must be centered on the primary unit between the black unit support brackets.
Figure 66. Place secondary unit on black unit support brackets.
Center of units
Secondary unit Gasket
Primary unit

Gasket 1.0 inches T x 1.0 inches W

Airflow

2. Apply gasketing to the mating surface of the primary unit at the bottom of the opening (see Figure 69).

5. Install screws as shown in Figure 67 inserting the appropriate screws using a powered impact gun and taking care not to strip the screws.
6. Remove the secondary unit lifting lugs one at a time and reinstall screws after sections are set in final position.
50

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Installation – Mechanical

Figure 69. Apply gasketing to the mating surface of the primary unit.
Gasket 1-inch T x 2 1/2 inch W Airflow

2. Attach stacked raceway harness connectors, matching connector colors on the high voltage side and connector numbers on the low voltage side.
3. Verify conduit size. 4. Attach covers. 5. Secure conduit. Space tie-downs no greater than
10-inches. Locate cut-screw behind conduit.
Part numbers:
· Indoor ­ External Raceway Kit: KIT09713
· Outdoor ­ External Raceway Kit – Top: KIT16191 ­ External Raceway Kit – Bottom: KIT16192

3. Lift the secondary unit, follow instructions in “General Lifting Considerations,” p. 21 (see Figure 17), and place on the black unit support brackets (see Figure 66, p. 50. The secondary unit must be centered on the primary unit between the black unit support brackets.
4. Install trim angles as shown in Figure 70 inserting the 1016 x 3/4-inch self-drilling screws using a powered impact gun and taking care not to strip the screws.
Figure 70. Install trim angles

Vertical and horizontal trim angles

Airflow

External Raceway Assembly
For air handling units with factory-installed power wiring extending from the first level to the second level, wiring must be connected and assembled in a raceway. See Figure 71.
1. Cut zip ties. Remove protective foam cover from connectors.

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Installation – Mechanical
Figure 71. External raceway
Step 1

Step 2

Cut zip-ties

Match connector numbers (LV side)
Low-voltage (LV) stacked harness

Verify if conduit is 1-inch or 2-inch for stacked harness

Step 3
Use for 1-inch stacked raceway conduit

Match connector colors (HV side) High-voltage (HV) stacked harness
Step 5

Conduit

Use for 2-inch stacked raceway conduit (requires removal of knockout)

Cover

Step 4 Wrap around conduit when attaching cover
Screw 10-16 x 0.75
self-driller
Enclosure stacked raceway

Tie 0.25 wire screw type
Screw .250-14 x 0.75
self-driller

Seismic Application Requirements
Air handling equipment manufactured by Trane is capable of structurally and operationally withstanding the seismic response criteria as required by the International Building Codes (IBC) 2000,2003, 2006, 2009, 2012, and CBC 2007, 2010. Trane has third-party certification for IBC compliance for seismic applications for unit sizes 3-120 and stacked units.
Note: If seismic isolation has been specified, the following requirements must be adhered to for installation. Failure to follow these instructions would void the warranty.
Single Level Design – Size 3-120
Grade to Roof Mounted Non-Isolated
See following table.
Steel dunnage/steel curb: 3/8-inch diameter ASTM A325 or SAE grade 5 bolts attached to unit base located as
52

noted above or 1-inch long 3/16-inch welds at unit base located as noted above.
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Installation – Mechanical

Table 11. Anchor requirements

SDS

Ip

1.483

1.5

Attachment

Equipment

Seismic

z/h

method

weight (lbs.) Restraint model

1.0

Floor mounted (concrete)

45 psf maximum

Bolt down

0.967

1.5

1.0

Floor mounted (concrete)

45 psf maximum

Bolt down

1.850

1.5

1.0

Floor mounted (steel)

45 psf maximum

Bolt down

1.850

1.5

1.0

Floor mounted (welded to steel)

45 psf maximum

Welded

Notes:

1. Install clips at shipping split corners.

2. Install clips at shipping splits containing fans or coils at 48 inches maximum on-center spacing.

Attachment System

Qty per tag

Method

Anchor: Hilti HDA-P

2 per mounting location

Dia.: M12 x 125/50 Embed.: 4.922 inches Edge: 14-in./8-in. thick

Conc.: 3000 psi

Anchor: Hilti TZ-CS

2 per mounting location

Dia.: 1/2 inch Embed.: 3.25 inches Edge: 14-in./6-in. thick

Conc.: 3000 psi

Anchor: A325 Bolt

2 per mounting location

Dia.: 1/2 inch Embed.: n/a
Edge: n/a

Conc.: n/a

1 per mounting

6-inch weld length with

location

1/8-inch weld leg

Stacked Design – Size 3-50
Grade to Roof Mounted (0<=Sds<=1.85) NonIsolated

Figure 72. Seismic anchor

4000 psi concrete: · 1/2-inch diameter Hilti Kwik Bolt TZ carbon steel concrete
anchors attached to unit base rails
· Install clips at all ship split corners.
· Install clips at ship splits with a stacked section at 36-inches maximum on- center spacing.
· Install clips at single level ship splits containing fans or coils at 48-inches maximum on-center spacing.
· 3 1/4-inch minimum anchor embedment
· 7 1/2-inch minimum distance to the nearest edge
· 6-inch minimum concrete slab thickness
Steel dunnage/steel curb: 1/2-inch diameter ASTM A325 or SAE Grade 5 bolts attached to unit base located as noted above or 1-inch long 3/16-inch welds at unit bases located as noted above.

Anchoring

Lifting lugs should be used to anchor the unit at the ends of each shipping split. Per the anchor requirements, additional anchoring may be needed. If so, anchors will be provided and installed on the unit. An example of a seismic anchor is shown in Figure 72.
Anchor selection meets or exceeds IBC 2000,2003, 2006, 2009, 2012, and CBC 2007, 2010 compliance requirements.
Special Inspection per IBC Section 1704 is required on all installations. All anchors listed above must be installed to meet compliance.

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Installation – Mechanical

Figure 73. Seismic anchor pattern

AHU Plan View Spacing <= 46 inches*

Staggered anchor bolt patterns

Spacing <= 46 inches Only if not anchoring each functional section

Section Base rail

AHU Elevation View
Section split

Section anchor to base rail

Anchor bolt to floor curb

Hurricane Application Requirements
Miami/Dade Co. Hurricane Certification
Performance Climate Changer air handlers are approved and have has been designed to comply with the High Velocity Hurricane Zone of the Florida Building Code. Notice of compliance and additional product construction details can be found at the Miami-Dade County, Building Code Compliance Office Web site.
The Florida licensed engineer or architect-of-record for the project shall be responsible for the design, sizing, and structural adequacy of the product framework as well as curbing and attachment to the roof, or as accepted by the corresponding building departments.
Anchoring
The method shown in Figure 74 through Figure 78 is what is approved and recommended for anchoring the unit to substrate and roof curb. Any deviation to this may require the approval of the local building code enforcement agency.
Unit may be installed onto concrete (3.2 ksi min. compressive strength) or 1/4-inch thick steel (36 ksi min. yield) substrates with anchors through lifting lugs and angle clips attached to first level baserail. Unit may also be installed onto a 36 ksi yield steel curb by others.

Figure 74. Anchoring size 3-35 units to substrate or roof curb for hurricane applications

See Detail C for hood support
installation
See Detail B See Detail A Install fastener to substrate through only one lug at this location
54

CLCH-SVX07R-EN

Installation – Mechanical

Figure 75. Detail A – typical anchorage at lugs Detail A First level baserail
First level lifting lug

Substrate

Installation fastener, one per angle – centered
Minimum edge distance

Minimum embedment

Table 12. Anchorage installation information for hurricane applications

Anchor/substrate 1/2-inch powers chem-stud threaded rod installed with chem- stud adhesive capsule in 3.2 ksi minimum concrete substrate 1/2-inch HH F-type thread cutting screw installed in 36 ksi minimum steel 1/4-inch thick minimum (full thread engagement)

Minimum embedment 1 1/2-inches
1/4-inch

Minimum edge distance 6-inches
1 1/4-inch

Figure 78. Approved field penetrations for hurricane applications
3-in. min panel top or bottom

Figure 76. Detail B – typical installation baserail to curb Detail B

Base panel

W

1-12 max

Note:

W=3/16 in. fillet

3-in. min panel left or right

Field-drilled hole detail

2-in. max

Roof curb by others

6 inch max. O.C. for 0.119 in. min. roof curb thickness, 2-inch max. O.C. for 0.047 in. min. roof curb thickness (1/4-in. x 14 x 3/4-in. self drilling screw

Figure 77. Detail C – typical anchorage at angle clips

Detail C
First level baserail
3 in. x 3 in. x 6 in. long x 1/4 in. thick min. L-angle clip, one per install fastener, 24 in. O.C. (max) galv. steel 36 ksi min.
Qty 5 per angle (1/4-in. x 14 x 3/4-in. self drilling screw)
Substrate

Installation fastener, one per angle – centered

Minimum embedment

Minimum edge distance

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55

Installation – Mechanical
Figure 79. Hood installation size 3-50 – front and back hoods for hurricane applications

Detail C

Support bracket

See Detail C
1/4-14 x .75 sheet metal screw

These brackets are attached to the unit baserail.

Fasten bracket to bottom of hood L angle (for hoods that are lower to ground, may need to flip the bracket (1) so the short flange is pointing down to the ground.

L angle
Fasten ship-with angle to support bracket

Figure 80. Hood installation size 57 – 120 for hurricane applications

See Detail D Hood straps

Figure 81. Detail D
1/4 -14 x 0.75 in. sheet metal screws

Figure 82. Detail E

See Detail E for side hood See Detail F for back/front hood
Hood support bracket attachment

Figure 83. Detail F

1/4-in. screws

Hood support bracket (use all brackets supplied, qty varies by unit size)

56

CLCH-SVX07R-EN

Gas Heat Installation
Figure 84. Gas heat flue installation for hurricane applications

Installation – Mechanical

See note Gas heat flue

L bracket

10 x 3/4-in. self-drilling sheet metal screws

Attach the gas heat flue duct to the L angles on both sides

Right side view

Note: When installing flue, leave enough clearance to avoid roof’s edge and anything above the roof.
Pipe Cabinet Installation
Nested U channels and L angle have to be removed to install the pipe cabinet to the unit and reinstall per hurricane certification guidelines. See Figure 85.
1. Remove the fasteners from the top of the nested U channel.
2. Remove the U channel from the unit base L angle and the pipe cabinet base L angle.
3. Remove the corner fasteners from the pipe cabinet base and the unit base L angle. These fasteners are not required to be put back.

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57

Installation – Mechanical
Figure 85. Pipe cabinet installation for hurricane applications

4. Attach the unit base L angle from the pipe cabinet to the unit base rail. See Step 4 in Figure 86
5. Attach a U channel to the unit base L angle. Make sure to clear any coil piping. Make sure to attach enough nested U channels to comply to the unsupported span. See Step 5 in Figure 86.

6. Locate the pipe cabinet in place, and reinstall the U channel to the pipe base L angle and reinstall the top U channel to the nest (see Step 1, Figure 85).
7. When the L angle interferes with the unit base rail lifting lugs or splice plate, mark and cut L angle section to clear the component. If excess L angle is not needed for nested U channel, leave it off. See Figure 86.

58

CLCH-SVX07R-EN

Figure 86. Pipe cabinet installation for hurricane applications

Installation – Mechanical

Step 5

5/16-18 x .875 screw

Step 4

Step 6
Pipe cabinet wall removed for clarity
Nested U channel attached to L angle

Step 7 Air handler

Unsupported span Size 3-50 – 52 in. max Size 57-120 – 34 in. max

L angle attached to unit baserail

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59

Installation – Mechanical
Pipe Cabinet Anchorage
Figure 87. Pipe cabinet anchorage to roof curb details for hurricane applications.

Roof curb by others

6 inch max. O.C. for 0.119 in. min. roof curb thickness, 2-inch max. O.C. for 0.047 in. min. roof curb thickness (1/4-in. x 14 x 3/4-in. self drilling screw)

Figure 88. Pipe cabinet direct anchorage to substrate details for hurricane applications.

Qty 5 per angle (1/4-in. x 14 x 3/4-in.
self drilling screw)
Bottom flange removed

3 in. x 3 in. x 6 in. long x 1/4 in. thick min. L-angle clip, one per install fastener, 24 in. O.C. (max) galv. steel 36 ksi min.
Installation fastener, 24 in. O.C. spacing, centered in angle
Substrate

Minimum edge distrance

Minimum embedment

60

CLCH-SVX07R-EN

Component Installation
The components in the air handler may have installation requirements that could affect the unit’s performance.
Dampers
Dampers are factory-installed and adjusted and can be found in mixing box. There are two damper blade configurations available: parallel-blade and opposed-blade.
TraqTM dampers are another type of damper available in mixing box sections. Traq dampers have only one blade configuration – opposed. They have two control applications available – standard Traq dampers and low-flow Traq dampers. Low-flow Traq dampers are always not linked and consist of two damper sets – one set for minimum outside air measurement and one set for economizing. The singe low-flow Traq damper will have a VCM. The economizing damper will not.
The air handler is available with factory-mounted controls or end devices. If the unit is not ordered with controls or end devices, it is the installer’s responsibility to provide and install the damper actuators. Size the actuators according to Table 13.
Mixing section dampers are designed for the damper actuators to be direct coupled and installed in the air stream. If other provisions are required, modifications to the section will be the responsibility of the installing contractor.
The economizer that meets or exceeds all mandatory requirements prescribed by Title 24, including but not limited to:
· 5-year parts only warranty
· Successfully tested to 60,000 actuations
· Less than 10 cfm/sq.ft. of damper leakage at one inch w.g. per AMCA 500L

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61

Component Installation
Damper Torque Requirements
Table 13. Mixing box damper torque requirements (inch pound) at 1-inch w.g. air pressure drop

Unit Size
3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80 100 120

Parallel airfoil damper only 9.00 13.10 17.10 23.30 29.00 35.70 39.50 48.90 60.40 72.40 84.20 100.20 110.20 126.30 154.80 177.60 210.30 272.00 322.40

Low-flow

Opposed

Standard minimum OA

airfoil damper Traq damper Traq damper

only

only

only

6.40

18.00

n/a

Parallel airfoil damper linked to
parallel airfoil damper
10.30

9.30

36.00

18.00

14.90

12.20

36.00

18.00

19.60

16.60

54.00

18.00

26.60

20.70

54.00

18.00

33.20

25.50

67.50

22.50

40.70

28.20

67.50

22.50

45.20

34.90

67.50

22.50

55.90

43.10

99.00

33.00

69.00

51.70

99.00

33.00

82.80

60.10

108.00

36.00

96.20

71.50

108.00

36.00

114.50

78.70

108.00

36.00

125.90

90.20

112.50

37.50

144.30

110.60

112.50

37.50

176.90

126.80

150.00

37.50

202.90

150.20

187.50

37.50

240.30

194.30

225.00

37.50

310.90

230.30

225.00

37.50

368.50

Opposed airfoil damper linked to opposed airfoil
damper 7.70 11.20 14.70 19.90 24.90 30.60 33.90 41.90 51.80 62.10 72.20 85.90 94.50
108.20 132.70 152.20 180.20 233.20 276.30

Standard Traq Standard Traq

linked to airfoil linked to standard

damper

Traq damper

19.30

36.00

19.90

72.00

38.40

72.00

57.30

108.00

58.10

108.00

72.60

135.00

73.10

135.00

74.50

135.00

107.60

198.00

109.30

198.00

120.00

216.00

122.30

198.00

119.60

198.00

139.11

216.00

167.60

198.00

194.70

264.00

231.60

360.00

297.70

396.00

348.10

432.00

Table 14. Air-to-Air plate heat exchanger bypass damper

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40

Damper dia (in)

A 25.00

B 24.03

37.50

24.03

37.50

29.78

44.00

29.78

55.00

35.53

60.00

35.53

65.50

35.53

65.50

24.03

73.50

24.03

73.50

29.78

87.00

29.78

93.50

29.78

106.00

29.78

Damper qty 1 1 1 1 1 1 1 2 2 2 2 2 2

Damper torque (in-lb) 20.90 31.30 38.80 45.50 67.90 74.00 80.80 109.30 122.70 152.00 179.90 193.40 219.20

Actuator torque (max) (in-lb) 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 2 2

Linkage No No No No No No No Yes Yes Yes Yes Yes Yes

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CLCH-SVX07R-EN

Component Installation

Table 15. Air-to-Air plate heat exchanger frost damper

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50

Damper dia (in)

A 25.00

B 13.97

37.50

13.97

37.50

13.97

44.00

13.97

55.00

13.97

60.00

13.97

65.50

13.97

65.50

13.97

73.50

13.97

73.50

13.97

87.00

13.97

93.50

13.97

106.00

13.97

119.00

13.97

Damper qty 1 1 1 1 1 1 1 2 2 2 2 2 2 2

Damper torque (inlb)
12.10 18.20 18.20 21.30 26.70 29.10 31.80 63.50 71.30 71.30 84.40 90.70 102.80 115.40

Actuator torque (max) (in-lb) 42.00 42.00 42.00 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Linkage No No No No No No No Yes Yes Yes Yes Yes Yes Yes

Table 16. Standard damper to low-flow Traq damper

Unit size
6 8 10 12 14 17 21 25 30 35 40 50 57 66 80 100 120

Total

Damper dia damper

(in)

qty

13.00

2

13.00

3

13.00

3

16.00

3

16.00

3

16.00

3

20.00

3

20.00

3

24.00

3

24.00

3

24.00

3

28.00

3

28.00

3

28.00

4

28.00

5

28.00

6

28.00

6

Low flow Traq
damper qty

Linked

Traq

damper Damper

torque (in- torque (in-

lb.)

lb.)

1

18.00

17.15

1

36.00

23.26

1

36.00

29.03

1

45.00

35.65

1

45.00

39.54

1

45.00

48.89

1

66.00

60.39

1

66.00

72.43

1

72.00

84.19

1

72.00

100.16

1

72.00

110.19

1

75.00

126.29

1

75.00

154.80

1

112.50

177.56

2

150.00

210.27

2

187.50

272.04

2

187.50

322.40

Actuator torque (max) (in-lb.)
42 42 180 180 180 180 180 180 180 180 180 180 180 180 180 180 180

Actuator qty for linked damper
1

Actuator Actuator qty for qty for linked single low Face-toTraq flow Traq face damper damper linkage

1

1

No

Linkage on face damper
No

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

1

1

1

No

Yes

2

1

1

No

Yes

2

2

1

No

Yes

2

2

1

No

Yes

Actuator total qty
3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 5 5

CLCH-SVX07R-EN

63

Component Installation

Table 17. Standard Traq damper – low flow Traq damper

Unit size
6 8 10 12 14 17 21 25 30 35 40 50 57 66 80 100 120

Damper dia (in) 13.00 13.00 13.00 16.00 16.00 16.00 20.00 20.00 24.00 24.00 24.00 28.00 28.00 28.00 28.00 28.00 28.00

Damper qty per
face 2 3 3 3 3 3 3 3 3 3 3 3 3 4 5 6 6

Linked low

Std Traq flow Traq

Damper damper damper

torque torque (in- torque

(in-lb.)

lb.)

(in-lb.)

18.0

36.0

18.00

18.0

54.0

36.00

18.0

54.0

36.00

22.5

67.5

45.00

22.5

67.5

45.00

22.5

67.5

45.00

33.0

99.0

66.00

33.0

99.0

66.00

36.0

108.0

72.00

36.0

108.0

72.00

36.0

108.0

72.00

37.5

112.5

75.00

37.5

112.5

75.00

37.5

150.0

112.50

37.5

187.5

150.00

37.5

225.0

187.5

37.5

225.0

187.5

Actuator torque (max) (in-lb.)
42

Actuator qty for linked Std
Traq Damper
1

Actuator qty for linked low flow Traq damper
–

Actuator qty for single low flow Traq damper
2

Face-toface
linkage
No

Linkage on face
Yes

Total actuator
qty
3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

1

1

1

No

Yes

3

180

2

1

1

No

Yes

4

180

2

2

1

No

Yes

5

180

2

2

1

No

Yes

5

Table 18. Side Traq damper – standard flow mixing box

Unit size 3, 4, 6, 8
10, 12 14, 17 21, 25 30, 35, 40 50, 57, 66
80 100 120

Damper dia

(in)

Damper qty

13.00

1

16.00

1

13.00

2

16.00

2

20.00

2

24.00

2

28.00

2

28.00

3

24.00

4

Damper torque (in-lb) 18.00 22.50 18.00 22.50 33.00 36.00 37.50 37.50 36.00

Total torque Actuator torque

Face-to-face

(in-lb)

(max) (in-lb) Actuator qty linkage

18.00

42.00

1

No

22.50

42.00

1

No

36.00

42.00

1

No

45.00

180.00

1

No

66.00

180.00

1

No

72.00

180.00

1

No

75.00

180.00

1

No

112.50

180.00

1

No

144.00

180.00

1

No

Linkage on face No No Yes Yes Yes Yes Yes Yes Yes

64

CLCH-SVX07R-EN

Component Installation

Table 19. Single -Side Traq low flow mixing box

Unit size 14, 17 21, 25
30, 35, 40 50, 57, 66
80 100 120

Damper Dia (in)
13.00

Damper Low flow Traq

Damper Torque (in- Torque (in-

Qty

lb.)

lb.)

2

18.00

18.00

Remained Traq Torque
(in-lb.)
18.00

Actuator qty for low flow
Traq
1

Actuator qty for remained
damper
1

16.00

2

22.50

22.50

22.50

1

1

20.00

2

33.00

33.00

33.00

1

1

24.00

2

36.00

36.00

36.00

1

1

28.00

2

37.50

37.50

37.50

1

1

28.00

3

37.50

37.50

75.00

1

1

24.00

4

36.00

36.00

108.00

1

1

Actuator total Qty
2 2 2 2 2 2 2

Face-toface
Linkage No No No No No No No

Linkage on Face
No No No No No Yes Yes

Table 20. Dual-side Traq low flow mixing box

Unit size 3, 4, 6, 8
10, 12 14, 17 21, 25 30, 35, 40 50, 57, 66
80 100 120

Damper dia (in) 13.00 16.00 13.00 16.00 20.00 24.00 28.00 28.00 24.00

Damper qty 2 2 4 4 4 4 4 6 8

Damper torque (in-lb) 18.00 22.50 18.00 22.50 33.00 36.00 37.50 37.50 36.00

Low-flow Traq torque (in-lb)
18.00

Actuator

Remained qty for std

Traq torque Traq

(in-lb)

damper

18.00

1

Actuator qty Actuator qty

for low-flow for single Actuator

Traq damper low-flow Traq total qty

–

1

2

Face-toface
linkage
No

Linkage on face
No

22.50

22.50

1

–

1

2

No

No

18.00

54.00

1

1

1

3

No

No

22.50

67.50

1

1

1

3

No

No

33.00

99.00

1

1

1

3

No

No

36.00

108.00

1

1

1

3

No

No

37.50

112.50

1

1

1

3

No

No

37.50

187.50

1

1

1

3

No

Yes

36.00

252.00

1

1

1

3

No

Yes

Table 21. Side rectangle angle damper – 2000 fpm

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80
100 120

A (in) 11.25 11.25 15.75 20.25 20.25 27.00 23.25 30.50 36.75 45.75 48.50 45.50 48.00 56.75 65.75 70.50 85.00 95.00 96.00

B (in) 13.97 13.97 13.97 13.97 16.30 16.30 19.72 19.72 19.72 19.72 20.22 25.47 28.35 31.22 31.22 31.22 31.22 36.97 42.72

Damper qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Torque (in-lb.) 13.10 13.10 18.30 23.60 27.50 36.70 38.20 50.10 60.40 75.20 81.70 96.60 113.40 147.60 171.10 183.40 221.10 292.70 341.80

Actuator torque (max) (in-lb.) 42.00 42.00 42.00 42.00 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2

Linkage No No No No No No No No No No No No No No No No No No No

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65

Component Installation

Table 22. Short mixing box rectangle damper – top, back or bottom only

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80
100 120

A (in) 13.00 19.75 27.00 35.00 43.75 32.00 60.00 43.50 53.75 64.50 55.00 64.00 56.50 68.00 66.00 58.50 54.25 65.25 66.00

B (in) 8.22 8.22 8.22 8.22 8.22 13.97 8.22 13.97 13.97 13.97 19.72 19.72 25.47 25.47 31.22 19.72 25.47 25.47 31.22

Damper Qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2

Torque (in-lb.) 5.20 7.90 10.80 14.00 17.50 21.70 24.00 29.50 36.50 43.80 52.70 61.40 70.00 84.20
100.20 112.20 134.30 161.60 200.30

Actuator Torque (max) (in-lb.) 42.00 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2

Linkage No No No No No No No No No No No No No No No No No No No

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Component Installation

Table 23. Damper torque

Unit Size 3-4
4
4-6
4-8 8 10-12 8-14 14 10-17
10
17-21 12
12-21 12-14
14 21-30
25-40
35-40 21-25 30-50 17-21
17 21-30
50 25-50 30-50
30 21
35
35-50 35-50
40
40-50
50

E-Wheel (cfm)
900 1500 2200 1500 2200 3000 2200 4000 5000 3000
5000 6000 7000 4000 5000 6000 7000
10500 6000 7000 7000 7000 8500 12500
8500
17500 15000
20000 25000

CDQ (cfm) 1000 1500 2000
3000
4000 5000 5000 6000 7000
10500
7000
13000 8500 15000 17500
17500 20000 20000 25000

A

B

Torque (in- Actuator Torque (max) (in- Actuator

(in)

(in) Damper qty

lb)

lb)

Qty

18.00

8.22

1

5.10

42.00

1

32.00

8.22

1

9.10

42.00

1

41.75

8.22

1

11.90

42.00

1

53.50

8.22

1

15.30

42.00

1

52.50

13.97

1

25.50

180.00

1

61.50

8.22

1

17.60

42.00

1

66.00

8.22

1

18.80

42.00

1

65.00

13.97

1

31.50

180.00

1

70.00

8.22

1

20.00

42.00

1

84.50

13.97

1

41.00

180.00

1

75.00

13.97

1

36.40

180.00

1

102.00 13.97

1

49.50

180.00

1

113.00 13.97

1

54.80

180.00

1

Linkage No
No No
No
No
No No No No No No No No

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Component Installation

Table 24. Energy recovery bypass opposed-blade damper

Unit size 3 – 8 8 – 14
10 – 17 12 – 21 21 – 50 17, 21 21 – 30 25 – 50
21 35 – 50 35 – 50 40 – 50
50

A (in) 18.00 32.00 41.75 53.50 52.50 61.50 66.00 65.00 70.00 84.50 75.00 102.00 113.00

B (in) 8.22 8.22 8.22 8.22 13.97 8.22 8.22 13.97 8.22 13.97 13.97 13.97 13.97

Damper qty 1 1 1 1 1 1 1 1 1 1 1 1 1

Torque (in-lb.)
5.10 9.10 11.90 15.30 25.50 17.60 18.80 31.50 20.00 41.00 36.40 49.50 54.80

Table 25. Exhaust fan damper torque

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80
100 120

A (in) 19.83 32.33 32.33 38.83 49.83 54.83 60.33 60.33 68.33 68.33 81.83 40.88 30.42 34.75 34.75 39.75 38.42 43.09 52.25

B (in) 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 19.72 19.72 19.72 19.72 31.22 31.22 31.22 31.22

Damper Qty 1 1 1 1 1 1 1 1 1 1 1 2 3 3 3 3 3 3 3

Torque (in-lb.) 13.50 22.00 22.00 26.40 33.80 37.20 41.00 41.00 46.40 46.40 55.60 78.40 87.50 99.90 99.90 181.00 174.90 196.20 237.90

Actuator Torque (max) (in-lb.) 42.00 42.00 42.00 42.00 180.00 42.00 42.00 180.00 42.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 1 1

Actuator Torque (max) (in-lb.) 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 2 3 3 3 3 3 3 3

Linkage No No No No No No No No No No No No No
Linkage No No No No No No No No No No No No No No No No No No No

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Component Installation

Table 26. Energy recovery recirculation parallel-blade damper

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50

A (in) 16.00 28.50 28.50 35.00 46.00 51.00 56.50 56.50 64.50 64.50 78.00 84.50 97.00 110.00

B (in) 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97 13.97

Damper qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Torque (in-lb.) 10.90 19.40 19.40 23.80 31.20 34.60 38.40 38.40 43.80 43.80 53.00 57.40 65.90 74.70

Actuator torque (max) (in-lb.) 42.00 42.00 42.00 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Linkage No No No No No No No No No No No No No No

Table 27. Internal face-and-bypass damper torque requirements

Unit size 3 4 6 8 10 12 14 17 21 25 30 35 40 50 57 66 80
100 120

A (in) 23.20 35.70 35.70 42.20 53.20 58.20 63.70 63.70 71.70 71.70 85.20 43.44 32.19 36.52 36.52 41.52 41.52 46.19 55.35

B (in) 18.31 18.31 19.37 24.39 24.39 31.14 31.14 36.61 42.17 47.80 47.80 50.94 50.94 62.44 68.19 73.94 85.44 99.41 99.41

Damper Qty 1 1 1 1 1 1 1 1 1 1 1 2 3 3 3 3 3 3 3

Opposed-Blade/Parallel-Blade Damper
Opposed-blade and parallel-blade airfoil dampers in unit sizes 3-120, as well as internal and external face-and-bypass sections, have centered dampers with an internal jack-shaft (see Figure 89 and Figure 90). A 95-degree actuator rotation gives a 90-degree blade travel.
Note: Damper blades should be checked for proper operation from full open to full closed position before unit start up. Damper blade positioning may have changed due to shipping and handling vibrations.

Torque (in-lb) 12.80 19.70 20.90 31.10 39.20 54.80 59.90 70.50 91.30 103.50 123.00 133.70 148.60 206.70 225.70 278.20 321.50 416.10 498.70

Actuator torque (max) (in-lb.) 42.00 42.00 42.00 42.00 42.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00 180.00

Actuator Qty 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 3 3

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Component Installation
Figure 89. Typical mixing box configurations for unit sizes 3 to 120

Figure 90. Typical external face-and-bypass configuration

Figure 91. Diffuser placement sizes 3 to 120

Open Close

Airflow
Fans
The fan section can be configured as either draw-thru or blowthru. Review the submittals and unit tagging information prior to assembly to determine placement.

Diffusers
Diffuser sections are usually placed between a fan and a downstream coil or filter. Because placement is critical to unit performance, verify the correct placement of the diffuser section before assembling the unit.
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CLCH-SVX07R-EN

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WARNING
Hazardous Service Procedures!
Failure to follow all of the safety warnings provided, could result in death or serious injury. Technicians, in order to protect themselves from potential electrical, mechanical, and chemical hazards, MUST follow precautions in this manual and on the tags, stickers, and labels, as well as the following instructions: Unless specified otherwise, disconnect all electrical power including remote disconnect and discharge all energy storing devices such as capacitors before servicing. Follow proper lockout/tagout procedures to ensure the power can not be inadvertently energized. When necessary to work with live electrical components, have a qualified licensed electrician or other individual who has been trained in handling live electrical components perform these tasks.

Fan Isolation

The fan-and-motor assembly is internally isolated. The fan and motor bases are bolted to a minimum of four spring isolators. The isolators are secured to the fan section support base.
Shipping tie-down bolts are bolted adjacent to the isolators between the fan isolation base and the isolator support frame. The shipping tie-downs secure the isolation base to the support assembly to prevent any damage to the fan section during shipment.
Note: Remove the tie-downs only if the factory-provided isolation is to be used.

Adjusting the Isolators

Once the shipping tie-downs are removed and the internal isolation is released, it may be necessary to adjust the isolators to achieve the proper operation height of the fan and motor isolation base.
Minimum required clearances are listed in Table 28. To determine the isolator clearances on all unit sizes, measure between the top of the cabinet channel and the bottom of the isolation base channel.

Table 28. Minimum isolator clearances (inches)

Unit Size 3­8
10­30 35-57 66-120

Fan Type Plenum Plenum Plenum Plenum

Required Clearance 1.0 0.5 0.5 1.0

Figure 92. Isolator adjustment for unit sizes 3-8

Tiedown

Required clearance

Figure 93. Isolator adjustment for unit sizes 10-30

Required clearance

Tiedown

Figure 94. Isolator adjustment for unit sizes 66-120

Required clearance

Tiedown

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Component Installation

Figure 95. Isolator adjustment for belt-drive plenum fans for unit sizes 3-8
Required clearance
Filters
Bag and cartridge filter sections can be used as a pre-filter section, a final filter section, or both. This use is determined by the filter’s placement in relation to the fan. · A final filter is placed after the fan. · A pre-filter is placed before the fan. Note: Cartridge and bag filters provided by Trane are fitted
with a 7/8-inch header that fits in the filter track. If using filters supplied by another manufacturer, filters should be purchased with a 7/8-inch header. In some cases it may be necessary to gasket other manufacturers’ filters to ensure a good air seal. Filters should be installed when the unit is set. This will protect internal components, such as the heating and cooling coils.
Final Filter Section
A final filter section should not be bolted directly to the face of a fan section. One or more intermediate sections must be placed between the fan discharge and the filter section.
Pre-Filter Section
A pre-filter section has no special installation requirements unless placed directly upstream of a plenum fan. In these configurations, ensure a blank section is placed between the fan inlet and the filter section. Trane recommends the use of disposable pre-filters with highefficiency filters. Disposable pre-filters slide into the mounting tracks just ahead of the bag/cartridge filters.

Filter Installation
WARNING Hazardous Voltage!
Failure to disconnect power before servicing could result in death or serious injury. Disconnect all electric power, including remote disconnects before servicing. Follow proper lockout/tagout procedures to ensure the power can not be inadvertently energized. Verify that no power is present with a voltmeter.
To install filters: 1. Disconnect the power to the unit. 2. Open the filter section access door. 3. Slide the filters into the tracks. Note: Bag filters must be installed with the pleats in the
vertical plane. 4. The block-off is permanently installed and will create a seal
when the access door is closed. 5. Close the access door slowly to allow any gasketing to
compress.
Figure 96. Filter block-off placement

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CLCH-SVX07R-EN

Filter Placement

Figure 97. Side-loading 2-inch and 4-inch flat filter placement for unit sizes 3-35

Size 3

Size 4

20

20

25 2.5 3.47 ft ²

20 20 5.56 ft ²

Component Installation
Size 6 25
20 20 6.94 ft ²

Size 8

24

24

20 2.5

7.33 ft ²

Size 10
25
20 20 16 1.25 9.72 ft ²

Size 12

16

16

20 20

20 2.5

13.33 ft ²

Size 14

16

16

20 20

25 3

14.44 ft ²

24 12

Size 25

24

24 4

20

20
20 20 20 16 27.11 ft ²

Size 17

20

20

24

24

20

18.89 ft ²

Size 30

17.5

12

20

20 24

24

24

30.44 ft ²

16 1.5

Size 21

25

25

25 1

16

25
20 20 20 16 21.53 ft ²

25 16

Size 35

25

25

20 1

20

20

24

24

24

24

37.22 ft ²

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Component Installation

Figure 98. Side-loading 2-inch and 4-inch flat filter placement for unit sizes 40-120
Size 40 16 20

20 20

20 20 20 40.83 ft ²

25 3.5

Size 50

25 25

25

25

20

16

25

Size 57 16 20 20

25

20 20 20

20 20 20 1.5

55.00 ft ²

Size 66

20

20 20

20 24

24

24

24

75.56 ft ²

24 16 .5

20 25

25

25

25

63.33 ft²

20 1.5

Size 80 12 20

20 20

20 24 24

24

24

85.56 ft ²

16.5 24 16 .5

Size 100

Size 120

20

25

20 25
20
25 20

20

25

25

25

25

104.17 ft ²

25 25 .5

25 20

20 20

20 20 20 122.22 ft ²

20 20 16 2

74

CLCH-SVX07R-EN

Component Installation

Figure 99. Side-loading 2-inch/4-inch combination flat filter placement for unit sizes 3-35

Size 3

Size 4

Size 6

20
25 2.5 3.47 ft ²

20
20 20 5.56 ft ²

25
20 20 6.94 ft ²

Size 8

24

24

20 2.5

7.33 ft ²

Size 10
25
20 20 16 1.25 9.72 ft ²

Size 12

16

16

20 20

20 2.5

13.33 ft ²

Size 14

16

16

20 20

25 3

14.44 ft ²

Size 25

24

24

24 4

12

20

20
20 20 20 16 27.11 ft ²

Size 17

20

20

24

24

20

18.89 ft ²

Size 30

17.5

12

20

20 24

24

24

30.44 ft ²

16 1.5

Size 21

25

25

25 1

16

25
20 20 20 16 21.53 ft ²

References

• Trane Heating & Air Conditioning

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