Ingersoll-Rand TAM7A0C36H31EA, TAM7A0C48H41EA, TAM7A0C42H31EA, TAM7A0B30H21EA, TAM7B0C60H51EA Installer Manual

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Page 1

Installer’s Guide

Air Handlers Convertible 2 — 5 Ton

BBllaacckk EEppooxxyy CCooiillss TAM7A0A24H21EA TAM7A0B30H21EA TAM7A0C36H31EA TAM7A0C42H31EA TAM7A0C48H41EA TAM7B0C60H51EA

SSttaannddaarrdd CCooiillss TAM7A0A24H21SD TAM7A0B30H21SD TAM7A0C36H31SD TAM7A0C42H31SD TAM7A0C48H41SD TAM7B0C60H51SC

Scan or click to view TAM7 Trouble Shooting Video Library

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.

July 2014

NNoottee:: “Graphics in this document are for representation only.

Actual model may differ in appearance.”

NNoottee:: For use with BAYEV or BAYW series heaters ONLY

SSAAFFEETTYY WWAARRNNIINNGG

18-GJ06D2-2E-EN

Page 2

SAFETY SECTION AIR HANDLERS

IImmppoorrttaanntt — This document contains a wiring diagram, a parts list, and service information. This is customer property and is to remain with this unit. Please return to service information pack upon completion of work.

WWAARRNNIINNGG

HHAAZZAARRDDOOUUSS VVOOLLTTAAGGEE!!

FFaaiilluurree ttoo ffoollllooww tthhiiss WWaarrnniinngg ccoouulldd rreessuulltt iinn pprrooppeerrttyy ddaammaaggee,, sseevveerree ppeerrssoonnaall iinnjjuurryy,, oorr ddeeaatthh.. DDiissccoonnnneecctt aallll eelleeccttrriicc ppoowweerr,, iinncclluuddiinngg rreemmoottee ddiissccoonnnneeccttss bbeeffoorree sseerrvviicciinngg.. FFoollllooww pprrooppeerr lloocckkoouutt//ttaaggoouutt pprroocceedduurreess ttoo eennssuurree tthhee ppoowweerr ccaannnnoott bbee iinnaaddvveerrtteennttllyy eenneerrggiizzeedd..

CCAAUUTTIIOONN

GGRROOUUNNDDIINNGG RREEQQUUIIRREEDD!!

FFaaiilluurree ttoo iinnssppeecctt oorr uussee pprrooppeerr sseerrvviiccee ttoooollss mmaayy rreessuulltt iinn eeqquuiippmmeenntt ddaammaaggee oorr ppeerrssoonnaall iinnjjuurryy.. RReeccoonnnneecctt aallll ggrroouunnddiinngg ddeevviicceess.. AAllll ppaarrttss ooff tthhiiss pprroodduucctt tthhaatt aarree ccaappaabbllee ooff ccoonndduuccttiinngg eelleeccttrriiccaall ccuurrrreenntt aarree ggrroouunnddeedd.. IIff ggrroouunnddiinngg wwiirreess,, ssccrreewwss,, ssttrraappss,, cclliippss,, nnuuttss,, oorr wwaasshheerrss uusseedd ttoo ccoommpplleettee aa ppaatthh ttoo ggrroouunndd aarree rreemmoovveedd ffoorr sseerrvviiccee,, tthheeyy mmuusstt bbee rreettuurrnneedd ttoo tthheeiirr oorriiggiinnaall ppoossiittiioonn aanndd pprrooppeerrllyy ffaasstteenneedd..

WWAARRNNIINNGG

PPRREESSSSUURRIIZZEEDD RREEFFRRIIGGEERRAANNTT!!

FFaaiilluurree ttoo ffoollllooww tthhiiss WWaarrnniinngg ccoouulldd rreessuulltt iinn ppeerrssoonnaall iinnjjuurryy SSyysstteemm ccoonnttaaiinnss ooiill aanndd rreeffrriiggeerraanntt uunnddeerr hhiigghh pprreessssuurree.. RReeccoovveerr rreeffrriiggeerraanntt ttoo rreelliieevvee pprreessssuurree bbeeffoorree ooppeenniinngg tthhee ssyysstteemm.. DDoo nnoo uussee nnoonn-aapppprroovveedd rreeffrriiggeerraannttss oorr rreeffrriiggeerraanntt ssuubbssttiittuutteess oorr rreeffrriiggeerraanntt aaddddiittiivveess..

CCAAUUTTIIOONN

SSHHAARRPP EEDDGGEE HHAAZZAARRDD!!

FFaaiilluurree ttoo ffoollllooww tthhiiss CCaauuttiioonn ccoouulldd rreessuulltt iinn pprrooppeerrttyy ddaammaaggee oorr ppeerrssoonnaall iinnjjuurryy.. BBee ccaarreeffuull ooff sshhaarrpp eeddggeess oonn eeqquuiippmmeenntt oorr aannyy ccuuttss mmaaddee oonn sshheeeett mmeettaall wwhhiillee iinnssttaalllliinngg oorr sseerrvviicciinngg..

IImmppoorrttaanntt:: Panel damage can occur with prolonged

exposure to POE lubricants. Air handler front panels that come in contact with POE oil must be washed immediately with soapy water.

NNoottee:: Representative illustrations only included in this

document. Most illustrations display the upflow configuration.

WWAARRNNIINNGG

LLIIVVEE EELLEECCTTRRIICCAALL CCOOMMPPOONNEENNTTSS!!

FFaaiilluurree ttoo ffoollllooww tthhiiss WWaarrnniinngg ccoouulldd rreessuulltt iinn pprrooppeerrttyy ddaammaaggee,, sseevveerree ppeerrssoonnaall iinnjjuurryy,, oorr ddeeaatthh.. FFoollllooww aallll eelleeccttrriiccaall ssaaffeettyy pprreeccaauuttiioonnss wwhheenn eexxppoosseedd ttoo lliivvee eelleeccttrriiccaall ccoommppoonneennttss.. IItt mmaayy bbee nneecceessssaarryy ttoo wwoorrkk wwiitthh lliivvee eelleeccttrriiccaall ccoommppoonneennttss dduurriinngg iinnssttaallllaattiioonn,, tteessttiinngg,, sseerrvviicciinngg,, aanndd ttrroouubblleesshhoooottiinngg ooff tthhiiss pprroodduucctt..

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Page 3

Table of Contents

Installer Guide Notes . . . . . . . . . . . . . . . . . . . . . . . 4

Unit Design. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Unit Install Preparation . . . . . . . . . . . . . . . . . . . . . 7

Optional Equipment . . . . . . . . . . . . . . . . . . . . . . . . 8

Optional Cabinet Disassembly. . . . . . . . . . . . . . 9

Placing Unit at Location . . . . . . . . . . . . . . . . . . . 13

Unit Location Considerations. . . . . . . . . . . . . . 14

Four-Way Conversion. . . . . . . . . . . . . . . . . . . . . . 15

Ducted and Non-Ducted

Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Additional Unit Preparation

Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Setting the Unit — Vertical

Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Setting the Unit — Horizontal

Installations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Connecting the Duct work . . . . . . . . . . . . . . . . . 23

Refrigerant Line . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Refrigerant System Layout . . . . . . . . . . . . . . . 24

Refrigerant Line Brazing . . . . . . . . . . . . . . . . . . . 25

Condensate Drain Piping . . . . . . . . . . . . . . . . . . 29

Electrical — Low Voltage . . . . . . . . . . . . . . . . . . 32

Dip Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Indoor Blower Options . . . . . . . . . . . . . . . . . . . . 41

Control Plate Reinstall . . . . . . . . . . . . . . . . . . . . . 42

Electrical — High Voltage . . . . . . . . . . . . . . . . . . 43

TAM7 OUTLINE DRAWING . . . . . . . . . . . . . . . . 46

Filters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

System Charge Adjustments . . . . . . . . . . . . . 47

System Start Up . . . . . . . . . . . . . . . . . . . . . . . . . . . 48

TAM7 Sequence of Operation . . .. . . . . . . . . . 49

Abbreviations . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Checkout Procedures . . . . . . . . . . . . . . . . . . . . . . 51

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Page 4

Installer Guide Notes

AALLLL PPhhaasseess ooff tthhiiss iinnssttaallllaattiioonn mmuusstt ccoommppllyy wwiitthh NNAATTIIOONNAALL,, SSTTAATTEE aanndd LLOOCCAALL CCOODDEESS!!

IImmppoorrttaanntt:: This Document is customer property and is

to remain with t his unit. Please return to service information upon completion of work

IImmppoorrttaanntt:: These instructions do not cover all

variations in systems nor provide for every possible contingency to be met in connection with the installation. Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser’s purposes, the matter should be referred to your installing dealer or local distributor.

SSeeee TTAAMM77 SSeerrvviiccee FFaaccttss ddooccuummeenntt ffoorr iinnffoorrmmaattiioonn oonn rreeaaddiinngg tthhee CCoonnttrrooll BBooaarrdd LLEEDDss,, AAiirr FFllooww TTaabblleess aanndd TTrroouubblleesshhoooottiinngg FFlloowwcchhaarrttss..

NNoottee:: The manufacturer recommends installing ONLY

A.H.R.I. approved, matched indoor and outdoor systems. Some of the benefits of installing approved matched indoor and outdoor split systems are maximum efficiency, optimum performance, and the best overall system reliability.

NNoottee:: Condensation may occur on the surface of the air

handler when installed in unconditioned spaces, verify that all electrical and refrigerant line penetrations on the air handler are sealed completely.

The TAM7 air handlers will only use the following internal electric heaters:

BAYEVAC04BK1AA BAYEVAC10LG1AA

BAYEVAC04LG1AA BAYEVBC15BK1AA

BAYEVAC05BK1AA BAYEVBC20BK1AA

BAYEVAC05LG1AA BAYEVCC25BK1AA

BAYEVAC08BK1AA BAYEVAC10LG3AA

BAYEVAC08LG1AA BAYEVBC15LG3AA

BAYEVAC10BK1AA

NNoottee:: Duct heaters cannot be applied with this air

handler.

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Page 5

Unit Design

Screws ca n be drilled into bottom of unit. (1/2” max. s crew length) (Typical all sides)

Screws , saw cuts, and other penetrations are a llowed in the blower se ction for low voltage wiring or installat

n of Side Return Kit. (Typical both sides)

Screws are a llowed up to 3- 3/4” from the top of the ca bine t (heate r compartment). (Typical both sides)

Screws for flange kit attachment are allowe

d along the inte rior of the cabinet (se e arrows ) (Typical all sides)

No penetrations allowe d. (Typical all sides)

Screws allowe d only in the first 3/4” of front bottom of unit (in cross member)

Table 1. Cabinet Penetration

Important: Due to the unique design of this unit, which allows the

electrical wiring to be routed within the insulation, do not screw, cut, or otherwise puncture the unit cabinet in any location other than the ones illustrated.

Important: Under no conditions should metal strapping be attached

to the unit to be used as support mechanisms for carrying or suspension purposes.

Table 2. Panel Removal

The unit contains four (4) access panels: Blower/Filter, Coil, Line Set, and Heater.

The Blower/Filter panel is removed using 1/4 turn thumb screws.

1. Turn thumb screws on Blower/Filter panel.

2. Pull top of panel out, away from cabinet.

3. Lift panel up out of channel.

4. Set aside.

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Page 6

UUnniitt DDeessiiggnn

The Coil, Line Set, and Heater panels are removed using Phillips head screws.

Removal requires #3 Size Phillips

Coil and Heater panels must be removed prior to removing the Line Set panel.

To remove Coil Panel:

1. Turn screws on Coil panel.

2. Pull bottom of panel out, away from cabinet.

3. Pull panel down and out of channel.

4. Set aside.

To remove Heater Panel:

1. Turn screws on Heater panel.

2. Pull panel straight out, away from cabinet.

3. Set aside.

Removal of the Line Set panel is required for all refrigerant line brazing and some condensate line assembly depending on your orientation.

To remove Line Set panel:

1. Remove both Heater and Coil panels.

2. Turn screws on Line Set panel.

3. Pull panel straight out, away from cabinet.

4. Set aside.

Note: After replacing all panels, loosen the Line Set panel screws

approximately 1/4 — 1/2 turn. This will improve the seal between the Heater Panel and Line Set panel.

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Page 7

Unit Install Preparation

1. Check for damage and report promptly to the carrier any damage found to the unit.

Note: If the unit must be transported in a horizontal position, it must

be laid on its back (marked “REAR” on carton).

Note: After unit is removed from the carton, verify coil is pressurized.

Carefully remove the liquid line plug. If no pressure is released, check for leaks.

Note: Remove the cardboard from the bottom of the blower. Cut the

tie wrap and remove the foam shipping block located at the motor.

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Page 8

Optional Equipment

Accessory Number Description

BAYEVAC04BK1AA

BAYEVAC04LG1AA

BAYEVAC05BK1AA

BAYEVAC05LG1AA

BAYEVAC08BK1AA

BAYEVAC08LG1AA

BAYEVAC10BK1AA

BAYEVAC10LG1AA

BAYEVBC15BK1AA

BAYEVBC20BK1AA

BAYEVCC25BK1AA

BAYEVAC10LG3AA

BAYEVBC15LG3AA

BAYSUPFLGAA

BAYSUPFLGBA

BAYSUPFLGCA

BAYRETFLGAA

BAYRETFLGBA

BAYRETFLGCA

BAYSRKIT100A Side Return Kit A to C

BAYFLR1620A

BAYFLR2020A

BAYFLR2220A

TASB175SB

TASB215SB

TASB235SB

MITISRKIT01A Side Return Kit with 16” x 20” Filter A to C

BAYFRKIT175 Front Return Kit for 17.5” Cabinet A

BAYFRKIT210 Front Return Kit for 21.0” Cabinet B

BAYFRKIT235 Front Return Kit for 23.5” Cabinet C

BAYBAFKT175A Sound Baffle Kit for 17.5” Cabinet A

BAYBAFKT215A Sound Baffle Kit for 21.0” Cabinet B

BAYBAFKT235A Sound Baffle Kit for 23.5” Cabinet C

TASSBK175 Sound Baffle Kit for 17.5” Cabinet A

TASSBK210 Sound Baffle Kit for 21.0” Cabinet B

TASSBK235 Sound Baffle Kit for 23.5” Cabinet C

BAYICSKIT01A Internal Condensate Switch Kit A to C

BAYHHKIT001A

BAYUVCLK001A

BAYLVKIT100A

BAYSPEKT200A

BAYWVAA05SC1AA

BAYWVBB07SC1AA

BAYWVCC08SC1AA

BAYWACC11SC1AA

BAYWVBRD485A RS-485 Control for BAYWACC11SC1AA C to C

BAYINSKT175A

BAYINSKT215A

BAYINSKT235A

BAYCNDPIP01A

Electric Heater, 4kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 4kW, Lugs, RS-485 Control, 1 Ph

Electric Heater, 5kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 5kW, Lugs, RS-485 Control, 1 Ph

Electric Heater, 8kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 8kW, Lugs, RS-485 Control, 1 Ph

Electric Heater, 10kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 10kW, Lugs, RS-485 Control, 1 Ph

Electric Heater, 15kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 20kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 25kW, Breaker, RS-485 Control, 1 Ph

Electric Heater, 10kW, Lugs, RS-485 Control, 3 Ph

Electric Heater, 15kW, Lugs, RS-485 Control, 3 Ph

Supply Duct Flange A

Supply Duct Flange B

Supply Duct Flange C

Return Duct Flange A

Return Duct Flange B

Return Duct Flange C

High Velocity Filter Kit, 16” x 20” x 1” (10 filters)

High Velocity Filter Kit, 20” x 20” x 1” (10 filters)

High Velocity Filter Kit, 22” x 20” x 1” (10 filters)

Plenum Stand with integrated sound baffle A

Plenum Stand with integrated sound baffle B

Plenum Stand with integrated sound baffle C

Horizontal Hanger Kit

UVC Lights

Low Voltage Conduit Entry Kit

Single Power Entry Kit

Hydronic Coil — 50,000 BTUH — Slide-in with control

Hydronic Coil — 70,000 BTUH — Slide-in with control

Hydronic Coil — 80,000 BTUH — Slide-in with control

Hydronic Coil — 100,000 BTUH — Add on

Solcoustic® Liner Kit for 17.5” cabinet

Solcoustic® Liner Kit for 21.5” cabinet

Solcoustic® Liner Kit for 23.5” cabinet 3/4” PVC Threaded Pipe Kit foam Seal (10 per box)

A to C

B to C

A to C

B to C

A to C

A to A

B to B

C to C

A to C

Fits Cabinet Size

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Page 9

Optional Cabinet Disassembly

Note: If the unit must be transported in a horizontal position, it must be

laid on its back (marked “REAR” on carton).

Note: To reassemble cabinet, follow the steps in reverse order. Ensure

electrical connections are secure and the plug clips are engaged.

1. Remove all four front panels.

2. Remove the two screws on the seal bar and pull the seal bar straight out.

3. Disconnect all wiring connections routed to the blower assembly.

See Table 2, p. 5

4. Slide Blower assembly out of unit using built-in blower support channels and set aside.

Note: Remove the cardboard from the bottom of the blower. Cut the

tie wrap and remove the foam block located at the motor.

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Page 10

Coil Support Channel

OOppttiioonnaall CCaabbiinneett DDiissaasssseemmbbllyy

5. Remove airflow diverter from the bottom of coil drain pan by gripping the plastic diverter while using your thumbs to spread the top of the diverter slightly outwards and then pulling down and out through the blower opening as illustrated.

6. Disconnect wires to the EEV motor and sensors. Cut the wire ties on those wire harnesses if necessary and replace after re-installing.

Note: If cut, wire ties that held the sensor must be replaced after the coil is

placed back into the cabinet.

7. Slide Coil assembly out of unit using built-in coil support channels and set aside

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Page 11

8. Use a 5/16 Allen wrench on the locking mechanism on each side of the bottom half of the cabinet to loosen the locking mechanism. The locks loosen by turning counter-clockwise approximately 3/4 of a turn.

9. Lift the Coil section up and away from the Blower section. Set aside.

Note: When separating the two cabinet pieces, make sure the gasket

remains intact.

OOppttiioonnaall CCaabbiinneett DDiissaasssseemmbbllyy

18-GJ06D2-2E-EN

Page 12

OOppttiioonnaall CCaabbiinneett DDiissaasssseemmbbllyy

10. For extremely tight spaces where the cabinet needs to be rotated through a small opening, remove the top panel and all cross members. Use a manual driver to avoid stripping screw holes.

11. Continue preparation by following the proper carrying procedures shown in the next section.

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Page 13

Placing Unit at Location

Cross M em bers

1. Carry the unit to the installation location

2. Reassembly by reversing the steps listed in Section 4 if disassembly was required. If cut, wire ties that held the sensor wiring must be replaced.

Important: Under no conditions should metal strapping be attached

Approved Carrying:

• Hold by the cross members within the cabinet or unit top plate and

to the unit to be used as support mechanisms for carrying or suspension purposes.

use as handles for lifting and carrying the coil and blower sections.

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Page 14

Unit Location Considerations

Table 3. Unit Dimensions and Weight

Coil and Heater

Compartment

Height *

(inches)

Unit Net Weight

(pounds)

MODEL NUMBER

H x W x D

(inches)

TAM7A0A24H21SD TAM7A0A24H21EA

TAM7A0B30H21SD TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C42H31SD TAM7A0C42H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7B0C60H51SC TAM7B0C60H51EA

* Blower compartment height is 21.8 inches.

49.9 x 17.5 x 21.8 28.1 120

55.7 x 21.3 x 21.8 33.9 133

56.9 x 23.5 x 21.8 35.1 143

56.9 x 23.5 x 21.8 35.1 158

61.7 x 23.5 x 21.8 39.9 174

61.7 x 23.5 x 21.8 39.9 178

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Page 15

Air ow

Up ow Con guration

Refrigerant Connections

Low Voltage Connections Inside Unit

Control Pocket Inside Unit

Upo w Condensate Drains

Low Voltage Connections Inside Unit

Control Pocket Inside Unit

Refrigerant Connections

Down ow Conden- sate Drains

Four-Way Conversion

To place the unit in the configuration your application requires (upflow, downflow, horizontal right, or horizontal left), simply turn the unit to that orientation. Remember to adjust the badge accordingly.

Note: The air handlers are shipped from the factory suitable for four-way application.

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Page 16

Air ow

Refrigerant Connections

Horizontal Left Condensate Drains

Low Voltage Connections Inside Unit

Control Pocket Inside Unit

Horizontal Left Con guration

Horizontal Right Con guration

Air ow

Control Pocket Inside Unit

Low Voltage Connections Inside Unit

Refrigerant Connections

Horizontal Right Condensate Drains

FFoouurr--WWaayy CCoonnvveerrssiioonn

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Page 17

Ducted and Non-Ducted Applications

Suppl y Duct

Plenum

Accessor y with

Safety Guard

Non-Ducted

Return

Suppl y Duct

Return Duct

Ducted Return

Table 4. Non-Ducted Applications

CCAAUUTTIIOONN

HHAAZZAARRDDOOUUSS VVAAPPOORRSS!!

FFaaiilluurree ttoo ffoollllooww tthhiiss CCaauuttiioonn ccoouulldd rreessuulltt iinn pprrooppeerrttyy ddaammaaggee oorr ppeerrssoonnaall iinnjjuurryy.. HHaazzaarrddoouuss vvaappoorrss ccaann bbee ddiissttrriibbuutteedd tthhrroouugghhoouutt tthhee ccoonnddiittiioonneedd ssppaaccee aanndd eeqquuiippmmeenntt ddaammaaggee ccaann rreessuulltt.. DDoo nnoott iinnssttaallll aann aaiirr hhaannddlleerr wwiitthh aa nnoonn-dduucctteedd rreettuurrnn iinn tthhee ssaammee cclloosseett,, aallccoovvee,, oorr uuttiilliittyy rroooomm aass aa ffoossssiill ffuueell ddeevviiccee..

Non-Ducted Return Installations:

• Installation in a closet, an alcove, or a utility room without a return duct requires the use of a plenum accessory kit as it uses the area space as a return air plenum. Minimum clearances to combustible materials and service access must be observed (see outline drawing).

• This area may also be used for other purposes, including an electric hot water heater, but in no case shall a fossil fuel device be installed and/or operated in the same closet, alcove, or utility room.

• Review local codes to determine limitations if the unit is installed without a return air duct.

Table 5. Ducted Return Installations.

Ducted Return Installations:

• Installation in an attic, garage, or crawl space with ducted supply and return air is appropriate. Minimum clearances to combustible materials and service access must be observed (see outline drawing).

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Page 18

Additional Unit Preparation Considerations

For proper installation the following items must be considered prior to moving the unit to its installation site:

• Pursuant to Florida Building Code 13–610.2A.2.1, this unit meets the criteria for a factory sealed air handler.

• If a side return is needed for your application, the side return MUST be prepared prior to moving the air handler to its installation location. See the Side Return Kit #BAYSRKIT100A Installer Guide for detailed instructions, if used.

• When the air handler is located adjacent to the living area, the system should be carefully designed with returns which minimize noise transmission through the return air grill. Although the air handler is designed with large blowers operating at moderate speeds, any blower moving a high volume of air will produce audible noise which could be objectionable when the unit is located very close to a living area. It is often advisable to route the return ducts under the floor through the attic. Such design permits the installation of air return remote from the living area (i.e. central hall).

• Study the unit’s outline drawing and dimensions prior to selecting the installation site. Note in advance which electrical conduit entry points and condensate drain holes are to be used, so that proper clearance allowances can be made for installation and future maintenance.

• Installation of the air handler must be made prior to , or at the same time as, the installation of the outdoor unit in order to allow access for refrigerant lines.

• Consider the overall space needed when external accessories are used, additional height and width requirements may exist.

• These units are not approved for outdoor installation.

• These units must be installed in the proper air flow direction.

• Any third-party heater accessories or hydronic coils must be downstream of the unit.

NNoottee:: No atomizing style humidifier is allowed in the

return plenum with the use of this unit.

• Excessive bypass air may cause water blow-off, which will adversely affect system operation and air cleaner performance. To verify bypass airflow, follow the Bypass Humidifier Pre-Installation Checkout and Set-Up Procedures available through your local distributor. Ask for publication number 18–CH37D1–* Steam and Flow-through Fan Power Duct-mounted Humidifiers. Follow the humidifier installation instructions. These should only be installed on the supply air side of the system.

NNoottee:: The air handlers have been evaluated in

accordance with the Code of Federal Regulations, Chapter XX, Part 3280 or the equivalent. “SUITABLE FOR MOBILE HOME USE.”

NNoottee:: TThhiiss uunniitt iiss cceerrttiiffiieedd ttoo UULL 11999955.. TThhee iinntteerriioorr

ccaabbiinneett wwaallll mmeeeettss tthhee ffoolllloowwiinngg::

— UL94–5VA Flame Class Listed

— UL723 Steiner Tunnel Listed for 25/50 Flame/Smoke

— UL746C Listed for Exposure to Ultraviolet Light, Water Exposure and Immersion

18-GJ06D2-2E-EN

Page 19

Setting the Unit — Vertical Installation

Typical Closet Installation

Table 6. Considerations

Provide a minimum height of 14 inches for proper unrestricted airflow below the unit. Allow a minimum of 21 inches clearance in front of the air handler to permit maintenance and removal of filter.

• Position unit on suitable foundation. If a manufacturer approved accessory is not used, a frame strong enough to support the total weight of the unit, accessories, and duct work must be provided.

• Isolate unit from the foundation using a suitable isolating material.

Note: The following sound insulation kits are available to lessen

objectionable sound.

BAYINSKT175A for use with 17.5” cabinets BAYINSKT215A for use with 21.5” cabinets BAYINSKT235A for use with 23.5” cabinets

18-GJ06D2-2E-EN

Page 20

Airflow

Typical TASB Installation

Airflow

irflow

Typical Plenum Installation

SSeettttiinngg tthhee UUnniitt —— VVeerrttiiccaall IInnssttaallllaattiioonn

Table 7. Upflow Installation

TASB Installation

1. Install the TASB plenum stand with integrated sound baffle using the TASB instructions.

Note: Kit is used for open air applications.

TASB175SB for use with 17.5” cabinets TASB215SB for use with 21.5” cabinets TASB235SB for use with 23.5” cabinets MITISRKIT1620 — Side return kit with 16” x 20” filter

Contact your distributor for more information.

Note: The following sound insulation kits are available to lessen

objectionable sound.

BAYINSKT175A for use with 17.5” cabinets BAYINSKT215A for use with 21.5” cabinets BAYINSKT235A for use with 23.5” cabinets

Table 8. Plenum Installation

2. Assemble the plenum using the plenum’s Installer Guide.

On units with sheet metal returns: Return plenum must be flanged. Sheet metal drill point screws must be 1/2” in length or shorter.

18-GJ06D2-2E-EN

Page 21

Table 9. Downflow Installation

Representative Illustration

Typical Downflow Installation

• Downflow installation must comply with national, state, and local codes.

• The air handlers are rated for zero clearance from combustible materials.

3. Prepare the location site as appropriate for your application and per national, state, and local code requirements.

4. Set the unit in position.

SSeettttiinngg tthhee UUnniitt —— VVeerrttiiccaall IInnssttaallllaattiioonn

18-GJ06D2-2E-EN

Page 22

Setting the Unit — Horizontal Installations

Auxiliary Drain Pan

Bottom Support Near Both Ends

Field Supplied Isolators

Table 10. Considerations

Important: Due to the unique design of this unit, which allows the

electrical wiring to be routed within the insulation , do not screw, cut, or otherwise puncture the unit cabinet in any location other than the ones illustrated in this Installer Guide or in an approved accessory’s Installer Guide.

Important: Make certain that the unit has been installed in a level

position to ensure proper draining.

Important: Under no conditions should metal strapping be attached

to the unit to be used as support mechanisms for carrying or suspension purposes.

1. Support the unit from the bottom (near both ends). The service access must remain unobstructed.

a. Approved bottom support methods are rail, u-channels

(Unistrut ®), or other load bearing materials.

b. The unit must be isolated carefully to prevent sound

transmission. Field supplied vibration isolators are recommended.

Important: The unit can only be supported from the bottom unless

using kit BAYHHKIT001A. Do not drill or screw supports into any area of the cabinet.

Note: Do not allow the unit to be used as strain relief.

2. Install an auxiliary drain pan under the horizontal air handler to prevent possible damage to ceilings.

3. Install an auxiliary drain pan under the horizontal air handler to prevent possible damage to ceilings.

a. Isolate the auxiliary drain pan from the unit and from the

structure.

b. Connect the auxiliary drain pan to a separate drain line and

terminate according to local codes.

Note: BAYHHKIT001A Hanging Bracket Kit may be ordered

separately.

Important: The BAYHHKIT001A may not be used if the cabinet has

been altered per Installer Guide 18–GJ58D1–1

18-GJ06D2-2E-EN

Page 23

Connecting the Duct work

3/4”

Screws allowed in first 3/4” of bottom cross member.

Table 11. Duct Connection Considerations

Important: Due to the unique design of this unit, which allows the

Important: Under no conditions should metal strapping be attached

Important: On units with sheet metal returns: Return air plenum

• The supply and return air ducts must be connected to the unit

• See the Outline drawing for sizes of the duct connections.

• After the ducts are secured, seal around the supply and return

• Insulate all duct work that will be outside of conditioned spaces.

• Convertible Duct Flange Kits are available to connect the supply

• If front or rear return is required, the air handler must be elevated

• If side return is required, the Side Return Kit # BAYSRKIT100A

• To ensure maximum efficiency and system performance, the

electrical wiring to be routed within the insulation, do not screw, cut, or otherwise puncture the unit cabinet in any location other than the ones illustrated in this Installer Guide or in an approved accessory’s Installer Guide.

to the unit to be used as support mechanisms for carrying or suspension purposes..

must be flanged. Sheet metal drill point screws must be 1/2” in length or shorter.

with non flammable duct connectors.

ducts to prevent air leakage.

plenum or for mounting on the discharge opening to provide a “flush fit” for 1–1/2” duct board applications.

— placed on a pedestal or plenum and duct must be connected to this pedestal or plenum.

accessory must be used. A remote filter will be required.

existing supply and return duct system static pressures must not exceed the total available static pressure of the air handler. Reference ACCA Manual D, Manual S and Manual RS along with the air handler Product Data and Service Facts for additional information.

Note: Side return is not approved without Side Return Kit #

BAYSRKIT100. More than one Side Return Kit may be necessary depending on the application. Refer to the Installation Guide in BAYSRKIT100 for approved duct connections, sizing, number, transitions, and accessory application.

Note: Duct work must be supported as appropriate. See National and

local codes for guidelines. Do not depend on the unit to support duct work.

18-GJ06D2-2E-EN

Page 24

Refrigerant Line

Vapor Line Chec k Valve Liquid Line Str ainer

Gas Tem perature Sensor (GT) - located on copper section of mani fold (black wires)

Evapor ator Tempera- tur e Sensor (ET) - located on 3/8” Aluminum distributor tube (orange wires)

EEV Stepper Motor

Note: Some future model s may not have exter nal check valve.

Table 12. Refrigerant Line Connection Sizes

Model

TAM7A0A24H21SD, TAM7A0A24H21EA

TAM7A0B30H21SD, TAM7A0B30H21EA

TAM7A0C36H31SD, TAM7A0C36H31EA

TAM7A0C42H31SD, TAM7A0C42H31EA

TAM7A0C48H41SD, TAM7A0C48H41EA

TAM7B0C60H51SC, TAM7B0C60H51EA

Notes:

1. This table indicates the tubing connection diameters at the indoor coil. A field supplied reducing coupling may be required.

2. All AHRI listed systems are tested with 25 feet of refrigeration tubing; the rated tubing diameters are located in the electronic performance data system.

3. If the refrigeration lines exceed 60 feet in linear length and/or if alternate size refrigeration tubing is present at the job, please consult SSAPG006–EN or 32–3312** (latest version)

Refrigerant System Layout

Vapor Line Connection Liquid Line Connection

3/4 3/8

7/8 3/8

18-GJ06D2-2E-EN

Page 25

Refrigerant Line Brazing

Heater Panel

Line Set Panel

Coil Panel

Table 13. Braze the Refrigerant Lines

1. Remove Heater, Coil, and Line Set panels.

See Table 2, p. 5

Important: Do NOT unseal coil refrigerant connection stubs

Important: Heat Sensitive Sensors. The Gas Temperature

2. Remove the sealing plug from the indoor coil suction

3. Remove the sealing plug from the indoor coil liquid line.

This coil is pressurized with 8–12 psig of dry air. Do not stand directly in front of the coil connections when removing sealing plugs.

until ready to make connections.

Sensor must be removed or a wet rag must be wrapped around the suction line between the Sensor and the braze joint to protect it from failure due to overheating.

line.

18-GJ06D2-2E-EN

Page 26

1.5” MIN

Wet Rag on Gas Temperature Sensor (GT)

RReeffrriiggeerraanntt LLiinnee BBrraazziinngg

Table 13. Braze the Refrigerant Lines (continued)

4. Connect, but do not braze field line set to indoor coil.

a. Allow a minimum of 1.5 inches of refrigerant line set

before using an elbow coupling.

Important: Service access to the auxiliary heater must

Important: Heat Sensitive Sensor. The temperature Sensor must be

5. Braze refrigerant line connections.

Note: The suction line must be insulated prior to brazing the line set

remain unobstructed.

removed or a wet rag must be wrapped around the suction line between the Sensor and the braze joint to protect the Sensor from failure due to overheating.

a. Pull back the insulation before brazing the suction line.

b. Wrap the Gas Temperature Sensor (GT) with a wet rag.

c. Braze the refrigerant line connections.

to the air handler stubs.

18-GJ06D2-2E-EN

Page 27

6. Pressurize the refrigerant lines and evaporator coil to 150 PSIG

150 PSIG

0350

Microns

OFF

1 MIN.

using dry nitrogen.

7. Check for leaks by using a soapy solution or bubbles at each brazed location.

RReeffrriiggeerraanntt LLiinnee BBrraazziinngg

Important: Do not open the service valves until the refrigerant lines

and indoor coil leak check and evacuation are complete.

8. Evacuate until the micron gauge reads no higher than 350 microns, then close off the valve to the vacuum pump.

9. Observe the micron gauge. Evacuation is complete if the micron gauge does not rise above 500 microns in one (1) minute.

a. Once evacuation is complete blank off the vacuum pump and

micron gauge, and close the valves on the manifold gauge set.

Note: Charge system using Outdoor unit’s Installer Guide or Service

Facts.

Note: Ensure to wipe any refrigerant oil off the panels.

18-GJ06D2-2E-EN

Page 28

RReeffrriiggeerraanntt LLiinnee BBrraazziinngg

10. Replace the Line Set panel.

a. Allow time for tubing to cool.

b. Install grommets to line set piping in orientation shown.

c. Allow time for tubing to cool.

d. Install grommets to line set piping in orientation shown.

Note: A slight amount of dish soap can be used to aid in the

installation of the grommets. Remove any excess from the tubing and grommet after the grommet is installed.

ILLUSTRATION FOR ORIENTATION

SEE ENLARGED

18-GJ06D2-2E-EN

Page 29

Condensate Drain Piping

Table 14. Condensate Drain Piping Considerations

• Condensate drain plumbing must comply with national, state, and local codes.

• Route condensate drain lines away from air handler so they do not interfere with access panels.

• Slope the drain lines downward a minimum of 1/4” per foot, support per local codes.

• Do not use reducing fittings in the condensate drain lines.

• Do not connect the drain line to a closed drain system.

• Do not use a torch or flame near the plastic drain pan coupling.

• A P-trap is not required for proper drainage due to the positive pressure of the air handler; however, it is recommended to prevent efficiency loss of conditioned air.

18-GJ06D2-2E-EN

Page 30

S P

Downflow Condensate Drains

Horizontal Left

Condensate Drains

Horizontal Right

Condensa te Drains

Upflow Condensate Drains

Air seal over secon dary drain

PVC CEMENT

Teflon Tape

Drain Nipple

3/4” PVC Pipe

PVC/CPVC Cement

CCoonnddeennssaattee DDrraaiinn PPiippiinngg

Table 15. Connect Condensate Drain Piping

Note: Downflow and horizontal orientations require the Coil panel to

be removed in order to make the drain connections.

Note: Make certain that the unit has been installed in a level position

to allow for proper draining.

1. Select the drain connections that are oriented for your application.

2. Prepare the condensate drain connections. a. From the factory, the unit comes with plugs in both upflow

condensate drains and an additional plug in the documentation packet.

b. For upflow applications, remove upflow condensate plug(s)

and connect condensate piping.

c. For all other applications, do not remove upflow condensate

plugs. Remove the cover from the needed condensate drain connections and connect condensate piping.

d. If the secondary condensate opening is not used, plug the

condensate opening with the fitting supplied in the documentation pack. Use scissors to cut the air seal in half and re-install over the unused opening.

• Dry fit and test clearance for coil panel removal before applying PVC/CPVC cement.

• Use Teflon tape on the air handler drain line connections. Do not use pipe joint compound or PVC/CPVC cement on drain nipple.

• Hand tighten the drain pipe.

3. For upflow installations, connect 3/4” PVC pipe to the threaded drain nipple with PVC/CPVC cement. 3” minimum clearance to the condensate piping is needed for coil panel removal. Thread the assembly into the primary drain connection (repeat for the secondary drain connection if used).

IMPORTANT: For Horizontal and Downflow installations, the

a. Remove panel and insert the 3/4” nipples. b. Reinstall the panel. c. Connect the condensate lines to the nipples.

Important: For Horizontal and Downflow installations, the following

Note: A small amount of sealant must be applied around the drain line

(s) passing through the panel to prevent air leakage and possible water drips.

following order must be observed:

order must be observed:

Note: A small amount of sealant must be applied around the drain line

(s) passing through the panel to prevent air leakage and

possible water drips.

18-GJ06D2-2E-EN

Page 31

4. Install a clean-out tee in the primary drain line for future

1.5” min.

Cap

Te e

1.5” min. clearance is recomm e nded from cabin et to inside edge of tubi n g

Insulation

Condensate

Piping Suppor ts

maintenance. It is recommended that you install a cap on the top of the tee.

5. Insulate the primary drain line to prevent sweating where dew point temperatures may be met. (Optional depending on climate and application needs.)

Provide a means of drainage to prevent winter freeze-up of condensate line (Optional depending on climate and application needs).

CCoonnddeennssaattee DDrraaiinn PPiippiinngg

6. Support the condensate piping outside the unit per local codes for proper drainage and to prevent sagging.

Allow 1/4” of downward slope for each foot of pipe.

18-GJ06D2-2E-EN

Page 32

Electrical — Low Voltage

5”

Table 16. Low Voltage Maximum Wire Length

The associated table defines the maximum total length of low voltage wiring from the outdoor unit to the indoor unit, and to the thermostat.

Table 17. Low Voltage Hook-up Instructions

Note: Strain relief must be provided on the inside of the air handler

cabinet for the low voltage wiring. Field supplied thermostat wired may be wire tied as a bundle to the existing strain relieved low voltage pigtail leads in the air handler unit.

1. Route control wiring to unit. Remove the external sheathing of the wiring approximately 5”.

Note: Optional Low Voltage Conduit Entry Kit number BAYLVKIT100A

is available.

2. Remove Coil panel by turning the Phillips head door fasteners, rotating the door away from the cabinet, and removing.

24 VOLTS

WIRE SIZE MAX. WIRE LENGTH

18 AWG 150 FT.

16 AWG 225 FT.

14 AWG 300 FT.

18-GJ06D2-2E-EN

Page 33

3. Remove the control board from the control pocket by sliding the control pocket mounting plate out until the first stop is reached.

For Horizontal Right Installations Only

Remove the control board completely from the control pocket. Rotate the control board 180 degrees. Place the control board 2–3 inches back into the control pocket. Attach wiring per appropriate hook-up diagram or perform service.

EElleeccttrriiccaall —— LLooww VVoollttaaggee

Important: After wires have been connected or service performed,

the control board MUST be rotated back to the original orientation before inserting into cabinet control pocket.

18-GJ06D2-2E-EN

Page 34

Scan to see a

video on Field Wirin g the TAM7

Comfort Control

Air Handler

Air Conditioner

Neatly bundl e all low voltage wires behin d the service valve cover as shown.

Field wiring

Yellow

Blue

Red

Yellow

Green

White

Blue

B - Blue

W G Y1

Y1 - Yellow

O R B

W3 *

(In)

(Out)

EElleeccttrriiccaall —— LLooww VVoollttaaggee

4. Make connections per hookup diagrams.

Figure 1. Field Wiring — Single Stage Cooling

• * For multiple stages of electric heat, jumper W1, W2, and W3 together if control has only one stage of heat.

• Yi and Y0 connections must be made as shown for freeze protection and internally mounted condensate overflow circuits to work properly. OD unit pump down may occur if these connections are not made correctly.

• Internally mounted condensate switch is optional and must be ordered separately.

• If 3rd party condensate overflow switches are installed, they should be wired between Y of the thermostat and Y1 of the Airflow control.

18-GJ06D2-2E-EN

Page 35

Figure 2. Field Wiring — Single Stage HP

Com for t Control

Air Handler

Heat P ump

Neatly bundle all low vo ltage wires behind the service valve cover as shown.

Field wiring

Yellow

Blue

Black

(X2)

Red

Orange

Red

Yellow Orange

Green

White

Blue

B - Blue

G Y1

Y1 - Yellow

O R B

W3 *

R - Red

O - Orange

(In)

(Out)

W1 - White

EElleeccttrriiccaall —— LLooww VVoollttaaggee

• * For multiple stages of electric heat, jumper W1, W2, and W3 together if control has only one stage of heat.

• Internally mounted condensate switch is optional and must be ordered separately.

• If 3rd party condensate overflow switches are installed, they should be wired between Y of the thermostat and Y1 of the Airflow control.

18-GJ06D2-2E-EN

Page 36

Com for t Control

Air Handler

Air Conditioner

Neatly bundle all low voltage wires behind th e service valve co ver as sho wn.

Yellow/Red

Field wiring

Yellow/Black

Blue

Red

Yellow

Green

White

Blue

B - Blue

W G Y1

Brown

Y1 - Yellow

Y2 - Brown

O R B

W3 *

(In)

(Out)

EElleeccttrriiccaall —— LLooww VVoollttaaggee

Figure 3. Field Wiring — Two Stage Cooling

• * For multiple stages of electric heat, jumper W1, W2, and W3 together if control has only one stage of heat.

• Internally mounted condensate switch is optional and must be ordered separately.

• If 3rd party condensate overflow switches are installed, they should be wired between Y of the thermostat and Y1 of the Airflow control.

18-GJ06D2-2E-EN

Page 37

Figure 4. Field Wiring — Two Stage HP

Com for t Control

Air Handler

Heat P um p

Neatly bundle all low voltage wires behind t h e service va lve cover as sh own .

Yellow/Red

Field wiring

Yellow

Blue

Black

(X2)

Red

Orange

Red

Yellow Orange

Green

White

Blue

B - Blue

G Y1

Brown

Y1 - Yellow

Y2 - Brown

O R B

W3 *

R - Red

O - Orange

(In)

(Out)

W1 - White

EElleeccttrriiccaall —— LLooww VVoollttaaggee

• * For multiple stages of electric heat, jumper W1, W2, and W3 together if control has only one stage of heat.

• Internally mounted condensate switch is optional and must be ordered separately.

• If 3rd party condensate overflow switches are installed, they should be wired between Y of the thermostat and Y1 of the Airflow control.

18-GJ06D2-2E-EN

Page 38

R71

D21

D24

C18

R90

C12

R85

R74

C28

D23

D26

R41

R45

R37

C21

R87

R28

R49

C42

R53

R54

C41

R57

C26

C27

D19

D17

C34

C17

C13

C14

R39

R88

C40

C29

R22

C38

C32

C33

D12

R27

R20 C16

R83

D20

R15

R14

C37

R43

D25

R70

D22

R79

R51

R55

R52

R56

R60

D15

R80

R82

C11

R46

R81

R84

R47

R33

R21

R32

D11

R42

R31

R38

D13

R36

R34

R35R6R16

R86

R12

R26

C36

R48

R78

R72

C30

R73

R77

R59

R19

R40

R44

MOV1

R17 R25

D16

R30

R11

R75

C15

R29

R76

D18

D14

MH4

C35

MH3

R10

MH1

MH2

TEST

VSS

+5V

+V GND

OPEN

2 1

OVR

B/Z

R22

PGD

FAULT

UNIT

P/NLABEL

VDD

BARCODE

GAS

TEMP

FLOW

+12V

STATUS

GND

TEMP

EVAP

A/Y

R410

TRANE U.S. INC.

OVR

GAS

TEMP

FLOW

+12V

GND

TEMP

EVAP

FAULT

UNIT

BK Jumper

TEST

TRANE U.S.INC.

PGC

SCL

SDA

GND

HUM

MOTOR

GND

+12V

PART NO.LABEL

BARCODE

1 2 3 4 5

STATUS

Yo Jumper

+12V

+13.8V

C60

C59

R57 R5 8

R64R65

R76R78

C20

C28

C55

R110

R59

R41

R68

C40

R108

R93

R109

R12

R55

R23

R20

R49

R13

R14

D23

D19

D18

C46

C39

C23

R80

J13

R71

R67

R52

R75

R72

C41

R61

R33

R34

TZ2

R99

R98

R97

R60

R96

R95

R21

R91

R87

R88

R70

R86

R83

R81

R66

R79

R77

R54

R103

R106

R104

R51

R53

R48

R47

R44

R42

R39

R82

R37

R35

R31

R30

R74

R89

R25 R18

R19

R10

PTC1

MOV1

D36

D35

D34

D22

D29

D25

D24

D28

C57

C54

C56

C51

C49

C48

C47

C52

C43

C42

C36

C35

C31

C30

C29

C13

C58

R105

C50

R24

R17

D14

D17

RNET 1

RNET 2

R73

Yo R

R63

R62

R56

D21

D20

C32

C33

R38

R36

R16

R15

R32

R11

R28

R27

R26

D13

D12

D11

D10

C24

C25

C4C5C16C17

R50

R45

R85

R84

D16

D15

D31

D30

C26

C27

C44

C45

D32

D33

R94

R100

R101

R29

C53

C22

C19

C11

C14

C18

D26

R69

C37

C38

C10

R102

D27

R40

R22

R46

R43

S2 Dip Switch

Distribution Board

S1 Dip Switch

Airflow Control (AFC)

Electronic Expansion Valve Control (EVC)

J7 Jumper

Wire Ties

2(Compres sor)

2(Stag es)

AC (System)

}

Capacity (Tons)

OUTDOOR

}

Torque

CFM/Ton

Cool OffDelay

}

INDOOR

CFM

Scan to see a

video on setting the TAM7 DIP Switche s.

R71

D21

D24

C18

R90

C12

R74

C28

D23

C31

D26

R41

R45

R37

C21

R91

R87

R53

R54

C41

R57

C26

C27

D19

D17

C34

C17

C13

C14

R39

R88

C40

D25

R70

D22

R79

R51

R55

R52

R56

R60

D15

R80

C11

R46

R81

R84

R47

R33

R21

R32

D11

R42

R31

R86

R17 R25

D16

R30

R11

R75

C15

R29

R76

D18

D14

MH4

C35

R10

MH1

TEST

VSS

OPEN

2 1

R22

PGD

PGC

FAULT

UNIT

P/N LABEL

VDD

BARCODE

STATUS

R410

TRANEU.S.INC.

J7 Jumper

Electronic Expansion Valve Control (EVC)

EElleeccttrriiccaall —— LLooww VVoollttaaggee

5. Secure the sheathed wiring to the control pocket mounting plate using the factory supplied wire ties attached to the tabs as shown.

6. Set Jumper and Dip Switches

• Set the system refrigerant to either R410A or R-22 using the Refrigerant Jumper located on the Expansion Valve Control board (EVC) in the Control Pocket.

• Factory default is R410A.

Note: The power must be shut off and then re-applied in order for the

EVC to recognize the change.

18-GJ06D2-2E-EN

Page 39

Dip Switches

Scan to see a

video on setting the TAM7 DIP Switche s.

1 2 3 4 5

2 (Compressor)

2 (S tages )

AC (Sys tem)

}

OUTDOOR

Ca pacity (Tons )

OUTDOOR

}

Torque

CFM/Ton

Co ol Off Delay

}

INDOOR

CFM

+12V

R13

R14

R NET 1

R NET 2

C22

C19

C10

Airflow Control (AFC)

Click or Scan to see a video on setting the TAM7 DIP Switches

DDiipp SSwwiittcchh SS11

• Set the S1–1 and S1–2 dip switches for the OD multiplier (tonnage) per the chart.

INDOOR MODEL S1–1 S1–2 OD MULTIPLIER

TAM7A0A24H21SD TAM7A0A24H21EA

TAM7A0B30H21SD TAM7A0B30H21EA

OFF OFF 2 OFF ON 1.5

ON OFF 2.5 ON ON 3

OFF OFF 2 OFF ON 1.5

ON OFF 2.5 ON ON 3

• Set the S1–4 dip switch for the number of stages on the outdoor unit.

OFF OFF 3

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C42H31SD TAM7A0C42H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7B0C60H51SC TAM7B0C60H51EA

OFF ON 2

ON OFF 2.5 ON ON 3.5

OFF OFF 3.5 OFF ON 2.5

ON OFF 3 ON ON 4

OFF OFF 4 OFF ON 3

ON OFF 3.5 ON ON 4.5**

OFF OFF 4.5** OFF ON 3.5

ON OFF 4 ON ON 5

NNoottee:: The OD multiplier in conjunction with the CFM/

TON can be used to adjust total airflow for your application.

Example: 4.5T x 370 CFM/TON = 1665 CFM

** Not an actual OD size

• Set the S1–3 dip switch for AC or HP.

OD TYPE S1–3

18-GJ06D2-2E-EN

HP OFF

AC ON

OD STAGES S1–4

1 OFF

2 ON

NNoottee:: Refer to the field wiring diagram of the Outdoor

Unit to determine if the unit is 1 or 2 stage.

NNoottee:: This dip switch should be changed while the

power is off or no demand is present. The power must be shut off and then re-applied in order for the AFC to recognize the change.

• Set the S1–5 dip switch for the number of compressors.

# COMPRESSORS S1–5

1 OFF

2 ON

Page 40

1 2 3 4 5

2 (Compres s or)

2 (Stage s )

AC (Sys tem)

}

OUTDOOR

Ca pac ity (Tons)

OUTDOOR

}

Torqu e

CFM/Ton

Co ol Off Delay

}

INDOOR

CFM

+12V

R13

R14

R NET 1

R NET 2

C22

C19

C10

S 2 Airflow Control (AFC)

OFF OFF

50%

80%

100% if necessary

50%

Dehumidify

Fast Coil Cooling

Efficiency

7.5

minutes

minute

FAN OPERATION (CFM)

OFF

CCOMPRESSO R OPERATION

as required

DDiipp SSwwiittcchheess

DDiipp SSwwiittcchh SS22

• Set the S2–1 and S2–2 dip switches for the Cooling and Heating CFM/Ton.

INDOOR MODEL S2–1 S2–2

OFF OFF 400 430

TAM7A0A24H21SD

TAM7A0A24H21EA

TAM7A0B30H21SD

TAM7A0B30H21EA

TAM7A0C36H31SD

TAM7A0C36H31EA

TAM7A0C42H31SD

TAM7A0C42H31EA

OFF ON 360 390

ON OFF 380 410 ON ON 420 450

OFF OFF 400 430 OFF ON 360 390

ON OFF 380 410 ON ON 420 450

OFF OFF 370 420 OFF ON 350 400

ON OFF 390 440 ON ON 410 450

OFF OFF 370 400 OFF ON 330 360

ON OFF 350 380 ON ON 390 420

COOLING CFM/TON

HEATING CFM/TON

OFF OFF 350 400

TAM7A0C48H41SD

TAM7A0C48H41EA

TAM7B0C60H51SC

TAM7B0C60H51EA

OFF ON 330 380

ON OFF 370 420 ON ON 390 440

OFF OFF 370 400 OFF ON 380 410

ON OFF 390 420 ON ON 400 430

• Set the S2–3 and S2–4 dip switches for the Blower Off and Delay.

BLOWER OFF DELAY S2–3 S2–4

1.5M @ 100%

NO DELAY OFF ON

3M @ 50%

ENHANCED ON ON

OFF OFF

ON OFF

IInnddoooorr BBlloowweerr TTiimmiinngg

This ENHANCED MODE selection provides a ramping up and ramping down of the blower speed to provide improved comfort, quietness, and potential energy savings. The graph on the right shows the ramping process. Enhanced Mode works in cooling, HP, heating, Torque, and constant CFM modes.

• Set the S2–5 dip switch for the airflow mode.

AIRFLOW MODE S2–5

CONSTANT CFM ON

*TORQUE

OFF

• All zoning applications MUST be set to Constant CFM mode.

• Torque mode is optional and is recommended for high static applications. High static conditions dramatically increase energy consumption with variable speed motors. Evaluate the blower performance table in relationship to the duct system to determine the benefit of each installation.

• For the 2 ton air handler, torque mode will reduce airflow when static is above approximately 0.3” water column.

• For the 2–1/2, 3, and 3–1/2 ton air handlers, torque mode will reduce airflow when static is above approximately 0.35" water column.

• For the 4 and 5 ton air handlers, torque mode will reduce airflow when static is above approximately

0.4” water column.

When selected, Torque Mode is used for cooling operation only.

All heating modes default to constant CFM.

18-GJ06D2-2E-EN

Page 41

Indoor Blower Options

FAULT

UNIT

BK Jump er

TEST

TRANE U.S. INC.

PGC

SCL

SDA

GND

HUM

PART NO. LABEL

BARCODE

STATUS

Yo Jumper

+13.8V

C59

R57 R58

R64R65

R76R78

R110

R41

R68

C40

R93

R109

R12

R55

R23

R20

R49

D23

D19

D18

C46

C39

C23

R80

R71

R67

R52

R75

R72

C41

R33

R34

TZ2

R98

R97

R60

R21

R91

R88

R70

R86

R66

R79

R77

R54

R106

R104

R42

R39

R82

R74

R25 R18

R19

R10

MOV1

D36

D35

D22

D29

D25

D24

D28

C51

C49

C48

C47

C52

C43

C36

C35

C31

C30

C29

C58

C50

R24

R17

R73

R63

R62

R56

D21

D20

C32

C33

R38

R36

R16

R15

R32

R11

R28

R27

R26

D13

D12

D11

D10

C24

C25

C4C5C16C 17

R50

R45

R85

R84

D16

D15

D31

D30

C26

C27

C44

C45

D32

D33

R94

R100

R101

C53

D26

R69

C37

C38

R102

D27

R40

R46

R43

BK Jumper

YO Jum per (

Do Not Cut

)

Airflow Control (AFC)

Comfort Control

Air Handler

Field wiring

Red

Yellow

Green

White

Blue

W G Y1

(In)

(Out)

Humidistat

• Humidity Control for Cooling — This unit is capable of providing additional dehumidification during the cooling mode by reducing the airflow when humidity is above the set point. A conventional field supplied humidistat is required to control this function.

1. Cut the BK jumper on the AFC.

2. Using a field supplied humidistat, wire 24VAC Hot to one side of the humidistat. Wire the other side of the humidistat to the BK terminal on the low voltage terminal board. See wiring diagram.

• Pulse Width Modulation (PWM) — Typically used with A/ TCONT402 or zoning control.

1. The BK jumper must be cut on the AFC.

— Do Not cut the Y0 jumper.

• All zoning applications MUST be set to Constant CFM mode.

18-GJ06D2-2E-EN

Page 42

Control Plate Reinstall

ass through notch

in coil acce ss door

1. Slide control plate assembly into the control pocket until fully seated. The control plate should be flush with the outer edge of the unit.

2. Replace coil panel making sure that the wires are located within the wire pass-through provided in the panel.

18-GJ06D2-2E-EN

Page 43

Electrical — High Voltage

Conduit Entry P oints

Table 18. High Voltage Power Supply

The high voltage power supply must match the equipment nameplate.

Power wiring, including ground wiring must comply with national, sate, and local codes.

Field wiring diagrams for supplementary electric heaters are shipped with the heaters.

Table 19. Make Electrical Connections

1. Route High Voltage wiring to unit.

2. Select a conduit entry point. Drill a hole for the desired conduit size on units without a plug. A locating target is identified on these units.

a. Select the entry point you will use to bring in your high

voltage wiring.

b. Remove plug from the entry point.

WWAARRNNIINNGG

LLIIVVEE EELLEECCTTRRIICCAALL CCOOMMPPOONNEENNTTSS!!

FFaaiilluurree ttoo ffoollllooww tthhiiss WWaarrnniinngg ccoouulldd rreessuulltt iinn pprrooppeerrttyy ddaammaaggee,, sseevveerree ppeerrssoonnaall iinnjjuurryy,, oorr ddeeaatthh.. FFoollllooww aallll eelleeccttrriiccaall ssaaffeettyy pprreeccaauuttiioonnss wwhheenn eexxppoosseedd ttoo lliivvee eelleeccttrriiccaall ccoommppoonneennttss.. IItt mmaayy bbee nneecceessssaarryy ttoo wwoorrkk wwiitthh lliivvee eelleeccttrriiccaall ccoommppoonneennttss dduurriinngg iinnssttaallllaattiioonn,, tteessttiinngg,, sseerrvviicciinngg,, aanndd ttrroouubblleesshhoooottiinngg ooff tthhiiss pprroodduucctt..

3. Route conduit (if used) to the entry point and connect.

a. Use one hand to secure the conduit nut from inside of the

heater compartment.

b. Connect a field supplied 3/4” or 1–1/2” conduit to conduit

nut.

Note: Reducing bushings may be required for your application.

18-GJ06D2-2E-EN

Page 44

BLACK RED

GREEN - GROUND

EElleeccttrriiccaall —— HHiigghh VVoollttaaggee

4. If an electric heater IS NOT being installed, remove the pigtail harness from the documentation pack and connect it to the plug on the inside of the Heater Compartment in the cabinet.

If an electric heater IS being installed, see the Installer’s Guide shipped with the electric heater.

Connect L1, L2, and ground wiring to pigtail harness in Heater Compartment using wire nuts. The incoming ground wiring will mate up with the green wire shown in the illustration.

5. If the L1, L2, and ground wires enter the case from the left side, use a field supplied 1/2” — 5/8” maximum length screw and wire tie to hold the wires to the top center of the Heater Compartment.

18-GJ06D2-2E-EN

Page 45

6. Reinstall all panels before starting the air handler

Note: After replacing all panels, loosen the Line Set Panel screws

approximately 1/4 — 1/2 turn. This will improve the seal between the Heater Panel and Line Set Panel.

EElleeccttrriiccaall —— HHiigghh VVoollttaaggee

7. Remove screw and coil bracket from documentation packet.

8. Place the coil panel bracket into position and use screw to secure the coil panel bracket and seal plate to the support bar.

Important: The Coil Seal Plate and screw secure the coil in the center

Important: The Blower Panel may be removed if needed to help align

Important: For the 5 ton air handler model, tap 5 should not be used

of the air handler. Failure to follow these steps can prevent the Coil Panel from being easily replaced on the unit.

the new screw with the seal plate and crossmember.

in the downflow or horizontal orientations. Using Tap 5 could result in water blowing off the coil.

18-GJ06D2-2E-EN

Page 46

TAM7 OUTLINE DRAWING

Model Number A B C D E F H

TAM7A0A24H21SD TAM7A0A24H21EA

TAM7A0B30H21SD TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C42H31SD TAM7A0C42H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7B0C60H51SC TAM7B0C60H51EA

49.9 39.6 14.5 17.5 14.5 7.3 24.4 EEV

55.7 45.5 18.4 21.3 18.4 9.2 24.8 EEV

56.9 46.7 20.5 23.5 20.5 10.3 24.2 EEV

56.9 46.7 20.5 23.5 20.5 10.3 24.5 EEV

61.7 51.5 20.5 23.5 20.5 10.3 24.9 EEV

FLOW

CONTROL

GAS LINE

BRAZE

3/4 3/8

7/8 3/8

18-GJ06D2-2E-EN

LIQ LINE

BRAZE

Page 47

Filters

Filter in a ir ha ndler cabi net (Upflow Application)

Table 20. Filter Considerations

• A filter must be installed within the system.

• A filter channel is provided in the unit at the bottom of the Blower/ Filter compartment.

• For customer ease of filter maintenance, it is recommended that a properly sized remote filter grill(s) be installed for units that are difficult to access. Airflow should not exceed the maximum rated velocity of the filter being used.

Table 21. Filter Sizes

Cabinet Size * A B C

Filter Size 16 x 20 20 x 20 22 x 20

* Cabinet size is indicated by the 7th digit in model number.

System Charge Adjustments

System Matched with:

Single Compressor

2–Stage HP

Single Compressor

2–Stage AC

Two Compressor

2–Stage HP

Two Compressor

2–Stage HP

NOTES:

1. Variable Speed outdoor units must be charged per the outdoor unit instructions.

2. All other matches must be charged per the nameplate charging instructions.

Indoor Unit Model No. Outdoor Unit Model No.

TAM7A0B30H21SD

TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7A0B30H21SD TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7A0B30H21SD TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

TAM7B0C60H51SD TAM7B0C60H51EA

TAM7A0B30H21SD TAM7A0B30H21EA

TAM7A0C36H31SD TAM7A0C36H31EA

TAM7A0C48H41SD TAM7A0C48H41EA

4A6H6024E/G, 4TWX6024E/G

4A6H7024, 4TWX8024

4A6H6036E/G, 4TWX6036E/G

4A6H7036, 4TWX8036

4A6H6048E/G, 4TWX6048E/G

4A6H7048, 4TWX8048

4A7A6024E/G, 4TTX6024E/G

4A7A7024, 4TTX8024

4A7A6036E/G, 4TTX6036E/G

4A7A7036, 4TTX8036

4A7A6048E/G, 4TTX6048E/G

4A7A7048, 4TTX8048

4TWZ0024A, 4A6Z0024A 9°

4TWZ0036A/B, 4A6Z0036A/B 10°

4TWZ0048A/B, 4A6Z0048A/B 12°

4TWZ0060A, 4A6Z0060A 12°

4TTZ0036A/B, 4A7Z0024A 9°

4ATTZ0036A/B, 4A7Z0036A/B 11°

4TTZ0048A/B, 4A7Z0048A/B 13°

Subcooling

9°

10°

8°

18-GJ06D2-2E-EN

Page 48

System Start Up

OFF

DONE

CANCEL

OFF

DONE

CANCEL

1. Make sure all panels are securely in place and that all wiring has been properly dressed and secured.

2. Set the system thermostat to OFF.

3. Turn on electrical power disconnect(s) to apply power to the indoor and outdoor units.

4. Set the system thermostat to ON.

18-GJ06D2-2E-EN

Page 49

TAM7 Sequence of Operation

Abbreviations

• AFC = Airflow Control

• EVC = Expansion Valve Control

• EEV = Electronic Expansion Valve

• EHC = Electric Heat Control

• HHC= Hydronic Heat Control

• Y1 = Y Signal from the comfort control

• YO = Y Signal out of the AFC from the comfort control

• Y2 = Y2 Signal from comfort control

This unit has a unique feature that receives 24VAC analog inputs from a conventional comfort control and then converts these inputs to serial communicating signals between the different controls within the air handler.

The installing and servicing technician should have an understanding of the sequence of operation to be able to properly setup and diagnose functions of the air handler.

The dip switch settings on the control boards must be properly set to obtain the correct sequence of operation. Reference the air handler and electric heat wiring diagrams and dip switch configuration chart for additional information.

SSeeee uunniitt,, eelleeccttrriicc hheeaatt,, aanndd ffiieelldd wwiirriinngg ddiiaaggrraammss ffoorr aaddddiittiioonnaall iinnffoorrmmaattiioonn..

CCoonnttiinnuuoouuss FFaann

IImmppoorrttaanntt:: If the indoor air exceeds 60% relative

humidity or simply feels uncomfortably humid, it is recommended that the indoor fan only be used in the AUTO mode.

1. R-G contacts close on comfort control sending 24VAC to the G terminal of the AFC.

2. The AFC micro-processor sends a command to the serial communicating blower motor to run at 50%.

See airflow Dip Switch settings for additional info.

HHeeaatt ppuummpp OODD SSiinnggllee SSttaaggee ((hheeaattiinngg mmooddee))

1. R-Y contacts close on the comfort control sending 24VAC to Y1 terminal on the AFC.

2. Normally closed contacts on the AFC will pass 24VAC to the YO terminal providing power to the outdoor unit control circuit.

3. R-G contacts close on comfort control sending 24VAC to the G terminal of the AFC.

4. The AFC micro-processor sends a command to the serial communicating blower motor to run at 100%.

5. The HUM contacts close.

HHeeaatt ppuummpp OODD TTwwoo SSttaaggee ((hheeaattiinngg mmooddee))

1. R-Y contacts close on the comfort control sending 24VAC to Y1 terminal on the AFC.

2. Normally closed contacts on the AFC will pass 24VAC to the YO terminal providing power to the outdoor unit 1st stage control circuit.

3. R-G contacts close on comfort control sending 24VAC to the G terminal of the AFC.

4. The AFC micro-processor sends a command to the serial communicating blower motor to run at 1st stage heating cfm.

5. The HUM contacts close.

6. R-Y2 contacts close on the comfort control sending 24VAC to Y2 terminal on the AFC.

7. The Y2 signal is also passed through to provide power to the outdoor unit 2nd stage control circuit.

8. The blower motor will now run at 100% of the heating cfm.

OODD SSiinnggllee SSttaaggee ((ccoooolliinngg mmooddee))

1. R-Y contacts close on the comfort control sending 24VAC to Y1 terminal on the AFC.

2. Normally closed contacts on the AFC will pass 24VAC to the YO terminal providing power to the outdoor unit control circuit.

a. Heat pump OD > R-O contacts close on the

comfort control sending 24VAC to the O terminal of the AFC. The AFC communicates to the EVC that the system is in cooling mode. The O signal is passed through to the OD unit.

b. Non heat pump OD > OD dip switch

configuration will communicate to the EVC to control superheat on a Y only signal.

3. R-G contacts close on comfort control sending 24VAC to the G terminal of the AFC.

4. The AFC micro-processor sends a command to the serial communicating blower motor to run at 100% of the cooling cfm.

5. The EVC will receive input from the two temperature sensors and start to control superheat.

18-GJ06D2-2E-EN

Page 50

TTAAMM77 SSeeqquueennccee ooff OOppeerraattiioonn

OODD TTwwoo SSttaaggee ((ccoooolliinngg mmooddee))

1. R-Y1 contacts close on the comfort control sending 24VAC to Y1 terminal on the AFC. The AFC communicates to the EVC to control superheat for 1st stage.

2. Normally closed contacts on the AFC will pass 24VAC to the YO terminal providing power to the outdoor unit 1st stage control circuit.

a. HHeeaatt ppuummpp OD > R-O contacts close on the

comfort control sending 24VAC to the O terminal of the AFC. The AFC communicates to the EVC that the system is in cooling mode. The O signal is passed through to the OD unit.

b. NNoonn--HHeeaatt ppuummpp OD > OD dip switch

configuration will communicate to the EVC to control superheat on a Y only signal.

3. R-G contacts close on comfort control sending 24VAC to the G terminal of the AFC.

4. The AFC micro-processor sends a command to the serial communicating blower motor to run at the 1st stage cooling cfm. (1st stage cooling cfm is a multiplier of 2nd stage cfm)

5. The EVC will receive input from the two temperature sensors and start to control 1st stage superheat.

6. R-Y2 contacts close on the comfort control sending 24VAC to Y2 terminal on the AFC. The AFC communicates to the EVC to control superheat for 2nd stage.

7. The Y2 signal is passed through to provide power to the outdoor unit 2nd stage control circuit.

8. The blower motor will now run at 100% of the cooling cfm.

EElleeccttrriicc HHeeaatt

1. R-W contacts close on the comfort control sending 24VAC to W1 of the AFC.

2. R-G contacts close on the comfort control sending 24VAC to G of the AFC.

3. The AFC communicates to the EHC that 1st stage electric heat is being called upon.

4. The EHC determines the number of elements that are used for 1st stage and sends a message to the AFC for that correct cfm. (The EHC determines the amount of heat per stage by either factory programming or by the kw jumper position)

5. The AFC micro-processor sends a command to the serial communicating blower motor to run and close the blower interlock relay on the EHC. The blower motor will now run at the W1 electric heat cfm.

6. On subsequent calls for W2 and/or W3, the EHC will communicate to the AFC the required airflow request and energize the additional relays.

NNoottee:: The EHC has "lead-lag" logic built in that

energizes the electric heat relays based upon cycle counts.

For example: BAYEV**15 – The first time W1 only is energized; the K1 relay would close and energize the "A" heater. The second time W1 only is energized; the K2 relay would close and energize the "B" heater. The third time W1 only is energized; the K3 relay would close and energize the "C" heater.

DDeeffrroosstt

1. The OD unit will initiate defrost and send 24VAC to the O terminal of the AFC.

2. The AFC will communicate to the EVC that the OD is in defrost and the EVC will start to maintain the correct superheat.

3. X2 from the OD will send 24VAC to W1 of the AFC.

4. The AFC communicates to the EHC that 1st stage electric heat is being called upon.

5. The EHC determines the number of elements that are used for 1st stage and sends a message to the AFC for that correct cfm.

OOppttiioonnaall CCoonnddeennssaattee SSwwiittcchh

1. An optional OEM condensate switch can be installed within the unit. This switch is only available through the National Distribution Center or Global Parts.

2. Switch contacts are normally open and close when water level rises. The closed switch will interrupt current flow to the YO terminal and de-energize the OD unit.

3. Switch is only operational during cooling mode. Condensate overflow is not operational during heating or defrost modes.

Standard aftermarket condensate switches cannot be used within the unit but can be installed on exterior of the unit. The 3rd party condensate overflow switch must be wired between Y of the thermostat and YI of the AFC control.

FFrreeeezzee PPrrootteeccttiioonn

1. The EVC control has the ability to sense when the coil is beginning to ice. When this event occurs, the contacts to the YO circuit will open and de-energize the OD unit.

2. The indoor blower motor will continue to run to aid in defrosting the coil. After 5 minutes, the YO contacts will close and cooling operation will begin again.

BBlloowweerr DDeellaayyss

1. Blower delays can be set to enhance system efficiency. See S2 dip switch settings table.

18-GJ06D2-2E-EN

Page 51

Checkout Procedures

The final phase of the installation is the system Checkout Procedures. The following list represents the most common items covered in a Checkout Procedure. Confirm all requirements in this document have been met.

All wiring connections are tight and properly secured.

Voltage and running current are within limits.

All refrigerant lines (internal and external to equipment) are isolated, secure, and not in direct contact with each other or structure.

All braze connections have been checked for leaks. A vacuum of 350 microns provides confirmation that the refrigeration system is leak free and dry.

Final unit inspection to confirm factory tubing has not shifted during shipment. Adjust tubing if necessary so tubes do not rub against each other or any component when unit runs.

Ductwork is sealed and insulated.

All drain lines are clear with joints properly sealed. Pour water into drain pan to confirm proper drainage.

Supply registers and return grilles are open, unobstructed, and air filter is installed.

Indoor blower and outdoor fan are operating smoothly and without obstruction.

Indoor blower motor set on correct speed setting to deliver required CFM.

Cover panels are in place and properly tightened.

For gas heating systems, manifold pressure has been checked and all gas line connections are tight and leak free.

For gas heating systems, flue gas is properly vented.

System functions safely and properly in all modes.

Owner has been instructed on use of system and given manual.

18-GJ06D2-2E-EN

Page 52

NNootteess

The manufacturer optimizes the performance of homes and buildings around the world. A business of Ingersoll Rand, the leader in creating and sustaining safe, comfortable and energy efficient environments, the manufacturer offers a broad portfolio of advanced controls and HVAC systems, comprehensive building services, and parts. For more information, visit www.IRCO.com.

The manufacturer has a policy of continuous product and product data improvements and reserves the right to change design and specifications without notice.

18-GJ06D2-2E-EN

Supersedes 18-GJ06D2-2D-EN (April 2014)

03 Jul 2014