Trane Packaged Air Handling Products Catalogue

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MUA-DS-4

MU A-DS-4 February 1998

Second Printing

P ackaged Air Handling Products

For Cooling, Ventilating and Make-Up Air Applications

Features and Benefits

The Trane packaged air handling product line is suitable for cooling, ventilating and make-up air applications. Unit sizes range from 1500 to 14,000 cfm (0.7-6.6 cu. m/s)

/2 to 1 5 hp motor capabilities.

with Units are ETL and CSA certified to UL-

1995 standard for heating, cooling and ventilating equipment. Units are available in one of eight standard arrangements. Air handling units are suitable for commercial, institutional and industrial applications where external system pressure losses are as high as three inches WC.

Arrangements are divided into two classifications — standard and high cfm blower types.

The standard blower unit consists of a blower cabinet that houses the dampers, filters and blower in one cabinet. An optional evaporative cooling unit with standard 8 or optional 12-inc h media may also be included.

The high cfm blower unit uses a separate damper/filter cabinet with a Vbank filter arrangement and a blower cabinet. An optional coil cabinet is offered on units with a cfm range of up to 6,300. Both standard and high cfm blower arrangements may also include a downturn supply air plenum, outside air and/or return air, intake hood and a roof curb.

All units are completely packaged, rail mounted and wired to help assure a smooth installation and easy start-up.

Air control options offer a similar range of control features from manual dampers to modulating dampers that may include mixed air, dry bulb, pressure sensing, enthalpy control, DDC interface or ASHRAE Cycle control arrangements.

Features and Benefits

ETL and CSA UL-1995 Certified.

•

Cfm ranges from 1,500 to 14,000.

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Motor sizes up to 15 hp.

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ODP motors with high efficiency and

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totally enclosed options. Draw-thru cooling coil cabinet with

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stainless steel drain pan. Evaporative cooling with standard 8 or

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optional 12-inch media (203 or 305 mm). Insulated roof curb.

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Standard 18-gauge cabinets.

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Standard one-inch washable filters.

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Standard blower door safety interlock

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switch. Standard 24-volt circuit breaker.

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Standard printed circuit main

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connection board. Wiring harnesses with stamped wire

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numbers. Over 40 standard air control packages.

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©American Standard Inc. 1998

Contents

Features and Benefits 2

Unit Configurations 4

Model Number Description 5

General Data 6

Performance Adjustment Factors 7

Performance Data 8

Electrical Data 14

Controls 15

Dimensional Data 17

Weights 34

Options 35

Features Summary 35

Mechanical Specifications 36

Unit Configurations

Unit T ype Standard Features

Arrangement B — — Electrical cabinet isolated from the airstream. Air Handler with — Blower door interlock switc h with service o ver ride. Standard Blower — Insulated Fan Section

— 1” Permanent Filters

Arrangement C — Same as Arrangement B with Air Handler with Standard — Insulated Supply Plenum Blower and Downflow Supply Plenum

Arrangement D — Same as Arrangement B with Air Handler with Standard — Evaporative Cooler Blower and — Sealed pump motor with float valve Evaporative Cooler — Heavy duty stainless steel water tank

— High Efficiency 8 media — Self cleaning design

Arrangement E — Same as Arrangement D with Air Handler with Standard — Insulated Supply Plenum Blower, Evaporative Cooler and Downflow Supply Plenum

Arrangement G — — Blower door interloc k switch with service override Air Handler with — 1” Permanent Filters High Cfm Blower — Electrical cabinet isolated from the airstream

— Quick opening access door — V bank filter and damper cabinet — Fully insulated filter/damper and blower cabinet

Arrangement J — Same as Arrangement G with Air Handler with High Cfm — Insulated Supply Plenum Blower and Downflow Supply Plenum

Arrangement K — Same as Arrangement G with Air Handler with High Cfm — Coil Section Blower and Coil Section — Mounting for 4-6 row coils

— Stainless steel drain pan with

Arrangement L — Same as Arrangement K with Air Handler with High Cfm — Insulated Supply Plenum Blower, Coil S ection and Downflow Supply Plenum

Note: Motors/Air Inlet Configur ation/Air Contr ol and D amper Arrangement must be selected f or eac h unit.

Legend is as follows: B/F/D — Standard blower/Filter/Damper SP — Supply Plenum EV — Evaporative Cooler F/D — Filter/Damper B — High cfm Blower CC — Coil Cabinet

Air Inlet Configuration (Digit 18 of the Model Number)

1 2 3 4 5 See Note Below

Note: Horizontal outside air over return air . Specify air inlet configuration 4 or 5

and then select miscellaneous option “D” for horiz ontal return.

/4” tapped outlets

Model Number Description

A H 0 A 20 0 A 0 D0 0 0 C F 1 0 5 H 0 P

123 45,678910,1112131415161718192021

Digit 1,2 — Unit Type

AH = Air Handling Unit

Digit 3 — Furnace T ype

0 = None

Digit 4 — Development Sequence

A = First Generation

Digit 5,6 — Unit Size

20 = 1500 - 8000 Cfm 40 = 4000 - 14000 Cfm

Digit 7 — Venting T ype

0 = None

Digit 8 — Main Pow er Supply

A = 115/60/1 B = 208/60/1 C = 230/60/1 D = 208/60/3 E = 230/60/3 F = 460/60/3 G = 575/60/3 S = Special Main Power Supply

Digit 9 — Gas Control Option

0 = No gas control option

Digit 10, 11 — Design Sequence

DO = Design Sequence

Digit 12 — Fuel Type

0 = No selection

Digit 13 — Heat Exchanger Mater ial

0 = No selection

Digit 14 — Air Handler Arrangements

B = Blower (Standard) C = Blower (Standard) Plenum D = Blower (Standard) Evaporative Cooler E = Blower (Standard) Evaporative Cooler/

Plenum G = Blower (High CFM) J = Blower (High CFM)/Plenum K = Blower (High CFM)/Coil Cabinet L = Blower (High CFM)/Coil Cabinet/

Plenum S = Special Air Handler Arrangement

Digit 15 — Motor Selection

A=1/2 HP w/contactor B=3/4 HP w/contactor C = 1 HP w/contactor D=1 1/2 HP w/contactor E = 2 HP w/contactor F = 3 HP w/contactor G = 5 HP w/contactor H=1/2 HP w/magnetic starter J=3/4 HP w/magnetic starter K = 1 HP w/magnetic starter L=1 1/2 HP w/magnetic star ter N = 2 HP w/magnetic starter P = 3 HP w/magnetic starter Q = 5 HP w/magnetic starter R=7 1/2 HP w/magnetic star ter T = 10 HP w/magnetic starter U = 15 HP w/magnetic starter S = Special Motor

Digit 16 — Motor Speed and Starter

0 = No Selection 1 = Single Speed ODP 1800 RPM 2 = Single Speed TEFC 1800 RPM 3 = Single Speed High Efficiency ODP

1800 RPM

4 = Single Speed High Efficiency TEFC

1800 RPM 5 = 2S1W ODP 1800/900 RPM 6 = 2S2W ODP 1800/1200 RPM S= Special Motor Speed and Starter

Digit 17 — Coil Options

0 =No cooling coil selection A =DX coil, 4 Row, Single Circuit B =DX coil, 4 Row, Dual Circuit C =DX coil, 6 Row, Single Circuit D =DX coil, 6 Row, Dual Circuit E = Chilled Water Coil, 4 Row, Single

Circuit G = Chilled W ater Coil, 6 R ow, Dual Circuit S =Special coil

Digit 18 — Air Inlet Configuration

1 = Outside Air (OA) Horizontal Inlet 2 = Outside Air W/Air Hood, Horiz ontal Inlet 3 = Bottom Return Air (RA) 4 = Outside and Return Air (OA/RA) 5 = Outside and Return Air W/Air Hood S= Special Air inlet configuration

Digit 19 — Air Contr ol and Damper Arrangements

0 =No Selection A =Outside Air 2 pos. Motor/ SR B =Return Air 2 pos. Motor/ SR C =O A/RA 2 pos SR E = OA/RA Mod Mtr W/Mixed Air Control/

Min Pot/SR

H =OA/RA Mod Mtr W/Mixed Air Control/

SR K =O A/RA Mod Mtr W/Min Pot/SR M =O A/RA Mod Mtr w/Dry Bulb/Mixed Air

Control/Min Pot/SR N = OA/RA Mod Mtr w/Enthalpy Controlled

Economizer/SR P = OA/RA Mod Mtr W/ Space Pressure

Controller R =O A/RA Mod Mtr W/ S-350 P

Proportional Mixed Air Control/SR U = OA/RA MTR. W/External 0-10 VDC and

4-20 mA Analog Input/SR

(External Input) W= ASHRAE Cycle I (OA/RA 2 pos.

w/warm-up stat/SR X =ASHRAE Cycle II (OA/RA Mod

W/Warm-up Stat/Mixed Air/min pot/SR Y =ASHRAE Cycle III (O A/RA Mod.

W/Warm-up Stat/Mixed Air/SR Z = Manual Dampers S =Special air control and damper

arrangement

Digit 20 — California Shipment

0 = Non-California Shipment 1 = California Shipment

Digit 21 — Miscellaneous Options

B =12” Evaporative Media (Celdek) C =Moisture Eliminators D =Horizontal Return E = Continuous Fan Relay F =Freezestat H =Return Air Firestat J =Supply Air Firestat K =Manual Blower Switc h N = Double Wall Construction P = Low Leak Dampers Q = Clogged Filter Switch W= Interlock Relay — 24/115V Coil

SPDT10A X =Interlock Relay — 24/115/230V Coil

DPDT 10A Z = 8” Evaporative Media (Glasdek) 1 = 12” Evaporative Media (Glasdek) 2 = Hinged Service Access Doors

General Data

Pack aged Air Handler Arrangement Reference

Standard Blower Standard Blower W/EC-Mate High CFM Blower High CFM Blower W/Cooling

Arrang ements B, C Arrangements D , E Arrangements G, J Arrang ements K, L

Capacity 20, 40 Capacity 20, 40 Capacity 20, 40 Capacity 20, 40

20 - 1,500-6,000 CFM, 1/2-5 HP 20 - 1,500-6,000 CFM, 1/2-5 HP 20 - 3,000-8,000 CFM, 3/4-1 0 HP 20 - 3,000-4,300 CFM, 3/4-5 HP 40 - 4,000-8,000 CFM,

ESP .1-3” in WC ESP .1-3” in WC ESP .1-3” in WC ESP .1-3” in WC

Filter Data

Unit Size

Arrangement 20 40

B-E (4) 20 x 20 (6) 20 x 20 G-L (8) 20 x 20 (12) 20 x 20

/2-5 HP 40 - 4,000-8,000 CFM, 1/2-5 HP 40 - 5,000-14,000 CFM, 3/4-15 HP 40 - 5,000-6,300 CFM, 3/4-7 1/2 HP

Intake Hood

Damper/Filters

(High CFM)

Evaporative Cooler

(Standard)

Coil Cabinet

(High CFM)

Blower/Main Electrical

(High CFM) 0-15 HP

Dampers/Filters/Blower/Main Electrical

(Standard) 0-5 HP

Supply Plenum

P erformance Adjustment Factors

Table PAF -1 — Cor r ection Factors f or Altitude

0’ 500’ 1000’ 1500’ 2000’ 2500’ 3000’ 3500’ 4000’ 4500’ 5000’ 5500’ 6000’

Temp. Barometric Pressure (In. Hg)

F 39.92 29.38 28.86 28.33 27.82 27 .31 26.82 26.32 25.84 25.36 24.9 24.43 29.98

-40 0.79 0.81 0.82 0.84 0.85 0.87 0.88 0.90 0.92 0.93 0.95 0.97 0.99 0 0.87 0.88 0.90 0.92 0.93 0.95 0.97 0.99 1.00 1.02 1.04 1.06 1.08

40 0.94 0.96 0.98 1.00 1.01 1.03 1.05 1.07 1.09 1.11 1 .13 1 .16 1.18 70 1.00 1.02 1.04 1.06 1.08 1.1 0 1.12 1.1 4 1.16 1.18 1.20 1.22 1.25

80 1.02 1.04 1.06 1.08 1.1 0 1 .12 1.1 4 1.16 1.18 1.20 1.22 1.25 1.27 100 1.06 1.08 1.1 0 1.12 1.1 4 1.16 1.18 1.20 1.22 1.25 1.27 1.29 1.32 120 1.90 1.11 1 .13 1.16 1.18 1.20 1.22 1.24 1.27 1.29 1.31 1.34 1.37

1 . Actual ESP = Duct ESP x F actor ÷ Accs. SP

2. Actual BHP = Cat. BHP ÷ Factor

3. Correct BTUH Input = Catalog BTUH Input ÷ Factor

4. Corrected BTUH Output = Corrected BTUH Input x Ef ficiency

Altitude (Feet)

Metric Conv ersion T able

Unless otherwise specified, the following conversions may be used for calculating SI unit measurements: 1 cubic foot= 0.028 m 1 foot = 0.0305 m 1 gallon = 3.785 L 1 inch = 25.4 mm 1,000 Btu/Cu. Ft. = 37.5 MJ/m 1 psig = 6.894 kPa 1 liter/second = CFM x 0.472 1 pound = 0.453 kg 1 meter/second = FPM ¸ 196.8 1,000 Btu per hour = 0.293 kW

1 inch water column = 0.029 kP a

P erformance Data

Table PD-1 — Air Handling Perf or mance Data — Arrangements B-E

Capacity CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

1,500 395 0.12 530 0.19 645 0.27 750 0.35 845 0.44 930 0.54 1010 0.65 1085 0.76 2,000 435 0.22 550 0.3 655 0.4 750 0.49 835 0.59 915 0.7 995 0.81 1065 0.93 11 35 1.06 3,000 555 0.61 630 0.71 710 0.83 790 0.96 865 1.09 935 1.23 1000 1.37 1065 1.51 1125 1.66 1180 1.81 1240 1.96 1295 2.12 1350 2.28 1405 2.45 1455 2.62

20 4,000 700 1.33 750 1.47 805 1 .61 865 1.75 930 1 . 9 990 2.07 1045 2.25 11 05 2.43 1160 2.61 1210 2.8 1260 2.98 1310 3.17 1360 3.35 1405 3.54 1455 3.74

5,000 855 2.51 890 2.68 930 2.85 975 3.02 1020 3.19 1070 3.37 11 20 3.55 11 70 3.75 1220 3.96 1265 4.18 1310 4.4 1360 4.63 1400 4.86

5,500 935 3.3 965 3.49 1000 3.67 1040 3.86 1080 4.05 1120 4.24 1 165 4.43 1210 4.63 1255 4.84 6,000 10 15 4.25 1040 4.45 1075 4.65 11 05 4.85 4,000 450 0.46 565 0.64 670 0.82 760 1.0 1 845 1.22 930 1.43 1005 1.66 1075 1.9 11 40 2.15 1205 2.42 5,000 51 0 0.79 605 0.99 700 1.21 785 1.44 860 1.67 935 1 .91 1005 2.16 1070 2.42 11 35 2.69 1200 2.97

40 6,000 575 1.28 655 1.49 7 40 1.73 815 2. 885 2.28 955 2.56 1020 2.84 1085 3.12 1140 3.41 1200 3.71 1255 4.02 1315 4.34 1365 4.67 1420 5.

7,000 650 1.95 715 2.19 785 2.44 855 2.73 920 3.04 985 3.36 1045 3.68 1105 4. 11 60 4.33 1215 4.66 1270 4.99

8,000 725 2.83 780 3.1 840 3.38 905 3.67 965 3.99 1025 4.34 1080 4.71

Note: Refer to Table for Accessory Pressure Losses (Rooftop Arrangement B-E)

0.2 0.4 0.6 0.8 1 1 .2 1.4 1.6 1.8 2 2.2 2.4 2.6 2.8 3

Total External Static Pressure (Inches of Water)

Table PD-2 — Air Handling Accessory Pressure Loss Data — Arrangements B-E

Rainhood Filters Supply Evaporative Return or Outside

Capacity CFM Screen Mstr. Elim. 2” 1” 2” 1” 2” Plenum 8” 12” Damper

20 2,400 .03 .05 .09 .02 .02 .11 .06 .05 .04 .06 .05

40 4,800 .06 .09 .13 .03 .04 .18 .10 .05 .09 .13 .10

1,600 .02 .02 .05 <.01 .01 .06 .03 .02 .02 .03 .03 1,800 .02 .03 .06 <.01 .01 .07 .04 .03 .02 .03 .03 2,000 .02 .03 .07 .01 .02 .08 .04 .03 .03 .04 .04 2,200 .03 .04 .08 .01 .02 .09 .05 .04 .03 .05 .05

2,500 .04 .05 .09 .02 .03 .12 .07 .05 .04 .07 .06 3,000 .05 .07 .12 .03 .04 .16 .09 .07 .06 .10 .08 4,000 .09 .13 .17 .05 .07 .26 .16 .13 .11 .17 .15 5,000 .15 .20 .07 .1 1 .38 .23 .21 .18 .27 .23 5,500 .18 .25 .09 .1 3 .44 .28 .25 .22 .32 .28 3,200 .03 .04 .07 .01 .02 .09 .05 .02 .04 .06 .04 3,600 .04 .05 .09 .02 .02 .11 .06 .03 .05 .07 .05 4,000 .04 .06 .10 .02 .03 .13 .07 .04 .06 .09 .07 4,400 .05 .07 .11 .03 .04 .15 .09 .05 .07 .11 .08

5,000 .07 .10 .13 .03 .05 .19 .11 .06 .09 .14 .10 6,000 .10 .14 .17 .05 .07 .26 .16 .08 .14 .20 .15 7,000 .13 .19 .07 .09 .33 .21 .1 1 .18 .27 .20 8,000 .17 .24 .09 .12 .42 .26 .15 .24 .36 .26 8,500 .20 .28 .10 .14 .17 .27 .41 .30

With Throwaway Washable Pleated Air Media Air

Pressure Loss (Inches of Water)

P erformance Data

Table PD-3 — Air Handling P erfor mance Data — Arrangements G-J

Capacity CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

3,000 455 0.52 495 0.6 550 0.7 610 0.82 670 0.93 730 1.06 785 1 .21 840 1.37 890 1.53 940 1.69 985 1.86 1030 2.02 1075 2.19 4,000 575 1.13 610 1 .24 645 1.35 680 1.47 720 1.61 760 1.7 6 810 1.92 855 2.07 900 2.23 940 2.4 985 2.58 1025 2.78 1070 2.99 1110 3.2 1 1 50 3.41 5,000 695 2.11 730 2.27 7 60 2.41 790 2.55 815 2.68 840 2.83 870 2.99 905 3.17 940 3.36 975 3.56 1015 3.76 1050 3.95 1085 4.15 1 1 20 4.35 1155 4.55

20 6,000 820 3.54 850 3.75 880 3.94 905 4.12 930 4.28 950 4.44 975 4.6 995 4.77 1020 4.96 1045 5.15 1070 5.36 1100 5.59 1 130 5.82 1 1 60 6.06 1190 6.3

7,000 945 5.51 975 5.78 1000 6.02 1025 6.24 1050 6.45 1070 6.64 1090 6.83 1105 7 .021125 7 .21 11 45 7.4 1 1 65 7.6 1185 7.81 1205 8.04 1225 8.28 1250 8.52

7,500 1005 6.74 1035 7 .03 1060 7.3 1085 7.54 1110 7.77 1130 7.99 1 1 50 8.19 1 1 65 8.4 11 85 8.59 1200 8.8 1215 9. 1235 9.21 1255 9.43 1270 9.66 1290 9.91 8,000 1070 8.13 1095 8.45 1125 8.74 1 145 9.01 11 70 9.27 1 1 90 9.5 1210 9.731225 9.95 5,000 405 0.67 465 0.84 540 1.03 610 1.25 675 1.5 740 1.77 800 2.04 855 2.31 905 2.59 955 2.88 6,000 470 1.08 510 1.26 570 1 .48 630 1.71 690 1.95 745 2.22 800 2.53 855 2.85 905 3.17 955 3.5

40 8,000 595 2.4 630 2.62 665 2.84 700 3.1 745 3.39 790 3.71 835 4.02 880 4.33 925 4.66 965 5.01

10,000 730 4.52 760 4.81 785 5.07 810 5.34 840 5.64 870 5.96 900 6.31 935 6.7 975 7.1 10 10 7.49 1045 7.88 1085 8.27 11 20 8.66 1 1 55 9.07 1190 9.5 12,000 860 7.64 890 8.01 915 8.35 935 8.67 960 8.99 980 9.32 1000 9.661025 10.04105010.44 108010.88 1 110 1 1.33 11 40 11.8 117012.28 120012.76 123013.23 14,000 995 1 1.97 1020 12.41 104512.83 1065 13.22 1085 13.6 1105 13.97 112014.34 114014.73

Note: Refer to T able for Accessory P ressure Losses (R oof top Arrangement G-L)

0.2 0.4 0.6 0.8 1 1 .2 1.4 1.6 1.8 2 2.2 2.4 2.6 2.8 3

T otal External Static P ressure (Inc hes of Water)

Table PD-4 — Air Handling P erfor mance Data — Arrangements K-L

Capacity CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

3,000 455 0.52 495 0.6 550 0.7 610 0.82 670 0.93 730 1.06 785 1.21 840 1.37 890 1.53 940 1.69 985 1.86 1030 2.02 1075 2.19

20 4,000 575 1.13 610 1.24 645 1.35 680 1 .47 720 1 .61 760 1.7 6 810 1.92 855 2.07 900 2.23 940 2.4 985 2.58 1025 2.78 1070 2.99 1110 3.2 1 1 50 3.41

5,000 405 0.67 465 0.84 540 1.03 610 1.25 675 1. 5 740 1.77 800 2.04 855 2.31 905 2.59 955 2.88

40 6,000 470 1.08 510 1.26 570 1 .48 630 1.71 690 1 .95 745 2.22 800 2.53 855 2.85 905 3.17 955 3.5

Note: Refer to T able for Accessory Pressure Losses (Rooftop Ar rangement G-L) and Tables for Cooling Coil Data. (Roof top A r rangement K-L) Do not exceed 6,300

Cfm for units with cooling coils.

0.2 0.4 0.6 0.8 1 1 .2 1.4 1.6 1.8 2 2.2 2.4 2.6 2.8 3

T otal External Static P ressure (Inc hes of Water)

Table PD-5 — Air Handling Accessory Pressure Loss Data — Arrangements G-L

Rainhood Filters Supply Return or Outside

Capacity CFM Screen Mstr. Elim. 2” 1” 2” 1” 2” Plenum Damper

Note: Refer to T able for Cooling Coil and Table for Chilled Water Coil Pressure Losses. (Air Handler A rrangements K,L)

1,600 .02 .02 .03 <.01 <.01 .03 .01 .02 .03 1,800 .02 .03 .03 <.01 <.01 .03 .02 .03 .03 2,000 .02 .03 .04 <.01 <.0 1 .04 .02 .03 .04 2,200 .03 .04 .04 <.01 <.01 .04 .02 .04 .05 2,400 .03 .05 .05 <.01 <.01 .05 .03 .05 .05 2,500 .04 .05 .05 <.01 .0 1 .05 .03 .05 .06

20 3,000 .05 .07 .06 .01 .02 .07 .04 .07 .08

4,000 .09 .13 .09 .02 .03 .12 .07 .13 .15 5,000 .15 .20 .12 .03 .04 .17 .10 .21 .23 6,000 .21 .29 .16 .04 .06 .23 .14 .30 .33 6,500 .25 .34 .17 .05 .07 .26 .16 .35 .39

7,000 .29 .40 .19 .06 .08 .30 .18 .40 .45

7,400 .32 .45 .06 .09 .33 .20 .45 .50 3,300 .03 .04 .03 <.01 <.01 .03 .02 .03 .05 3,500 .03 .05 .03 <.01 <.01 .03 .02 .03 .05 4,000 .04 .06 .04 <.01 <.0 1 .04 .02 .04 .07 4,500 .05 .08 .05 <.01 <.01 .05 .03 .05 .08

40 5,000 .07 .10 .05 <.01 .01 .06 .03 .06 .10

6,000 .10 .14 .07 .01 .02 .08 .04 .08 .15 8,000 .17 .24 .10 .02 .03 .13 .07 .15 .26

10,000 .27 .38 .13 .03 .05 .19 .11 .23 .41 12,000 .39 .55 .17 .05 .07 .26 .16 .34 .59 14,000 .53 .75 .07 .09 .33 .21 .46 .80

With Throwaway Washable Pleated Air Air

Pressure Loss (Inches of Water)

P erformance Data

Table PD-6 — DX Cooling Coil Performance D ata (Ref . R-22) — Rooft op Arrangements K, L

Capacity based on 95 F EDB, 74 F EWB, 45 F Sat. Suction, 100 F Liquid

Unit Flow Velocity Spacing Capacity L.A.T. A.P.D. WT. Capacity L.A.T. A.P.D. WT.

Capacity (SCFM) (FPM) (FPF) (MBH) (DB/WB) In. W.C. (LBS) (MBH) (DB/WB) In. W .C. (LBS)

20 1600 217 *96 91 .1 59 / 58 0.11 84 115

40 3300 304 96 173.1 61 / 59 0.21 115 207.5 56 / 55 0.31 158

Air Face Fin 4 6

*120 99.5 56 / 56 0.12 89 1 22

2000 271 96 105.3 61 / 59 0.17 84 129.3 55 / 55 0.25 115

3000 407 96 136.1 64 / 61 0.33 84 171.4 58 / 57 0.50 115

4000 542 96 160.0 66 / 63 0.51 84 204.4 61 / 60 0.77 11 5

4400 596 96 168.6 67 / 64 0.58 84 215.7 62 / 60 0.87 11 5

4000 369 96 194.3 63 / 60 0.29 1 1 5 238.6 57 / 57 0.43 158

5000 461 96 219.9 65 / 62 0.40 1 1 5 277.9 59 / 58 0.60 158

6000 553 96 241.3 66 / 63 0.53 115 312.4 60 / 59 0.79 158

6300 581 96 247.1 67 / 63 0.56 115 321.9 61 / 60 0.84 158

144 106.4 54 / 54 0.13 95 120.8 51 / 51 0.20 130 120 117.2 58 / 57 0.18 89 138.7 53 / 53 0.27 122

144 126.6 56 / 55 0.20 95 145.3 52 / 52 0.29 130 120 154.4 61 / 59 0.36 89 186.6 56 / 56 0.54 122

144 169.8 58 / 58 0.38 95 198.1 54 / 54 0.57 130 120 184.1 63 / 61 0.55 89 224.8 58 / 58 0.82 122

144 205.2 61 / 59 0.59 95 243.3 56 / 56 0.87 130 120 194.5 64 / 62 0.63 89 238.1 59 / 59 0.94 122

144 217.7 61 / 60 0.67 95 261.2 57 / 57 1.00 130 120 191.6 58 / 57 0.22 122 224.7 54 / 54 0.33 170

144 205.9 56 / 56 0.24 130 237.6 52 / 52 0.36 182 120 216.5 60 / 58 0.31 122 260.6 55 / 55 0.46 170

144 234.1 58 / 57 0.33 130 277.7 53 / 53 0.49 182 120 246.8 62 / 60 0.43 122 306.9 56 / 56 0.65 170

144 271.9 59 / 58 0.46 130 330.3 54 / 54 0.69 182 120 273.5 63 / 61 0.56 122 348.2 58 / 57 0.85 170

144 307.7 61 / 59 0.60 130 377.9 56 / 55 0.91 182 120 281.7 64 / 62 0.60 122 359.7 58 / 57 0.91 170

144 317.7 61 / 60 0.64 130 391.3 56 / 56 0.97 182

Number of Rows

Conversions:

2119 SCFM = 1 m/s

196.8 FPM = 1 m/s

3.412 MBH = 1 kW (F-32) 5/9 = C 1 In. W.C. = 248.8 Pa 1 LB. = 0.453 kg

Notes:

1 .) Data cer tified in accordance with ARI Standard 410.

2.) Capacity based on 95 F EDB, 74 F EWB, 45 F Sat. Suction, 100 F Liquid.

3.) Weight listed is the total weight of the dry coil.

4.) Coils denoted by an asterisk ( * ) require special pricing; consult product marketing for special coil requirements and pricing.

P erformance Data

Table PD-7 — DX Cooling Coil Performance D ata (Ref . R-22) — Rooft op Arrangements K, L

Capacity based on 80 F EDB, 67 F EWB, 45 F Sat. Suction, 100 F Liquid

Unit Flow Velocity Spacing Capacity L.A.T. A.P.D. WT. Capacity L.A.T. A.P.D. WT.

Capacity (SCFM) (FPM) (FPF) (MBH) (DB/WB) In. W.C. (LBS) (MBH) (DB/WB) In. W.C. (LBS)

20 1600 217 *96 84 1 15

40 3300 304 *96 113.2 57 / 56 0.21 1 1 5 1 58

Air Face Fin 4 6

*120 89 122

2000 271 *96 84 115

3000 407 96 88.2 59 / 58 0.33 84 112.0 56 / 55 0.50 1 15

4000 542 96 101.3 61 / 59 0.51 84 134.3 57 / 56 0.77 1 15

4400 596 96 105.6 62 / 60 0.58 84 142.1 58 / 57 0.87 1 15

4000 369 96 127.4 58 / 57 0.29 115 156.7 55 / 54 0.43 158

5000 461 96 144.9 60 / 58 0.40 115 179.0 56 / 56 0.60 158

6000 553 96 159.7 61 / 59 0.53 115 199.4 57 / 56 0.79 158

6300 581 96 163.8 61 / 59 0.56 115 205.6 58 / 57 0.84 158

*144 95 79.8 50 / 50 0.19 130 *120 89 122

144 82.2 54 / 54 0.20 95 97.7 51 / 51 0.29 130 120 97.7 58 / 57 0.36 89 123.1 54 / 54 0.53 122

144 107.5 56 / 56 0.38 95 131.8 53 / 53 0.57 130 120 116.3 59 / 58 0.54 89 149.4 55 / 55 0.82 122

144 130.5 57 / 57 0.58 95 161.7 54 / 54 0.87 130 120 123.1 60 / 58 0.62 89 158.7 56 / 55 0.94 122

144 138.6 58 / 57 0.66 95 172.3 55 / 54 1.00 130

*120 126.2 55 / 55 0.22 122 170

144 136.5 54 / 54 0.24 130 155.2 51 / 51 0.36 182 120 143.1 56 / 56 0.31 122 168.7 53 / 53 0.46 170

144 155.9 55 / 54 0.33 130 179.8 52 / 52 0.48 182 120 164.1 58 / 57 0.43 122 197.6 55 / 54 0.64 170

144 180.2 56 / 55 0.46 130 213.9 53 / 53 0.68 182 120 182.0 59 / 58 0.57 122 224.5 55 / 55 0.84 170

144 20 1.1 57 / 56 0.61 130 245.1 54 / 54 0.90 182 120 186.9 59 / 58 0.61 122 232.1 56 / 55 0.90 170

144 206.9 57 / 57 0.65 130 253.9 54 / 54 0.96 182

Number of Rows

Conversions:

2119 SCFM = 1 m/s

196.8 FPM = 1 m/s

3.412 MBH = 1 kW (F-32) 5/9 = C 1 In. W.C. = 248.8 Pa 1 LB. = 0.453 kg

Notes: 1 .) Data cer tified in accordance with ARI Standard 410.

2.) Capacity based on 80 F EDB, 67 F EWB, 45 F Sat. Suction, 100 F Liquid.

3.) Weight listed is the total weight of the dry coil.

4.) Coils denoted by an asterisk ( * ) require special pricing; consult product marketing for special coil requirements and pricing.

Table PD-8 — Standard Conditions and Specifications — Refrigerant DX Coil

CONDITIONS

Elevation 0 Ft. Entering Air Temperature DB: 80 F 95 F Entering Air Temperature WB: 67 F 74 F Suction Temperature: 45 F 45 F Liquid Temperature: 100 F 100 F Fouling Factor: 0 HR x FT2 x F/BTU

SPECIFICATIONS

Coil Type: DE optional DH T ube Size: Row Sizes: 4,6 Fin Type: Delta-Flo Fin Size: 0.0055” Aluminum Fin Spacing: Standard — 96, (120), 144 Fins/Ft.

Circuiting: Standard —Single

Turbulators: No

DIMENSIONAL DATA LISTING

Unit Size Finned Width Fixed Finned Length 20 30.00 34.00 40 30.00 50.00

Note: 1 . Above specification is for standard coil with standard fin spacing.

Specify fin spacing and dual circuiting.

2. Special coils — contact Product Marketing.

3. Every order requires a coil selection.

/2” O.D. x 0.016” TWT Copper

Optional — 72 thru 180 Fins/Ft. Optional — Dual:

a) Intertwined b) Face-Split

Perf ormance Data

Table PD-9 — Chilled Water Coil Performance D ata — Roof top Arrangements K, L

Capacity based on 95 F EDB, 74 F EWB, 45 EWT, 70 GPM

Unit Flow Velocity Spacing Capacity L.A.T. A.P.D. WT . Capacity L.A.T . A.P.D. WT.

Capacity (SCFM) (FPM) (FPF) (MBH) (DB/WB) In. W.C. (LBS) (MBH) (DB/WB) In. W.C. (LBS)

20 1800 254 96 109.8 58 / 56 0.12 84 131.2 52 / 52 0.18 115

40 2100 202 96 136.2 56 / 55 0.08 115 159.5 51 / 51 0.12 158

Conversions:

21 19 SCFM = 1 m/s

196.8 FPM = 1 m/s

3.412 MBH = 1 kW (F-32) 5/9 = C 1 In. W.C. = 248.8 Pa 1 LB. = 0.453 kg

Air Face Fin 4 6

120 119.0 55 / 54 0.14 89 138.6 50 / 50 0.21 122

3000 424 96 148.1 63 / 60 0.27 84 185.5 57 / 56 0.40 115

4300 607 96 175.1 67 / 63 0.47 84 226.1 61 / 59 0.70 1 15

3500 336 96 188.4 61 / 59 0.19 115 230.8 55 / 54 0.28 158

4900 470 96 223.8 64 / 61 0.32 115 281.9 59 / 57 0.47 158

6300 605 96 250.4 67 / 63 0.46 115 321.3 61 / 60 0.68 158

144 126.3 53 / 53 0.16 95 143.9 49 / 49 0.24 130 120 163.0 60 / 58 0.31 89 199.9 55 / 54 0.46 122

144 174.9 58 / 57 0.35 95 210.8 53 / 53 0.52 130 120 195.3 64 / 61 0.52 89 247.5 58 / 57 0.78 122

144 210.8 62 / 60 0.60 95 263.2 56 / 56 0.90 130 120 146.9 54 / 53 0.09 122 167.5 49 / 49 0.14 170

144 155.0 52 / 51 0.1 1 130 172.9 48 / 48 0.16 182 120 205.7 58 / 57 0.22 122 246.5 53 / 53 0.33 170

144 219.6 56 / 55 0.25 130 258.6 51 / 51 0.37 182 120 247.4 62 / 60 0.36 122 305.8 56 / 56 0.54 170

144 265.9 60 / 58 0.41 130 323.6 55 / 54 0.61 182 120 278.8 64 / 62 0.51 122 351.4 59 / 58 0.77 170

144 300.7 62 / 61 0.59 130 373.6 57 / 57 0.89 182

Notes:

1 .) Data cer tified in accordance with ARI Standard 410.

2.) Capacity based on 95 F EDB, 74 F EWB, 45 F Sat. Suction, 100 F Liquid.

3.) Weight listed is the total weight of the dry coil.

4.) Contact product marketing for special coil requirements.

Number of Rows

Table PD-10 — Chilled Water Coil Performance D ata — Roof t op Arrangements K, L

Capacity based on 80 F EDB, 67 F EWB, 45 EWT, 70 GPM

Unit Flow Velocity Spacing Capacity L.A.T. A.P.D. WT. Capacity L.A.T. A.P.D. WT .

Capacity (SCFM) (FPM) (FPF) (MBH) (DB/WB) In. W .C. (LBS) (MBH) (DB/WB) In. W.C. (LBS)

20 1800 254 96 77.4 54 / 53 0.12 84 92.3 50 / 50 0.18 115

40 2100 202 96 95.9 53 / 52 0.08 115 112.1 49 / 49 0.12 158

Conversions:

2119 SCFM = 1 m/s

196.8 FPM = 1 m/s

3.412 MBH = 1 kW (F-32) 5/9 = C 1 In. W.C. = 248.8 Pa 1 LB. = 0.453 kg

Air Face Fin 4 6

120 83.9 52 / 52 0.14 89 97.5 49 / 49 0.21 122

3000 424 96 104.9 58 / 56 0.27 84 131.0 53 / 53 0.40 115

4300 607 96 124.5 60 / 58 0.47 84 160.1 56 / 55 0.70 1 15

3500 336 96 133.3 56 / 55 0.19 115 162.9 52 / 52 0.28 158

4900 470 96 158.9 59 / 57 0.32 115 199.6 55 / 54 0.47 158

6300 605 96 177.7 61 / 58 0.47 1 1 5 227.4 56 / 55 0.69 158

144 89.0 51 / 50 0.16 95 1 01.2 48 / 48 0.24 130 120 115.5 56 / 55 0.31 89 141.2 52 / 51 0.47 122

144 123.7 54 / 54 0.35 95 148.6 51 / 50 0.53 130 120 138.4 58 / 57 0.53 89 174.9 54 / 54 0.79 122

144 149.2 57 / 56 0.60 95 185.9 53 / 53 0.90 130 120 103.4 51 / 51 0.09 122 11 7.7 48 / 48 0.14 170

144 109.0 50 / 49 0.11 130 121.5 47 / 47 0.16 182 120 145.5 54 / 53 0.22 122 174.0 51 / 50 0.33 170

144 155.2 53 / 52 0.25 130 182.2 49 / 49 0.37 182 120 175.2 57 / 56 0.36 122 216.1 53 / 53 0.54 170

144 188.1 55 / 55 0.41 130 228.4 52 / 52 0.61 182 120 197.5 59 / 57 0.52 122 248.5 55 / 54 0.78 170

144 212.8 57 / 56 0.59 130 263.9 54 / 53 0.89 182

Notes:

1 .) Data cer tified in accordance with ARI Standard 410.

2.) Capacity based on 80 F EDB, 67 F EWB, 45 F Sat. Suction, 100 F Liquid.

3.) Weight listed is the total weight of the dry coil.

4.) Contact product marketing for special coil requirements.

Number of Rows

P erformance Data

Table PD-11 — Standar d Conditions and Specifications — Chilled Water Coil

CONDITIONS

Elevation 0 Ft. Entering Air Temperature DB: 80 F 95 F Entering Air T emperature WB: 67 F 74 F Entering Water Temperature: 45 F 45 F Water Flow Rate: 70 GPM 70 GPM T ube Velocity: 4 Ft./Sec. Fouling Factor: 0 HR x FT2 x F/BTU

SPECIFICATIONS

Coil Type: W — Full Row Serpentine T ube Size: 5/8” O.D. x 0.024” TWT Copper Row Sizes: 4,6 Fin Type: Prima-Flo Fin Size: 0.0075” Aluminum Fin Spacing: Standard — 96, (120), 144 Fins/Ft.

Circuiting: Single Circuit Drainable: Yes T urbulators: No

DIMENSIONAL DATA LISTING

Unit Size Finned Width Fixed Finned Length 20 30.00 34.00 40 30.00 50.00

Note: 1 . Above specification is for standard coil with standard fin spacing.

2. Special coils — contact Product Marketing.

3. Every order requires a coil selection.

Optional — 80 thru 168 Fins/Ft.

Table PD-12 — Evaporative Cooling P erfor mance D ata and Pr essur e Drop — Roof t op Arrangements D,E

CFM Efficiency Efficiency 8” or 12” Deep Media in. of Water “A ” Unit Shipping Operating

Unit Size Min. Max. Min. Max. Min. Max. Ft.2 (m2) In. (mm) Min. Max. In. (mm) lb. (kg) lb. (kg) 20 1,600 5,500 77 88 88 92 9.38 31 x 43 9/16 0.03 0.20 43 3/4 166 386

40 3,200 8,500 77 86 87 92 12.92 31 x 60 0.07 0.28 60 1/4 206 509

Note:

1. These weights are for evaporative cooler only.

(cu. m/s) (cu. m/s) Range Range Face Area Size (KPa) (KPa) Width Wt. Wt.

(0.755) (2.596) (0.87) (787) (1106) (0.01) (0.05) (1 111) (75) (175) (1.510) (4.012) (1.20) (787) (1524) (0.02) (0.07) (1530) (93) (231)

8” Saturation 12” Saturation Pressure Drop (1) (1)

Chart PD-1 — Evaporative Cooler Efficiency/A.P.D. Chart

CELdek® Evaporative Media

The Trane Evaporative Cooler uses high efficiency CELdek

media. CELdek® is made from a special cellulose paper, impregnated with insoluble anti-rot salts and rigidifying saturants. The cross fluted design of the pads induces highturbulent mixing of air and water for optimum heat and moisture transfer. The Trane evaporative coolers are standard with eight-inch deep media which produce high efficiency and high face velocities, along with a two-inch distribution pad to disperses the water evenly over the pads. We offer an optional 12-inch deep media (see c har t at right for efficiencies).

Electrical Data

Air Handling Units Motor Electrical Data

Voltage 1/2 HP 3/4 HP 1 HP 1 1/2 HP 2 HP 3 HP 5 HP 7 1/2 HP 10 HP 15 HP 115/60/1 ODP 7.2 10.9 13.4 18.0 26.0 33.0 NA NA NA NA 208/60/1 ODP 4.3 6.0 6.7 9.3 11.5 16.5 NA NA NA NA 230/60/1 ODP 4.3 5.5 6.7 9.0 13.0 16.5 NA NA NA NA 208/60/3 ODP 2.8 2.6 3.2 4.8 6.2 8.4 12.2 24.0 28.0 44.9 230/60/3 ODP 2.8 2.6 3.2 4.8 6.2 8.4 12.2 21.6 26.6 40.6 460/60/3 ODP 1 .4 1.3 1.6 2.4 3.1 4.2 6.1 1 0.8 13.3 20.3 575/60/3 ODP 1 .1 1.4 1.5 1.9 2.5 3.6 5.3 8.6 10.6 15.6 1 15/60/1 TE 9.0 1 1.4 13.6 17 .6 24.6 34.0 NA NA NA NA 208/60/1 TE 3.9 4.5 6.8 8.0 12.3 17 .0 NA NA NA NA 230/60/1 TE 4.5 5.7 6.8 8.8 12.3 17 .0 NA NA NA NA 208/60/3 TE 2.1 2.8 3.4 4.8 6.4 9.4 14.0 21.8 28.7 42.6 230/60/3 TE 2.2 2.8 3.6 4.9 6.4 9.2 13.0 20.4 26.4 28.4 460/60/3 TE 1.1 1.4 1.8 2.4 3.2 4.6 6.5 10.2 13.2 19.2 575/60/3 TE 0.9 1.3 1.7 1.9 2.6 3.6 5.1 7 .6 9.6 14.4 115/60/1 HEODP 5.2 6.4 9.2 12.5 16.4 NA NA NA NA NA 208/60/1 HEODP 2.8 4.2 NA NA NA NA NA NA NA NA 230/60/1 HEODP 2.6 5.2 4.6 6.3 8.2 NA NA NA NA NA 208/60/3 HEODP 1.8 2.5 3.6 5.0 6.7 9.2 14.7 22.1 29.0 40.0 230/60/3 HEODP 1.6 2.3 2.8 3.8 5.4 8.0 12.8 19.2 25.2 36.0 460/60/3 HEODP 0.8 1 .2 1.4 1.9 2.7 4.0 6.4 9.6 25.2 18.0 575/60/3 HEODP NA NA 1.1 1.8 2.3 3.2 5.2 7.7 10.1 14.5 115/60/1 HETE 5.5 7.6 9.2 14.0 19.2 NA NA NA NA NA 208/60/1 HETE NA NA NA NA NA NA NA NA NA NA 230/60/1 HETE 2.8 3.8 4.6 7 .0 9.6 NA NA NA NA NA 208/60/3 HETE NA NA 3.2 4.6 6.2 8.8 14.7 21.4 29.0 41.2 230/60/3 HETE 4.6 6.3 3.0 4.2 5.8 8.0 12.0 18.8 25.2 37 .0 460/60/3 HETE 2.3 3.2 1.5 2..1 2.9 4.0 6.0 9.4 12.6 18.5 575/60/3 HETE NA NA 1.1 1.8 2.4 3.2 4.8 7.5 10.2 14.9 208/60/3 2S1W NA NA 3.0/1.0 4.4/1.8 6.2/3.0 9.0/3.4 15.0/6.0 21.0/7.5 29.0/9.6 NA 230/60/3 2S1W NA NA 3.0/1.0 4.4/1.8 5.9/2.9 8.0/3.3 14.0/6.2 19.5/7.5 25.0/9.3 NA 460/60/3 2S1W NA NA 1.5/0.5 2.2/1.9 3.1/1.3 3.8/1 .6 6.8/2.8 10.0/4.0 12.0/4.3 18.0/6.0 575/60/3 2S1W NA NA NA NA NA NA NA NA NA NA 115/60/1 2S2W 9.2/6.0 9.2/4.6 1 1.9/6.9 NA NA NA NA NA NA NA 208/60/1 2S2W NA 5.0/2.5 6.3/3.0 NA NA NA NA NA NA NA 230/60/1 2S2W 4.6/3.0 4.6/2.3 6.0/3.6 NA NA NA NA NA NA NA 208/60/3 2S2W 2.4/1 .6 3.0/1 .9 3.4/2.0 5.0/2.6 6.5/3.5 9.3/4.9 NA 20.0/1 1.0 27.0/14.0 NA 230/60/3 2S2W 2.1/1 .4 2.7/1.7 3.2/2.0 4.8/2.9 6.3/3.5 8.5/4.6 NA 19.0/10.0 25.0/12.5 NA 460/60/3 2S2W 1 .1/0.7 1.3/0.9 1.5/1.0 2.3/1.3 3.0/1.7 4.6/2.7 NA 9.7/5.5 12.2/7.0 NA 575/60/3 2S2W NA NA NA NA NA NA NA NA NA NA

Notes:

1. ODP = Open Drip Proof

2. TE = Totally enclosed

3. HEODP = High Efficiency Open Drip Proof

4. HETE = High Efficiency T otally Enclosed

5. 2S1W = Two Speed One Winding

6. 2S2W = Two Speed Two Winding

7. NA = Not A vailable FLA based on NEC Ratings

Controls

Air Inlet Configuration

The air inlet configuration defines the entering air opening for the air handling units. This selection does not include dampers and must match the required opening for the air control and damper arrangement. A horiz ontal return air feature is offered on air inlet configurations 3 and 4.

Air Inlet Configuration

Note: Horizontal outside air over return air. Specify air inlet configuration 4 or 5 and then select miscellaneous option “D” for horizontal return.

Damper Options

Dampers shall be of the opposed blade type, constructed of galvanized steel with neoprene nylon bushings, blades to be mechanically interloc ked.

Optional low leak outside air dampers shall be of the opposed blade type, construction of galvanized steel with neoprene nylon bushings and vinyl blade edge seals, blades to be mechanically interloc ked.

Outside Air or Retur n Air/Two- Position Motor/Spring Retur n

Units with outside air or return air only shall be provided with damper, twoposition spring return damper motor and controls. The motor shall power the damper full open when the unit is on and full closed when the unit is off.

See Note Below

Outside Air/Return Air T w o-Position Spring Retur n

T wo-position spring return motor with interlocked outside and return air dampers shall be provided. The motor shall power either the outside air damper full open and the return air damper full closed or the outside air damper full closed and the return air damper full open in response to an outside air temperature sensor. (Includes an outside air thermostat that makes on a rise in temperature and drives the damper open.) When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

Outside Air/Return Air Modulating Motor with Mixed Air Contr ol/ Minimum Position P otentiomet er/ Spring Retur n

Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed air stream. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

Outside Air/Return Air Modulating Motor with Mixed Air Temperature Control/Spring Retur n

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

Outside Air/Return Air Modulating Motor with Minimum Position Potentiomet er/Spr ing Retur n

Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall position the outside and return air dampers in response to a manually set potentiometer.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

Outside Air/Return Air Modulating Motor with Dry Bulb/Mixed Air Temperature Contr ol and Minimum Position P otentiomet er/Spr ing Retur n

Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller and dry bulb thermostat located in the mixed air stream. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position.

The spring return feature drives the outside air damper full open and the return air damper full closed when the unit is off.

Outside Air/Return Air Modulating Motor with Enthalpy Controlled Economizer/Spring Return

Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to an enthalpy controlled economizer . When the unit is off the motor will drive the outside air damper full closed and the return air damper full open.

Outside Air/Return Air Modulating Motor with Space Pressure Contr oller

Controls

Outside Air/Return Air Modulating Motor with S-350P Proportional Mix ed Air Control/Spring Ret ur n

Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a solid-state mixed air sensor and S-350 proportional controller. When the unit is off the motor will drive the outside air damper full closed and the return air damper full open.

Outside Air/Return Air Modulating Motor with External 4-20 mA or 0-10 VDC Analog Input/Spring Retur n

Modulating motor interlocked with outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a 4-10 mA or 0-10 VDC signal supplied by an external DDC controller.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is shut down.

ASHRAE Cycle I (Outside/Retur n Air Two-Position with Warm-Up Stat/ Spring Retur n)

T wo-position spring return motor with interlocked outside and return air dampers shall be provided. The motor shall power the outside air damper full open after a warm-up period determined by a minimum supply air temperature sensor when the unit is on, and full closed when the unit is off.

ASHRAE Cycle II (Outside Air/Return Air Modulating Motor with Warm-Up Stat/Mixed Air T emperatur e Controller/ Minimum Position P ot entiometer/ Spring Retur n)

Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed air stream after a warm-up period determined by a minimum supply air temperature sensor. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position.

When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

ASHRAE Cycle III (Outside Air/Return Air Modulating Motor with Warm-Up Thermostat/Mixed Air T emper ature Controller/Spr ing Retur n)

Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed airstream after a warm-up period determined by a minimum supply air temperature sensor. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position. When the unit is of f , the motor will drive the outside air damper full closed and the return air damper full open.

Manual Dampers

Units with outside air and return air shall be provided with manually set outside and return air dampers.

Dimensional Data

Air Intake Hood Arrang ements B, C, D, E, G J , K, L Unit Sizes 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN P AREN THESES ARE IN MILLIMETERS.

Model E Dimension

20 40 3/8” 40 56 7/8”

(1025) (1445)

Dimensional Data

Over/Under Air Intak e with Hood Arrang ements B, C, D , E, G J , K, L Unit Sizes 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

Model E Dimension

20 40 3/8”

(1025)

40 56 7/8”

(1445)

Dimensional Data

Over/Under Air Intak e without Hood Arrang ements B, C, D , E, G J , K, L Unit Sizes 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN P AREN THESES ARE IN MILLIMETERS.

Dimensional Data

Supply Plenum Module Arrang ement C, E, J , L Unit Sizes 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN P AREN THESES ARE IN MILLIMETERS.

Note: The dimensions shown do not include base skid rail.

Model A J

20 43 7/8” 35” 40 60 3/8” 51”

(111 4) (889)

(1534) (1295)

Model A

20 43 7/8” 40 60 3/8”

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(111 4) (1534)

Dimensional Data

Cooling Coil Module Arrang ements K, L Unit Sizes 20, 40

Maximum Coil Dimensions

Unit Size Cabinet Opening

20 42 1/4” (1 073) 40 58 3/4” (1492)

The coil section drain pan connection is 3/4 inc h NPT pipe thread. It is a female fit ting that just protrudes outside of the unit base

•

rail. It is located on the service side of the unit.

The drain pan is constructed of stainless steel, including the fitting. It is sloped towards the center of the pan and level across

•

the width of the unit.

P-trap required external to the unit provided by others.

•

“L” Inside Max.

Side Opening of Cooling Module

Dimensional Data

Evaporativ e Cooler Module Arrangements D , E Unit Sizes 20, 40

Model A

20 43 7/8” 40 60 3/8”

DIMENSIONS ARE IN INCHES, DIMENSIONS IN P AREN THESES ARE IN MILLIMETERS.

(111 4)

(1534)

Dimensional Data

Air Handler with Standard Blower Arrang ement B AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PARENTHESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(1 114) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Air Handler with Standard Blower and Do wnflow Supply Plenum Arrang ement C AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(1 114) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Air Handler with Standard Blower and Ev apor ativ e Cooler Arrang ement D AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C J

20 43-7/8 23-13/16 21-15/16 35 40 60-3/8 45-13/16 30-3/16 51-1/2

(1 114) (605) (557) (889)

(1534) (1 164) (767) (1308)

Dimensional Data

Air Handler with Standard Blower, Evaporative Cooler and Downflow Supply Plenum Arrang ement E AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C J

20 43-7/8 23-13/16 21-15/16 35 40 60-3/8 45-13/16 30-3/16 51-1/2

(111 4) (605) (557) (889)

(1534) (11 64) (767) (1308)

Dimensional Data

Air Handler with High Cfm Blower Arrang ement G AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PARENTHESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(1 114) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Air Handler with High Cfm Blower and Downflo w Supply Plenum Arrang ement J AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(111 4) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Air Handler with High Cfm Blower and Cooling Coil Section Arrang ement K AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(1 114) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Air Handler with High Cfm Blower, Cooling Coil Section and Downflow Supply Plenum Arrang ement L AH0A 20, 40

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

(Left Hand Service Access Shown)

Unit Dimensional Data

Capacity A B C G J

20 43-7/8 23-13/16 21-15/16 42-1/16 35 40 60-3/8 45-13/16 30-3/16 58-9/16 51-1/2

(111 4) (605) (557) (1068) (889)

(1534) (1 164) (767) (1487) (1308)

Dimensional Data

Roof Curb— Air Handler Arrangements B-L 20, 40

Capacity Rooftop (CA) Arr. (RA) F G H J Q R

20 or 40 G 38-1/8 N/A 81-7/16 77-11/16 79-5/16 86-11/16

B,D N/A N/A 45-1/4 41-1/2 43-1/8 50-1/2 C,E 29-5/8 8-1/8 71-1/8 67-3/8 69 76-3/8

(752) (206) (1,806) (1,711) (1,753) (1,940) (968) (2,069) (1,973) (2,015) (2,202)

J,K 37-3/16 29-3/16 107-5/16 103-9/16 105-3/16 112-9/16

(944) (7 41) (2,726) (2,630) (2,672) (2,859)

L37-1/8 55-1/4 133-1/4 129-1/2 131-1/8 138-1/2

(943) (1,403) (3,385) (3,289) (3,331) (3,518)

(1,149) (1,054) (1,095) (1,283)

Capacity

Arr. (CA) W B C All (951) (1,046) (1,179)

20 37-7/16 41-3/16 46-7/16 40 53-15/16 57-11/16 62-15/16

(1,370) (1,465) (1,599)

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PARENTHESES ARE IN MILLIMETERS.

1 . R oof curbs ship knoc ked

down for full assembly.

2. Arrangement D and E require a separate platform for the evaporative cooler. See separate drawing for dimensional information on the platform.

Model D E

20 35 37

(889) (940)

40 51-1/2 53-1/2

(1,308) (1,359)

SECTION Y -Y

SECTION X-X

Dimensional Data

Roof Openings —Air Handler Arrangements B-L 20,40

➀ Roof Mounting Angle ➁ Curb End Rail Channel ➂ Screw - #10 x 5/8 Lg. Pan Hd. Type “AB”8 Req’d . ➃ Fasteners by Others

Blower/Filter/Damper or Filt er/D amper Area

Capacity (CA) B

20 4 40 5

➀ Curb Cross Brace Channel ➁ Curb Side Rail Channel ➂ Curb End Rail Channel ➃ Screw - #10 x 5/8 Lg. Pan Hd. Type “AB” 8 Req’d.

Curb Specifications *Roof Openings

Supply Plenum Ar ea

Arrg, Cap. A

C,E 20,40 18-7/8

J 20,40 19-1/8 L 20,40 19-1/8

Capacity Dimension “B”

20 37.00 (940)

*All dimensions shown have been calculated to include a one (1) inch clearance around return and supply ducts.

** Blower Arrg. CA Std HI Coil Supply A C,E 20

J 20 L 20

**Arrangements B, D, G, K, are without a supply plenum;

RA - Rooftop arrangement.

40 53.50 (1,359)

or 40 (631) or 40 (1551) or 40 (2211)

use the same return air dimensions for these unit roftop openings. Refer to unit submittals for more detail.

Capacity (CA) D B

20 35 14 40 51-1/2 16

Unit Type AH

ÖÖ

24.859

61 .047

87.035

DIMENSIONS ARE IN INCHES, DIMENSIONS IN PAREN THESES ARE IN MILLIMETERS.

Dimensional Data

Evaporative Cooler Curb/Platform 20, 40

Curb Cap End Adaptor Supplied with the Unit (one each end)

Unit/Curb End Rail Assembly

Unit/Base Rail Assembly

See View A

View A

T yp. (8) PLC’s.

➀ Evaporative Cooler Assembly ➁ Curb ➂1/4-20 “KEPS” Nut (8) R equired ➃1/4-20 x 5/8 Lg. Hex Hd. Bolt (8) Required

Evaporative Cooler Curb/Platf orm Mounting Assembly

Weights

Table W -1 — Shipping Weights

Unit Size

Arrangement Net Ship Net Ship

B 406 408 529 621 C 509 616 649 767

D 612 725 785 909

E 715 852 905 920

G 567 680 7 64 888

J 649 786 913 928 K 652 789 865 880 L 734 896 1014 1 191

Metric Conversion — 1 lb = 0.453 kg.

Table W -4 — Mot or Weights

Voltage 115/60/1 ODP 20 25 25 40 42 80 NA NA NA NA 208/60/1 ODP 21 27 25 40 66 80 NA NA NA NA 230/60/1 ODP 21 25 25 40 42 80 NA NA NA NA 208/60/3 ODP 20 24 31 29 35 47 49 99 1 1 8 152 230/60/3 ODP 20 24 31 29 35 47 49 99 1 1 8 150 460/60/3 ODP 20 24 31 29 35 47 49 99 1 1 8 150 575/60/3 ODP 20 20 27 31 37 56 73 105 1 16 150 1 15/60/1 TE 26 30 34 41 65 74 NA NA NA NA 208/60/1 TE 27 36 39 48 65 74 NA NA NA NA 230/60/1 TE 26 30 34 41 65 74 NA NA NA NA 208/60/3 TE 18 23 28 32 36 55 65 90 123 295 230/60/3 TE 18 23 28 32 36 55 65 90 123 295 460/60/3 TE 18 23 28 32 36 55 65 90 123 295 575/60/3 TE 21 21 26 36 40 90 92 161 199 284 115/60/1 HEODP 32 33 38 58 72 NA NA NA NA NA 208/60/1 HEODP 32 30 NA NA NA NA NA NA NA NA 230/60/1 HEODP 32 33 38 58 72 NA NA NA NA NA 208/60/3 HEODP 22 25 40 44 44 83 89 139 141 213 230/60/3 HEODP 24 26 40 43 44 80 91 137 138 238 460/60/3 HEODP 24 26 40 43 44 80 91 137 138 238 575/60/3 HEODP NA NA 41 44 45 90 100 170 141 215 115/60/1 HETE 28 37 38 41 53 NA NA NA NA NA 208/60/1 HETE NA NA NA NA NA NA NA NA NA NA 230/60/1 HETE 28 37 38 41 53 NA NA NA NA NA 208/60/3 HETE NA NA 39 34 48 71 78 107 124 225 230/60/3 HETE 32 52 39 34 48 94 11 0 158 166 294 460/60/3 HETE 32 52 39 34 48 94 11 0 158 166 294 575/60/3 HETE NA NA 44 69 88 76 80 132 140 260 208/60/3 2S1W NA NA 34 38 48 66 81 125 143 NA 230/60/3 2S1W NA NA 34 38 48 66 81 125 143 NA 460/60/3 2S1W NA NA 34 38 41 58 94 125 136 218 575/60/3 2S1W NA NA NA NA NA NA NA NA NA NA 115/60/1 2S2W 23 30 37 NA NA NA NA NA NA NA 208/60/1 2S2W NA 29 36 NA NA NA NA NA NA NA 230/60/1 2S2W 23 29 36 NA NA NA NA NA NA NA 208/60/3 2S2W 27 32 44 47 67 84 NA 221 192 NA 230/60/3 2S2W 26 32 44 47 67 84 NA 221 192 NA 460/60/3 2S2W 26 33 40 44 55 67 NA 214 230 NA 575/60/3 2S2W NA NA NA NA NA NA NA NA NA NA

Notes:

1. ODP = Open Drip P roof

2. TE = Totally enclosed

3. HEODP = High Efficiency Open Drip Proof

4. HETE = High Efficiency T otally Enclosed

5. 2S1W = Two Speed One Winding

6. 2S2W = Two Speed Two Winding

7. NA = Not A vailable

8. Metric Conversion — 1 lb = 0.453 kg. FLA based on NEC Ratings

20 40

/2 HP

/4 HP 1 HP 1 1/2 HP 2 HP 3 HP 5 HP 7 1/2 HP 10 HP 15 HP

Table W-2 — Roof Curb W eights

Unit Size

Arrangement 20 40

B 85 1 1 2 C133161 D 85 112

E133161

G140168

J 179 207

K 177 204

L 210 238

Outside Air Hood 51 63 Metric Conversion — 1 lb = 0.453 kg.

Table W-3 — Evaporative Cooler Weights

Unit Size lb. (Kg) lb. (Kg)

20 166 386 40 206 509

Metric Conversion — 1 lb = 0.453 kg.

Shipping Wt. Operating Wt.

Options

Remote Control Station

(Order No. 134-0201 -01)

Wall mounted

•

Six LED status lamps

•

System on/off, fan auto/on, heat auto/

•

off, cool auto/of f , auxiliary on/off switching and modulating damper potentiometer mounting.

Plug-in terminal block wiring and wall

•

mounting bracket.

6 1/4” W x 3 3/4” H x 1 1/2” D

•

Seven-Day Timeclock

(Order No. 134-0201 -02)

Single pole double throw (SPDT) relay

•

output at setpoint time

Maximum of six setpoints per day

•

7 3/4” H x 5” W x 3 7/16” D

•

24-Hour Timeclock

(Order No. 134-0201 -03)

Single pole double throw (SPDT) relay

•

output at setpoint time.

Maximum 12 setpoints per day .

•

7 3/4” H x 5” W x 3 7/16” D

•

Roof Curbs

Roof curbs are available for all Trane packaged air handlers offered in this catalog. All curbs are shipped knoc ked down for field assembly. Curbs are normally available on a short lead time basis so that they may be on the jobsite well in advance of the units. Curbs are 12 inches high, factoring in the four -inc h unit base rail, o verall height to the bottom of the rooftop unit is actually 16 inches. R oof curbs can be supplied with one-inch fiberglass insulation.

Features Summary

T rane roof top pac kaged air handlers have the following design features:

ETL and CSA UL-1995 certified.

•

Units are completely wired, tested and

•

rail-mounted with blower drives preset.

Draw-thru cooling coil cabinet

•

arrangements with stainless steel drain pan.

Evaporative cooling arrangement with

•

standard 8 or optional 12-inch media (203 or 305 mm).

Mec hanical Specifications

Arr angements B-L

General

Units shall be completely factory assembled, wired and test fired. Units shall be mounted on metal rails with lifting and anchor holes and shall be suitable for slab or curb mounting. All units shall be ETL or UL certified for electrical safety in compliance with UL 1995 safety standard for heating, ventilating and cooling equipment.

Electrical

Standard control relays shall be socket mounted with terminal block connections. All control wiring shall terminate at terminal strips (single point connection) and include an identifying marker corresponding to the wiring diagram. Motor and control wiring shall be harnessed with terminal block connections.

Casing

Casings shall be die-formed, 18-gauge galvanized steel and finished in air-dry enamel. Service and access panels shall be provided through easily removable side access panels with captive fasteners. Fan sections and supply plenums (when provided) shall be insulated with fire resistant, odorless, matte-faced one-inch glass fiber material. Outside air hoods, when provided, ship with a wire mesh inlet screen.

Evaporativ e Cooler (Standard on Arrang ement D and E only)

An evaporative cooler with 8-inch media shall be provided. The evaporative cooler shall be of a selfcleaning design with a stainless steel water tank, regulated water flow and overflow protection. The cooler shall have a cabinet assembly of heavygauge aluminized steel with weatherproof finish, a UL recognized thermally protected sealed recirculating pump motor, two-inc h distribution pad, and corrosion resistant PVC water distribution tubes.

Cooling Coil Section (Standard on Arrang ement K and L only)

A cooling coil section, constructed of galvanized steel, shall be provided with the unit. This section shall be insulated with fire resistant, odorless, mattefaced one-inch glass fiber material.

Fans

Centrifugal fan shall be belt-driven, forward curved with double inlet, statically and dynamically balanced. The blower wheel shall be fixed on a keyed shaft, supported with rubber grommet on bearing only and ball bearing secured. 7

/2 through 15 hp motors are equipped with a pillow block bearing assembly on the drive side. An access interloc k switc h shall be installed in the blower compartment and will disengage the blower upon removing the service panel. An override shall be incorporated into the interlock switc h for serviceability.

Filters

Filter rack shall be constructed of galvanized steel with access through the side service panel. Standard filters are one-inch permanent washable type (Arrangement B-E).

OR Filter rack shall be of v-bank design for

minimal pressure drop and be constructed of galvanized steel with access through the side service panel. Standard filters are one-inch permanent washable type (Arrangement G-L).

Electrical Cabinet

Electrical cabinet shall be isolated from the airstream with a non-removable access panel interior to the outer service panel. There is provision in this cabinet for component mounting, wire routing and high voltage isolation. Motor and control wiring shall be harnessed with terminal block connections.

Controls

All rooftop units shall be provided with a low voltage circuit breaker rated for 150 percent of the units normal 24-volt operating load.

Factory Installed Options Motors — General

All motors shall be ball bearing type with resilient base mount and NEMA frame sizes from 48 to 256T. Windings are Class “B”, 1800 rpm with service factors of

/2 - 3/4 hp = 1.25 and 1 - 15 hp

= 1 .15. Single-Speed Open Drip-proof

60 HZ/1800 RPM Single-Phase (with contactor) — Optional 115V , 208V and 230V motors available in

/2 - 2 hp models.

Three-Phase (with contactor) — Optional 208V , 230V and 460V motors available in

/2 - 5 hp models.

Single-Phase (with magnetic starter) — Optional 115V , 208V and 230V motors available in

/2 - 3 hp models.

Three-Phase (with magnetic starter) — Optional 208V , 230V, 460V and 575V motors available in

/2 - 1 5 hp models.

Single-Speed TEFC 60HZ/1800 RPM Single-Phase (with contactor) — Optional 115V , 208V and 230V motors available in

/2 - 1 1/2 hp models.

Single-Phase (with magnetic starter) — Optional 115V , 208V and 230V motors available in

/2 - 3 hp models.

Three-Phase (with magnetic starter) — Optional 208V , 230V, 460V and 575V motors available in

/2 - 1 5 hp models.

Single-Speed High Efficiency ODP 60 HZ/1800 RPM Single-Phase (with contactor) — Optional 115V and 230V motors available in 208V motors available in

/2 - 1 hp models. Optional

/2 - 3/4 hp

models. Single-Phase (with magnetic starter) —

Optional 115V and 230V motors available in 208V motors available in

/2 - 2 hp models. Optional

/2 - 3/4 hp

models. Three-Phase (with magnetic starter) —

Optional 208V , 230V and 460V motors available in

/2 -1 5 hp models. Optional 575V motors available in 1 - 15 hp models.

Mec hanical Specifications

Single-Speed High Efficiency TEFC 60 HZ/1800RPM Single-Phase (with contactor) — Optional 115V and 230V motors available in

Single-Phase (with magnetic starter) — Optional 115V and 230V motors available in

Three-Phase (with magnetic starter) — Optional 230V and 460V motors available in 208V and 575V available in 1 - 15 hp models.

T wo-Speed/One Winding Motors (Three-Phase Only) 60 HZ/1800/900 RPM Three-Phase (with magnetic starter) — Optional 208V , 230V and 460V motors available in 1 - 15 hp models.

T wo-Speed/Two Winding Motors 60 HZ/1800/1200 RPM Single-Phase (with magnetic starter) — Optional 115V and 230V motors available in 208V motors available in 3/4 - 1 hp models.

Three-Phase (with magnetic starter) — Optional 208V and 230V motors available in 460V motors available in 1/2 - 3 hp and

/2 - 10 hp models. Optional 575V

7 motors available in 7

Manual Blower Switch Manual blower switch shall be factory installed in the electrical cabinet.

DX or Chilled Water Cooling Coils Available on arrangement K and L only. A direct expansion (DX) or chilled water coil certified by ARI shall be provided with the unit.

Damper Options

Dampers shall be of the opposed blade type, constructed of galvanized steel with neoprene nylon bushings, blades to be mechanically interloc ked. Optional low leak outside air dampers shall be of the opposed blade type, construction of galvanized steel with neoprene nylon bushings and vinyl blade edge seals, blades to be mechanically interloc ked.

/2 - 1 1/2 hp models.

/2 - 2 hp models.

/2 - 1 5 hp models. Optional

/2 - 1 hp models. Optional

/2 - 1 5 hp models. Optional

/2 - 10 hp models.

Outside Air or Return Air/ T wo- P osition Motor/ Spring Return

OA/RA T wo-P osition Spring R eturn T wo-position spring return motor with interlocked outside and return air dampers shall be provided. The motor shall power either the outside air damper full open and the return air damper full closed or the outside air damper full closed and the return air damper full open in response to an outside air temperature sensor. (Includes an outside air thermostat that makes on a rise in temperature and drives the damper open.) When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

OA/RA Mod Motor with Mixed Air Control/Min. Pot/Spring Return Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed air stream. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

OA/RA Mod Motor with Mixed Air Control/Spring Return Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed air stream.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

OA/RA Mod Motor with Min P ot/ Spring Return Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall position the outside and return air dampers in response to a manually set potentiometer.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is off.

OA/RA Mod Motor with Dry Bulb/ Mixed Air Control/Min Pot/ Spring Return Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller and dry bulb thermostat located in the mixed airstream. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position.

The spring return feature drives the outside air damper full open and the return air damper full closed when the unit is off.

OA/RA Mod Motor with Enthalpy Controlled Economizer/Spring Return Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to an enthalpy controlled economizer . When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

OA/RA Mod Motor with Space Pressure Controller Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a pressure sensor located in the building.

Mec hanical Specifications

OA/RA Mod Mtr with S-350P Proportional Mixed Air Control/ Spring Return Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a solid-state mixed air sensor and S-350 Proportional controller. When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

OA/RA Mtr . with External 4-20 mA or 010 VDC Analog Input/Spring Return Modulating motor interlocked with outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a 4-10 mA or 010 VDC signal supplied by an external DDC controller.

The spring return feature drives the outside air damper full closed and the return air damper full open when the unit is shut down.

ASHRAE Cycle I (OA/RA Two- Position with Warm-up Stat/SR) T wo-position spring return motor with interlocked outside and return air dampers shall be provided. The motor shall power the outside air damper full open after a warm-up period determined by a minimum supply air temperature sensor when the unit is on, and full closed when the unit is off.

ASHRAE Cycle II OA/RA Mod with Warm-up Stat/Mixed Air/Min P ot/ Spring Return Modulating motor with interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed air stream after a warm-up period determined by a minimum supply air temperature sensor. Units shall also be provided with a minimum position potentiometer for minimum outside air damper position. When the unit is of f , the motor will drive the outside air damper full closed and the return air damper full open.

ASHRAE Cycle III O A/RA Mod. with Warm-up Stat/Mixed Air/SR Modulating motor with spring return and interlocked outside and return air dampers shall be provided. The motor shall modulate the position of the outside and return air dampers in response to a thermostatic controller located in the mixed airstream after a warm-up period determined by a minimum supply air temperature sensor. When the unit is off, the motor will drive the outside air damper full closed and the return air damper full open.

Manual Dampers Units with outside air and return air shall be provided with manually set outside and return air dampers.

Additional Factory Installed Options

Firestat If temperature reaches the setpoint, the dampers will return to their normal position and shut down the blower. Manual reset.

Return Air Mounted (setpoint typically 130 F)

Supply Air Mounted (setpoint typically 150 F)

Freezestat Unit shall be provided with a freezestat (0-100 F) with the sensing bulb located in the discharge airstream. Wired as an interlock to prevent cold air disc harge.

12-inc h Evaporative Media 12-inc h media shall be provided for the evaporative cooler.

Double Wall Construction The construction will consist of a 24gauge inner liner wall with 1 -inc h 1½ lb. density insulation. Access doors on the specified side will be hinged and of the same double wall design. Double wall is not available on the applicable evaporative cooler and furnace sections. Double wall construction will be provided by the manufacturer on applicable filter/damper, blower , coil and plenum cabinets.

Clogged Filter Switch A clogged filter pressure switch with adjustable operating range and normally open switch shall be installed to sense increased suction pressure by the blower due to filter obstruction. Provision for remote indication shall be provided by terminal block connection points. Includes a status lamp mounted in the electrical cabinet.

Moisture Eliminators Provided in place of an inlet screen on the outside air hood. Includes a pressure switch.

Horizontal Return Unit shall be supplied with the return air opening at or under the outside air opening location depending on the air inlet configuration.

Continuous Fan Relay — 24V Coil DPDT 10A Relay provided with 24-volt coil and double pole double-throw 10-amp contacts. Plugs into the main connection PC board in the electrical cabinet. Included as standard on Arrangement D and E. May also be utilized as an exhaust fan interlock.

Interlock Relay — 24/115V Coil SPDT 10A Relay has a selectable coil voltage of 24 or 115 volts and single-pole double throw 10-amp contacts with LED on indicator lamp. Relay is utilized as an auxiliary relay.

Interlock Relay — 24/115-230V Coil DPDT 10A Relay has a selectable coil voltage of 24, 115 or 230-volts and double pole double throw 10-amp contacts. Utilized as an auxiliary relay for general purpose duty.

Ambient Lockout Airflow proving switch Hinged Service Access Doors

Optional hinged doors are mounted to the access side of the standard blower/ filter/damper cabinet and high CFM filter/damper and blower cabinets in leau of the standard removable access doors. The hinged doors include dual quick opening tool-less latc hes and full perimeter gasketing to assure a water tight seal and door stops to guard against closure while open. The remaining Duct Furnace(s), supply plenum cabinets (if applicable) are supplied with a standard removable door. The coil cabinet door utilizes a special removable vertical split door allowing for coil access and unit penetration for coil connections.

Mec hanical Specifications

Field Installed Accessories

Remote Control Station Wall mounted. P rovides six LED status lamps with System On/Off, F an Auto/ On, Heat Auto/Off , CoolAuto/Of f , Auxiliary On/Off switc hing and modulating damper potentiometer mounting. Designed for easy installation with plug-in terminal block wiring and wall mounting bracket. (Auxiliary On/Off may be used with the evaporative cooler fill and drain kit)

Seven-Day Timeclock Provides single-pole double-throw (SPDT) relay output at setpoint time with maximum six setpoints per day.

24-Hour Timeclock Provides single-pole double-throw (SPDT) relay output at setting time with maximum 12 setpoints per day .

Disconnect Switch 115V Convenience Outlet

GFI (Ground Fault Convenience Outlet) is manual reset with weatherproof enclosure. (Requires separate 115V power supplied.)

Roof Mounting Curb Insulated roof curb shall be shipped unassembled with hardware package and gasket attac hed. Curb and rail shall total 16 inches high and supplied with a cross-member which allows the isolation of the return and supply air streams (when supplied).

Evaporative Cooler Platform Provides mounting support for evaporative cooler only.

Fill and Drain Kit Includes three-way valve and relay for automatic fill and drain for the evaporative coolers. Optional freezestat provides automatic shutof f and drain upon meeting outside air setpoint.

Optional Filters (One-inch permanent standard)

T wo-inc h P ermanent Two-inch Throwaway One-inch 30 percent Pleated Media T wo-inc h 30 percent Pleated Media

Thermostats

Low voltage room thermostat, singlestage with fan auto-on-switch and system heat-off cool switc h

Low voltage room thermostat, singlestage with fan auto-on switch

Low voltage room thermostat, twostage with fan auto-on switch and system off-heat-auto-cool switch

Low voltage programmable room thermostat, two-stage with LCD display, fan auto-switc h an system of fheat-auto-cool switch

Universal tamperproof guard for all room thermostats

Low voltage duct thermostat, singlestage

Low voltage duct thermostat, twostage

Room thermostat, electronic modulating control

Duct thermostat, electronic modulating control

Duct thermostat, electronic modulating control with override room thermostat

Evapor ative Cooler

General

An evaporative cooler with eight-inch media shall be provided. The evaporative cooler shall be of a selfcleaning design with a stainless steel water tank, regulated water flow and overflow protection. The cooler shall have a cabinet assembly of heavygauge aluminized steel with weatherproof finish, a UL recognized, thermally protected sealed recirculating pump motor, two-inc h distribution pad, and corrosion resistant PVC water distribution tubes.

Factory Installed Options

12-Inc h Evaporative Media 12-inc h media shall be provided for the evaporative cooler.

Field Installed Accessor ies

Evaporative Cooler Platform Provides mounting support for evaporative cooler only

Fill and Drain Kit Includes three-way valve and relay and automatic fill and drain for the evaporative cooler.

Freezestat Freezestat provides automatic shutof f and drain upon meeting outside air setpoint.

The T rane Company

2701 Wilma Rudolph Blvd. Clarksville, TN 37040 www.trane.com

An American Standard Company

The T rane Company has a policy of continuous product and product data improvement, it reserves the right to change product design and specifications without notice.

Library Product Literature Product Section Air Handling Product Mak e-Up Air Model 000 Literature Type Data Sales Catalog Sequence 4 Date February 1 998 File No. PL -AH-MU A-000-DS-4-298 Supersedes MUA -DS-4 695 Ordering No. MUA-DS-4

Trane Packaged Air Handling Products Catalogue

Specifications and Main Features

Frequently Asked Questions

User Manual

Unit Configurations

Model Number Description

General Data

P erformance Adjustment Factors

P erformance Data

Electrical Data

Controls

Dimensional Data

Weights

Options

Features Summary

Mec hanical Specifications

Thermostats

Evapor ative Cooler