Trane Packaged Air Handling Products Catalogue

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)

1

/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.

•

Motor sizes up to 15 hp.

•

ODP motors with high efficiency and

•

totally enclosed options.
Draw-thru cooling coil cabinet with

•

stainless steel drain pan.
Evaporative cooling with standard 8 or

•

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

•

Standard 18-gauge cabinets.

•

Standard one-inch washable filters.

•

Standard blower door safety interlock

•

switch.
Standard 24-volt circuit breaker.

•

Standard printed circuit main

•

connection board.
Wiring harnesses with stamped wire

•

numbers.
Over 40 standard air control packages.

•

©American Standard Inc. 1998

2

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

3

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.

3

/4” tapped outlets

4

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

5

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

1

/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

6

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

3

1 inch water column = 0.029 kP a

3

7

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)

8

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)

9

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.

10

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.

1

/2” O.D. x 0.016” TWT Copper

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

a) Intertwined
b) Face-Split

11

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

12