Specifications subject to change without notice. 518 21 2201 05 2/02/11 13 SEER, 7.7 HSPF, PACKAGE HEAT PUMP, 2 to 5 TONS Single Phase, 208/230 V, 60 Hz REFRIGERATION CIRCUIT • Environmentally sound R−410A refrigerant • Copper tube/aluminum fin condenser and evaporator coils • Scroll compressor standard on all models • Short−cycling protection for the compressor is built into the defrost control board • Dehumidification mode (airflow reduction) on all models EASY TO INSTALL AND SERVICE • Installs easily on a rooftop or at ground level • Easy three−panel accessibility for maintenance and installation • Easily converts to down discharge applications • Combination electric heating and cooling BUILT TO LAST • High efficiency ECM indoor blower motor on all models • Pre−painted steel cabinet • Vertical condenser fan discharge • Hail guard (3/8” spacing) wire grilles standard on PHD3**000KTP models (2” spacing wire grilles on non-tin models) • Full perimeter steel base rails • High and low pressure switches provide added reliability for the compressor • All models available with optional factory installed tin−coated copper evaporator coil (These models are identified with letters TP in the 11th and 12th positions in the model number) WARRANTY* • 1 year No Hassle Replacement limited warranty for models with tin coated copper evaporator coils • 5 year parts limited warranty (including compressor and coils) − With timely registration, an additional 5 year parts limited warranty (including compressor and coils) *Applies to original purchaser/homeowner, some limitations may apply. See warranty certificate for complete details. UNIT PERFORMANCE DATA Model Number COOLING HEATING Unit Dimensions Height x Width x Depth in (mm) Operating Weight lbs (kg) Capacity BTU/h SEER EER Capacity BTU/h HSPF PHD324000K000C 23,800 13.5 11.5 23,400 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 320 (145) PHD324000KTP0C 23,800 13.5 11.5 23,400 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 320 (145) PHD330000K000C 29,000 13.5 11.5 29,000 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 332 (150) PHD330000KTP0C 29,000 13.5 11.5 29,000 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 332 (150) PHD336000K000C 35,000 13.5 11.5 35,000 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 336 (152) PHD336000KTP0C 35,000 13.5 11.5 35,000 7.7 42 1 / 8 x48 3 / 16 x32 5 / 8 (1070x1225x829) 336 (152) PHD342000K000C 40,000 13.2 11.5 40,000 7.7 44 3 / 4 x48 3 / 16 x44 1 / 8 (1137x1225x1122) 441 (186) PHD342000KTP0C 40,000 13.2 11.5 40,000 7.7 44 3 / 4 x48 3 / 16 x44 1 / 8 (1137x1225x1122) 441 (186) PHD348000K000C 47,000 13.5 11.5 46,500 7.7 44 3 / 4 x48 3 / 16 x44 1 / 8 (1137x1225x1122) 429 (194) PHD348000KTP0C 47,000 13.5 11.5 46,500 7.7 44 3 / 4 x48 3 / 16 x44 1 / 8 (1137x1225x1122) 429 (194) PHD360000K000C 57,000 13.5 11.5 57,000 7.7 48 3 / 4 x48 3 / 16 x44 1 / 8 (1238x1225x1122) 454 (206) PHD360000KTP0C 57,000 13.5 11.5 57,000 7.7 48 3 / 4 x48 3 / 16 x44 1 / 8 (1238x1225x1122) 454 (206) PHD3 Product Specifications E N V I R O N M E N T A L L Y S O U N D R E F R I G E R A N T Use of the AHRI Certified TM Mark in- dicates a manufacturer’s participation in the program. For verification of certi- fication for individual products, go to www.ahridirectory.org .
18
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PHD3 - Carrier · 2015-11-14 · 518 21 2201 05 specifications subject to change without notice 3 electrical data − phd3 unit nominal vphhz voltage range compressor ofm ifm electric
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Specifications subject to change without notice. 518 21 2201 05 2/02/11
• Copper tube/aluminum fin condenser and evaporator coils
• Scroll compressor standard on all models
• Short−cycling protection for the compressor is built into the defrost control board
• Dehumidification mode (airflow reduction) on all models
EASY TO INSTALL AND SERVICE• Installs easily on a rooftop or at ground level
• Easy three−panel accessibility for maintenance and installation
• Easily converts to down discharge applications
• Combination electric heating and cooling
BUILT TO LAST• High efficiency ECM indoor blower motor on all models
• Pre−painted steel cabinet
• Vertical condenser fan discharge
• Hail guard (3/8” spacing) wire grilles standard on PHD3**000KTP models (2” spacing wire grilles on non-tin models)
• Full perimeter steel base rails
• High and low pressure switches provide added reliability for the compressor
• All models available with optional factory installed tin−coated copper evaporator coil(These models are identified with letters TP in the 11th and 12th positions in the model number)
WARRANTY*• 1 year No Hassle Replacement limited warranty for models with tin coated copper evaporator coils
• 5 year parts limited warranty (including compressor and coils)
− With timely registration, an additional 5 year parts limited warranty (including compressor and coils)
*Applies to original purchaser/homeowner, some limitations may apply. See warranty certificate for complete details.
UNIT PERFORMANCE DATA
ModelNumber
COOLING HEATING Unit Dimensions Height x Width x Depth
Use of the AHRI Certified TM Mark in-dicates a manufacturer’s participationin the program. For verification of certi-fication for individual products, go towww.ahridirectory.org .
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE2 518 21 2201 05
LEGENDdB − Sound Levels (decibels)db − Dry BulbSEER − Seasonal Energy Efficiency Ratiowb − Wet BulbCOP − Coefficient of PerformanceHSPF − Heating Season Performance Factor* Air Conditioning, Heating, & Refrigeration Institute.**At “A” conditions−80°F (26.7°C) indoor db/67°F (19.4°C) indoor wb & 95°F (35°C)outdoor db.†Rated in accordance with U.S. Government DOE (Department of Energy) testprocedures and/or AHRI Standards 210/240.
Notes:1. Ratings are net values, reflecting the effects of circulating fan heat.Ratings are based on:Cooling Standard: 80°F (26.7°C) db, 67°F (19.4°C) wb indoor entering−airtemperature and 95°F (35°C) db outdoor entering−air temperature.2. Before purchasing this appliance, read important energy cost and efficiencyinformation available from your retailer.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 3518 21 2201 05
ELECTRICAL DATA − PHD3
UNITNOMINALVPHHZ
VOLTAGERANGE COMPRESSOR OFM IFM ELECTRIC HEAT POWER SUPPLY
OUTDOOR FAN Nominal Airflow (CFM)Fan Diameter (in.)
Fan Diameter (mm) Diameter Motor HP
(RPM)
270024610
1/5 (810)
270024610
1/5 (810)
270024610
1/5 (810)
310026
660 1/5 (810)
310026660
1/5 (810)
310026660
1/5 (810)INDOOR COIL Rows... Fins/in.
face area (sq. ft.)3...173.7
3...173.7
3...173.7
3...174.7
3...174.7
3...175.7
INDOOR BLOWER Nominal CoolingAirflow (CFM)
Size (in.) (mm)Motor (HP)
80010x10
254x2541/2
100010x10
254x2541/2
120011x10
279x2543/4
140011x10
279x2543/4
160011x10
279x2541.0
185011x10
279x2541.0
HIGH-PRESSURESWITCH (psig)
CutoutReset (Auto)
650±15420±25
LOSS-OF-CHARGE/LOW-PRESSURE
SWITCH
(Liquid Line) (psig)Cutout
Reset (Auto)20±545±10
RETURN-AIR FILTERS*� throwaway (in.) (mm)
20x20x1508x508x25
20x24x1508x610x25
24x30x1610x762x25
24x36x1610x914x25
*Required filter sizes shown are based on the larger of the AHRI (Air conditioning, Heating and Refrigeration Institute) rated cooling airflow or the heating airflow velocity of300 ft/minute for throwaway type or 450 ft/minute for high−capacity type. Air filter pressure drop for non−standard filters must not exceed 0.08 Iin wc.� If using accessory filter rack refer to the filter rack installation instructions for correct filter size and quantity.
DRY COIL AIR DELIVERY* − HORIZONTAL AND DOWNFLOW DISCHARGE − UNIT PHD324−60UNIT
High Black CFM 2461 2409 2339 2286 2192 2140 2062 1968 1874
* Air delivery values are without air filter and are for dry coil (See PHD3− Horizontal Wet Coil Pressure Drop Table).1 Factory−shipped cooling speed
NOTE: For horizontal applications deduct field−supplied air filter pressure drop and wet coil pressure drop to obtain external static pressure available for ducting. For downflowapplications see Wet Coil Air Delivery Table for available static including wet coil, 1−in. (25 mm) filter and economizer.Shaded areas indicate speed/static combinations that are not permitted for dehumidification speed.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 5518 21 2201 05
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE6 518 21 2201 05
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SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 7518 21 2201 05
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32.0
923
.29
2.05
30.5
822
.64
2.28
29.0
021
.96
2.52
27.3
221
.25
2.80
25.5
420
.48
3.12
23.6
019
.64
3.48
72 (1
3.9)
35.4
718
.74
2.08
33.7
818
.14
2.30
32.0
217
.52
2.55
30.2
016
.83
2.82
28.2
516
.11
3.14
26.1
415
.32
3.49
1125
/0.
21
57 (1
3.9)
29.9
529
.95
2.07
28.7
528
.75
2.29
27.5
027
.50
2.54
26.1
526
.15
2.82
24.6
924
.69
3.14
23.1
023
.10
3.51
62 (1
6.7)
30.0
330
.03
2.07
28.8
128
.81
2.30
27.5
527
.55
2.54
26.2
026
.20
2.82
24.7
324
.73
3.14
23.1
423
.14
3.51
63* (
17.2
)30
.27
23.6
32.
0728
.80
22.9
62.
2927
.27
22.2
62.
5425
.65
21.5
02.
8223
.91
20.6
83.
1422
.05
19.7
73.
50
67 (1
9.4)
32.7
424
.80
2.09
31.1
724
.11
2.31
29.5
423
.41
2.56
27.8
022
.67
2.83
25.9
521
.86
3.15
23.9
720
.96
3.51
72 (1
3.9)
36.1
319
.76
2.11
34.4
019
.10
2.34
32.6
018
.43
2.58
30.7
017
.73
2.86
28.6
916
.98
3.17
26.5
116
.17
3.53
*A
t 7
5�F
(2
3.9
�C
) en
teri
ng
dry
bu
lb—
Ten
nessee V
alle
y A
uth
ori
ty [
TV
A]
ratin
g c
on
ditio
ns;
all
oth
ers
at
80�F
(2
6.7
�C
) en
teri
ng
dry
bu
lb. S
ee L
eg
en
d a
nd
No
tes.
PH
D33
0 H
EA
TIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
INDO
OR
AIR
OUT
DOO
R CO
IL E
NTER
ING
AIR
TEM
PERA
TURE
S �
F (�
C)
-10
(-23
.3)
0 (-
17.8
)10
(-12
.2)
20 (-
6.7)
30 (-
1.1)
40 (4
.4)
50 (1
0)60
(15.
6)
EDB
�F
(�C)
CFM
Capa
city
MBt
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tal
Sys
KW
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city
MBt
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Sys
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city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Syst
em KW
Capa
city
MBt
uhTo
tal
Syst
em KWTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
875
8.58
7.89
1.91
11.6
010
.67
1.98
14.8
313
.61
2.04
18.3
716
.66
2.12
22.3
519
.58
2.21
26.0
826
.08
2.29
30.2
930
.29
2.39
35.2
835
.28
2.52
1000
8.75
8.05
1.92
11.8
110
.87
1.99
15.0
713
.83
2.05
18.7
116
.97
2.11
22.6
019
.80
2.19
26.3
926
.39
2.26
30.7
030
.70
2.35
35.8
335
.83
2.47
1125
8.92
8.20
1.95
11.9
911
.04
2.00
15.2
814
.02
2.06
19.3
217
.52
2.12
22.8
119
.98
2.18
26.6
526
.65
2.24
31.0
431
.04
2.32
36.2
936
.29
2.43
70
875
8.06
7.42
1.98
11.1
210
.23
2.06
14.3
713
.19
2.13
17.9
016
.23
2.21
22.0
719
.33
2.31
25.7
425
.74
2.40
29.8
729
.87
2.50
34.7
334
.73
2.64
1000
8.24
7.58
2.00
11.3
310
.42
2.07
14.6
213
.42
2.14
18.1
916
.49
2.20
22.3
019
.54
2.29
26.0
326
.03
2.36
30.2
730
.27
2.46
35.2
735
.27
2.58
1125
8.40
7.73
2.02
11.5
110
.59
2.09
14.8
313
.61
2.15
18.4
316
.71
2.21
22.5
119
.72
2.28
26.2
926
.29
2.35
30.5
730
.57
2.43
35.7
035
.70
2.54
75
875
7.50
6.90
2.06
10.6
09.
762.
1513
.88
12.7
42.
2217
.41
15.7
92.
3121
.72
19.0
32.
4225
.38
25.3
82.
5129
.46
29.4
62.
6234
.18
34.1
82.
75
1000
7.68
7.06
2.08
10.8
19.
952.
1614
.13
12.9
72.
2317
.69
16.0
52.
3021
.99
19.2
72.
4025
.68
25.6
82.
4829
.83
29.8
32.
5734
.70
34.7
02.
69
1125
7.84
7.21
2.11
11.0
010
.12
2.18
14.3
413
.16
2.24
17.9
416
.27
2.30
22.2
119
.46
2.39
25.9
325
.93
2.46
30.1
330
.13
2.54
35.1
435
.14
2.66
See L
eg
en
d a
nd
No
tes fo
llow
ing
tab
les.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE8 518 21 2201 05
PH
D33
6 C
OO
LIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
EVAP
ORA
TOR
AIR
COND
ENSE
R EN
TERI
NG A
IR T
EMPE
RATU
RES �
F (�
C)
75 (2
3.9)
85 (2
9.4)
95 (3
5)10
5 (4
0.5)
115
(46.
1)12
5 (5
1.7)
CFM
/ BF
EWB
�F
(�C)
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KWTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
ns
1050
/0.
12
57 (1
3.9)
33.5
933
.59
2.41
32.2
532
.25
2.67
30.8
230
.82
2.96
29.2
429
.24
3.28
27.5
027
.50
3.66
25.5
825
.58
4.08
62 (1
6.7)
34.7
730
.70
2.42
33.1
029
.87
2.67
31.3
328
.94
2.96
29.4
627
.90
3.29
27.5
627
.56
3.66
25.6
225
.62
4.08
63* (
17.2
)35
.34
25.0
12.
4233
.64
24.2
32.
6831
.81
23.4
02.
9629
.83
22.5
23.
2927
.67
21.5
53.
6625
.33
20.5
04.
08
67 (1
9.4)
38.1
326
.06
2.44
36.3
125
.28
2.70
34.3
324
.46
2.99
32.2
023
.57
3.31
29.8
622
.59
3.68
27.3
621
.54
4.10
72 (1
3.9)
41.9
621
.04
2.47
39.9
420
.31
2.74
37.7
519
.54
3.03
35.3
918
.70
3.35
32.8
217
.81
3.71
30.0
516
.85
4.12
1200
/0.
18
57 (1
3.9)
35.1
135
.11
2.47
33.6
933
.69
2.73
32.1
432
.14
3.02
30.4
530
.45
3.34
28.5
728
.57
3.71
26.4
926
.49
4.14
62 (1
6.7)
35.7
133
.01
2.47
33.9
732
.07
2.73
32.2
032
.20
3.02
30.5
030
.50
3.34
28.6
128
.61
3.71
26.5
326
.53
4.14
63* (
17.2
)36
.21
26.6
92.
4734
.40
25.8
92.
7332
.47
25.0
33.
0230
.40
24.1
03.
3428
.14
23.0
93.
7125
.72
21.9
74.
13
67 (1
9.4)
38.9
927
.86
2.50
37.0
727
.06
2.76
35.0
026
.20
3.04
32.7
625
.27
3.37
30.3
224
.25
3.73
27.7
123
.14
4.15
72 (1
3.9)
42.8
622
.23
2.53
40.7
421
.48
2.79
38.4
220
.68
3.08
35.9
319
.82
3.40
33.2
618
.85
3.76
30.4
017
.82
4.17
1350
/0.
24
57 (1
3.9)
36.4
136
.41
2.52
34.8
934
.89
2.78
33.2
333
.23
3.07
31.4
231
.42
3.40
29.4
129
.41
3.77
27.2
227
.22
4.19
62 (1
6.7)
36.5
436
.49
2.53
34.9
534
.95
2.79
33.2
833
.28
3.07
31.4
731
.47
3.40
29.4
529
.45
3.77
27.2
527
.25
4.19
63* (
17.2
)36
.85
28.2
92.
5334
.96
27.4
62.
7832
.97
26.5
83.
0730
.82
25.6
13.
3928
.48
24.5
33.
7626
.00
23.3
44.
18
67 (1
9.4)
39.6
329
.59
2.55
37.6
428
.75
2.81
35.4
927
.86
3.10
33.1
626
.89
3.42
30.6
525
.82
3.78
27.9
824
.63
4.20
72 (1
3.9)
43.5
023
.36
2.58
41.2
722
.59
2.85
38.8
921
.74
3.13
36.3
220
.81
3.45
33.5
619
.82
3.82
30.6
218
.76
4.22
*A
t 7
5�F
(2
3.9
�C
) en
teri
ng
dry
bu
lb—
Ten
nessee V
alle
y A
uth
ori
ty [
TV
A]
ratin
g c
on
ditio
ns;
all
oth
ers
at
80�F
(2
6.7
�C
) en
teri
ng
dry
bu
lb. S
ee L
eg
en
d a
nd
No
tes.
PH
D33
6 H
EA
TIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
INDO
OR
AIR
OUT
DOO
R CO
IL E
NTER
ING
AIR
TEM
PERA
TURE
S �
F (�
C)
-10
(-23
.3)
0 (-
17.8
)10
(-12
.2)
20 (-
6.7)
30 (-
1.1)
40 (4
.4)
50 (1
0)60
(15.
6)
EDB
�F
(�C)
CFM
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KWTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
1050
12.1
511
.18
2.30
15.3
114
.08
2.39
19.1
917
.61
2.49
22.6
820
.57
2.58
26.6
823
.38
2.68
31.2
831
.28
2.80
36.7
036
.70
2.96
42.9
942
.99
3.16
1200
12.3
811
.39
2.32
15.5
714
.32
2.40
19.4
117
.82
2.50
22.9
620
.82
2.58
27.0
123
.66
2.67
31.6
831
.68
2.78
37.2
037
.20
2.94
43.0
643
.06
3.12
1350
12.5
911
.58
2.35
15.7
914
.53
2.43
19.6
218
.01
2.52
23.1
921
.03
2.59
27.2
923
.91
2.67
32.0
132
.01
2.78
37.5
137
.51
2.93
42.8
242
.82
3.10
70
1050
11.7
110
.77
2.41
14.8
813
.69
2.50
18.7
617
.22
2.61
22.3
920
.31
2.70
26.3
223
.06
2.80
30.8
130
.81
2.93
36.1
436
.14
3.09
42.4
242
.42
3.31
1200
11.9
410
.99
2.44
15.1
313
.93
2.52
19.1
317
.55
2.62
22.6
520
.54
2.70
26.6
323
.34
2.79
31.2
131
.21
2.91
36.6
236
.62
3.06
42.6
242
.62
3.25
1350
12.1
511
.18
2.47
15.3
714
.14
2.54
19.3
517
.76
2.64
22.8
820
.75
2.71
26.9
123
.58
2.80
31.5
431
.54
2.91
37.0
037
.00
3.06
42.4
942
.49
3.24
75
1050
11.2
310
.33
2.53
14.4
213
.27
2.62
18.0
116
.53
2.72
22.0
920
.03
2.84
25.9
622
.75
2.94
30.3
630
.36
3.06
35.5
835
.58
3.23
41.7
741
.77
3.46
1200
11.4
610
.55
2.56
14.6
813
.51
2.64
18.3
116
.81
2.73
22.3
620
.27
2.83
26.2
723
.02
2.92
30.7
430
.74
3.04
36.0
436
.04
3.19
42.1
542
.15
3.40
1350
11.6
710
.74
2.59
14.9
113
.72
2.67
18.6
117
.08
2.75
22.5
920
.48
2.84
26.5
323
.24
2.93
31.0
731
.07
3.03
36.4
336
.43
3.19
42.1
142
.11
3.38
See L
eg
en
d a
nd
No
tes fo
llow
ing
tab
les.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 9518 21 2201 05
PH
D34
2 C
OO
LIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
EVAP
ORA
TOR
AIR
COND
ENSE
R EN
TERI
NG A
IR T
EMPE
RATU
RES �
F (�
C)
75 (2
3.9)
85 (2
9.4)
95 (3
5)10
5 (4
0.5)
115
(46.
1)12
5 (5
1.7)
CFM
/ BF
EWB
�F
(�C)
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KWTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
ns
1225
/ 0.
14
57 (1
3.9)
38.2
938
.29
2.70
36.7
836
.78
3.00
35.1
735
.17
3.35
33.4
333
.43
3.76
31.5
531
.55
4.23
29.5
329
.53
4.78
62 (1
6.7)
39.6
035
.26
2.71
37.7
434
.27
3.01
35.7
933
.19
3.36
33.7
432
.00
3.76
31.6
231
.62
4.24
29.5
829
.58
4.78
63* (
17.2
)40
.17
28.7
02.
7238
.23
27.8
03.
0236
.20
26.8
43.
3734
.04
25.8
13.
7731
.75
24.7
34.
2429
.30
23.5
74.
77
67 (1
9.4)
43.4
329
.99
2.76
41.3
429
.07
3.07
39.1
328
.10
3.42
36.8
027
.07
3.83
34.3
325
.98
4.30
31.6
924
.82
4.85
72 (1
3.9)
47.7
124
.52
2.83
45.3
623
.64
3.14
42.9
122
.69
3.50
40.3
421
.70
3.91
37.6
320
.65
4.40
34.7
519
.54
4.95
1400
/ 0.
17
57 (1
3.9)
40.1
140
.11
2.76
38.4
838
.48
3.06
36.7
336
.73
3.42
34.8
534
.85
3.83
32.8
332
.83
4.31
30.6
530
.65
4.86
62 (1
6.7)
40.7
737
.93
2.77
38.8
336
.81
3.07
36.8
236
.82
3.42
34.9
134
.91
3.83
32.8
832
.88
4.31
30.6
930
.69
4.86
63* (
17.2
)41
.23
30.6
52.
7739
.19
29.7
03.
0737
.04
28.7
03.
4234
.77
27.6
33.
8332
.38
26.4
84.
2929
.83
25.2
54.
83
67 (1
9.4)
44.5
432
.09
2.82
42.3
331
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3.12
40.0
030
.10
3.48
37.5
529
.02
3.89
34.9
727
.89
4.37
32.2
326
.64
4.91
72 (1
3.9)
48.8
725
.87
2.89
46.3
924
.92
3.20
43.8
223
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3.56
41.1
322
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3.98
38.3
021
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4.46
35.3
020
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5.02
1575
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19
57 (1
3.9)
41.6
741
.67
2.82
39.9
239
.92
3.13
38.0
438
.04
3.48
36.0
436
.04
3.90
33.8
933
.89
4.38
31.5
731
.57
4.93
62 (1
6.7)
41.7
841
.78
2.82
40.0
040
.00
3.13
38.1
038
.10
3.49
36.0
936
.09
3.90
33.9
433
.94
4.38
31.6
131
.61
4.94
63* (
17.2
)42
.07
32.5
32.
8339
.93
31.5
33.
1337
.70
30.4
83.
4835
.35
29.3
53.
8832
.87
28.1
34.
3530
.26
26.8
14.
89
67 (1
9.4)
45.4
234
.11
2.87
43.1
033
.11
3.18
40.6
632
.04
3.53
38.1
430
.89
3.95
35.4
729
.68
4.43
32.6
528
.36
4.97
72 (1
3.9)
49.7
927
.12
2.95
47.2
026
.14
3.26
44.5
325
.11
3.62
41.7
424
.03
4.04
38.8
122
.90
4.53
35.7
121
.70
5.08
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t 7
5�F
(2
3.9
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) en
teri
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dry
bu
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) en
teri
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en
d a
nd
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tes.
PH
D34
2 H
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G E
XT
EN
DE
D P
ER
FO
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AN
CE
TA
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OR
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DOO
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ING
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TEM
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F (�
C)
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(-23
.3)
0 (-
17.8
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20 (-
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30 (-
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40 (4
.4)
50 (1
0)60
(15.
6)
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city
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MBt
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Sys
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city
MBt
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gTo
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gTo
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gTo
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Inte
gTo
tal
Inte
gTo
tal
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gTo
tal
Inte
gTo
tal
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g
65
1225
13.5
412
.46
2.47
17.4
716
.08
2.63
21.9
620
.15
2.78
25.9
823
.56
2.88
30.5
426
.76
2.98
35.7
835
.78
3.11
42.0
142
.01
3.30
48.7
748
.77
3.53
1400
13.7
212
.62
2.48
17.6
816
.26
2.64
22.1
420
.32
2.77
26.2
123
.77
2.86
30.8
527
.03
2.95
36.1
836
.18
3.07
42.4
342
.43
3.24
48.1
548
.15
3.46
1575
13.8
812
.77
2.50
17.8
516
.43
2.65
22.3
020
.47
2.78
26.4
123
.95
2.86
31.1
027
.25
2.95
36.5
036
.50
3.07
42.1
242
.12
3.22
47.1
947
.19
3.42
70
1225
13.2
112
.15
2.61
17.1
115
.75
2.77
21.7
419
.96
2.92
25.7
023
.30
3.02
30.1
526
.42
3.12
35.2
735
.27
3.25
41.3
741
.37
3.44
48.3
248
.32
3.70
1400
13.4
012
.33
2.62
17.3
315
.95
2.78
21.9
420
.14
2.91
25.9
323
.52
3.00
30.4
526
.68
3.10
35.6
735
.67
3.22
41.8
641
.86
3.40
47.8
447
.84
3.62
1575
13.5
712
.48
2.64
17.5
216
.12
2.79
22.1
320
.31
2.92
26.1
423
.71
3.00
30.7
226
.91
3.09
35.9
735
.97
3.21
41.8
441
.84
3.37
47.0
347
.03
3.59
75
1225
12.7
911
.77
2.75
16.7
015
.37
2.91
21.0
319
.31
3.05
25.4
123
.05
3.17
29.7
626
.07
3.27
34.7
634
.76
3.41
40.7
540
.75
3.61
47.8
047
.80
3.89
1400
12.9
911
.95
2.76
16.9
315
.58
2.92
21.5
919
.82
3.05
25.6
423
.25
3.15
30.0
626
.34
3.24
35.1
535
.15
3.37
41.2
441
.24
3.56
47.4
947
.49
3.80
1575
13.1
712
.12
2.79
17.1
315
.76
2.93
21.8
620
.07
3.06
25.8
523
.44
3.15
30.3
126
.56
3.23
35.4
635
.46
3.35
41.4
841
.48
3.53
46.7
946
.79
3.76
See L
eg
en
d a
nd
No
tes fo
llow
ing
tab
les.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE10 518 21 2201 05
PH
D34
8 C
OO
LIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
EVAP
ORA
TOR
AIR
COND
ENSE
R EN
TERI
NG A
IR T
EMPE
RATU
RES �
F (�
C)
75 (2
3.9)
85 (2
9.4)
95 (3
5)10
5 (4
0.5)
115
(46.
1)12
5 (5
1.7)
CFM
/ BF
EWB
�F
(�C)
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city
MBt
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Sys
KW
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city
MBt
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tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
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city
MBt
uhTo
tal
Sys
KW
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city
MBt
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tal
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KWTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
nsTo
tal
Sens
Tota
lSe
ns
1400
/0.
15
57 (1
3.9)
45.5
645
.56
3.20
43.6
443
.64
3.58
41.6
241
.62
3.98
39.4
739
.47
4.41
37.1
537
.15
4.90
34.6
434
.64
5.46
62 (1
6.7)
47.1
241
.32
3.21
44.7
540
.06
3.59
42.3
338
.74
3.99
39.8
137
.27
4.42
37.2
337
.23
4.91
34.6
934
.69
5.46
63* (
17.2
)47
.82
33.6
63.
2145
.36
32.5
23.
5942
.84
31.3
43.
9940
.19
30.1
14.
4237
.38
28.8
14.
9134
.39
27.4
15.
46
67 (1
9.4)
51.5
735
.10
3.22
48.8
833
.93
3.62
46.1
332
.74
4.02
43.2
531
.49
4.46
40.2
130
.17
4.95
36.9
428
.75
5.49
72 (1
3.9)
56.5
528
.57
3.23
53.5
227
.50
3.64
50.4
526
.34
4.06
47.2
625
.12
4.51
43.8
523
.83
4.99
40.2
722
.48
5.53
1600
/0.
18
57 (
13.9
)47
.60
47.6
03.
2645
.50
45.5
03.
6543
.31
43.3
14.
0540
.98
40.9
84.
4938
.48
38.4
84.
9835
.76
35.7
65.
53
62 (1
6.7)
48.4
044
.34
3.26
45.9
142
.93
3.65
43.4
143
.41
4.05
41.0
441
.04
4.49
38.5
338
.53
4.98
35.8
135
.81
5.53
63* (
17.2
)48
.97
35.8
73.
2746
.36
34.6
73.
6543
.69
33.4
44.
0540
.92
32.1
54.
4937
.98
30.7
64.
9734
.88
29.2
75.
52
67 (1
9.4)
52.7
537
.49
3.27
49.9
036
.26
3.68
47.0
035
.00
4.09
43.9
833
.69
4.52
40.7
932
.28
5.01
37.4
130
.77
5.55
72 (1
3.9)
57.7
530
.14
3.28
54.5
828
.93
3.70
51.3
627
.71
4.13
48.0
126
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4.57
44.4
525
.09
5.06
40.7
423
.69
5.59
1800
/0.
21
57 (1
3.9)
49.3
249
.32
3.32
47.0
647
.06
3.71
44.7
144
.71
4.12
42.2
342
.23
4.56
39.5
539
.55
5.05
36.6
536
.65
5.59
62 (1
6.7)
49.5
549
.16
3.32
47.1
447
.14
3.71
44.7
744
.77
4.12
42.2
842
.28
4.56
39.6
039
.60
5.05
36.7
036
.70
5.59
63* (
17.2
)49
.85
38.0
03.
3247
.12
36.7
43.
7144
.35
35.4
44.
1141
.47
34.0
74.
5538
.44
32.6
05.
0335
.24
30.9
85.
57
67 (1
9.4)
53.6
439
.78
3.32
50.6
738
.49
3.73
47.6
637
.17
4.15
44.5
235
.78
4.59
41.2
234
.28
5.07
37.7
532
.65
5.60
72 (1
3.9)
58.6
931
.53
3.33
55.3
930
.29
3.76
52.0
429
.02
4.18
48.5
427
.70
4.63
44.8
826
.31
5.12
41.0
624
.85
5.65
*A
t 7
5�F
(2
3.9
�C
) en
teri
ng
dry
bu
lb—
Ten
nessee V
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y A
uth
ori
ty [
TV
A]
ratin
g c
on
ditio
ns;
all
oth
ers
at
80�F
(2
6.7
�C
) en
teri
ng
dry
bu
lb. S
ee L
eg
en
d a
nd
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tes.
PH
D34
8 H
EA
TIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
INDO
OR
AIR
OUT
DOO
R CO
IL E
NTER
ING
AIR
TEM
PERA
TURE
S �
F (�
C)
-10
(-23
.3)
0 (-
17.8
)10
(-12
.2)
20 (-
6.7)
30 (-
1.1)
40 (4
.4)
50 (1
0)60
(15.
6)
EDB
�F
(�C)
CFM
Capa
city
MBt
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city
MBt
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city
MBt
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city
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Sys
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city
MBt
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KW
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city
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tal
Sys
KW
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city
MBt
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tal
Sys
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city
MBt
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tal
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tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65(1
8.3)
1400
15.7
614
.50
2.95
20.3
618
.74
3.07
25.2
223
.15
3.20
31.0
528
.16
3.36
36.2
231
.73
3.50
41.9
441
.94
3.65
48.5
548
.55
3.83
56.4
156
.41
4.05
1600
16.0
114
.73
2.98
20.6
418
.99
3.09
25.5
523
.46
3.21
31.3
628
.44
3.35
36.5
932
.06
3.48
42.4
242
.42
3.61
49.1
749
.17
3.77
57.1
257
.12
3.95
1800
16.2
414
.94
3.02
20.9
019
.23
3.12
25.8
523
.73
3.23
31.6
328
.69
3.37
36.9
232
.35
3.48
42.8
442
.84
3.60
49.7
249
.72
3.74
57.4
857
.48
3.90
70(2
1.1)
1400
15.2
614
.04
3.08
19.8
518
.27
3.20
24.6
822
.65
3.33
30.1
327
.32
3.48
35.8
031
.37
3.65
41.4
041
.40
3.81
47.8
747
.87
4.00
55.5
855
.58
4.24
1600
15.5
214
.28
3.11
20.1
418
.53
3.22
25.0
422
.98
3.34
30.9
928
.11
3.50
36.1
631
.68
3.63
41.8
741
.87
3.78
48.4
848
.48
3.94
56.3
856
.38
4.15
1800
15.7
614
.50
3.15
20.4
118
.78
3.25
25.3
323
.25
3.36
31.2
828
.37
3.51
36.4
931
.97
3.63
42.2
842
.28
3.76
49.0
149
.01
3.91
56.8
256
.82
4.09
75(2
3.9)
1400
14.6
813
.51
3.22
19.2
917
.74
3.34
24.1
222
.14
3.47
29.3
426
.61
3.63
35.3
831
.00
3.82
40.8
540
.85
3.98
47.2
147
.21
4.18
54.7
754
.77
4.43
1600
14.9
513
.76
3.25
19.5
918
.03
3.36
24.4
722
.46
3.48
29.7
626
.99
3.62
35.7
331
.31
3.79
41.3
141
.31
3.94
47.8
047
.80
4.12
55.5
655
.56
4.35
1800
15.1
913
.98
3.29
19.8
518
.27
3.39
24.7
822
.74
3.51
30.1
927
.38
3.63
36.0
731
.60
3.79
41.7
241
.72
3.93
48.3
048
.30
4.09
56.1
256
.12
4.28
See L
eg
en
d a
nd
No
tes fo
llow
ing
tab
les.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 11518 21 2201 05
PH
D36
0 C
OO
LIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
EVAP
ORA
TOR
AIR
COND
ENSE
R EN
TERI
NG A
IR T
EMPE
RATU
RES �
F (�
C)75
(23.
9)85
(29.
4)95
(35)
105
(40.
5)11
5 (4
6.1)
125
(51.
7)
CFM
/ BF
EWB
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(�C)
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city
MBt
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tal
Sys
KWCa
paci
ty M
Btuh
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lSy
s KW
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city
MBt
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tal
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KWCa
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ty M
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s KW
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city
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ty M
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s KW
Tota
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Tota
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tal
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Tota
lSe
nsTo
tal
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1750
/0.
19
57 (1
3.9)
56.4
256
.42
3.97
54.0
954
.09
4.39
51.6
051
.60
4.86
48.8
948
.89
5.40
45.8
745
.87
6.01
42.6
042
.60
6.70
62 (1
6.7)
58.0
051
.82
3.99
55.1
550
.34
4.40
52.1
948
.67
4.87
49.1
048
.72
5.40
45.9
445
.94
6.01
42.6
642
.66
6.70
63* (
17.2
)58
.78
42.0
54.
0055
.87
40.6
94.
4152
.77
39.2
54.
8849
.45
37.7
25.
4145
.84
36.0
66.
0142
.01
34.2
66.
6967
(19.
4)63
.34
43.8
64.
0560
.17
42.4
84.
4756
.78
41.0
24.
9453
.14
39.4
55.
4649
.23
37.7
76.
0645
.09
35.9
66.
7472
(13.
9)69
.39
35.4
24.
1365
.81
34.1
54.
5562
.02
32.7
25.
0257
.99
31.1
95.
5453
.69
29.5
66.
1349
.14
27.8
56.
80
1850
/0.
20
57 (1
3.9)
56.9
456
.94
3.99
54.5
754
.57
4.41
52.0
352
.03
4.88
49.2
749
.27
5.42
46.2
346
.23
6.03
42.8
842
.88
6.72
62 (1
6.7)
58.3
352
.61
4.01
55.4
451
.08
4.42
52.4
749
.35
4.89
49.3
649
.36
5.42
46.3
046
.30
6.03
42.9
442
.94
6.72
63* (
17.2
)59
.07
42.6
24.
0256
.12
41.2
44.
4353
.00
39.8
04.
9049
.63
38.2
55.
4245
.98
36.5
66.
0342
.13
34.7
46.
7167
(19.
4)63
.63
44.4
74.
0860
.42
43.0
84.
4957
.00
41.6
04.
9653
.31
40.0
25.
4849
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38.3
16.
0845
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36.4
86.
7572
(13.
9)69
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1566
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34.5
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5762
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0458
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5653
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29.8
86.
1549
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66.
82
2250
/0.
27
57 (1
3.9)
60.8
760
.87
4.19
58.1
458
.14
4.61
55.2
355
.23
5.08
52.0
552
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5.62
48.6
148
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6.22
44.8
844
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6.90
62 (1
6.7)
60.9
560
.95
4.19
58.2
358
.23
4.61
55.3
155
.31
5.08
52.1
252
.12
5.62
48.6
748
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6.22
44.9
344
.93
6.90
63* (
17.2
)61
.07
47.5
04.
1957
.83
46.0
14.
6154
.45
44.4
35.
0750
.81
42.6
95.
6046
.95
40.7
96.
1942
.89
38.6
96.
8767
(19.
4)65
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49.7
44.
2562
.14
48.2
34.
6758
.42
46.6
05.
1354
.47
44.8
45.
6650
.28
42.9
36.
2545
.90
40.8
26.
9272
(13.
9)71
.73
39.0
74.
3367
.82
37.6
04.
7563
.70
36.0
55.
2159
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34.4
15.
7454
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32.6
76.
3249
.88
30.8
36.
98
*A
t 7
5�F
(2
3.9
�C
) en
teri
ng
dry
bu
lb—
Ten
nessee V
alle
y A
uth
ori
ty [
TV
A]
ratin
g c
on
ditio
ns;
all
oth
ers
at
80�F
(2
6.7
�C
) en
teri
ng
dry
bu
lb. S
ee L
eg
en
d a
nd
No
tes.
PH
D36
0 H
EA
TIN
G E
XT
EN
DE
D P
ER
FO
RM
AN
CE
TA
BL
E
INDO
OR
AIR
OUT
DOO
R CO
IL E
NTER
ING
AIR
TEM
PERA
TURE
S �
F (�
C)-1
0 (-
23.3
)0
(-17
.8)
10 (-
12.2
)20
(-6.
7)30
(-1.
1)40
(4.4
)50
(10)
60 (1
5.6)
EDB
�F
(�C)
CFM
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KW
Capa
city
MBt
uhTo
tal
Sys
KWTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
6517
5019
.26
17.7
23.
6224
.88
22.8
93.
7730
.79
28.2
63.
9137
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33.7
44.
0644
.98
39.4
14.
2651
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51.9
64.
4360
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60.0
24.
6469
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69.6
24.
9118
0019
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17.7
93.
6324
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22.9
83.
7830
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28.3
73.
9237
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54.
0745
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39.5
04.
2652
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52.0
94.
4260
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60.1
94.
6269
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69.8
44.
8922
5020
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18.4
53.
7525
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23.6
93.
8831
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44.
0038
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54.
1245
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40.2
54.
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4161
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84.
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71.5
14.
81
7017
5018
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9230
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27.5
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32.9
84.
2444
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38.9
64.
4651
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51.3
24.
6359
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59.2
24.
8568
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68.6
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1218
0018
.45
16.9
73.
7824
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9330
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27.6
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33.0
94.
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39.0
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6359
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59.3
94.
8368
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68.8
55.
1022
5019
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17.6
23.
9024
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22.9
34.
0430
.96
28.4
14.
1737
.44
33.9
54.
3045
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39.8
04.
4752
.45
52.4
54.
6160
.65
60.6
54.
7970
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70.4
75.
02
7517
5017
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16.0
43.
9323
.12
21.2
74.
0929
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26.7
84.
2635
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32.2
64.
4343
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37.7
44.
6350
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50.6
64.
8558
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58.4
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67.6
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16.1
23.
9423
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21.3
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26.8
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2735
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74.
4343
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74.
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8458
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67.8
75.
3322
5018
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0623
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22.0
74.
2130
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27.6
54.
3536
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14.
4844
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39.3
14.
6851
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51.7
94.
8259
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59.8
35.
0069
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69.4
55.
24
LE
GE
ND
BF
- B
yp
ass F
acto
red
b -
En
teri
ng
Dry
-B
ulb
Ew
b -
En
teri
ng
Wet-
Bu
lbkW
- T
ota
l U
nit P
ow
er
Inp
ut
SH
C -
Sen
sib
le H
eat
Cap
acity (
1000 B
tuh
)T
C -
To
tal C
ap
acity (
10
00
Btu
h)
(net)
rh -
Rela
tive H
um
idity
CO
OL
ING
NO
TE
S:
1. R
atin
gs a
re n
et;
th
ey a
cco
un
t fo
r th
e e
ffects
of th
e e
vap
ora
tor-
fan
mo
tor
po
wer
an
d h
eat.
2. D
irect
inte
rpo
latio
n is p
erm
issib
le. D
o n
ot
ext
rap
ola
te.
3. T
he fo
llow
ing
fo
rmu
las m
ay b
e u
sed
:
Sen
sib
le c
ap
acity (
Btu
h)
1.1
0 x
cfm
t ldb
= t
ed
b -
Wet-
bu
lb t
em
pera
ture
co
rresp
on
din
g t
o e
nth
alp
y
air
leavin
g e
vap
ora
tor
co
il (h
lwb
)
t lwb
=
tota
l cap
acity (
Btu
h)
4.5
x c
fm
hlw
b =
hew
b -
Where
: hew
b =
Enth
alp
y o
f air e
nte
ring
eva
po
rato
r co
il4. The S
HC
is b
ase
d o
n 8
0�F (
26.7�C
) ed
b te
mp
era
ture
of a
ir e
nte
ring
eva
po
rato
r co
il. B
elo
w 8
0�F (26.7�C
) ed
b, s
ub
tract
(co
rr facto
r x c
fm)
fro
m S
HC
. A
bo
ve 8
0�F
(2
6.7�C
) ed
b, ad
d (
co
rr facto
r x c
fm)
to S
HC
. C
orr
ectio
n F
acto
r =
1.1
0 x
(1 +
BF
) x
(ed
b +
80).
5. In
teg
rate
d c
ap
acity
is m
axi
mum
(in
stanta
neo
us)
cap
acity
less
the e
ffect of f
rost
on th
e o
utd
oo
r co
il and
the h
eat re
quired
to d
efro
st it
.6. The S
HC
is b
ase
d o
n 8
0�F (
26.7�C
) ed
b te
mp
era
ture
of a
ir e
nte
ring
eva
po
rato
r co
il. B
elo
w 8
0�F (26.7�C
) ed
b, s
ub
tract
(co
rr facto
r x c
fm)
fro
m S
HC
. A
bo
ve 8
0�F
(2
6.7�C
) ed
b, ad
d (
co
rr facto
r x c
fm)
to S
HC
. C
orr
ectio
n F
acto
r =
1.1
0 x
(1 +
BF
) x
(ed
b +
80).
7. In
teg
rate
d c
ap
acity
is m
axi
mum
(in
stanta
neo
us)
cap
acity
less
the e
ffect of f
rost
on th
e o
utd
oo
r co
il and
the h
eat re
quired
to d
efro
st it
.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE12 518 21 2201 05
UNIT DIMENSIONS, PHD324−36
24 30 36PH
D3
24 30 36PH
D3
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 13518 21 2201 05
UNIT DIMENSIONS, PHD342−60
42 48 60
PH
D3
42 48 60
PH
D3
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE14 518 21 2201 05
C0NNECTION WIRING SCHEMATIC − PHD3 208/230−1−60
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 15518 21 2201 05
LADDER WIRING SCHEMATIC − PHD3 208/230−1−60
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE16 518 21 2201 05
CONTROLSOperating sequenceWhen power is supplied to unit, the transformer (TRAN) isenergized.On units with crankcase heater, heater is also energized.Cooling — With the thermostat in the cooling position, thethermostat makes circuit “R” to “O”. This energizes the reversingvalve solenoid (RVS) and places the unit in standby conditionfor cooling.As the space temperature rises, the thermostat closes circuit“R” to “Y”. A circuit is made to contactor (C), starting thecompressor (COMP) and outdoor−fan motor (OFM). Circuit “R”to “G” is made at the same time and starts the indoor−fan motor(IFM).When the thermostat is satisfied, contacts open, deenergizing C.The COMP and OFM stop, and the IFM stops after thepreselected time delay.On the loss of the thermostat call for cooling, 24 V is removedfrom both the “Y1/Y” and “G” terminals (provided the fan switchis in the “AUTO” position) de−energizing the compressorcontactor and opening the contacts supplying power tocompressor/OFM. After a 90−second delay, the IFM shuts off. Ifthe thermostat fan selector switch is in the “ON” position, theIFM will run continuously.
Heating — On a call for heat, thermostat makes circuits “R” to“Y” and “R” to “G”.A circuit is made to C, starting COMP and OFM. Circuit “R” to“G” also is completed, energizing IFR and starting IFM after theselected time delay.Should room temperature continue to fall, circuit “R” to “W” ismade through second−stage thermostat. If optional electric heatpackage is used, a relay is energized, bringing on first bank ofsupplemental electric heat. When thermostat is satisfied,contacts open, deenergizing contactor and relay; motors andheaters deenergize.
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 17518 21 2201 05
ACCESSORIES
ROOF CURBS
RETURN AIR
SMALLBASE UNIT
SUPPLYAIR
LARGEBASE UNIT
UNIT PLACEMENT ON COMMON CURB
C
B
A
F
D
E
LARGE CURB
C
B
A
F
DE
Dashed lines show cross supportlocation for large basepan units.
SMALL OR LARGE BASE UNIT
COMMON CURB
ROOF CURB DETAIL
Wood nailer*
Roofcurb*
Insulation(field supplied)
*Provided with roofcurb
Cant stripfield supplied
Roofing materialfield supplied
Flashing fieldsupplied
HVAC unitbase rails
Roofcurb
SealingGasket
HVAC unitbasepan
Anchor screw
A09090
A09095
A09096
A09094
UNIT SIZECATALOGNUMBER
AIN. (mm)
B (small base)IN. (mm)*
B (large base)IN. (mm)*
CIN. (mm)
DIN. (mm)
EIN. (mm)
FIN. (mm)
Small or LargeCPRFCURB010A00 11 (279)
10 (254)14 (356) 16 (406) 47.8 (1214)
32.4 (822)2.7 (69)
CPRFCURB011A00 14 (356)
LargeCPRFCURB012A00 11 (279)
N/A 43.9 (1116)CPRFCURB013A00 14 (356)
* Part Numbers CPRCURB010A00 and CPRCURB011A00 can be used on both small and large basepan units. The cross supports must be located based on whether theunit is a small basepan or a large basepan.NOTES:
1. Roof curb must be set up for unit being installed.
2. Seal strip must be applied, as required, to unit being installed.
3. Roof curb is made of 16−gauge steel.
4. Attach ductwork to curb (flanges of duct rest on curb).
International Comfort Products, LLCLewisburg, Tennessee 37091 USA
www.GoTempstar.com
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE18 518 21 2201 05
PHD3 ACCESSORIES (continued)Accessory Model Number Description Use With Model SizeROOF CURBS
CPRFCURB010A00 Roof Curb, 11” High 24 − 60CPRFCURB011A00 Roof Curb, 14” High 24 − 60CPRFCURB012A00 Roof Curb, 11” High 42 − 60CPRFCURB013A00 Roof Curb, 14” High 42 − 60
Note: CPRFCURB010A00 AND CPRFCURB011A00 can be used with 42−60 size units with some overhang.ADAPTER CURBS*
CPADCURB001A00 Adapter curb for use with NPRFCURB006A00 & NPRFCURB007A00 24 − 36CPADCURB002A00 Adapter curb for use with NPRFCURB008A00 & NPRFCURB009A00 42 − 60
* Can also be used when replacing other manufacturer’s older generation units that contain a composite base without a metal base rail.
CONCENTRIC ADAPTERS − (Use with curb only)NPCONADP001A00 For 18” round duct (use with curbs CPRFCURB010A00, CPRFCURB011A00) Small Curb
NPCONADP002A00 For 18” round duct (use with curbs CPRFCURB012A00, CPRFCURB013A00) Large Curb
CONCENTRIC DIFFUSERS − (Ceiling or under roof))AXB020CSA* Step Down Diffuser − Fits 2’ x 4’ Ceiling Grid (16” round collars for flex conn.) 24 − 42
AXB020CFA* Flush Mount Diffuser − Fits 2’ x 4’ Ceiling Grid (16” round collars for flex conn.) 24 − 42
AXB030CSA Step Down Diffuser − Fits 2’ x 4’ Ceiling Grid (18” round collars for flex conn.) 24 − 60
AXB030CFA Flush Mount Diffuser − Fits 2’ x 4’ Ceiling Grid (18” round collars for flex conn.) 24 − 60
* A field supplied 18” to 16” round reducer required when used with NP concentric adaptor
ECONOMIZERSCPECOMZR007A00 Dedicated Vertical Economizer − Internal with solid state controller, gear driven, fully modulat-
ing damper, spring return actuator, up to 50% barometric relief, supply and dry bulb outdoorair sensors. Includes filter rack with 1” filters*.
24 − 36CPECOMZR008A00 42, 48CPECOMZR009A00 60CPECOMZR010A00 Dedicated Horizontal Economizer − Internal with solid state controller, fully modulating
damper, spring return actuator, supply and dry bulb outdoor air sensor, and low ambient com-pressor lockout switch included. Includes filter rack with 1−inch filters*.
24 − 36CPECOMZR011A00 42, 48CPECOMZR012A00 60CPRLYKIT001A00 Economizer relay for heat pumps ALL
AXB078ENT Outdoor Enthalpy Control ALL* Outdoor enthalpy available as field installed accessory; Filter rack and 1” filter, same as CPFILTRK kit
MANUAL FRESH AIR DAMPERSCPMANDPR007A00
Manual Outside Air Damper − (Includes filter rack and 1” filter, same as CPFILTRK kit)24 − 36
CPMANDPR008A00 42, 48CPMANDPR009A00 60
INTERNAL FILTER RACK and FILTER (shipped with 1” filters)CPFILTRK007A00