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Goodman GPC14H User's Manual PDF
Summary of Content for Goodman GPC14H User's Manual PDF
SS-GPC14H www.goodmanmfg.com 1/21 Supersedes 12/20
Packaged Air Conditioner 2 to 5 Tons
14 SEER
Standard Features Energy-efficient compressor Multi-speed ECM indoor blower motor Quiet horizontal discharge Copper tube/aluminum fin condenser coil All-aluminum evaporator coil Totally enclosed, permanently
lubricated condenser fan motor Fully charged system 5 kW to 20 kW electric heat kit
available as a field-installed option AHRI Certified; ETL Listed
Cabinet Features Heavy-gauge galvanized-steel cabinet
with attractive Architectural Gray powder-paint finish
Louvered condenser coil protection Aluminum foil-facing internal insulation
reinforced with fiberglass scrim Fully insulated blower compartment
with convenient access panels Meets cabinet air leakage requirements when
tested in accordance with ASHRAE standard 193 One footprint for all tonnages
Cooling Capacity: 23,600 - 57,500 BTU/H
GPC14H
Contents Nomenclature ........................................ 2 Product Specifications ........................... 3 Expanded Cooling Data ......................... 4 Airflow Data ......................................... 18 Heater Kit Specifications .................... 19 Dimensions .......................................... 20 Wiring Diagram .................................... 21 Accessories .......................................... 23
* Complete warranty details available from your local dealer or at www.goodmanmfg.com. To receive the 2-Year Unit Replacement Limited Warranty and 10-Year Parts Limited Warranty, online registration must be completed within 60 days of installation. Online registration is not required in California or Quebec.
2 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 3
Nomenclature
G P C 14 36 H 4 1 **
1 2 3 4,5 6,7 8 9 10 11,12
Brand Engineering
G Goodman brand Major/ Minor Revisions
Product Category Electrical
P Packaged Unit 1 208-230/1/60
Unit Type Refrigerant
C Air Conditioner 4 R-410A
H Heat Pump
Airflow
Efficiency M Multi-Position
14 14 SEER H Horizontal
16 16 SEER
Nominal Capacity
24 2 Tons 36 3 Tons 48 4 Tons
30 2 tons 42 3 Tons 60 5 Tons
2 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 3
Models GPC14 24H41E*
GPC14 30H41E*
GPC14 30H41G*
GPC14 36H41DD
GPC14 36H41DF
GPC14 42H41E*
GPC14 48H41E*
GPC14 60H41E*
Cooling Capacity Cooling Capacity (BTU/h) 23,600 28,400 28,400 35,600 35,600 40,000 46,000 57,500 Sensible BTU/h 17,500 21,000 21,000 26,400 26,400 28,800 34,600 41,000 SEER / EER 14.0 / 12.0 14.0 / 12.0 14.0 / 12.0 14.0 / 12.0 14.0 / 12.0 14.0 / 12.0 14.0 / 12.0 14.0 / 11.5 Decibels 76 76 76 78 78 78 80 80 AHRI Numbers 7428120 7428122 202031000 6892357 6892357 7428124 7428126 7428128
Evaporator Motor Type ECM ECM ECM ECM ECM ECM ECM ECM Wheel (D x W) 10 x 8 10 x 8 10 x 8 10 x 8 10 x 8 10 x 8 10 x 8 11 x 8 Cooling CFM 875 1,050 1,050 1,200 1,200 1,300 1,600 1,600 Fan-Only CFM 800 950 800 1,100 1,100 1,200 1,400 1,700 RLA 1.5 1.86 1.86 1.86 1.86 2.9 2.9 2.9 No. of Speeds 5 5 5 5 5 5 5 5 Horsepower - RPM - 1050 - 1050 - 1050 - 1050 - 1050 - 1050 - 1050 - 1050
Evaporator Coil Face Area (ft) 5.25 5.25 5.25 5.25 5.25 6.20 6.20 7.00 Rows Deep/ Fins per Inch 3/ 14 3/ 14 3/ 14 3/ 14 3/ 14 4/ 14 4/ 14 4/ 14 Indoor Orifice Size 0.055 0.063 0.063 0.068 0.068 0.076 0.076 0.086 Filter Size (") 20 x 20 x 1 20 x 25 x 1 20 x 25 x 1 25 x 25 x 1 25 x 25 x 1 (2) 20 x 20 x 1 (2) 20 x 20 x 1 (2) 20 x 25 x 1 All-aluminum coil X X X X X X X X Drain Size (NPT) " " " " " " " " Refrigerant Charge (oz.) 51 46 46 65 65 70 85 103
Condenser Fan / Coil Horsepower - RPM 1/6 - 815 1/6 - 815 1/6 - 815 - 830 - 830 - 1075 - 1075 - 1075 RLA/LRA 1.1 / 1.7 1.1 / 1.7 1.1 / 1.7 1.3 / 3.0 1.6 / 3.5 1.4 / 2.9 1.4 / 2.9 1.4 / 2.9 Fan Diameter/ # Fan Blades 22 / 2 22 / 2 22 / 2 22 / 3 22 / 3 22 / 4 22 / 4 22 / 4 Face Area (ft) 9.3 9.3 9.3 12.3 12.3 12.3 16 15 Rows Deep/ Fins per Inch 1 / 27 1 / 27 1 / 27 1 / 26 1 / 26 1 / 27 1 / 27 2 /27
Compressor Quantity / Type 1 / Rotary 1 / Scroll 1 / Scroll 1 / Scroll 1 / Scroll 1 / Scroll 1 / Scroll 1 / Scroll Stage Single Single Single Single Single Single Single Single Compressor RLA/LRA 7.7/37 14.1/ 64 13.5/73 16.7 / 79 16.7 / 79 17.9 / 112 19.9 / 109 26.4 / 134
Electrical Data Voltage-Phase (60 Hz) 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 Indoor Blower FLA 3.8 3.8 3.8 3.8 3.8 3.8 5.4 5.4 Outdoor Fan RLA 1.1 1.1 1.1 1.3 1.6 1.4 1.4 1.4 Total Unit Amps 12.6 19 18.4 22 22.1 23.1 26.7 33.2 Min. Circuit Ampacity 15 23 22 26 26.3 28 32 40 Max. Overcurrent Protection (amps) 20 35 35 40 40 45 50 60
Operating Weight (lbs) 300 305 305 315 315 350 365 370 Ship Weight (lbs) 309 314 314 324 324 359 377 382
Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes. May use fuses or HACR-type circuit breakers of the same size as noted. Note: Always check the S&R plate for electrical data on the unit being installed.
Product Specifications
4 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 5
Expanded Cooling Data GPC1424H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
92 0
M Bh
24 .1
25 .0
27 .4
- 23
.5 24
.4 26
.7 -
23 .0
23 .8
26 .1
- 22
.4 23
.2 25
.5 -
21 .3
22 .1
24 .2
- 19
.7 20
.5 22
.4 -
S/ T
0. 74
0. 62
0. 43
- 0.
77 0.
64 0.
44 -
0. 79
0. 66
0. 46
- 0.
81 0.
68 0.
47 -
0. 84
0. 70
0. 49
- 0.
85 0.
71 0.
49 -
T
18 15
12 -
18 16
12 -
18 16
12 -
18 16
12 -
18 16
12 -
17 15
11 -
kW 1.
47 1.
50 1.
55 -
1. 58
1. 62
1. 67
- 1.
69 1.
73 1.
78 -
1. 78
1. 82
1. 88
- 1.
86 1.
90 1.
96 -
1. 92
1. 97
2. 04
- Am
ps 6.
6 6.
7 6.
9 -
7. 0
7. 2
7. 4
- 7.
6 7.
7 8.
0 -
8. 0
8. 2
8. 4
- 8.
5 8.
7 8.
9 -
8. 9
9. 1
9. 4
- H
I P R
22 3
24 0
25 3
- 25
0 26
9 28
4 -
28 4
30 6
32 3
- 32
3 34
8 36
8 -
36 4
39 2
41 4
- 40
2 43
3 45
7 -
LO P
R 11
0 11
7 12
8 -
11 7
12 4
13 5
- 12
1 12
9 14
1 -
12 7
13 5
14 8
- 13
3 14
2 15
5 -
13 8
14 7
16 0
-
82 0
M Bh
23 .4
24 .3
26 .6
- 22
.9 23
.7 26
.0 -
22 .3
23 .1
25 .3
- 21
.8 22
.6 24
.7 -
20 .7
21 .4
23 .5
- 19
.2 19
.9 21
.8 -
S/ T
0. 71
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 75
0. 63
0. 43
- 0.
77 0.
65 0.
45 -
0. 80
0. 67
0. 47
- 0.
81 0.
68 0.
47 -
T
19 16
12 -
19 16
12 -
19 16
12 -
19 16
12 -
19 16
12 -
17 15
11 -
kW 1.
45 1.
49 1.
53 -
1. 57
1. 61
1. 66
- 1.
67 1.
71 1.
77 -
1. 76
1. 80
1. 87
- 1.
84 1.
88 1.
95 -
1. 91
1. 95
2. 02
- Am
ps 6.
5 6.
7 6.
9 -
7. 0
7. 1
7. 3
- 7.
5 7.
7 7.
9 -
8. 0
8. 1
8. 4
- 8.
4 8.
6 8.
9 -
8. 9
9. 1
9. 3
- H
I P R
22 0
23 7
25 0
- 24
7 26
6 28
1 -
28 1
30 3
32 0
- 32
0 34
5 36
4 -
36 0
38 8
40 9
- 39
8 42
8 45
2 -
LO P
R 10
9 11
6 12
7 -
11 5
12 3
13 4
- 12
0 12
8 13
9 -
12 6
13 4
14 6
- 13
2 14
0 15
3 -
13 7
14 5
15 9
-
72 0
M Bh
21 .6
22 .4
24 .5
- 21
.1 21
.9 24
.0 -
20 .6
21 .3
23 .4
- 20
.1 20
.8 22
.8 -
19 .1
19 .8
21 .7
- 17
.7 18
.3 20
.1 -
S/ T
0. 68
0. 57
0. 39
- 0.
71 0.
59 0.
41 -
0. 72
0. 60
0. 42
- 0.
75 0.
62 0.
43 -
0. 78
0. 65
0. 45
- 0.
78 0.
65 0.
45 -
T
19 16
12 -
19 16
12 -
19 16
13 -
19 17
13 -
19 16
12 -
18 15
12 -
kW 1.
42 1.
45 1.
50 -
1. 53
1. 56
1. 62
- 1.
63 1.
67 1.
72 -
1. 72
1. 76
1. 82
- 1.
79 1.
83 1.
90 -
1. 86
1. 90
1. 97
- Am
ps 6.
4 6.
5 6.
7 -
6. 8
7. 0
7. 2
- 7.
3 7.
5 7.
7 -
7. 8
7. 9
8. 2
- 8.
2 8.
4 8.
6 -
8. 6
8. 8
9. 1
- H
I P R
21 4
23 0
24 3
- 24
0 25
8 27
3 -
27 3
29 4
31 0
- 31
1 33
4 35
3 -
35 0
37 6
39 7
- 38
6 41
6 43
9 -
LO P
R 10
6 11
3 12
3 -
11 2
11 9
13 0
- 11
6 12
4 13
5 -
12 2
13 0
14 2
- 12
8 13
6 14
9 -
13 2
14 1
15 4
-
75
92 0
M Bh
24 .5
25 .2
27 .3
29 .3
23 .9
24 .7
26 .7
28 .6
23 .4
24 .1
26 .0
28 .0
22 .8
23 .5
25 .4
27 .3
21 .7
22 .3
24 .1
25 .9
20 .1
20 .7
22 .4
24 .0
S/ T
0. 84
0. 75
0. 57
0. 37
0. 87
0. 78
0. 59
0. 38
0. 89
0. 80
0. 61
0. 39
0. 92
0. 83
0. 62
0. 40
0. 96
0. 86
0. 65
0. 42
0. 97
0. 86
0. 65
0. 42
T
21 19
16 11
21 19
16 11
21 19
16 11
21 19
16 11
21 19
16 11
19 18
15 10
kW 1.
48 1.
51 1.
56 1.
61 1.
60 1.
63 1.
69 1.
74 1.
70 1.
74 1.
80 1.
86 1.
79 1.
84 1.
90 1.
96 1.
87 1.
92 1.
98 2.
05 1.
94 1.
99 2.
05 2.
13 Am
ps 6.
6 6.
8 7.
0 7.
2 7.
1 7.
2 7.
5 7.
7 7.
6 7.
8 8.
0 8.
3 8.
1 8.
3 8.
5 8.
8 8.
6 8.
7 9.
0 9.
3 9.
0 9.
2 9.
5 9.
8 H
I P R
22 5
24 2
25 5
26 6
25 2
27 1
28 7
29 9
28 7
30 9
32 6
34 0
32 7
35 2
37 1
38 7
36 8
39 6
41 8
43 6
40 6
43 7
46 2
48 1
LO P
R 11
1 11
9 12
9 13
8 11
8 12
5 13
7 14
6 12
2 13
0 14
2 15
1 12
9 13
7 14
9 15
9 13
5 14
3 15
6 16
7 13
9 14
8 16
2 17
2
82 0
M Bh
23 .8
24 .5
26 .5
28 .5
23 .2
23 .9
25 .9
27 .8
22 .7
23 .4
25 .3
27 .1
22 .1
22 .8
24 .7
26 .5
21 .0
21 .7
23 .4
25 .2
19 .5
20 .1
21 .7
23 .3
S/ T
0. 80
0. 72
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 82
0. 62
0. 40
0. 92
0. 82
0. 62
0. 40
T
21 20
16 11
22 20
16 11
22 20
16 11
22 20
16 11
22 20
16 11
20 19
15 10
kW 1.
47 1.
50 1.
55 1.
60 1.
58 1.
62 1.
67 1.
73 1.
69 1.
73 1.
78 1.
85 1.
78 1.
82 1.
88 1.
95 1.
86 1.
90 1.
96 2.
03 1.
92 1.
97 2.
04 2.
11 Am
ps 6.
6 6.
7 6.
9 7.
1 7.
0 7.
2 7.
4 7.
6 7.
6 7.
7 8.
0 8.
2 8.
0 8.
2 8.
4 8.
7 8.
5 8.
7 8.
9 9.
2 8.
9 9.
1 9.
4 9.
7 H
I P R
22 3
24 0
25 3
26 4
25 0
26 9
28 4
29 6
28 4
30 6
32 3
33 7
32 4
34 8
36 8
38 3
36 4
39 2
41 4
43 1
40 2
43 3
45 7
47 7
LO P
R 11
0 11
7 12
8 13
6 11
7 12
4 13
5 14
4 12
1 12
9 14
1 15
0 12
7 13
5 14
8 15
7 13
3 14
2 15
5 16
5 13
8 14
7 16
0 17
1
72 0
M Bh
22 .0
22 .6
24 .5
26 .3
21 .5
22 .1
23 .9
25 .7
20 .9
21 .6
23 .3
25 .1
20 .4
21 .0
22 .8
24 .4
19 .4
20 .0
21 .6
23 .2
18 .0
18 .5
20 .0
21 .5
S/ T
0. 77
0. 69
0. 52
0. 34
0. 80
0. 72
0. 54
0. 35
0. 82
0. 74
0. 56
0. 36
0. 85
0. 76
0. 57
0. 37
0. 88
0. 79
0. 60
0. 38
0. 89
0. 79
0. 60
0. 39
T
22 20
16 11
22 20
17 11
22 20
17 11
22 20
17 12
22 20
16 11
20 19
15 11
kW 1.
43 1.
46 1.
51 1.
56 1.
54 1.
58 1.
63 1.
69 1.
64 1.
68 1.
74 1.
80 1.
73 1.
77 1.
83 1.
90 1.
81 1.
85 1.
91 1.
98 1.
87 1.
92 1.
98 2.
05 Am
ps 6.
4 6.
6 6.
7 7.
0 6.
9 7.
0 7.
2 7.
5 7.
4 7.
5 7.
8 8.
0 7.
8 8.
0 8.
2 8.
5 8.
3 8.
5 8.
7 9.
0 8.
7 8.
9 9.
2 9.
5 H
I P R
21 6
23 2
24 5
25 6
24 2
26 1
27 5
28 7
27 6
29 7
31 3
32 7
31 4
33 8
35 7
37 2
35 3
38 0
40 1
41 8
39 0
42 0
44 3
46 2
LO P
R 10
7 11
4 12
4 13
2 11
3 12
0 13
1 14
0 11
8 12
5 13
6 14
5 12
3 13
1 14
3 15
3 12
9 13
8 15
0 16
0 13
4 14
2 15
5 16
6 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
4 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 5
Expanded Cooling Data GPC1424H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
92 0
M Bh
25 .0
25 .5
27 .2
29 .1
24 .4
24 .9
26 .6
28 .4
23 .8
24 .3
26 .0
27 .8
23 .2
23 .7
25 .3
27 .1
22 .0
22 .5
24 .1
25 .7
20 .4
20 .9
22 .3
23 .8
S/ T
0. 92
0. 87
0. 70
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 92
0. 75
0. 56
1. 00
0. 95
0. 77
0. 58
1. 00
1. 00
0. 80
0. 60
1. 00
1. 00
0. 81
0. 60
T
23 22
19 15
23 22
19 16
24 22
19 16
23 23
20 16
22 23
19 15
20 21
18 14
kW 1.
49 1.
52 1.
57 1.
63 1.
61 1.
65 1.
70 1.
76 1.
72 1.
76 1.
81 1.
88 1.
81 1.
85 1.
91 1.
98 1.
89 1.
93 2.
00 2.
07 1.
96 2.
00 2.
07 2.
15 Am
ps 6.
7 6.
8 7.
0 7.
2 7.
2 7.
3 7.
5 7.
8 7.
7 7.
9 8.
1 8.
4 8.
2 8.
3 8.
6 8.
9 8.
6 8.
8 9.
1 9.
4 9.
1 9.
3 9.
6 9.
9 H
I P R
22 7
24 4
25 8
26 9
25 5
27 4
29 0
30 2
29 0
31 2
32 9
34 4
33 0
35 5
37 5
39 1
37 1
40 0
42 2
44 0
41 0
44 2
46 6
48 6
LO P
R 11
3 12
0 13
1 13
9 11
9 12
7 13
8 14
7 12
4 13
1 14
4 15
3 13
0 13
8 15
1 16
1 13
6 14
5 15
8 16
8 14
1 15
0 16
3 17
4
82 0
M Bh
24 .2
24 .8
26 .4
28 .3
23 .7
24 .2
25 .8
27 .6
23 .1
23 .6
25 .2
27 .0
22 .5
23 .0
24 .6
26 .3
21 .4
21 .9
23 .4
25 .0
19 .8
20 .3
21 .6
23 .1
S/ T
0. 88
0. 83
0. 67
0. 50
0. 91
0. 86
0. 70
0. 52
0. 94
0. 88
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
1. 00
0. 94
0. 76
0. 57
1. 00
0. 95
0. 77
0. 58
T
24 23
20 16
24 23
20 16
24 23
20 16
24 23
20 16
24 23
20 16
22 22
19 15
kW 1.
48 1.
51 1.
56 1.
61 1.
60 1.
63 1.
69 1.
74 1.
70 1.
74 1.
80 1.
86 1.
79 1.
84 1.
90 1.
96 1.
87 1.
92 1.
98 2.
05 1.
94 1.
99 2.
05 2.
13 Am
ps 6.
6 6.
8 7.
0 7.
2 7.
1 7.
2 7.
5 7.
7 7.
6 7.
8 8.
0 8.
3 8.
1 8.
3 8.
5 8.
8 8.
6 8.
7 9.
0 9.
3 9.
0 9.
2 9.
5 9.
8 H
I P R
22 5
24 2
25 6
26 7
25 2
27 2
28 7
29 9
28 7
30 9
32 6
34 0
32 7
35 2
37 1
38 7
36 8
39 6
41 8
43 6
40 6
43 7
46 2
48 2
LO P
R 11
1 11
9 12
9 13
8 11
8 12
5 13
7 14
6 12
2 13
0 14
2 15
1 12
9 13
7 14
9 15
9 13
5 14
3 15
6 16
7 13
9 14
8 16
2 17
2
72 0
M Bh
22 .4
22 .8
24 .4
26 .1
21 .8
22 .3
23 .8
25 .5
21 .3
21 .8
23 .3
24 .9
20 .8
21 .3
22 .7
24 .3
19 .8
20 .2
21 .6
23 .1
18 .3
18 .7
20 .0
21 .4
S/ T
0. 85
0. 80
0. 65
0. 48
0. 88
0. 82
0. 67
0. 50
0. 90
0. 85
0. 69
0. 51
0. 93
0. 87
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
0. 97
0. 91
0. 74
0. 56
T
24 23
20 16
25 24
20 16
25 24
20 16
25 24
21 16
24 23
20 16
23 22
19 15
kW 1.
44 1.
47 1.
52 1.
57 1.
56 1.
59 1.
64 1.
70 1.
66 1.
70 1.
75 1.
81 1.
75 1.
79 1.
85 1.
91 1.
82 1.
87 1.
93 2.
00 1.
89 1.
93 2.
00 2.
07 Am
ps 6.
5 6.
6 6.
8 7.
0 6.
9 7.
1 7.
3 7.
5 7.
5 7.
6 7.
8 8.
1 7.
9 8.
1 8.
3 8.
6 8.
3 8.
5 8.
8 9.
1 8.
8 9.
0 9.
3 9.
6 H
I P R
21 8
23 5
24 8
25 9
24 5
26 3
27 8
29 0
27 8
30 0
31 6
33 0
31 7
34 1
36 0
37 6
35 7
38 4
40 5
42 3
39 4
42 4
44 8
46 7
LO P
R 10
8 11
5 12
6 13
4 11
4 12
2 13
3 14
1 11
9 12
6 13
8 14
7 12
5 13
3 14
5 15
4 13
1 13
9 15
2 16
2 13
5 14
4 15
7 16
7
85
92 0
M Bh
25 .4
25 .9
27 .1
28 .9
24 .8
25 .3
26 .5
28 .2
24 .2
24 .7
25 .8
27 .6
23 .6
24 .1
25 .2
26 .9
22 .4
22 .9
24 .0
25 .6
20 .8
21 .2
22 .2
23 .7
S/ T
0. 97
0. 93
0. 84
0. 68
1. 00
0. 97
0. 87
0. 71
1. 00
0. 99
0. 90
0. 73
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
0. 97
0. 78
T
25 24
23 20
25 24
23 20
24 24
23 20
24 24
23 20
22 23
23 20
21 21
21 19
kW 1.
50 1.
54 1.
59 1.
64 1.
62 1.
66 1.
72 1.
77 1.
73 1.
77 1.
83 1.
89 1.
83 1.
87 1.
93 2.
00 1.
91 1.
95 2.
02 2.
09 1.
97 2.
02 2.
09 2.
16 Am
ps 6.
7 6.
9 7.
1 7.
3 7.
2 7.
4 7.
6 7.
8 7.
8 7.
9 8.
2 8.
4 8.
2 8.
4 8.
7 9.
0 8.
7 8.
9 9.
2 9.
5 9.
2 9.
4 9.
7 10
.0 H
I P R
22 9
24 7
26 1
27 2
25 7
27 7
29 2
30 5
29 3
31 5
33 3
34 7
33 3
35 9
37 9
39 5
37 5
40 4
42 6
44 5
41 4
44 6
47 1
49 1
LO P
R 11
4 12
1 13
2 14
1 12
0 12
8 14
0 14
9 12
5 13
3 14
5 15
4 13
1 14
0 15
2 16
2 13
7 14
6 16
0 17
0 14
2 15
1 16
5 17
6
82 0
M Bh
24 .6
25 .1
26 .3
28 .1
24 .1
24 .5
25 .7
27 .4
23 .5
24 .0
25 .1
26 .8
22 .9
23 .4
24 .5
26 .1
21 .8
22 .2
23 .3
24 .8
20 .2
20 .6
21 .5
23 .0
S/ T
0. 92
0. 89
0. 80
0. 65
0. 96
0. 92
0. 83
0. 68
0. 98
0. 95
0. 85
0. 69
1. 00
0. 98
0. 88
0. 72
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 92
0. 75
T
25 25
24 21
26 25
24 21
26 25
24 21
26 26
24 21
24 25
24 21
23 23
22 19
kW 1.
49 1.
52 1.
57 1.
63 1.
61 1.
65 1.
70 1.
76 1.
72 1.
76 1.
81 1.
88 1.
81 1.
85 1.
91 1.
98 1.
89 1.
93 2.
00 2.
07 1.
96 2.
00 2.
07 2.
15 Am
ps 6.
7 6.
8 7.
0 7.
2 7.
2 7.
3 7.
5 7.
8 7.
7 7.
9 8.
1 8.
4 8.
2 8.
3 8.
6 8.
9 8.
6 8.
8 9.
1 9.
4 9.
1 9.
3 9.
6 9.
9 H
I P R
22 7
24 4
25 8
26 9
25 5
27 4
29 0
30 2
29 0
31 2
32 9
34 4
33 0
35 5
37 5
39 1
37 1
40 0
42 2
44 0
41 0
44 2
46 6
48 6
LO P
R 11
3 12
0 13
1 13
9 11
9 12
7 13
8 14
7 12
4 13
1 14
4 15
3 13
0 13
8 15
1 16
1 13
6 14
5 15
8 16
8 14
1 15
0 16
3 17
4
72 0
M Bh
22 .7
23 .2
24 .3
25 .9
22 .2
22 .6
23 .7
25 .3
21 .7
22 .1
23 .2
24 .7
21 .2
21 .6
22 .6
24 .1
20 .1
20 .5
21 .5
22 .9
18 .6
19 .0
19 .9
21 .2
S/ T
0. 89
0. 86
0. 77
0. 63
0. 92
0. 89
0. 80
0. 65
0. 95
0. 91
0. 82
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 98
0. 88
0. 72
1. 00
0. 99
0. 89
0. 72
T
26 25
24 21
26 26
24 21
26 26
24 21
26 26
25 21
26 26
24 21
24 24
23 20
kW 1.
45 1.
49 1.
53 1.
59 1.
57 1.
60 1.
66 1.
71 1.
67 1.
71 1.
77 1.
83 1.
76 1.
80 1.
86 1.
93 1.
84 1.
88 1.
95 2.
01 1.
91 1.
95 2.
02 2.
09 Am
ps 6.
5 6.
7 6.
9 7.
1 7.
0 7.
1 7.
3 7.
6 7.
5 7.
7 7.
9 8.
2 8.
0 8.
1 8.
4 8.
7 8.
4 8.
6 8.
9 9.
2 8.
9 9.
1 9.
3 9.
7 H
I P R
22 0
23 7
25 0
26 1
24 7
26 6
28 1
29 3
28 1
30 3
31 9
33 3
32 0
34 5
36 4
38 0
36 0
38 8
40 9
42 7
39 8
42 8
45 2
47 2
LO P
R 10
9 11
6 12
7 13
5 11
5 12
3 13
4 14
3 12
0 12
8 13
9 14
8 12
6 13
4 14
6 15
6 13
2 14
0 15
3 16
3 13
7 14
5 15
9 16
9 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
6 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 7
Expanded Cooling Data GPC1430H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
11 45
M Bh
27 .8
28 .8
31 .6
- 27
.2 28
.2 30
.9 -
26 .5
27 .5
30 .1
- 25
.9 26
.8 29
.4 -
24 .6
25 .5
27 .9
- 22
.8 23
.6 25
.9 -
S/ T
0. 74
0. 62
0. 43
- 0.
77 0.
64 0.
44 -
0. 79
0. 66
0. 46
- 0.
81 0.
68 0.
47 -
0. 84
0. 70
0. 49
- 0.
85 0.
71 0.
49 -
T
17 14
11 -
17 15
11 -
17 15
11 -
17 15
11 -
17 14
11 -
16 13
10 -
kW 1.
75 1.
78 1.
84 -
1. 89
1. 93
1. 99
- 2.
01 2.
05 2.
12 -
2. 12
2. 16
2. 24
- 2.
21 2.
26 2.
34 -
2. 29
2. 34
2. 42
- Am
ps 7.
9 8.
1 8.
3 -
8. 5
8. 6
8. 9
- 9.
1 9.
3 9.
5 -
9. 6
9. 8
10 .1
- 10
.2 10
.4 10
.7 -
10 .7
10 .9
11 .3
- H
I P R
23 4
25 2
26 6
- 26
3 28
3 29
9 -
29 9
32 2
34 0
- 34
1 36
7 38
7 -
38 3
41 2
43 5
- 42
3 45
6 48
1 -
LO P
R 10
8 11
5 12
5 -
11 4
12 1
13 2
- 11
8 12
6 13
8 -
12 4
13 2
14 5
- 13
0 13
9 15
1 -
13 5
14 3
15 7
-
10 20
M Bh
27 .0
28 .0
30 .7
- 26
.4 27
.4 30
.0 -
25 .8
26 .7
29 .3
- 25
.1 26
.1 28
.5 -
23 .9
24 .7
27 .1
- 22
.1 22
.9 25
.1 -
S/ T
0. 71
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 75
0. 63
0. 43
- 0.
78 0.
65 0.
45 -
0. 80
0. 67
0. 47
- 0.
81 0.
68 0.
47 -
T
17 15
11 -
17 15
11 -
17 15
11 -
18 15
12 -
17 15
11 -
16 14
11 -
kW 1.
73 1.
77 1.
83 -
1. 87
1. 91
1. 97
- 1.
99 2.
04 2.
10 -
2. 10
2. 15
2. 22
- 2.
19 2.
24 2.
32 -
2. 27
2. 32
2. 40
- Am
ps 7.
9 8.
0 8.
2 -
8. 4
8. 6
8. 8
- 9.
0 9.
2 9.
5 -
9. 5
9. 8
10 .0
- 10
.1 10
.3 10
.6 -
10 .6
10 .8
11 .2
- H
I P R
23 2
25 0
26 4
- 26
0 28
0 29
6 -
29 6
31 9
33 6
- 33
7 36
3 38
3 -
37 9
40 8
43 1
- 41
9 45
1 47
6 -
LO P
R 10
7 11
4 12
4 -
11 3
12 0
13 1
- 11
7 12
5 13
6 -
12 3
13 1
14 3
- 12
9 13
7 15
0 -
13 4
14 2
15 5
-
90 0
M Bh
25 .7
26 .6
29 .1
- 25
.1 26
.0 28
.5 -
24 .5
25 .4
27 .8
- 23
.9 24
.7 27
.1 -
22 .7
23 .5
25 .8
- 21
.0 21
.8 23
.9 -
S/ T
0. 68
0. 57
0. 39
- 0.
70 0.
59 0.
41 -
0. 72
0. 60
0. 42
- 0.
74 0.
62 0.
43 -
0. 77
0. 64
0. 45
- 0.
78 0.
65 0.
45 -
T
18 15
12 -
18 16
12 -
18 16
12 -
18 16
12 -
18 15
12 -
17 14
11 -
kW 1.
70 1.
74 1.
80 -
1. 84
1. 88
1. 94
- 1.
96 2.
00 2.
07 -
2. 06
2. 11
2. 18
- 2.
15 2.
20 2.
28 -
2. 23
2. 28
2. 36
- Am
ps 7.
7 7.
9 8.
1 -
8. 3
8. 4
8. 7
- 8.
9 9.
1 9.
3 -
9. 4
9. 6
9. 9
- 9.
9 10
.1 10
.4 -
10 .4
10 .7
11 .0
- H
I P R
22 7
24 5
25 8
- 25
5 27
5 29
0 -
29 0
31 2
33 0
- 33
0 35
6 37
6 -
37 2
40 0
42 2
- 41
1 44
2 46
7 -
LO P
R 10
5 11
1 12
2 -
11 1
11 8
12 8
- 11
5 12
2 13
3 -
12 1
12 8
14 0
- 12
7 13
5 14
7 -
13 1
13 9
15 2
-
75
11 45
M Bh
28 .3
29 .1
31 .5
33 .9
27 .6
28 .5
30 .8
33 .1
27 .0
27 .8
30 .1
32 .3
26 .3
27 .1
29 .3
31 .5
25 .0
25 .8
27 .9
29 .9
23 .2
23 .9
25 .8
27 .7
S/ T
0. 84
0. 75
0. 57
0. 37
0. 87
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 92
0. 83
0. 63
0. 40
0. 96
0. 86
0. 65
0. 42
0. 97
0. 87
0. 65
0. 42
T
19 18
14 10
19 18
15 10
19 18
15 10
20 18
15 10
19 18
15 10
18 17
14 9
kW 1.
76 1.
80 1.
86 1.
92 1.
90 1.
94 2.
01 2.
08 2.
03 2.
07 2.
14 2.
21 2.
14 2.
18 2.
26 2.
34 2.
23 2.
28 2.
36 2.
44 2.
31 2.
36 2.
44 2.
53 Am
ps 8.
0 8.
1 8.
4 8.
6 8.
5 8.
7 9.
0 9.
2 9.
2 9.
4 9.
6 9.
9 9.
7 9.
9 10
.2 10
.5 10
.2 10
.5 10
.8 11
.1 10
.8 11
.0 11
.3 11
.7 H
I P R
23 7
25 5
26 9
28 1
26 6
28 6
30 2
31 5
30 2
32 5
34 3
35 8
34 4
37 0
39 1
40 8
38 7
41 7
44 0
45 9
42 8
46 0
48 6
50 7
LO P
R 10
9 11
6 12
7 13
5 11
5 12
2 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
9
10 20
M Bh
27 .5
28 .3
30 .6
32 .9
26 .8
27 .6
29 .9
32 .1
26 .2
27 .0
29 .2
31 .3
25 .6
26 .3
28 .5
30 .6
24 .3
25 .0
27 .1
29 .0
22 .5
23 .2
25 .1
26 .9
S/ T
0. 80
0. 72
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 82
0. 62
0. 40
0. 92
0. 83
0. 62
0. 40
T
20 18
15 10
20 19
15 10
20 19
15 11
20 19
15 11
20 18
15 10
19 17
14 10
kW 1.
75 1.
79 1.
84 1.
90 1.
89 1.
93 1.
99 2.
06 2.
01 2.
05 2.
12 2.
20 2.
12 2.
17 2.
24 2.
32 2.
21 2.
26 2.
34 2.
42 2.
29 2.
34 2.
42 2.
51 Am
ps 7.
9 8.
1 8.
3 8.
6 8.
5 8.
6 8.
9 9.
2 9.
1 9.
3 9.
5 9.
9 9.
6 9.
8 10
.1 10
.5 10
.2 10
.4 10
.7 11
.0 10
.7 10
.9 11
.3 11
.6 H
I P R
23 4
25 2
26 6
27 8
26 3
28 3
29 9
31 2
29 9
32 2
34 0
35 4
34 1
36 7
38 7
40 4
38 3
41 2
43 5
45 4
42 3
45 6
48 1
50 2
LO P
R 10
8 11
5 12
5 13
3 11
4 12
1 13
2 14
1 11
8 12
6 13
8 14
7 12
4 13
2 14
5 15
4 13
0 13
9 15
1 16
1 13
5 14
4 15
7 16
7
90 0
M Bh
26 .1
26 .9
29 .1
31 .2
25 .5
26 .3
28 .4
30 .5
24 .9
25 .6
27 .7
29 .8
24 .3
25 .0
27 .1
29 .0
23 .1
23 .8
25 .7
27 .6
21 .4
22 .0
23 .8
25 .6
S/ T
0. 77
0. 69
0. 52
0. 34
0. 80
0. 71
0. 54
0. 35
0. 82
0. 73
0. 55
0. 36
0. 84
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 88
0. 79
0. 60
0. 38
T
21 19
15 11
21 19
16 11
21 19
16 11
21 19
16 11
21 19
16 11
19 18
15 10
kW 1.
72 1.
76 1.
81 1.
87 1.
85 1.
90 1.
96 2.
02 1.
97 2.
02 2.
09 2.
16 2.
08 2.
13 2.
20 2.
28 2.
17 2.
22 2.
30 2.
38 2.
25 2.
30 2.
38 2.
46 Am
ps 7.
8 8.
0 8.
2 8.
4 8.
3 8.
5 8.
7 9.
0 8.
9 9.
1 9.
4 9.
7 9.
5 9.
7 10
.0 10
.3 10
.0 10
.2 10
.5 10
.9 10
.5 10
.7 11
.1 11
.4 H
I P R
23 0
24 7
26 1
27 2
25 8
27 7
29 3
30 5
29 3
31 5
33 3
34 7
33 4
35 9
37 9
39 6
37 6
40 4
42 7
44 5
41 5
44 7
47 2
49 2
LO P
R 10
6 11
2 12
3 13
1 11
2 11
9 13
0 13
8 11
6 12
4 13
5 14
4 12
2 13
0 14
2 15
1 12
8 13
6 14
8 15
8 13
2 14
1 15
4 16
4 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
6 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 7
Expanded Cooling Data GPC1430H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
11 45
M Bh
28 .8
29 .4
31 .4
33 .6
28 .1
28 .7
30 .7
32 .8
27 .5
28 .1
30 .0
32 .1
26 .8
27 .4
29 .3
31 .3
25 .5
26 .0
27 .8
29 .7
23 .6
24 .1
25 .7
27 .5
S/ T
0. 92
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 92
0. 75
0. 56
1. 00
0. 95
0. 77
0. 58
1. 00
1. 00
0. 80
0. 60
1. 00
1. 00
0. 81
0. 61
T
21 20
18 14
22 21
18 14
22 21
18 14
22 21
18 15
20 21
18 14
19 19
17 13
kW 1.
78 1.
81 1.
87 1.
94 1.
92 1.
96 2.
03 2.
09 2.
04 2.
09 2.
16 2.
23 2.
15 2.
20 2.
28 2.
36 2.
25 2.
30 2.
38 2.
46 2.
33 2.
38 2.
46 2.
55 Am
ps 8.
0 8.
2 8.
4 8.
7 8.
6 8.
8 9.
0 9.
3 9.
2 9.
4 9.
7 10
.0 9.
8 10
.0 10
.3 10
.6 10
.3 10
.6 10
.9 11
.2 10
.9 11
.1 11
.4 11
.8 H
I P R
23 9
25 7
27 2
28 3
26 8
28 9
30 5
31 8
30 5
32 8
34 7
36 2
34 8
37 4
39 5
41 2
39 1
42 1
44 4
46 3
43 2
46 5
49 1
51 2
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
9 14
0 15
0 12
7 13
5 14
7 15
7 13
3 14
2 15
5 16
5 13
8 14
6 16
0 17
0
10 20
M Bh
28 .0
28 .6
30 .5
32 .6
27 .3
27 .9
29 .8
31 .9
26 .7
27 .2
29 .1
31 .1
26 .0
26 .6
28 .4
30 .4
24 .7
25 .3
27 .0
28 .8
22 .9
23 .4
25 .0
26 .7
S/ T
0. 88
0. 83
0. 67
0. 50
0. 91
0. 86
0. 70
0. 52
0. 94
0. 88
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
1. 00
0. 94
0. 77
0. 57
1. 00
0. 95
0. 77
0. 58
T
22 21
19 15
22 22
19 15
23 22
19 15
23 22
19 15
22 21
19 15
21 20
17 14
kW 1.
76 1.
80 1.
86 1.
92 1.
90 1.
94 2.
01 2.
08 2.
03 2.
07 2.
14 2.
21 2.
14 2.
18 2.
26 2.
34 2.
23 2.
28 2.
36 2.
44 2.
31 2.
36 2.
44 2.
53 Am
ps 8.
0 8.
1 8.
4 8.
6 8.
5 8.
7 9.
0 9.
2 9.
2 9.
4 9.
6 9.
9 9.
7 9.
9 10
.2 10
.5 10
.2 10
.5 10
.8 11
.1 10
.8 11
.0 11
.3 11
.7 H
I P R
23 7
25 5
26 9
28 1
26 6
28 6
30 2
31 5
30 2
32 5
34 3
35 8
34 4
37 0
39 1
40 8
38 7
41 7
44 0
45 9
42 8
46 0
48 6
50 7
LO P
R 10
9 11
6 12
7 13
5 11
5 12
3 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
9
90 0
M Bh
26 .6
27 .1
29 .0
31 .0
25 .9
26 .5
28 .3
30 .3
25 .3
25 .9
27 .7
29 .6
24 .7
25 .3
27 .0
28 .8
23 .5
24 .0
25 .6
27 .4
21 .7
22 .2
23 .7
25 .4
S/ T
0. 84
0. 79
0. 64
0. 48
0. 87
0. 82
0. 67
0. 50
0. 90
0. 84
0. 68
0. 51
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
0. 97
0. 91
0. 74
0. 55
T
23 22
19 15
23 22
19 15
23 22
19 15
23 22
19 16
23 22
19 15
22 21
18 14
kW 1.
73 1.
77 1.
83 1.
89 1.
87 1.
91 1.
97 2.
04 1.
99 2.
04 2.
10 2.
18 2.
10 2.
15 2.
22 2.
30 2.
19 2.
24 2.
32 2.
40 2.
27 2.
32 2.
40 2.
48 Am
ps 7.
9 8.
0 8.
2 8.
5 8.
4 8.
6 8.
8 9.
1 9.
0 9.
2 9.
5 9.
8 9.
5 9.
8 10
.0 10
.4 10
.1 10
.3 10
.6 11
.0 10
.6 10
.8 11
.2 11
.5 H
I P R
23 2
25 0
26 4
27 5
26 0
28 0
29 6
30 9
29 6
31 9
33 6
35 1
33 7
36 3
38 3
40 0
37 9
40 8
43 1
45 0
41 9
45 1
47 6
49 7
LO P
R 10
7 11
4 12
4 13
2 11
3 12
0 13
1 14
0 11
7 12
5 13
6 14
5 12
3 13
1 14
3 15
2 12
9 13
7 15
0 16
0 13
4 14
2 15
5 16
5
85
11 45
M Bh
29 .3
29 .9
31 .3
33 .4
28 .6
29 .2
30 .6
32 .6
27 .9
28 .5
29 .8
31 .8
27 .3
27 .8
29 .1
31 .1
25 .9
26 .4
27 .7
29 .5
24 .0
24 .5
25 .6
27 .3
S/ T
0. 97
0. 93
0. 84
0. 68
1. 00
0. 97
0. 87
0. 71
1. 00
0. 99
0. 90
0. 73
1. 00
1. 00
0. 93
0. 75
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
0. 97
0. 79
T
23 22
21 18
23 23
21 19
22 23
21 19
22 22
22 19
21 21
21 18
19 20
20 17
kW 1.
79 1.
83 1.
89 1.
95 1.
93 1.
98 2.
04 2.
11 2.
06 2.
11 2.
18 2.
25 2.
17 2.
22 2.
30 2.
38 2.
27 2.
32 2.
40 2.
48 2.
35 2.
40 2.
49 2.
57 Am
ps 8.
1 8.
3 8.
5 8.
8 8.
7 8.
8 9.
1 9.
4 9.
3 9.
5 9.
8 10
.1 9.
9 10
.1 10
.4 10
.7 10
.4 10
.6 11
.0 11
.3 11
.0 11
.2 11
.5 11
.9 H
I P R
24 1
26 0
27 4
28 6
27 1
29 2
30 8
32 1
30 8
33 2
35 0
36 5
35 1
37 8
39 9
41 6
39 5
42 5
44 9
46 8
43 6
47 0
49 6
51 7
LO P
R 11
1 11
8 12
9 13
8 11
7 12
5 13
6 14
5 12
2 13
0 14
2 15
1 12
8 13
6 14
9 15
9 13
4 14
3 15
6 16
6 13
9 14
8 16
1 17
2
10 20
M Bh
28 .5
29 .0
30 .4
32 .4
27 .8
28 .3
29 .7
31 .7
27 .1
27 .7
29 .0
30 .9
26 .5
27 .0
28 .3
30 .1
25 .1
25 .6
26 .8
28 .6
23 .3
23 .7
24 .9
26 .5
S/ T
0. 92
0. 89
0. 80
0. 65
0. 96
0. 92
0. 83
0. 68
0. 98
0. 95
0. 86
0. 69
1. 00
0. 98
0. 88
0. 72
1. 00
1. 00
0. 92
0. 74
1. 00
1. 00
0. 92
0. 75
T
24 23
22 19
24 24
22 19
24 24
22 19
24 24
22 19
23 23
22 19
21 21
21 18
kW 1.
78 1.
81 1.
87 1.
94 1.
92 1.
96 2.
03 2.
09 2.
04 2.
09 2.
16 2.
23 2.
15 2.
20 2.
28 2.
36 2.
25 2.
30 2.
38 2.
46 2.
33 2.
38 2.
46 2.
55 Am
ps 8.
0 8.
2 8.
4 8.
7 8.
6 8.
8 9.
0 9.
3 9.
2 9.
4 9.
7 10
.0 9.
8 10
.0 10
.3 10
.6 10
.3 10
.6 10
.9 11
.2 10
.9 11
.1 11
.4 11
.8 H
I P R
23 9
25 7
27 2
28 3
26 8
28 9
30 5
31 8
30 5
32 8
34 7
36 2
34 8
37 4
39 5
41 2
39 1
42 1
44 4
46 3
43 2
46 5
49 1
51 2
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
9 14
0 15
0 12
7 13
5 14
7 15
7 13
3 14
2 15
5 16
5 13
8 14
6 16
0 17
0
90 0
M Bh
27 .0
27 .6
28 .9
30 .8
26 .4
26 .9
28 .2
30 .1
25 .8
26 .3
27 .5
29 .4
25 .1
25 .6
26 .8
28 .6
23 .9
24 .4
25 .5
27 .2
22 .1
22 .6
23 .6
25 .2
S/ T
0. 89
0. 85
0. 77
0. 63
0. 92
0. 89
0. 80
0. 65
0. 94
0. 91
0. 82
0. 66
0. 97
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
0. 98
0. 88
0. 72
T
24 24
23 20
25 24
23 20
25 24
23 20
25 25
23 20
24 24
23 20
23 23
21 18
kW 1.
75 1.
78 1.
84 1.
90 1.
89 1.
93 1.
99 2.
06 2.
01 2.
05 2.
12 2.
19 2.
12 2.
16 2.
24 2.
32 2.
21 2.
26 2.
34 2.
42 2.
29 2.
34 2.
42 2.
51 Am
ps 7.
9 8.
1 8.
3 8.
6 8.
5 8.
6 8.
9 9.
2 9.
1 9.
3 9.
5 9.
9 9.
6 9.
8 10
.1 10
.5 10
.2 10
.4 10
.7 11
.0 10
.7 10
.9 11
.3 11
.6 H
I P R
23 4
25 2
26 6
27 8
26 3
28 3
29 9
31 2
29 9
32 2
34 0
35 4
34 1
36 7
38 7
40 4
38 3
41 2
43 5
45 4
42 3
45 6
48 1
50 2
LO P
R 10
8 11
5 12
5 13
3 11
4 12
1 13
2 14
1 11
8 12
6 13
8 14
7 12
4 13
2 14
5 15
4 13
0 13
9 15
1 16
1 13
5 14
3 15
7 16
7 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
8 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 9
Expanded Cooling Data GPC1430H41G* O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
11 80
M Bh
28 .0
29 .0
31 .7
- 27
.3 28
.3 31
.0 -
26 .7
27 .6
30 .3
- 26
.0 27
.0 29
.5 -
24 .7
25 .6
28 .1
- 22
.9 23
.7 26
.0 -
S/ T
0. 81
0. 68
0. 47
- 0.
84 0.
70 0.
49 -
0. 86
0. 72
0. 50
- 0.
89 0.
74 0.
51 -
0. 92
0. 77
0. 53
- 0.
93 0.
78 0.
54 -
T
17 15
11 -
17 15
11 -
18 15
12 -
18 15
12 -
17 15
11 -
16 14
11 -
kW 1.
82 1.
86 1.
92 -
1. 96
2. 01
2. 08
- 2.
09 2.
14 2.
22 -
2. 21
2. 26
2. 34
- 2.
31 2.
36 2.
44 -
2. 39
2. 45
2. 53
- Am
ps 7.
7 7.
9 8.
1 -
8. 3
8. 5
8. 7
- 8.
9 9.
2 9.
4 -
9. 5
9. 8
10 .1
- 10
.1 10
.3 10
.7 -
10 .7
10 .9
11 .3
- H
I P R
22 8
24 5
25 9
- 25
6 27
5 29
1 -
29 1
31 3
33 0
- 33
1 35
6 37
6 -
37 3
40 1
42 3
- 41
2 44
3 46
8 -
LO P
R 10
8 11
5 12
5 -
11 4
12 1
13 2
- 11
8 12
6 13
7 -
12 4
13 2
14 4
- 13
0 13
9 15
1 -
13 5
14 3
15 6
-
10 50
M Bh
27 .1
28 .1
30 .8
- 26
.5 27
.5 30
.1 -
25 .9
26 .8
29 .4
- 25
.2 26
.2 28
.7 -
24 .0
24 .9
27 .2
- 22
.2 23
.0 25
.2 -
S/ T
0. 77
0. 64
0. 45
- 0.
80 0.
67 0.
46 -
0. 82
0. 69
0. 47
- 0.
85 0.
71 0.
49 -
0. 88
0. 73
0. 51
- 0.
89 0.
74 0.
51 -
T
18 16
12 -
18 16
12 -
18 16
12 -
18 16
12 -
18 16
12 -
17 15
11 -
kW 1.
80 1.
84 1.
90 -
1. 95
1. 99
2. 06
- 2.
08 2.
12 2.
20 -
2. 19
2. 24
2. 32
- 2.
29 2.
34 2.
42 -
2. 37
2. 43
2. 51
- Am
ps 7.
6 7.
8 8.
0 -
8. 2
8. 4
8. 7
- 8.
9 9.
1 9.
4 -
9. 4
9. 7
10 .0
- 10
.0 10
.3 10
.6 -
10 .6
10 .8
11 .2
- H
I P R
22 6
24 3
25 6
- 25
3 27
2 28
8 -
28 8
31 0
32 7
- 32
8 35
3 37
3 -
36 9
39 7
41 9
- 40
8 43
9 46
3 -
LO P
R 10
7 11
3 12
4 -
11 3
12 0
13 1
- 11
7 12
5 13
6 -
12 3
13 1
14 3
- 12
9 13
7 15
0 -
13 3
14 2
15 5
-
92 0
M Bh
25 .1
26 .0
28 .4
- 24
.5 25
.4 27
.8 -
23 .9
24 .8
27 .1
- 23
.3 24
.2 26
.5 -
22 .1
22 .9
25 .1
- 20
.5 21
.3 23
.3 -
S/ T
0. 74
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 79
0. 66
0. 46
- 0.
82 0.
68 0.
47 -
0. 85
0. 71
0. 49
- 0.
85 0.
71 0.
49 -
T
20 17
13 -
20 17
13 -
20 17
13 -
20 18
13 -
20 17
13 -
19 16
12 -
kW 1.
76 1.
79 1.
85 -
1. 90
1. 94
2. 01
- 2.
02 2.
07 2.
14 -
2. 13
2. 18
2. 26
- 2.
23 2.
28 2.
36 -
2. 31
2. 36
2. 44
- Am
ps 7.
4 7.
6 7.
8 -
8. 0
8. 2
8. 4
- 8.
6 8.
8 9.
1 -
9. 2
9. 4
9. 7
- 9.
8 10
.0 10
.3 -
10 .3
10 .5
10 .9
- H
I P R
21 9
23 5
24 9
- 24
6 26
4 27
9 -
27 9
30 1
31 7
- 31
8 34
2 36
1 -
35 8
38 5
40 7
- 39
5 42
5 44
9 -
LO P
R 10
3 11
0 12
0 -
10 9
11 6
12 7
- 11
4 12
1 13
2 -
11 9
12 7
13 9
- 12
5 13
3 14
5 -
12 9
13 8
15 0
-
75
11 80
M Bh
28 .4
29 .3
31 .7
34 .0
27 .8
28 .6
30 .9
33 .2
27 .1
27 .9
30 .2
32 .4
26 .4
27 .2
29 .5
31 .6
25 .1
25 .9
28 .0
30 .1
23 .3
24 .0
25 .9
27 .8
S/ T
0. 92
0. 82
0. 62
0. 40
0. 95
0. 85
0. 65
0. 42
0. 98
0. 87
0. 66
0. 43
1. 00
0. 90
0. 68
0. 44
1. 00
0. 94
0. 71
0. 46
1. 00
0. 95
0. 72
0. 46
T
20 18
15 10
20 19
15 11
20 19
15 11
20 19
15 11
19 19
15 10
18 17
14 10
kW 1.
83 1.
87 1.
94 2.
00 1.
98 2.
03 2.
09 2.
17 2.
11 2.
16 2.
24 2.
31 2.
23 2.
28 2.
36 2.
44 2.
33 2.
38 2.
47 2.
55 2.
41 2.
47 2.
56 2.
65 Am
ps 7.
8 7.
9 8.
2 8.
5 8.
4 8.
5 8.
8 9.
1 9.
0 9.
2 9.
5 9.
9 9.
6 9.
8 10
.1 10
.5 10
.2 10
.4 10
.8 11
.2 10
.8 11
.0 11
.4 11
.8 H
I P R
23 0
24 8
26 2
27 3
25 8
27 8
29 3
30 6
29 4
31 6
33 4
34 8
33 5
36 0
38 0
39 7
37 6
40 5
42 8
44 6
41 6
44 7
47 3
49 3
LO P
R 10
9 11
6 12
6 13
5 11
5 12
2 13
4 14
2 11
9 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
8
10 50
M Bh
27 .6
28 .4
30 .8
33 .0
27 .0
27 .8
30 .0
32 .2
26 .3
27 .1
29 .3
31 .5
25 .7
26 .4
28 .6
30 .7
24 .4
25 .1
27 .2
29 .2
22 .6
23 .3
25 .2
27 .0
S/ T
0. 88
0. 79
0. 59
0. 38
0. 91
0. 81
0. 62
0. 40
0. 93
0. 83
0. 63
0. 41
0. 96
0. 86
0. 65
0. 42
1. 00
0. 89
0. 68
0. 44
1. 00
0. 90
0. 68
0. 44
T
21 19
16 11
21 19
16 11
21 19
16 11
21 20
16 11
21 19
16 11
19 18
15 10
kW 1.
82 1.
86 1.
92 1.
98 1.
96 2.
01 2.
08 2.
15 2.
09 2.
14 2.
22 2.
29 2.
21 2.
26 2.
34 2.
42 2.
31 2.
36 2.
44 2.
53 2.
39 2.
45 2.
53 2.
62 Am
ps 7.
7 7.
9 8.
1 8.
4 8.
3 8.
5 8.
7 9.
0 9.
0 9.
2 9.
4 9.
8 9.
5 9.
8 10
.1 10
.4 10
.1 10
.3 10
.7 11
.1 10
.7 10
.9 11
.3 11
.7 H
I P R
22 8
24 5
25 9
27 0
25 6
27 5
29 1
30 3
29 1
31 3
33 0
34 5
33 1
35 6
37 6
39 3
37 3
40 1
42 3
44 2
41 2
44 3
46 8
48 8
LO P
R 10
8 11
5 12
5 13
3 11
4 12
1 13
2 14
1 11
8 12
6 13
7 14
6 12
4 13
2 14
4 15
4 13
0 13
9 15
1 16
1 13
5 14
3 15
6 16
7
92 0
M Bh
25 .5
26 .2
28 .4
30 .5
24 .9
25 .6
27 .7
29 .8
24 .3
25 .0
27 .1
29 .1
23 .7
24 .4
26 .4
28 .3
22 .5
23 .2
25 .1
26 .9
20 .9
21 .5
23 .2
24 .9
S/ T
0. 85
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 93
0. 83
0. 63
0. 40
0. 96
0. 86
0. 65
0. 42
0. 97
0. 87
0. 66
0. 42
T
23 21
17 12
23 21
18 12
23 22
18 12
24 22
18 12
23 21
17 12
22 20
16 11
kW 1.
77 1.
81 1.
87 1.
93 1.
91 1.
96 2.
02 2.
09 2.
04 2.
09 2.
16 2.
23 2.
15 2.
20 2.
28 2.
36 2.
25 2.
30 2.
38 2.
46 2.
33 2.
38 2.
47 2.
55 Am
ps 7.
5 7.
7 7.
9 8.
2 8.
1 8.
3 8.
5 8.
8 8.
7 8.
9 9.
2 9.
5 9.
3 9.
5 9.
8 10
.1 9.
8 10
.1 10
.4 10
.8 10
.4 10
.6 11
.0 11
.4 H
I P R
22 1
23 8
25 1
26 2
24 8
26 7
28 2
29 4
28 2
30 4
32 1
33 4
32 1
34 6
36 5
38 1
36 1
38 9
41 1
42 8
39 9
43 0
45 4
47 3
LO P
R 10
5 11
1 12
1 12
9 11
0 11
7 12
8 13
7 11
5 12
2 13
3 14
2 12
1 12
8 14
0 14
9 12
6 13
4 14
7 15
6 13
1 13
9 15
2 16
2 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
8 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 9
Expanded Cooling Data GPC1430H41G* (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
11 80
M Bh
28 .9
29 .6
31 .6
33 .8
28 .3
28 .9
30 .9
33 .0
27 .6
28 .2
30 .1
32 .2
26 .9
27 .5
29 .4
31 .4
25 .6
26 .1
27 .9
29 .8
23 .7
24 .2
25 .9
27 .6
S/ T
1. 00
0. 95
0. 77
0. 58
1. 00
1. 00
0. 80
0. 60
1. 00
1. 00
0. 82
0. 61
1. 00
1. 00
0. 85
0. 63
1. 00
1. 00
0. 88
0. 66
1. 00
1. 00
0. 88
0. 66
T
22 21
19 15
22 22
19 15
21 22
19 15
21 21
19 15
20 20
19 15
18 18
17 14
kW 1.
85 1.
89 1.
95 2.
02 2.
00 2.
04 2.
11 2.
19 2.
13 2.
18 2.
26 2.
33 2.
25 2.
30 2.
38 2.
46 2.
35 2.
40 2.
49 2.
58 2.
44 2.
49 2.
58 2.
67 Am
ps 7.
8 8.
0 8.
3 8.
5 8.
4 8.
6 8.
9 9.
2 9.
1 9.
3 9.
6 10
.0 9.
7 9.
9 10
.2 10
.6 10
.3 10
.5 10
.9 11
.3 10
.9 11
.1 11
.5 11
.9 H
I P R
23 2
25 0
26 4
27 6
26 1
28 1
29 6
30 9
29 7
31 9
33 7
35 2
33 8
36 4
38 4
40 1
38 0
40 9
43 2
45 1
42 0
45 2
47 7
49 8
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
8 14
0 14
9 12
7 13
5 14
7 15
7 13
3 14
1 15
4 16
4 13
7 14
6 16
0 17
0
10 50
M Bh
28 .1
28 .7
30 .7
32 .8
27 .4
28 .0
30 .0
32 .0
26 .8
27 .4
29 .2
31 .3
26 .1
26 .7
28 .5
30 .5
24 .8
25 .4
27 .1
29 .0
23 .0
23 .5
25 .1
26 .8
S/ T
0. 96
0. 90
0. 73
0. 55
1. 00
0. 94
0. 76
0. 57
1. 00
0. 96
0. 78
0. 58
1. 00
0. 99
0. 81
0. 60
1. 00
1. 00
0. 84
0. 63
1. 00
1. 00
0. 84
0. 63
T
23 22
19 15
23 22
20 16
23 23
20 16
22 23
20 16
21 22
19 16
20 20
18 15
kW 1.
83 1.
87 1.
94 2.
00 1.
98 2.
03 2.
10 2.
17 2.
11 2.
16 2.
24 2.
31 2.
23 2.
28 2.
36 2.
44 2.
33 2.
38 2.
47 2.
55 2.
41 2.
47 2.
56 2.
65 Am
ps 7.
8 7.
9 8.
2 8.
5 8.
4 8.
5 8.
8 9.
1 9.
0 9.
2 9.
5 9.
9 9.
6 9.
8 10
.2 10
.5 10
.2 10
.4 10
.8 11
.2 10
.8 11
.0 11
.4 11
.8 H
I P R
23 0
24 8
26 2
27 3
25 8
27 8
29 4
30 6
29 4
31 6
33 4
34 8
33 5
36 0
38 0
39 7
37 6
40 5
42 8
44 6
41 6
44 8
47 3
49 3
LO P
R 10
9 11
6 12
6 13
5 11
5 12
2 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
8
92 0
M Bh
25 .9
26 .5
28 .3
30 .3
25 .3
25 .9
27 .6
29 .6
24 .7
25 .3
27 .0
28 .9
24 .1
24 .6
26 .3
28 .2
22 .9
23 .4
25 .0
26 .7
21 .2
21 .7
23 .2
24 .8
S/ T
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
0. 99
0. 93
0. 75
0. 56
1. 02
0. 96
0. 78
0. 58
1. 06
0. 99
0. 81
0. 60
1. 07
1. 00
0. 81
0. 61
T
26 25
21 17
26 25
22 17
26 25
22 17
26 25
22 17
26 25
22 17
24 23
20 16
kW 1.
79 1.
83 1.
89 1.
95 1.
93 1.
97 2.
04 2.
11 2.
06 2.
11 2.
18 2.
25 2.
17 2.
22 2.
30 2.
38 2.
27 2.
32 2.
40 2.
48 2.
35 2.
41 2.
49 2.
58 Am
ps 7.
6 7.
7 8.
0 8.
2 8.
1 8.
3 8.
6 8.
9 8.
8 9.
0 9.
3 9.
6 9.
4 9.
6 9.
9 10
.2 9.
9 10
.2 10
.5 10
.9 10
.5 10
.7 11
.1 11
.5 H
I P R
22 3
24 0
25 4
26 5
25 1
27 0
28 5
29 7
28 5
30 7
32 4
33 8
32 5
34 9
36 9
38 5
36 5
39 3
41 5
43 3
40 3
43 4
45 8
47 8
LO P
R 10
6 11
2 12
3 13
1 11
2 11
9 13
0 13
8 11
6 12
3 13
5 14
3 12
2 13
0 14
1 15
1 12
8 13
6 14
8 15
8 13
2 14
0 15
3 16
3
85
11 80
M Bh
29 .4
30 .0
31 .4
33 .5
28 .8
29 .3
30 .7
32 .8
28 .1
28 .6
30 .0
32 .0
27 .4
27 .9
29 .2
31 .2
26 .0
26 .5
27 .8
29 .6
24 .1
24 .6
25 .7
27 .5
S/ T
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 96
0. 77
1. 00
1. 00
0. 98
0. 79
1. 00
1. 00
1. 00
0. 82
1. 00
1. 00
1. 00
0. 85
1. 00
1. 00
1. 00
0. 86
T
22 23
22 19
22 22
22 19
21 22
22 19
21 21
22 20
20 20
21 19
18 19
20 18
kW 1.
86 1.
90 1.
97 2.
04 2.
02 2.
06 2.
13 2.
20 2.
15 2.
20 2.
27 2.
35 2.
27 2.
32 2.
40 2.
49 2.
37 2.
42 2.
51 2.
60 2.
46 2.
51 2.
60 2.
69 Am
ps 7.
9 8.
1 8.
3 8.
6 8.
5 8.
7 9.
0 9.
3 9.
2 9.
4 9.
7 10
.0 9.
8 10
.0 10
.3 10
.7 10
.4 10
.6 11
.0 11
.4 11
.0 11
.2 11
.6 12
.0 H
I P R
23 5
25 3
26 7
27 8
26 3
28 4
29 9
31 2
30 0
32 2
34 1
35 5
34 1
36 7
38 8
40 5
38 4
41 3
43 6
45 5
42 4
45 7
48 2
50 3
LO P
R 11
1 11
8 12
9 13
7 11
7 12
5 13
6 14
5 12
2 13
0 14
2 15
1 12
8 13
6 14
9 15
8 13
4 14
3 15
6 16
6 13
9 14
8 16
1 17
2
10 50
M Bh
28 .6
29 .1
30 .5
32 .6
27 .9
28 .5
29 .8
31 .8
27 .3
27 .8
29 .1
31 .0
26 .6
27 .1
28 .4
30 .3
25 .3
25 .7
27 .0
28 .8
23 .4
23 .9
25 .0
26 .7
S/ T
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 93
0. 76
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
1. 00
0. 81
1. 00
1. 00
1. 00
0. 82
T
24 24
23 20
24 24
23 20
23 24
23 20
23 23
23 20
22 22
23 20
20 20
21 19
kW 1.
85 1.
89 1.
95 2.
02 2.
00 2.
04 2.
11 2.
19 2.
13 2.
18 2.
26 2.
33 2.
25 2.
30 2.
38 2.
46 2.
35 2.
40 2.
49 2.
58 2.
44 2.
49 2.
58 2.
67 Am
ps 7.
8 8.
0 8.
3 8.
5 8.
4 8.
6 8.
9 9.
2 9.
1 9.
3 9.
6 10
.0 9.
7 9.
9 10
.2 10
.6 10
.3 10
.5 10
.9 11
.3 10
.9 11
.1 11
.5 11
.9 H
I P R
23 2
25 0
26 4
27 6
26 1
28 1
29 6
30 9
29 7
31 9
33 7
35 2
33 8
36 4
38 4
40 1
38 0
40 9
43 2
45 1
42 0
45 2
47 7
49 8
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
8 14
0 14
9 12
7 13
5 14
7 15
7 13
3 14
1 15
4 16
4 13
7 14
6 16
0 17
0
92 0
M Bh
26 .4
26 .9
28 .2
30 .0
25 .8
26 .3
27 .5
29 .4
25 .2
25 .6
26 .9
28 .7
24 .5
25 .0
26 .2
28 .0
23 .3
23 .8
24 .9
26 .6
21 .6
22 .0
23 .1
24 .6
S/ T
0. 97
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 93
0. 75
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
0. 97
0. 79
T
27 27
26 22
28 27
26 22
27 27
26 22
26 27
26 23
25 25
26 22
23 24
24 21
kW 1.
80 1.
84 1.
90 1.
97 1.
95 1.
99 2.
06 2.
13 2.
08 2.
12 2.
20 2.
27 2.
19 2.
24 2.
32 2.
40 2.
29 2.
34 2.
42 2.
51 2.
37 2.
43 2.
51 2.
60 Am
ps 7.
6 7.
8 8.
0 8.
3 8.
2 8.
4 8.
7 9.
0 8.
9 9.
1 9.
4 9.
7 9.
4 9.
7 10
.0 10
.3 10
.0 10
.3 10
.6 11
.0 10
.6 10
.8 11
.2 11
.6 H
I P R
22 6
24 3
25 6
26 7
25 3
27 2
28 8
30 0
28 8
31 0
32 7
34 1
32 8
35 3
37 2
38 8
36 9
39 7
41 9
43 7
40 7
43 8
46 3
48 3
LO P
R 10
7 11
3 12
4 13
2 11
3 12
0 13
1 13
9 11
7 12
5 13
6 14
5 12
3 13
1 14
3 15
2 12
9 13
7 15
0 15
9 13
3 14
2 15
5 16
5 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
10 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 11
Expanded Cooling Data GPC1436H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
13 50
M Bh
35 .8
37 .1
40 .7
- 35
.0 36
.3 39
.8 -
34 .2
35 .4
38 .8
- 33
.3 34
.6 37
.9 -
31 .7
32 .8
36 .0
- 29
.3 30
.4 33
.3 -
S/ T
0. 74
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 79
0. 66
0. 46
- 0.
82 0.
68 0.
47 -
0. 85
0. 71
0. 49
- 0.
85 0.
71 0.
49 -
T
18 16
12 -
18 16
12 -
18 16
12 -
19 16
12 -
18 16
12 -
17 15
11 -
kW 2.
37 2.
42 2.
50 -
2. 56
2. 61
2. 70
- 2.
72 2.
78 2.
87 -
2. 86
2. 93
3. 02
- 2.
98 3.
05 3.
15 -
3. 09
3. 16
3. 26
- Am
ps 10
.3 10
.5 10
.8 -
11 .0
11 .2
11 .5
- 11
.8 12
.0 12
.4 -
12 .5
12 .8
13 .2
- 13
.2 13
.5 13
.9 -
13 .9
14 .2
14 .7
- H
I P R
23 6
25 4
26 8
- 26
5 28
5 30
1 -
30 1
32 4
34 2
- 34
3 36
9 39
0 -
38 6
41 5
43 9
- 42
6 45
9 48
5 -
LO P
R 11
0 11
7 12
8 -
11 7
12 4
13 5
- 12
1 12
9 14
1 -
12 7
13 5
14 8
- 13
3 14
2 15
5 -
13 8
14 7
16 0
-
12 01
M Bh
34 .8
36 .1
39 .5
- 34
.0 35
.2 38
.6 -
33 .2
34 .4
37 .7
- 32
.4 33
.5 36
.8 -
30 .7
31 .9
34 .9
- 28
.5 29
.5 32
.3 -
S/ T
0. 71
0. 59
0. 41
- 0.
73 0.
61 0.
43 -
0. 75
0. 63
0. 44
- 0.
78 0.
65 0.
45 -
0. 81
0. 67
0. 47
- 0.
81 0.
68 0.
47 -
T
19 16
12 -
19 17
13 -
19 17
13 -
19 17
13 -
19 16
12 -
18 15
12 -
kW 2.
35 2.
40 2.
48 -
2. 54
2. 59
2. 67
- 2.
70 2.
76 2.
85 -
2. 84
2. 90
3. 00
- 2.
96 3.
02 3.
13 -
3. 06
3. 13
3. 24
- Am
ps 10
.2 10
.4 10
.7 -
10 .9
11 .1
11 .4
- 11
.7 11
.9 12
.3 -
12 .4
12 .7
13 .1
- 13
.1 13
.4 13
.8 -
13 .8
14 .1
14 .5
- H
I P R
23 4
25 1
26 6
- 26
2 28
2 29
8 -
29 8
32 1
33 9
- 34
0 36
5 38
6 -
38 2
41 1
43 4
- 42
2 45
4 48
0 -
LO P
R 10
9 11
6 12
7 -
11 5
12 3
13 4
- 12
0 12
8 13
9 -
12 6
13 4
14 6
- 13
2 14
1 15
3 -
13 7
14 5
15 9
-
10 52
M Bh
32 .1
33 .3
36 .5
- 31
.4 32
.5 35
.6 -
30 .6
31 .7
34 .8
- 29
.9 31
.0 33
.9 -
28 .4
29 .4
32 .2
- 26
.3 27
.2 29
.9 -
S/ T
0. 68
0. 57
0. 40
- 0.
71 0.
59 0.
41 -
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
43 -
0. 78
0. 65
0. 45
- 0.
78 0.
66 0.
45 -
T
19 17
13 -
19 17
13 -
19 17
13 -
20 17
13 -
19 17
13 -
18 16
12 -
kW 2.
30 2.
35 2.
42 -
2. 47
2. 53
2. 61
- 2.
63 2.
69 2.
77 -
2. 77
2. 83
2. 92
- 2.
88 2.
95 3.
05 -
2. 98
3. 05
3. 15
- Am
ps 9.
9 10
.1 10
.4 -
10 .6
10 .8
11 .2
- 11
.4 11
.7 12
.0 -
12 .1
12 .4
12 .7
- 12
.8 13
.1 13
.5 -
13 .5
13 .8
14 .2
- H
I P R
22 7
24 4
25 8
- 25
4 27
4 28
9 -
28 9
31 1
32 9
- 32
9 35
5 37
4 -
37 1
39 9
42 1
- 40
9 44
1 46
5 -
LO P
R 10
6 11
3 12
3 -
11 2
11 9
13 0
- 11
6 12
4 13
5 -
12 2
13 0
14 2
- 12
8 13
6 14
9 -
13 3
14 1
15 4
-
75
13 50
M Bh
36 .4
37 .5
40 .6
43 .6
35 .6
36 .7
39 .7
42 .6
34 .7
35 .8
38 .7
41 .6
33 .9
34 .9
37 .8
40 .6
32 .2
33 .2
35 .9
38 .5
29 .8
30 .7
33 .2
35 .7
S/ T
0. 84
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 93
0. 83
0. 63
0. 40
0. 96
0. 86
0. 65
0. 42
0. 97
0. 87
0. 66
0. 42
T
21 19
16 11
21 20
16 11
21 20
16 11
21 20
16 11
21 19
16 11
20 18
15 10
kW 2.
39 2.
44 2.
52 2.
60 2.
58 2.
63 2.
72 2.
81 2.
74 2.
80 2.
89 2.
99 2.
89 2.
95 3.
05 3.
15 3.
01 3.
08 3.
18 3.
29 3.
12 3.
19 3.
29 3.
41 Am
ps 10
.3 10
.5 10
.8 11
.2 11
.1 11
.3 11
.6 12
.0 11
.9 12
.1 12
.5 12
.9 12
.6 12
.9 13
.3 13
.7 13
.3 13
.6 14
.0 14
.5 14
.0 14
.4 14
.8 15
.3 H
I P R
23 8
25 7
27 1
28 3
26 8
28 8
30 4
31 7
30 4
32 7
34 6
36 1
34 7
37 3
39 4
41 1
39 0
42 0
44 3
46 2
43 1
46 4
48 9
51 0
LO P
R 11
1 11
9 12
9 13
8 11
8 12
5 13
7 14
6 12
2 13
0 14
2 15
1 12
9 13
7 14
9 15
9 13
5 14
3 15
7 16
7 13
9 14
8 16
2 17
2
12 01
M Bh
35 .4
36 .4
39 .4
42 .3
34 .6
35 .6
38 .5
41 .3
33 .7
34 .7
37 .6
40 .4
32 .9
33 .9
36 .7
39 .4
31 .3
32 .2
34 .8
37 .4
29 .0
29 .8
32 .3
34 .6
S/ T
0. 81
0. 72
0. 55
0. 35
0. 84
0. 75
0. 57
0. 36
0. 86
0. 77
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 92
0. 82
0. 62
0. 40
0. 93
0. 83
0. 63
0. 40
T
22 20
16 11
22 20
17 12
22 20
17 12
22 21
17 12
22 20
17 11
21 19
15 11
kW 2.
37 2.
42 2.
50 2.
58 2.
56 2.
61 2.
70 2.
79 2.
72 2.
78 2.
87 2.
97 2.
86 2.
93 3.
02 3.
12 2.
98 3.
05 3.
15 3.
26 3.
09 3.
16 3.
27 3.
38 Am
ps 10
.3 10
.5 10
.8 11
.1 11
.0 11
.2 11
.5 11
.9 11
.8 12
.0 12
.4 12
.8 12
.5 12
.8 13
.2 13
.6 13
.2 13
.5 13
.9 14
.4 13
.9 14
.2 14
.7 15
.2 H
I P R
23 6
25 4
26 8
28 0
26 5
28 5
30 1
31 4
30 1
32 4
34 2
35 7
34 3
36 9
39 0
40 7
38 6
41 5
43 9
45 7
42 6
45 9
48 5
50 5
LO P
R 11
0 11
7 12
8 13
7 11
7 12
4 13
5 14
4 12
1 12
9 14
1 15
0 12
7 13
5 14
8 15
7 13
3 14
2 15
5 16
5 13
8 14
7 16
0 17
1
10 52
M Bh
32 .7
33 .6
36 .4
39 .1
31 .9
32 .8
35 .6
38 .2
31 .1
32 .1
34 .7
37 .2
30 .4
31 .3
33 .9
36 .3
28 .9
29 .7
32 .2
34 .5
26 .7
27 .5
29 .8
32 .0
S/ T
0. 78
0. 69
0. 53
0. 34
0. 81
0. 72
0. 55
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 58
0. 37
0. 88
0. 79
0. 60
0. 39
0. 89
0. 80
0. 60
0. 39
T
22 20
17 12
22 21
17 12
22 21
17 12
23 21
17 12
22 21
17 12
21 19
16 11
kW 2.
32 2.
36 2.
44 2.
52 2.
49 2.
55 2.
63 2.
72 2.
65 2.
71 2.
80 2.
89 2.
79 2.
85 2.
95 3.
05 2.
91 2.
97 3.
07 3.
18 3.
01 3.
08 3.
18 3.
29 Am
ps 10
.0 10
.2 10
.5 10
.8 10
.7 10
.9 11
.2 11
.6 11
.5 11
.8 12
.1 12
.5 12
.2 12
.5 12
.8 13
.3 12
.9 13
.2 13
.6 14
.0 13
.6 13
.9 14
.3 14
.8 H
I P R
22 9
24 6
26 0
27 1
25 7
27 6
29 2
30 4
29 2
31 4
33 2
34 6
33 3
35 8
37 8
39 4
37 4
40 3
42 5
44 4
41 4
44 5
47 0
49 0
LO P
R 10
7 11
4 12
4 13
2 11
3 12
0 13
1 14
0 11
8 12
5 13
7 14
5 12
3 13
1 14
3 15
3 12
9 13
8 15
0 16
0 13
4 14
2 15
5 16
6 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
10 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 11
Expanded Cooling Data GPC1436H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
13 50
M Bh
37 .1
37 .9
40 .5
43 .3
36 .2
37 .0
39 .6
42 .3
35 .4
36 .1
38 .6
41 .3
34 .5
35 .3
37 .7
40 .3
32 .8
33 .5
35 .8
38 .3
30 .4
31 .0
33 .1
35 .4
S/ T
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 92
0. 75
0. 56
1. 00
0. 95
0. 78
0. 58
1. 00
1. 00
0. 81
0. 60
1. 00
1. 00
0. 81
0. 61
T
23 22
20 16
24 23
20 16
24 23
20 16
24 23
20 16
22 23
20 16
21 21
18 15
kW 2.
41 2.
46 2.
54 2.
62 2.
60 2.
65 2.
74 2.
83 2.
76 2.
83 2.
92 3.
02 2.
91 2.
98 3.
07 3.
18 3.
03 3.
10 3.
21 3.
32 3.
14 3.
21 3.
32 3.
44 Am
ps 10
.4 10
.6 10
.9 11
.3 11
.1 11
.4 11
.7 12
.1 12
.0 12
.2 12
.6 13
.0 12
.7 13
.0 13
.4 13
.8 13
.4 13
.7 14
.2 14
.6 14
.2 14
.5 14
.9 15
.4 H
I P R
24 1
25 9
27 4
28 5
27 0
29 1
30 7
32 0
30 7
33 1
34 9
36 4
35 0
37 7
39 8
41 5
39 4
42 4
44 7
46 7
43 5
46 8
49 4
51 6
LO P
R 11
3 12
0 13
1 13
9 11
9 12
7 13
8 14
7 12
4 13
2 14
4 15
3 13
0 13
8 15
1 16
1 13
6 14
5 15
8 16
8 14
1 15
0 16
4 17
4
12 01
M Bh
36 .0
36 .8
39 .3
42 .0
35 .2
35 .9
38 .4
41 .1
34 .3
35 .1
37 .5
40 .1
33 .5
34 .2
36 .6
39 .1
31 .8
32 .5
34 .7
37 .1
29 .5
30 .1
32 .2
34 .4
S/ T
0. 88
0. 83
0. 67
0. 50
0. 92
0. 86
0. 70
0. 52
0. 94
0. 88
0. 72
0. 54
0. 97
0. 91
0. 74
0. 55
1. 00
0. 94
0. 77
0. 57
1. 00
0. 95
0. 77
0. 58
T
24 23
20 16
25 24
21 16
25 24
21 16
25 24
21 17
24 23
20 16
23 22
19 15
kW 2.
39 2.
44 2.
52 2.
60 2.
58 2.
63 2.
72 2.
81 2.
74 2.
80 2.
89 2.
99 2.
89 2.
95 3.
05 3.
15 3.
01 3.
08 3.
18 3.
29 3.
12 3.
19 3.
29 3.
41 Am
ps 10
.3 10
.6 10
.8 11
.2 11
.1 11
.3 11
.6 12
.0 11
.9 12
.1 12
.5 12
.9 12
.6 12
.9 13
.3 13
.7 13
.3 13
.6 14
.0 14
.5 14
.0 14
.4 14
.8 15
.3 H
I P R
23 8
25 7
27 1
28 3
26 8
28 8
30 4
31 7
30 4
32 7
34 6
36 1
34 7
37 3
39 4
41 1
39 0
42 0
44 3
46 2
43 1
46 4
48 9
51 1
LO P
R 11
1 11
9 12
9 13
8 11
8 12
5 13
7 14
6 12
2 13
0 14
2 15
1 12
9 13
7 14
9 15
9 13
5 14
3 15
7 16
7 13
9 14
8 16
2 17
2
10 52
M Bh
33 .2
34 .0
36 .3
38 .8
32 .5
33 .2
35 .4
37 .9
31 .7
32 .4
34 .6
37 .0
30 .9
31 .6
33 .8
36 .1
29 .4
30 .0
32 .1
34 .3
27 .2
27 .8
29 .7
31 .8
S/ T
0. 85
0. 80
0. 65
0. 49
0. 88
0. 83
0. 67
0. 50
0. 91
0. 85
0. 69
0. 52
0. 93
0. 88
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
0. 98
0. 92
0. 75
0. 56
T
25 24
21 16
25 24
21 17
25 24
21 17
25 24
21 17
25 24
21 17
23 22
19 15
kW 2.
33 2.
38 2.
46 2.
54 2.
51 2.
57 2.
65 2.
74 2.
67 2.
73 2.
82 2.
92 2.
81 2.
88 2.
97 3.
07 2.
93 3.
00 3.
10 3.
20 3.
04 3.
10 3.
21 3.
32 Am
ps 10
.1 10
.3 10
.6 10
.9 10
.8 11
.0 11
.3 11
.7 11
.6 11
.9 12
.2 12
.6 12
.3 12
.6 12
.9 13
.4 13
.0 13
.3 13
.7 14
.2 13
.7 14
.0 14
.4 14
.9 H
I P R
23 1
24 9
26 3
27 4
26 0
27 9
29 5
30 8
29 5
31 8
33 5
35 0
33 6
36 2
38 2
39 8
37 8
40 7
43 0
44 8
41 8
45 0
47 5
49 5
LO P
R 10
8 11
5 12
6 13
4 11
4 12
2 13
3 14
1 11
9 12
6 13
8 14
7 12
5 13
3 14
5 15
4 13
1 13
9 15
2 16
2 13
5 14
4 15
7 16
7
85
13 50
M Bh
37 .7
38 .5
40 .3
43 .0
36 .9
37 .6
39 .4
42 .0
36 .0
36 .7
38 .4
41 .0
35 .1
35 .8
37 .5
40 .0
33 .4
34 .0
35 .6
38 .0
30 .9
31 .5
33 .0
35 .2
S/ T
0. 97
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 93
0. 75
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
0. 97
0. 79
T
25 25
23 20
25 25
24 20
25 25
24 20
24 24
24 21
23 23
23 20
21 21
22 19
kW 2.
43 2.
48 2.
56 2.
65 2.
62 2.
68 2.
76 2.
86 2.
79 2.
85 2.
94 3.
04 2.
93 3.
00 3.
10 3.
21 3.
06 3.
13 3.
23 3.
34 3.
17 3.
24 3.
35 3.
47 Am
ps 10
.5 10
.7 11
.0 11
.4 11
.2 11
.5 11
.8 12
.2 12
.1 12
.3 12
.7 13
.1 12
.8 13
.1 13
.5 13
.9 13
.6 13
.9 14
.3 14
.8 14
.3 14
.6 15
.0 15
.6 H
I P R
24 3
26 2
27 6
28 8
27 3
29 4
31 0
32 3
31 0
33 4
35 3
36 8
35 4
38 0
40 2
41 9
39 8
42 8
45 2
47 1
43 9
47 3
49 9
52 1
LO P
R 11
4 12
1 13
2 14
1 12
0 12
8 14
0 14
9 12
5 13
3 14
5 15
4 13
1 14
0 15
2 16
2 13
7 14
6 16
0 17
0 14
2 15
1 16
5 17
6
12 01
M Bh
36 .6
37 .4
39 .1
41 .7
35 .8
36 .5
38 .2
40 .8
34 .9
35 .6
37 .3
39 .8
34 .1
34 .7
36 .4
38 .8
32 .4
33 .0
34 .6
36 .9
30 .0
30 .6
32 .0
34 .2
S/ T
0. 93
0. 89
0. 81
0. 65
0. 96
0. 93
0. 84
0. 68
0. 98
0. 95
0. 86
0. 70
1. 00
0. 98
0. 89
0. 72
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 93
0. 75
T
26 26
24 21
26 26
24 21
26 26
24 21
26 26
25 21
25 25
24 21
23 23
23 20
kW 2.
41 2.
46 2.
54 2.
62 2.
60 2.
65 2.
74 2.
83 2.
76 2.
83 2.
92 3.
02 2.
91 2.
98 3.
07 3.
18 3.
03 3.
10 3.
21 3.
32 3.
14 3.
21 3.
32 3.
44 Am
ps 10
.4 10
.6 10
.9 11
.3 11
.1 11
.4 11
.7 12
.1 12
.0 12
.2 12
.6 13
.0 12
.7 13
.0 13
.4 13
.8 13
.4 13
.7 14
.2 14
.6 14
.2 14
.5 14
.9 15
.4 H
I P R
24 1
25 9
27 4
28 5
27 0
29 1
30 7
32 0
30 7
33 1
34 9
36 4
35 0
37 7
39 8
41 5
39 4
42 4
44 7
46 7
43 5
46 8
49 4
51 6
LO P
R 11
3 12
0 13
1 13
9 11
9 12
7 13
8 14
7 12
4 13
2 14
4 15
3 13
0 13
8 15
1 16
1 13
6 14
5 15
8 16
8 14
1 15
0 16
4 17
4
10 52
M Bh
33 .8
34 .5
36 .1
38 .5
33 .0
33 .7
35 .3
37 .6
32 .2
32 .9
34 .4
36 .7
31 .5
32 .1
33 .6
35 .8
29 .9
30 .5
31 .9
34 .0
27 .7
28 .2
29 .6
31 .5
S/ T
0. 89
0. 86
0. 78
0. 63
0. 93
0. 89
0. 81
0. 65
0. 95
0. 92
0. 83
0. 67
0. 98
0. 95
0. 85
0. 69
1. 00
0. 98
0. 89
0. 72
1. 00
0. 99
0. 89
0. 72
T
26 26
25 21
27 26
25 21
27 26
25 22
27 26
25 22
26 26
25 21
24 24
23 20
kW 2.
35 2.
40 2.
48 2.
56 2.
53 2.
59 2.
67 2.
76 2.
70 2.
75 2.
84 2.
94 2.
84 2.
90 3.
00 3.
10 2.
96 3.
02 3.
12 3.
23 3.
06 3.
13 3.
24 3.
35 Am
ps 10
.2 10
.4 10
.7 11
.0 10
.9 11
.1 11
.4 11
.8 11
.7 11
.9 12
.3 12
.7 12
.4 12
.7 13
.0 13
.5 13
.1 13
.4 13
.8 14
.3 13
.8 14
.1 14
.5 15
.0 H
I P R
23 4
25 1
26 5
27 7
26 2
28 2
29 8
31 1
29 8
32 1
33 9
35 3
34 0
36 5
38 6
40 2
38 2
41 1
43 4
45 3
42 2
45 4
48 0
50 0
LO P
R 10
9 11
6 12
7 13
5 11
5 12
3 13
4 14
3 12
0 12
8 13
9 14
8 12
6 13
4 14
6 15
6 13
2 14
0 15
3 16
3 13
7 14
5 15
9 16
9 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
12 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 13
Expanded Cooling Data GPC1442H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
14 32
M Bh
39 .8
41 .3
45 .2
- 38
.9 40
.3 44
.1 -
38 .0
39 .3
43 .1
- 37
.0 38
.4 42
.0 -
35 .2
36 .5
39 .9
- 32
.6 33
.8 37
.0 -
S/ T
0. 72
0. 60
0. 42
- 0.
75 0.
63 0.
43 -
0. 77
0. 64
0. 44
- 0.
79 0.
66 0.
46 -
0. 82
0. 69
0. 48
- 0.
83 0.
69 0.
48 -
T
18 16
12 -
19 16
12 -
19 16
12 -
19 16
12 -
19 16
12 -
17 15
11 -
kW 2.
68 2.
74 2.
82 -
2. 89
2. 95
3. 04
- 3.
07 3.
14 3.
24 -
3. 23
3. 30
3. 41
- 3.
37 3.
44 3.
56 -
3. 48
3. 56
3. 68
- Am
ps 11
.4 11
.7 12
.0 -
12 .3
12 .6
13 .0
- 13
.3 13
.6 14
.0 -
14 .2
14 .5
15 .0
- 15
.1 15
.4 15
.9 -
15 .9
16 .3
16 .8
- H
I P R
24 1
26 0
27 4
- 27
1 29
1 30
8 -
30 8
33 1
35 0
- 35
1 37
7 39
9 -
39 5
42 5
44 8
- 43
6 46
9 49
5 -
LO P
R 10
9 11
6 12
7 -
11 5
12 2
13 4
- 12
0 12
7 13
9 -
12 6
13 4
14 6
- 13
2 14
0 15
3 -
13 6
14 5
15 8
-
12 74
M Bh
38 .6
40 .1
43 .9
- 37
.7 39
.1 42
.9 -
36 .8
38 .2
41 .8
- 35
.9 37
.3 40
.8 -
34 .1
35 .4
38 .8
- 31
.6 32
.8 35
.9 -
S/ T
0. 69
0. 58
0. 40
- 0.
71 0.
60 0.
41 -
0. 73
0. 61
0. 42
- 0.
76 0.
63 0.
44 -
0. 78
0. 65
0. 45
- 0.
79 0.
66 0.
46 -
T
19 17
13 -
19 17
13 -
19 17
13 -
20 17
13 -
19 17
13 -
18 16
12 -
kW 2.
66 2.
72 2.
80 -
2. 86
2. 92
3. 02
- 3.
04 3.
11 3.
21 -
3. 20
3. 27
3. 38
- 3.
34 3.
41 3.
53 -
3. 45
3. 53
3. 65
- Am
ps 11
.3 11
.6 11
.9 -
12 .2
12 .5
12 .9
- 13
.2 13
.5 13
.9 -
14 .1
14 .4
14 .8
- 14
.9 15
.3 15
.8 -
15 .8
16 .1
16 .7
- H
I P R
23 9
25 7
27 2
- 26
8 28
9 30
5 -
30 5
32 8
34 6
- 34
7 37
4 39
5 -
39 1
42 0
44 4
- 43
2 46
5 49
1 -
LO P
R 10
8 11
5 12
5 -
11 4
12 1
13 2
- 11
8 12
6 13
8 -
12 4
13 2
14 5
- 13
0 13
9 15
1 -
13 5
14 4
15 7
-
11 16
M Bh
35 .7
37 .0
40 .5
- 34
.8 36
.1 39
.6 -
34 .0
35 .2
38 .6
- 33
.2 34
.4 37
.7 -
31 .5
32 .7
35 .8
- 29
.2 30
.3 33
.2 -
S/ T
0. 66
0. 55
0. 38
- 0.
69 0.
57 0.
40 -
0. 71
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 76
0. 63
0. 44
- 0.
76 0.
64 0.
44 -
T
20 17
13 -
20 17
13 -
20 17
13 -
20 17
13 -
20 17
13 -
18 16
12 -
kW 2.
60 2.
65 2.
73 -
2. 79
2. 85
2. 94
- 2.
97 3.
03 3.
13 -
3. 12
3. 19
3. 30
- 3.
25 3.
33 3.
44 -
3. 37
3. 44
3. 56
- Am
ps 11
.0 11
.3 11
.6 -
11 .9
12 .2
12 .5
- 12
.8 13
.1 13
.6 -
13 .7
14 .0
14 .4
- 14
.5 14
.9 15
.3 -
15 .3
15 .7
16 .2
- H
I P R
23 2
24 9
26 3
- 26
0 28
0 29
6 -
29 6
31 8
33 6
- 33
7 36
3 38
3 -
37 9
40 8
43 1
- 41
9 45
1 47
6 -
LO P
R 10
5 11
1 12
2 -
11 1
11 8
12 8
- 11
5 12
2 13
3 -
12 1
12 8
14 0
- 12
7 13
5 14
7 -
13 1
13 9
15 2
-
75
14 32
M Bh
40 .5
41 .7
45 .1
48 .4
39 .5
40 .7
44 .1
47 .3
38 .6
39 .7
43 .0
46 .2
37 .7
38 .8
42 .0
45 .0
35 .8
36 .8
39 .9
42 .8
33 .1
34 .1
36 .9
39 .6
S/ T
0. 82
0. 73
0. 56
0. 36
0. 85
0. 76
0. 58
0. 37
0. 87
0. 78
0. 59
0. 38
0. 90
0. 81
0. 61
0. 39
0. 93
0. 84
0. 63
0. 41
0. 94
0. 84
0. 64
0. 41
T
21 20
16 11
22 20
16 11
22 20
16 11
22 20
16 11
21 20
16 11
20 18
15 10
kW 2.
70 2.
76 2.
85 2.
94 2.
91 2.
97 3.
07 3.
17 3.
09 3.
16 3.
27 3.
37 3.
26 3.
33 3.
44 3.
55 3.
39 3.
47 3.
59 3.
71 3.
51 3.
59 3.
71 3.
84 Am
ps 11
.5 11
.8 12
.2 12
.6 12
.4 12
.7 13
.1 13
.6 13
.4 13
.7 14
.2 14
.7 14
.3 14
.6 15
.1 15
.7 15
.2 15
.5 16
.0 16
.6 16
.1 16
.4 17
.0 17
.6 H
I P R
24 4
26 2
27 7
28 9
27 4
29 4
31 1
32 4
31 1
33 5
35 4
36 9
35 4
38 1
40 3
42 0
39 9
42 9
45 3
47 2
44 0
47 4
50 1
52 2
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
9 14
0 15
0 12
7 13
5 14
7 15
7 13
3 14
2 15
5 16
5 13
8 14
6 16
0 17
0
12 74
M Bh
39 .3
40 .5
43 .8
47 .0
38 .4
39 .5
42 .8
45 .9
37 .5
38 .6
41 .8
44 .8
36 .6
37 .6
40 .7
43 .7
34 .7
35 .8
38 .7
41 .5
32 .2
33 .1
35 .9
38 .5
S/ T
0. 78
0. 70
0. 53
0. 34
0. 81
0. 73
0. 55
0. 35
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 89
0. 80
0. 60
0. 39
0. 90
0. 80
0. 61
0. 39
T
22 20
17 12
22 21
17 12
22 21
17 12
23 21
17 12
22 21
17 12
21 19
16 11
kW 2.
68 2.
74 2.
82 2.
91 2.
89 2.
95 3.
04 3.
14 3.
07 3.
14 3.
24 3.
35 3.
23 3.
30 3.
41 3.
52 3.
37 3.
44 3.
56 3.
68 3.
48 3.
56 3.
68 3.
81 Am
ps 11
.4 11
.7 12
.0 12
.5 12
.3 12
.6 13
.0 13
.4 13
.3 13
.6 14
.0 14
.6 14
.2 14
.5 15
.0 15
.5 15
.1 15
.4 15
.9 16
.5 15
.9 16
.3 16
.8 17
.4 H
I P R
24 1
26 0
27 4
28 6
27 1
29 1
30 8
32 1
30 8
33 1
35 0
36 5
35 1
37 8
39 9
41 6
39 5
42 5
44 9
46 8
43 6
46 9
49 6
51 7
LO P
R 10
9 11
6 12
7 13
5 11
5 12
3 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
6 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
9
11 16
M Bh
36 .3
37 .3
40 .4
43 .4
35 .4
36 .5
39 .5
42 .4
34 .6
35 .6
38 .5
41 .4
33 .7
34 .7
37 .6
40 .4
32 .1
33 .0
35 .7
38 .3
29 .7
30 .6
33 .1
35 .5
S/ T
0. 75
0. 68
0. 51
0. 33
0. 78
0. 70
0. 53
0. 34
0. 80
0. 72
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 87
0. 78
0. 59
0. 38
T
23 21
17 12
23 21
17 12
23 21
17 12
23 21
17 12
23 21
17 12
21 20
16 11
kW 2.
62 2.
67 2.
76 2.
84 2.
82 2.
88 2.
97 3.
07 2.
99 3.
06 3.
16 3.
26 3.
15 3.
22 3.
32 3.
44 3.
28 3.
35 3.
47 3.
58 3.
40 3.
47 3.
59 3.
71 Am
ps 11
.1 11
.4 11
.7 12
.1 12
.0 12
.3 12
.6 13
.1 13
.0 13
.3 13
.7 14
.2 13
.8 14
.1 14
.6 15
.1 14
.7 15
.0 15
.5 16
.0 15
.5 15
.9 16
.4 17
.0 H
I P R
23 4
25 2
26 6
27 7
26 3
28 3
29 9
31 1
29 9
32 2
34 0
35 4
34 0
36 6
38 7
40 3
38 3
41 2
43 5
45 4
42 3
45 5
48 1
50 1
LO P
R 10
6 11
2 12
3 13
1 11
2 11
9 13
0 13
8 11
6 12
4 13
5 14
4 12
2 13
0 14
2 15
1 12
8 13
6 14
8 15
8 13
2 14
1 15
4 16
4 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
12 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 13
Expanded Cooling Data GPC1442H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
14 32
M Bh
41 .2
42 .1
45 .0
48 .1
40 .2
41 .1
43 .9
47 .0
39 .3
40 .1
42 .9
45 .8
38 .3
39 .2
41 .8
44 .7
36 .4
37 .2
39 .7
42 .5
33 .7
34 .5
36 .8
39 .4
S/ T
0. 90
0. 84
0. 69
0. 51
0. 93
0. 88
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 93
0. 75
0. 56
1. 00
0. 96
0. 78
0. 58
1. 00
0. 97
0. 79
0. 59
T
24 23
20 16
24 23
20 16
24 23
20 16
25 23
20 16
23 23
20 16
22 21
19 15
kW 2.
72 2.
78 2.
87 2.
96 2.
93 3.
00 3.
09 3.
20 3.
12 3.
19 3.
29 3.
40 3.
28 3.
36 3.
47 3.
58 3.
42 3.
50 3.
62 3.
74 3.
54 3.
62 3.
75 3.
87 Am
ps 11
.6 11
.9 12
.3 12
.7 12
.5 12
.8 13
.2 13
.7 13
.5 13
.9 14
.3 14
.8 14
.4 14
.8 15
.2 15
.8 15
.3 15
.7 16
.2 16
.8 16
.2 16
.6 17
.1 17
.8 H
I P R
24 6
26 5
28 0
29 2
27 6
29 7
31 4
32 7
31 4
33 8
35 7
37 2
35 8
38 5
40 7
42 4
40 3
43 3
45 8
47 7
44 5
47 9
50 6
52 7
LO P
R 11
1 11
8 12
9 13
8 11
7 12
5 13
6 14
5 12
2 13
0 14
2 15
1 12
8 13
6 14
9 15
9 13
4 14
3 15
6 16
6 13
9 14
8 16
1 17
2
12 74
M Bh
40 .0
40 .9
43 .7
46 .7
39 .1
39 .9
42 .6
45 .6
38 .1
39 .0
41 .6
44 .5
37 .2
38 .0
40 .6
43 .4
35 .3
36 .1
38 .6
41 .2
32 .7
33 .5
35 .7
38 .2
S/ T
0. 86
0. 81
0. 66
0. 49
0. 89
0. 83
0. 68
0. 51
0. 91
0. 86
0. 70
0. 52
0. 94
0. 88
0. 72
0. 54
0. 98
0. 92
0. 75
0. 56
0. 99
0. 92
0. 75
0. 56
T
25 24
21 17
25 24
21 17
25 24
21 17
25 24
21 17
25 24
21 17
23 22
19 16
kW 2.
70 2.
76 2.
85 2.
94 2.
91 2.
97 3.
07 3.
17 3.
09 3.
16 3.
27 3.
37 3.
26 3.
33 3.
44 3.
55 3.
40 3.
47 3.
59 3.
71 3.
51 3.
59 3.
71 3.
84 Am
ps 11
.5 11
.8 12
.2 12
.6 12
.4 12
.7 13
.1 13
.6 13
.4 13
.7 14
.2 14
.7 14
.3 14
.6 15
.1 15
.7 15
.2 15
.5 16
.0 16
.6 16
.1 16
.4 17
.0 17
.6 H
I P R
24 4
26 2
27 7
28 9
27 4
29 4
31 1
32 4
31 1
33 5
35 4
36 9
35 4
38 1
40 3
42 0
39 9
42 9
45 3
47 3
44 0
47 4
50 1
52 2
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
9 14
0 15
0 12
7 13
5 14
8 15
7 13
3 14
2 15
5 16
5 13
8 14
6 16
0 17
0
11 16
M Bh
36 .9
37 .7
40 .3
43 .1
36 .1
36 .8
39 .4
42 .1
35 .2
36 .0
38 .4
41 .1
34 .3
35 .1
37 .5
40 .1
32 .6
33 .3
35 .6
38 .1
30 .2
30 .9
33 .0
35 .3
S/ T
0. 83
0. 78
0. 63
0. 47
0. 86
0. 80
0. 66
0. 49
0. 88
0. 83
0. 67
0. 50
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 95
0. 89
0. 73
0. 54
T
25 24
21 17
25 24
21 17
26 24
21 17
26 25
21 17
25 24
21 17
24 23
20 16
kW 2.
64 2.
69 2.
78 2.
87 2.
84 2.
90 2.
99 3.
09 3.
02 3.
08 3.
18 3.
29 3.
18 3.
25 3.
35 3.
46 3.
31 3.
38 3.
50 3.
61 3.
43 3.
50 3.
62 3.
74 Am
ps 11
.2 11
.5 11
.8 12
.3 12
.1 12
.4 12
.7 13
.2 13
.1 13
.4 13
.8 14
.3 13
.9 14
.3 14
.7 15
.2 14
.8 15
.1 15
.6 16
.2 15
.6 16
.0 16
.5 17
.1 H
I P R
23 6
25 5
26 9
28 0
26 5
28 6
30 2
31 5
30 2
32 5
34 3
35 8
34 4
37 0
39 1
40 7
38 7
41 6
43 9
45 8
42 7
46 0
48 6
50 6
LO P
R 10
7 11
4 12
4 13
2 11
3 12
0 13
1 14
0 11
7 12
5 13
6 14
5 12
3 13
1 14
3 15
2 12
9 13
7 15
0 16
0 13
4 14
2 15
5 16
5
85
14 32
M Bh
41 .9
42 .7
44 .7
47 .7
40 .9
41 .7
43 .7
46 .6
40 .0
40 .7
42 .7
45 .5
39 .0
39 .7
41 .6
44 .4
37 .0
37 .8
39 .5
42 .2
34 .3
35 .0
36 .6
39 .1
S/ T
0. 94
0. 91
0. 82
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 97
0. 87
0. 71
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 94
0. 76
1. 00
1. 00
0. 94
0. 77
T
25 25
24 20
26 25
24 21
26 25
24 21
25 25
24 21
24 24
24 21
22 22
22 19
kW 2.
75 2.
80 2.
89 2.
99 2.
96 3.
02 3.
12 3.
22 3.
15 3.
21 3.
32 3.
43 3.
31 3.
39 3.
50 3.
62 3.
45 3.
53 3.
65 3.
77 3.
57 3.
65 3.
78 3.
91 Am
ps 11
.7 12
.0 12
.4 12
.8 12
.6 12
.9 13
.3 13
.8 13
.7 14
.0 14
.4 14
.9 14
.6 14
.9 15
.4 15
.9 15
.5 15
.8 16
.3 16
.9 16
.3 16
.7 17
.3 17
.9 H
I P R
24 9
26 8
28 3
29 5
27 9
30 0
31 7
33 1
31 7
34 2
36 1
37 6
36 1
38 9
41 1
42 8
40 7
43 8
46 2
48 2
44 9
48 4
51 1
53 3
LO P
R 11
2 11
9 13
0 13
9 11
9 12
6 13
8 14
7 12
3 13
1 14
3 15
3 13
0 13
8 15
0 16
0 13
6 14
4 15
8 16
8 14
0 14
9 16
3 17
4
12 74
M Bh
40 .7
41 .5
43 .4
46 .3
39 .7
40 .5
42 .4
45 .3
38 .8
39 .6
41 .4
44 .2
37 .9
38 .6
40 .4
43 .1
36 .0
36 .7
38 .4
41 .0
33 .3
34 .0
35 .6
37 .9
S/ T
0. 90
0. 87
0. 78
0. 64
0. 93
0. 90
0. 81
0. 66
0. 96
0. 92
0. 83
0. 68
0. 99
0. 95
0. 86
0. 70
1. 00
0. 99
0. 89
0. 72
1. 00
1. 00
0. 90
0. 73
T
26 26
25 21
27 26
25 22
27 26
25 22
27 27
25 22
26 26
25 21
24 24
23 20
kW 2.
72 2.
78 2.
87 2.
96 2.
93 3.
00 3.
09 3.
20 3.
12 3.
19 3.
29 3.
40 3.
28 3.
36 3.
47 3.
58 3.
42 3.
50 3.
62 3.
74 3.
54 3.
62 3.
75 3.
87 Am
ps 11
.6 11
.9 12
.3 12
.7 12
.5 12
.8 13
.2 13
.7 13
.5 13
.9 14
.3 14
.8 14
.4 14
.8 15
.2 15
.8 15
.3 15
.7 16
.2 16
.8 16
.2 16
.6 17
.1 17
.8 H
I P R
24 6
26 5
28 0
29 2
27 6
29 7
31 4
32 7
31 4
33 8
35 7
37 2
35 8
38 5
40 7
42 4
40 3
43 3
45 8
47 7
44 5
47 9
50 6
52 7
LO P
R 11
1 11
8 12
9 13
8 11
7 12
5 13
6 14
5 12
2 13
0 14
2 15
1 12
8 13
6 14
9 15
9 13
4 14
3 15
6 16
6 13
9 14
8 16
1 17
2
11 16
M Bh
37 .6
38 .3
40 .1
42 .8
36 .7
37 .4
39 .2
41 .8
35 .8
36 .5
38 .2
40 .8
34 .9
35 .6
37 .3
39 .8
33 .2
33 .8
35 .4
37 .8
30 .7
31 .3
32 .8
35 .0
S/ T
0. 87
0. 84
0. 76
0. 61
0. 90
0. 87
0. 78
0. 64
0. 92
0. 89
0. 80
0. 65
0. 95
0. 92
0. 83
0. 67
0. 99
0. 95
0. 86
0. 70
1. 00
0. 96
0. 87
0. 70
T
27 26
25 22
27 27
25 22
27 27
25 22
27 27
25 22
27 27
25 22
25 25
23 20
kW 2.
66 2.
71 2.
80 2.
89 2.
86 2.
92 3.
02 3.
12 3.
04 3.
11 3.
21 3.
32 3.
20 3.
27 3.
38 3.
49 3.
34 3.
41 3.
52 3.
64 3.
45 3.
53 3.
65 3.
77 Am
ps 11
.3 11
.6 11
.9 12
.4 12
.2 12
.5 12
.9 13
.3 13
.2 13
.5 13
.9 14
.4 14
.1 14
.4 14
.8 15
.4 14
.9 15
.3 15
.8 16
.3 15
.8 16
.1 16
.7 17
.3 H
I P R
23 9
25 7
27 1
28 3
26 8
28 8
30 5
31 8
30 5
32 8
34 6
36 1
34 7
37 4
39 5
41 1
39 1
42 0
44 4
46 3
43 2
46 4
49 0
51 1
LO P
R 10
8 11
5 12
5 13
3 11
4 12
1 13
2 14
1 11
8 12
6 13
8 14
7 12
4 13
2 14
5 15
4 13
0 13
9 15
1 16
1 13
5 14
3 15
7 16
7 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
14 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 15
Expanded Cooling Data GPC1448H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
17 77
M Bh
46 .1
47 .8
52 .4
- 45
.1 46
.7 51
.2 -
44 .0
45 .6
49 .9
- 42
.9 44
.5 48
.7 -
40 .8
42 .2
46 .3
- 37
.8 39
.1 42
.9 -
S/ T
0. 75
0. 63
0. 43
- 0.
78 0.
65 0.
45 -
0. 80
0. 67
0. 46
- 0.
82 0.
69 0.
48 -
0. 85
0. 71
0. 49
- 0.
86 0.
72 0.
50 -
T 18
15 12
- 18
16 12
- 18
16 12
- 18
16 12
- 18
16 12
- 17
15 11
- kW
2. 39
2. 46
2. 55
- 2.
63 2.
70 2.
80 -
2. 83
2. 91
3. 02
- 3.
01 3.
09 3.
22 -
3. 17
3. 25
3. 38
- 3.
30 3.
39 3.
52 -
Am ps
13 .2
13 .4
13 .8
- 14
.1 14
.4 14
.8 -
15 .2
15 .5
16 .0
- 16
.1 16
.5 17
.0 -
17 .1
17 .4
18 .0
- 18
.0 18
.4 19
.0 -
H I P
R 23
2 25
0 26
4 -
26 1
28 1
29 6
- 29
7 31
9 33
7 -
33 8
36 4
38 4
- 38
0 40
9 43
2 -
42 0
45 2
47 7
- LO
P R
11 1
11 8
12 9
- 11
7 12
5 13
6 -
12 2
12 9
14 1
- 12
8 13
6 14
8 -
13 4
14 3
15 6
- 13
9 14
7 16
1 -
15 82
M Bh
44 .8
46 .4
50 .9
- 43
.7 45
.3 49
.7 -
42 .7
44 .3
48 .5
- 41
.7 43
.2 47
.3 -
39 .6
41 .0
44 .9
- 36
.7 38
.0 41
.6 -
S/ T
0. 72
0. 60
0. 41
- 0.
74 0.
62 0.
43 -
0. 76
0. 64
0. 44
- 0.
79 0.
66 0.
45 -
0. 81
0. 68
0. 47
- 0.
82 0.
69 0.
48 -
T 19
16 12
- 19
16 12
- 19
16 12
- 19
16 12
- 19
16 12
- 18
15 12
- kW
2. 37
2. 43
2. 53
- 2.
60 2.
67 2.
78 -
2. 80
2. 88
2. 99
- 2.
98 3.
06 3.
19 -
3. 14
3. 22
3. 35
- 3.
27 3.
36 3.
49 -
Am ps
13 .1
13 .3
13 .7
- 14
.0 14
.3 14
.7 -
15 .1
15 .4
15 .9
- 16
.0 16
.3 16
.8 -
16 .9
17 .3
17 .8
- 17
.8 18
.2 18
.8 -
H I P
R 23
0 24
8 26
2 -
25 8
27 8
29 3
- 29
4 31
6 33
4 -
33 5
36 0
38 0
- 37
6 40
5 42
8 -
41 6
44 7
47 3
- LO
P R
11 0
11 7
12 7
- 11
6 12
3 13
5 -
12 0
12 8
14 0
- 12
7 13
5 14
7 -
13 3
14 1
15 4
- 13
7 14
6 15
9 -
13 86
M Bh
41 .3
42 .8
46 .9
- 40
.4 41
.8 45
.8 -
39 .4
40 .8
44 .8
- 38
.5 39
.9 43
.7 -
36 .5
37 .9
41 .5
- 33
.8 35
.1 38
.4 -
S/ T
0. 69
0. 58
0. 40
- 0.
72 0.
60 0.
41 -
0. 73
0. 61
0. 42
- 0.
76 0.
63 0.
44 -
0. 79
0. 66
0. 45
- 0.
79 0.
66 0.
46 -
T 19
16 12
- 19
17 13
- 19
17 13
- 19
17 13
- 19
16 13
- 18
15 12
- kW
2. 30
2. 36
2. 45
- 2.
52 2.
59 2.
69 -
2. 72
2. 79
2. 90
- 2.
89 2.
97 3.
09 -
3. 04
3. 12
3. 25
- 3.
17 3.
26 3.
38 -
Am ps
12 .7
13 .0
13 .4
- 13
.6 13
.9 14
.3 -
14 .7
15 .0
15 .5
- 15
.6 15
.9 16
.4 -
16 .5
16 .9
17 .4
- 17
.4 17
.8 18
.3 -
H I P
R 22
3 24
0 25
4 -
25 1
27 0
28 5
- 28
5 30
7 32
4 -
32 4
34 9
36 9
- 36
5 39
3 41
5 -
40 3
43 4
45 8
- LO
P R
10 6
11 3
12 4
- 11
2 12
0 13
1 -
11 7
12 4
13 6
- 12
3 13
1 14
3 -
12 9
13 7
14 9
- 13
3 14
2 15
5 -
75
17 77
M Bh
46 .9
48 .3
52 .3
56 .1
45 .8
47 .2
51 .1
54 .8
44 .7
46 .0
49 .8
53 .5
43 .6
44 .9
48 .6
52 .2
41 .5
42 .7
46 .2
49 .6
38 .4
39 .5
42 .8
45 .9
S/ T
0. 85
0. 76
0. 58
0. 37
0. 88
0. 79
0. 60
0. 39
0. 91
0. 81
0. 61
0. 39
0. 94
0. 84
0. 63
0. 41
0. 97
0. 87
0. 66
0. 42
0. 98
0. 88
0. 66
0. 43
T 21
19 16
11 21
19 16
11 21
19 16
11 21
19 16
11 21
19 16
11 19
18 15
10 kW
2. 42
2. 48
2. 58
2. 68
2. 65
2. 72
2. 83
2. 95
2. 86
2. 94
3. 05
3. 18
3. 04
3. 13
3. 25
3. 38
3. 20
3. 29
3. 42
3. 55
3. 34
3. 43
3. 56
3. 70
Am ps
13 .3
13 .5
13 .9
14 .4
14 .2
14 .5
14 .9
15 .5
15 .3
15 .6
16 .1
16 .7
16 .3
16 .6
17 .1
17 .7
17 .2
17 .6
18 .1
18 .8
18 .1
18 .6
19 .1
19 .8
H I P
R 23
5 25
3 26
7 27
8 26
3 28
4 29
9 31
2 30
0 32
2 34
1 35
5 34
1 36
7 38
8 40
5 38
4 41
3 43
6 45
5 42
4 45
7 48
2 50
3 LO
P R
11 2
11 9
13 0
13 8
11 8
12 6
13 7
14 6
12 3
13 1
14 3
15 2
12 9
13 7
15 0
16 0
13 5
14 4
15 7
16 7
14 0
14 9
16 3
17 3
15 82
M Bh
45 .5
46 .9
50 .8
54 .5
44 .5
45 .8
49 .6
53 .2
43 .4
44 .7
48 .4
51 .9
42 .4
43 .6
47 .2
50 .7
40 .2
41 .4
44 .9
48 .1
37 .3
38 .4
41 .5
44 .6
S/ T
0. 81
0. 73
0. 55
0. 35
0. 84
0. 75
0. 57
0. 37
0. 86
0. 77
0. 59
0. 38
0. 89
0. 80
0. 60
0. 39
0. 93
0. 83
0. 63
0. 40
0. 93
0. 84
0. 63
0. 41
T 22
20 16
11 22
20 16
11 22
20 16
11 22
20 17
11 22
20 16
11 20
19 15
11 kW
2. 39
2. 46
2. 56
2. 66
2. 63
2. 70
2. 80
2. 92
2. 83
2. 91
3. 02
3. 15
3. 01
3. 10
3. 22
3. 35
3. 17
3. 25
3. 38
3. 52
3. 30
3. 39
3. 53
3. 67
Am ps
13 .2
13 .4
13 .8
14 .3
14 .1
14 .4
14 .8
15 .3
15 .2
15 .5
16 .0
16 .5
16 .1
16 .5
17 .0
17 .6
17 .1
17 .5
18 .0
18 .6
18 .0
18 .4
19 .0
19 .6
H I P
R 23
3 25
0 26
4 27
6 26
1 28
1 29
6 30
9 29
7 31
9 33
7 35
2 33
8 36
4 38
4 40
1 38
0 40
9 43
2 45
1 42
0 45
2 47
7 49
8 LO
P R
11 1
11 8
12 9
13 7
11 7
12 5
13 6
14 5
12 2
12 9
14 1
15 1
12 8
13 6
14 9
15 8
13 4
14 3
15 6
16 6
13 9
14 7
16 1
17 1
13 86
M Bh
42 .0
43 .3
46 .8
50 .3
41 .1
42 .3
45 .8
49 .1
40 .1
41 .3
44 .7
47 .9
39 .1
40 .3
43 .6
46 .8
37 .1
38 .2
41 .4
44 .4
34 .4
35 .4
38 .3
41 .2
S/ T
0. 78
0. 70
0. 53
0. 34
0. 81
0. 73
0. 55
0. 35
0. 83
0. 75
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 89
0. 80
0. 60
0. 39
0. 90
0. 81
0. 61
0. 39
T 22
20 17
11 22
20 17
12 22
20 17
12 22
21 17
12 22
20 17
11 21
19 16
11 kW
2. 32
2. 38
2. 48
2. 58
2. 55
2. 62
2. 72
2. 83
2. 75
2. 82
2. 93
3. 05
2. 92
3. 00
3. 12
3. 25
3. 07
3. 16
3. 28
3. 41
3. 20
3. 29
3. 42
3. 56
Am ps
12 .8
13 .1
13 .5
13 .9
13 .8
14 .1
14 .5
14 .9
14 .8
15 .1
15 .6
16 .1
15 .7
16 .1
16 .6
17 .1
16 .6
17 .0
17 .5
18 .1
17 .5
17 .9
18 .5
19 .1
H I P
R 22
6 24
3 25
6 26
7 25
3 27
2 28
8 30
0 28
8 31
0 32
7 34
1 32
8 35
3 37
3 38
9 36
9 39
7 41
9 43
7 40
7 43
8 46
3 48
3 LO
P R
10 8
11 4
12 5
13 3
11 4
12 1
13 2
14 1
11 8
12 6
13 7
14 6
12 4
13 2
14 4
15 3
13 0
13 8
15 1
16 1
13 4
14 3
15 6
16 6
ID B
= En
te rin
g In
do or
D ry
B ul
b Te
m pe
ra tu
re Sh
ad ed
a re
a re
fle ct
s AC
CA (T
VA ) c
on di
tio ns
. kW
= to
ta l s
ys te
m p
ow er
H ig
h an
d lo
w p
re ss
ur es
a re
m ea
su re
d at
th e
liq ui
d an
d su
cti on
a cc
es s
fitti ng
s. Am
ps : U
ni t a
m ps
(c om
p. +
ev ap
or at
or +
c on
de ns
er fa
n m
ot or
s)
14 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 15
Expanded Cooling Data GPC1448H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
17 77
M Bh
47 .7
48 .8
52 .1
55 .7
46 .6
47 .6
50 .9
54 .4
45 .5
46 .5
49 .7
53 .1
44 .4
45 .4
48 .5
51 .8
42 .2
43 .1
46 .1
49 .2
39 .1
39 .9
42 .7
45 .6
S/ T
0. 94
0. 88
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 96
0. 78
0. 59
1. 00
1. 00
0. 81
0. 61
1. 00
1. 00
0. 82
0. 61
T 23
22 19
15 23
22 19
16 24
22 20
16 23
23 20
16 22
22 19
15 20
21 18
14 kW
2. 44
2. 51
2. 61
2. 71
2. 68
2. 75
2. 86
2. 98
2. 89
2. 97
3. 09
3. 21
3. 08
3. 16
3. 28
3. 42
3. 23
3. 32
3. 45
3. 59
3. 37
3. 46
3. 60
3. 74
Am ps
13 .4
13 .7
14 .1
14 .5
14 .3
14 .6
15 .1
15 .6
15 .4
15 .8
16 .3
16 .8
16 .4
16 .8
17 .3
17 .9
17 .4
17 .7
18 .3
18 .9
18 .3
18 .7
19 .3
20 .0
H I P
R 23
7 25
5 27
0 28
1 26
6 28
6 30
2 31
5 30
3 32
6 34
4 35
9 34
5 37
1 39
2 40
9 38
8 41
7 44
1 46
0 42
9 46
1 48
7 50
8 LO
P R
11 3
12 0
13 1
14 0
11 9
12 7
13 9
14 8
12 4
13 2
14 4
15 4
13 0
13 9
15 2
16 1
13 7
14 5
15 9
16 9
14 1
15 0
16 4
17 5
15 82
M Bh
46 .4
47 .4
50 .6
54 .1
45 .3
46 .3
49 .4
52 .8
44 .2
45 .2
48 .2
51 .6
43 .1
44 .1
47 .1
50 .3
41 .0
41 .9
44 .7
47 .8
37 .9
38 .8
41 .4
44 .3
S/ T
0. 89
0. 84
0. 68
0. 51
0. 92
0. 87
0. 71
0. 53
0. 95
0. 89
0. 72
0. 54
0. 98
0. 92
0. 75
0. 56
1. 00
0. 95
0. 78
0. 58
1. 00
0. 96
0. 78
0. 58
T 24
23 20
16 24
23 20
16 24
23 20
16 25
24 20
16 24
23 20
16 22
22 19
15 kW
2. 42
2. 48
2. 58
2. 68
2. 65
2. 72
2. 83
2. 95
2. 86
2. 94
3. 05
3. 18
3. 05
3. 13
3. 25
3. 38
3. 20
3. 29
3. 42
3. 56
3. 34
3. 43
3. 56
3. 70
Am ps
13 .3
13 .5
13 .9
14 .4
14 .2
14 .5
15 .0
15 .5
15 .3
15 .6
16 .1
16 .7
16 .3
16 .6
17 .1
17 .7
17 .2
17 .6
18 .1
18 .8
18 .1
18 .6
19 .1
19 .8
H I P
R 23
5 25
3 26
7 27
8 26
4 28
4 29
9 31
2 30
0 32
3 34
1 35
5 34
1 36
7 38
8 40
5 38
4 41
3 43
6 45
5 42
4 45
7 48
2 50
3 LO
P R
11 2
11 9
13 0
13 9
11 8
12 6
13 7
14 6
12 3
13 1
14 3
15 2
12 9
13 7
15 0
16 0
13 5
14 4
15 7
16 7
14 0
14 9
16 3
17 3
13 86
M Bh
42 .8
43 .7
46 .7
49 .9
41 .8
42 .7
45 .6
48 .8
40 .8
41 .7
44 .5
47 .6
39 .8
40 .7
43 .4
46 .4
37 .8
38 .6
41 .3
44 .1
35 .0
35 .8
38 .2
40 .9
S/ T
0. 86
0. 81
0. 66
0. 49
0. 89
0. 84
0. 68
0. 51
0. 91
0. 86
0. 70
0. 52
0. 94
0. 89
0. 72
0. 54
0. 98
0. 92
0. 75
0. 56
0. 99
0. 93
0. 75
0. 56
T 24
23 20
16 25
24 21
16 25
24 21
16 25
24 21
17 25
24 20
16 23
22 19
15 kW
2. 34
2. 41
2. 50
2. 60
2. 57
2. 64
2. 75
2. 86
2. 78
2. 85
2. 96
3. 08
2. 95
3. 03
3. 15
3. 28
3. 10
3. 19
3. 31
3. 45
3. 24
3. 32
3. 45
3. 59
Am ps
12 .9
13 .2
13 .6
14 .1
13 .9
14 .2
14 .6
15 .1
14 .9
15 .3
15 .7
16 .3
15 .9
16 .2
16 .7
17 .3
16 .8
17 .2
17 .7
18 .3
17 .7
18 .1
18 .6
19 .3
H I P
R 22
8 24
5 25
9 27
0 25
6 27
5 29
0 30
3 29
1 31
3 33
0 34
5 33
1 35
6 37
6 39
2 37
3 40
1 42
3 44
1 41
2 44
3 46
8 48
8 LO
P R
10 9
11 6
12 6
13 4
11 5
12 2
13 3
14 2
11 9
12 7
13 9
14 8
12 5
13 3
14 6
15 5
13 1
14 0
15 2
16 2
13 6
14 4
15 8
16 8
85
17 77
M Bh
48 .6
49 .5
51 .9
55 .3
47 .4
48 .4
50 .7
54 .0
46 .3
47 .2
49 .4
52 .8
45 .2
46 .1
48 .2
51 .5
42 .9
43 .8
45 .8
48 .9
39 .8
40 .5
42 .5
45 .3
S/ T
0. 98
0. 95
0. 85
0. 69
1. 00
0. 98
0. 89
0. 72
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 76
1. 00
1. 00
0. 97
0. 79
1. 00
1. 00
0. 98
0. 80
T 25
24 23
20 25
25 23
20 24
24 23
20 23
24 23
20 22
23 23
20 21
21 22
19 kW
2. 47
2. 53
2. 63
2. 74
2. 71
2. 78
2. 89
3. 01
2. 92
3. 00
3. 12
3. 24
3. 11
3. 19
3. 32
3. 45
3. 27
3. 35
3. 49
3. 63
3. 40
3. 49
3. 63
3. 78
Am ps
13 .5
13 .8
14 .2
14 .6
14 .4
14 .8
15 .2
15 .7
15 .6
15 .9
16 .4
17 .0
16 .5
16 .9
17 .4
18 .0
17 .5
17 .9
18 .5
19 .1
18 .5
18 .9
19 .5
20 .2
H I P
R 24
0 25
8 27
2 28
4 26
9 28
9 30
5 31
9 30
6 32
9 34
7 36
2 34
8 37
5 39
6 41
3 39
2 42
2 44
5 46
4 43
3 46
6 49
2 51
3 LO
P R
11 4
12 2
13 3
14 1
12 1
12 8
14 0
14 9
12 5
13 3
14 6
15 5
13 2
14 0
15 3
16 3
13 8
14 7
16 0
17 1
14 3
15 2
16 6
17 7
15 82
M Bh
47 .2
48 .1
50 .3
53 .7
46 .1
47 .0
49 .2
52 .5
45 .0
45 .8
48 .0
51 .2
43 .9
44 .7
46 .8
50 .0
41 .7
42 .5
44 .5
47 .5
38 .6
39 .4
41 .2
44 .0
S/ T
0. 94
0. 90
0. 81
0. 66
0. 97
0. 94
0. 84
0. 68
0. 99
0. 96
0. 87
0. 70
1. 00
0. 99
0. 89
0. 72
1. 00
1. 00
0. 93
0. 75
1. 00
1. 00
0. 94
0. 76
T 26
25 24
21 26
26 24
21 26
26 24
21 26
26 24
21 24
25 24
21 22
23 22
19 kW
2. 44
2. 51
2. 61
2. 71
2. 68
2. 75
2. 86
2. 98
2. 89
2. 97
3. 09
3. 21
3. 08
3. 16
3. 28
3. 42
3. 23
3. 32
3. 45
3. 59
3. 37
3. 46
3. 60
3. 74
Am ps
13 .4
13 .7
14 .1
14 .5
14 .3
14 .6
15 .1
15 .6
15 .4
15 .8
16 .3
16 .8
16 .4
16 .8
17 .3
17 .9
17 .4
17 .7
18 .3
18 .9
18 .3
18 .7
19 .3
20 .0
H I P
R 23
7 25
5 27
0 28
1 26
6 28
6 30
2 31
5 30
3 32
6 34
4 35
9 34
5 37
1 39
2 40
9 38
8 41
7 44
1 46
0 42
9 46
1 48
7 50
8 LO
P R
11 3
12 0
13 1
14 0
11 9
12 7
13 9
14 8
12 4
13 2
14 4
15 4
13 0
13 9
15 2
16 1
13 7
14 5
15 9
16 9
14 1
15 0
16 4
17 5
13 86
M Bh
43 .5
44 .4
46 .5
49 .6
42 .5
43 .3
45 .4
48 .4
41 .5
42 .3
44 .3
47 .3
40 .5
41 .3
43 .2
46 .1
38 .5
39 .2
41 .1
43 .8
35 .6
36 .3
38 .0
40 .6
S/ T
0. 90
0. 87
0. 79
0. 64
0. 93
0. 90
0. 81
0. 66
0. 96
0. 92
0. 83
0. 68
0. 99
0. 95
0. 86
0. 70
1. 00
0. 99
0. 89
0. 73
1. 00
1. 00
0. 90
0. 73
T 26
26 24
21 26
26 25
21 26
26 25
21 27
26 25
21 26
26 24
21 24
24 23
20 kW
2. 37
2. 43
2. 53
2. 63
2. 60
2. 67
2. 77
2. 89
2. 80
2. 88
2. 99
3. 11
2. 98
3. 06
3. 18
3. 31
3. 14
3. 22
3. 35
3. 48
3. 27
3. 36
3. 49
3. 63
Am ps
13 .1
13 .3
13 .7
14 .2
14 .0
14 .3
14 .7
15 .2
15 .1
15 .4
15 .8
16 .4
16 .0
16 .3
16 .8
17 .4
16 .9
17 .3
17 .8
18 .4
17 .8
18 .2
18 .8
19 .5
H I P
R 23
0 24
8 26
1 27
3 25
8 27
8 29
3 30
6 29
4 31
6 33
4 34
8 33
4 36
0 38
0 39
6 37
6 40
5 42
8 44
6 41
6 44
7 47
2 49
3 LO
P R
11 0
11 7
12 7
13 6
11 6
12 3
13 5
14 3
12 0
12 8
14 0
14 9
12 7
13 5
14 7
15 7
13 3
14 1
15 4
16 4
13 7
14 6
15 9
17 0
ID B
= En
te rin
g In
do or
D ry
B ul
b Te
m pe
ra tu
re Sh
ad ed
a re
a re
fle ct
s AH
RI (T
VA ) c
on di
tio ns
. kW
= to
ta l s
ys te
m p
ow er
H ig
h an
d lo
w p
re ss
ur es
a re
m ea
su re
d at
th e
liq ui
d an
d su
cti on
a cc
es s
fitti ng
s. Am
ps : U
ni t a
m ps
(c om
p. +
ev ap
or at
or +
c on
de ns
er fa
n m
ot or
s)
16 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 17
Expanded Cooling Data GPC1460H41** O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 75
85 95
10 5
11 5
En te
ri ng
In do
or W
et B
ul b
Te m
pe ra
tu re
ID B
Ai rf
lo w
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
59 63
67 71
70
19 00
M Bh
56 .3
58 .4
64 .0
- 55
.0 57
.0 62
.5 -
53 .7
55 .7
61 .0
- 52
.4 54
.3 59
.5 -
49 .8
51 .6
56 .5
- 46
.1 47
.8 52
.4 -
S/ T
0. 71
0. 60
0. 41
- 0.
74 0.
62 0.
43 -
0. 76
0. 63
0. 44
- 0.
78 0.
65 0.
45 -
0. 81
0. 68
0. 47
- 0.
82 0.
69 0.
47 -
T
21 18
14 -
21 18
14 -
21 18
14 -
21 18
14 -
21 18
14 -
19 17
13 -
kW 3.
70 3.
78 3.
91 -
4. 00
4. 09
4. 23
- 4.
26 4.
36 4.
51 -
4. 49
4. 60
4. 75
- 4.
69 4.
80 4.
96 -
4. 86
4. 97
5. 14
- Am
ps 15
.7 16
.0 16
.5 -
16 .9
17 .2
17 .8
- 18
.2 18
.6 19
.2 -
19 .4
19 .9
20 .5
- 20
.6 21
.1 21
.7 -
21 .7
22 .3
23 .0
- H
I P R
23 8
25 6
27 1
- 26
7 28
8 30
4 -
30 4
32 7
34 5
- 34
6 37
3 39
3 -
39 0
41 9
44 3
- 43
0 46
3 48
9 -
LO P
R 10
8 11
5 12
5 -
11 4
12 1
13 2
- 11
8 12
6 13
7 -
12 4
13 2
14 4
- 13
0 13
9 15
1 -
13 5
14 3
15 6
-
17 00
M Bh
54 .7
56 .7
62 .1
- 53
.4 55
.4 60
.7 -
52 .2
54 .1
59 .2
- 50
.9 52
.7 57
.8 -
48 .3
50 .1
54 .9
- 44
.8 46
.4 50
.9 -
S/ T
0. 68
0. 57
0. 39
- 0.
71 0.
59 0.
41 -
0. 72
0. 60
0. 42
- 0.
75 0.
62 0.
43 -
0. 78
0. 65
0. 45
- 0.
78 0.
65 0.
45 -
T
21 19
14 -
22 19
14 -
22 19
14 -
22 19
14 -
22 19
14 -
20 17
13 -
kW 3.
67 3.
75 3.
88 -
3. 97
4. 06
4. 19
- 4.
23 4.
32 4.
47 -
4. 46
4. 56
4. 71
- 4.
65 4.
76 4.
92 -
4. 82
4. 93
5. 10
- Am
ps 15
.6 15
.9 16
.4 -
16 .7
17 .1
17 .6
- 18
.1 18
.5 19
.1 -
19 .2
19 .7
20 .3
- 20
.4 20
.9 21
.5 -
21 .6
22 .1
22 .8
- H
I P R
23 6
25 4
26 8
- 26
5 28
5 30
1 -
30 1
32 4
34 2
- 34
3 36
9 39
0 -
38 6
41 5
43 8
- 42
6 45
9 48
4 -
LO P
R 10
7 11
4 12
4 -
11 3
12 0
13 1
- 11
7 12
5 13
6 -
12 3
13 1
14 3
- 12
9 13
7 15
0 -
13 3
14 2
15 5
-
15 00
M Bh
50 .5
52 .3
57 .3
- 49
.3 51
.1 56
.0 -
48 .1
49 .9
54 .7
- 47
.0 48
.7 53
.3 -
44 .6
46 .2
50 .7
- 41
.3 42
.8 46
.9 -
S/ T
0. 66
0. 55
0. 38
- 0.
68 0.
57 0.
39 -
0. 70
0. 58
0. 40
- 0.
72 0.
60 0.
42 -
0. 75
0. 62
0. 43
- 0.
75 0.
63 0.
44 -
T
22 19
14 -
22 19
14 -
22 19
15 -
22 19
15 -
22 19
14 -
20 18
13 -
kW 3.
58 3.
66 3.
78 -
3. 87
3. 95
4. 08
- 4.
12 4.
21 4.
35 -
4. 34
4. 44
4. 59
- 4.
53 4.
63 4.
79 -
4. 69
4. 80
4. 97
- Am
ps 15
.2 15
.5 16
.0 -
16 .3
16 .7
17 .2
- 17
.6 18
.0 18
.6 -
18 .7
19 .2
19 .8
- 19
.9 20
.3 21
.0 -
21 .0
21 .5
22 .2
- H
I P R
22 9
24 6
26 0
- 25
7 27
6 29
2 -
29 2
31 4
33 2
- 33
3 35
8 37
8 -
37 4
40 3
42 5
- 41
3 44
5 47
0 -
LO P
R 10
3 11
0 12
0 -
10 9
11 6
12 7
- 11
4 12
1 13
2 -
11 9
12 7
13 9
- 12
5 13
3 14
5 -
12 9
13 8
15 0
-
75
19 00
M Bh
57 .3
59 .0
63 .9
68 .5
56 .0
57 .6
62 .4
66 .9
54 .6
56 .3
60 .9
65 .3
53 .3
54 .9
59 .4
63 .8
50 .6
52 .1
56 .4
60 .6
46 .9
48 .3
52 .3
56 .1
S/ T
0. 81
0. 73
0. 55
0. 35
0. 84
0. 75
0. 57
0. 37
0. 86
0. 77
0. 58
0. 38
0. 89
0. 80
0. 60
0. 39
0. 92
0. 83
0. 63
0. 40
0. 93
0. 83
0. 63
0. 41
T
24 22
18 12
24 22
18 13
24 22
18 13
24 22
18 13
24 22
18 12
22 21
17 12
kW 3.
73 3.
82 3.
94 4.
07 4.
03 4.
12 4.
26 4.
41 4.
30 4.
40 4.
55 4.
70 4.
53 4.
64 4.
79 4.
96 4.
73 4.
84 5.
01 5.
18 4.
90 5.
02 5.
19 5.
37 Am
ps 15
.8 16
.2 16
.7 17
.2 17
.0 17
.4 17
.9 18
.6 18
.4 18
.8 19
.4 20
.1 19
.6 20
.0 20
.7 21
.4 20
.8 21
.3 21
.9 22
.7 21
.9 22
.5 23
.2 24
.0 H
I P R
24 1
25 9
27 3
28 5
27 0
29 1
30 7
32 0
30 7
33 0
34 9
36 4
35 0
37 6
39 7
41 5
39 3
42 3
44 7
46 6
43 5
46 8
49 4
51 5
LO P
R 10
9 11
6 12
6 13
5 11
5 12
2 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
8
17 00
M Bh
55 .6
57 .3
62 .0
66 .5
54 .3
55 .9
60 .6
65 .0
53 .0
54 .6
59 .1
63 .4
51 .8
53 .3
57 .7
61 .9
49 .2
50 .6
54 .8
58 .8
45 .5
46 .9
50 .8
54 .5
S/ T
0. 77
0. 69
0. 52
0. 34
0. 80
0. 72
0. 54
0. 35
0. 82
0. 74
0. 56
0. 36
0. 85
0. 76
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 89
0. 80
0. 60
0. 39
T
25 23
19 13
25 23
19 13
25 23
19 13
25 23
19 13
25 23
19 13
23 21
18 12
kW 3.
70 3.
79 3.
91 4.
04 4.
00 4.
09 4.
23 4.
37 4.
26 4.
36 4.
51 4.
66 4.
49 4.
60 4.
75 4.
92 4.
69 4.
80 4.
96 5.
14 4.
86 4.
97 5.
14 5.
32 Am
ps 15
.7 16
.0 16
.5 17
.1 16
.9 17
.3 17
.8 18
.4 18
.2 18
.6 19
.2 19
.9 19
.4 19
.9 20
.5 21
.2 20
.6 21
.1 21
.7 22
.5 21
.7 22
.3 23
.0 23
.8 H
I P R
23 8
25 6
27 1
28 2
26 7
28 8
30 4
31 7
30 4
32 7
34 6
36 0
34 6
37 3
39 4
41 0
39 0
41 9
44 3
46 2
43 0
46 3
48 9
51 0
LO P
R 10
8 11
5 12
5 13
3 11
4 12
1 13
2 14
1 11
8 12
6 13
7 14
6 12
4 13
2 14
4 15
4 13
0 13
9 15
1 16
1 13
5 14
3 15
7 16
7
15 00
M Bh
51 .3
52 .9
57 .2
61 .4
50 .2
51 .6
55 .9
60 .0
49 .0
50 .4
54 .6
58 .6
47 .8
49 .2
53 .2
57 .1
45 .4
46 .7
50 .6
54 .3
42 .0
43 .3
46 .8
50 .3
S/ T
0. 75
0. 67
0. 51
0. 33
0. 77
0. 69
0. 52
0. 34
0. 79
0. 71
0. 54
0. 35
0. 82
0. 73
0. 55
0. 36
0. 85
0. 76
0. 58
0. 37
0. 86
0. 77
0. 58
0. 37
T
25 23
19 13
25 23
19 13
26 24
19 13
26 24
19 13
25 23
19 13
24 22
18 12
kW 3.
61 3.
69 3.
81 3.
94 3.
90 3.
99 4.
12 4.
26 4.
15 4.
25 4.
39 4.
54 4.
38 4.
48 4.
63 4.
79 4.
57 4.
67 4.
83 5.
00 4.
73 4.
84 5.
01 5.
18 Am
ps 15
.3 15
.6 16
.1 16
.7 16
.4 16
.8 17
.3 17
.9 17
.8 18
.2 18
.7 19
.4 18
.9 19
.3 19
.9 20
.7 20
.0 20
.5 21
.2 21
.9 21
.2 21
.7 22
.4 23
.2 H
I P R
23 1
24 9
26 3
27 4
25 9
27 9
29 5
30 7
29 5
31 7
33 5
35 0
33 6
36 1
38 2
39 8
37 8
40 7
42 9
44 8
41 8
44 9
47 4
49 5
LO P
R 10
5 11
1 12
1 12
9 11
0 11
8 12
8 13
7 11
5 12
2 13
3 14
2 12
1 12
8 14
0 14
9 12
6 13
4 14
7 15
6 13
1 13
9 15
2 16
2 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AC CA
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
16 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 17
Expanded Cooling Data GPC1460H41** (cont.)
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
75 85
95 10
5 11
5 En
te ri
ng In
do or
W et
B ul
b Te
m pe
ra tu
re ID
B Ai
rf lo
w 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71 59
63 67
71
80
19 00
M Bh
58 .3
59 .6
63 .7
68 .1
57 .0
58 .2
62 .2
66 .5
55 .6
56 .8
60 .7
64 .9
54 .3
55 .4
59 .2
63 .3
51 .5
52 .7
56 .3
60 .1
47 .7
48 .8
52 .1
55 .7
S/ T
0. 89
0. 84
0. 68
0. 51
0. 92
0. 87
0. 70
0. 53
0. 95
0. 89
0. 72
0. 54
1. 00
0. 92
0. 75
0. 56
1. 00
0. 95
0. 77
0. 58
1. 00
0. 96
0. 78
0. 58
T
27 25
22 18
27 26
22 18
27 26
22 18
28 26
23 18
26 26
22 18
24 24
21 17
kW 3.
77 3.
85 3.
98 4.
11 4.
07 4.
16 4.
30 4.
45 4.
34 4.
43 4.
58 4.
74 4.
57 4.
68 4.
84 5.
00 4.
77 4.
88 5.
05 5.
23 4.
95 5.
06 5.
24 5.
42 Am
ps 16
.0 16
.3 16
.8 17
.4 17
.2 17
.5 18
.1 18
.7 18
.5 19
.0 19
.6 20
.3 19
.8 20
.2 20
.8 21
.6 21
.0 21
.4 22
.1 22
.9 22
.1 22
.7 23
.4 24
.2 H
I P R
24 3
26 2
27 6
28 8
27 3
29 4
31 0
32 3
31 0
33 4
35 2
36 8
35 3
38 0
40 1
41 9
39 7
42 8
45 2
47 1
43 9
47 3
49 9
52 0
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
8 14
0 14
9 12
7 13
5 14
7 15
7 13
3 14
1 15
4 16
4 13
7 14
6 16
0 17
0
17 00
M Bh
56 .6
57 .9
61 .8
66 .1
55 .3
56 .5
60 .4
64 .5
54 .0
55 .2
58 .9
63 .0
52 .7
53 .8
57 .5
61 .5
50 .0
51 .1
54 .6
58 .4
46 .3
47 .4
50 .6
54 .1
S/ T
0. 85
0. 80
0. 65
0. 48
0. 88
0. 83
0. 67
0. 50
0. 90
0. 85
0. 69
0. 52
0. 93
0. 87
0. 71
0. 53
0. 97
0. 91
0. 74
0. 55
0. 98
0. 91
0. 74
0. 56
T
28 26
23 18
28 27
23 19
28 27
23 19
28 27
24 19
28 27
23 19
26 25
22 17
kW 3.
73 3.
82 3.
94 4.
08 4.
03 4.
13 4.
26 4.
41 4.
30 4.
40 4.
55 4.
70 4.
53 4.
64 4.
80 4.
96 4.
73 4.
84 5.
01 5.
18 4.
90 5.
02 5.
19 5.
37 Am
ps 15
.8 16
.2 16
.7 17
.2 17
.0 17
.4 17
.9 18
.6 18
.4 18
.8 19
.4 20
.1 19
.6 20
.0 20
.7 21
.4 20
.8 21
.3 21
.9 22
.7 21
.9 22
.5 23
.2 24
.0 H
I P R
24 1
25 9
27 3
28 5
27 0
29 1
30 7
32 0
30 7
33 1
34 9
36 4
35 0
37 6
39 8
41 5
39 4
42 3
44 7
46 6
43 5
46 8
49 4
51 5
LO P
R 10
9 11
6 12
6 13
5 11
5 12
2 13
4 14
2 12
0 12
7 13
9 14
8 12
6 13
4 14
6 15
5 13
2 14
0 15
3 16
3 13
6 14
5 15
8 16
8
15 00
M Bh
52 .3
53 .4
57 .1
61 .0
51 .0
52 .2
55 .7
59 .6
49 .8
50 .9
54 .4
58 .2
48 .6
49 .7
53 .1
56 .7
46 .2
47 .2
50 .4
53 .9
42 .8
43 .7
46 .7
49 .9
S/ T
0. 82
0. 77
0. 63
0. 47
0. 85
0. 80
0. 65
0. 48
0. 87
0. 82
0. 66
0. 50
0. 90
0. 84
0. 69
0. 51
0. 93
0. 87
0. 71
0. 53
0. 94
0. 88
0. 72
0. 54
T
28 27
23 19
28 27
24 19
28 27
24 19
29 27
24 19
28 27
24 19
26 25
22 18
kW 3.
64 3.
72 3.
84 3.
97 3.
93 4.
02 4.
15 4.
29 4.
19 4.
28 4.
43 4.
58 4.
42 4.
52 4.
67 4.
83 4.
61 4.
71 4.
88 5.
05 4.
78 4.
89 5.
05 5.
23 Am
ps 15
.4 15
.8 16
.2 16
.8 16
.6 17
.0 17
.5 18
.1 17
.9 18
.3 18
.9 19
.6 19
.1 19
.5 20
.1 20
.8 20
.2 20
.7 21
.3 22
.1 21
.4 21
.9 22
.6 23
.4 H
I P R
23 3
25 1
26 5
27 7
26 2
28 2
29 8
31 0
29 8
32 1
33 9
35 3
33 9
36 5
38 6
40 2
38 2
41 1
43 4
45 2
42 2
45 4
47 9
50 0
LO P
R 10
6 11
2 12
3 13
1 11
2 11
9 13
0 13
8 11
6 12
3 13
5 14
3 12
2 13
0 14
1 15
1 12
8 13
6 14
8 15
8 13
2 14
0 15
3 16
3
85
19 00
M Bh
59 .3
60 .5
63 .3
67 .6
58 .0
59 .1
61 .9
66 .0
56 .6
57 .7
60 .4
64 .4
55 .2
56 .3
58 .9
62 .9
52 .4
53 .5
56 .0
59 .7
48 .6
49 .5
51 .9
55 .3
S/ T
0. 93
0. 90
0. 81
0. 66
0. 97
0. 93
0. 84
0. 68
0. 99
0. 96
0. 86
0. 70
1. 00
0. 99
0. 89
0. 72
1. 00
1. 00
0. 93
0. 75
1. 00
1. 00
0. 93
0. 76
T
28 28
26 23
29 28
27 23
29 28
27 23
28 28
27 23
27 27
26 23
25 25
25 21
kW 3.
80 3.
88 4.
01 4.
14 4.
10 4.
20 4.
34 4.
48 4.
37 4.
47 4.
62 4.
78 4.
61 4.
72 4.
88 5.
05 4.
81 4.
93 5.
09 5.
27 4.
99 5.
10 5.
28 5.
47 Am
ps 16
.1 16
.5 17
.0 17
.5 17
.3 17
.7 18
.2 18
.9 18
.7 19
.1 19
.7 20
.4 19
.9 20
.4 21
.0 21
.8 21
.1 21
.6 22
.3 23
.1 22
.3 22
.9 23
.6 24
.5 H
I P R
24 5
26 4
27 9
29 1
27 5
29 6
31 3
32 6
31 3
33 7
35 6
37 1
35 7
38 4
40 5
42 3
40 1
43 2
45 6
47 6
44 4
47 7
50 4
52 6
LO P
R 11
1 11
8 12
9 13
7 11
7 12
5 13
6 14
5 12
2 13
0 14
2 15
1 12
8 13
6 14
9 15
8 13
4 14
3 15
6 16
6 13
9 14
8 16
1 17
2
17 00
M Bh
57 .6
58 .7
61 .5
65 .6
56 .3
57 .4
60 .1
64 .1
54 .9
56 .0
58 .6
62 .6
53 .6
54 .6
57 .2
61 .0
50 .9
51 .9
54 .4
58 .0
47 .2
48 .1
50 .3
53 .7
S/ T
0. 89
0. 86
0. 78
0. 63
0. 92
0. 89
0. 80
0. 65
0. 95
0. 91
0. 82
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 98
0. 88
0. 72
1. 00
0. 99
0. 89
0. 72
T
29 29
27 24
30 29
28 24
30 29
28 24
30 30
28 24
29 29
28 24
27 27
26 22
kW 3.
77 3.
85 3.
98 4.
11 4.
07 4.
16 4.
30 4.
45 4.
34 4.
43 4.
58 4.
74 4.
57 4.
68 4.
84 5.
00 4.
77 4.
88 5.
05 5.
23 4.
95 5.
06 5.
24 5.
42 Am
ps 16
.0 16
.3 16
.8 17
.4 17
.2 17
.5 18
.1 18
.7 18
.5 19
.0 19
.6 20
.3 19
.8 20
.2 20
.8 21
.6 21
.0 21
.4 22
.1 22
.9 22
.1 22
.7 23
.4 24
.2 H
I P R
24 3
26 2
27 6
28 8
27 3
29 4
31 0
32 3
31 0
33 4
35 2
36 8
35 3
38 0
40 1
41 9
39 7
42 8
45 2
47 1
43 9
47 3
49 9
52 0
LO P
R 11
0 11
7 12
8 13
6 11
6 12
4 13
5 14
4 12
1 12
8 14
0 14
9 12
7 13
5 14
7 15
7 13
3 14
1 15
4 16
4 13
7 14
6 16
0 17
0
15 00
M Bh
53 .2
54 .2
56 .8
60 .6
51 .9
52 .9
55 .4
59 .2
50 .7
51 .7
54 .1
57 .7
49 .5
50 .4
52 .8
56 .3
47 .0
47 .9
50 .2
53 .5
43 .5
44 .4
46 .5
49 .6
S/ T
0. 86
0. 83
0. 75
0. 61
0. 89
0. 86
0. 78
0. 63
0. 91
0. 88
0. 79
0. 64
0. 94
0. 91
0. 82
0. 67
0. 98
0. 94
0. 85
0. 69
0. 99
0. 95
0. 86
0. 70
T
30 30
28 24
30 30
28 24
30 30
28 24
31 30
28 25
30 30
28 24
28 28
26 23
kW 3.
67 3.
75 3.
88 4.
01 3.
97 4.
05 4.
19 4.
33 4.
23 4.
32 4.
47 4.
62 4.
45 4.
56 4.
71 4.
87 4.
65 4.
76 4.
92 5.
09 4.
82 4.
93 5.
10 5.
28 Am
ps 15
.6 15
.9 16
.4 17
.0 16
.7 17
.1 17
.6 18
.2 18
.1 18
.5 19
.1 19
.7 19
.2 19
.7 20
.3 21
.0 20
.4 20
.9 21
.5 22
.3 21
.5 22
.1 22
.8 23
.6 H
I P R
23 6
25 4
26 8
27 9
26 5
28 5
30 1
31 4
30 1
32 4
34 2
35 7
34 3
36 9
38 9
40 6
38 6
41 5
43 8
45 7
42 6
45 8
48 4
50 5
LO P
R 10
7 11
3 12
4 13
2 11
3 12
0 13
1 13
9 11
7 12
5 13
6 14
5 12
3 13
1 14
3 15
2 12
9 13
7 15
0 15
9 13
3 14
2 15
5 16
5 ID
B =
En te
rin g
In do
or D
ry B
ul b
Te m
pe ra
tu re
Sh ad
ed a
re a
re fle
ct s
AH RI
(T VA
) c on
di tio
ns .
kW =
to ta
l s ys
te m
p ow
er H
ig h
an d
lo w
p re
ss ur
es a
re m
ea su
re d
at th
e liq
ui d
an d
su cti
on a
cc es
s fitti
ng s.
Am ps
: U ni
t a m
ps (c
om p.
+ ev
ap or
at or
+ c
on de
ns er
fa n
m ot
or s)
18 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 19
Airflow Data
Model Speed* Volts Type E.S.P. (In. of HO)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
GPC14 24H41E*
T1 230 CFM 922 873 823 774 724 675 626 576
Watts 74 85 96 107 118 129 140 151
T2, T3 230 CFM 922 873 823 774 724 675 626 576
Watts 74 85 96 107 118 129 140 151
T4, T5 230 CFM 1231 1179 1127 1074 1022 969 917 865
Watts 168 180 193 205 218 230 243 255
GPC14 30H41E*
T1 230 CFM 1048 993 939 884 829 775 720 666
Watts 97 109 122 134 147 159 172 184
T2, T3 230 CFM 1123 1068 1014 959 905 850 796 741
Watts 123 136 148 161 173 186 198 211
T4, T5 230 CFM 1462 1409 1357 1305 1252 1200 1147 1095
Watts 241 253 266 278 291 303 315 328
GPC14 30H41G*
T1 230 CFM 864 808 757 695 636 567 494 437
Watts 72 82 91 103 107 115 123 131
T2/T3 230 CFM 1107 1051 1008 960 907 854 807 749
Watts 127 137 151 156 165 177 182 193
T4/T5 230 CFM 1404 1362 1321 1271 1238 1191 1150 1105
Watts 235 246 257 272 284 289 300 309
GPC14 36H41D*
T1 230 CFM 1151 1097 1042 988 933 879 824 770
Watts 132 144 156 169 181 194 206 219
T2, T3 230 CFM 1261 1215 1169 1123 1076 1030 984 937
Watts 131 144 157 169 182 194 207 220
T4, T5 230 CFM 1577 1525 1472 1420 1367 1315 1263 1210
Watts 277 290 302 314 327 339 352 364
GPC14 42H41E*
T1 230 CFM 1181 1146 1112 1062 1022 977 937 891
Watts 146 158 174 182 196 208 218 227
T2, T3 230 CFM 1410 1366 1328 1286 1248 1195 1155 1115
Watts 222 236 250 260 273 285 296 305
T4, T5 230 CFM 1637 1605 1561 1527 1484 1436 1390 1345
Watts 331 348 361 374 385 392 407 417
GPC14 48H41E*
T1 230 CFM 1337 1297 1218 1155 1118 1088 1022 989
Watts 179 190 203 210 225 243 249 268
T2, T3 230 CFM 1711 1640 1605 1537 1496 1441 1397 1347
Watts 330 341 358 370 377 394 408 418
T4, T5 230 CFM 2002 1935 1885 1827 1767 1732 1669 1618
Watts 498 521 516 534 551 567 571 574
GPC14 60H41E*
T1 230 CFM 1507 1459 1410 1362 1314 1266 1218 1169
Watts 168 175 183 191 199 207 214 222
T2, T3 230 CFM 1694 1646 1598 1549 1501 1453 1405 1357
Watts 296 303 311 319 327 334 342 350
T4, T5 230 CFM 1919 1870 1822 1774 1726 1678 1629 1581
Watts 449 457 465 472 480 488 496 503 * Speed set at T2 at the factory.
18 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 19
Heat Kit Electrical Data (Blower Only, Heat Mode)
Model and Heat Kit Usage
Circuit #1 Circuit #2 Single-Point Kit Actual kW / BTU@ 240VMCA MOP MCA MOP MCA MOP
GPC1424H41E* 1.9 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 29 30 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 41 45 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 54 60 9.5 / 32,400 GPC1430H41E* 2.3 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 29 30 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 41 45 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 54 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 79 80 14.25 / 48,600 GPC1430H41G* 2.3 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 29 30 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 41 45 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 54 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 79 80 14.25 / 48,600 GPC1436H41D* 2.3 --- --- --- -- -- --- HKR-05*, HKR-05C* 21 / 25 25 / 25 --- --- 29.5 40 4.75 / 16,200
HKR-08*, HKR-08C* 32 / 36 35 / 40 --- --- 41.2 45 7 / 23,800
HKR-10*, HKR-10C* 43 / 49 45 / 50 --- --- 54.2 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 79 80 14.25 / 48,600 GPC1442H41E* 3.6 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 29 45 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 41 45 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 54 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 79 80 14.25 / 48,600
HKP-20C 43 / 49 45 / 50 43 / 49 45 / 50 104 110 19.0 / 64,800 GPC1448H41E* 3.6 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 32 50 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 43 50 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 56 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 81 90 14.25 / 48,600
HKP-20C 43 / 49 45 / 50 43 / 49 45 / 50 106 110 19.0 / 64,800 GPC1460H41E* 7.5 --- --- --- -- -- --- HKP-05C* 21 / 25 25 / 25 --- --- 40 60 4.75 / 16,200
HKR-08C* 32 / 36 35 / 40 --- --- 43 60 7 / 23,800
HKP-10C* 43 / 49 45 / 50 --- --- 56 60 9.5 / 32,400
HKP-15C* 43 / 49 45 / 50 21 / 25 25 / 25 81 90 14.25 / 48,600
HKP-20C 43 / 49 45 / 50 43 / 49 45 / 50 106 110 19.0 / 64,800
Minimum Circuit Ampacity @ 208 / 240 V Maximum Overcurrent Protection Device @ 208 / 240 V * Revision level that may or may not be designated C Circuit breaker option ^ Heat Kit requires three-phase power supply Note: HKP-15C* and HKP-20C* replace HKR-15C and HKR-20C respectively to meet new UL1995 requirements.
20 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 21
Dimensions
Model
Unit Dimensions Chassis
SizeHeight
W D A B
GPC1424H41** 66 34 27 30 Small
GPC1430H41** 66 34 27 30 Small
GPC1436H41** 66 34 27 30 Small
GPC1442H41** 66 34 27 30 Small
GPC1448H41** 66 34 32 35 Medium
GPC1460H41** 66 34 32 35 Medium
Model
Duct Openings
Supply Return
W H W H
GPC1424H41** 14 14 14 22
GPC1430H41** 14 14 14 22
GPC1436H41** 14 14 14 22
GPC1442H41** 14 14 14 22
GPC1448H41** 14 14 14 24
GPC1460H41** 14 14 14 24
34
66
BA
4.5
H
W SUPPLY
6.5 RETURN
4.5
BACK VIEW (DUCT OPENINGS)
H
W
Minimal Clearances
20 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 21
Wiring Diagram GPC1424-48H41
W iri
ng is
s ub
je ct
to c
ha ng
e. A
lw ay
s re
fe r
to t
he w
iri ng
d ia
gr am
o r
th e
un it
fo r t
he m
os t u
p- to
-d at
e w
iri ng
.
W
ar ni ng
Hi gh
V ol
ta ge
: Di
sc on
ne ct
a ll
po w
er b
ef or
e se
rv ic
in g
or i
ns ta
lli ng
t hi
s un
it. M
ul tip
le p
ow er
so
ur ce
s m ay
b e
pr es
en t.
Fa ilu
re to
d o
so m
ay c
au se
p ro
pe rt
y da
m ag
e, p
er so
na l i
nj ur
y, or
d ea
th .
NOTE #2
WH
NOTE #3
EM
TR
24V
208-240
3
CONTROL
BOX
240
208-240/1/60
SEE NOTE 1
SUPPLY VOLTAGE
C
COMPC
S.A.
S
T1 R
L1
C
NOTE #4
H
F
RCCF
CM
T2 C
L2
H
RCCF
FC
YL
BR
PU
2
24V
208
TR
C
BK
1
PU
COMP CM
BR
BR
41
PLF
PU
BK YL
S
BK
RD
BK
5
6
2
3
C R
LVJB
RD
BL
BR
WH
GR
YL R
C
W2
W1
G
Y
A
T
O
T
S
M
R
E
H
T
T2
T1
RD
BL
NOTE #3
PU
BL
L1
GND
C
L2
PU
BK
60
/
/
1
0
4
2
-
8
0
2
7
8
9
BL
BR
208-240/1/60 0140G00407-C
RD RD
BK
BK
RD
YL
C L G N
1 2 3
BL
BL
RD
RD
GR
GR
GR
EM
GR
SEE NOTE 2
SEE NOTE 5
L
3 1 2
R W2 W1 Y G C
4
5
6
PLF
C
SEE NOTE #2
IF USED
THERMOSTAT
N
G
EM1 C
2 3
SEE NOTE 1
YL
RD
SA
(IF USED) SEE NOTE 4
YL
WH
BK
PU
4 5
WH
WH
YL
BK
COMPONENT LEGEND
BR C CH CM COMP EBTDR EM FC GND LVJB PLF RCCF
SA TR
BLOWER INTERLOCK RELAY CONTACTOR CRACKCASE HEATER CONDENSER MOTOR COMPRESSOR ELECTRONIC BLOWER TIME DELAY RELAY EVAPORATOR MOTOR FAN CAPACITOR EQUIPMENT GROUND LOW VOLTAGE JUNCTION BOX FEMALE PLUG / CONNECTOR RUN CAPACITOR FOR COMPRESSOR AND FAN START ASSIST TRANSFORMER
FACTORY WIRING LINE VOLTAGE LOW VOLTAGE OPTIONAL HIGH VOLTAGE
FIELD WIRING HIGH VOLTAGE LOW VOLTAGE
WIRE CODE BK BL BR GR OR PU RD WH YL
SEE UNIT RATING PLATE FOR TYPE AND SIZE
OF OVER CURRENT PROTECTION
NOTES:
1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105C) USE COPPER CONDUCTOR ONLY. 2. TO CHANGE EVAPORATOR MOTOR SPEED REPLACE LEAD ON EBTDR "COM" WITH LEAD ON EBTDR "M1" OR "M2" 3. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE WIRES FROM TERMINAL 3 TERMINAL 2 ON TRANSFORMER. 4. START ASSIST FACTOR EQUIPED WHEN REQUIRED 5. USE COPPER CONDUCTORS ONLY USE N.E.C. CLASS 2 WIRE
EQUIPMENT GROUND
FIELD GROUND
FIELD SPLICE
SWITCH (TEMP)
IGNITER
SWITCH (PRESS.)
OVERCURRENT PROT. DEVICE
JUNCTION
TERMINAL
INTERNAL TO INTEGRATED CONTROL
PLUG CONNECTION
SEE NOTE 5
BLACK BLUE BROWN GREEN ORANGE PURPLE RED WHITE YELLOW
22 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 23
Wiring Diagram GPC1460H41
W iri
ng is
s ub
je ct
to c
ha ng
e. A
lw ay
s re
fe r
to t
he w
iri ng
d ia
gr am
o r
th e
un it
fo r t
he m
os t u
p- to
-d at
e w
iri ng
.
W
ar ni ng
Hi gh
V ol
ta ge
: Di
sc on
ne ct
a ll
po w
er b
ef or
e se
rv ic
in g
or i
ns ta
lli ng
t hi
s un
it. M
ul tip
le p
ow er
so
ur ce
s m ay
b e
pr es
en t.
Fa ilu
re to
d o
so m
ay c
au se
p ro
pe rt
y da
m ag
e, p
er so
na l i
nj ur
y, or
d ea
th .
NOTE #2
WH
NOTE #3
EM
TR
24V
208-240
3
240
208-240/1/60 SEE NOTE 1
SUPPLY VOLTAGE
C
COMPC
S.A.
S
T1 R
L1
C
NOTE #4
H
F
RCCF
CM
T2 C
L2
H
RCCF
FC
YL
BR
PU
2
24V
208
TR
C
BK
1
PU
COMP CM
BR
BR
41
PLF
PU
BK YL
S
BK
RD
BK
5
6
2
3
C R
LVJB
RD
BL
BR
WH
GR
YL R
C
W2
W1
G
Y
A
T
O
T
S
M
R
E
H
T
T2
T1
RD
BL
NOTE #3
PU
BL
L1
GND
C
L2
PU
BK
60
/
/
1
0
4
2
-
8
0
2
7
8
9
BL
BR
208-240/1/60 0140G00871-D
RD RD
BK BK
RD
YL
C L G N
1 2 3
BL
BL
RD
RD
GR
GR
GR
EM
GR
SEE NOTE 2
L
3 1 2
R W2 W1 Y G C
4
5
6
PLF
SEE NOTE #2
IF USED
THERMOSTAT
N
G
SEE UNIT RATING PLATE FOR TYPE AND SIZE
OF OVER CURRENT PROTECTION
EM1 C
2 3
SEE NOTE 1
YL
RD
SA (IF USED) SEE NOTE 4
YL
WH
BK
PU
4 5
WH
WH
YL
BK
HPS
CONTROL
BOX
C HPS
SEE NOTE 5
COMPONENT LEGEND
BR C CH CM COMP EBTDR EM FC GND LVJB PLF RCCF
SA TR HPS
BLOWER INTERLOCK RELAY CONTACTOR CRACKCASE HEATER CONDENSER MOTOR COMPRESSOR ELECTRONIC BLOWER TIME DELAY RELAY EVAPORATOR MOTOR FAN CAPACITOR EQUIPMENT GROUND LOW VOLTAGE JUNCTION BOX FEMALE PLUG / CONNECTOR RUN CAPACITOR FOR COMPRESSOR AND FAN START ASSIST TRANSFORMER HIGH PRESSURE SWITCH
FACTORY WIRING LINE VOLTAGE LOW VOLTAGE OPTIONAL HIGH
VOLTAGE
FIELD WIRING HIGH VOLTAGE LOW VOLTAGE
WIRE CODE BK BLACK BL BLUE BR BROWN GR GREEN OR ORANGE PU PURPLE RD RED WH WHITE YL YELLOW
NOTES:
1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS ORIGINAL (AT LEAST 105C) USE COPPER CONDUCTOR ONLY. 2. TO CHANGE EVAPORATOR MOTOR SPEED REPLACE LEAD ON EBTDR "COM" WITH LEAD ON EBTDR "M1" OR "M2" 3. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE WIRES FROM TERMINAL 3 TERMINAL 2 ON TRANSFORMER. 4. START ASSIST FACTOR EQUIPED WHEN REQUIRED 5. USE COPPER CONDUCTORS ONLY USE N.E.C. CLASS 2 WIRE
EQUIPMENT GROUND
FIELD GROUND
FIELD SPLICE
SWITCH (TEMP)
IGNITER
SWITCH (PRESS.)
OVERCURRENT PROT. DEVICE
JUNCTION
TERMINAL
INTERNAL TO INTEGRATED CONTROL
PLUG CONNECTION
SEE NOTE 5
22 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com 23
Single-Point Wiring Kits
Select the single-point kit accessory based on the unit model.
Model Single-Point Kit Model Single-Point Kit
GPC1424***41C* SPK-15 GPC1424***41D* SPK-20
GPC1430***41C* SPK-30 GPC1430***41D* SPK-30
GPC1436***41C* SPK-40 GPC1436***41D* SPK-40
GPC1442***41C* SPK-40 GPC1442***41D* SPK-45
GPC1448***41C* SPK-45 GPC1448***41D* SPK-50
GPC1460***41C* SPK-60 GPC1460***41D* SPK-60
Accessories
ACCESSORY DESCRIPTION
ITEM NUMBER
SMALL CHASSIS MEDIUM/LARGE CHASSIS
Downflow Economizer (use w/PCCP roof curb) DDNECNJPCHHA DDNECNJPCHHA
Downflow Plenum Kit (use w/PCCP roof curb) PCP101-103 PCP101-103
Downflow Plenum Kit (R-8) (use w/PCCP roof curb) PCP101-103 R8 PCP101-103 R8
Elbow Flashing w/R-8 Liner PCEF101-103 PCEF101-103
Economizer Wiring Harness 0259G00213 0259G00213
External Horizontal Filter Rack DPHFRA DPHFRA
Horizontal Economizer DHZECNJPGCHM DHZECNJPGCHM
Inline Fuse Kit INFKPKG01 INFKPKG01
Manual Damper PCMD101-103 PCMD101-103
Manual Damper - Horizontal GPHMD101-103 GPHMD101-103
Motorized Damper PCMDM101-103 PCMDM101-103
Outdoor Thermostat & Emergency Heat Relay Kit OT/EHR18-60 OT/EHR18-60
Outdoor Thermostat Kit w/ Lockout Stat OT18-60A OT18-60A
Roof Curb PCCP101-103 PCCP101-103
Square to Round Downflow (use w/PCCP roof curb) SQRPC101 SQRPC102-103
Square to Round Horizontal SQRPCH101 SQRPCH102-103
24 www.goodmanmfg.com SS-GPC14H SS-GPC14H www.goodmanmfg.com PB
Goodman Manufacturing Company, L.P., reserves the right to discontinue, or change at any time, specifications or designs without notice or without incurring obligations. 2021 Goodman
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