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Goodman GSX16 User's Guide PDF
Summary of Content for Goodman GSX16 User's Guide PDF
SS-GSX16 www.goodmanmfg.com 1/22 Supersedes 3/21
Energy-Efficient Split System Air Conditioner
1 To 5 Tons Up to 16 SEER
Contents Nomenclature ........................................ 2 Product Specifications ........................... 3 Expanded Cooling Data ......................... 5 Dimensions .......................................... 27 Wiring Diagrams ................................. 28 Accessories .......................................... 32
Proper sizing and installation of equipment is critical to achieving optimal performance. Split system air conditioners and heat pumps must be matched with appropriate coil components to meet ENERGY STAR criteria. Ask your contractor for details or visit www.energystar.gov.
Standard Features Energy-efficient compressor Factory-installed filter drier Fully charged for 15 of tubing length Copper tube/aluminum fin coil Service valves with sweat connections
and easy-to-access gauge ports Contactor with lug connection Ground lug connection AHRI Certified ETL Listed
Cabinet Features Heavy-gauge galvanized-steel cabinet
with a louvered sound control top Attractive Architectural Gray powder-paint
finish with 500-hour salt-spray approval Wire fan discharge grille Steel louver coil guard Single-panel access to controls with space
provided for field-installed accessories When properly anchored, meets the 2017 Florida Building
Code unit integrity requirements for hurricane-type winds (Anchor bracket kits available.)
Cooling Capacity: 18,000 - 57,000 BTU/h
GSX16
* 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.
Nomenclature
2 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 3
G S X 16 0 36 1 AA
1 2 3 4,5 6 7,8 9 10,11
Brand Engineering
G Goodman Brand Major & Minor Revisions (not used for inventory or ordering)
Product Category Electrical
S Split System 1 208/230 V, 1 Phase, 60 Hz
2 220/240 V, 1 Phase, 50 Hz
Unit Type 3 208/230 V, 3 Phase, 60 Hz
X Condenser R-410A
Z Heat Pump R-410A Nominal Capacity
18 1 Tons 30 2 Tons 42 3 Tons
Efficiency 19 1 Tons 31 2 Tons 43 3 Tons
13 13 SEER 16 16 SEER 24 2 Tons 36 3 Tons 48 4 Tons
14 14 SEER 18 18 SEER 25 2 Tons 37 3 Tons 60 5 Tons
Legacy National Model
0 Legacy National Model
S Sold In Southeast and North Regions
A Sold In All Regions
Product Specifications
2 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 3
GSX16 0181F*
GSX16 0241F*
GSX16 0301F*
GSX16 0311A*
GSX16 0361F*
GSX16 0371A*
GSX16 0421F*
GSX16 0481F*
GSX16 0601F*
Capacities
Nominal Cooling (BTU/h) 18,000 23,600 29,000 30,000 34,800 36,000 42,000 45,500 54,000
SEER 16 16 16 16 16 16 16 16 16
Decibels 71.5 71.5 71.5 73.5 71.5 73 73 73 73
Compressor
RLA 9.0 13.5 12.8 12.8 14.1 15.4 17.9 17.9 21.4
LRA 46 58.3 64 64 77 83.9 112 112 135
Stage Single Single Single Single Single Single Single Single Two
Type Scroll Scroll Scroll Scroll Scroll Scroll Scroll Scroll Scroll
Condenser Fan Motor
Horsepower 1/6 1/6 1/6 1/6 1/6 1/6 1/6 1/4 1/3
FLA 0.95 0.95 0.95 0.95 0.95 0.95 0.95 1.30 2.80
Refrigeration System
Refrigerant Line Size
Liquid Line Size (O.D.) " " " " " " " " "
Suction Line Size (O.D.) " " " " " " " "
Refrigerant Connection Size
Liquid Valve Size (O.D.) " " " " " " " " "
Suction Valve Size (O.D.) " " " " " " " " "
Valve Type Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat
Refrigerant Charge 78 70 78 94 94 93 110 121 237
Electrical Data
Voltage-Phase (60 Hz) 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1
Minimum Circuit Ampacity 12.2 17.8 17.0 17.0 18.6 20.2 23.3 23.7 29.6
Max. Overcurrent Protection 20 30 25 25 30 35 40 40 50
Min / Max Volts 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253
Electrical Conduit Size " or " " or " " or " " or " " or " " or " " or " " or " " or "
Equipment Weight (lbs) 145 142 149 155 162 182 206 219 279
Ship Weight (lbs) 163 160 167 179 180 204 228 241 301
ENERGY STAR Certified
Energy Star Notes Proper sizing and installation of equipment is critical to achieving optimal performance. Split system air conditioners and heat pumps must
be matched with appropriate coil components to meet ENERGY STAR criteria. Ask your contractor for details or visit www.energystar.gov. The www.energystar.gov website provides up-to-date system combinations certified to meet ENERGY STAR requirements.
Tested and rated in accordance with AHRI Standard 210/240 Wire size should be determined in accordance with National Electrical Codes; extensive wire runs will require larger wire sizes Must use time-delay fuses or HACR-type circuit breakers of the same size as noted.
Notes Always check the S&R plate for electrical data on the unit being installed. Installer will need to supply to 1 adapters for suction line connections. Unit is charged with refrigerant for 15 of liquid line. System charge must be adjusted per Installation Instructions Final Charge Procedure. Installation of these units requires the specified TXV Kit to be installed on the indoor coil.
THE SPECIFIED TXV IS DETERMINED BY THE OUTDOOR UNIT NOT THE INDOOR COIL.
4 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 5
Product Specifications (cont.)
GSX16S 181A*
GSX16S 241A*
GSX16S 301A*
GSX16S 361A*
GSX16S 421A*
GSX16S 481A*
Capacities
Nominal Cooling (BTU/h) 18,000 23,600 29,000 34,800 42,000 45,500
SEER 16 16 16 16 16 16
Decibels 71 71 73.5 73.5 73 73
Compressor
RLA 6.0 7.7 12.8 14.1 17.9 17.9
LRA 37.5 38 64 77 112 112
Stage Single Single Single Single Single Single
Type Rotary Rotary Scroll Scroll Scroll Scroll
Condenser Fan Motor
Horsepower 1/6 1/6 1/6 1/6 1/6 1/4
FLA 0.95 0.95 0.95 0.95 0.95 1.30
Refrigeration System
Refrigerant Line Size
Liquid Line Size (O.D.) " " " " " "
Suction Line Size (O.D.) " " " " " "
Refrigerant Connection Size
Liquid Valve Size (O.D.) " " " " " "
Suction Valve Size (O.D.) " " " " " "
Valve Type Sweat Sweat Sweat Sweat Sweat Sweat
Refrigerant Charge 84 70 78 94 110 121
Electrical Data
Voltage-Phase (60 Hz) 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1 208/230-1
Minimum Circuit Ampacity 8.5 10.6 17.0 18.6 23.3 23.7
Max. Overcurrent Protection 15 15 25 30 40 40
Min / Max Volts 197/253 197/253 197/253 197/253 197/253 197/253
Electrical Conduit Size " or " " or " " or " " or " " or " " or "
Equipment Weight (lbs) 135 132 149 162 206 219
Ship Weight (lbs) 154 150 167 180 228 241
ENERGY STAR Certified NO NO NO NO
Energy Star Notes Proper sizing and installation of equipment is critical to achieving optimal performance. Split system air
conditioners and heat pumps must be matched with appropriate coil components to meet ENERGY STAR criteria. Ask your contractor for details or visit www.energystar.gov.
The www.energystar.gov website provides up-to-date system combinations certified to meet ENERGY STAR requirements.
Tested and rated in accordance with AHRI Standard 210/240 Wire size should be determined in accordance with National Electrical Codes; extensive wire runs will require
larger wire sizes Must use time-delay fuses or HACR-type circuit breakers of the same size as noted.
Notes Always check the S&R plate for electrical data on the unit being installed. Installer will need to supply to 1 adapters for suction line connections. Unit is charged with refrigerant for 15 of liquid line. System charge must be adjusted per Installation
Instructions Final Charge Procedure. Installation of these units requires the specified TXV Kit to be installed on the indoor coil.
THE SPECIFIED TXV IS DETERMINED BY THE OUTDOOR UNIT NOT THE INDOOR COIL.
4 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 5
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
52 5
M Bh
15 .8
16 .4
17 .9
- 15
.4 16
.0 17
.5 -
15 .1
15 .6
17 .1
- 14
.7 15
.2 16
.7 -
14 .0
14 .5
15 .9
- 12
.9 13
.4 14
.7 -
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
16 12
- 19
17 13
- 19
17 13
- 19
17 13
- 19
16 13
- 18
15 12
- kW
1. 18
1. 20
1. 23
- 1.
26 1.
28 1.
31 -
1. 32
1. 35
1. 38
- 1.
38 1.
41 1.
45 -
1. 43
1. 46
1. 50
- 1.
47 1.
50 1.
54 -
Am ps
4. 3
4. 3
4. 5
- 4.
6 4.
7 4.
8 -
4. 9
5. 0
5. 2
- 5.
2 5.
4 5.
5 -
5. 6
5. 7
5. 9
- 5.
9 6.
0 6.
2 -
H i P
R 19
9 21
4 22
6 -
22 3
24 0
25 4
- 25
4 27
3 28
9 -
28 9
31 1
32 9
- 32
6 35
0 37
0 -
36 0
38 7
40 9
- Lo
P R
10 1
10 8
11 8
- 10
7 11
4 12
5 -
11 1
11 9
12 9
- 11
7 12
5 13
6 -
12 3
13 0
14 2
- 12
7 13
5 14
7 -
65 0
M Bh
17 .1
17 .7
19 .4
- 16
.7 17
.3 19
.0 -
16 .3
16 .9
18 .5
- 15
.9 16
.5 18
.1 -
15 .1
15 .7
17 .2
- 14
.0 14
.5 15
.9 -
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 17
15 11
- 17
15 11
- 17
15 11
- 18
15 12
- 17
15 11
- 16
14 11
- kW
1. 21
1. 23
1. 26
- 1.
28 1.
31 1.
34 -
1. 35
1. 38
1. 41
- 1.
41 1.
44 1.
48 -
1. 46
1. 49
1. 53
- 1.
51 1.
54 1.
58 -
Am ps
4. 4
4. 5
4. 6
- 4.
7 4.
8 4.
9 -
5. 1
5. 2
5. 3
- 5.
4 5.
5 5.
7 -
5. 7
5. 8
6. 0
- 6.
0 6.
2 6.
4 -
H i P
R 20
5 22
1 23
3 -
23 0
24 8
26 2
- 26
2 28
2 29
8 -
29 8
32 1
33 9
- 33
6 36
1 38
1 -
37 1
39 9
42 1
- 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 6
13 5
14 7
- 13
1 13
9 15
2 -
67 5
M Bh
17 .1
17 .7
19 .4
- 16
.7 17
.3 19
.0 -
16 .3
16 .9
18 .5
- 15
.9 16
.5 18
.1 -
15 .1
15 .7
17 .2
- 14
.0 14
.5 15
.9 -
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 17
14 11
- 17
14 11
- 17
15 11
- 17
15 11
- 17
14 11
- 16
13 10
- kW
1. 21
1. 23
1. 26
- 1.
28 1.
31 1.
34 -
1. 35
1. 38
1. 41
- 1.
41 1.
44 1.
48 -
1. 46
1. 49
1. 53
- 1.
51 1.
54 1.
58 -
Am ps
4. 4
4. 5
4. 6
- 4.
7 4.
8 4.
9 -
5. 1
5. 2
5. 3
- 5.
4 5.
5 5.
7 -
5. 7
5. 8
6. 0
- 6.
0 6.
2 6.
4 -
H i P
R 20
5 22
1 23
3 -
23 0
24 8
26 2
- 26
2 28
2 29
8 -
29 8
32 1
33 9
- 33
6 36
1 38
1 -
37 1
39 9
42 1
- 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 6
13 5
14 7
- 13
1 13
9 15
2 -
75
52 5
M Bh
16 .1
16 .5
17 .9
19 .2
15 .7
16 .2
17 .5
18 .8
15 .3
15 .8
17 .1
18 .3
15 .0
15 .4
16 .7
17 .9
14 .2
14 .6
15 .8
17 .0
13 .2
13 .5
14 .7
15 .7
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 16
11 22
20 17
12 22
20 17
12 22
21 17
12 22
20 17
11 21
19 16
11 kW
1. 19
1. 21
1. 24
1. 28
1. 27
1. 29
1. 32
1. 36
1. 33
1. 36
1. 39
1. 43
1. 39
1. 42
1. 46
1. 50
1. 44
1. 47
1. 51
1. 55
1. 48
1. 51
1. 56
1. 60
Am ps
4. 3
4. 4
4. 5
4. 7
4. 6
4. 7
4. 9
5. 0
5. 0
5. 1
5. 2
5. 4
5. 3
5. 4
5. 6
5. 8
5. 6
5. 7
5. 9
6. 1
5. 9
6. 1
6. 3
6. 5
H i P
R 20
1 21
6 22
9 23
8 22
6 24
3 25
7 26
8 25
7 27
6 29
2 30
4 29
2 31
5 33
2 34
7 32
9 35
4 37
4 39
0 36
3 39
1 41
3 43
1 Lo
P R
10 3
10 9
11 9
12 7
10 8
11 5
12 6
13 4
11 3
12 0
13 1
13 9
11 8
12 6
13 7
14 6
12 4
13 2
14 4
15 3
12 8
13 6
14 9
15 9
65 0
M Bh
17 .4
17 .9
19 .4
20 .8
17 .0
17 .5
19 .0
20 .3
16 .6
17 .1
18 .5
19 .9
16 .2
16 .7
18 .1
19 .4
15 .4
15 .8
17 .2
18 .4
14 .3
14 .7
15 .9
17 .1
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 20
18 15
10 20
19 15
10 20
19 15
10 20
19 15
11 20
18 15
10 19
17 14
10 kW
1. 21
1. 24
1. 27
1. 30
1. 29
1. 32
1. 35
1. 39
1. 36
1. 39
1. 42
1. 46
1. 42
1. 45
1. 49
1. 53
1. 47
1. 50
1. 54
1. 59
1. 52
1. 55
1. 59
1. 64
Am ps
4. 4
4. 5
4. 6
4. 8
4. 7
4. 8
5. 0
5. 2
5. 1
5. 2
5. 4
5. 6
5. 4
5. 6
5. 7
5. 9
5. 8
5. 9
6. 1
6. 3
6. 1
6. 2
6. 4
6. 7
H i P
R 20
7 22
3 23
6 24
6 23
3 25
0 26
4 27
6 26
5 28
5 30
1 31
4 30
1 32
4 34
3 35
7 33
9 36
5 38
5 40
2 37
5 40
3 42
6 44
4 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 4
12 2
13 0
14 2
15 1
12 8
13 6
14 8
15 8
13 2
14 1
15 3
16 3
67 5
M Bh
17 .4
17 .9
19 .4
20 .8
17 .0
17 .5
19 .0
20 .3
16 .6
17 .1
18 .5
19 .9
16 .2
16 .7
18 .1
19 .4
15 .4
15 .8
17 .2
18 .4
14 .3
14 .7
15 .9
17 .1
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 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. 21
1. 24
1. 27
1. 30
1. 29
1. 32
1. 35
1. 39
1. 36
1. 39
1. 42
1. 46
1. 42
1. 45
1. 49
1. 53
1. 47
1. 50
1. 54
1. 59
1. 52
1. 55
1. 59
1. 64
Am ps
4. 4
4. 5
4. 6
4. 8
4. 7
4. 8
5. 0
5. 2
5. 1
5. 2
5. 4
5. 6
5. 4
5. 6
5. 7
5. 9
5. 8
5. 9
6. 1
6. 3
6. 1
6. 2
6. 4
6. 7
H i P
R 20
7 22
3 23
6 24
6 23
3 25
0 26
4 27
6 26
5 28
5 30
1 31
4 30
1 32
4 34
3 35
7 33
9 36
5 38
5 40
2 37
5 40
3 42
6 44
4 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 4
12 2
13 0
14 2
15 1
12 8
13 6
14 8
15 8
13 2
14 1
15 3
16 3
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]181**/CA*F3636*6D*+TXV
6 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 7
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
52 5
M Bh
16 .4
16 .7
17 .9
19 .1
16 .0
16 .3
17 .4
18 .6
15 .6
15 .9
17 .0
18 .2
15 .2
15 .6
16 .6
17 .8
14 .5
14 .8
15 .8
16 .9
13 .4
13 .7
14 .6
15 .6
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 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
1. 20
1. 22
1. 25
1. 28
1. 27
1. 30
1. 33
1. 37
1. 34
1. 37
1. 40
1. 44
1. 40
1. 43
1. 47
1. 51
1. 45
1. 48
1. 52
1. 57
1. 49
1. 52
1. 57
1. 61
Am ps
4. 3
4. 4
4. 6
4. 7
4. 6
4. 7
4. 9
5. 1
5. 0
5. 1
5. 3
5. 5
5. 3
5. 5
5. 6
5. 8
5. 7
5. 8
6. 0
6. 2
6. 0
6. 1
6. 3
6. 5
H i P
R 20
3 21
9 23
1 24
1 22
8 24
5 25
9 27
0 25
9 27
9 29
5 30
7 29
5 31
8 33
6 35
0 33
2 35
8 37
8 39
4 36
7 39
5 41
7 43
5 Lo
P R
10 4
11 0
12 0
12 8
10 9
11 6
12 7
13 5
11 4
12 1
13 2
14 1
11 9
12 7
13 9
14 8
12 5
13 3
14 5
15 5
12 9
13 8
15 0
16 0
65 0
M Bh
17 .7
18 .1
19 .4
20 .7
17 .3
17 .7
18 .9
20 .2
16 .9
17 .3
18 .5
19 .7
16 .5
16 .8
18 .0
19 .2
15 .7
16 .0
17 .1
18 .3
14 .5
14 .8
15 .8
16 .9
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 22
21 18
15 22
21 19
15 22
22 19
15 23
22 19
15 22
21 19
15 21
20 17
14 kW
1. 22
1. 24
1. 28
1. 31
1. 30
1. 32
1. 36
1. 40
1. 37
1. 40
1. 43
1. 48
1. 43
1. 46
1. 50
1. 54
1. 48
1. 51
1. 56
1. 60
1. 53
1. 56
1. 60
1. 65
Am ps
4. 4
4. 5
4. 7
4. 8
4. 8
4. 9
5. 0
5. 2
5. 1
5. 3
5. 4
5. 6
5. 5
5. 6
5. 8
6. 0
5. 8
5. 9
6. 1
6. 4
6. 1
6. 3
6. 5
6. 7
H i P
R 20
9 22
5 23
8 24
8 23
5 25
3 26
7 27
9 26
7 28
8 30
4 31
7 30
4 32
8 34
6 36
1 34
3 36
9 38
9 40
6 37
8 40
7 43
0 44
9 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 3
14 2
15 5
16 5
67 5
M Bh
17 .7
18 .1
19 .4
20 .7
17 .3
17 .7
18 .9
20 .2
16 .9
17 .3
18 .5
19 .7
16 .5
16 .8
18 .0
19 .2
15 .7
16 .0
17 .1
18 .3
14 .5
14 .8
15 .8
16 .9
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 21
20 18
14 22
21 18
14 22
21 18
14 22
21 18
14 21
21 18
14 20
19 17
13 kW
1. 22
1. 24
1. 28
1. 31
1. 30
1. 32
1. 36
1. 40
1. 37
1. 40
1. 43
1. 48
1. 43
1. 46
1. 50
1. 54
1. 48
1. 51
1. 56
1. 60
1. 53
1. 56
1. 60
1. 65
Am ps
4. 4
4. 5
4. 7
4. 8
4. 8
4. 9
5. 0
5. 2
5. 1
5. 3
5. 4
5. 6
5. 5
5. 6
5. 8
6. 0
5. 8
5. 9
6. 1
6. 4
6. 1
6. 3
6. 5
6. 7
H i P
R 20
9 22
5 23
8 24
8 23
5 25
3 26
7 27
9 26
7 28
8 30
4 31
7 30
4 32
8 34
6 36
1 34
3 36
9 38
9 40
6 37
8 40
7 43
0 44
9 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 3
14 2
15 5
16 5
85
52 5
M Bh
16 .6
17 .0
17 .8
19 .0
16 .3
16 .6
17 .4
18 .5
15 .9
16 .2
16 .9
18 .1
15 .5
15 .8
16 .5
17 .6
14 .7
15 .0
15 .7
16 .8
13 .6
13 .9
14 .5
15 .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 24
21 26
26 25
21 26
26 25
21 27
26 25
21 26
26 24
21 24
24 23
20 kW
1. 21
1. 23
1. 26
1. 29
1. 28
1. 31
1. 34
1. 38
1. 35
1. 38
1. 41
1. 45
1. 41
1. 44
1. 48
1. 52
1. 46
1. 49
1. 53
1. 58
1. 51
1. 53
1. 58
1. 63
Am ps
4. 4
4. 5
4. 6
4. 7
4. 7
4. 8
4. 9
5. 1
5. 1
5. 2
5. 3
5. 5
5. 4
5. 5
5. 7
5. 9
5. 7
5. 8
6. 0
6. 2
6. 0
6. 2
6. 4
6. 6
H i P
R 20
5 22
1 23
3 24
3 23
0 24
8 26
2 27
3 26
2 28
2 29
8 31
0 29
8 32
1 33
9 35
4 33
6 36
1 38
1 39
8 37
1 39
9 42
1 43
9 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
65 0
M Bh
18 .0
18 .4
19 .3
20 .5
17 .6
18 .0
18 .8
20 .1
17 .2
17 .5
18 .4
19 .6
16 .8
17 .1
17 .9
19 .1
15 .9
16 .2
17 .0
18 .2
14 .8
15 .0
15 .8
16 .8
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 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. 23
1. 25
1. 29
1. 32
1. 31
1. 33
1. 37
1. 41
1. 38
1. 41
1. 44
1. 49
1. 44
1. 47
1. 51
1. 55
1. 49
1. 52
1. 57
1. 61
1. 54
1. 57
1. 62
1. 66
Am ps
4. 5
4. 6
4. 7
4. 9
4. 8
4. 9
5. 1
5. 2
5. 2
5. 3
5. 5
5. 7
5. 5
5. 7
5. 8
6. 0
5. 9
6. 0
6. 2
6. 4
6. 2
6. 3
6. 5
6. 8
H i P
R 21
2 22
8 24
0 25
1 23
7 25
5 27
0 28
1 27
0 29
1 30
7 32
0 30
8 33
1 34
9 36
4 34
6 37
2 39
3 41
0 38
2 41
1 43
4 45
3 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
67 5
M Bh
18 .0
18 .4
19 .3
20 .5
17 .6
18 .0
18 .8
20 .1
17 .2
17 .5
18 .4
19 .6
16 .8
17 .1
17 .9
19 .1
15 .9
16 .2
17 .0
18 .2
14 .8
15 .0
15 .8
16 .8
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 23
22 21
18 23
23 21
19 23
23 21
19 23
23 22
19 22
22 21
18 20
20 20
17 kW
1. 23
1. 25
1. 29
1. 32
1. 31
1. 33
1. 37
1. 41
1. 38
1. 41
1. 44
1. 49
1. 44
1. 47
1. 51
1. 55
1. 49
1. 52
1. 57
1. 61
1. 54
1. 57
1. 62
1. 66
Am ps
4. 5
4. 6
4. 7
4. 9
4. 8
4. 9
5. 1
5. 2
5. 2
5. 3
5. 5
5. 7
5. 5
5. 7
5. 8
6. 0
5. 9
6. 0
6. 2
6. 4
6. 2
6. 3
6. 5
6. 8
H i P
R 21
2 22
8 24
0 25
1 23
7 25
5 27
0 28
1 27
0 29
1 30
7 32
0 30
8 33
1 34
9 36
4 34
6 37
2 39
3 41
0 38
2 41
1 43
4 45
3 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
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]181**/CA*F3636*6D*+TXV (cont.)
6 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 7
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
0
M Bh
15 .8
16 .4
17 .9
- 15
.4 16
.0 17
.5 -
15 .1
15 .6
17 .1
- 14
.7 15
.2 16
.7 -
14 .0
14 .5
15 .9
- 12
.9 13
.4 14
.7 -
S/ T
0. 69
0. 57
0. 40
- 0.
71 0.
59 0.
41 -
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
44 -
0. 78
0. 65
0. 45
- 0.
79 0.
66 0.
46 -
T 19
.0 16
.4 12
.5 -
19 .2
16 .6
12 .6
- 19
.2 16
.7 12
.6 -
19 .4
16 .8
12 .7
- 19
.1 16
.5 12
.6 -
17 .9
15 .5
11 .7
- kW
0. 93
0. 95
0. 98
- 1.
00 1.
02 1.
05 -
1. 06
1. 09
1. 12
- 1.
12 1.
14 1.
18 -
1. 17
1. 19
1. 23
- 1.
21 1.
23 1.
28 -
Am ps
4. 2
4. 3
4. 4
- 4.
5 4.
6 4.
7 -
4. 9
5. 0
5. 1
- 5.
2 5.
3 5.
5 -
5. 5
5. 6
5. 8
- 5.
8 5.
9 6.
1 -
H i P
R 19
5 21
0 22
2 -
21 9
23 6
24 9
- 24
9 26
8 28
3 -
28 4
30 6
32 3
- 32
0 34
4 36
3 -
35 3
38 0
40 1
- Lo
P R
10 5
11 2
12 2
- 11
1 11
8 12
9 -
11 6
12 3
13 4
- 12
2 12
9 14
1 -
12 7
13 6
14 8
- 13
2 14
0 15
3 -
0
M Bh
16 .6
17 .2
18 .9
- 16
.2 16
.8 18
.4 -
15 .8
16 .4
18 .0
- 15
.5 16
.0 17
.5 -
14 .7
15 .2
16 .7
- 13
.6 14
.1 15
.4 -
S/ T
0. 70
0. 58
0. 40
- 0.
72 0.
60 0.
42 -
0. 74
0. 62
0. 43
- 0.
76 0.
64 0.
44 -
0. 79
0. 66
0. 46
- 0.
80 0.
67 0.
46 -
T 17
.7 15
.4 11
.7 -
18 .0
15 .5
11 .8
- 18
.0 15
.6 11
.8 -
18 .1
15 .7
11 .9
- 17
.9 15
.5 11
.7 -
16 .7
14 .4
11 .0
- kW
0. 94
0. 96
0. 99
- 1.
01 1.
03 1.
07 -
1. 07
1. 10
1. 13
- 1.
13 1.
16 1.
19 -
1. 18
1. 21
1. 25
- 1.
22 1.
25 1.
29 -
Am ps
4. 2
4. 3
4. 5
- 4.
6 4.
7 4.
8 -
4. 9
5. 0
5. 2
- 5.
2 5.
4 5.
5 -
5. 5
5. 7
5. 9
- 5.
9 6.
0 6.
2 -
H i P
R 19
8 21
3 22
5 -
22 2
23 9
25 3
- 25
3 27
2 28
7 -
28 8
31 0
32 7
- 32
4 34
9 36
8 -
35 8
38 5
40 7
- 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 -
0
M Bh
17 .1
17 .7
19 .4
- 16
.7 17
.3 19
.0 -
16 .3
16 .9
18 .5
- 15
.9 16
.5 18
.1 -
15 .1
15 .7
17 .2
- 14
.0 14
.5 15
.9 -
S/ T
0. 71
0. 59
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.
68 0.
47 -
T 17
.2 14
.9 11
.3 -
17 .5
15 .1
11 .5
- 17
.5 15
.1 11
.5 -
17 .6
15 .2
11 .6
- 17
.3 15
.0 11
.4 -
16 .2
14 .0
10 .6
- kW
0. 95
0. 97
1. 00
- 1.
02 1.
05 1.
08 -
1. 09
1. 11
1. 15
- 1.
15 1.
17 1.
21 -
1. 20
1. 22
1. 26
- 1.
24 1.
27 1.
31 -
Am ps
4. 3
4. 4
4. 5
- 4.
6 4.
7 4.
9 -
5. 0
5. 1
5. 3
- 5.
3 5.
4 5.
6 -
5. 6
5. 8
5. 9
- 5.
9 6.
1 6.
3 -
H i P
R 20
2 21
7 22
9 -
22 6
24 3
25 7
- 25
7 27
7 29
2 -
29 3
31 5
33 3
- 33
0 35
5 37
4 -
36 4
39 2
41 4
- Lo
P R
10 9
11 6
12 6
- 11
5 12
2 13
3 -
11 9
12 7
13 9
- 12
5 13
3 14
6 -
13 1
14 0
15 3
- 13
6 14
4 15
8 -
75
0
M Bh
16 .1
16 .5
17 .9
19 .2
15 .7
16 .2
17 .5
18 .8
15 .3
15 .8
17 .1
18 .3
15 .0
15 .4
16 .7
17 .9
14 .2
14 .6
15 .8
17 .0
13 .2
13 .5
14 .7
15 .7
S/ T
0. 78
0. 70
0. 53
0. 34
0. 81
0. 72
0. 55
0. 35
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 89
0. 79
0. 60
0. 39
0. 90
0. 80
0. 61
0. 39
T 22
.0 20
.2 16
.6 11
.4 22
.2 20
.5 16
.8 11
.6 22
.2 20
.5 16
.8 11
.6 22
.4 20
.6 16
.9 11
.7 22
.1 20
.3 16
.7 11
.5 20
.6 19
.0 15
.6 10
.7 kW
0. 93
0. 95
0. 98
1. 02
1. 01
1. 03
1. 06
1. 10
1. 07
1. 09
1. 13
1. 17
1. 13
1. 15
1. 19
1. 23
1. 18
1. 20
1. 24
1. 29
1. 22
1. 25
1. 29
1. 33
Am ps
4. 2
4. 3
4. 5
4. 6
4. 5
4. 6
4. 8
5. 0
4. 9
5. 0
5. 2
5. 4
5. 2
5. 3
5. 5
5. 7
5. 5
5. 7
5. 8
6. 0
5. 8
6. 0
6. 2
6. 4
H i P
R 19
7 21
3 22
4 23
4 22
2 23
8 25
2 26
3 25
2 27
1 28
6 29
9 28
7 30
9 32
6 34
0 32
3 34
7 36
7 38
3 35
7 38
4 40
5 42
3 Lo
P R
10 6
11 3
12 4
13 2
11 2
12 0
13 1
13 9
11 7
12 4
13 6
14 5
12 3
13 1
14 3
15 2
12 9
13 7
14 9
15 9
13 3
14 2
15 5
16 5
0
M Bh
16 .9
17 .4
18 .8
20 .2
16 .5
17 .0
18 .4
19 .7
16 .1
16 .6
18 .0
19 .3
15 .7
16 .2
17 .5
18 .8
14 .9
15 .4
16 .6
17 .9
13 .8
14 .2
15 .4
16 .5
S/ T
0. 79
0. 71
0. 54
0. 35
0. 82
0. 73
0. 56
0. 36
0. 84
0. 75
0. 57
0. 37
0. 87
0. 78
0. 59
0. 38
0. 90
0. 81
0. 61
0. 39
0. 91
0. 81
0. 62
0. 40
T 20
.5 18
.9 15
.5 10
.7 20
.8 19
.1 15
.7 10
.8 20
.8 19
.1 15
.7 10
.8 20
.9 19
.3 15
.8 10
.9 20
.6 19
.0 15
.6 10
.7 19
.3 17
.7 14
.5 10
.0 kW
0. 94
0. 96
1. 00
1. 03
1. 02
1. 04
1. 07
1. 11
1. 08
1. 11
1. 14
1. 18
1. 14
1. 17
1. 21
1. 25
1. 19
1. 22
1. 26
1. 30
1. 23
1. 26
1. 30
1. 35
Am ps
4. 3
4. 4
4. 5
4. 7
4. 6
4. 7
4. 8
5. 0
5. 0
5. 1
5. 2
5. 4
5. 3
5. 4
5. 6
5. 8
5. 6
5. 7
5. 9
6. 1
5. 9
6. 0
6. 2
6. 5
H i P
R 20
0 21
5 22
7 23
7 22
5 24
2 25
5 26
6 25
5 27
5 29
0 30
3 29
1 31
3 33
1 34
5 32
7 35
2 37
2 38
8 36
2 38
9 41
1 42
9 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
0
M Bh
17 .4
17 .9
19 .4
20 .8
17 .0
17 .5
19 .0
20 .3
16 .6
17 .1
18 .5
19 .9
16 .2
16 .7
18 .1
19 .4
15 .4
15 .8
17 .2
18 .4
14 .3
14 .7
15 .9
17 .1
S/ T
0. 81
0. 72
0. 55
0. 35
0. 84
0. 75
0. 57
0. 37
0. 86
0. 77
0. 58
0. 37
0. 89
0. 79
0. 60
0. 39
0. 92
0. 82
0. 62
0. 40
0. 93
0. 83
0. 63
0. 40
T 19
.9 18
.4 15
.0 10
.4 20
.2 18
.6 15
.2 10
.5 20
.2 18
.6 15
.2 10
.5 20
.3 18
.7 15
.3 10
.6 20
.0 18
.5 15
.1 10
.4 18
.7 17
.2 14
.1 9.
8 kW
0. 96
0. 98
1. 01
1. 04
1. 03
1. 06
1. 09
1. 13
1. 10
1. 12
1. 16
1. 20
1. 16
1. 18
1. 22
1. 26
1. 21
1. 23
1. 28
1. 32
1. 25
1. 28
1. 32
1. 37
Am ps
4. 3
4. 4
4. 6
4. 7
4. 7
4. 8
4. 9
5. 1
5. 0
5. 2
5. 3
5. 5
5. 4
5. 5
5. 7
5. 9
5. 7
5. 8
6. 0
6. 2
6. 0
6. 1
6. 3
6. 6
H i P
R 20
4 21
9 23
1 24
1 22
8 24
6 26
0 27
1 26
0 28
0 29
5 30
8 29
6 31
8 33
6 35
1 33
3 35
8 37
8 39
5 36
8 39
6 41
8 43
6 Lo
P R
11 0
11 7
12 7
13 6
11 6
12 3
13 5
14 3
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
15 9
17 0
ID B:
E nt
er in
g In
do or
D ry
B ul
b Te
m pe
ra tu
re (
F) Sh
ad ed
a re
a re
fle ct
s AC
CA (T
VA ) c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16S181**/CA*F3636*6D*+TXV
M Bh
= N
et To
ta l C
ap ac
it y
(1 00
0 Bt
u/ hr
) S/
T =
Se ns
ib le
To To
ta l C
ap ac
it y
Ra ti
o
HI P
R =
Pr es
su re
a t
liq ui
d se
rv ic
e va
lv e,
p si
g LO
P R
= Pr
es su
re a
t va
po r
se rv
ic e
va lv
e, p
si g
8 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 9
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
0
M Bh
16 .4
16 .7
17 .9
19 .1
16 .0
16 .3
17 .4
18 .6
15 .6
15 .9
17 .0
18 .2
15 .2
15 .6
16 .6
17 .8
14 .5
14 .8
15 .8
16 .9
13 .4
13 .7
14 .6
15 .6
S/ T
0. 86
0. 80
0. 65
0. 49
0. 89
0. 83
0. 68
0. 51
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 97
0. 91
0. 74
0. 56
0. 98
0. 92
0. 75
0. 56
T 24
.5 23
.5 20
.4 16
.3 24
.8 23
.8 20
.7 16
.5 24
.8 23
.8 20
.7 16
.5 25
.0 24
.0 20
.8 16
.7 24
.7 23
.6 20
.6 16
.4 23
.0 22
.1 19
.2 15
.3 kW
0. 94
0. 96
0. 99
1. 03
1. 02
1. 04
1. 07
1. 11
1. 08
1. 10
1. 14
1. 18
1. 14
1. 16
1. 20
1. 24
1. 19
1. 21
1. 25
1. 30
1. 23
1. 26
1. 30
1. 34
Am ps
4. 3
4. 4
4. 5
4. 6
4. 6
4. 7
4. 8
5. 0
5. 0
5. 1
5. 2
5. 4
5. 3
5. 4
5. 6
5. 7
5. 6
5. 7
5. 9
6. 1
5. 9
6. 0
6. 2
6. 4
H i P
R 19
9 21
5 22
7 23
6 22
4 24
1 25
4 26
5 25
5 27
4 28
9 30
2 29
0 31
2 32
9 34
4 32
6 35
1 37
1 38
7 36
0 38
8 41
0 42
7 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
0
M Bh
17 .2
17 .6
18 .8
20 .1
16 .8
17 .2
18 .3
19 .6
16 .4
16 .8
17 .9
19 .1
16 .0
16 .3
17 .5
18 .7
15 .2
15 .5
16 .6
17 .7
14 .1
14 .4
15 .4
16 .4
S/ T
0. 87
0. 81
0. 66
0. 50
0. 90
0. 84
0. 69
0. 51
0. 92
0. 87
0. 70
0. 53
0. 95
0. 89
0. 73
0. 54
0. 99
0. 93
0. 76
0. 56
1. 00
0. 94
0. 76
0. 57
T 22
.9 21
.9 19
.1 15
.2 23
.2 22
.2 19
.3 15
.4 23
.2 22
.2 19
.3 15
.4 23
.4 22
.4 19
.5 15
.6 23
.0 22
.1 19
.2 15
.3 21
.5 20
.6 17
.9 14
.3 kW
0. 95
0. 97
1. 00
1. 04
1. 03
1. 05
1. 08
1. 12
1. 09
1. 12
1. 15
1. 19
1. 15
1. 18
1. 22
1. 26
1. 20
1. 23
1. 27
1. 31
1. 24
1. 27
1. 31
1. 36
Am ps
4. 3
4. 4
4. 5
4. 7
4. 6
4. 7
4. 9
5. 1
5. 0
5. 1
5. 3
5. 5
5. 3
5. 4
5. 6
5. 8
5. 6
5. 8
6. 0
6. 2
6. 0
6. 1
6. 3
6. 5
H i P
R 20
2 21
8 23
0 24
0 22
7 24
4 25
8 26
9 25
8 27
8 29
3 30
6 29
4 31
6 33
4 34
8 33
1 35
6 37
6 39
2 36
5 39
3 41
5 43
3 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
0
M Bh
17 .7
18 .1
19 .4
20 .7
17 .3
17 .7
18 .9
20 .2
16 .9
17 .3
18 .5
19 .7
16 .5
16 .8
18 .0
19 .2
15 .7
16 .0
17 .1
18 .3
14 .5
14 .8
15 .8
16 .9
S/ T
0. 89
0. 83
0. 68
0. 51
0. 92
0. 86
0. 70
0. 52
0. 94
0. 88
0. 72
0. 54
1. 00
0. 91
0. 74
0. 56
1. 00
0. 95
0. 77
0. 58
1. 00
0. 96
0. 78
0. 58
T 22
.2 21
.3 18
.5 14
.8 22
.5 21
.6 18
.8 15
.0 22
.5 21
.6 18
.8 15
.0 23
.3 21
.8 18
.9 15
.1 22
.2 21
.4 18
.7 14
.9 20
.5 20
.0 17
.4 13
.9 kW
0. 96
0. 99
1. 02
1. 05
1. 04
1. 06
1. 10
1. 14
1. 11
1. 13
1. 17
1. 21
1. 17
1. 19
1. 23
1. 28
1. 22
1. 25
1. 29
1. 33
1. 26
1. 29
1. 33
1. 38
Am ps
4. 4
4. 5
4. 6
4. 8
4. 7
4. 8
5. 0
5. 1
5. 1
5. 2
5. 4
5. 5
5. 4
5. 5
5. 7
5. 9
5. 7
5. 9
6. 0
6. 3
6. 0
6. 2
6. 4
6. 6
H i P
R 20
6 22
1 23
4 24
4 23
1 24
8 26
2 27
3 26
2 28
2 29
8 31
1 29
9 32
2 34
0 35
4 33
6 36
2 38
2 39
9 37
2 40
0 42
2 44
0 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 8
15 8
13 4
14 3
15 6
16 6
13 9
14 7
16 1
17 1
85
0
M Bh
16 .6
17 .0
17 .8
19 .0
16 .3
16 .6
17 .4
18 .5
15 .9
16 .2
16 .9
18 .1
15 .5
15 .8
16 .5
17 .6
14 .7
15 .0
15 .7
16 .8
13 .6
13 .9
14 .5
15 .5
S/ T
0. 90
0. 87
0. 78
0. 63
0. 93
0. 90
0. 81
0. 66
0. 95
0. 92
0. 83
0. 67
0. 98
0. 95
0. 86
0. 70
1. 00
0. 99
0. 89
0. 72
1. 00
0. 99
0. 90
0. 73
T 26
.1 25
.7 24
.3 21
.0 26
.5 26
.0 24
.6 21
.3 26
.5 26
.1 24
.6 21
.3 26
.7 26
.2 24
.8 21
.5 25
.8 25
.9 24
.5 21
.2 23
.9 24
.2 22
.8 19
.8 kW
0. 95
0. 97
1. 00
1. 03
1. 02
1. 05
1. 08
1. 12
1. 09
1. 11
1. 15
1. 19
1. 15
1. 17
1. 21
1. 25
1. 20
1. 22
1. 26
1. 31
1. 24
1. 27
1. 31
1. 36
Am ps
4. 3
4. 4
4. 5
4. 7
4. 6
4. 7
4. 9
5. 0
5. 0
5. 1
5. 3
5. 4
5. 3
5. 4
5. 6
5. 8
5. 6
5. 8
5. 9
6. 1
5. 9
6. 1
6. 3
6. 5
H i P
R 20
1 21
7 22
9 23
9 22
6 24
3 25
7 26
8 25
7 27
7 29
2 30
5 29
3 31
5 33
3 34
7 32
9 35
5 37
4 39
0 36
4 39
2 41
4 43
1 Lo
P R
10 9
11 6
12 6
13 4
11 5
12 2
13 3
14 2
11 9
12 7
13 8
14 7
12 5
13 3
14 5
15 5
13 1
14 0
15 2
16 2
13 6
14 4
15 8
16 8
0
M Bh
17 .5
17 .8
18 .7
19 .9
17 .1
17 .4
18 .2
19 .5
16 .7
17 .0
17 .8
19 .0
16 .3
16 .6
17 .4
18 .5
15 .5
15 .8
16 .5
17 .6
14 .3
14 .6
15 .3
16 .3
S/ T
0. 91
0. 88
0. 79
0. 64
0. 94
0. 91
0. 82
0. 67
0. 97
0. 93
0. 84
0. 68
1. 00
0. 96
0. 87
0. 71
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 91
0. 74
T 24
.4 24
.0 22
.7 19
.6 24
.7 24
.3 23
.0 19
.9 24
.7 24
.3 23
.0 19
.9 24
.9 24
.5 23
.2 20
.1 23
.7 24
.1 22
.8 19
.8 21
.9 22
.4 21
.3 18
.5 kW
0. 96
0. 98
1. 01
1. 04
1. 03
1. 06
1. 09
1. 13
1. 10
1. 13
1. 16
1. 20
1. 16
1. 19
1. 23
1. 27
1. 21
1. 24
1. 28
1. 32
1. 25
1. 28
1. 33
1. 37
Am ps
4. 4
4. 4
4. 6
4. 7
4. 7
4. 8
4. 9
5. 1
5. 0
5. 2
5. 3
5. 5
5. 4
5. 5
5. 7
5. 9
5. 7
5. 8
6. 0
6. 2
6. 0
6. 1
6. 3
6. 6
H i P
R 20
4 22
0 23
2 24
2 22
9 24
7 26
0 27
2 26
1 28
0 29
6 30
9 29
7 31
9 33
7 35
2 33
4 35
9 37
9 39
6 36
9 39
7 41
9 43
7 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
14 9
12 7
13 5
14 7
15 7
13 3
14 2
15 5
16 5
13 8
14 6
16 0
17 0
0
M Bh
18 .0
18 .4
19 .3
20 .5
17 .6
18 .0
18 .8
20 .1
17 .2
17 .5
18 .4
19 .6
16 .8
17 .1
17 .9
19 .1
15 .9
16 .2
17 .0
18 .2
14 .8
15 .0
15 .8
16 .8
S/ T
0. 93
0. 90
0. 81
0. 66
0. 96
0. 93
0. 84
0. 68
0. 99
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 23
.7 23
.3 22
.1 19
.1 24
.0 23
.6 22
.3 19
.3 24
.0 23
.6 22
.4 19
.3 23
.7 23
.8 22
.5 19
.5 22
.5 23
.0 22
.2 19
.2 20
.9 21
.3 20
.7 17
.9 kW
0. 97
0. 99
1. 03
1. 06
1. 05
1. 07
1. 11
1. 14
1. 12
1. 14
1. 18
1. 22
1. 18
1. 20
1. 24
1. 29
1. 23
1. 26
1. 30
1. 34
1. 27
1. 30
1. 34
1. 39
Am ps
4. 4
4. 5
4. 6
4. 8
4. 7
4. 8
5. 0
5. 2
5. 1
5. 2
5. 4
5. 6
5. 5
5. 6
5. 7
6. 0
5. 8
5. 9
6. 1
6. 3
6. 1
6. 2
6. 4
6. 7
H i P
R 20
8 22
4 23
6 24
6 23
3 25
1 26
5 27
6 26
5 28
5 30
1 31
4 30
2 32
5 34
3 35
8 34
0 36
5 38
6 40
3 37
5 40
4 42
6 44
5 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
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16S181**/CA*F3636*6D*+TXV (cont.)
M Bh
= N
et To
ta l C
ap ac
it y
(1 00
0 Bt
u/ hr
) S/
T =
Se ns
ib le
To To
ta l C
ap ac
it y
Ra ti
o
HI P
R =
Pr es
su re
a t
liq ui
d se
rv ic
e va
lv e,
p si
g LO
P R
= Pr
es su
re a
t va
po r
se rv
ic e
va lv
e, p
si g
8 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 9
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
70 0
M Bh
22 .1
22 .9
25 .1
- 21
.6 22
.4 24
.5 -
21 .1
21 .9
23 .9
- 20
.6 21
.3 23
.4 -
19 .5
20 .3
22 .2
- 18
.1 18
.8 20
.6 -
S/ T
0. 69
0. 58
0. 40
- 0.
72 0.
60 0.
42 -
0. 74
0. 61
0. 43
- 0.
76 0.
63 0.
44 -
0. 79
0. 66
0. 46
- 0.
80 0.
66 0.
46 -
T 20
17 13
- 20
18 13
- 20
18 13
- 21
18 13
- 20
18 13
- 19
16 12
- kW
1. 54
1. 57
1. 61
- 1.
64 1.
67 1.
72 -
1. 74
1. 77
1. 82
- 1.
82 1.
86 1.
91 -
1. 89
1. 93
1. 99
- 1.
95 1.
99 2.
05 -
Am ps
5. 7
5. 8
6. 0
- 6.
1 6.
3 6.
5 -
6. 6
6. 8
7. 0
- 7.
1 7.
3 7.
5 -
7. 5
7. 7
8. 0
- 8.
0 8.
2 8.
4 -
H i P
R 20
5 22
1 23
3 -
23 0
24 8
26 2
- 26
2 28
2 29
8 -
29 8
32 1
33 9
- 33
6 36
1 38
1 -
37 1
39 9
42 1
- Lo
P R
10 3
10 9
11 9
- 10
9 11
6 12
6 -
11 3
12 0
13 1
- 11
9 12
6 13
8 -
12 4
13 2
14 4
- 12
9 13
7 14
9 -
75 0
M Bh
22 .5
23 .3
25 .5
- 21
.9 22
.7 24
.9 -
21 .4
22 .2
24 .3
- 20
.9 21
.6 23
.7 -
19 .8
20 .6
22 .5
- 18
.4 19
.1 20
.9 -
S/ T
0. 72
0. 60
0. 42
- 0.
74 0.
62 0.
43 -
0. 76
0. 64
0. 44
- 0.
79 0.
66 0.
46 -
0. 82
0. 68
0. 47
- 0.
82 0.
69 0.
48 -
T 20
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 19
16 12
- kW
1. 56
1. 59
1. 63
- 1.
66 1.
70 1.
75 -
1. 76
1. 79
1. 85
- 1.
84 1.
88 1.
94 -
1. 91
1. 95
2. 01
- 1.
98 2.
02 2.
08 -
Am ps
5. 8
5. 9
6. 1
- 6.
2 6.
4 6.
6 -
6. 7
6. 9
7. 1
- 7.
2 7.
4 7.
6 -
7. 6
7. 8
8. 1
- 8.
1 8.
3 8.
6 -
H i P
R 20
9 22
5 23
7 -
23 4
25 2
26 6
- 26
7 28
7 30
3 -
30 4
32 7
34 5
- 34
2 36
8 38
8 -
37 7
40 6
42 9
- 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 6
13 5
14 7
- 13
1 13
9 15
2 -
90 0
M Bh
23 .2
24 .1
26 .4
- 22
.7 23
.5 25
.8 -
22 .2
23 .0
25 .2
- 21
.6 22
.4 24
.5 -
20 .5
21 .3
23 .3
- 19
.0 19
.7 21
.6 -
S/ T
0. 76
0. 64
0. 44
- 0.
79 0.
66 0.
46 -
0. 81
0. 68
0. 47
- 0.
84 0.
70 0.
48 -
0. 87
0. 73
0. 50
- 0.
88 0.
73 0.
51 -
T 18
16 12
- 18
16 12
- 18
16 12
- 18
16 12
- 18
16 12
- 17
15 11
- kW
1. 58
1. 61
1. 65
- 1.
69 1.
72 1.
77 -
1. 78
1. 82
1. 87
- 1.
87 1.
91 1.
97 -
1. 94
1. 98
2. 04
- 2.
01 2.
05 2.
11 -
Am ps
5. 9
6. 0
6. 2
- 6.
3 6.
5 6.
7 -
6. 9
7. 0
7. 3
- 7.
3 7.
5 7.
7 -
7. 8
8. 0
8. 2
- 8.
2 8.
4 8.
7 -
H i P
R 21
3 22
9 24
2 -
23 9
25 7
27 2
- 27
2 29
3 30
9 -
31 0
33 3
35 2
- 34
8 37
5 39
6 -
38 5
41 4
43 7
- 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 -
75
70 0
M Bh
22 .5
23 .2
25 .1
26 .9
22 .0
22 .6
24 .5
26 .3
21 .4
22 .1
23 .9
25 .6
20 .9
21 .5
23 .3
25 .0
19 .9
20 .5
22 .1
23 .8
18 .4
19 .0
20 .5
22 .0
S/ T
0. 79
0. 70
0. 53
0. 34
0. 82
0. 73
0. 55
0. 36
0. 84
0. 75
0. 57
0. 36
0. 86
0. 77
0. 58
0. 38
0. 90
0. 80
0. 61
0. 39
0. 90
0. 81
0. 61
0. 39
T 23
21 18
12 24
22 18
12 24
22 18
12 24
22 18
12 23
22 18
12 22
20 16
11 kW
1. 55
1. 58
1. 62
1. 67
1. 66
1. 69
1. 74
1. 79
1. 75
1. 78
1. 84
1. 89
1. 83
1. 87
1. 93
1. 99
1. 90
1. 94
2. 00
2. 06
1. 96
2. 00
2. 07
2. 13
Am ps
5. 7
5. 9
6. 1
6. 3
6. 2
6. 3
6. 5
6. 8
6. 7
6. 9
7. 1
7. 3
7. 2
7. 3
7. 6
7. 8
7. 6
7. 8
8. 0
8. 3
8. 0
8. 2
8. 5
8. 8
H i P
R 20
7 22
3 23
6 24
6 23
3 25
0 26
4 27
6 26
5 28
5 30
1 31
4 30
1 32
4 34
3 35
7 33
9 36
5 38
5 40
2 37
5 40
3 42
6 44
4 Lo
P R
10 4
11 1
12 1
12 8
11 0
11 7
12 7
13 6
11 4
12 1
13 2
14 1
12 0
12 7
13 9
14 8
12 6
13 4
14 6
15 5
13 0
13 8
15 1
16 1
75 0
M Bh
22 .8
23 .5
25 .4
27 .3
22 .3
23 .0
24 .9
26 .7
21 .8
22 .4
24 .3
26 .0
21 .2
21 .9
23 .7
25 .4
20 .2
20 .8
22 .5
24 .1
18 .7
19 .2
20 .8
22 .4
S/ T
0. 82
0. 73
0. 55
0. 36
0. 85
0. 76
0. 57
0. 37
0. 87
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 93
0. 83
0. 63
0. 40
0. 94
0. 84
0. 63
0. 41
T 23
21 17
12 23
21 17
12 23
21 17
12 23
21 18
12 23
21 17
12 21
20 16
11 kW
1. 57
1. 60
1. 64
1. 69
1. 68
1. 71
1. 76
1. 81
1. 77
1. 81
1. 86
1. 92
1. 86
1. 89
1. 95
2. 01
1. 93
1. 97
2. 03
2. 09
1. 99
2. 03
2. 09
2. 16
Am ps
5. 8
6. 0
6. 1
6. 4
6. 3
6. 4
6. 6
6. 9
6. 8
7. 0
7. 2
7. 5
7. 3
7. 4
7. 7
8. 0
7. 7
7. 9
8. 2
8. 5
8. 2
8. 4
8. 6
9. 0
H i P
R 21
1 22
7 24
0 25
0 23
7 25
5 26
9 28
1 26
9 29
0 30
6 31
9 30
7 33
0 34
8 36
3 34
5 37
1 39
2 40
9 38
1 41
0 43
3 45
2 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 4
12 2
13 0
14 2
15 1
12 8
13 6
14 8
15 8
13 2
14 1
15 3
16 3
90 0
M Bh
23 .6
24 .3
26 .3
28 .3
23 .1
23 .8
25 .7
27 .6
22 .5
23 .2
25 .1
27 .0
22 .0
22 .6
24 .5
26 .3
20 .9
21 .5
23 .3
25 .0
19 .3
19 .9
21 .6
23 .1
S/ T
0. 87
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 92
0. 83
0. 62
0. 40
0. 95
0. 85
0. 64
0. 41
0. 99
0. 88
0. 67
0. 43
1. 00
0. 89
0. 67
0. 43
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
1. 59
1. 62
1. 67
1. 72
1. 70
1. 73
1. 79
1. 84
1. 80
1. 83
1. 89
1. 95
1. 88
1. 92
1. 98
2. 04
1. 96
2. 00
2. 06
2. 12
2. 02
2. 06
2. 13
2. 19
Am ps
5. 9
6. 1
6. 3
6. 5
6. 4
6. 5
6. 7
7. 0
6. 9
7. 1
7. 3
7. 6
7. 4
7. 6
7. 8
8. 1
7. 9
8. 0
8. 3
8. 6
8. 3
8. 5
8. 8
9. 1
H i P
R 21
5 23
2 24
5 25
5 24
1 26
0 27
4 28
6 27
5 29
6 31
2 32
6 31
3 33
7 35
5 37
1 35
2 37
9 40
0 41
7 38
9 41
8 44
2 46
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 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
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]241**/CA*F3636*6D*+TXV
10 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 11
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
70 0
M Bh
22 .9
23 .4
25 .0
26 .7
22 .4
22 .8
24 .4
26 .1
21 .8
22 .3
23 .8
25 .5
21 .3
21 .8
23 .2
24 .8
20 .2
20 .7
22 .1
23 .6
18 .7
19 .1
20 .5
21 .9
S/ T
0. 86
0. 81
0. 66
0. 49
0. 90
0. 84
0. 68
0. 51
0. 92
0. 86
0. 70
0. 52
0. 95
0. 89
0. 72
0. 54
0. 98
0. 92
0. 75
0. 56
0. 99
0. 93
0. 76
0. 57
T 26
25 22
17 26
25 22
18 26
25 22
18 27
25 22
18 26
25 22
17 24
23 20
16 kW
1. 56
1. 59
1. 63
1. 68
1. 67
1. 70
1. 75
1. 80
1. 76
1. 80
1. 85
1. 91
1. 85
1. 88
1. 94
2. 00
1. 92
1. 96
2. 02
2. 08
1. 98
2. 02
2. 08
2. 15
Am ps
5. 8
5. 9
6. 1
6. 3
6. 2
6. 4
6. 6
6. 8
6. 8
6. 9
7. 1
7. 4
7. 2
7. 4
7. 6
7. 9
7. 7
7. 9
8. 1
8. 4
8. 1
8. 3
8. 6
8. 9
H i P
R 20
9 22
5 23
8 24
8 23
5 25
3 26
7 27
9 26
7 28
8 30
4 31
7 30
4 32
8 34
6 36
1 34
3 36
9 38
9 40
6 37
8 40
7 43
0 44
9 Lo
P R
10 5
11 2
12 2
13 0
11 1
11 8
12 9
13 7
11 5
12 3
13 4
14 3
12 1
12 9
14 1
15 0
12 7
13 5
14 7
15 7
13 1
14 0
15 2
16 2
75 0
M Bh
23 .2
23 .7
25 .4
27 .1
22 .7
23 .2
24 .8
26 .5
22 .2
22 .6
24 .2
25 .9
21 .6
22 .1
23 .6
25 .2
20 .5
21 .0
22 .4
24 .0
19 .0
19 .4
20 .8
22 .2
S/ T
0. 90
0. 84
0. 68
0. 51
0. 93
0. 87
0. 71
0. 53
0. 95
0. 89
0. 73
0. 54
0. 98
0. 92
0. 75
0. 56
1. 00
0. 96
0. 78
0. 58
1. 00
0. 96
0. 78
0. 59
T 26
24 21
17 26
25 22
17 26
25 22
17 26
25 22
17 25
25 21
17 23
23 20
16 kW
1. 58
1. 61
1. 65
1. 70
1. 69
1. 72
1. 77
1. 83
1. 79
1. 82
1. 88
1. 93
1. 87
1. 91
1. 97
2. 03
1. 94
1. 98
2. 04
2. 11
2. 01
2. 05
2. 11
2. 18
Am ps
5. 9
6. 0
6. 2
6. 4
6. 3
6. 5
6. 7
6. 9
6. 9
7. 0
7. 3
7. 5
7. 3
7. 5
7. 7
8. 0
7. 8
8. 0
8. 2
8. 5
8. 2
8. 4
8. 7
9. 0
H i P
R 21
3 22
9 24
2 25
3 23
9 25
7 27
2 28
3 27
2 29
3 30
9 32
2 31
0 33
3 35
2 36
7 34
8 37
5 39
6 41
3 38
5 41
4 43
8 45
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 3
14 2
15 5
16 5
90 0
M Bh
24 .1
24 .6
26 .3
28 .1
23 .5
24 .0
25 .6
27 .4
22 .9
23 .4
25 .0
26 .8
22 .4
22 .9
24 .4
26 .1
21 .3
21 .7
23 .2
24 .8
19 .7
20 .1
21 .5
23 .0
S/ T
0. 95
0. 89
0. 73
0. 54
1. 00
0. 93
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. 83
0. 62
1. 00
1. 00
0. 83
0. 62
T 23
22 19
16 24
23 20
16 23
23 20
16 23
23 20
16 22
22 20
16 20
21 18
15 kW
1. 60
1. 63
1. 68
1. 73
1. 71
1. 75
1. 80
1. 85
1. 81
1. 85
1. 90
1. 96
1. 90
1. 94
2. 00
2. 06
1. 97
2. 01
2. 08
2. 14
2. 04
2. 08
2. 14
2. 21
Am ps
6. 0
6. 1
6. 3
6. 5
6. 4
6. 6
6. 8
7. 1
7. 0
7. 2
7. 4
7. 7
7. 5
7. 6
7. 9
8. 2
7. 9
8. 1
8. 4
8. 7
8. 4
8. 6
8. 9
9. 2
H i P
R 21
7 23
4 24
7 25
8 24
4 26
2 27
7 28
9 27
7 29
9 31
5 32
9 31
6 34
0 35
9 37
4 35
5 38
3 40
4 42
1 39
3 42
3 44
6 46
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
85
70 0
M Bh
23 .3
23 .7
24 .9
26 .5
22 .7
23 .2
24 .3
25 .9
22 .2
22 .6
23 .7
25 .3
21 .7
22 .1
23 .1
24 .7
20 .6
21 .0
22 .0
23 .4
19 .1
19 .4
20 .4
21 .7
S/ T
0. 91
0. 87
0. 79
0. 64
0. 94
0. 91
0. 82
0. 66
0. 96
0. 93
0. 84
0. 68
0. 99
0. 96
0. 87
0. 70
1. 00
0. 99
0. 90
0. 73
1. 00
1. 00
0. 91
0. 73
T 28
27 26
22 28
28 26
23 28
28 26
23 28
28 26
23 27
27 26
22 25
26 24
21 kW
1. 57
1. 60
1. 65
1. 69
1. 68
1. 71
1. 76
1. 82
1. 78
1. 81
1. 87
1. 92
1. 86
1. 90
1. 96
2. 02
1. 93
1. 97
2. 03
2. 10
2. 00
2. 04
2. 10
2. 17
Am ps
5. 8
6. 0
6. 2
6. 4
6. 3
6. 4
6. 6
6. 9
6. 8
7. 0
7. 2
7. 5
7. 3
7. 5
7. 7
8. 0
7. 7
7. 9
8. 2
8. 5
8. 2
8. 4
8. 7
9. 0
H i P
R 21
2 22
8 24
0 25
1 23
7 25
5 27
0 28
1 27
0 29
1 30
7 32
0 30
8 33
1 34
9 36
5 34
6 37
2 39
3 41
0 38
2 41
1 43
4 45
3 Lo
P R
10 6
11 3
12 3
13 1
11 2
11 9
13 0
13 9
11 6
12 4
13 5
14 4
12 2
13 0
14 2
15 1
12 8
13 6
14 9
15 8
13 3
14 1
15 4
16 4
75 0
M Bh
23 .6
24 .1
25 .2
26 .9
23 .1
23 .5
24 .7
26 .3
22 .5
23 .0
24 .1
25 .7
22 .0
22 .4
23 .5
25 .1
20 .9
21 .3
22 .3
23 .8
19 .4
19 .7
20 .7
22 .0
S/ T
0. 94
0. 91
0. 82
0. 66
0. 97
0. 94
0. 85
0. 69
1. 00
0. 96
0. 87
0. 71
1. 00
0. 99
0. 90
0. 73
1. 00
1. 00
0. 93
0. 76
1. 00
1. 00
0. 94
0. 76
T 27
27 25
22 28
27 26
22 28
27 26
22 27
27 26
22 26
26 25
22 24
24 24
21 kW
1. 59
1. 62
1. 67
1. 72
1. 70
1. 73
1. 79
1. 84
1. 80
1. 83
1. 89
1. 95
1. 89
1. 92
1. 98
2. 04
1. 96
2. 00
2. 06
2. 12
2. 02
2. 06
2. 13
2. 20
Am ps
5. 9
6. 1
6. 3
6. 5
6. 4
6. 5
6. 7
7. 0
6. 9
7. 1
7. 3
7. 6
7. 4
7. 6
7. 8
8. 1
7. 9
8. 0
8. 3
8. 6
8. 3
8. 5
8. 8
9. 1
H i P
R 21
5 23
2 24
5 25
5 24
2 26
0 27
4 28
6 27
5 29
6 31
2 32
6 31
3 33
7 35
6 37
1 35
2 37
9 40
0 41
7 38
9 41
8 44
2 46
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 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
90 0
M Bh
24 .5
24 .9
26 .1
27 .9
23 .9
24 .4
25 .5
27 .2
23 .3
23 .8
24 .9
26 .6
22 .8
23 .2
24 .3
25 .9
21 .6
22 .0
23 .1
24 .6
20 .0
20 .4
21 .4
22 .8
S/ T
1. 00
0. 96
0. 87
0. 71
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 95
0. 77
1. 00
1. 00
0. 99
0. 80
1. 00
1. 00
1. 00
0. 81
T 25
25 23
20 24
25 23
20 24
24 24
20 23
24 24
20 22
23 23
20 20
21 22
19 kW
1. 61
1. 64
1. 69
1. 74
1. 73
1. 76
1. 81
1. 87
1. 83
1. 86
1. 92
1. 98
1. 91
1. 95
2. 01
2. 08
1. 99
2. 03
2. 09
2. 16
2. 05
2. 10
2. 16
2. 23
Am ps
6. 0
6. 2
6. 4
6. 6
6. 5
6. 7
6. 9
7. 1
7. 1
7. 2
7. 5
7. 7
7. 5
7. 7
8. 0
8. 3
8. 0
8. 2
8. 5
8. 8
8. 5
8. 7
9. 0
9. 3
H i P
R 22
0 23
6 24
9 26
0 24
6 26
5 28
0 29
2 28
0 30
2 31
8 33
2 31
9 34
3 36
3 37
8 35
9 38
6 40
8 42
6 39
7 42
7 45
1 47
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
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]241**/CA*F3636*6D*+TXV (cont.)
10 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 11
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
0
M Bh
21 .8
22 .6
24 .7
- 21
.3 22
.0 24
.2 -
20 .8
21 .5
23 .6
- 20
.3 21
.0 23
.0 -
19 .2
19 .9
21 .9
- 17
.8 18
.5 20
.2 -
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 19
.4 16
.8 12
.7 -
19 .6
17 .0
12 .9
- 19
.6 17
.0 12
.9 -
19 .7
17 .1
13 .0
- 19
.5 16
.9 12
.8 -
18 .2
15 .7
11 .9
- kW
1. 24
1. 27
1. 31
- 1.
34 1.
37 1.
42 -
1. 43
1. 46
1. 52
- 1.
51 1.
55 1.
60 -
1. 58
1. 62
1. 67
- 1.
64 1.
68 1.
73 -
Am ps
5. 2
5. 3
5. 5
- 5.
6 5.
8 5.
9 -
6. 1
6. 2
6. 4
- 6.
5 6.
6 6.
9 -
6. 9
7. 1
7. 3
- 7.
3 7.
5 7.
7 -
H i P
R 20
0 21
6 22
8 -
22 5
24 2
25 5
- 25
6 27
5 29
1 -
29 1
31 3
33 1
- 32
8 35
3 37
2 -
36 2
38 9
41 1
- Lo
P R
10 4
11 1
12 1
- 11
0 11
7 12
8 -
11 4
12 1
13 3
- 12
0 12
8 13
9 -
12 6
13 4
14 6
- 13
0 13
8 15
1 -
0
M Bh
22 .5
23 .3
25 .5
- 21
.9 22
.7 24
.9 -
21 .4
22 .2
24 .3
- 20
.9 21
.6 23
.7 -
19 .8
20 .6
22 .5
- 18
.4 19
.1 20
.9 -
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. 46
- 0.
79 0.
66 0.
46 -
T 19
.0 16
.5 12
.5 -
19 .2
16 .7
12 .6
- 19
.3 16
.7 12
.7 -
19 .4
16 .8
12 .7
- 19
.1 16
.6 12
.6 -
17 .9
15 .5
11 .7
- kW
1. 26
1. 29
1. 33
- 1.
36 1.
39 1.
44 -
1. 45
1. 49
1. 54
- 1.
53 1.
57 1.
62 -
1. 60
1. 64
1. 70
- 1.
66 1.
70 1.
76 -
Am ps
5. 3
5. 4
5. 6
- 5.
7 5.
8 6.
0 -
6. 2
6. 3
6. 5
- 6.
6 6.
7 7.
0 -
7. 0
7. 2
7. 4
- 7.
4 7.
6 7.
8 -
H i P
R 20
4 21
9 23
2 -
22 9
24 6
26 0
- 26
0 28
0 29
6 -
29 6
31 9
33 7
- 33
3 35
9 37
9 -
36 8
39 6
41 8
- 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 -
0
M Bh
23 .2
24 .1
26 .4
- 22
.7 23
.5 25
.8 -
22 .2
23 .0
25 .2
- 21
.6 22
.4 24
.5 -
20 .5
21 .3
23 .3
- 19
.0 19
.7 21
.6 -
S/ T
0. 73
0. 61
0. 42
- 0.
76 0.
64 0.
44 -
0. 78
0. 65
0. 45
- 0.
81 0.
67 0.
47 -
0. 84
0. 70
0. 48
- 0.
84 0.
70 0.
49 -
T 17
.4 15
.1 11
.5 -
17 .6
15 .3
11 .6
- 17
.7 15
.3 11
.6 -
17 .8
15 .4
11 .7
- 17
.5 15
.2 11
.5 -
16 .4
14 .2
10 .8
- kW
1. 28
1. 31
1. 35
- 1.
38 1.
42 1.
47 -
1. 48
1. 51
1. 57
- 1.
56 1.
60 1.
65 -
1. 63
1. 67
1. 73
- 1.
69 1.
73 1.
79 -
Am ps
5. 4
5. 5
5. 7
- 5.
8 5.
9 6.
1 -
6. 3
6. 4
6. 6
- 6.
7 6.
9 7.
1 -
7. 1
7. 3
7. 5
- 7.
5 7.
7 8.
0 -
H i P
R 20
8 22
4 23
6 -
23 3
25 1
26 5
- 26
5 28
5 30
1 -
30 2
32 5
34 3
- 34
0 36
6 38
6 -
37 6
40 4
42 7
- 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 -
75
0
M Bh
22 .1
22 .8
24 .7
26 .5
21 .6
22 .3
24 .1
25 .9
21 .1
21 .7
23 .5
25 .3
20 .6
21 .2
23 .0
24 .6
19 .6
20 .2
21 .8
23 .4
18 .1
18 .7
20 .2
21 .7
S/ T
0. 77
0. 69
0. 52
0. 33
0. 80
0. 71
0. 54
0. 35
0. 82
0. 73
0. 55
0. 36
0. 84
0. 75
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 88
0. 79
0. 60
0. 38
T 22
.4 20
.6 16
.9 11
.7 22
.6 20
.9 17
.1 11
.8 22
.7 20
.9 17
.1 11
.8 22
.8 21
.0 17
.2 11
.9 22
.5 20
.7 17
.0 11
.7 21
.0 19
.4 15
.9 11
.0 kW
1. 25
1. 28
1. 32
1. 37
1. 35
1. 38
1. 43
1. 48
1. 44
1. 48
1. 53
1. 58
1. 52
1. 56
1. 61
1. 67
1. 59
1. 63
1. 69
1. 75
1. 65
1. 69
1. 75
1. 81
Am ps
5. 3
5. 4
5. 6
5. 8
5. 7
5. 8
6. 0
6. 2
6. 1
6. 3
6. 5
6. 7
6. 6
6. 7
6. 9
7. 2
7. 0
7. 1
7. 4
7. 6
7. 4
7. 5
7. 8
8. 1
H i P
R 20
2 21
8 23
0 24
0 22
7 24
4 25
8 26
9 25
8 27
8 29
3 30
6 29
4 31
7 33
4 34
9 33
1 35
6 37
6 39
2 36
6 39
3 41
5 43
3 Lo
P R
10 5
11 2
12 2
13 0
11 1
11 8
12 9
13 7
11 5
12 3
13 4
14 3
12 1
12 9
14 1
15 0
12 7
13 5
14 7
15 7
13 1
14 0
15 3
16 2
0
M Bh
22 .8
23 .5
25 .4
27 .3
22 .3
23 .0
24 .9
26 .7
21 .8
22 .4
24 .3
26 .0
21 .2
21 .9
23 .7
25 .4
20 .2
20 .8
22 .5
24 .1
18 .7
19 .2
20 .8
22 .4
S/ T
0. 79
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. 38
0. 89
0. 80
0. 61
0. 39
0. 90
0. 81
0. 61
0. 39
T 22
.0 20
.2 16
.6 11
.4 22
.2 20
.5 16
.8 11
.6 22
.3 20
.5 16
.8 11
.6 22
.4 20
.7 16
.9 11
.7 22
.1 20
.4 16
.7 11
.5 20
.7 19
.0 15
.6 10
.8 kW
1. 27
1. 30
1. 34
1. 39
1. 37
1. 40
1. 45
1. 50
1. 47
1. 50
1. 55
1. 61
1. 55
1. 58
1. 64
1. 70
1. 62
1. 66
1. 71
1. 77
1. 68
1. 72
1. 78
1. 84
Am ps
5. 3
5. 5
5. 6
5. 8
5. 8
5. 9
6. 1
6. 3
6. 2
6. 4
6. 6
6. 8
6. 7
6. 8
7. 0
7. 3
7. 1
7. 2
7. 5
7. 7
7. 5
7. 7
7. 9
8. 2
H i P
R 20
6 22
2 23
4 24
4 23
1 24
9 26
3 27
4 26
3 28
3 29
9 31
1 29
9 32
2 34
0 35
5 33
7 36
2 38
3 39
9 37
2 40
0 42
3 44
1 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
0
M Bh
23 .6
24 .3
26 .3
28 .3
23 .1
23 .8
25 .7
27 .6
22 .5
23 .2
25 .1
27 .0
22 .0
22 .6
24 .5
26 .3
20 .9
21 .5
23 .3
25 .0
19 .3
19 .9
21 .6
23 .1
S/ T
0. 83
0. 75
0. 56
0. 36
0. 86
0. 77
0. 59
0. 38
0. 89
0. 79
0. 60
0. 39
0. 92
0. 82
0. 62
0. 40
0. 95
0. 85
0. 64
0. 41
0. 96
0. 86
0. 65
0. 42
T 20
.1 18
.6 15
.2 10
.5 20
.4 18
.8 15
.4 10
.6 20
.4 18
.8 15
.4 10
.6 20
.6 18
.9 15
.5 10
.7 20
.3 18
.7 15
.3 10
.6 18
.9 17
.4 14
.3 9.
9 kW
1. 29
1. 32
1. 36
1. 41
1. 40
1. 43
1. 48
1. 53
1. 49
1. 53
1. 58
1. 64
1. 58
1. 61
1. 67
1. 73
1. 65
1. 68
1. 74
1. 81
1. 71
1. 75
1. 81
1. 87
Am ps
5. 4
5. 6
5. 7
5. 9
5. 9
6. 0
6. 2
6. 4
6. 4
6. 5
6. 7
7. 0
6. 8
6. 9
7. 2
7. 4
7. 2
7. 4
7. 6
7. 9
7. 6
7. 8
8. 0
8. 3
H i P
R 21
0 22
6 23
9 24
9 23
6 25
4 26
8 27
9 26
8 28
8 30
5 31
8 30
5 32
8 34
7 36
2 34
3 37
0 39
0 40
7 37
9 40
8 43
1 45
0 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
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16S241**/CA*F3636*6D*
M Bh
= N
et To
ta l C
ap ac
it y
(1 00
0 Bt
u/ hr
) S/
T =
Se ns
ib le
To To
ta l C
ap ac
it y
Ra ti
o
HI P
R =
Pr es
su re
a t
liq ui
d se
rv ic
e va
lv e,
p si
g LO
P R
= Pr
es su
re a
t va
po r
se rv
ic e
va lv
e, p
si g
12 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 13
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
0
M Bh
22 .5
23 .0
24 .6
26 .3
22 .0
22 .5
24 .0
25 .7
21 .5
22 .0
23 .5
25 .1
21 .0
21 .4
22 .9
24 .5
19 .9
20 .4
21 .7
23 .2
18 .5
18 .9
20 .1
21 .5
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 25
.0 23
.9 20
.8 16
.6 25
.3 24
.2 21
.1 16
.8 25
.3 24
.2 21
.1 16
.8 25
.5 24
.4 21
.2 17
.0 25
.1 24
.1 20
.9 16
.7 23
.5 22
.5 19
.6 15
.6 kW
1. 26
1. 29
1. 33
1. 38
1. 36
1. 40
1. 44
1. 49
1. 46
1. 49
1. 54
1. 60
1. 54
1. 57
1. 63
1. 69
1. 61
1. 65
1. 70
1. 76
1. 67
1. 71
1. 77
1. 83
Am ps
5. 3
5. 4
5. 6
5. 8
5. 7
5. 9
6. 0
6. 3
6. 2
6. 3
6. 5
6. 8
6. 6
6. 8
7. 0
7. 2
7. 0
7. 2
7. 4
7. 7
7. 4
7. 6
7. 9
8. 1
H i P
R 20
4 22
0 23
2 24
2 22
9 24
7 26
1 27
2 26
1 28
1 29
6 30
9 29
7 32
0 33
8 35
2 33
4 36
0 38
0 39
6 36
9 39
7 42
0 43
8 Lo
P R
10 6
11 3
12 3
13 1
11 2
11 9
13 0
13 9
11 7
12 4
13 5
14 4
12 2
13 0
14 2
15 1
12 8
13 6
14 9
15 9
13 3
14 1
15 4
16 4
0
M Bh
23 .2
23 .7
25 .4
27 .1
22 .7
23 .2
24 .8
26 .5
22 .2
22 .6
24 .2
25 .9
21 .6
22 .1
23 .6
25 .2
20 .5
21 .0
22 .4
24 .0
19 .0
19 .4
20 .8
22 .2
S/ T
0. 86
0. 81
0. 66
0. 49
0. 89
0. 84
0. 68
0. 51
0. 92
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
.5 23
.5 20
.4 16
.3 24
.8 23
.8 20
.7 16
.5 24
.9 23
.8 20
.7 16
.6 25
.0 24
.0 20
.9 16
.7 24
.7 23
.7 20
.6 16
.4 23
.1 22
.1 19
.2 15
.4 kW
1. 28
1. 31
1. 35
1. 40
1. 39
1. 42
1. 47
1. 52
1. 48
1. 51
1. 57
1. 62
1. 56
1. 60
1. 65
1. 71
1. 63
1. 67
1. 73
1. 79
1. 69
1. 73
1. 79
1. 86
Am ps
5. 4
5. 5
5. 7
5. 9
5. 8
5. 9
6. 1
6. 4
6. 3
6. 4
6. 7
6. 9
6. 7
6. 9
7. 1
7. 4
7. 1
7. 3
7. 5
7. 8
7. 5
7. 7
8. 0
8. 3
H i P
R 20
8 22
4 23
6 24
6 23
3 25
1 26
5 27
7 26
5 28
6 30
2 31
5 30
2 32
5 34
3 35
8 34
0 36
6 38
6 40
3 37
6 40
4 42
7 44
5 Lo
P R
10 8
11 5
12 5
13 4
11 4
12 1
13 2
14 1
11 9
12 6
13 8
14 7
12 5
13 2
14 5
15 4
13 0
13 9
15 2
16 1
13 5
14 4
15 7
16 7
0
M Bh
24 .1
24 .6
26 .3
28 .1
23 .5
24 .0
25 .6
27 .4
22 .9
23 .4
25 .0
26 .8
22 .4
22 .9
24 .4
26 .1
21 .3
21 .7
23 .2
24 .8
19 .7
20 .1
21 .5
23 .0
S/ T
0. 92
0. 86
0. 70
0. 52
0. 95
0. 89
0. 72
0. 54
1. 00
0. 91
0. 74
0. 55
1. 00
0. 94
0. 77
0. 57
1. 00
1. 00
0. 80
0. 59
1. 00
1. 00
0. 80
0. 60
T 22
.5 21
.6 18
.7 15
.0 22
.8 21
.8 19
.0 15
.2 23
.4 21
.8 19
.0 15
.2 22
.9 22
.0 19
.1 15
.3 21
.7 22
.2 18
.9 15
.1 20
.1 20
.6 17
.6 14
.1 kW
1. 30
1. 33
1. 38
1. 42
1. 41
1. 44
1. 49
1. 54
1. 50
1. 54
1. 59
1. 65
1. 59
1. 63
1. 68
1. 74
1. 66
1. 70
1. 76
1. 82
1. 72
1. 76
1. 83
1. 89
Am ps
5. 5
5. 6
5. 8
6. 0
5. 9
6. 1
6. 2
6. 5
6. 4
6. 6
6. 8
7. 0
6. 8
7. 0
7. 2
7. 5
7. 3
7. 4
7. 7
8. 0
7. 7
7. 9
8. 1
8. 4
H i P
R 21
2 22
8 24
1 25
1 23
8 25
6 27
0 28
2 27
1 29
1 30
8 32
1 30
8 33
2 35
0 36
5 34
7 37
3 39
4 41
1 38
3 41
2 43
5 45
4 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
85
0
M Bh
22 .9
23 .4
24 .5
26 .1
22 .4
22 .8
23 .9
25 .5
21 .9
22 .3
23 .3
24 .9
21 .3
21 .7
22 .8
24 .3
20 .3
20 .7
21 .6
23 .1
18 .8
19 .1
20 .0
21 .4
S/ T
0. 88
0. 85
0. 77
0. 62
0. 92
0. 88
0. 80
0. 65
0. 94
0. 91
0. 82
0. 66
0. 97
0. 94
0. 84
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
0. 98
0. 88
0. 72
T 26
.6 26
.2 24
.8 21
.4 27
.0 26
.5 25
.1 21
.7 27
.0 26
.5 25
.1 21
.7 27
.2 26
.7 25
.3 21
.9 26
.6 26
.4 24
.9 21
.6 24
.7 24
.6 23
.3 20
.1 kW
1. 27
1. 30
1. 34
1. 39
1. 38
1. 41
1. 46
1. 51
1. 47
1. 50
1. 56
1. 61
1. 55
1. 59
1. 64
1. 70
1. 62
1. 66
1. 72
1. 78
1. 68
1. 72
1. 78
1. 85
Am ps
5. 4
5. 5
5. 7
5. 9
5. 8
5. 9
6. 1
6. 3
6. 3
6. 4
6. 6
6. 8
6. 7
6. 8
7. 0
7. 3
7. 1
7. 3
7. 5
7. 8
7. 5
7. 7
7. 9
8. 2
H i P
R 20
6 22
2 23
5 24
5 23
2 24
9 26
3 27
5 26
3 28
4 29
9 31
2 30
0 32
3 34
1 35
6 33
8 36
3 38
4 40
0 37
3 40
1 42
4 44
2 Lo
P R
10 7
11 4
12 4
13 3
11 3
12 0
13 2
14 0
11 8
12 5
13 7
14 6
12 4
13 2
14 4
15 3
13 0
13 8
15 0
16 0
13 4
14 3
15 6
16 6
0
M Bh
23 .6
24 .1
25 .2
26 .9
23 .1
23 .5
24 .7
26 .3
22 .5
23 .0
24 .1
25 .7
22 .0
22 .4
23 .5
25 .1
20 .9
21 .3
22 .3
23 .8
19 .4
19 .7
20 .7
22 .0
S/ T
0. 90
0. 87
0. 79
0. 64
0. 94
0. 90
0. 81
0. 66
0. 96
0. 93
0. 84
0. 68
0. 99
0. 96
0. 86
0. 70
1. 00
0. 99
0. 90
0. 73
1. 00
1. 00
0. 90
0. 73
T 26
.2 25
.7 24
.3 21
.1 26
.5 26
.1 24
.6 21
.3 26
.5 26
.1 24
.7 21
.3 26
.7 26
.3 24
.8 21
.5 25
.6 25
.9 24
.5 21
.2 23
.7 24
.2 22
.9 19
.8 kW
1. 29
1. 32
1. 36
1. 41
1. 40
1. 43
1. 48
1. 53
1. 49
1. 53
1. 58
1. 64
1. 58
1. 61
1. 67
1. 73
1. 65
1. 69
1. 74
1. 81
1. 71
1. 75
1. 81
1. 87
Am ps
5. 4
5. 6
5. 7
5. 9
5. 9
6. 0
6. 2
6. 4
6. 4
6. 5
6. 7
7. 0
6. 8
6. 9
7. 2
7. 4
7. 2
7. 4
7. 6
7. 9
7. 6
7. 8
8. 0
8. 3
H i P
R 21
0 22
6 23
9 24
9 23
6 25
4 26
8 27
9 26
8 28
8 30
5 31
8 30
5 32
9 34
7 36
2 34
3 37
0 39
0 40
7 37
9 40
8 43
1 45
0 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
0
M Bh
24 .5
24 .9
26 .1
27 .9
23 .9
24 .4
25 .5
27 .2
23 .3
23 .8
24 .9
26 .6
22 .8
23 .2
24 .3
25 .9
21 .6
22 .0
23 .1
24 .6
20 .0
20 .4
21 .4
22 .8
S/ T
0. 96
0. 93
0. 84
0. 68
0. 99
0. 96
0. 87
0. 70
1. 00
0. 98
0. 89
0. 72
1. 00
1. 00
0. 92
0. 74
1. 00
1. 00
0. 95
0. 77
1. 00
1. 00
0. 96
0. 78
T 24
.0 23
.6 22
.3 19
.3 24
.3 23
.9 22
.6 19
.5 23
.8 23
.9 22
.6 19
.6 23
.3 23
.7 22
.8 19
.7 22
.1 22
.5 22
.4 19
.4 20
.5 20
.9 21
.0 18
.1 kW
1. 31
1. 34
1. 39
1. 44
1. 42
1. 45
1. 50
1. 56
1. 52
1. 55
1. 61
1. 66
1. 60
1. 64
1. 70
1. 76
1. 68
1. 72
1. 78
1. 84
1. 74
1. 78
1. 84
1. 91
Am ps
5. 5
5. 7
5. 8
6. 0
6. 0
6. 1
6. 3
6. 5
6. 5
6. 6
6. 8
7. 1
6. 9
7. 1
7. 3
7. 6
7. 3
7. 5
7. 7
8. 0
7. 7
7. 9
8. 2
8. 5
H i P
R 21
4 23
1 24
3 25
4 24
0 25
9 27
3 28
5 27
3 29
4 31
1 32
4 31
1 33
5 35
4 36
9 35
0 37
7 39
8 41
5 38
7 41
7 44
0 45
9 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
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16S241**/CA*F3636*6D* (cont.)
M Bh
= N
et To
ta l C
ap ac
it y
(1 00
0 Bt
u/ hr
) S/
T =
Se ns
ib le
To To
ta l C
ap ac
it y
Ra ti
o
HI P
R =
Pr es
su re
a t
liq ui
d se
rv ic
e va
lv e,
p si
g LO
P R
= Pr
es su
re a
t va
po r
se rv
ic e
va lv
e, p
si g
12 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 13
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
87 5
M Bh
25 .5
26 .4
28 .9
- 24
.9 25
.8 28
.2 -
24 .3
25 .2
27 .6
- 23
.7 24
.6 26
.9 -
22 .5
23 .3
25 .6
- 20
.8 21
.6 23
.7 -
S/ T
0. 70
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 75
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 80
0. 67
0. 46
- 0.
81 0.
67 0.
47 -
T 19
16 12
- 19
16 12
- 19
16 13
- 19
17 13
- 19
16 12
- 18
15 12
- kW
1. 87
1. 90
1. 96
- 2.
00 2.
04 2.
10 -
2. 11
2. 15
2. 22
- 2.
21 2.
26 2.
32 -
2. 30
2. 34
2. 41
- 2.
37 2.
42 2.
49 -
Am ps
6. 8
6. 9
7. 1
- 7.
3 7.
5 7.
7 -
7. 9
8. 1
8. 4
- 8.
5 8.
7 9.
0 -
9. 0
9. 2
9. 5
- 9.
5 9.
8 10
.1 -
H i P
R 21
4 23
0 24
3 -
24 0
25 8
27 2
- 27
2 29
3 31
0 -
31 0
33 4
35 3
- 34
9 37
6 39
7 -
38 6
41 5
43 8
- Lo
P R
10 4
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
- 13
0 13
8 15
0 -
10 00
M Bh
27 .6
28 .6
31 .3
- 26
.9 27
.9 30
.6 -
26 .3
27 .3
29 .9
- 25
.7 26
.6 29
.1 -
24 .4
25 .3
27 .7
- 22
.6 23
.4 25
.6 -
S/ T
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
44 -
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 83
0. 69
0. 48
- 0.
84 0.
70 0.
48 -
T 18
16 12
- 19
16 12
- 19
16 12
- 19
16 12
- 19
16 12
- 17
15 11
- kW
1. 91
1. 95
2. 00
- 2.
04 2.
08 2.
14 -
2. 16
2. 20
2. 27
- 2.
26 2.
31 2.
38 -
2. 35
2. 40
2. 47
- 2.
43 2.
48 2.
55 -
Am ps
6. 9
7. 1
7. 3
- 7.
5 7.
7 7.
9 -
8. 2
8. 3
8. 6
- 8.
7 8.
9 9.
2 -
9. 3
9. 5
9. 8
- 9.
8 10
.1 10
.4 -
H i P
R 22
0 23
7 25
0 -
24 7
26 6
28 1
- 28
1 30
2 31
9 -
32 0
34 4
36 4
- 36
0 38
7 40
9 -
39 8
42 8
45 2
- 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 -
11 25
M Bh
28 .4
29 .5
32 .3
- 27
.8 28
.8 31
.5 -
27 .1
28 .1
30 .8
- 26
.4 27
.4 30
.0 -
25 .1
26 .0
28 .5
- 23
.3 24
.1 26
.4 -
S/ T
0. 76
0. 64
0. 44
- 0.
79 0.
66 0.
46 -
0. 81
0. 68
0. 47
- 0.
84 0.
70 0.
48 -
0. 87
0. 73
0. 50
- 0.
88 0.
73 0.
51 -
T 18
15 12
- 18
16 12
- 18
16 12
- 18
16 12
- 18
15 12
- 17
14 11
- kW
1. 92
1. 96
2. 02
- 2.
06 2.
10 2.
16 -
2. 18
2. 22
2. 29
- 2.
28 2.
33 2.
40 -
2. 37
2. 42
2. 49
- 2.
45 2.
50 2.
57 -
Am ps
7. 0
7. 2
7. 4
- 7.
6 7.
8 8.
0 -
8. 2
8. 4
8. 7
- 8.
8 9.
0 9.
3 -
9. 4
9. 6
9. 9
- 9.
9 10
.1 10
.5 -
H i P
R 22
2 23
9 25
3 -
24 9
26 8
28 3
- 28
4 30
5 32
2 -
32 3
34 8
36 7
- 36
4 39
1 41
3 -
40 2
43 2
45 6
- 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 -
75
87 5
M Bh
25 .9
26 .7
28 .9
31 .0
25 .3
26 .0
28 .2
30 .3
24 .7
25 .4
27 .5
29 .5
24 .1
24 .8
26 .8
28 .8
22 .9
23 .6
25 .5
27 .4
21 .2
21 .8
23 .6
25 .4
S/ T
0. 80
0. 71
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 91
0. 81
0. 62
0. 40
0. 92
0. 82
0. 62
0. 40
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. 88
1. 92
1. 97
2. 03
2. 01
2. 05
2. 11
2. 17
2. 13
2. 17
2. 23
2. 30
2. 23
2. 27
2. 34
2. 41
2. 31
2. 36
2. 43
2. 51
2. 39
2. 44
2. 51
2. 59
Am ps
6. 8
7. 0
7. 2
7. 5
7. 4
7. 5
7. 8
8. 1
8. 0
8. 2
8. 5
8. 8
8. 5
8. 8
9. 0
9. 4
9. 1
9. 3
9. 6
10 .0
9. 6
9. 9
10 .2
10 .6
H i P
R 21
6 23
2 24
5 25
6 24
2 26
0 27
5 28
7 27
5 29
6 31
3 32
6 31
4 33
7 35
6 37
2 35
3 38
0 40
1 41
8 39
0 41
9 44
3 46
2 Lo
P R
10 5
11 1
12 2
12 9
11 1
11 8
12 8
13 7
11 5
12 2
13 3
14 2
12 1
12 8
14 0
14 9
12 7
13 5
14 7
15 6
13 1
13 9
15 2
16 2
10 00
M Bh
28 .1
28 .9
31 .3
33 .6
27 .4
28 .2
30 .5
32 .8
26 .8
27 .5
29 .8
32 .0
26 .1
26 .9
29 .1
31 .2
24 .8
25 .5
27 .6
29 .7
23 .0
23 .6
25 .6
27 .5
S/ T
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 81
0. 61
0. 40
0. 94
0. 84
0. 64
0. 41
0. 95
0. 85
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
1. 92
1. 96
2. 02
2. 08
2. 06
2. 10
2. 16
2. 22
2. 18
2. 22
2. 29
2. 36
2. 28
2. 33
2. 40
2. 47
2. 37
2. 42
2. 49
2. 57
2. 45
2. 50
2. 57
2. 66
Am ps
7. 0
7. 2
7. 4
7. 7
7. 6
7. 8
8. 0
8. 3
8. 2
8. 4
8. 7
9. 0
8. 8
9. 0
9. 3
9. 7
9. 4
9. 6
9. 9
10 .3
9. 9
10 .2
10 .5
10 .9
H i P
R 22
2 23
9 25
3 26
4 25
0 26
9 28
4 29
6 28
4 30
5 32
2 33
6 32
3 34
8 36
7 38
3 36
4 39
1 41
3 43
1 40
2 43
2 45
7 47
6 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
11 25
M Bh
28 .9
29 .8
32 .2
34 .6
28 .2
29 .1
31 .5
33 .8
27 .6
28 .4
30 .7
33 .0
26 .9
27 .7
30 .0
32 .2
25 .5
26 .3
28 .5
30 .5
23 .7
24 .4
26 .4
28 .3
S/ T
0. 87
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 92
0. 82
0. 62
0. 40
0. 95
0. 85
0. 64
0. 41
0. 99
0. 88
0. 67
0. 43
1. 00
0. 89
0. 67
0. 43
T 20
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. 94
1. 97
2. 03
2. 09
2. 07
2. 11
2. 18
2. 24
2. 19
2. 24
2. 30
2. 37
2. 30
2. 35
2. 42
2. 49
2. 39
2. 44
2. 51
2. 59
2. 47
2. 52
2. 60
2. 68
Am ps
7. 1
7. 2
7. 5
7. 8
7. 6
7. 8
8. 1
8. 4
8. 3
8. 5
8. 8
9. 1
8. 9
9. 1
9. 4
9. 7
9. 4
9. 7
10 .0
10 .4
10 .0
10 .2
10 .6
11 .0
H i P
R 22
5 24
2 25
5 26
6 25
2 27
1 28
6 29
9 28
7 30
8 32
6 34
0 32
6 35
1 37
1 38
7 36
7 39
5 41
7 43
5 40
6 43
7 46
1 48
1 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
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S]301**/CA*F3743*6D*+TXV
14 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 15
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
87 5
M Bh
26 .4
26 .9
28 .8
30 .8
25 .7
26 .3
28 .1
30 .0
25 .1
25 .7
27 .4
29 .3
24 .5
25 .1
26 .8
28 .6
23 .3
23 .8
25 .4
27 .2
21 .6
22 .0
23 .6
25 .2
S/ T
0. 88
0. 82
0. 67
0. 50
0. 91
0. 85
0. 69
0. 52
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 94
0. 77
0. 57
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. 90
1. 93
1. 99
2. 04
2. 03
2. 07
2. 13
2. 19
2. 14
2. 19
2. 25
2. 32
2. 25
2. 29
2. 36
2. 43
2. 33
2. 38
2. 45
2. 53
2. 41
2. 46
2. 53
2. 61
Am ps
6. 9
7. 0
7. 3
7. 5
7. 4
7. 6
7. 9
8. 2
8. 1
8. 3
8. 5
8. 9
8. 6
8. 8
9. 1
9. 5
9. 2
9. 4
9. 7
10 .1
9. 7
10 .0
10 .3
10 .7
H i P
R 21
8 23
4 24
8 25
8 24
4 26
3 27
8 29
0 27
8 29
9 31
6 33
0 31
7 34
1 36
0 37
5 35
6 38
3 40
5 42
2 39
4 42
4 44
7 46
7 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 4
12 2
13 0
14 2
15 1
12 8
13 6
14 8
15 8
13 2
14 1
15 4
16 3
10 00
M Bh
28 .6
29 .2
31 .2
33 .3
27 .9
28 .5
30 .5
32 .6
27 .2
27 .8
29 .7
31 .8
26 .6
27 .1
29 .0
31 .0
25 .2
25 .8
27 .6
29 .5
23 .4
23 .9
25 .5
27 .3
S/ T
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 96
0. 90
0. 74
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 97
0. 79
0. 59
1. 00
0. 98
0. 80
0. 59
T 24
23 20
16 24
23 20
16 24
23 20
16 24
23 20
16 23
23 20
16 21
21 19
15 kW
1. 94
1. 97
2. 03
2. 09
2. 07
2. 11
2. 18
2. 24
2. 19
2. 24
2. 30
2. 37
2. 30
2. 35
2. 42
2. 49
2. 39
2. 44
2. 51
2. 59
2. 47
2. 52
2. 60
2. 68
Am ps
7. 1
7. 2
7. 5
7. 8
7. 6
7. 8
8. 1
8. 4
8. 3
8. 5
8. 8
9. 1
8. 9
9. 1
9. 4
9. 7
9. 4
9. 7
10 .0
10 .4
10 .0
10 .2
10 .6
11 .0
H i P
R 22
5 24
2 25
5 26
6 25
2 27
1 28
6 29
9 28
7 30
8 32
6 34
0 32
6 35
1 37
1 38
7 36
7 39
5 41
7 43
5 40
6 43
7 46
1 48
1 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
11 25
M Bh
29 .4
30 .1
32 .1
34 .3
28 .7
29 .4
31 .4
33 .5
28 .0
28 .7
30 .6
32 .7
27 .4
28 .0
29 .9
31 .9
26 .0
26 .6
28 .4
30 .3
24 .1
24 .6
26 .3
28 .1
S/ T
0. 95
0. 89
0. 73
0. 54
1. 00
0. 93
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. 83
0. 62
1. 00
1. 00
0. 83
0. 62
T 23
22 19
15 23
22 19
15 23
22 19
15 22
23 19
16 21
22 19
15 20
20 18
14 kW
1. 95
1. 99
2. 05
2. 11
2. 09
2. 13
2. 19
2. 26
2. 21
2. 25
2. 32
2. 39
2. 32
2. 36
2. 44
2. 51
2. 41
2. 46
2. 53
2. 61
2. 48
2. 54
2. 62
2. 70
Am ps
7. 1
7. 3
7. 5
7. 8
7. 7
7. 9
8. 2
8. 5
8. 4
8. 6
8. 9
9. 2
9. 0
9. 2
9. 5
9. 8
9. 5
9. 8
10 .1
10 .5
10 .1
10 .3
10 .7
11 .1
H i P
R 22
7 24
4 25
8 26
9 25
5 27
4 28
9 30
2 29
0 31
2 32
9 34
3 33
0 35
5 37
5 39
1 37
1 39
9 42
2 44
0 41
0 44
1 46
6 48
6 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
85
87 5
M Bh
26 .8
27 .3
28 .6
30 .5
26 .2
26 .7
28 .0
29 .8
25 .6
26 .1
27 .3
29 .1
24 .9
25 .4
26 .6
28 .4
23 .7
24 .2
25 .3
27 .0
22 .0
22 .4
23 .4
25 .0
S/ T
0. 92
0. 89
0. 80
0. 65
0. 95
0. 92
0. 83
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 92
0. 74
T 26
25 24
21 26
26 24
21 26
26 24
21 26
26 25
21 25
25 24
21 23
24 23
20 kW
1. 91
1. 95
2. 00
2. 06
2. 04
2. 08
2. 14
2. 21
2. 16
2. 20
2. 27
2. 34
2. 26
2. 31
2. 38
2. 45
2. 35
2. 40
2. 47
2. 55
2. 43
2. 48
2. 55
2. 63
Am ps
6. 9
7. 1
7. 3
7. 6
7. 5
7. 7
7. 9
8. 2
8. 1
8. 3
8. 6
8. 9
8. 7
8. 9
9. 2
9. 6
9. 3
9. 5
9. 8
10 .2
9. 8
10 .1
10 .4
10 .8
H i P
R 22
0 23
7 25
0 26
1 24
7 26
6 28
1 29
3 28
1 30
2 31
9 33
3 32
0 34
4 36
3 37
9 36
0 38
7 40
9 42
6 39
8 42
8 45
2 47
1 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 3
14 2
15 5
16 5
10 00
M Bh
29 .1
29 .6
31 .0
33 .1
28 .4
28 .9
30 .3
32 .3
27 .7
28 .2
29 .6
31 .6
27 .0
27 .6
28 .9
30 .8
25 .7
26 .2
27 .4
29 .2
23 .8
24 .2
25 .4
27 .1
S/ T
0. 95
0. 92
0. 83
0. 67
0. 99
0. 95
0. 86
0. 70
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 77
1. 00
1. 00
0. 95
0. 77
T 25
25 24
20 26
25 24
21 25
25 24
21 25
25 24
21 24
24 24
21 22
22 22
19 kW
1. 95
1. 99
2. 05
2. 11
2. 09
2. 13
2. 19
2. 26
2. 21
2. 25
2. 32
2. 39
2. 32
2. 36
2. 44
2. 51
2. 41
2. 46
2. 53
2. 61
2. 48
2. 54
2. 62
2. 70
Am ps
7. 1
7. 3
7. 5
7. 8
7. 7
7. 9
8. 2
8. 5
8. 4
8. 6
8. 9
9. 2
9. 0
9. 2
9. 5
9. 8
9. 5
9. 8
10 .1
10 .5
10 .1
10 .3
10 .7
11 .1
H i P
R 22
7 24
4 25
8 26
9 25
5 27
4 28
9 30
2 29
0 31
2 32
9 34
3 33
0 35
5 37
5 39
1 37
1 39
9 42
2 44
0 41
0 44
1 46
6 48
6 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
11 25
M Bh
29 .9
30 .5
31 .9
34 .1
29 .2
29 .8
31 .2
33 .3
28 .5
29 .1
30 .5
32 .5
27 .8
28 .4
29 .7
31 .7
26 .4
27 .0
28 .2
30 .1
24 .5
25 .0
26 .2
27 .9
S/ T
1. 00
0. 96
0. 87
0. 70
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 95
0. 77
1. 00
1. 00
0. 99
0. 80
1. 00
1. 00
1. 00
0. 81
T 24
24 23
20 24
24 23
20 23
24 23
20 23
23 23
20 22
22 23
20 20
20 21
18 kW
1. 97
2. 00
2. 06
2. 12
2. 10
2. 15
2. 21
2. 28
2. 23
2. 27
2. 34
2. 41
2. 33
2. 38
2. 45
2. 53
2. 43
2. 48
2. 55
2. 63
2. 50
2. 56
2. 64
2. 72
Am ps
7. 2
7. 4
7. 6
7. 9
7. 8
8. 0
8. 2
8. 5
8. 5
8. 7
8. 9
9. 3
9. 0
9. 3
9. 6
9. 9
9. 6
9. 9
10 .2
10 .6
10 .2
10 .4
10 .8
11 .2
H i P
R 22
9 24
7 26
0 27
2 25
7 27
7 29
2 30
5 29
2 31
5 33
2 34
7 33
3 35
8 37
8 39
5 37
5 40
3 42
6 44
4 41
4 44
5 47
0 49
1 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
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S]301**/CA*F3743*6D*+TXV (cont.)
14 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 15
Expanded Cooling Data GSX16[0311/A301]/**CA*F3743*6D*+TXV
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
87 5
M Bh
29 .1
29 .5
30 .4
--- 28
.8 29
.2 30
.1 ---
28 .1
28 .5
29 .4
--- 26
.8 27
.2 28
.0 ---
25 .2
25 .6
26 .5
--- 23
.7 24
.1 25
.0 ---
S/ T
0. 62
0. 54
0. 40
--- 0.
63 0.
55 0.
41 ---
0. 65
0. 57
0. 44
--- 0.
67 0.
59 0.
46 ---
1. 00
0. 62
0. 48
--- 1.
00 0.
67 0.
53 ---
T 20
18 15
--- 20
18 15
--- 20
18 15
--- 20
18 15
--- 20
18 14
--- 21
19 15
--- kW
1. 67
1. 67
1. 67
--- 1.
86 1.
86 1.
86 ---
2. 07
2. 07
2. 07
--- 2.
30 2.
30 2.
30 ---
2. 55
2. 55
2. 55
--- 2.
85 2.
85 2.
85 ---
Am ps
6. 0
6. 0
6. 0
--- 6.
9 6.
8 6.
8 ---
7. 8
7. 8
7. 8
--- 8.
9 8.
8 8.
8 ---
10 .0
10 .0
10 .0
--- 11
.4 11
.4 11
.4 ---
Hi P
R 24
1 24
2 24
4 ---
28 0
28 1
28 2
--- 31
9 32
1 32
2 ---
36 2
36 3
36 5
--- 40
9 41
0 41
2 ---
45 8
45 9
46 1
--- Lo
P R
12 3
12 5
12 8
--- 13
0 13
2 13
5 ---
13 7
13 9
14 2
--- 14
3 14
4 14
7 ---
14 8
15 0
15 3
--- 15
5 15
6 15
9 ---
10 00
M Bh
29 .5
29 .9
30 .8
--- 29
.2 29
.6 30
.5 ---
28 .5
28 .9
29 .7
--- 27
.2 27
.6 28
.4 ---
25 .6
26 .0
26 .8
--- 24
.1 24
.5 25
.4 ---
S/ T
0. 68
0. 60
0. 47
--- 0.
69 0.
61 0.
47 ---
0. 71
0. 64
0. 50
--- 1.
00 0.
66 0.
52 ---
1. 00
0. 68
0. 54
--- 1.
00 0.
73 0.
59 ---
T 19
17 13
--- 19
17 13
--- 19
17 14
--- 19
17 13
--- 18
17 13
--- 20
18 14
--- kW
1. 68
1. 68
1. 68
--- 1.
87 1.
87 1.
87 ---
2. 08
2. 08
2. 08
--- 2.
31 2.
31 2.
31 ---
2. 56
2. 56
2. 56
--- 2.
86 2.
86 2.
86 ---
Am ps
6. 0
6. 0
6. 0
--- 6.
9 6.
9 6.
9 ---
7. 9
7. 9
7. 8
--- 8.
9 8.
9 8.
9 ---
10 .1
10 .1
10 .0
--- 11
.4 11
.4 11
.4 ---
Hi P
R 24
3 24
5 24
6 ---
28 2
28 3
28 4
--- 32
2 32
3 32
4 ---
36 4
36 6
36 7
--- 41
1 41
2 41
4 ---
46 0
46 1
46 3
--- Lo
P R
12 5
12 6
12 9
--- 13
2 13
4 13
7 ---
13 9
14 0
14 4
--- 14
4 14
6 14
9 ---
15 0
15 1
15 4
--- 15
7 15
8 16
1 ---
11 25
M Bh
29 .9
30 .3
31 .2
--- 29
.7 30
.1 31
.0 ---
28 .9
29 .3
30 .2
--- 27
.6 28
.0 28
.9 ---
26 .0
26 .4
27 .3
--- 24
.6 25
.0 25
.8 ---
S/ T
0. 72
0. 64
0. 50
--- 0.
72 0.
65 0.
51 ---
0. 75
0. 67
0. 53
--- 1.
00 0.
69 0.
55 ---
1. 00
0. 71
0. 57
--- 1.
00 0.
77 0.
63 ---
T 18
16 13
--- 18
16 12
--- 18
16 13
--- 18
16 12
--- 17
16 12
--- 19
17 13
--- kW
1. 69
1. 69
1. 69
--- 1.
88 1.
88 1.
88 ---
2. 09
2. 09
2. 09
--- 2.
32 2.
32 2.
31 ---
2. 57
2. 57
2. 57
--- 2.
87 2.
87 2.
87 ---
Am ps
6. 1
6. 1
6. 1
--- 6.
9 6.
9 6.
9 ---
7. 9
7. 9
7. 9
--- 8.
9 8.
9 8.
9 ---
10 .1
10 .1
10 .1
--- 11
.5 11
.5 11
.4 ---
Hi P
R 24
5 24
7 24
8 ---
28 4
28 5
28 6
--- 32
3 32
5 32
6 ---
36 6
36 8
36 9
--- 41
3 41
4 41
6 ---
46 2
46 3
46 5
--- Lo
P R
12 7
12 8
13 1
--- 13
4 13
6 13
9 ---
14 1
14 2
14 6
--- 14
6 14
8 15
1 ---
15 2
15 3
15 6
--- 15
9 16
0 16
3 ---
75
87 5
M Bh
29 .1
29 .5
30 .4
31 .7
28 .9
29 .3
30 .1
31 .5
28 .1
28 .5
29 .4
30 .7
26 .8
27 .2
28 .1
29 .4
25 .2
25 .6
26 .5
27 .8
23 .7
24 .1
25 .0
26 .3
S/ T
0. 75
0. 68
0. 54
0. 39
0. 76
0. 68
0. 54
0. 40
1. 00
0. 71
0. 57
0. 42
1. 00
0. 73
0. 59
0. 44
1. 00
0. 75
0. 61
0. 46
1. 00
1. 00
0. 66
0. 52
T 24
22 19
15 24
22 19
15 24
22 19
15 24
22 19
15 24
22 18
15 25
23 19
16 kW
1. 67
1. 67
1. 67
1. 68
1. 86
1. 86
1. 86
1. 87
2. 07
2. 07
2. 07
2. 08
2. 30
2. 30
2. 29
2. 31
2. 55
2. 55
2. 55
2. 56
2. 85
2. 85
2. 85
2. 86
Am ps
6. 0
6. 0
6. 0
6. 0
6. 8
6. 8
6. 8
6. 9
7. 8
7. 8
7. 8
7. 9
8. 9
8. 8
8. 8
8. 9
10 .0
10 .0
10 .0
10 .1
11 .4
11 .4
11 .4
11 .4
Hi P
R 24
2 24
3 24
4 24
9 28
0 28
1 28
2 28
7 32
0 32
1 32
2 32
7 36
3 36
4 36
5 37
0 40
9 41
0 41
2 41
6 45
8 45
9 46
1 46
5 Lo
P R
12 3
12 5
12 8
13 3
13 1
13 2
13 5
14 0
13 7
13 9
14 2
14 7
14 3
14 4
14 7
15 3
14 8
15 0
15 3
15 8
15 5
15 6
16 0
16 5
10 00
M Bh
29 .5
29 .9
30 .8
32 .1
29 .2
29 .6
30 .5
31 .8
28 .5
28 .9
29 .8
31 .1
27 .2
27 .6
28 .4
29 .8
25 .6
26 .0
26 .9
28 .2
24 .1
24 .5
25 .4
26 .7
S/ T
0. 81
0. 74
0. 60
0. 45
0. 82
0. 74
0. 60
0. 46
1. 00
0. 77
0. 63
0. 48
1. 00
0. 79
0. 65
0. 50
1. 00
0. 81
0. 67
0. 53
1. 00
1. 00
0. 73
0. 58
T 23
21 18
14 23
21 17
14 23
21 18
14 23
21 17
14 22
21 17
14 24
22 18
15 kW
1. 68
1. 68
1. 68
1. 69
1. 87
1. 87
1. 87
1. 88
2. 08
2. 08
2. 08
2. 09
2. 31
2. 31
2. 30
2. 32
2. 56
2. 56
2. 56
2. 57
2. 86
2. 86
2. 86
2. 87
Am ps
6. 0
6. 0
6. 0
6. 1
6. 9
6. 9
6. 9
6. 9
7. 9
7. 8
7. 8
7. 9
8. 9
8. 9
8. 9
8. 9
10 .1
10 .1
10 .0
10 .1
11 .4
11 .4
11 .4
11 .5
Hi P
R 24
4 24
5 24
6 25
1 28
2 28
3 28
5 28
9 32
2 32
3 32
4 32
9 36
5 36
6 36
7 37
2 41
1 41
2 41
4 41
8 46
0 46
2 46
3 46
7 Lo
P R
12 5
12 6
12 9
13 5
13 2
13 4
13 7
14 2
13 9
14 0
14 4
14 9
14 4
14 6
14 9
15 4
15 0
15 1
15 5
16 0
15 7
15 8
16 1
16 7
11 25
M Bh
30 .0
30 .4
31 .2
32 .6
29 .7
30 .1
31 .0
32 .3
28 .9
29 .3
30 .2
31 .5
27 .6
28 .0
28 .9
30 .2
26 .0
26 .4
27 .3
28 .6
24 .6
25 .0
25 .9
27 .2
S/ T
0. 85
0. 77
0. 63
0. 49
1. 00
0. 78
0. 64
0. 49
1. 00
0. 80
0. 66
0. 52
1. 00
0. 82
0. 68
0. 54
1. 00
0. 85
0. 71
0. 56
1. 00
1. 00
0. 76
0. 61
T 22
20 17
13 22
20 17
13 22
20 17
13 22
20 17
13 22
20 16
13 23
21 17
14 kW
1. 69
1. 69
1. 69
1. 70
1. 88
1. 88
1. 87
1. 89
2. 09
2. 09
2. 08
2. 10
2. 32
2. 32
2. 31
2. 33
2. 57
2. 57
2. 57
2. 58
2. 87
2. 87
2. 86
2. 88
Am ps
6. 1
6. 1
6. 0
6. 1
6. 9
6. 9
6. 9
7. 0
7. 9
7. 9
7. 9
7. 9
8. 9
8. 9
8. 9
9. 0
10 .1
10 .1
10 .1
10 .1
11 .5
11 .5
11 .4
11 .5
Hi P
R 24
6 24
7 24
8 25
3 28
4 28
5 28
7 29
1 32
4 32
5 32
6 33
1 36
7 36
8 36
9 37
4 41
3 41
4 41
6 42
0 46
2 46
4 46
5 46
9 Lo
P R
12 7
12 8
13 2
13 7
13 4
13 6
13 9
14 4
14 1
14 2
14 6
15 1
14 6
14 8
15 1
15 6
15 2
15 3
15 7
16 2
15 9
16 0
16 3
16 9
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
16 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 17
Expanded Cooling Data GSX16[0311/A301]**/CA*F3743*6D*+TXV (cont.) O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 F
75 F
85 F
95 F
10 5
F 11
5 F
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
87 5
M Bh
29 .3
29 .7
30 .5
31 .9
29 .0
29 .4
30 .3
31 .6
28 .2
28 .7
29 .5
30 .9
26 .9
27 .3
28 .2
29 .5
25 .3
25 .8
26 .6
27 .9
23 .9
24 .3
25 .2
26 .5
S/ T
1. 00
0. 80
0. 66
0. 52
1. 00
0. 81
0. 67
0. 52
1. 00
0. 84
0. 70
0. 55
1. 00
0. 86
0. 72
0. 57
1. 00
1. 00
0. 74
0. 59
1. 00
1. 00
0. 79
0. 65
T 28
26 23
19 28
26 23
19 28
26 23
19 28
26 23
19 28
26 22
19 29
27 24
20 kW
1. 67
1. 67
1. 67
1. 68
1. 86
1. 86
1. 86
1. 87
2. 07
2. 07
2. 07
2. 08
2. 30
2. 30
2. 30
2. 31
2. 55
2. 55
2. 55
2. 56
2. 85
2. 85
2. 85
2. 86
Am ps
6. 0
6. 0
6. 0
6. 0
6. 9
6. 8
6. 8
6. 9
7. 8
7. 8
7. 8
7. 9
8. 9
8. 8
8. 8
8. 9
10 .0
10 .0
10 .0
10 .1
11 .4
11 .4
11 .4
11 .4
Hi P
R 24
2 24
3 24
5 24
9 28
0 28
1 28
3 28
7 32
0 32
1 32
3 32
7 36
3 36
4 36
6 37
0 40
9 41
0 41
2 41
6 45
9 46
0 46
2 46
6 Lo
P R
12 4
12 5
12 8
13 3
13 1
13 3
13 6
14 1
13 8
13 9
14 2
14 8
14 3
14 5
14 8
15 3
14 9
15 0
15 3
15 8
15 5
15 7
16 0
16 5
10 00
M Bh
29 .6
30 .1
30 .9
32 .3
29 .4
29 .8
30 .7
32 .0
28 .6
29 .0
29 .9
31 .2
27 .3
27 .7
28 .6
29 .9
25 .7
26 .1
27 .0
28 .3
24 .3
24 .7
25 .5
26 .9
S/ T
1. 00
0. 87
0. 73
0. 58
1. 00
0. 87
0. 73
0. 59
1. 00
0. 90
0. 76
0. 61
1. 00
1. 00
0. 78
0. 63
1. 00
1. 00
0. 80
0. 65
1. 00
1. 00
0. 85
0. 71
T 27
25 22
18 27
25 22
18 27
25 22
18 27
25 21
18 27
25 21
18 28
26 22
19 kW
1. 68
1. 68
1. 68
1. 69
1. 87
1. 87
1. 87
1. 88
2. 08
2. 08
2. 08
2. 09
2. 31
2. 31
2. 30
2. 32
2. 56
2. 56
2. 56
2. 57
2. 86
2. 86
2. 86
2. 87
Am ps
6. 0
6. 0
6. 0
6. 1
6. 9
6. 9
6. 9
6. 9
7. 9
7. 9
7. 8
7. 9
8. 9
8. 9
8. 9
8. 9
10 .1
10 .1
10 .0
10 .1
11 .4
11 .4
11 .4
11 .5
Hi P
R 24
4 24
5 24
7 25
1 28
2 28
3 28
5 28
9 32
2 32
3 32
5 32
9 36
5 36
6 36
8 37
2 41
1 41
3 41
4 41
8 46
1 46
2 46
4 46
8 Lo
P R
12 5
12 7
13 0
13 5
13 3
13 4
13 8
14 3
13 9
14 1
14 4
14 9
14 5
14 6
15 0
15 5
15 0
15 2
15 5
16 0
15 7
15 9
16 2
16 7
11 25
M Bh
30 .1
30 .5
31 .4
32 .7
29 .8
30 .3
31 .1
32 .5
29 .1
29 .5
30 .4
31 .7
27 .8
28 .2
29 .1
30 .4
26 .2
26 .6
27 .5
28 .8
24 .7
25 .1
26 .0
27 .3
S/ T
1. 00
0. 90
0. 76
0. 61
1. 00
0. 91
0. 77
0. 62
1. 00
0. 93
0. 79
0. 65
1. 00
1. 00
0. 81
0. 67
1. 00
1. 00
0. 84
0. 69
1. 00
1. 00
0. 89
0. 74
T 26
24 21
17 26
24 21
17 26
24 21
17 26
24 21
17 26
24 20
17 27
25 21
18 kW
1. 69
1. 69
1. 69
1. 70
1. 88
1. 88
1. 88
1. 89
2. 09
2. 09
2. 09
2. 10
2. 32
2. 32
2. 31
2. 33
2. 57
2. 57
2. 57
2. 58
2. 87
2. 87
2. 86
2. 88
Am ps
6. 1
6. 1
6. 1
6. 1
6. 9
6. 9
6. 9
7. 0
7. 9
7. 9
7. 9
7. 9
8. 9
8. 9
8. 9
9. 0
10 .1
10 .1
10 .1
10 .1
11 .5
11 .5
11 .4
11 .5
Hi P
R 24
6 24
7 24
9 25
3 28
4 28
5 28
7 29
1 32
4 32
5 32
7 33
1 36
7 36
8 37
0 37
4 41
3 41
5 41
6 42
0 46
3 46
4 46
6 47
0 Lo
P R
12 7
12 9
13 2
13 7
13 5
13 6
14 0
14 5
14 1
14 3
14 6
15 1
14 7
14 8
15 2
15 7
15 2
15 4
15 7
16 2
15 9
16 1
16 4
16 9
85
87 5
M Bh
29 .8
30 .2
31 .0
32 .4
29 .5
29 .9
30 .8
32 .1
28 .7
29 .1
30 .0
31 .3
27 .4
27 .8
28 .7
30 .0
25 .8
26 .2
27 .1
28 .4
24 .4
24 .8
25 .7
27 .0
S/ T
1. 00
0. 91
0. 77
0. 62
1. 00
0. 91
0. 77
0. 63
1. 00
1. 00
0. 80
0. 65
1. 00
1. 00
0. 82
0. 67
1. 00
1. 00
0. 84
0. 70
1. 00
1. 00
1. 00
0. 75
T 32
30 26
23 31
30 26
23 32
30 26
23 31
30 26
23 31
29 26
22 32
31 27
24 kW
1. 68
1. 68
1. 67
1. 69
1. 87
1. 86
1. 86
1. 88
2. 08
2. 07
2. 07
2. 09
2. 30
2. 30
2. 30
2. 31
2. 56
2. 56
2. 55
2. 57
2. 86
2. 85
2. 85
2. 86
Am ps
6. 0
6. 0
6. 0
6. 1
6. 9
6. 9
6. 8
6. 9
7. 8
7. 8
7. 8
7. 9
8. 9
8. 9
8. 9
8. 9
10 .0
10 .0
10 .0
10 .1
11 .4
11 .4
11 .4
11 .4
Hi P
R 24
3 24
4 24
6 25
0 28
1 28
2 28
4 28
8 32
1 32
2 32
4 32
8 36
4 36
5 36
7 37
1 41
1 41
2 41
3 41
8 46
0 46
1 46
3 46
7 Lo
P R
12 5
12 7
13 0
13 5
13 3
13 4
13 8
14 3
13 9
14 1
14 4
14 9
14 5
14 7
15 0
15 5
15 0
15 2
15 5
16 0
15 7
15 9
16 2
16 7
10 00
M Bh
30 .1
30 .5
31 .4
32 .7
29 .9
30 .3
31 .2
32 .5
29 .1
29 .5
30 .4
31 .7
27 .8
28 .2
29 .1
30 .4
26 .2
26 .6
27 .5
28 .8
24 .8
25 .2
26 .0
27 .4
S/ T
1. 00
0. 97
0. 83
0. 68
1. 00
1. 00
0. 84
0. 69
1. 00
1. 00
0. 86
0. 72
1. 00
1. 00
0. 88
0. 74
1. 00
1. 00
0. 90
0. 76
1. 00
1. 00
1. 00
0. 81
T 30
29 25
22 30
29 25
22 31
29 25
22 30
29 25
22 30
28 25
21 31
29 26
22 kW
1. 69
1. 69
1. 68
1. 70
1. 88
1. 87
1. 87
1. 89
2. 09
2. 08
2. 08
2. 10
2. 31
2. 31
2. 31
2. 32
2. 57
2. 57
2. 56
2. 58
2. 87
2. 86
2. 86
2. 87
Am ps
6. 1
6. 0
6. 0
6. 1
6. 9
6. 9
6. 9
7. 0
7. 9
7. 9
7. 9
7. 9
8. 9
8. 9
8. 9
9. 0
10 .1
10 .1
10 .1
10 .1
11 .4
11 .4
11 .4
11 .5
Hi P
R 24
5 24
6 24
8 25
2 28
3 28
4 28
6 29
0 32
3 32
4 32
6 33
0 36
6 36
7 36
9 37
3 41
3 41
4 41
5 42
0 46
2 46
3 46
5 46
9 Lo
P R
12 7
12 9
13 2
13 7
13 5
13 6
13 9
14 5
14 1
14 3
14 6
15 1
14 7
14 8
15 1
15 7
15 2
15 4
15 7
16 2
15 9
16 1
16 4
16 9
11 25
M Bh
30 .6
31 .0
31 .9
33 .2
30 .3
30 .7
31 .6
32 .9
29 .6
30 .0
30 .9
32 .2
28 .3
28 .7
29 .5
30 .9
26 .7
27 .1
28 .0
29 .3
25 .2
25 .6
26 .5
27 .8
S/ T
1. 00
1. 00
0. 86
0. 72
1. 00
1. 00
0. 87
0. 72
1. 00
1. 00
0. 90
0. 75
1. 00
1. 00
0. 92
0. 77
1. 00
1. 00
1. 00
0. 79
1. 00
1. 00
1. 00
0. 85
T 29
28 24
21 29
28 24
21 30
28 24
21 29
28 24
21 29
27 24
20 30
28 25
22 kW
1. 70
1. 69
1. 69
1. 71
1. 88
1. 88
1. 88
1. 89
2. 09
2. 09
2. 09
2. 10
2. 32
2. 32
2. 32
2. 33
2. 58
2. 57
2. 57
2. 59
2. 87
2. 87
2. 87
2. 88
Am ps
6. 1
6. 1
6. 1
6. 1
7. 0
6. 9
6. 9
7. 0
7. 9
7. 9
7. 9
8. 0
9. 0
8. 9
8. 9
9. 0
10 .1
10 .1
10 .1
10 .2
11 .5
11 .5
11 .5
11 .5
Hi P
R 24
7 24
8 25
0 25
4 28
5 28
6 28
8 29
2 32
5 32
6 32
8 33
2 36
8 36
9 37
1 37
5 41
5 41
6 41
7 42
2 46
4 46
5 46
7 47
1 Lo
P R
12 9
13 1
13 4
13 9
13 7
13 8
14 1
14 7
14 3
14 5
14 8
15 3
14 9
15 0
15 3
15 9
15 4
15 6
15 9
16 4
16 1
16 3
16 6
17 1
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
16 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 17
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
10 50
M Bh
30 .6
31 .7
34 .7
- 29
.8 30
.9 33
.9 -
29 .1
30 .2
33 .1
- 28
.4 29
.5 32
.3 -
27 .0
28 .0
30 .7
- 25
.0 25
.9 28
.4 -
S/ T
0. 71
0. 59
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.
68 0.
47 -
T 19
16 13
- 19
17 13
- 19
17 13
- 19
17 13
- 19
17 13
- 18
15 12
- kW
2. 23
2. 27
2. 34
- 2.
39 2.
44 2.
51 -
2. 53
2. 58
2. 66
- 2.
65 2.
70 2.
79 -
2. 75
2. 81
2. 90
- 2.
84 2.
90 2.
99 -
Am ps
8. 1
8. 3
8. 5
- 8.
7 8.
9 9.
2 -
9. 5
9. 7
10 .0
- 10
.1 10
.4 10
.7 -
10 .8
11 .1
11 .4
- 11
.5 11
.7 12
.1 -
H i P
R 21
9 23
6 24
9 -
24 6
26 5
28 0
- 28
0 30
1 31
8 -
31 9
34 3
36 2
- 35
9 38
6 40
7 -
39 6
42 6
45 0
- Lo
P R
10 3
10 9
12 0
- 10
9 11
6 12
6 -
11 3
12 0
13 1
- 11
9 12
6 13
8 -
12 4
13 2
14 4
- 12
9 13
7 14
9 -
12 00
M Bh
33 .1
34 .3
37 .6
- 32
.3 33
.5 36
.7 -
31 .6
32 .7
35 .8
- 30
.8 31
.9 35
.0 -
29 .3
30 .3
33 .2
- 27
.1 28
.1 30
.8 -
S/ T
0. 74
0. 62
0. 43
- 0.
76 0.
64 0.
44 -
0. 78
0. 65
0. 45
- 0.
81 0.
68 0.
47 -
0. 84
0. 70
0. 49
- 0.
85 0.
71 0.
49 -
T 19
16 12
- 19
16 12
- 19
16 12
- 19
17 13
- 19
16 12
- 18
15 12
- kW
2. 28
2. 33
2. 39
- 2.
44 2.
49 2.
57 -
2. 59
2. 64
2. 72
- 2.
71 2.
77 2.
85 -
2. 82
2. 88
2. 97
- 2.
91 2.
97 3.
07 -
Am ps
8. 3
8. 5
8. 8
- 9.
0 9.
2 9.
5 -
9. 8
10 .0
10 .3
- 10
.4 10
.7 11
.1 -
11 .1
11 .4
11 .8
- 11
.8 12
.1 12
.5 -
H i P
R 22
6 24
3 25
7 -
25 4
27 3
28 8
- 28
8 31
0 32
8 -
32 9
35 4
37 3
- 37
0 39
8 42
0 -
40 8
44 0
46 4
- 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 -
13 50
M Bh
34 .1
35 .3
38 .7
- 33
.3 34
.5 37
.8 -
32 .5
33 .7
36 .9
- 31
.7 32
.9 36
.0 -
30 .1
31 .2
34 .2
- 27
.9 28
.9 31
.7 -
S/ T
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 82
0. 69
0. 48
- 0.
85 0.
71 0.
49 -
0. 88
0. 74
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
2. 30
2. 34
2. 41
- 2.
46 2.
51 2.
59 -
2. 61
2. 66
2. 74
- 2.
73 2.
79 2.
88 -
2. 84
2. 90
2. 99
- 2.
94 3.
00 3.
09 -
Am ps
8. 4
8. 6
8. 9
- 9.
1 9.
3 9.
6 -
9. 9
10 .1
10 .4
- 10
.5 10
.8 11
.2 -
11 .2
11 .5
11 .9
- 11
.9 12
.2 12
.6 -
H i P
R 22
8 24
6 25
9 -
25 6
27 6
29 1
- 29
1 31
4 33
1 -
33 2
35 7
37 7
- 37
3 40
2 42
4 -
41 3
44 4
46 9
- Lo
P R
10 7
11 4
12 4
- 11
3 12
0 13
1 -
11 8
12 5
13 7
- 12
4 13
1 14
4 -
13 0
13 8
15 0
- 13
4 14
3 15
6 -
75
10 50
M Bh
31 .1
32 .0
34 .6
37 .2
30 .4
31 .3
33 .8
36 .3
29 .6
30 .5
33 .0
35 .4
28 .9
29 .8
32 .2
34 .6
27 .5
28 .3
30 .6
32 .8
25 .4
26 .2
28 .4
30 .4
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. 89
0. 79
0. 60
0. 39
0. 92
0. 82
0. 62
0. 40
0. 93
0. 83
0. 63
0. 40
T 22
20 17
11 22
21 17
12 22
21 17
12 22
21 17
12 22
20 17
12 21
19 16
11 kW
2. 25
2. 29
2. 36
2. 43
2. 41
2. 45
2. 53
2. 60
2. 55
2. 60
2. 68
2. 76
2. 67
2. 73
2. 81
2. 90
2. 78
2. 83
2. 92
3. 01
2. 87
2. 93
3. 02
3. 11
Am ps
8. 1
8. 3
8. 6
8. 9
8. 8
9. 0
9. 3
9. 7
9. 6
9. 8
10 .1
10 .5
10 .2
10 .5
10 .9
11 .3
10 .9
11 .2
11 .6
12 .0
11 .6
11 .9
12 .3
12 .7
H i P
R 22
2 23
8 25
2 26
3 24
9 26
7 28
2 29
5 28
3 30
4 32
1 33
5 32
2 34
6 36
6 38
2 36
2 39
0 41
2 42
9 40
0 43
1 45
5 47
4 Lo
P R
10 4
11 1
12 1
12 9
11 0
11 7
12 8
13 6
11 4
12 1
13 3
14 1
12 0
12 8
13 9
14 8
12 6
13 4
14 6
15 5
13 0
13 8
15 1
16 1
12 00
M Bh
33 .7
34 .7
37 .5
40 .3
32 .9
33 .9
36 .6
39 .3
32 .1
33 .1
35 .8
38 .4
31 .3
32 .2
34 .9
37 .5
29 .8
30 .6
33 .2
35 .6
27 .6
28 .4
30 .7
33 .0
S/ T
0. 84
0. 75
0. 57
0. 37
0. 87
0. 78
0. 59
0. 38
0. 89
0. 80
0. 60
0. 39
0. 92
0. 82
0. 62
0. 40
0. 95
0. 85
0. 65
0. 42
0. 96
0. 86
0. 65
0. 42
T 22
20 16
11 22
20 17
11 22
20 17
11 22
20 17
11 22
20 16
11 20
19 15
11 kW
2. 30
2. 34
2. 41
2. 48
2. 46
2. 51
2. 59
2. 67
2. 61
2. 66
2. 74
2. 83
2. 73
2. 79
2. 88
2. 97
2. 84
2. 90
2. 99
3. 09
2. 94
3. 00
3. 09
3. 19
Am ps
8. 4
8. 6
8. 9
9. 2
9. 1
9. 3
9. 6
10 .0
9. 9
10 .1
10 .4
10 .8
10 .5
10 .8
11 .2
11 .6
11 .2
11 .5
11 .9
12 .3
11 .9
12 .2
12 .6
13 .1
H i P
R 22
8 24
6 26
0 27
1 25
6 27
6 29
1 30
4 29
1 31
4 33
1 34
5 33
2 35
7 37
7 39
3 37
3 40
2 42
4 44
3 41
3 44
4 46
9 48
9 Lo
P R
10 7
11 4
12 4
13 3
11 3
12 0
13 1
14 0
11 8
12 5
13 7
14 6
12 4
13 1
14 4
15 3
13 0
13 8
15 0
16 0
13 4
14 3
15 6
16 6
13 50
M Bh
34 .7
35 .7
38 .6
41 .5
33 .9
34 .9
37 .7
40 .5
33 .1
34 .0
36 .9
39 .6
32 .3
33 .2
36 .0
38 .6
30 .6
31 .6
34 .2
36 .7
28 .4
29 .2
31 .6
34 .0
S/ T
0. 88
0. 79
0. 60
0. 38
0. 91
0. 81
0. 62
0. 40
0. 93
0. 84
0. 63
0. 41
0. 96
0. 86
0. 65
0. 42
1. 00
0. 90
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
2. 32
2. 36
2. 43
2. 50
2. 48
2. 53
2. 61
2. 69
2. 63
2. 68
2. 76
2. 85
2. 76
2. 81
2. 90
2. 99
2. 86
2. 93
3. 02
3. 11
2. 96
3. 02
3. 12
3. 22
Am ps
8. 5
8. 7
8. 9
9. 3
9. 1
9. 4
9. 7
10 .0
9. 9
10 .2
10 .5
10 .9
10 .6
10 .9
11 .3
11 .7
11 .3
11 .6
12 .0
12 .5
12 .0
12 .3
12 .7
13 .2
H i P
R 23
1 24
8 26
2 27
3 25
9 27
9 29
4 30
7 29
4 31
7 33
4 34
9 33
5 36
1 38
1 39
7 37
7 40
6 42
9 44
7 41
7 44
8 47
4 49
4 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
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S]361**/CA*F4860*6D*+TXV
18 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 19
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
10 50
M Bh
31 .6
32 .3
34 .5
36 .9
30 .9
31 .6
33 .7
36 .1
30 .2
30 .8
32 .9
35 .2
29 .4
30 .1
32 .1
34 .3
28 .0
28 .6
30 .5
32 .6
25 .9
26 .5
28 .3
30 .2
S/ T
0. 89
0. 83
0. 68
0. 51
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. 01
0. 95
0. 77
0. 58
1. 02
0. 95
0. 78
0. 58
T 25
24 20
16 25
24 21
17 25
24 21
17 25
24 21
17 25
24 21
16 23
22 19
15 kW
2. 26
2. 31
2. 38
2. 45
2. 42
2. 47
2. 55
2. 62
2. 57
2. 62
2. 70
2. 78
2. 69
2. 75
2. 83
2. 92
2. 80
2. 86
2. 94
3. 04
2. 89
2. 95
3. 04
3. 14
Am ps
8. 2
8. 4
8. 7
9. 0
8. 9
9. 1
9. 4
9. 8
9. 7
9. 9
10 .2
10 .6
10 .3
10 .6
11 .0
11 .4
11 .0
11 .3
11 .7
12 .1
11 .7
12 .0
12 .4
12 .8
H i P
R 22
4 24
1 25
4 26
5 25
1 27
0 28
5 29
8 28
6 30
7 32
4 33
8 32
5 35
0 37
0 38
5 36
6 39
4 41
6 43
4 40
4 43
5 45
9 47
9 Lo
P R
10 5
11 2
12 2
13 0
11 1
11 8
12 9
13 7
11 5
12 3
13 4
14 3
12 1
12 9
14 1
15 0
12 7
13 5
14 7
15 7
13 1
14 0
15 2
16 2
12 00
M Bh
34 .3
35 .0
37 .4
40 .0
33 .5
34 .2
36 .5
39 .1
32 .7
33 .4
35 .7
38 .1
31 .9
32 .6
34 .8
37 .2
30 .3
30 .9
33 .1
35 .3
28 .1
28 .7
30 .6
32 .7
S/ T
0. 92
0. 86
0. 70
0. 52
0. 95
0. 89
0. 73
0. 54
0. 98
0. 92
0. 75
0. 56
1. 00
0. 95
0. 77
0. 58
1. 00
0. 98
0. 80
0. 60
1. 00
0. 99
0. 81
0. 60
T 24
23 20
16 24
23 20
16 24
23 20
16 24
24 21
16 23
23 20
16 21
22 19
15 kW
2. 32
2. 36
2. 43
2. 50
2. 48
2. 53
2. 61
2. 69
2. 63
2. 68
2. 76
2. 85
2. 76
2. 81
2. 90
2. 99
2. 87
2. 93
3. 02
3. 11
2. 96
3. 02
3. 12
3. 22
Am ps
8. 5
8. 7
8. 9
9. 3
9. 1
9. 4
9. 7
10 .0
9. 9
10 .2
10 .5
10 .9
10 .6
10 .9
11 .3
11 .7
11 .3
11 .6
12 .0
12 .5
12 .0
12 .3
12 .7
13 .2
H i P
R 23
1 24
8 26
2 27
3 25
9 27
9 29
4 30
7 29
4 31
7 33
5 34
9 33
5 36
1 38
1 39
7 37
7 40
6 42
9 44
7 41
7 44
8 47
4 49
4 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
13 50
M Bh
35 .3
36 .1
38 .5
41 .2
34 .5
35 .2
37 .6
40 .2
33 .7
34 .4
36 .7
39 .3
32 .8
33 .5
35 .8
38 .3
31 .2
31 .9
34 .1
36 .4
28 .9
29 .5
31 .5
33 .7
S/ T
0. 96
0. 90
0. 74
0. 55
1. 00
0. 94
0. 76
0. 57
1. 00
0. 96
0. 78
0. 58
1. 00
1. 00
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
2. 33
2. 38
2. 45
2. 52
2. 50
2. 55
2. 63
2. 71
2. 65
2. 70
2. 78
2. 87
2. 78
2. 84
2. 92
3. 02
2. 89
2. 95
3. 04
3. 14
2. 98
3. 05
3. 14
3. 24
Am ps
8. 5
8. 7
9. 0
9. 4
9. 2
9. 5
9. 8
10 .1
10 .0
10 .3
10 .6
11 .0
10 .7
11 .0
11 .4
11 .8
11 .4
11 .7
12 .1
12 .6
12 .1
12 .4
12 .8
13 .3
H i P
R 23
3 25
1 26
5 27
6 26
1 28
1 29
7 31
0 29
7 32
0 33
8 35
2 33
9 36
4 38
5 40
1 38
1 41
0 43
3 45
2 42
1 45
3 47
8 49
9 Lo
P R
10 9
11 6
12 7
13 5
11 6
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 1
15 3
16 3
13 7
14 5
15 9
16 9
85
10 50
M Bh
32 .2
32 .8
34 .4
36 .7
31 .4
32 .0
33 .6
35 .8
30 .7
31 .3
32 .8
34 .9
29 .9
30 .5
32 .0
34 .1
28 .4
29 .0
30 .4
32 .4
26 .3
26 .9
28 .1
30 .0
S/ T
0. 93
0. 90
0. 81
0. 66
0. 96
0. 93
0. 84
0. 68
0. 99
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 27
26 25
21 27
26 25
21 26
26 25
22 25
25 25
21 23
24 23
20 kW
2. 28
2. 33
2. 39
2. 46
2. 44
2. 49
2. 57
2. 64
2. 59
2. 64
2. 72
2. 80
2. 71
2. 77
2. 85
2. 94
2. 82
2. 88
2. 97
3. 06
2. 91
2. 97
3. 07
3. 16
Am ps
8. 3
8. 5
8. 8
9. 1
9. 0
9. 2
9. 5
9. 9
9. 8
10 .0
10 .3
10 .7
10 .4
10 .7
11 .1
11 .5
11 .1
11 .4
11 .8
12 .2
11 .8
12 .1
12 .5
13 .0
H i P
R 22
6 24
3 25
7 26
8 25
4 27
3 28
8 30
1 28
8 31
0 32
8 34
2 32
8 35
3 37
3 38
9 37
0 39
8 42
0 43
8 40
8 43
9 46
4 48
4 Lo
P R
10 6
11 3
12 3
13 1
11 2
11 9
13 0
13 9
11 6
12 4
13 5
14 4
12 2
13 0
14 2
15 1
12 8
13 6
14 9
15 9
13 3
14 1
15 4
16 4
12 00
M Bh
34 .9
35 .5
37 .2
39 .7
34 .1
34 .7
36 .4
38 .8
33 .2
33 .9
35 .5
37 .9
32 .4
33 .1
34 .6
36 .9
30 .8
31 .4
32 .9
35 .1
28 .5
29 .1
30 .5
32 .5
S/ T
0. 96
0. 93
0. 84
0. 68
1. 00
0. 96
0. 87
0. 71
1. 00
0. 99
0. 89
0. 72
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 96
0. 78
1. 00
1. 00
0. 96
0. 78
T 26
25 24
21 26
26 24
21 25
26 24
21 25
25 24
21 24
24 24
21 22
22 22
19 kW
2. 33
2. 38
2. 45
2. 52
2. 50
2. 55
2. 63
2. 71
2. 65
2. 70
2. 78
2. 87
2. 78
2. 84
2. 92
3. 02
2. 89
2. 95
3. 04
3. 14
2. 98
3. 05
3. 14
3. 24
Am ps
8. 5
8. 7
9. 0
9. 4
9. 2
9. 5
9. 8
10 .1
10 .0
10 .3
10 .6
11 .0
10 .7
11 .0
11 .4
11 .8
11 .4
11 .7
12 .1
12 .6
12 .1
12 .4
12 .8
13 .3
H i P
R 23
3 25
1 26
5 27
6 26
1 28
1 29
7 31
0 29
7 32
0 33
8 35
2 33
9 36
4 38
5 40
1 38
1 41
0 43
3 45
2 42
1 45
3 47
8 49
9 Lo
P R
10 9
11 6
12 7
13 5
11 6
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 1
15 3
16 3
13 7
14 5
15 9
16 9
13 50
M Bh
35 .9
36 .6
38 .3
40 .9
35 .1
35 .8
37 .4
40 .0
34 .2
34 .9
36 .6
39 .0
33 .4
34 .1
35 .7
38 .0
31 .7
32 .4
33 .9
36 .1
29 .4
30 .0
31 .4
33 .5
S/ T
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 76
1. 00
1. 00
0. 97
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
2. 35
2. 40
2. 47
2. 54
2. 52
2. 57
2. 65
2. 73
2. 67
2. 72
2. 81
2. 89
2. 80
2. 86
2. 95
3. 04
2. 91
2. 97
3. 07
3. 16
3. 01
3. 07
3. 17
3. 27
Am ps
8. 6
8. 8
9. 1
9. 5
9. 3
9. 5
9. 9
10 .2
10 .1
10 .4
10 .7
11 .1
10 .8
11 .1
11 .5
11 .9
11 .5
11 .8
12 .2
12 .7
12 .2
12 .5
13 .0
13 .5
H i P
R 23
5 25
3 26
7 27
9 26
4 28
4 30
0 31
3 30
0 32
3 34
1 35
6 34
2 36
8 38
9 40
5 38
5 41
4 43
7 45
6 42
5 45
7 48
3 50
4 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 8
13 3
14 2
15 5
16 5
13 8
14 7
16 0
17 1
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S]361**/CA*F4860*6D*+TXV (cont.)
18 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 19
Expanded Cooling Data GSX16[0371*A361]**/CA*F4860*6D*+TXV
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
10 50
M Bh
36 .6
37 .1
38 .2
--- 36
.3 36
.8 37
.9 ---
35 .3
35 .9
37 .0
--- 33
.7 34
.2 35
.3 ---
31 .7
32 .2
33 .3
--- 29
.8 30
.4 31
.5 ---
S/ T
0. 60
0. 53
0. 39
--- 0.
61 0.
53 0.
40 ---
0. 63
0. 56
0. 42
--- 0.
65 0.
58 0.
44 ---
0. 67
0. 60
0. 46
--- 1.
00 0.
65 0.
51 ---
T 21
19 15
--- 21
19 15
--- 21
19 16
--- 21
19 15
--- 21
19 15
--- 22
20 16
--- kW
2. 10
2. 10
2. 10
--- 2.
34 2.
34 2.
34 ---
2. 61
2. 61
2. 60
--- 2.
90 2.
89 2.
89 ---
3. 22
3. 21
3. 21
--- 3.
59 3.
59 3.
59 ---
Am ps
7. 6
7. 6
7. 6
--- 8.
7 8.
7 8.
7 ---
9. 9
9. 9
9. 9
--- 11
.2 11
.2 11
.2 ---
12 .7
12 .7
12 .7
--- 14
.4 14
.4 14
.4 ---
Hi P
R 24
5 24
6 24
8 ---
28 3
28 5
28 6
--- 32
4 32
5 32
7 ---
36 7
36 9
37 0
--- 41
4 41
6 41
7 ---
46 5
46 6
46 7
--- Lo
P R
11 8
12 0
12 3
--- 12
6 12
7 13
0 ---
13 2
13 3
13 6
--- 13
7 13
9 14
2 ---
14 3
14 4
14 7
--- 14
9 15
1 15
4 ---
12 00
M Bh
37 .1
37 .6
38 .7
--- 36
.8 37
.3 38
.4 ---
35 .8
36 .3
37 .4
--- 34
.2 34
.7 35
.8 ---
32 .2
32 .7
33 .8
--- 30
.3 30
.8 31
.9 ---
S/ T
0. 66
0. 59
0. 45
--- 0.
67 0.
59 0.
46 ---
0. 69
0. 62
0. 48
--- 0.
71 0.
64 0.
50 ---
1. 00
0. 66
0. 52
--- 1.
00 0.
71 0.
57 ---
T 20
18 14
--- 20
18 14
--- 20
18 14
--- 20
18 14
--- 19
17 14
--- 21
19 15
--- kW
2. 12
2. 11
2. 11
--- 2.
35 2.
35 2.
35 ---
2. 62
2. 62
2. 61
--- 2.
91 2.
91 2.
90 ---
3. 23
3. 23
3. 22
--- 3.
61 3.
60 3.
60 ---
Am ps
7. 7
7. 7
7. 7
--- 8.
8 8.
8 8.
7 ---
10 .0
10 .0
10 .0
--- 11
.3 11
.3 11
.3 ---
12 .8
12 .8
12 .7
--- 14
.5 14
.5 14
.5 ---
Hi P
R 24
7 24
8 25
0 ---
28 6
28 7
28 8
--- 32
6 32
7 32
9 ---
37 0
37 1
37 2
--- 41
7 41
8 41
9 ---
46 7
46 8
46 9
--- Lo
P R
12 0
12 2
12 5
--- 12
7 12
9 13
2 ---
13 4
13 5
13 8
--- 13
9 14
0 14
3 ---
14 4
14 6
14 9
--- 15
1 15
2 15
5 ---
13 50
M Bh
37 .7
38 .2
39 .3
--- 37
.4 37
.9 39
.0 ---
36 .4
36 .9
38 .0
--- 34
.8 35
.3 36
.4 ---
32 .7
33 .3
34 .4
--- 30
.9 31
.4 32
.5 ---
S/ T
0. 70
0. 62
0. 48
--- 0.
70 0.
63 0.
49 ---
0. 73
0. 65
0. 52
--- 0.
75 0.
67 0.
54 ---
1. 00
0. 69
0. 56
--- 1.
00 0.
74 0.
61 ---
T 19
17 13
--- 19
17 13
--- 19
17 13
--- 19
17 13
--- 18
16 13
--- 20
18 14
--- kW
2. 13
2. 12
2. 12
--- 2.
36 2.
36 2.
36 ---
2. 63
2. 63
2. 62
--- 2.
92 2.
92 2.
91 ---
3. 24
3. 24
3. 23
--- 3.
62 3.
61 3.
61 ---
Am ps
7. 7
7. 7
7. 7
--- 8.
8 8.
8 8.
8 ---
10 .0
10 .0
10 .0
--- 11
.4 11
.3 11
.3 ---
12 .8
12 .8
12 .8
--- 14
.5 14
.5 14
.5 ---
Hi P
R 24
9 25
0 25
2 ---
28 8
28 9
29 0
--- 32
8 32
9 33
1 ---
37 2
37 3
37 4
--- 41
9 42
0 42
1 ---
46 9
47 0
47 2
--- Lo
P R
12 2
12 4
12 7
--- 12
9 13
1 13
4 ---
13 6
13 7
14 0
--- 14
1 14
2 14
5 ---
14 6
14 8
15 1
--- 15
3 15
4 15
7 ---
75
10 50
M Bh
36 .6
37 .2
38 .3
39 .9
36 .3
36 .8
37 .9
39 .6
35 .4
35 .9
37 .0
38 .6
33 .7
34 .2
35 .3
37 .0
31 .7
32 .2
33 .3
35 .0
29 .9
30 .4
31 .5
33 .2
S/ T
0. 73
0. 65
0. 52
0. 38
0. 74
0. 66
0. 53
0. 38
0. 76
0. 69
0. 55
0. 41
1. 00
0. 70
0. 57
0. 43
1. 00
0. 73
0. 59
0. 45
1. 00
0. 78
0. 64
0. 50
T 25
23 20
16 25
23 20
16 25
23 20
16 25
23 20
16 25
23 19
16 26
24 20
17 kW
2. 10
2. 10
2. 10
2. 11
2. 34
2. 34
2. 33
2. 35
2. 61
2. 60
2. 60
2. 62
2. 89
2. 89
2. 89
2. 91
3. 22
3. 21
3. 21
3. 23
3. 59
3. 59
3. 59
3. 60
Am ps
7. 6
7. 6
7. 6
7. 7
8. 7
8. 7
8. 7
8. 8
9. 9
9. 9
9. 9
10 .0
11 .2
11 .2
11 .2
11 .3
12 .7
12 .7
12 .7
12 .8
14 .4
14 .4
14 .4
14 .5
Hi P
R 24
5 24
6 24
8 25
2 28
4 28
5 28
6 29
1 32
4 32
5 32
7 33
1 36
8 36
9 37
0 37
5 41
5 41
6 41
7 42
2 46
5 46
6 46
8 47
2 Lo
P R
11 8
12 0
12 3
12 8
12 6
12 7
13 0
13 5
13 2
13 3
13 6
14 1
13 7
13 9
14 2
14 7
14 3
14 4
14 7
15 2
14 9
15 1
15 4
15 9
12 00
M Bh
37 .1
37 .6
38 .7
40 .4
36 .8
37 .3
38 .4
40 .1
35 .8
36 .4
37 .5
39 .1
34 .2
34 .7
35 .8
37 .5
32 .2
32 .7
33 .8
35 .5
30 .4
30 .9
32 .0
33 .6
S/ T
0. 79
0. 71
0. 58
0. 44
0. 80
0. 72
0. 59
0. 44
1. 00
0. 75
0. 61
0. 47
1. 00
0. 76
0. 63
0. 49
1. 00
0. 79
0. 65
0. 51
1. 00
0. 84
0. 70
0. 56
T 24
22 18
15 24
22 18
15 24
22 19
15 24
22 18
15 24
22 18
14 25
23 19
16 kW
2. 11
2. 11
2. 11
2. 13
2. 35
2. 35
2. 35
2. 36
2. 62
2. 62
2. 61
2. 63
2. 91
2. 90
2. 90
2. 92
3. 23
3. 23
3. 22
3. 24
3. 60
3. 60
3. 60
3. 62
Am ps
7. 7
7. 7
7. 6
7. 7
8. 8
8. 8
8. 7
8. 8
10 .0
10 .0
10 .0
10 .0
11 .3
11 .3
11 .3
11 .4
12 .8
12 .8
12 .7
12 .8
14 .5
14 .5
14 .5
14 .5
Hi P
R 24
7 24
8 25
0 25
4 28
6 28
7 28
9 29
3 32
6 32
7 32
9 33
3 37
0 37
1 37
3 37
7 41
7 41
8 42
0 42
4 46
7 46
8 47
0 47
4 Lo
P R
12 0
12 2
12 5
13 0
12 7
12 9
13 2
13 7
13 4
13 5
13 8
14 3
13 9
14 0
14 4
14 9
14 4
14 6
14 9
15 4
15 1
15 2
15 5
16 0
13 50
M Bh
37 .7
38 .2
39 .3
41 .0
37 .4
37 .9
39 .0
40 .7
36 .4
36 .9
38 .0
39 .7
34 .8
35 .3
36 .4
38 .1
32 .8
33 .3
34 .4
36 .0
30 .9
31 .4
32 .5
34 .2
S/ T
0. 82
0. 75
0. 61
0. 47
0. 83
0. 75
0. 62
0. 48
1. 00
0. 78
0. 64
0. 50
1. 00
0. 80
0. 66
0. 52
1. 00
0. 82
0. 69
0. 54
1. 00
0. 87
0. 74
0. 59
T 23
21 17
14 23
21 17
14 23
21 18
14 23
21 17
14 23
21 17
13 24
22 18
15 kW
2. 12
2. 12
2. 12
2. 14
2. 36
2. 36
2. 36
2. 38
2. 63
2. 63
2. 62
2. 64
2. 92
2. 91
2. 91
2. 93
3. 24
3. 24
3. 23
3. 25
3. 61
3. 61
3. 61
3. 63
Am ps
7. 7
7. 7
7. 7
7. 8
8. 8
8. 8
8. 8
8. 9
10 .0
10 .0
10 .0
10 .1
11 .3
11 .3
11 .3
11 .4
12 .8
12 .8
12 .8
12 .9
14 .5
14 .5
14 .5
14 .6
Hi P
R 24
9 25
0 25
2 25
6 28
8 28
9 29
1 29
5 32
8 32
9 33
1 33
5 37
2 37
3 37
5 37
9 41
9 42
0 42
2 42
6 46
9 47
0 47
2 47
6 Lo
P R
12 2
12 4
12 7
13 2
12 9
13 1
13 4
13 9
13 6
13 7
14 0
14 5
14 1
14 2
14 5
15 0
14 6
14 8
15 1
15 6
15 3
15 4
15 7
16 2
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
20 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 21
Expanded Cooling Data GSX16[0371/A361]**/CA*F4860*6D*+TXV (cont.) O
ut do
or A
m bi
en t
Te m
pe ra
tu re
65 F
75 F
85 F
95 F
10 5
F 11
5 F
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
10 50
M Bh
36 .8
37 .4
38 .4
40 .1
36 .5
37 .0
38 .1
39 .8
35 .6
36 .1
37 .2
38 .8
33 .9
34 .4
35 .5
37 .2
31 .9
32 .4
33 .5
35 .2
30 .1
30 .6
31 .7
33 .3
S/ T
0. 85
0. 78
0. 64
0. 50
1. 00
0. 79
0. 65
0. 51
1. 00
0. 81
0. 68
0. 53
1. 00
0. 83
0. 69
0. 55
1. 00
0. 85
0. 72
0. 57
1. 00
1. 00
0. 77
0. 63
T 29
27 24
20 29
27 24
20 30
28 24
20 29
27 24
20 29
27 24
20 30
28 25
21 kW
2. 10
2. 10
2. 10
2. 12
2. 34
2. 34
2. 34
2. 35
2. 61
2. 61
2. 60
2. 62
2. 90
2. 89
2. 89
2. 91
3. 22
3. 21
3. 21
3. 23
3. 59
3. 59
3. 59
3. 61
Am ps
7. 6
7. 6
7. 6
7. 7
8. 7
8. 7
8. 7
8. 8
9. 9
9. 9
9. 9
10 .0
11 .2
11 .2
11 .2
11 .3
12 .7
12 .7
12 .7
12 .8
14 .4
14 .4
14 .4
14 .5
Hi P
R 24
5 24
7 24
8 25
3 28
4 28
5 28
7 29
1 32
5 32
6 32
7 33
2 36
8 36
9 37
1 37
5 41
5 41
6 41
8 42
2 46
5 46
6 46
8 47
2 Lo
P R
11 9
12 0
12 3
12 8
12 6
12 8
13 1
13 6
13 2
13 4
13 7
14 2
13 8
13 9
14 2
14 7
14 3
14 5
14 8
15 3
15 0
15 1
15 4
15 9
12 00
M Bh
37 .3
37 .8
38 .9
40 .6
37 .0
37 .5
38 .6
40 .3
36 .0
36 .6
37 .6
39 .3
34 .4
34 .9
36 .0
37 .7
32 .4
32 .9
34 .0
35 .7
30 .5
31 .1
32 .2
33 .8
S/ T
0. 91
0. 84
0. 70
0. 56
1. 00
0. 84
0. 71
0. 57
1. 00
0. 87
0. 73
0. 59
1. 00
0. 89
0. 75
0. 61
1. 00
1. 00
0. 78
0. 63
1. 00
1. 00
0. 83
0. 69
T 28
26 23
19 28
26 23
19 28
27 23
19 28
26 23
19 28
26 22
19 29
27 24
20 kW
2. 12
2. 11
2. 11
2. 13
2. 35
2. 35
2. 35
2. 37
2. 62
2. 62
2. 61
2. 63
2. 91
2. 91
2. 90
2. 92
3. 23
3. 23
3. 22
3. 24
3. 61
3. 60
3. 60
3. 62
Am ps
7. 7
7. 7
7. 7
7. 7
8. 8
8. 8
8. 7
8. 8
10 .0
10 .0
10 .0
10 .0
11 .3
11 .3
11 .3
11 .4
12 .8
12 .8
12 .7
12 .8
14 .5
14 .5
14 .5
14 .6
Hi P
R 24
8 24
9 25
0 25
5 28
6 28
7 28
9 29
3 32
7 32
8 32
9 33
4 37
0 37
1 37
3 37
7 41
7 41
8 42
0 42
4 46
7 46
8 47
0 47
4 Lo
P R
12 1
12 2
12 5
13 0
12 8
12 9
13 2
13 7
13 4
13 6
13 9
14 4
14 0
14 1
14 4
14 9
14 5
14 6
14 9
15 4
15 1
15 3
15 6
16 1
13 50
M Bh
37 .9
38 .4
39 .5
41 .2
37 .6
38 .1
39 .2
40 .9
36 .6
37 .1
38 .2
39 .9
35 .0
35 .5
36 .6
38 .2
33 .0
33 .5
34 .6
36 .2
31 .1
31 .6
32 .7
34 .4
S/ T
1. 00
0. 87
0. 74
0. 60
1. 00
0. 88
0. 74
0. 60
1. 00
0. 90
0. 77
0. 63
1. 00
0. 92
0. 79
0. 65
1. 00
1. 00
0. 81
0. 67
1. 00
1. 00
0. 86
0. 72
T 27
25 22
18 27
25 22
18 27
26 22
18 27
25 22
18 27
25 21
18 28
26 23
19 kW
2. 13
2. 12
2. 12
2. 14
2. 36
2. 36
2. 36
2. 38
2. 63
2. 63
2. 62
2. 64
2. 92
2. 92
2. 91
2. 93
3. 24
3. 24
3. 23
3. 25
3. 62
3. 61
3. 61
3. 63
Am ps
7. 7
7. 7
7. 7
7. 8
8. 8
8. 8
8. 8
8. 9
10 .0
10 .0
10 .0
10 .1
11 .3
11 .3
11 .3
11 .4
12 .8
12 .8
12 .8
12 .9
14 .5
14 .5
14 .5
14 .6
Hi P
R 25
0 25
1 25
2 25
7 28
8 28
9 29
1 29
5 32
9 33
0 33
1 33
6 37
2 37
3 37
5 37
9 41
9 42
0 42
2 42
6 46
9 47
0 47
2 47
6 Lo
P R
12 3
12 4
12 7
13 2
13 0
13 1
13 4
13 9
13 6
13 8
14 1
14 6
14 1
14 3
14 6
15 1
14 7
14 8
15 1
15 6
15 3
15 5
15 8
16 3
85
10 50
M Bh
37 .5
38 .0
39 .1
40 .7
37 .1
37 .6
38 .7
40 .4
36 .2
36 .7
37 .8
39 .5
34 .5
35 .0
36 .1
37 .8
32 .5
33 .0
34 .1
35 .8
30 .7
31 .2
32 .3
34 .0
S/ T
1. 00
0. 88
0. 74
0. 60
1. 00
0. 89
0. 75
0. 61
1. 00
1. 00
0. 78
0. 63
1. 00
1. 00
0. 80
0. 65
1. 00
1. 00
0. 82
0. 68
1. 00
1. 00
0. 87
0. 73
T 33
31 28
24 33
31 28
24 33
32 28
24 33
31 28
24 33
31 27
24 34
32 29
25 kW
2. 11
2. 11
2. 10
2. 12
2. 35
2. 34
2. 34
2. 36
2. 61
2. 61
2. 61
2. 62
2. 90
2. 90
2. 89
2. 91
3. 22
3. 22
3. 22
3. 23
3. 60
3. 60
3. 59
3. 61
Am ps
7. 6
7. 6
7. 6
7. 7
8. 7
8. 7
8. 7
8. 8
9. 9
9. 9
9. 9
10 .0
11 .3
11 .3
11 .2
11 .3
12 .7
12 .7
12 .7
12 .8
14 .5
14 .5
14 .4
14 .5
Hi P
R 24
7 24
8 24
9 25
4 28
5 28
6 28
8 29
2 32
6 32
7 32
9 33
3 36
9 37
0 37
2 37
6 41
6 41
7 41
9 42
3 46
6 46
8 46
9 47
3 Lo
P R
12 1
12 2
12 5
13 0
12 8
12 9
13 2
13 7
13 4
13 6
13 9
14 4
14 0
14 1
14 4
14 9
14 5
14 6
14 9
15 4
15 1
15 3
15 6
16 1
12 00
M Bh
37 .9
38 .5
39 .5
41 .2
37 .6
38 .1
39 .2
40 .9
36 .7
37 .2
38 .3
39 .9
35 .0
35 .5
36 .6
38 .3
33 .0
33 .5
34 .6
36 .3
31 .2
31 .7
32 .8
34 .4
S/ T
1. 00
0. 94
0. 80
0. 66
1. 00
0. 95
0. 81
0. 67
1. 00
1. 00
0. 84
0. 69
1. 00
1. 00
0. 85
0. 71
1. 00
1. 00
0. 88
0. 73
1. 00
1. 00
0. 93
0. 79
T 32
30 27
23 32
30 26
23 32
30 27
23 32
30 26
23 32
30 26
22 33
31 27
24 kW
2. 12
2. 12
2. 11
2. 13
2. 36
2. 36
2. 35
2. 37
2. 62
2. 62
2. 62
2. 64
2. 91
2. 91
2. 91
2. 92
3. 23
3. 23
3. 23
3. 25
3. 61
3. 61
3. 60
3. 62
Am ps
7. 7
7. 7
7. 7
7. 8
8. 8
8. 8
8. 8
8. 8
10 .0
10 .0
10 .0
10 .1
11 .3
11 .3
11 .3
11 .4
12 .8
12 .8
12 .8
12 .8
14 .5
14 .5
14 .5
14 .6
Hi P
R 24
9 25
0 25
1 25
6 28
7 28
8 29
0 29
4 32
8 32
9 33
1 33
5 37
1 37
2 37
4 37
8 41
8 41
9 42
1 42
5 46
9 47
0 47
1 47
6 Lo
P R
12 2
12 4
12 7
13 2
13 0
13 1
13 4
13 9
13 6
13 7
14 0
14 6
14 1
14 3
14 6
15 1
14 7
14 8
15 1
15 6
15 3
15 5
15 8
16 3
13 50
M Bh
38 .5
39 .0
40 .1
41 .8
38 .2
38 .7
39 .8
41 .5
37 .2
37 .7
38 .8
40 .5
35 .6
36 .1
37 .2
38 .9
33 .6
34 .1
35 .2
36 .9
31 .7
32 .3
33 .3
35 .0
S/ T
1. 00
0. 97
0. 84
0. 70
1. 00
0. 98
0. 84
0. 70
1. 00
1. 00
0. 87
0. 73
1. 00
1. 00
0. 89
0. 75
1. 00
1. 00
0. 91
0. 77
1. 00
1. 00
1. 00
0. 82
T 31
29 26
22 31
29 25
22 31
29 26
22 31
29 25
22 31
29 25
21 32
30 26
23 kW
2. 13
2. 13
2. 12
2. 14
2. 37
2. 37
2. 36
2. 38
2. 63
2. 63
2. 63
2. 65
2. 92
2. 92
2. 92
2. 93
3. 24
3. 24
3. 24
3. 26
3. 62
3. 62
3. 61
3. 63
Am ps
7. 7
7. 7
7. 7
7. 8
8. 8
8. 8
8. 8
8. 9
10 .1
10 .0
10 .0
10 .1
11 .4
11 .4
11 .3
11 .4
12 .8
12 .8
12 .8
12 .9
14 .6
14 .6
14 .5
14 .6
Hi P
R 25
1 25
2 25
4 25
8 28
9 29
0 29
2 29
6 33
0 33
1 33
3 33
7 37
3 37
4 37
6 38
0 42
0 42
1 42
3 42
7 47
1 47
2 47
3 47
8 Lo
P R
12 4
12 6
12 9
13 4
13 2
13 3
13 6
14 1
13 8
13 9
14 2
14 7
14 3
14 5
14 8
15 3
14 9
15 0
15 3
15 8
15 5
15 7
16 0
16 5
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
20 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 21
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
12 25
M Bh
36 .9
38 .2
41 .9
- 36
.0 37
.3 40
.9 -
35 .2
36 .4
39 .9
- 34
.3 35
.6 39
.0 -
32 .6
33 .8
37 .0
- 30
.2 31
.3 34
.3 -
S/ T
0. 70
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 75
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 80
0. 67
0. 46
- 0.
81 0.
67 0.
47 -
T 19
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 18
16 12
- kW
2. 70
2. 76
2. 83
- 2.
89 2.
95 3.
03 -
3. 06
3. 12
3. 21
- 3.
20 3.
27 3.
37 -
3. 33
3. 39
3. 50
- 3.
43 3.
50 3.
61 -
Am ps
9. 9
10 .1
10 .4
- 10
.7 10
.9 11
.3 -
11 .6
11 .8
12 .2
- 12
.3 12
.6 13
.1 -
13 .1
13 .4
13 .9
- 13
.9 14
.2 14
.7 -
H i P
R 22
0 23
7 25
0 -
24 7
26 5
28 0
- 28
1 30
2 31
9 -
32 0
34 4
36 3
- 35
9 38
7 40
9 -
39 7
42 7
45 1
- Lo
P R
10 2
10 9
11 9
- 10
8 11
5 12
5 -
11 2
11 9
13 0
- 11
8 12
5 13
7 -
12 4
13 1
14 3
- 12
8 13
6 14
8 -
14 00
M Bh
40 .0
41 .4
45 .4
- 39
.0 40
.5 44
.3 -
38 .1
39 .5
43 .3
- 37
.2 38
.5 42
.2 -
35 .3
36 .6
40 .1
- 32
.7 33
.9 37
.1 -
S/ T
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
44 -
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 83
0. 69
0. 48
- 0.
84 0.
70 0.
48 -
T 19
17 13
- 19
17 13
- 19
17 13
- 19
17 13
- 19
17 13
- 18
16 12
- kW
2. 76
2. 82
2. 90
- 2.
96 3.
02 3.
10 -
3. 13
3. 19
3. 29
- 3.
28 3.
34 3.
45 -
3. 40
3. 48
3. 58
- 3.
51 3.
59 3.
70 -
Am ps
10 .1
10 .4
10 .7
- 10
.9 11
.2 11
.6 -
11 .9
12 .2
12 .6
- 12
.7 13
.0 13
.4 -
13 .5
13 .8
14 .3
- 14
.3 14
.6 15
.1 -
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 5
11 2
12 2
- 11
1 11
8 12
9 -
11 6
12 3
13 4
- 12
2 12
9 14
1 -
12 7
13 5
14 8
- 13
2 14
0 15
3 -
15 75
M Bh
41 .2
42 .7
46 .7
- 40
.2 41
.7 45
.7 -
39 .2
40 .7
44 .6
- 38
.3 39
.7 43
.5 -
36 .4
37 .7
41 .3
- 33
.7 34
.9 38
.3 -
S/ T
0. 76
0. 64
0. 44
- 0.
79 0.
66 0.
46 -
0. 81
0. 68
0. 47
- 0.
84 0.
70 0.
48 -
0. 87
0. 73
0. 50
- 0.
88 0.
73 0.
51 -
T 18
16 12
- 19
16 12
- 19
16 12
- 19
16 12
- 18
16 12
- 17
15 11
- kW
2. 78
2. 84
2. 92
- 2.
98 3.
04 3.
13 -
3. 15
3. 21
3. 31
- 3.
30 3.
37 3.
47 -
3. 43
3. 50
3. 61
- 3.
54 3.
62 3.
73 -
Am ps
10 .2
10 .5
10 .8
- 11
.0 11
.3 11
.7 -
12 .0
12 .3
12 .7
- 12
.8 13
.1 13
.6 -
13 .6
14 .0
14 .4
- 14
.4 14
.8 15
.3 -
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 4
44 5
47 0
- 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
12 25
M Bh
37 .5
38 .6
41 .8
44 .9
36 .6
37 .7
40 .8
43 .8
35 .8
36 .8
39 .9
42 .8
34 .9
35 .9
38 .9
41 .7
33 .1
34 .1
36 .9
39 .6
30 .7
31 .6
34 .2
36 .7
S/ T
0. 80
0. 71
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 91
0. 81
0. 62
0. 40
0. 92
0. 82
0. 62
0. 40
T 22
21 17
12 23
21 17
12 23
21 17
12 23
21 17
12 23
21 17
12 21
19 16
11 kW
2. 72
2. 78
2. 86
2. 94
2. 91
2. 97
3. 06
3. 15
3. 08
3. 14
3. 23
3. 33
3. 23
3. 29
3. 39
3. 50
3. 35
3. 42
3. 53
3. 64
3. 46
3. 53
3. 64
3. 76
Am ps
10 .0
10 .2
10 .5
10 .9
10 .8
11 .0
11 .4
11 .8
11 .7
11 .9
12 .3
12 .8
12 .5
12 .8
13 .2
13 .7
13 .3
13 .6
14 .0
14 .6
14 .0
14 .4
14 .9
15 .4
H i P
R 22
2 23
9 25
2 26
3 24
9 26
8 28
3 29
5 28
3 30
5 32
2 33
6 32
3 34
7 36
7 38
3 36
3 39
1 41
3 43
0 40
1 43
2 45
6 47
6 Lo
P R
10 3
11 0
12 0
12 8
10 9
11 6
12 7
13 5
11 3
12 1
13 2
14 0
11 9
12 7
13 8
14 7
12 5
13 3
14 5
15 4
12 9
13 7
15 0
16 0
14 00
M Bh
40 .6
41 .8
45 .3
48 .6
39 .7
40 .9
44 .2
47 .5
38 .7
39 .9
43 .2
46 .3
37 .8
38 .9
42 .1
45 .2
35 .9
37 .0
40 .0
43 .0
33 .3
34 .2
37 .1
39 .8
S/ T
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 81
0. 61
0. 40
0. 94
0. 84
0. 64
0. 41
0. 95
0. 85
0. 64
0. 41
T 22
20 17
12 22
21 17
12 22
21 17
12 23
21 17
12 22
20 17
12 21
19 16
11 kW
2. 78
2. 84
2. 92
3. 01
2. 98
3. 04
3. 13
3. 22
3. 15
3. 21
3. 31
3. 41
3. 30
3. 37
3. 47
3. 58
3. 43
3. 50
3. 61
3. 72
3. 54
3. 62
3. 73
3. 85
Am ps
10 .2
10 .5
10 .8
11 .2
11 .0
11 .3
11 .7
12 .1
12 .0
12 .3
12 .7
13 .2
12 .8
13 .1
13 .6
14 .1
13 .6
14 .0
14 .4
15 .0
14 .4
14 .8
15 .3
15 .9
H i P
R 22
9 24
6 26
0 27
1 25
7 27
6 29
2 30
5 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 6
11 3
12 4
13 2
11 2
12 0
13 1
13 9
11 7
12 4
13 6
14 5
12 3
13 1
14 3
15 2
12 9
13 7
14 9
15 9
13 3
14 2
15 5
16 5
15 75
M Bh
41 .9
43 .1
46 .6
50 .1
40 .9
42 .1
45 .6
48 .9
39 .9
41 .1
44 .5
47 .7
38 .9
40 .1
43 .4
46 .6
37 .0
38 .1
41 .2
44 .2
34 .3
35 .3
38 .2
41 .0
S/ T
0. 87
0. 78
0. 59
0. 38
0. 90
0. 80
0. 61
0. 39
0. 92
0. 82
0. 62
0. 40
0. 95
0. 85
0. 64
0. 41
0. 99
0. 88
0. 67
0. 43
1. 00
0. 89
0. 67
0. 43
T 21
20 16
11 21
20 16
11 21
20 16
11 22
20 16
11 21
20 16
11 20
18 15
10 kW
2. 80
2. 86
2. 94
3. 03
3. 00
3. 06
3. 15
3. 25
3. 17
3. 24
3. 34
3. 44
3. 33
3. 40
3. 50
3. 61
3. 46
3. 53
3. 64
3. 75
3. 57
3. 65
3. 76
3. 88
Am ps
10 .3
10 .6
10 .9
11 .3
11 .1
11 .4
11 .8
12 .2
12 .1
12 .4
12 .8
13 .3
12 .9
13 .2
13 .7
14 .2
13 .8
14 .1
14 .6
15 .1
14 .6
14 .9
15 .4
16 .0
H i P
R 23
1 24
9 26
3 27
4 25
9 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 7
11 4
12 5
13 3
11 4
12 1
13 2
14 0
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:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S/A]421**/CA*F4860*6D*+TXV
22 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 23
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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
12 25
M Bh
38 .2
39 .0
41 .7
44 .5
37 .3
38 .1
40 .7
43 .5
36 .4
37 .2
39 .7
42 .5
35 .5
36 .3
38 .8
41 .4
33 .7
34 .5
36 .8
39 .4
31 .2
31 .9
34 .1
36 .5
S/ T
0. 88
0. 82
0. 67
0. 50
0. 91
0. 85
0. 69
0. 52
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 94
0. 77
0. 57
T 25
24 21
17 25
24 21
17 25
24 21
17 26
25 21
17 25
24 21
17 24
23 20
16 kW
2. 74
2. 80
2. 88
2. 96
2. 93
2. 99
3. 08
3. 17
3. 10
3. 17
3. 26
3. 36
3. 25
3. 32
3. 42
3. 52
3. 38
3. 45
3. 55
3. 66
3. 49
3. 56
3. 67
3. 79
Am ps
10 .0
10 .3
10 .6
11 .0
10 .8
11 .1
11 .5
11 .9
11 .8
12 .1
12 .5
12 .9
12 .6
12 .9
13 .3
13 .8
13 .4
13 .7
14 .2
14 .7
14 .2
14 .5
15 .0
15 .6
H i P
R 22
4 24
1 25
5 26
6 25
2 27
1 28
6 29
8 28
6 30
8 32
5 33
9 32
6 35
1 37
1 38
6 36
7 39
5 41
7 43
5 40
5 43
6 46
1 48
0 Lo
P R
10 4
11 1
12 1
12 9
11 0
11 7
12 8
13 6
11 4
12 2
13 3
14 2
12 0
12 8
14 0
14 9
12 6
13 4
14 6
15 6
13 0
13 9
15 1
16 1
14 00
M Bh
41 .4
42 .3
45 .2
48 .3
40 .4
41 .3
44 .1
47 .1
39 .4
40 .3
43 .1
46 .0
38 .5
39 .3
42 .0
44 .9
36 .5
37 .3
39 .9
42 .7
33 .9
34 .6
37 .0
39 .5
S/ T
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 96
0. 90
0. 74
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 97
0. 79
0. 59
1. 00
0. 98
0. 80
0. 59
T 25
24 21
16 25
24 21
17 25
24 21
17 25
24 21
17 24
24 21
17 22
22 19
15 kW
2. 80
2. 86
2. 94
3. 03
3. 00
3. 06
3. 15
3. 25
3. 18
3. 24
3. 34
3. 44
3. 33
3. 40
3. 50
3. 61
3. 46
3. 53
3. 64
3. 75
3. 57
3. 65
3. 76
3. 88
Am ps
10 .3
10 .6
10 .9
11 .3
11 .1
11 .4
11 .8
12 .2
12 .1
12 .4
12 .8
13 .3
12 .9
13 .2
13 .7
14 .2
13 .8
14 .1
14 .6
15 .1
14 .6
14 .9
15 .4
16 .0
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 7
11 4
12 5
13 3
11 4
12 1
13 2
14 0
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
15 75
M Bh
42 .6
43 .5
46 .5
49 .7
41 .6
42 .5
45 .4
48 .6
40 .6
41 .5
44 .3
47 .4
39 .6
40 .5
43 .3
46 .2
37 .6
38 .5
41 .1
43 .9
34 .9
35 .6
38 .1
40 .7
S/ T
0. 95
0. 89
0. 73
0. 54
1. 00
0. 93
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. 83
0. 62
1. 00
1. 00
0. 83
0. 62
T 24
23 20
16 24
23 20
16 24
23 20
16 23
24 20
16 22
22 20
16 20
21 19
15 kW
2. 82
2. 88
2. 96
3. 05
3. 02
3. 08
3. 17
3. 27
3. 20
3. 26
3. 36
3. 47
3. 35
3. 42
3. 53
3. 64
3. 49
3. 56
3. 67
3. 78
3. 60
3. 67
3. 79
3. 91
Am ps
10 .4
10 .7
11 .0
11 .4
11 .2
11 .5
11 .9
12 .3
12 .2
12 .5
12 .9
13 .4
13 .0
13 .4
13 .8
14 .3
13 .9
14 .2
14 .7
15 .2
14 .7
15 .1
15 .6
16 .2
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 6
13 4
11 5
12 2
13 3
14 2
11 9
12 7
13 8
14 7
12 5
13 3
14 5
15 5
13 1
14 0
15 2
16 2
13 6
14 4
15 8
16 8
85
12 25
M Bh
38 .8
39 .6
41 .5
44 .2
37 .9
38 .7
40 .5
43 .2
37 .0
37 .7
39 .5
42 .2
36 .1
36 .8
38 .6
41 .2
34 .3
35 .0
36 .6
39 .1
31 .8
32 .4
33 .9
36 .2
S/ T
0. 92
0. 89
0. 80
0. 65
0. 95
0. 92
0. 83
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 92
0. 74
T 27
26 25
22 27
27 25
22 27
27 25
22 27
27 25
22 26
26 25
22 24
24 23
20 kW
2. 76
2. 82
2. 90
2. 98
2. 96
3. 01
3. 10
3. 20
3. 13
3. 19
3. 28
3. 38
3. 28
3. 34
3. 44
3. 55
3. 40
3. 47
3. 58
3. 69
3. 51
3. 59
3. 70
3. 82
Am ps
10 .1
10 .4
10 .7
11 .1
10 .9
11 .2
11 .6
12 .0
11 .9
12 .2
12 .6
13 .0
12 .7
13 .0
13 .4
13 .9
13 .5
13 .8
14 .3
14 .8
14 .3
14 .6
15 .1
15 .7
H i P
R 22
7 24
4 25
7 26
9 25
4 27
4 28
9 30
1 28
9 31
1 32
9 34
3 32
9 35
4 37
4 39
0 37
1 39
9 42
1 43
9 40
9 44
1 46
5 48
5 Lo
P R
10 5
11 2
12 2
13 0
11 1
11 8
12 9
13 8
11 6
12 3
13 4
14 3
12 1
12 9
14 1
15 0
12 7
13 5
14 8
15 7
13 2
14 0
15 3
16 3
14 00
M Bh
42 .1
42 .9
44 .9
47 .9
41 .1
41 .9
43 .9
46 .8
40 .1
40 .9
42 .8
45 .7
39 .1
39 .9
41 .8
44 .6
37 .2
37 .9
39 .7
42 .4
34 .4
35 .1
36 .8
39 .2
S/ T
0. 95
0. 92
0. 83
0. 67
0. 99
0. 95
0. 86
0. 70
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 77
1. 00
1. 00
0. 95
0. 77
T 26
26 24
21 27
26 25
21 26
26 25
21 26
26 25
22 24
25 25
21 23
23 23
20 kW
2. 82
2. 88
2. 96
3. 05
3. 02
3. 08
3. 17
3. 27
3. 20
3. 26
3. 36
3. 47
3. 35
3. 42
3. 53
3. 64
3. 49
3. 56
3. 67
3. 78
3. 60
3. 67
3. 79
3. 91
Am ps
10 .4
10 .7
11 .0
11 .4
11 .2
11 .5
11 .9
12 .3
12 .2
12 .5
12 .9
13 .4
13 .0
13 .4
13 .8
14 .3
13 .9
14 .2
14 .7
15 .2
14 .7
15 .1
15 .6
16 .2
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 6
13 4
11 5
12 2
13 3
14 2
11 9
12 7
13 8
14 7
12 5
13 3
14 5
15 5
13 1
14 0
15 2
16 2
13 6
14 4
15 8
16 8
15 75
M Bh
43 .3
44 .2
46 .3
49 .4
42 .3
43 .2
45 .2
48 .2
41 .3
42 .1
44 .1
47 .1
40 .3
41 .1
43 .0
45 .9
38 .3
39 .0
40 .9
43 .6
35 .5
36 .2
37 .9
40 .4
S/ T
1. 00
0. 96
0. 87
0. 70
1. 00
1. 00
0. 90
0. 73
1. 00
1. 00
0. 92
0. 75
1. 00
1. 00
0. 95
0. 77
1. 00
1. 00
0. 99
0. 80
1. 00
1. 00
1. 00
0. 81
T 25
25 23
20 25
25 24
21 24
25 24
21 24
24 24
21 22
23 24
20 21
21 22
19 kW
2. 85
2. 90
2. 98
3. 07
3. 05
3. 11
3. 20
3. 30
3. 22
3. 29
3. 39
3. 49
3. 38
3. 45
3. 55
3. 67
3. 51
3. 59
3. 70
3. 81
3. 63
3. 70
3. 82
3. 94
Am ps
10 .5
10 .8
11 .1
11 .5
11 .3
11 .6
12 .0
12 .4
12 .3
12 .6
13 .0
13 .5
13 .2
13 .5
13 .9
14 .5
14 .0
14 .3
14 .8
15 .4
14 .8
15 .2
15 .7
16 .3
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
6 38
6 41
5 43
8 45
7 42
6 45
9 48
4 50
5 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 6
13 5
14 7
15 6
13 3
14 1
15 4
16 4
13 7
14 6
15 9
17 0
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S/A]421**/CA*F4860*6D*+TXV (cont.)
22 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 23
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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 00
M Bh
42 .6
44 .2
48 .4
- 41
.6 43
.2 47
.3 -
40 .7
42 .1
46 .2
- 39
.7 41
.1 45
.0 -
37 .7
39 .1
42 .8
- 34
.9 36
.2 39
.6 -
S/ T
0. 70
0. 59
0. 41
- 0.
73 0.
61 0.
42 -
0. 75
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 80
0. 67
0. 46
- 0.
81 0.
67 0.
47 -
T 20
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 18
16 12
- kW
2. 95
3. 01
3. 09
- 3.
16 3.
22 3.
32 -
3. 34
3. 41
3. 51
- 3.
50 3.
57 3.
68 -
3. 64
3. 71
3. 83
- 3.
76 3.
84 3.
95 -
Am ps
10 .8
11 .0
11 .4
- 11
.7 11
.9 12
.3 -
12 .7
13 .0
13 .4
- 13
.5 13
.9 14
.3 -
14 .4
14 .7
15 .2
- 15
.3 15
.6 16
.2 -
H i P
R 22
1 23
8 25
1 -
24 8
26 7
28 2
- 28
2 30
4 32
1 -
32 1
34 6
36 5
- 36
1 38
9 41
1 -
39 9
43 0
45 4
- Lo
P R
10 5
11 2
12 2
- 11
1 11
8 12
9 -
11 5
12 3
13 4
- 12
1 12
9 14
1 -
12 7
13 5
14 7
- 13
1 14
0 15
2 -
15 00
M Bh
43 .3
44 .9
49 .2
- 42
.3 43
.8 48
.0 -
41 .3
42 .8
46 .9
- 40
.3 41
.7 45
.7 -
38 .3
39 .6
43 .4
- 35
.4 36
.7 40
.2 -
S/ T
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
44 -
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 83
0. 69
0. 48
- 0.
84 0.
70 0.
48 -
T 19
17 13
- 20
17 13
- 20
17 13
- 20
17 13
- 19
17 13
- 18
16 12
- kW
2. 99
3. 05
3. 13
- 3.
20 3.
26 3.
36 -
3. 38
3. 45
3. 56
- 3.
55 3.
62 3.
73 -
3. 69
3. 76
3. 88
- 3.
81 3.
89 4.
01 -
Am ps
11 .0
11 .2
11 .6
- 11
.8 12
.1 12
.5 -
12 .9
13 .2
13 .6
- 13
.7 14
.1 14
.5 -
14 .6
15 .0
15 .5
- 15
.5 15
.9 16
.4 -
H i P
R 22
5 24
2 25
6 -
25 2
27 2
28 7
- 28
7 30
9 32
6 -
32 7
35 2
37 1
- 36
8 39
6 41
8 -
40 6
43 7
46 2
- 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 -
18 00
M Bh
44 .8
46 .4
50 .9
- 43
.8 45
.4 49
.7 -
42 .7
44 .3
48 .5
- 41
.7 43
.2 47
.3 -
39 .6
41 .0
45 .0
- 36
.7 38
.0 41
.6 -
S/ T
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 82
0. 69
0. 48
- 0.
85 0.
71 0.
49 -
0. 88
0. 74
0. 51
- 0.
89 0.
74 0.
51 -
T 18
15 12
- 18
16 12
- 18
16 12
- 18
16 12
- 18
15 12
- 17
14 11
- kW
3. 03
3. 09
3. 18
- 3.
25 3.
31 3.
41 -
3. 44
3. 51
3. 61
- 3.
60 3.
68 3.
79 -
3. 75
3. 82
3. 94
- 3.
87 3.
95 4.
07 -
Am ps
11 .2
11 .4
11 .8
- 12
.1 12
.3 12
.8 -
13 .1
13 .4
13 .9
- 14
.0 14
.3 14
.8 -
14 .9
15 .3
15 .8
- 15
.8 16
.2 16
.7 -
H i P
R 22
9 24
7 26
1 -
25 7
27 7
29 2
- 29
3 31
5 33
3 -
33 3
35 9
37 9
- 37
5 40
4 42
6 -
41 4
44 6
47 1
- 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 -
75
14 00
M Bh
43 .4
44 .6
48 .3
51 .9
42 .4
43 .6
47 .2
50 .7
41 .3
42 .6
46 .1
49 .5
40 .3
41 .5
45 .0
48 .2
38 .3
39 .5
42 .7
45 .8
35 .5
36 .5
39 .6
42 .5
S/ T
0. 80
0. 71
0. 54
0. 35
0. 83
0. 74
0. 56
0. 36
0. 85
0. 76
0. 57
0. 37
0. 88
0. 78
0. 59
0. 38
0. 91
0. 81
0. 62
0. 40
0. 92
0. 82
0. 62
0. 40
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. 97
3. 03
3. 12
3. 21
3. 18
3. 25
3. 34
3. 44
3. 37
3. 43
3. 54
3. 65
3. 53
3. 60
3. 71
3. 83
3. 67
3. 74
3. 86
3. 98
3. 79
3. 87
3. 99
4. 11
Am ps
10 .9
11 .2
11 .5
11 .9
11 .8
12 .0
12 .4
12 .9
12 .8
13 .1
13 .5
14 .0
13 .7
14 .0
14 .5
15 .0
14 .5
14 .9
15 .4
16 .0
15 .4
15 .8
16 .3
16 .9
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 3
12 3
13 1
11 2
11 9
13 0
13 9
11 6
12 4
13 5
14 4
12 2
13 0
14 2
15 1
12 8
13 6
14 9
15 9
13 3
14 1
15 4
16 4
15 00
M Bh
44 .0
45 .3
49 .1
52 .7
43 .0
44 .3
47 .9
51 .4
42 .0
43 .2
46 .8
50 .2
41 .0
42 .2
45 .6
49 .0
38 .9
40 .1
43 .4
46 .5
36 .0
37 .1
40 .2
43 .1
S/ T
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 81
0. 61
0. 40
0. 94
0. 84
0. 64
0. 41
0. 95
0. 85
0. 64
0. 41
T 22
21 17
12 23
21 17
12 23
21 17
12 23
21 17
12 22
21 17
12 21
19 16
11 kW
3. 01
3. 07
3. 16
3. 25
3. 22
3. 29
3. 38
3. 49
3. 41
3. 48
3. 59
3. 70
3. 58
3. 65
3. 76
3. 88
3. 72
3. 79
3. 91
4. 04
3. 84
3. 92
4. 04
4. 17
Am ps
11 .1
11 .3
11 .7
12 .1
12 .0
12 .2
12 .6
13 .1
13 .0
13 .3
13 .7
14 .3
13 .9
14 .2
14 .7
15 .2
14 .8
15 .1
15 .6
16 .2
15 .6
16 .0
16 .6
17 .2
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
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
18 00
M Bh
45 .6
46 .9
50 .8
54 .5
44 .5
45 .8
49 .6
53 .2
43 .4
44 .7
48 .4
52 .0
42 .4
43 .6
47 .2
50 .7
40 .3
41 .5
44 .9
48 .2
37 .3
38 .4
41 .6
44 .6
S/ T
0. 88
0. 79
0. 60
0. 38
0. 91
0. 82
0. 62
0. 40
0. 93
0. 84
0. 63
0. 41
0. 96
0. 86
0. 65
0. 42
1. 00
0. 90
0. 68
0. 44
1. 00
0. 90
0. 68
0. 44
T 20
19 15
11 21
19 16
11 21
19 16
11 21
19 16
11 21
19 16
11 19
18 15
10 kW
3. 05
3. 11
3. 20
3. 30
3. 27
3. 34
3. 44
3. 54
3. 46
3. 53
3. 64
3. 75
3. 63
3. 71
3. 82
3. 94
3. 78
3. 85
3. 97
4. 10
3. 90
3. 98
4. 11
4. 24
Am ps
11 .3
11 .5
11 .9
12 .3
12 .2
12 .5
12 .9
13 .4
13 .2
13 .5
14 .0
14 .5
14 .1
14 .5
15 .0
15 .5
15 .0
15 .4
15 .9
16 .5
15 .9
16 .3
16 .9
17 .5
H i P
R 23
2 24
9 26
3 27
5 26
0 28
0 29
5 30
8 29
6 31
8 33
6 35
0 33
7 36
2 38
3 39
9 37
9 40
8 43
1 44
9 41
9 45
1 47
6 49
6 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
14 9
12 7
13 5
14 7
15 7
13 3
14 2
15 5
16 5
13 8
14 6
16 0
17 0
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S/A]481**/CA*F4961*6D*+TXV
24 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 25
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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 00
M Bh
44 .1
45 .1
48 .2
51 .5
43 .1
44 .0
47 .1
50 .3
42 .1
43 .0
45 .9
49 .1
41 .1
41 .9
44 .8
47 .9
39 .0
39 .9
42 .6
45 .5
36 .1
36 .9
39 .4
42 .2
S/ T
0. 88
0. 82
0. 67
0. 50
0. 91
0. 85
0. 69
0. 52
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 94
0. 77
0. 57
T 25
24 21
17 26
25 21
17 26
25 21
17 26
25 22
17 26
24 21
17 24
23 20
16 kW
2. 99
3. 05
3. 14
3. 23
3. 21
3. 27
3. 37
3. 47
3. 39
3. 46
3. 57
3. 68
3. 56
3. 63
3. 74
3. 86
3. 70
3. 77
3. 89
4. 01
3. 82
3. 90
4. 02
4. 15
Am ps
11 .0
11 .3
11 .6
12 .0
11 .9
12 .2
12 .6
13 .0
12 .9
13 .2
13 .6
14 .2
13 .8
14 .1
14 .6
15 .1
14 .7
15 .0
15 .5
16 .1
15 .5
15 .9
16 .5
17 .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
8 43
9 46
3 48
3 Lo
P R
10 7
11 4
12 4
13 3
11 3
12 0
13 1
14 0
11 8
12 5
13 7
14 6
12 4
13 1
14 4
15 3
13 0
13 8
15 0
16 0
13 4
14 3
15 6
16 6
15 00
M Bh
44 .8
45 .8
48 .9
52 .3
43 .8
44 .7
47 .8
51 .1
42 .7
43 .7
46 .6
49 .9
41 .7
42 .6
45 .5
48 .6
39 .6
40 .5
43 .2
46 .2
36 .7
37 .5
40 .0
42 .8
S/ T
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 96
0. 90
0. 74
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 97
0. 79
0. 59
1. 00
0. 98
0. 80
0. 59
T 25
24 21
17 25
24 21
17 25
24 21
17 25
24 21
17 24
24 21
17 22
22 20
16 kW
3. 03
3. 09
3. 18
3. 28
3. 25
3. 31
3. 41
3. 51
3. 44
3. 51
3. 61
3. 73
3. 60
3. 68
3. 79
3. 91
3. 75
3. 82
3. 94
4. 07
3. 87
3. 95
4. 07
4. 20
Am ps
11 .2
11 .4
11 .8
12 .2
12 .1
12 .4
12 .8
13 .2
13 .1
13 .4
13 .9
14 .4
14 .0
14 .3
14 .8
15 .4
14 .9
15 .3
15 .8
16 .4
15 .8
16 .2
16 .7
17 .4
H i P
R 22
9 24
7 26
1 27
2 25
7 27
7 29
3 30
5 29
3 31
5 33
3 34
7 33
4 35
9 37
9 39
5 37
5 40
4 42
6 44
5 41
5 44
6 47
1 49
1 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
18 00
M Bh
46 .4
47 .4
50 .6
54 .1
45 .3
46 .3
49 .4
52 .9
44 .2
45 .2
48 .3
51 .6
43 .1
44 .1
47 .1
50 .3
41 .0
41 .9
44 .7
47 .8
38 .0
38 .8
41 .4
44 .3
S/ T
0. 96
0. 90
0. 74
0. 55
1. 00
0. 94
0. 76
0. 57
1. 00
0. 96
0. 78
0. 58
1. 00
1. 00
0. 81
0. 60
1. 00
1. 00
0. 84
0. 63
1. 00
1. 00
0. 85
0. 63
T 23
22 19
15 23
22 19
15 23
22 19
15 22
23 19
16 21
21 19
15 19
20 18
14 kW
3. 08
3. 14
3. 23
3. 33
3. 30
3. 36
3. 46
3. 57
3. 49
3. 56
3. 67
3. 78
3. 66
3. 74
3. 85
3. 97
3. 81
3. 88
4. 01
4. 13
3. 93
4. 01
4. 14
4. 27
Am ps
11 .4
11 .6
12 .0
12 .5
12 .3
12 .6
13 .0
13 .5
13 .3
13 .7
14 .1
14 .7
14 .3
14 .6
15 .1
15 .7
15 .2
15 .5
16 .1
16 .7
16 .1
16 .5
17 .0
17 .7
H i P
R 23
4 25
2 26
6 27
7 26
3 28
3 29
8 31
1 29
9 32
1 33
9 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
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
85
14 00
M Bh
44 .9
45 .8
47 .9
51 .1
43 .9
44 .7
46 .8
50 .0
42 .8
43 .6
45 .7
48 .8
41 .8
42 .6
44 .6
47 .6
39 .7
40 .4
42 .4
45 .2
36 .8
37 .5
39 .2
41 .9
S/ T
0. 92
0. 89
0. 80
0. 65
0. 95
0. 92
0. 83
0. 67
0. 98
0. 94
0. 85
0. 69
1. 00
0. 97
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 92
0. 74
T 27
27 25
22 27
27 25
22 27
27 25
22 27
27 26
22 26
27 25
22 24
25 24
20 kW
3. 02
3. 08
3. 16
3. 26
3. 23
3. 29
3. 39
3. 50
3. 42
3. 49
3. 59
3. 70
3. 58
3. 66
3. 77
3. 89
3. 73
3. 80
3. 92
4. 05
3. 85
3. 93
4. 05
4. 18
Am ps
11 .1
11 .4
11 .7
12 .2
12 .0
12 .3
12 .7
13 .1
13 .0
13 .3
13 .8
14 .3
13 .9
14 .2
14 .7
15 .3
14 .8
15 .2
15 .7
16 .3
15 .7
16 .1
16 .6
17 .2
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
2 41
2 44
3 46
8 48
8 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
15 00
M Bh
45 .6
46 .5
48 .7
51 .9
44 .5
45 .4
47 .5
50 .7
43 .5
44 .3
46 .4
49 .5
42 .4
43 .2
45 .3
48 .3
40 .3
41 .1
43 .0
45 .9
37 .3
38 .0
39 .8
42 .5
S/ T
0. 95
0. 92
0. 83
0. 67
0. 99
0. 95
0. 86
0. 70
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 77
1. 00
1. 00
0. 95
0. 77
T 27
26 25
21 27
26 25
22 27
26 25
22 26
26 25
22 25
25 25
22 23
23 23
20 kW
3. 05
3. 11
3. 21
3. 30
3. 27
3. 34
3. 44
3. 54
3. 46
3. 53
3. 64
3. 75
3. 63
3. 71
3. 82
3. 94
3. 78
3. 85
3. 97
4. 10
3. 90
3. 98
4. 11
4. 24
Am ps
11 .3
11 .5
11 .9
12 .3
12 .2
12 .5
12 .9
13 .4
13 .2
13 .5
14 .0
14 .5
14 .1
14 .5
15 .0
15 .5
15 .0
15 .4
15 .9
16 .5
15 .9
16 .3
16 .9
17 .5
H i P
R 23
2 24
9 26
3 27
5 26
0 28
0 29
6 30
8 29
6 31
8 33
6 35
1 33
7 36
3 38
3 39
9 37
9 40
8 43
1 44
9 41
9 45
1 47
6 49
6 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
18 00
M Bh
47 .2
48 .1
50 .4
53 .7
46 .1
47 .0
49 .2
52 .5
45 .0
45 .9
48 .0
51 .2
43 .9
44 .7
46 .9
50 .0
41 .7
42 .5
44 .5
47 .5
38 .6
39 .4
41 .2
44 .0
S/ T
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 76
1. 00
1. 00
0. 97
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
23 23
20 22
23 23
20 21
22 23
20 20
20 21
18 kW
3. 10
3. 16
3. 25
3. 35
3. 32
3. 39
3. 49
3. 60
3. 52
3. 59
3. 70
3. 81
3. 69
3. 77
3. 88
4. 00
3. 83
3. 92
4. 04
4. 17
3. 96
4. 05
4. 17
4. 31
Am ps
11 .5
11 .7
12 .1
12 .6
12 .4
12 .7
13 .1
13 .6
13 .5
13 .8
14 .2
14 .8
14 .4
14 .7
15 .2
15 .8
15 .3
15 .7
16 .2
16 .8
16 .2
16 .6
17 .2
17 .9
H i P
R 23
6 25
4 26
9 28
0 26
5 28
5 30
1 31
4 30
2 32
5 34
3 35
8 34
4 37
0 39
0 40
7 38
7 41
6 43
9 45
8 42
7 46
0 48
5 50
6 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 2
13 0
13 8
15 0
16 0
13 6
14 4
15 8
16 8
14 0
14 9
16 3
17 4
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/S/A]481**/CA*F4961*6D*+TXV (cont.)
24 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 25
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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 50
M Bh
51 .9
53 .8
58 .9
- 50
.7 52
.5 57
.6 -
49 .5
51 .3
56 .2
- 48
.3 50
.0 54
.8 -
45 .9
47 .5
52 .1
- 42
.5 44
.0 48
.2 -
S/ T
0. 74
0. 62
0. 43
- 0.
77 0.
64 0.
45 -
0. 79
0. 66
0. 46
- 0.
81 0.
68 0.
47 -
0. 85
0. 71
0. 49
- 0.
85 0.
71 0.
49 -
T 20
18 13
- 20
18 13
- 21
18 13
- 21
18 14
- 20
18 13
- 19
16 12
- kW
3. 55
3. 62
3. 73
- 3.
80 3.
88 3.
99 -
4. 03
4. 11
4. 23
- 4.
22 4.
31 4.
44 -
4. 39
4. 48
4. 62
- 4.
53 4.
63 4.
77 -
Am ps
13 .2
13 .5
14 .0
- 14
.3 14
.6 15
.1 -
15 .5
15 .9
16 .4
- 16
.6 17
.0 17
.5 -
17 .6
18 .0
18 .6
- 18
.6 19
.1 19
.7 -
H i P
R 21
7 23
3 24
6 -
24 3
26 2
27 6
- 27
6 29
7 31
4 -
31 5
33 9
35 8
- 35
4 38
1 40
3 -
39 1
42 1
44 5
- Lo
P R
10 3
10 9
11 9
- 10
9 11
5 12
6 -
11 3
12 0
13 1
- 11
8 12
6 13
8 -
12 4
13 2
14 4
- 12
8 13
7 14
9 -
16 25
M Bh
51 .4
53 .2
58 .3
- 50
.2 52
.0 57
.0 -
49 .0
50 .8
55 .6
- 47
.8 49
.5 54
.3 -
45 .4
47 .1
51 .6
- 42
.1 43
.6 47
.8 -
S/ T
0. 73
0. 61
0. 42
- 0.
75 0.
63 0.
44 -
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 83
0. 69
0. 48
- 0.
84 0.
70 0.
48 -
T 21
18 14
- 21
19 14
- 21
19 14
- 22
19 14
- 21
18 14
- 20
17 13
- kW
3. 55
3. 61
3. 72
- 3.
80 3.
87 3.
99 -
4. 02
4. 10
4. 22
- 4.
21 4.
30 4.
43 -
4. 38
4. 47
4. 61
- 4.
52 4.
61 4.
76 -
Am ps
13 .2
13 .5
13 .9
- 14
.2 14
.6 15
.1 -
15 .5
15 .8
16 .3
- 16
.5 16
.9 17
.5 -
17 .6
18 .0
18 .6
- 18
.6 19
.0 19
.7 -
H i P
R 21
6 23
2 24
5 -
24 2
26 1
27 5
- 27
6 29
7 31
3 -
31 4
33 8
35 7
- 35
3 38
0 40
1 -
39 0
42 0
44 3
- Lo
P R
10 2
10 9
11 9
- 10
8 11
5 12
6 -
11 2
12 0
13 1
- 11
8 12
6 13
7 -
12 4
13 2
14 4
- 12
8 13
6 14
9 -
22 50
M Bh
53 .2
55 .1
60 .4
- 51
.9 53
.8 59
.0 -
50 .7
52 .5
57 .6
- 49
.5 51
.3 56
.2 -
47 .0
48 .7
53 .4
- 43
.5 45
.1 49
.4 -
S/ T
0. 77
0. 65
0. 45
- 0.
80 0.
67 0.
46 -
0. 82
0. 69
0. 48
- 0.
85 0.
71 0.
49 -
0. 88
0. 74
0. 51
- 0.
89 0.
74 0.
51 -
T 17
15 11
- 17
15 11
- 17
15 11
- 17
15 11
- 17
15 11
- 16
14 10
- kW
3. 60
3. 67
3. 77
- 3.
85 3.
93 4.
05 -
4. 08
4. 16
4. 29
- 4.
28 4.
36 4.
50 -
4. 44
4. 54
4. 68
- 4.
59 4.
69 4.
83 -
Am ps
13 .4
13 .7
14 .2
- 14
.5 14
.8 15
.3 -
15 .7
16 .1
16 .6
- 16
.8 17
.2 17
.8 -
17 .9
18 .3
18 .9
- 18
.9 19
.4 20
.0 -
H i P
R 22
0 23
7 25
0 -
24 7
26 6
28 1
- 28
1 30
3 31
9 -
32 0
34 5
36 4
- 36
0 38
8 40
9 -
39 8
42 8
45 2
- Lo
P R
10 4
11 1
12 1
- 11
0 11
7 12
8 -
11 5
12 2
13 3
- 12
0 12
8 14
0 -
12 6
13 4
14 7
- 13
1 13
9 15
2 -
75
17 50
M Bh
52 .8
54 .3
58 .8
63 .1
51 .5
53 .1
57 .4
61 .6
50 .3
51 .8
56 .1
60 .2
49 .1
50 .5
54 .7
58 .7
46 .6
48 .0
52 .0
55 .8
43 .2
44 .5
48 .1
51 .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. 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
22 18
12 24
22 18
12 24
22 18
12 24
22 18
12 24
22 18
12 22
20 17
11 kW
3. 58
3. 65
3. 76
3. 87
3. 83
3. 91
4. 03
4. 15
4. 06
4. 14
4. 26
4. 40
4. 25
4. 34
4. 48
4. 62
4. 42
4. 51
4. 65
4. 80
4. 57
4. 66
4. 81
4. 96
Am ps
13 .4
13 .7
14 .1
14 .6
14 .4
14 .8
15 .2
15 .8
15 .6
16 .0
16 .5
17 .2
16 .7
17 .1
17 .7
18 .3
17 .8
18 .2
18 .8
19 .5
18 .8
19 .3
19 .9
20 .7
H i P
R 21
9 23
5 24
9 25
9 24
6 26
4 27
9 29
1 27
9 30
1 31
7 33
1 31
8 34
2 36
1 37
7 35
8 38
5 40
7 42
4 39
5 42
5 44
9 46
9 Lo
P R
10 4
11 0
12 1
12 8
11 0
11 7
12 7
13 6
11 4
12 1
13 2
14 1
12 0
12 7
13 9
14 8
12 5
13 3
14 6
15 5
13 0
13 8
15 1
16 0
16 25
M Bh
52 .2
53 .8
58 .2
62 .5
51 .0
52 .5
56 .9
61 .0
49 .8
51 .3
55 .5
59 .6
48 .6
50 .0
54 .2
58 .1
46 .2
47 .5
51 .5
55 .2
42 .8
44 .0
47 .7
51 .2
S/ T
0. 83
0. 74
0. 56
0. 36
0. 86
0. 77
0. 58
0. 37
0. 88
0. 79
0. 60
0. 38
0. 91
0. 81
0. 61
0. 40
0. 94
0. 84
0. 64
0. 41
0. 95
0. 85
0. 64
0. 41
T 24
23 18
13 25
23 19
13 25
23 19
13 25
23 19
13 25
23 19
13 23
21 17
12 kW
3. 57
3. 64
3. 75
3. 86
3. 82
3. 90
4. 02
4. 14
4. 05
4. 13
4. 25
4. 39
4. 24
4. 33
4. 46
4. 60
4. 41
4. 50
4. 64
4. 79
4. 56
4. 65
4. 80
4. 95
Am ps
13 .3
13 .6
14 .1
14 .6
14 .4
14 .7
15 .2
15 .8
15 .6
16 .0
16 .5
17 .1
16 .7
17 .1
17 .6
18 .3
17 .7
18 .2
18 .8
19 .5
18 .8
19 .2
19 .9
20 .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 3
11 0
12 0
12 8
10 9
11 6
12 7
13 5
11 4
12 1
13 2
14 1
11 9
12 7
13 9
14 8
12 5
13 3
14 5
15 5
12 9
13 8
15 0
16 0
22 50
M Bh
54 .1
55 .7
60 .3
64 .7
52 .8
54 .4
58 .9
63 .2
51 .6
53 .1
57 .5
61 .7
50 .3
51 .8
56 .1
60 .2
47 .8
49 .2
53 .3
57 .2
44 .3
45 .6
49 .3
52 .9
S/ T
0. 88
0. 79
0. 60
0. 38
0. 91
0. 82
0. 62
0. 40
0. 93
0. 84
0. 63
0. 41
0. 96
0. 86
0. 65
0. 42
1. 00
0. 90
0. 68
0. 44
1. 00
0. 90
0. 68
0. 44
T 19
18 15
10 20
18 15
10 20
18 15
10 20
18 15
10 20
18 15
10 18
17 14
10 kW
3. 62
3. 69
3. 80
3. 92
3. 88
3. 96
4. 08
4. 20
4. 11
4. 19
4. 32
4. 45
4. 31
4. 40
4. 53
4. 68
4. 48
4. 57
4. 72
4. 87
4. 63
4. 73
4. 87
5. 03
Am ps
13 .6
13 .9
14 .3
14 .8
14 .6
15 .0
15 .5
16 .0
15 .9
16 .3
16 .8
17 .4
17 .0
17 .4
17 .9
18 .6
18 .0
18 .5
19 .1
19 .8
19 .1
19 .6
20 .2
21 .0
H i P
R 22
3 23
9 25
3 26
4 25
0 26
9 28
4 29
6 28
4 30
6 32
3 33
7 32
3 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
10 6
11 2
12 3
13 1
11 1
11 9
12 9
13 8
11 6
12 3
13 5
14 3
12 2
12 9
14 1
15 1
12 8
13 6
14 8
15 8
13 2
14 0
15 3
16 3
ID B:
E nt
er in
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
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]601**/CA*F4961*6D*+TXV
26 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 27
O ut
do or
A m
bi en
t Te
m pe
ra tu
re 65
F 75
F 85
F 95
F 10
5 F
11 5
F 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 50
M Bh
53 .7
54 .9
58 .6
62 .7
52 .5
53 .6
57 .3
61 .2
51 .2
52 .3
55 .9
59 .8
50 .0
51 .0
54 .5
58 .3
47 .5
48 .5
51 .8
55 .4
44 .0
44 .9
48 .0
51 .3
S/ T
0. 93
0. 87
0. 71
0. 53
0. 96
0. 90
0. 73
0. 55
0. 98
0. 92
0. 75
0. 56
1. 00
0. 95
0. 78
0. 58
1. 00
0. 99
0. 80
0. 60
1. 00
1. 00
0. 81
0. 61
T 26
25 22
17 26
25 22
18 26
25 22
18 26
26 22
18 25
25 22
17 23
24 20
16 kW
3. 61
3. 68
3. 78
3. 90
3. 86
3. 94
4. 06
4. 18
4. 09
4. 17
4. 30
4. 43
4. 29
4. 38
4. 51
4. 65
4. 46
4. 55
4. 69
4. 84
4. 60
4. 70
4. 85
5. 00
Am ps
13 .5
13 .8
14 .2
14 .8
14 .5
14 .9
15 .4
15 .9
15 .8
16 .2
16 .7
17 .3
16 .9
17 .3
17 .8
18 .5
17 .9
18 .4
19 .0
19 .7
19 .0
19 .5
20 .1
20 .9
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 2
12 2
13 0
11 1
11 8
12 9
13 7
11 5
12 2
13 4
14 2
12 1
12 9
14 0
15 0
12 7
13 5
14 7
15 7
13 1
13 9
15 2
16 2
16 25
M Bh
53 .2
54 .3
58 .1
62 .1
51 .9
53 .1
56 .7
60 .6
50 .7
51 .8
55 .4
59 .2
49 .5
50 .5
54 .0
57 .7
47 .0
48 .0
51 .3
54 .8
43 .5
44 .5
47 .5
50 .8
S/ T
0. 91
0. 85
0. 69
0. 52
0. 94
0. 88
0. 72
0. 54
0. 96
0. 90
0. 74
0. 55
1. 00
0. 93
0. 76
0. 57
1. 00
0. 97
0. 79
0. 59
1. 00
0. 98
0. 80
0. 59
T 27
26 23
18 28
26 23
18 28
27 23
18 28
27 23
19 27
26 23
18 25
25 21
17 kW
3. 60
3. 67
3. 77
3. 89
3. 85
3. 93
4. 05
4. 17
4. 08
4. 16
4. 29
4. 42
4. 28
4. 37
4. 50
4. 64
4. 45
4. 54
4. 68
4. 83
4. 59
4. 69
4. 84
4. 99
Am ps
13 .4
13 .8
14 .2
14 .7
14 .5
14 .8
15 .3
15 .9
15 .7
16 .1
16 .7
17 .3
16 .8
17 .2
17 .8
18 .5
17 .9
18 .3
18 .9
19 .6
18 .9
19 .4
20 .1
20 .8
H i P
R 22
0 23
7 25
0 26
1 24
7 26
6 28
1 29
3 28
1 30
3 32
0 33
3 32
0 34
5 36
4 38
0 36
0 38
8 41
0 42
7 39
8 42
8 45
2 47
2 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
22 50
M Bh
55 .0
56 .2
60 .1
64 .2
53 .8
54 .9
58 .7
62 .7
52 .5
53 .6
57 .3
61 .2
51 .2
52 .3
55 .9
59 .7
48 .6
49 .7
53 .1
56 .8
45 .1
46 .0
49 .2
52 .6
S/ T
0. 96
0. 90
0. 74
0. 55
1. 00
0. 94
0. 76
0. 57
1. 00
0. 96
0. 78
0. 58
1. 00
1. 00
0. 81
0. 60
1. 00
1. 00
0. 84
0. 63
1. 00
1. 00
0. 85
0. 63
T 22
21 18
14 22
21 18
15 21
21 18
15 21
21 18
15 20
20 18
15 18
19 17
14 kW
3. 65
3. 72
3. 83
3. 95
3. 91
3. 99
4. 11
4. 23
4. 14
4. 23
4. 35
4. 49
4. 34
4. 43
4. 57
4. 72
4. 52
4. 61
4. 75
4. 91
4. 66
4. 76
4. 91
5. 07
Am ps
13 .7
14 .0
14 .4
15 .0
14 .8
15 .1
15 .6
16 .2
16 .0
16 .4
17 .0
17 .6
17 .1
17 .5
18 .1
18 .8
18 .2
18 .7
19 .3
20 .0
19 .3
19 .8
20 .4
21 .2
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
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
85
17 50
M Bh
54 .6
55 .7
58 .3
62 .2
53 .4
54 .4
57 .0
60 .8
52 .1
53 .1
55 .6
59 .3
50 .8
51 .8
54 .3
57 .9
48 .3
49 .2
51 .6
55 .0
44 .7
45 .6
47 .8
50 .9
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 28
27 26
22 28
28 26
23 27
28 26
23 27
27 26
23 25
26 26
23 23
24 24
21 kW
3. 63
3. 70
3. 81
3. 93
3. 89
3. 97
4. 09
4. 21
4. 12
4. 20
4. 33
4. 47
4. 32
4. 41
4. 55
4. 69
4. 49
4. 59
4. 73
4. 88
4. 64
4. 74
4. 89
5. 04
Am ps
13 .6
13 .9
14 .4
14 .9
14 .7
15 .0
15 .5
16 .1
15 .9
16 .3
16 .8
17 .5
17 .0
17 .4
18 .0
18 .7
18 .1
18 .5
19 .2
19 .9
19 .2
19 .6
20 .3
21 .1
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
4 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 3
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 9
15 8
13 2
14 1
15 4
16 4
16 25
M Bh
54 .1
55 .1
57 .8
61 .6
52 .8
53 .9
56 .4
60 .2
51 .6
52 .6
55 .1
58 .8
50 .3
51 .3
53 .7
57 .3
47 .8
48 .7
51 .0
54 .5
44 .3
45 .1
47 .3
50 .4
S/ T
0. 95
0. 92
0. 83
0. 67
0. 99
0. 95
0. 86
0. 70
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 77
1. 00
1. 00
0. 95
0. 77
T 29
29 27
23 29
29 27
24 29
29 27
24 28
29 28
24 27
28 27
24 25
26 25
22 kW
3. 62
3. 70
3. 80
3. 92
3. 88
3. 96
4. 08
4. 20
4. 11
4. 19
4. 32
4. 46
4. 31
4. 40
4. 54
4. 68
4. 48
4. 57
4. 72
4. 87
4. 63
4. 73
4. 87
5. 03
Am ps
13 .6
13 .9
14 .3
14 .8
14 .6
15 .0
15 .5
16 .0
15 .9
16 .3
16 .8
17 .4
17 .0
17 .4
18 .0
18 .6
18 .0
18 .5
19 .1
19 .8
19 .1
19 .6
20 .2
21 .0
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
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
22 50
M Bh
56 .0
57 .1
59 .8
63 .8
54 .7
55 .8
58 .4
62 .3
53 .4
54 .4
57 .0
60 .8
52 .1
53 .1
55 .6
59 .3
49 .5
50 .4
52 .8
56 .4
45 .8
46 .7
48 .9
52 .2
S/ T
1. 00
0. 98
0. 88
0. 71
1. 00
1. 00
0. 91
0. 74
1. 00
1. 00
0. 94
0. 76
1. 00
1. 00
0. 97
0. 78
1. 00
1. 00
1. 00
0. 81
1. 00
1. 00
1. 00
0. 82
T 23
23 22
19 22
23 22
19 22
22 22
19 21
22 22
19 20
21 22
19 19
19 20
17 kW
3. 68
3. 75
3. 86
3. 98
3. 94
4. 02
4. 14
4. 27
4. 17
4. 26
4. 39
4. 53
4. 38
4. 47
4. 61
4. 75
4. 55
4. 65
4. 79
4. 95
4. 70
4. 80
4. 95
5. 11
Am ps
13 .8
14 .1
14 .6
15 .1
14 .9
15 .3
15 .8
16 .3
16 .2
16 .6
17 .1
17 .7
17 .3
17 .7
18 .3
19 .0
18 .4
18 .8
19 .5
20 .2
19 .5
19 .9
20 .6
21 .4
H i P
R 22
7 24
4 25
8 26
9 25
5 27
4 28
9 30
2 29
0 31
2 32
9 34
3 33
0 35
5 37
5 39
1 37
1 40
0 42
2 44
0 41
0 44
1 46
6 48
6 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 8
15 1
16 1
13 5
14 3
15 6
16 7
ID B:
E nt
er in
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 c
on di
tio ns
Am ps
= o
ut do
or u
ni t a
m ps
(c om
p. +f
an )
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
s er
vi ce
v al
ve s.
kW =
T ot
al sy
st em
p ow
er
Expanded Cooling Data GSX16[0/A]601**/CA*F4961*6D*+TXV (cont.)
26 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 27
Dimensions
G SX
16
G oo
dm an
M an
uf ac
tu rin
g Co
., L.
P.
D
H
W
M od
el Di
m en
si on
s
W
D H
G SX
16 S1
81 A*
29 29
32 G
SX 16
S2 41
A* 29
29 32
G SX
16 S3
01 A*
29 29
35
G SX
16 S3
61 A*
29 29
39
G SX
16 S4
21 A*
35
35
35
G SX
16 S4
81 A*
35
35
39
*N ot
e: A
ll t he
D im
en sio
ns (W
, D , H
) a re
fo r r
ef er
en ce
o nl
y.
M od
el Di
m en
si on
s
W
D H
G SX
16 01
81 **
29 29
32 G
SX 16
02 41
** 29
29 32
G SX
16 03
01 **
29 29
35
G SX
16 03
11 **
29 29
39
G SX
16 03
61 **
29 29
39
G SX
16 03
71 **
35
35
35
G SX
16 04
21 **
35
35
35
G SX
16 04
81 **
35
35
39
G SX
16 06
01 **
35
35
37
*N ot
e: A
ll t he
D im
en sio
ns (W
, D , H
) a re
fo r r
ef er
en ce
o nl
y.
28 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 29
W iri
ng is
su bj
ec t t
o ch
an ge
. A lw
ay s r
ef er
to th
e w
iri ng
di
ag ra
m o
r t he
u ni
t f or
th e
m os
t u p-
to -d
at e
w iri
ng .
W
A RN
IN G
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 .
U SE
N .E
.C . C
LA SS
2 W
IR E
C O
M P
ALTERNATE DOUBLE POLE CONTACTOR ONLY
IO
T1
C
MAIN R
AUX
5
S
SR
SA
2 1
R CC
F
SC
T2
C L1
L2
(IF U
SE D
)
C H
C
F
MAIN
AUX
C
C
01 40
R 00
01 5P
-C
BL
Y CLV JB
CO LO
R CO
DE BK
-- ---
--- ---
--- - B
LA C
K BL
-- ---
--- ---
--- - B
LU E
BR --
--- ---
--- ---
- B R
O W
N O
R --
--- ---
--- ---
- O R
AN G
E PU
-- ---
--- ---
--- - P
U R
PL E
R D
-- ---
--- ---
--- - R
ED W
H --
--- ---
--- ---
W H
IT E
YL --
--- ---
--- ---
-- YE
LL O
W
C O
N TR
O L
BO X
CO M
PO NE
NT C
O DE
C --
--- ---
--- ---
- C O
N TA
CT O
R C
M --
--- ---
--- - O
U TD
O O
R F
AN M
OT O
R C
O M
P ---
--- --
C O
M PR
ES SO
R IO
-- ---
--- ---
--- IN
TE R
N AL
O VE
RL O
AD LV
JB --
--- ---
-- LO
W V
O LT
AG E
JU N
C TI
O N
B O
X R
C C
F ---
--- ---
R U
N C
AP AC
IT O
R F
O R
C O
M PR
ES SO
R &
F AN
SA --
--- ---
--- --
ST AR
T AS
SI ST
SC --
--- ---
--- --
ST AR
T C
AP AC
IT O
R F
O R
C O
M PR
ES SO
R (O
PT IO
N AL
) SR
-- ---
--- ---
-- ST
AR T
R EL
AY F
O R
C O
M PR
ES SO
R (O
PT IO
N AL
)
C O
NT R
O LS
S H
O W
N W
IT H
T H
ER M
O ST
AT IN
'O FF
' P O
SI TI
O N
.
O UT
D O
O R
P O
W ER
S U
PP LY
SE E
R AT
IN G
P LA
TE
W IR
IN G
C O
DE FA
C TO
R Y
W IR
IN G
H IG
H V
O LT
AG E
LO W
V O
LT AG
E O
PT IO
N AL
H IG
H V
O LT
AG E
FI EL
D W
IR IN
G H
IG H
V O
LT AG
E
IO C M
Y
YL
YL
C
R
S
R D
BK AU
X
M AI
N
C O
M P
SE E
N O
TE 1
SC
R D
BL
R CC
F
Y L
P U
YL
SR
5 2 1
BK YL
BL
R D
YL
BL
R DR D
BK BK
BK
C
T1 L1
T2 L2
S
A (IF
U SE
D)
N O
TE 2
EQ U
IP M
EN T
G R
O U
N D
SE E
N O
TE 3
PU BR BK
M AI
N
AU X
C M
IO
T1 L1
T2 L2
AL TE
R N
AT E
D O
U BL
E PO
LE C
O N
TA C
TO R
N O
TE S:
1) T
O IN
D O
O R
U N
IT L
O W
V O
LT AG
E TE
R M
IN AL
B LO
C K
&
IN D
O O
R T
H ER
M O
ST AT
. 2)
S TA
R T
AS SI
ST F
AC TO
R Y
EQ U
IP PE
D W
H EN
R EQ
U IR
ED .
3) U
SE C
O PP
ER C
O N
D U
C TO
R S
O N
LY .
H F
C
R D
R D R
D
B R
SE E
N O
TE 1
Wiring Diagram GSX160[181-241]F*/GSX16[0/S/A]301-481**
28 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 29
Wiring Diagram GSX16S[181-241]**
W iri
ng is
su bj
ec t t
o ch
an ge
. A lw
ay s r
ef er
to th
e w
iri ng
di
ag ra
m o
r t he
u ni
t f or
th e
m os
t u p-
to -d
at e
w iri
ng .
W
A RN
IN G
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 .
CO M
P
ALTERNATE DOUBLE POLE CONTACTOR ONLY
IO
T1
MAIN R
AUX
5
S
SR
SA
2 1
R C
CF
SC
T2
C L1
L2
(IF U
SE D)
C H
C
F
MAIN
AUX
C
C
01 40
R 00
61 7-
A
BL Y C
LV JB
CO LO
R CO
DE BK
-- ---
--- ---
--- - B
LA CK
BL --
--- ---
--- ---
- B LU
E BL
/P K
--- ---
--- - B
LU E/
PI NK
S TR
IP E
BR --
--- ---
--- ---
- B RO
W N
O R
-- ---
--- ---
--- - O
R AN
G E
PU --
--- ---
--- ---
- P UR
PL E
RD --
--- ---
--- ---
- R ED
W H
--- ---
--- ---
-- W
HI TE
YL --
--- ---
--- ---
-- YE
LL O
W
CO N
TR O
L BO
X
CO M
PO NE
NT C
O DE
C ---
--- ---
--- ---
C O
N TA
CT O
R CM
-- ---
--- ---
- O UT
DO O
R FA
N M
O TO
R CO
M P
--- ---
-- CO
M PR
ES SO
R HP
S ---
--- ---
-- HI
G H
P RE
SS UR
E SW
IT CH
IO --
--- ---
--- ---
IN TE
RN AL
O VE
RL O
AD LV
JB --
--- ---
-- LO
W V
O LT
AG E
JU NC
TI O
N BO
X RC
CF --
--- ---
- R UN
C AP
AC IT
O R
FO R
C O
M PR
ES SO
R &
F AN
SA --
--- ---
--- --
ST AR
T AS
SI ST
SC --
--- ---
--- --
ST AR
T C
AP AC
IT O
R F
O R
C O
M PR
ES SO
R SR
-- ---
--- ---
-- ST
AR T
R EL
AY F
O R
C O
M PR
ES SO
R
CO NT
R O
LS S
HO W
N W
IT H
TH ER
M O
ST AT
IN 'O
FF ' P
O SI
TI O
N.
O UT
DO O
R P
O W
ER S
UP PL
Y SE
E R
AT IN
G P
LA TE
W IR
IN G
C O
DE FA
CT O
R Y
W IR
IN G
HI G
H V
O LT
AG E
LO W
V O
LT AG
E O
PT IO
N AL
H IG
H VO
LT AG
E
F I EL
D W
IR IN
G HI
G H
V O
LT AG
E LO
W V
O LT
AG E
IO C M
Y
BL /P
K
YL
C
R
S
R D
BK AU
X
M AI
N
CO M
P
SE E
N O
TE 1
SC
R D
R D
R CC
F
F C
HE RM
YL YL
YL
BR R
DPU YL
RD
SR
5 2 1
BK YL
RD
R D
BL
R DR D
BK BK
BK
C
T1 L1
T2 L2
R D
S
A (IF
U SE
D) NO
TE 2
EQ U
IP M
EN T
G RO
UN D
PU BR BK
M AI
N
AU X
C M
IO
T1 L1
T2 L2
AL TE
RN AT
E DO
U BL
E PO
LE C
O NT
AC TO
R
NO TE
S: 1)
T O
IN DO
O R
UN IT
L O
W V
O LT
AG E
TE RM
IN AL
B LO
CK A
ND
IN
DO O
R T
HE RM
O ST
AT .U
SE N
.E .C
. C LA
SS 2
W IR
E. 2)
S TA
RT A
SS IS
T FA
CT O
R Y
E
Q U
IP PE
D W
HE N
R EQ
UI RE
D. 3)
U SE
C O
PP ER
C O
ND UC
TO RS
O N
LY .
BL /P
K
HP S
BL /P
K
HP S
BL /P
K
IO
SE E
N O
TE 1
SE E
N O
TE 3
SE E
N O
TE 3
SE E
N O
TE 3
SE E
NO TE
3
30 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 31
US E
N .E
.C . C
LA SS
2 W
IR E
C O
M P
ALTERNATE DOUBLE POLE CONTACTOR ONLY
IO
T1
C
MAIN R
AUX
5
S
SR
SA
2 1
R C
C
SC
T2
C L1
L2
(IF U
SE D
)
C H
C
C
C
01 40
R 00
28 7-
A
BL
Y CLV JB
CO LO
R C O
DE BK
-- ---
--- ---
--- - B
LA C
K BL
-- ---
--- ---
--- - B
LU E
BR --
--- ---
--- ---
- B RO
W N
O R
-- ---
--- ---
--- - O
RA N
G E
PU --
--- ---
--- ---
- P UR
PL E
RD --
--- ---
--- ---
- R ED
W H
-- ---
--- ---
--- W
H IT
E YL
-- ---
--- ---
--- --
YE LL
O W
G R
/Y L-
--- ---
--- --G
RE EN
/Y EL
LO W
S TR
IP E
G R
--- ---
--- ---
--- - G
RE EN
C O
NT RO
L BO
X
CO M
PO NE
NT C
O DE
C --
--- ---
--- ---
- C ON
TA CT
O R
C M
-- ---
--- ---
- O UT
DO O
R F
AN M
O TO
R CO
M P
--- ---
-- C
O M
PR ES
SO R
IO --
--- ---
--- ---
IN TE
RN AL
O VE
RL O
AD LV
JB --
--- ---
-- LO
W V
O LT
AG E
JU NC
TI O
N B
O X
RC C
-- ---
--- - R
U N
C AP
AC IT
O R
F O
R C
O M
PR ES
SO R
SA --
--- ---
--- --
ST AR
T AS
SI ST
SC --
--- ---
--- --
ST AR
T C
AP AC
IT O
R F
O R
C O
M PR
ES SO
R (O
PT IO
NA L)
SR --
--- ---
--- --
ST AR
T R
EL AY
F O
R C
O M
PR ES
SO R
(O PT
IO NA
L) CH
--- ---
--- ---
--C R
AN KC
AS E
HE AT
ER CO
NT RO
LS S
HO W
N W
IT H
T HE
RM O
ST AT
IN 'O
FF ' P
O SI
TI O
N .
O UT
DO O
R P
O W
ER S
UP PL
Y SE
E RA
TI N
G P
LA TE
W IR
IN G
C O
DE FA
CT O
RY W
IR IN
G H
IG H
V O
LT AG
E LO
W V
O LT
AG E
O PT
IO NA
L H
IG H
V O
LT AG
E
FI EL
D W
I R IN
G H
IG H
V O
LT AG
E
Y
YL
YL
C
R
S
R D
BK AU
X
M AI
N
C O
M P
SC
R D
BL
R C
C Y L
P U
YL
SR
5 2 1
BK YL
BL
R D
YLBL
R D
R D
BK BK
BK
C
T1 L1
T2 L2
S A
(IF U
SE D
) NO
TE 2
EQ U
IP M
EN T
G RO
UN D
SE E
NO TE
3
BRBK YL
T1 L1
T2 L2
AL TE
RN AT
E DO
U BL
E PO
LE CO
NT AC
TO R
N O
TE S:
1) T
O IN
DO O
R U
N IT
L O
W V
O LT
AG E
TE RM
IN AL
B LO
C K
&
IN DO
O R
T HE
RM O
ST AT
. 2)
S TA
RT A
SS IS
T FA
CT O
RY E
Q U
IP PE
D W
HE N
R EQ
U IR
ED .
3) U
SE C
O PP
ER C
O N
DU CT
O RS
O N
LY .
H C
R D
R D R
D
W H
BL
G ND L1 L2 C M
C F
G R
/Y L
G R
BK BK
G R
BK BK
CH
CH
C M L2
L1
C M
BL W
H YL
G R
/Y L
SE E
NO TE
1
Wiring Diagram GSX16[A/0]601**
W iri
ng is
su bj
ec t t
o ch
an ge
. A lw
ay s r
ef er
to th
e w
iri ng
di
ag ra
m o
r t he
u ni
t f or
th e
m os
t u p-
to -d
at e
w iri
ng .
W
A RN
IN G
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 .
30 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 31
Notes
32 www.goodmanmfg.com SS-GSX16 SS-GSX16 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. 2022 Goodman Manufacturing Company, L.P. Houston, Texas Printed in the USA.
Accessories
Model Description GSX16 0181F*
GSX16 0241F*
GSX16 0301F*
GSX16 0311A*
GSX16 0361F*
GSX16 0371A*
GSX16 0421F*
GSX16 0481F*
GSX16 0601F*
ABK-20 Anchor Bracket Kit ^ X X X X X X X X X
ABK-21 Anchor Bracket Kit ^
ASC-01 Anti-Short Cycle Kit X X X X X X X X X
CSR-U-1 Hard-Start Kit X X X X X X
CSR-U-2 Hard-start Kit X X X X X
CSR-U-3 Hard-start Kit X X
FSK01A Freeze-Protection Kit X X X X X X X X X
LSK02A Liquid-Line Solenoid Kit X X X X X X X X X
LAKT01A Low-Ambient Kit X X X X X X X X
0130R00000S Low-Pressure Switch Kit X X X X X X X X X
TXV-30 TXV Kit X X X X
TXV-42 TXV Kit X X X
TXV-48 TXV Kit X
TXV-60 TXV Kit X
^ Contains 20 brackets; four brackets needed to anchor unit to pad Installed on indoor coil Field-installed, non-bleed, expansion valve kit.
Model Description GSX16S 181A*
GSX16S 241A*
GSX16S 301A*
GSX16S 361A*
GSX16S 421A*
GSX16S 481A*
ABK-20 Anchor Bracket Kit ^ X X X X X X
ABK-21 Anchor Bracket Kit ^
ASC-01 Anti-Short Cycle Kit X X X X X X
CSR-U-1 Hard-start Kit X X X X
CSR-U-2 Hard-start Kit X X X
CSR-U-3 Hard-start Kit X
FSK01A Freeze Protection Kit X X X X X X
LSK02A Liquid Line Solenoid Kit X X X X X X
LAKT01A Low-Ambient Kit X X X X X X
0130R00000S Low-Pressure Switch Kit X X X X X X
TXV-30 TXV Kit X X X
TXV-42 TXV Kit X X
TXV-48 TXV Kit X
TXV-60 TXV Kit
^ Contains 20 brackets; four brackets needed to anchor unit to pad Installed on indoor coil Field-installed, non-bleed, expansion valve kit.
All AHRI system ratings are accessible in the System Configurator tool via PartnerLink.
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