Goodman GSX16 User's Guide PDF

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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

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71

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15 .8

16 .4

17 .9

- 15

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.0 17

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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.

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4. 9

5. 0

5. 2

- 5.

2 5.

4 5.

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5. 6

5. 7

5. 9

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H i P

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9 21

4 22

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22 3

24 0

25 4

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4 27

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28 9

31 1

32 9

- 32

6 35

0 37

0 -

36 0

38 7

40 9

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P R

10 1

10 8

11 8

- 10

7 11

4 12

5 -

11 1

11 9

12 9

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7 12

5 13

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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

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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

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2 28

2 29

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29 8

32 1

33 9

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6 36

1 38

1 -

37 1

39 9

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P R

10 5

11 1

12 2

- 11

1 11

8 12

8 -

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14 7

- 13

1 13

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67 5

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17 .7

19 .4

- 16

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16 .3

16 .9

18 .5

- 15

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15 .1

15 .7

17 .2

- 14

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.5 15

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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.

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5. 7

5. 8

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2 6.

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R 20

5 22

1 23

3 -

23 0

24 8

26 2

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2 28

2 29

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29 8

32 1

33 9

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6 36

1 38

1 -

37 1

39 9

42 1

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P R

10 5

11 1

12 2

- 11

1 11

8 12

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11 5

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13 3

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1 12

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13 5

14 7

- 13

1 13

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2 -

75

52 5

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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:

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Expanded Cooling Data GSX16[0/A]181**/CA*F3636*6D*+TXV

6 www.goodmanmfg.com SS-GSX16 SS-GSX16 www.goodmanmfg.com 7

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F 85

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F 10

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F En

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B Ai

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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

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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.

Manualsnet FAQs

If you want to find out how the GSX16 Goodman works, you can view and download the Goodman GSX16 User's Guide on the Manualsnet website.

Yes, we have the User's Guide for Goodman GSX16 as well as other Goodman manuals. All you need to do is to use our search bar and find the user manual that you are looking for.

The User's Guide should include all the details that are needed to use a Goodman GSX16. Full manuals and user guide PDFs can be downloaded from Manualsnet.com.

The best way to navigate the Goodman GSX16 User's Guide is by checking the Table of Contents at the top of the page where available. This allows you to navigate a manual by jumping to the section you are looking for.

This Goodman GSX16 User's Guide consists of sections like Table of Contents, to name a few. For easier navigation, use the Table of Contents in the upper left corner.

You can download Goodman GSX16 User's Guide free of charge simply by clicking the “download” button in the upper right corner of any manuals page. This feature allows you to download any manual in a couple of seconds and is generally in PDF format. You can also save a manual for later by adding it to your saved documents in the user profile.

To be able to print Goodman GSX16 User's Guide, simply download the document to your computer. Once downloaded, open the PDF file and print the Goodman GSX16 User's Guide as you would any other document. This can usually be achieved by clicking on “File” and then “Print” from the menu bar.