1. DL manuals
  2. Goodman
  3. Air Conditioner
  4. GSZ 14 SEER
  5. Technical Manual

Goodman GSZ 14 SEER Technical Manual

Summary of GSZ 14 SEER

  • Page 1

    Gsz 14 seer split system heat pumps • refer to service manual rs6200006 for installation, operation, and troubleshooting information. • all safety information must be followed as provided in the service manual. • refer to the appropriate parts catalog for part number information. • models listed on ...

  • Page 2: Product Identification

    Product identification 2 the model number is used for positive identification of component parts used in manufacturing. Please use this number when requesting service or parts information. Warning warning high voltage! Disconnect all power before servicing or installing this unit. Multiple power sou...

  • Page 3: Product Identification

    Product identification 3 the united states environmental protection agency (“epa”) has issued various regulations re- garding the introduction and disposal of refrigerants introduced into this unit. Failure to follow these regulations may harm the environment and can lead to the imposition of substa...

  • Page 4: Product Design

    Product design 4 gsz14 models are available in 1 1/2 through 5 ton sizes and use r-410a refrigerant. They are designed for 208/230 volt single phase applications. The condenser air is pulled through the condenser coil by a direct drive propeller fan. This condenser air is then dis- charged out of th...

  • Page 5: Heat Pump Specifications

    Heat pump specifications 5 note: this data is provided as a guide, it is important to electrically connect the unit and properly size fuses/circuit breakers and wires in accordance with all national and/or local electrical codes. Use copper wire only. Unit specifications are subject to change withou...

  • Page 6: Cooling Performance Data

    6 cooling performance data gsz140181a* e x p and e d p e rf o r m a n c e d a t a c o ol in g op e r a t io n m o d e l : *s z 1 40 1 81a * / c a *f 31 3 1 *6 a * + t x v / m b r 800 ** -1 o u td o o r a m b ie n t t e m p er at u re 65 7 5 8 5 9 5 105 11 5 e n te ri ng i n d oor w e t b u lb t e m ...

  • Page 7: Cooling Performance Data

    7 cooling performance data gsz140181a* e x p and e d p e rf o r m a n c e d a t a c o ol in g op e r a t io n m o d e l : g s z 1 40 181 a * / c a *f 31 31* 6a * + t x v / m b r 8 0 0 ** -1 o u td o o r a m b ie n t t e m p er at u re 65 7 5 8 5 9 5 105 11 5 e n te ri ng i n d oor w e t b u lb t e m...

  • Page 8: Cooling Performance Data

    8 cooling performance data gsz140241a* ex pa n d e d p e r f o r m a n c e d a t a co o l in g o p e r at io n m o de l : *s z 1 4 0 24 1 a * / c a *f 3 6 36 *6 a* + t x v / m b r8 0 0 ** -1 o u tdoor a m bi e n t te m p e ra tur e 65 75 8 5 95 1 0 5 1 1 5 e n te ri ng i ndo or w e t b u lb t e m p ...

  • Page 9: Cooling Performance Data

    9 cooling performance data gsz140241a* ex pa n d e d p e r f o r m a n c e d a t a co o l in g o p e r at io n m o de l : *s z 1 4 0 24 1 a * / c a *f 3 6 36 *6 a* + t x v / m b r8 0 0 ** -1 o u tdoor a m bi e n t te m p e ra tur e 65 75 8 5 95 1 0 5 1 1 5 e n te ri ng i ndo or w e t b u lb t e m p ...

  • Page 10: Cooling Performance Data

    10 cooling performance data gsz140301a* e x p a nd e d p e rf o r m a nce da t a c o ol in g op e r at io n m o d e l : * s z 1 40 3 0 1a * / c a *f 364 2* 6a * + t x v / m b r 1 6 0 0 ** -1 o u tdoor a m b ie n t te m p e ra tu re 6 5 75 85 95 10 5 1 15 e n te ri n g i ndoo r w e t b u lb t e m p e...

  • Page 11: Cooling Performance Data

    11 cooling performance data gsz140301a* e x p a n d e d p e rf o r m a nce d a t a c ool in g op e r a t io n m o d e l : * s z 1 40 3 01a * / c a *f 364 2* 6a * + t x v / m b r 160 0* *- 1 o u tdoo r a m b ie n t te m p e ra tur e 6 5 75 8 5 95 1 0 5 1 15 e n te ri ng i n d oor w e t b u lb t e m p...

  • Page 12: Cooling Performance Data

    12 cooling performance data gsz140361a* e x pa nde d pe rf o r m a nce da t a c o ol in g o p e r a t io n m o d e l : * s z 1 40 3 6 1 a * / a r *f 37 43 1 6 b * o u td oo r a m bi e n t te m p e ra tu re 65 75 8 5 9 5 105 1 1 5 e n te ri n g i n do or w e t b u lb te m p e ra tur e id b a ir fl o ...

  • Page 13: Cooling Performance Data

    13 cooling performance data gsz140361a* ex pa n d e d p e r f o r m a n c e d a t a c o ol in g o p e r a t io n m o d e l : * s z 1 40 3 6 1 a * / a r *f 37 43 1 6 b * o u td oo r a m bi e n t te m p e ra tu re 65 75 8 5 9 5 105 1 1 5 e n te ri n g i n do or w e t b u lb te m p e ra tur e id b * a ...

  • Page 14: Cooling Performance Data

    14 cooling performance data gsz140421a* expa n d e d p e r f or m a nc e da t a m o de l : *s z 1 4 0 42 1 a * / c a *f 4 8 60 *6 a* + t x v / m b r2 0 0 0 **- 1 o u td o o r a m b ien t t e m p e rat u re 65 7 5 8 5 95 10 5 115 e n te ri n g i n do or w e t b u lb te m p e ra tur e id b a ir fl o w...

  • Page 15: Cooling Performance Data

    15 cooling performance data gsz140421a* e x p and ed pe r f o r m a n c e d a t a c o ol in g op e r a t io n m o de l : *s z 1 4 0 42 1 a * / c a *f 4 8 60 *6 a* + t x v / m b r2 0 0 0 **- 1 o u td o o r a m b ien t t e m p e rat u re 65 7 5 8 5 95 10 5 115 e n te ri n g i n do or w e t b u lb te m...

  • Page 16: Cooling Performance Data

    16 cooling performance data gsz140481a* e x p a n d e d pe r f or m a nce da t a c o ol in g o p e r a t ion m o d e l : * s z 1 40 4 8 1 a * / c a *f 486 0* 6a * + t x v / m b r 200 0* *- 1 o u td oo r am b ie n t te m p e ra tur e 65 7 5 85 95 105 1 1 5 e n te ri ng i ndo or w e t b u lb t e m p e...

  • Page 17: Cooling Performance Data

    17 cooling performance data gsz140481a* e x p a n d e d pe rf o r m a nce da t a co o l in g o p e rat io n m o de l : *s z 1 4 0 4 8 1 a * / c a *f 4 8 6 0 *6 a* + t x v / m b r2 0 0 0 **- 1 o u tdoor am b ie n t te m p e ra tur e 65 7 5 85 95 1 0 5 1 15 e n te ri ng i n door w e t bul b t e m p e ...

  • Page 18: Cooling Performance Data

    18 cooling performance data gsz140601a* e x p and ed p e rf o r m a n c e d a t a c o ol in g op e r a t io n m o d e l : *s z 1 40 6 01a * / c a *f 48 6 0 *6 a * + t x v / m b r 200 0* *- 1 o u td oo r a m bi e n t t e m p e ra tu re 65 7 5 8 5 9 5 105 11 5 e n te ri ng i n do or w e t bu lb te m p...

  • Page 19: Cooling Performance Data

    19 cooling performance data gsz140601a* e x p and ed p e rf o r m a n c e d a t a c o ol in g op e r a t io n m o d e l : *s z 1 40 6 01a * / c a *f 48 6 0 *6 a * + t x v / m b r 200 0* *- 1 o u td oo r a m bi e n t t e m p e ra tu re 65 7 5 8 5 9 5 105 11 5 e n te ri ng i n do or w e t bu lb te m p...

  • Page 20: Performance Data

    20 performance data gsz140[18-60]1a* outdoor temp. ° f. Total btuh sensible btuh latent btuh total watts 75° 30,2 40 22,369 7,871 2 ,259 80° 29,8 80 22,383 7,497 2 ,326 85° 29,5 20 22,391 7,129 2 ,392 90° 29,1 60 22,475 6,685 2 ,451 95° 28,8 00 22,549 6,251 2 ,510 100° 28,0 80 22,402 5,678 2 ,560 10...

  • Page 21: Gsz140[18-36]1A*

    21 split system heating performance high pressure is measured at the suction service valve ( the larger valve). Amps = outdoor unit amps (comp.+fan) low pressure is measured at the gauge port connection. Kw = total system power calculations are based on nominal cfm and 70 °f indoor dry bulb. *note: ...

  • Page 22: Gsz140[42-60]1A*

    22 split system heating performance high pressure is measured at the suction service valve ( the larger valve). Amps = outdoor unit amps (comp.+fan) low pressure is measured at the gauge port connection. Kw = total system power calculations are based on nominal cfm and 70 °f indoor dry bulb. *note: ...

  • Page 23: Heating Specifications

    23 heating specifications *to obtain btu capacity of unit with kw of auxiliary heat, multiply by 1000 (example: 39.01 x 1000 = 39,010 btu) g/ssz140[18-36]1a* capacity btuh c.O.P. 4.8 9.6 14.4 19.2 65 30.17 4.24 46.55 62.93 79.32 95.70 60 28.56 4.09 44.94 61.32 77.71 94.09 55 26.88 3.93 43.26 59.64 7...

  • Page 24: Heating Specifications

    24 heating specifications *to obtain btu capacity of unit with kw of auxiliary heat, multiply by 1000 (example: 39.01 x 1000 = 39,010 btu) capacity btuh c.O.P. 4.8 9.6 14.4 19.2 65 51.54 4.44 67.92 84.30 100.68 117.07 60 48.79 4.28 65.17 81.55 97.94 114.32 55 45.92 4.11 62.30 78.68 95.07 111.45 50 4...

  • Page 25: Performance Data

    25 performance data performance test all data based upon listed indoor dry bulb temperature. .00 inches external static pressure on coil of outdoor section. Indoor air cubic feet per minute (cfm) as listed in the performance data sheets: if conditions vary from this, results will change as follows: ...

  • Page 26: Wiring Diagrams

    Wiring diagrams 26 hi gh v o l t a g e ! D is c on nect al l powe r bef o re servi ci n g or i n s t a l l in g t h is u n it . M u l t ip l e p o w e r so ur ces m a y be p r es ent . F a il u r e t o d o s o m a y cau s e pro p ert y da m a ge, pe r s o n a l i n j u r y or de a t h . Us e n.E .C ...