SS-GPG14M-ARG www.goodmanmfg.com 4/18Supersedes 3/17

Packaged Gas / Electric14 SEER / 80% AFUE

5 Tons

Standard Features• Heavy-duty stainless-steel heat exchanger• Energy-efficient compressor• All-aluminum evaporator coil• Aluminum tube/aluminum fin coil • Flowrater expansion device on 5-ton units• Multi-speed ECM blower motor• Redundant gas valve with

easy conversion to propane• Power-assisted combustion• Direct spark ignition system includes a

microprocessor-based control for the entire ignition sequence, all blower operation, and all safety circuits complete with self-diagnostics

Cabinet Features• Fully insulated heavy-gauge, zinc-coated steel

cabinet with UV-resistant powder-paint finish• Aluminum foil-facing internal insulation

reinforced with fiberglass scrim• Horizontal or downflow application• Compressor sound blanket• Convenient access panels• One roof curb fits all units• Fully insulated cabinet• Bottom, 2” high base rails for easier handling

GPG14M

ContentsNomenclature ........................................ 2Accessories ............................................ 2Product Specifications ........................... 3Expanded Cooling Data ......................... 4Airflow Data ........................................... 6Dimensions ............................................ 7Wiring Diagrams ................................... 8

Cooling Capacity : 57,250 BTU/hHeating Input : 120,000 BTU/HHeating Output : 96,000 BTU/h

2 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 3

 

Brand EngineeringG Goodman®  brand Major/  Minor  Revisions

Product  Category ElectricalP Packaged  Unit E        400V,  3-­‐phase,  50  Hz

 Unit  Type RefrigerantG Gas/Electric 4        R-­‐410AD Dual-­‐Fuel

AirflowEfficiency M Multi-­‐Position14 14  SEER 16 16  SEER15 15  SEER Heat  Input

40      40  MBTU/h 100  100  MBTU/hNominal  Capacity 60      60  MBTU/h 120  120  MBTU/h24 2  Tons 36 3  Tons 48      4  Tons 80        80  MBTU/h30 2½  tons 42 3½  Tons 60      5  Tons

G1

P2

G3

M11

144,5

606,7

1208,9,10

**14,15

412

E13

Nomenclature

2 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 3

Product Specifications

GPG14 60120M4E**

Cooling CapacityTotal BTU/h 57,250Sensible BTU/h 43,500Total Power (Watts) 4,520Decibels 78AHRI Reference #sHeating CapacityMax. Input / Output BTU/h 120,000 / 96,000Min. Input / Output BTU/h 90,000 / 72,000AFUE 80Temperature Rise Range 30-60No. of Burners 6Orifice Size (Natural/Propane) 44 / 1.25 mmEvaporator MotorType EEMWheel (D x W) 11” x 10”Indoor Nominal CFM 1300 L/1750 HMotor Speed Tap (Cooling) T3 L / T4 HRPM/Amps (Cooling) 1400/3.2Horsepower 1Evaporator CoilFace Area (ft²) 5.7Rows Deep/Fins per Inch 4/14Piston Size (Cooling) 0.086Filter Size (ft²) 6.0Drain Size (NPT) ¾”Refrigerant Charge (oz.) 100

¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes.² 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.• Test data was use to calculate the MOP and MCA.

GPG14 60120M4E**

Condenser Fan / CoilHorsepower - RPM 1/3 - 1050

Diameter / # of Blades 22” / 3

Outdoor Nominal CFM 1,800

Face Area (ft²) 14.4

Rows Deep/Fins per Inch 2/27

CompressorQuantity / Type 1 / Scroll

Stage Single

Compressor RLA/LRA 10.9 / 64.0

Electrical DataVoltage-Phase (60 Hz) 400/3/50

Indoor Blower FLA 3.2

Outdoor Fan FLA/LRA 1.0 / 2.6

Total Unit Amps 14.0

Min. Circuit Ampacity 16.3

Max. Overcurrent Protection 25 Amps

Entrance Size Power Supply 1⅛”

Entrance Size Control Voltage ⅞”

Operating / Ship Weights (lbs) 543 / 565

4 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 5

Expanded Cooling Data — GPG1460120M4E

Out

door

Am

bien

t Te

mpe

ratu

re65

ºF75

ºF85

ºF95

ºF10

5ºF

115º

FEn

teri

ng In

door

Wet

Bul

b Te

mpe

ratu

reID

BAi

rflo

w59

6367

7159

6367

7159

6367

7159

6367

7159

6367

7159

6367

71

70

2036

MBh

54.6

56.6

62.0

-53

.455

.360

.6-

52.1

54.0

59.1

-50

.852

.757

.7-

48.3

50.0

54.8

-44

.746

.350

.8-

S/T

0.78

0.65

0.45

-0.

810.

680.

47-

0.83

0.69

0.48

-0.

860.

720.

50-

0.89

0.74

0.51

-0.

900.

750.

52-

∆T19

1713

-19

1713

-20

1713

-20

1713

-19

1713

-18

1612

-kW

4.43

4.52

4.65

-4.

754.

855.

00-

5.04

5.14

5.30

-5.

295.

405.

57-

5.50

5.62

5.79

-5.

685.

815.

99-

Amps

9.8

9.9

10.1

-10

.310

.410

.7-

10.9

11.0

11.3

-11

.411

.511

.8-

11.9

12.1

12.3

-12

.312

.612

.9-

HI P

R24

326

227

6-

273

293

310

-31

033

435

2-

353

380

401

-39

742

845

2-

439

472

499

-LO

PR

109

116

127

-11

612

313

4-

120

128

140

-12

613

414

7-

132

141

154

-13

714

615

9-

1832

MBh

53.8

55.8

61.1

-52

.654

.559

.7-

51.3

53.2

58.3

-50

.151

.956

.8-

47.6

49.3

54.0

-44

.145

.750

.0-

S/T

0.75

0.62

0.43

-0.

770.

650.

45-

0.79

0.66

0.46

-0.

820.

690.

47-

0.85

0.71

0.49

-0.

860.

720.

50-

∆T20

1713

-20

1813

-20

1813

-21

1814

-20

1813

-19

1612

-kW

4.41

4.49

4.63

-4.

734.

824.

97-

5.01

5.11

5.27

-5.

265.

375.

54-

5.47

5.59

5.76

-5.

655.

775.

96-

Amps

9.7

9.9

10.1

-10

.210

.410

.6-

10.8

11.0

11.2

-11

.311

.511

.8-

11.8

12.0

12.3

-12

.312

.512

.8-

HI P

R24

126

027

4-

271

291

308

-30

833

135

0-

351

377

399

-39

542

544

8-

436

469

495

-LO

PR

109

116

126

-11

512

213

3-

119

127

139

-12

513

314

6-

131

140

153

-13

614

515

8-

1580

MBh

49.7

51.5

56.4

-48

.550

.355

.1-

47.4

49.1

53.8

-46

.247

.952

.5-

43.9

45.5

49.8

-40

.742

.146

.2-

S/T

0.72

0.60

0.42

-0.

750.

620.

43-

0.77

0.64

0.44

-0.

790.

660.

46-

0.82

0.69

0.47

-0.

830.

690.

48-

∆T21

1814

-21

1814

-21

1814

-21

1814

-21

1814

-20

1713

-kW

4.31

4.39

4.52

-4.

624.

714.

85-

4.89

4.99

5.15

-5.

135.

245.

40-

5.34

5.45

5.62

-5.

525.

635.

81-

Amps

9.6

9.7

9.9

-10

.110

.210

.4-

10.6

10.8

11.0

-11

.111

.311

.5-

11.6

11.8

12.0

-12

.012

.312

.5-

HI P

R23

425

226

6-

263

283

298

-29

932

133

9-

340

366

387

-38

341

243

5-

423

455

481

-LO

PR

105

112

122

-11

111

812

9-

116

123

134

-12

212

914

1-

127

136

148

-13

214

015

3-

75

2036

MBh

55.5

57.2

61.9

66.4

54.3

55.9

60.5

64.9

53.0

54.5

59.0

63.4

51.7

53.2

57.6

61.8

49.1

50.5

54.7

58.7

45.5

46.8

50.7

54.4

S/T

0.89

0.79

0.60

0.4

0.92

0.82

0.62

0.4

0.94

0.84

0.64

0.4

0.97

0.87

0.66

0.4

1.00

0.90

0.68

0.4

1.00

0.91

0.69

0.4

∆T22

2117

1223

2117

1223

2117

1223

2117

1222

2117

1221

1916

10.9

kW4.

464.

554.

694.

84.

794.

895.

045.

25.

085.

185.

345.

55.

335.

445.

615.

85.

545.

665.

846.

05.

735.

856.

046.

2Am

ps9.

810

.010

.210

.410

.310

.510

.711

.010

.911

.111

.411

.611

.411

.611

.912

.211

.912

.112

.412

.812

.412

.612

.913

.3H

I PR

245

264

279

291.

027

529

631

332

6.5

313

337

356

371.

335

738

440

542

2.9

401

432

456

475.

844

447

750

452

5.7

LO P

R11

111

812

813

6.7

117

124

136

144.

412

112

914

115

0.1

127

136

148

157.

713

414

215

516

5.2

138

147

160

170.

9

1832

MBh

54.7

56.3

61.0

65.5

53.5

55.0

59.6

63.9

52.2

53.7

58.2

62.4

50.9

52.4

56.7

60.9

48.4

49.8

53.9

57.8

44.8

46.1

49.9

53.6

S/T

0.85

0.76

0.58

0.4

0.88

0.79

0.60

0.4

0.90

0.81

0.61

0.4

0.93

0.83

0.63

0.4

0.97

0.87

0.66

0.4

0.98

0.87

0.66

0.4

∆T23

2118

1224

2218

1224

2218

1224

2218

1223

2218

1222

2017

11.4

kW4.

444.

534.

664.

84.

764.

865.

015.

25.

055.

155.

315.

55.

305.

415.

585.

85.

515.

635.

816.

05.

705.

826.

016.

2Am

ps9.

89.

910

.210

.410

.310

.510

.711

.010

.911

.111

.311

.611

.411

.611

.812

.111

.912

.112

.412

.712

.412

.612

.913

.2H

I PR

244

262

277

288.

927

429

431

132

4.2

311

335

354

368.

735

438

140

342

0.0

399

429

453

472.

544

047

450

052

2.0

LO P

R11

011

712

713

5.7

116

123

135

143.

412

112

814

014

9.1

127

135

147

156.

613

314

115

416

4.1

137

146

159

169.

7

1580

MBh

50.5

52.0

56.3

60.4

49.3

50.8

55.0

59.0

48.2

49.6

53.7

57.6

47.0

48.4

52.4

56.2

44.6

46.0

49.7

53.4

41.4

42.6

46.1

49.5

S/T

0.82

0.73

0.55

0.4

0.85

0.76

0.57

0.4

0.87

0.78

0.59

0.4

0.90

0.80

0.61

0.4

0.93

0.83

0.63

0.4

0.94

0.84

0.64

0.4

∆T24

2218

1324

2218

1324

2218

1325

2319

1324

2218

1323

2117

11.8

kW4.

344.

434.

564.

74.

654.

754.

895.

04.

935.

035.

195.

35.

175.

285.

455.

65.

385.

505.

675.

95.

565.

685.

866.

0Am

ps9.

69.

810

.010

.210

.110

.310

.510

.710

.710

.911

.111

.411

.211

.311

.611

.911

.611

.812

.112

.412

.112

.312

.613

.0H

I PR

236

254

269

280.

326

528

630

231

4.5

302

325

343

357.

734

437

039

140

7.4

387

416

439

458.

342

746

048

550

6.4

LO P

R10

611

312

413

1.7

112

120

131

139.

111

712

413

614

4.6

123

131

143

151.

912

913

714

915

9.2

133

142

155

164.

6ID

B: E

nter

ing

Indo

or D

ry B

ulb

Tem

pera

ture

Shad

ed a

rea

refle

cts

ACCA

(TVA

) con

ditio

ns.

Amps

= o

utdo

or u

nit a

mps

(com

p.+f

an)

Hig

h an

d lo

w p

ress

ures

are

mea

sure

d at

the

liqui

d an

d su

ction

ser

vice

val

ves.

kW =

Tot

al s

yste

m p

ower

Des

ign

Subc

oolin

g, 1

0-12

°F @

the

liqui

d ac

cess

fitti

ng c

onne

ction

AH

RI 9

5 te

st c

ondi

tions

. Des

ign

Supe

rhea

t 14-

16°F

@ th

e co

mpr

esso

r suc

tion

acce

ss fi

tting

con

necti

on.

4 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 5

Expanded Cooling Data — GPG1460120M4E

Out

door

Am

bien

t Tem

pera

ture

6575

8595

105

115

Ente

ring

Indo

or W

et B

ulb

Tem

pera

ture

IDB

Airfl

ow59

6367

7159

6367

7159

6367

7159

6367

7159

6367

7159

6367

71

80

2036

MBh

56.5

57.8

61.7

66.0

55.2

56.4

60.3

64.4

53.9

55.1

58.8

62.9

52.6

53.7

57.4

61.4

50.0

51.1

54.5

58.3

46.3

47.3

50.5

54.0

S/T

0.97

0.91

0.74

0.6

1.00

0.95

0.77

0.6

1.00

0.97

0.79

0.6

1.00

1.00

0.82

0.6

1.00

1.00

0.85

0.6

1.00

1.00

0.85

0.6

∆T25

2421

1725

2421

1724

2421

1724

2421

1723

2321

1721

2119

15.6

kW4.

504.

594.

724.

94.

834.

925.

085.

25.

125.

225.

385.

65.

375.

495.

665.

85.

595.

715.

896.

15.

785.

906.

096.

3Am

ps9.

910

.010

.310

.510

.410

.610

.811

.111

.011

.211

.411

.711

.511

.712

.012

.312

.012

.212

.512

.812

.512

.713

.013

.4H

I PR

248

267

282

293.

927

829

931

632

9.8

316

341

360

375.

136

038

841

042

7.2

405

436

461

480.

644

848

250

953

1.0

LO P

R11

211

913

013

8.1

118

125

137

145.

912

313

014

215

1.6

129

137

150

159.

313

514

415

716

6.9

140

148

162

172.

6

1832

MBh

55.7

56.9

60.8

65.0

54.4

55.6

59.4

63.5

53.1

54.3

58.0

62.0

51.8

52.9

56.6

60.5

49.2

50.3

53.7

57.4

45.6

46.6

49.8

53.2

S/T

0.93

0.87

0.71

0.5

0.97

0.91

0.74

0.6

0.99

0.93

0.76

0.6

1.00

0.96

0.78

0.6

1.00

1.00

0.81

0.6

1.00

1.00

0.82

0.6

∆T26

2522

1726

2522

1826

2522

1826

2522

1825

2522

1723

2320

16.3

kW4.

474.

564.

704.

84.

804.

905.

055.

25.

095.

195.

365.

55.

345.

455.

635.

85.

565.

685.

866.

05.

745.

876.

066.

3Am

ps9.

910

.010

.210

.510

.410

.510

.811

.010

.911

.111

.411

.711

.411

.611

.912

.212

.012

.212

.412

.812

.512

.713

.013

.3H

I PR

246

265

280

291.

927

629

731

432

7.5

314

338

357

372.

535

838

540

742

4.2

403

433

458

477.

244

547

950

652

7.3

LO P

R11

111

812

913

7.1

117

125

136

144.

912

212

914

115

0.6

128

136

149

158.

213

414

315

616

5.7

139

147

161

171.

4

1580

MBh

51.4

52.5

56.1

60.0

50.2

51.3

54.8

58.6

49.0

50.1

53.5

57.2

47.8

48.9

52.2

55.8

45.4

46.4

49.6

53.0

42.1

43.0

45.9

49.1

S/T

0.90

0.84

0.69

0.5

0.93

0.87

0.71

0.5

0.96

0.90

0.73

0.5

0.99

0.92

0.75

0.6

1.02

0.96

0.78

0.6

1.03

0.97

0.79

0.6

∆T27

2622

1827

2623

1827

2623

1827

2623

1827

2623

1825

2421

16.8

kW4.

374.

464.

594.

74.

694.

784.

935.

14.

975.

075.

235.

45.

215.

325.

495.

75.

425.

545.

715.

95.

615.

735.

916.

1Am

ps9.

79.

810

.010

.310

.210

.310

.610

.810

.710

.911

.211

.411

.211

.411

.712

.011

.711

.912

.212

.512

.212

.412

.713

.1H

I PR

239

257

271

283.

126

828

830

531

7.7

305

328

346

361.

334

737

439

541

1.5

391

420

444

462.

943

246

449

051

1.5

LO P

R10

811

412

513

3.0

114

121

132

140.

511

812

613

714

6.0

124

132

144

153.

413

013

815

116

0.8

134

143

156

166.

3

85

2036

MBh

57.5

58.6

61.4

65.5

56.2

57.3

60.0

64.0

54.8

55.9

58.6

62.5

53.5

54.5

57.1

60.9

50.8

51.8

54.3

57.9

47.1

48.0

50.3

53.6

S/T

1.00

0.98

0.89

0.7

1.00

1.00

0.92

0.7

1.00

1.00

0.94

0.8

1.00

1.00

0.97

0.8

1.00

1.00

1.00

0.8

1.00

1.00

1.00

0.8

∆T26

2625

2125

2625

2225

2525

2224

2525

2223

2325

2121

2223

20.1

kW4.

534.

624.

764.

94.

864.

965.

125.

35.

165.

265.

435.

65.

415.

535.

705.

95.

635.

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946.

15.

825.

956.

146.

3Am

ps10

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.5H

I PR

250

270

285

296.

828

130

231

933

3.1

320

344

363

378.

836

439

241

443

1.5

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441

465

485.

445

248

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6.3

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312

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113

9.5

119

127

138

147.

312

413

214

415

3.1

130

138

151

160.

913

614

515

816

8.6

141

150

164

174.

4

1832

MBh

56.7

57.8

60.5

64.5

55.4

56.4

59.1

63.0

54.0

55.1

57.7

61.5

52.7

53.7

56.3

60.0

50.1

51.1

53.5

57.0

46.4

47.3

49.5

52.8

S/T

0.98

0.94

0.85

0.7

1.00

0.98

0.88

0.7

1.00

1.00

0.90

0.7

1.00

1.00

0.93

0.8

1.00

1.00

0.97

0.8

1.00

1.00

0.98

0.8

∆T28

2726

2228

2826

2327

2826

2326

2726

2325

2626

2323

2424

21.0

kW4.

514.

604.

744.

94.

844.

945.

095.

25.

135.

235.

405.

65.

385.

505.

675.

95.

605.

725.

906.

15.

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926.

116.

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.4H

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249

268

283

294.

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0.8

317

342

361

376.

236

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941

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8.5

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438

462

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451

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2.6

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118

126

137

146.

312

313

114

315

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150

159.

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514

415

716

7.4

140

149

163

173.

2

1580

MBh

52.3

53.3

55.8

59.6

51.1

52.1

54.5

58.2

49.9

50.8

53.2

56.8

48.7

49.6

51.9

55.4

46.2

47.1

49.4

52.7

42.8

43.6

45.7

48.8

S/T

0.94

0.91

0.82

0.7

0.98

0.94

0.85

0.7

1.00

0.97

0.87

0.7

1.00

1.00

0.90

0.7

1.00

1.00

0.93

0.8

1.00

1.00

0.94

0.8

∆T29

2827

2329

2927

2329

2927

2328

2927

2427

2727

2325

2525

21.7

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404.

494.

634.

84.

724.

824.

975.

15.

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115.

275.

45.

265.

375.

535.

75.

475.

585.

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241

260

274

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129

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0.8

308

331

350

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5.6

394

425

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4.3

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122

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912

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7.5

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133

145

154.

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216

2.4

136

144

158

168.

0ID

B: E

nter

ing

Indo

or D

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ulb

Tem

pera

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Shad

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rea

refle

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AHRI

con

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Amps

= o

utdo

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mps

(com

p.+f

an)

Hig

h an

d lo

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ress

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are

mea

sure

d at

the

liqui

d an

d su

ction

ser

vice

val

ves.

kW =

Tot

al s

yste

m p

ower

Des

ign

Subc

oolin

g, 1

0-12

°F @

the

liqui

d ac

cess

fitti

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onne

ction

AH

RI 9

5 te

st c

ondi

tions

. Des

ign

Supe

rhea

t 14-

16°F

@ th

e co

mpr

esso

r suc

tion

acce

ss fi

tting

con

necti

on.

6 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 7

Airflow Data

Horizontal Position - Rise Range 35°-65°

ESP(in. of H₂O)

T1 Low-Stage Heating T2 High-Stage Heating T3 Low-Stage Heating T4 High-Stage Cooling T5 Cooling

C.F.M WATTS RISE C.F.M WATTS RISE C.F.M WATTS C.F.M WATTS C.F.M WATTS

0.1 1,833 664 48 1,878 704 47 1,903 742 1,933 768 1,969 810

0.2 1,775 668 50 1,802 712 49 1,847 747 1,860 780 1,909 816

0.3 1,702 676 52 1,730 718 51 1,770 755 1,809 783 1,835 827

0.4 1,626 682 55 1,683 726 53 1,717 758 1,744 789 1,777 828

0.5 1,575 686 56 1,627 729 55 1,648 766 1,690 798 1,717 840

0.6 1,515 696 59 1,569 737 57 1,605 772 1,627 803 1,663 846

0.7 1,461 696 61 1,509 745 59 1,547 772 1,576 803 1,613 855

0.8 1,397 706 64 1,446 748 61 1,494 781 1,516 822 1,555 860

Vertical Position - Rise Range 35°-65°

ESP(in. of H₂O)

T1 Low-Stage Heating T2 High-Stage Heating T3 Low-Stage Heating T4 High-Stage Cooling T5 Cooling

C.F.M WATTS RISE C.F.M WATTS RISE C.F.M WATTS C.F.M WATTS C.F.M WATTS

0.1 1,878 674 47 1,902 706 47 1,951 742 1,970 782 1,995 813

0.2 1,813 677 49 1,838 707 48 1,883 745 1,933 794 1,922 817

0.3 1,732 681 51 1,778 712 50 1,811 752 1,857 795 1,865 821

0.4 1,683 685 53 1,717 717 52 1,758 760 1,791 804 1,825 831

0.5 1,625 690 55 1,660 723 54 1,695 765 1,737 805 1,772 836

0.6 1,565 696 57 1,594 724 56 1,631 771 1,674 809 1,710 842

0.7 1,487 702 60 1,525 727 58 1,564 775 1,601 819 1,639 848

0.8 1,429 706 62 1,462 732 61 1,517 785 1,548 819 1,587 853

6 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com 7

Dimensions

Model Chassis Size A B C

GPG1460120M4E Large 40” 18” 14”

ModelDimensions

W" D" H"

GPG1460120M4E 47 51 42¾

SUCTION/LIQUID PRESSURE PORTSBEHIND COMPRESSOR ACCESS PANEL

HEAT EXCHANGE ACCESS PANEL

GAS SUPPLY ENTRANCE

CONDENSATE DRAIN CONNECTION3/4" NPT FEMALE

16 1/819 1/8

EVAPORATOR/CONTROL PANEL ACCESS PANEL

4 3/4

B

7 15/16

16

B

5 1/21 3/8

16

2 3/4

A

18 7/16

FLUE EXHAUST

5147

3 SUPPLY

RETURN

C

COMBUSTION AIR INTAKE

FLUE EXHAUSTHOOD

COMBUSTIONAIR INTAKE

EXHAUST FLUE HOOD

CONTROL WIRE ENTRANCE

POWER WIRE ENTRANCE

7 7/8

7 5/16

5 1/4

20

24

CENTER OF

GRAVITY

BLOWER ACCESS PANEL

22

22

11

11

SUPPLY RETURN

5 3/4

8 www.goodmanmfg.com SS-GPG14M-ARG SS-GPG14M-ARG www.goodmanmfg.com PB

Our continuing commitment to quality products may mean a change in specifications without notice. ©2018 Goodman Manufacturing Company, L.P. • Houston, Texas • Printed in the USA.

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