Goodman Mfg Goodman 410A Pressure Chart and Temperature Guide for Optimal AC Performance

Page 39

SERVICING

Pressure vs. Temperature Chart

R-410A

PSIG

°F

PSIG

°F

PSIG

°F

PSIG

°F

PSIG

°F

PSIG

°F

12

-37.7

114.0

37.8

216.0

74.3

318.0

100.2

420.0

120.7

522.0

137.6

14

-34.7

116.0

38.7

218.0

74.9

320.0

100.7

422.0

121.0

524.0

137.9

16

-32.0

118.0

39.5

220.0

75.5

322.0

101.1

424.0

121.4

526.0

138.3

18

-29.4

120.0

40.5

222.0

76.1

324.0

101.6

426.0

121.7

528.0

138.6

20

-36.9

122.0

41.3

224.0

76.7

326.0

102.0

428.0

122.1

530.0

138.9

22

-24.5

124.0

42.2

226.0

77.2

328.0

102.4

430.0

122.5

532.0

139.2

24

-22.2

126.0

43.0

228.0

77.8

330.0

102.9

432.0

122.8

534.0

139.5

26

-20.0

128.0

43.8

230.0

78.4

332.0

103.3

434.0

123.2

536.0

139.8

28

-17.9

130.0

44.7

232.0

78.9

334.0

103.7

436.0

123.5

538.0

140.1

30

-15.8

132.0

45.5

234.0

79.5

336.0

104.2

438.0

123.9

540.0

140.4

32

-13.8

134.0

46.3

236.0

80.0

338.0

104.6

440.0

124.2

544.0

141.0

34

-11.9

136.0

47.1

238.0

80.6

340.0

105.1

442.0

124.6

548.0

141.6

36

-10.1

138.0

47.9

240.0

81.1

342.0

105.4

444.0

124.9

552.0

142.1

38

-8.3

140.0

48.7

242.0

81.6

344.0

105.8

446.0

125.3

556.0

142.7

40

-6.5

142.0

49.5

244.0

82.2

346.0

106.3

448.0

125.6

560.0

143.3

42

-4.5

144.0

50.3

246.0

82.7

348.0

106.6

450.0

126.0

564.0

143.9

44

-3.2

146.0

51.1

248.0

83.3

350.0

107.1

452.0

126.3

568.0

144.5

46

-1.6

148.0

51.8

250.0

83.8

352.0

107.5

454.0

126.6

572.0

145.0

48

0.0

150.0

52.5

252.0

84.3

354.0

107.9

456.0

127.0

576.0

145.6

50

1.5

152.0

53.3

254.0

84.8

356.0

108.3

458.0

127.3

580.0

146.2

52

3.0

154.0

54.0

256.0

85.4

358.0

108.8

460.0

127.7

584.0

146.7

54

4.5

156.0

54.8

258.0

85.9

360.0

109.2

462.0

128.0

588.0

147.3

56

5.9

158.0

55.5

260.0

86.4

362.0

109.6

464.0

128.3

592.0

147.9

58

7.3

160.0

56.2

262.0

86.9

364.0

110.0

466.0

128.7

596.0

148.4

60

8.6

162.0

57.0

264.0

87.4

366.0

110.4

468.0

129.0

600.0

149.0

62

10.0

164.0

57.7

266.0

87.9

368.0

110.8

470.0

129.3

604.0

149.5

64

11.3

166.0

58.4

268.0

88.4

370.0

111.2

472.0

129.7

608.0

150.1

66

12.6

168.0

59.0

270.0

88.9

372.0

111.6

474.0

130.0

612.0

150.6

68

13.8

170.0

59.8

272.0

89.4

374.0

112.0

476.0

130.3

616.0

151.2

70

15.1

172.0

60.5

274.0

89.9

376.0

112.4

478.0

130.7

620.0

151.7

72

16.3

174.0

61.1

276.0

90.4

378.0

112.6

480.0

131.0

624.0

152.3

74

17.5

176.0

61.8

278.0

90.9

380.0

113.1

482.0

131.3

628.0

152.8

76

18.7

178.0

62.5

280.0

91.4

382.0

113.5

484.0

131.6

632.0

153.4

78

19.8

180.0

63.1

282.0

91.9

384.0

113.9

486.0

132.0

636.0

153.9

80

21.0

182.0

63.8

284.0

92.4

386.0

114.3

488.0

132.3

640.0

154.5

82

22.1

184.0

64.5

286.0

92.8

388.0

114.7

490.0

132.6

644.0

155.0

84

23.2

186.0

65.1

288.0

93.3

390.0

115.0

492.0

132.9

648.0

155.5

86

24.3

188.0

65.8

290.0

93.8

392.0

115.5

494.0

133.3

652.0

156.1

88

25.4

190.0

66.4

292.0

94.3

394.0

115.8

496.0

133.6

656.0

156.6

90

26.4

192.0

67.0

294.0

94.8

396.0

116.2

498.0

133.9

660.0

157.1

92

27.4

194.0

67.7

296.0

95.2

398.0

116.6

500.0

134.0

664.0

157.7

94

28.5

196.0

68.3

298.0

95.7

400.0

117.0

502.0

134.5

668.0

158.2

96

29.5

198.0

68.9

300.0

96.2

402.0

117.3

504.0

134.8

672.0

158.7

98

30.5

200.0

69.5

302.0

96.6

404.0

117.7

506.0

135.2

676.0

159.2

100

31.2

202.0

70.1

304.0

97.1

406.0

118.1

508.0

135.5

680.0

159.8

102

32.2

204.0

70.7

306.0

97.5

408.0

118.5

510.0

135.8

684.0

160.3

104

33.2

206.0

71.4

308.0

98.0

410.0

118.8

512.0

136.1

688.0

160.8

106

34.1

208.0

72.0

310.0

98.4

412.0

119.2

514.0

136.4

692.0

161.3

108

35.1

210.0

72.6

312.0

98.9

414.0

119.6

516.0

136.7

696.0

161.8

110

35.5

212.0

73.2

314.0

99.3

416.0

119.9

518.0

137.0

 

 

112

36.9

214.0

73.8

316.0

99.7

418.0

120.3

520.0

137.3

 

 

*Based on ALLIED SIGNAL Data

39

Image 39
Contents Service Instructions Servicing Scheduled MaintenanceProduct Design System Operation16B Checking Fan & Blower Motor ECM Motors Wiring DiagramsImportant Information Recognize Safety SYMBOLS, Words and LabelsSafe Refrigerant Handling Product Identification Part Number Description Fits Models AccessoriesFilter Size 16 x 25 x Requires 1 filterMeasurement in inches MOTORIZED/MANUAL Fresh AIR Dampers Downflow Applications ACCESSORIES*PH1524-60M4Model Model Return SupplyEconomizer GPH13MED103 PGC101/102/103 46 1/4 39 3/8 14 1/2 12 1/2 x 15 x 22 1/2 Roof CurbsLocation & Clearances Product DesignIndoor Blower Motor CompressorsLine Voltage Wiring Electrical WiringCooling Cycle System OperationCooling Heating CycleAirflow Adjustments for Indoor Blower Motor Defrost CycleFAN Operation CFM Delivery Thermostat Fan Only ModeCFM Trim Adjust Thermostat WiringTypical Heat Pump System in Heating Typical Heat Pump System in CoolingScheduled Maintenance Once a MonthOnce a Year Servicing Cooling /HEAT PUMP- Service Analysis GuideLine Voltage NOW Present Checking VoltageIndoor Blower Motor Checking Wiring3B Cooling Anticipator 3C Heating AnticipatorChecking Contactor Contacts Single PhaseThree Phase Checking Transformer and Control CircuitChecking Loss of Charge Protector Checking High Pressure ControlChecking Capacitor RELAY, Start 15A Resistance Check15B Capacitance Check AmmeterAPH15 M Series Only Checking MotorsChart on Next Chart from Previous GE X13TM Motor Connections 16D Checking GE X13TM MotorsChecking Compressor Windings GPH15 M Series OnlyCompressor Ground Test Testing Compressor Windings17A Resistance Test 17B Ground Test17C Unloader Test Procedure Unloader Test Procedure17D Operation Test Checking Reversing Valve and Solenoid Testing Crankcase HeaterTesting Defrost Control Testing Defrost ThermostatBrazing Materials Leak Testing Nitrogen or NITROGEN-TRACEDRefrigeration Repair Practice EvacuationAn inaccurately charged system will cause future prob- lems ChargingTXV Valves Final Charge AdjustmentChecking Compressor Efficiency Thermostatic Expansion ValveSuperheat Superheat and Subcooling Adjustment on TXV ApplicationsOverfeeding UnderfeedingHeat Pump Heating Cycle Checking SubcoolingTwo Speed Application *PH1548**-*PH1560 Subcooling = SAT. Liquid TEMP. Liquid Line TempPressure vs. Temperature Chart 410A Required Liquid Line Temperature NON-CONDENSABLES Checking Expansion Valve OperationChecking Restricted Liquid Line Refrigerant OverchargeSuction Line Drier Clean-Up Method Reversing Valve ReplacementTotal External Static Checking Temperature RiseChecking Temperature Rise Checking External Static PressureOT18-60A Outdoor Thermostat Wiring DiagramsRoom Thermostat PH15**M4 Single Phase HKR** Heat KITGPH13MED Economizer for *PH15**M4 Diagrams
Related manuals
Manual 26 pages 45.36 Kb

R-410A specifications

Goodman Manufacturing, a well-respected name in the HVAC industry, has made significant advancements with their R-410A refrigerant technology. R-410A, a hydrofluorocarbon (HFC), has positioned itself as a superior alternative to the older R-22 refrigerant, which has been phased out due to its ozone-depleting properties. Goodman’s commitment to energy efficiency and environmental sustainability is well reflected in their use of R-410A in their air conditioning and heat pump systems.

One of the main features of Goodman’s R-410A systems is their exceptional energy efficiency. The R-410A refrigerant operates at a higher pressure than R-22, which allows for better heat transfer and improved cooling capacity. This results in reduced energy consumption and lower utility bills for consumers. Goodman’s air conditioning units designed for use with R-410A are often rated with high Seasonal Energy Efficiency Ratio (SEER) ratings, making them an eco-friendly choice for residential and commercial applications.

Another notable technology employed by Goodman is their commitment to reliable performance through advanced compressor designs. Goodman's scroll compressors are optimized for R-410A, ensuring quieter operation and reducing vibration levels. These compressors are known for their efficiency and longevity, making them a favorite among homeowners seeking dependable and durable climate control solutions.

Goodman's multi-stage cooling systems that utilize R-410A offer precise temperature control and enhanced comfort. By controlling the speed of the compressor, Goodman’s units can adjust output according to the heating or cooling demand, maximizing comfort while minimizing energy waste. This adaptability not only enhances indoor air quality but also contributes to a greener environment by using less energy.

Furthermore, Goodman incorporates high-tech diagnostic controls into their systems. These controls provide real-time performance data, allowing homeowners and technicians to monitor system status and troubleshoot issues more easily. By using R-410A combined with these innovative technologies, Goodman emphasizes reliability and user-friendly operation.

In conclusion, Goodman Manufacturing’s use of R-410A refrigerant reflects their dedication to efficiency, reliability, and environmental stewardship in HVAC solutions. The combination of advanced compressor technologies, high energy efficiency, and innovative controls solidifies Goodman’s reputation as a leader in the industry, offering homeowners and businesses the comfort and peace of mind they deserve.