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38

PTAC-SVX01C-EN

Maintenance

Table 27.

 Thermistor indoor coil 

resistance

x (C°)

Rmin 

(k

)

Rnom

(k

)

Rmax

(k

)

-40.0

327.6037 342.7771 358.6311

-39.0

306.4713 320.4512 335.0471

-38.0

286.8464 299.7818 313.1748

-37.0

268.6117 380.4928 292.8787

-36.0

251.6597 262.6189 274.0353

-35.0

235.8919 246.0045 258.5312

-34.0

221.2181 230.5528 240.2626

-33.0

207.5554 216.1750 225.1344

-32.0

194.8276 202.7896 211.0696

-31.0

182.9649 190.3219 197.9580

-30.0

171.9031 178.7032 186.7663

-29.0

161.5829 167.8703 174.3869

-28.0

161.9502 157.7652 163.7880

-27.0

142.9647 148.3344 163.9026

-26.0

134.5504 139.5289 144.6781

-25.0

126.6948 131.3031 126.0653

-24.0

119.3487 123.6155 128.0227

-23.0

112.4758 116.4275 120.5064

-22.0

106.0429 109.7036 113.4795

-21.0

100.0191 103.4109 106.9073

-20.0

94.3758

97.5193

100.7575

-19.0

89.0868

92.0070

95.0050

-18.0

84.1276

86.8293

89.6087

-17.0

79.4758

81.9811

84.5569

-16.0

75.1104

77.4341

79.8216

-15.0

71.0121

73.1677

75.3810

-14.0

67.1629

69.1629

71.2151

-13.0

63.5463

65.4021

67.3053

-12.0

60.1468

61.8691

63.6342

-11.0

56.9501

68.6487

60.1860

-10.0

53.9430

55.4269

56.9458

-9.0

51.1130

52.4905

53.8998

-8.0

48.4488

49.7278

51.0353

-7.0

45.9395

47.1271

48.3404

-6.0

43.5756

44.6782

45.8041

-5.0

41.3475

42.3713

43.4161

-4.0

39.2467

40.1974

41.1670

-3.0

37.2652

38.1480

39.0478

-2.0

35.3956

36.2153

37.0504

-1.0

33.6309

34.3920

35.1569

0.0

31.9646

32.6713

33.3904

1.0

30.3900

31.4600

31.7132

2.0

28.9023

29.5113

30.1303

3.0

27.4964

28.0617

28.6358

4.0

26.1673

26.6919

27.2244

5.0

24.9103

25.3971

25.8909

6.0

23.7211

24.1727

24.6306

7.0

22.5967

23.0148

23.4391

8.0

21.5303

21.9188

22.3122

9.0

20.5214

20.8816

21.2461

10.0

19.5667

19.8995

20.2371

11.0

18.6600

18.9693

19.2819

12.0

17.8015

18.0880

18.3773

13.0

18.9874

17.2527

17.5204

14.0

16.2153

16.4608

16.7083

15.0

16.4827

16.7098

16.9385

16.0

14.7874

14.9973

16.2087

17.0

14.1272

14.3212

14.5164

18.0

13.5003

13.6794

13.8595

19.0

12.9048

13.0700

13.2381

20.0

12.3389

12.4912

12.6442

21.0

11.8010

11.9413

12.0821

22.0

11.2895

11.4187

11.5482

23.0

10.8031

10.9219

11.0408

24.0

10.3404

10.4494

10.5585

25.0

9.9000

10.0000

10.1000

26.0

9.4726

9.5724

9.6724

27.0

9.0659

9.1656

9.2652

28.0

8.6790

8.7781

8.8774

29.0

8.3106

8.4091

8.6078

30.0

7.9600

8.0577

8.6078

31.0

7.6280

7.7229

7.8203

32.0

7.3078

7.4089

7.5004

33.0

7.0047

7.0997

7.1952

34.0

6.7157

6.8087

6.9042

35.0

6.4402

6.5330

6.6264

36.0

6.1775

6.2691

6.3614

37.0

5.9269

6.0173

6.1083

38.0

5.6878

6.7769

5.8667

39.0

5.4598

5.5474

5.6359

40.0

5.2418

5.3282

5.4154

41.0

5.0388

5.1188

5.2047

42.0

4.8351

4.9188

5.0033

43.0

4.6454

4.7275

4.8107

44.0

4.4640

4.5449

4.6268

45.0

4.2907

4.3701

4.4504

46.0

4.1300

4.2050

4.2850

47.0

3.9665

4.0432

4.1207

48.0

3.8161

3.8902

3.9663

49.0

3.6701

3.7438

3.8185

Table 27.

 Thermistor indoor coil 

resistance (continued)

x (C°)

Rmin 

(k

)

Rnom

(k

)

Rmax

(k

)

50.0

3.5314

3.6037

3.6770

51.0

3.3982

3.4691

3.6410

52.0

3.2707

3.3402

3.4107

53.0

3.1487

3.2169

3.2860

54.0

3.0320

3.0967

3.1665

55.0

2.9201

2.9856

3.0519

56.0

2.8130

2.8771

2.9422

57.0

2.7104

2.7732

2.8370

58.0

2.6121

2.6736

2.7380

59.0

2.5179

2.5781

2.6393

60.0

2.4276

2.4855

2.5464

61.0

2.3410

2.3986

2.4573

62.0

3.2579

2.3144

2.3719

63.0

2.1782

2.2335

2.2898

64.0

2.1018

2.1559

2.2110

65.0

2.0284

2.0813

2.1353

66.0

1.9580

2.0098

2.0628

67.0

1.8904

1.9411

1.9928

68.0

1.8255

1.8750

1.9257

69.0

1.7631

1.8116

1.8612

70.0

1.7631

1.8116

1.8512

71.0

1.6456

1.6921

1.7395

72.0

1.5903

1.6357

1.6822

73.0

1.5371

1.5816

1.6270

74.0

1.4860

1.5816

1.6270

75.0

1.4368

1.4793

1.5229

76.0

1.3895

1.4311

1.4737

77.0

1.3440

1.3847

1.4284

78.0

1.3003

1.3400

1.3809

79.0

1.2581

1.2970

1.3370

80.0

1.2176

1.2558

1.2947

81.0

1.1785

1.2158

1.2540

82.0

1.1409

1.1773

1.2148

83.0

1.1047

1.1403

1.1770

84.0

1.0698

1.1047

1.1405

85.0

1.0362

1.0703

1.1054

86.0

1.0038

1.0372

1.0715

87.0

0.9726

1.0052

1.0388

88.0

0.9425

0.9744

1.0073

89.0

0.9135

0.9447

0.9769

90.0

0.8858

0.9161

0.9476

Table 27.

 Thermistor indoor coil 

resistance (continued)

x (C°)

Rmin 

(k

)

Rnom

(k

)

Rmax

(k

)

Содержание PTAC-SVX01C-EN

Страница 1: ...ation Operation and Maintenance September 2006 PTAC SVX01C EN PTEE070 PTHE070 7 000 Btuh PTEE090 PTHE 090 9 000 Btuh PTEE120 PTHE120 12 000 Btuh PTEE150 PTHE150 15 000 Btuh Packaged Terminal Air Condi...

Страница 2: ...e of Operation 21 Maintenance 30 Refrigeration System Service 31 Brazing 32 Evacuation 33 Cooling Performance Test 35 Ground Test 37 Table 27 Thermistor indoor coil resistance 38 Diagnostics 41 Table...

Страница 3: ...es each unit An explanation of the identification code that appears on the unit nameplate is shown below The model number helps owner operator installing contractors and service technicians to define...

Страница 4: ...e containing Hydrogen Chlorine Fluorine and Carbon HCFCs Not all refrigerants containing these compounds have the same potential impact to the environment The manufacturer advocates the responsible ha...

Страница 5: ...g equipment per the MSDS Use equipment and methods which will pull the lowest possible system vacuum while recovering and condensing refrigerant Equipment capable of pulling a vacuum of less than 1 00...

Страница 6: ...Installation framing with lintel Under these circumstances careful jobsite analysis and cautions are required Consult your local HVAC representative before attempting such installations Checklist The...

Страница 7: ...nt and the finished wall dimension C must be between 3 and 3 1 8 If this dimension is more than 3 1 8 there will be a gap between the front and the wall This gap could permit occupant access to hydron...

Страница 8: ...8 PTAC SVX01C EN Unit Dimensions Figure 4 Unit with wall sleeve and subbase accessory Figure 5 Wall Sleeve Unit Dimensions...

Страница 9: ...r discharge Unit controls compartment 1 20 1 4 16 1 5 1 1 20 53 2 3 PTAC Air inlet Steam inlet and outlet connection right hand coil connection Steam water coil position Hotwater or steam inlet and ou...

Страница 10: ...nit Doing so may cause a fire CAUTION Use Copper Conductors Only Unit terminals are not designed to accept other types of conductors Failure to use copper conductors may result in equipment damage Ele...

Страница 11: ...heat pumps have electric heat ii Minimum voltage on 230 208 volt models is 187 volts maximum is 253 volts Minimum voltage on 265 volt models is 239 volts max imum is 292 volts iii Total watts for 7 0...

Страница 12: ...g could result in death or serious injury Install components in this order 1 Remove rear closure panel from wall sleeve 2 Install drain kit optional 3 Install outdoor air grille in wall sleeve Figure...

Страница 13: ...ight to left with a slight downward pitch from the indoor side to the outdoor side Note If equipment is 230 208 volt verify the electrical receptacle is located within 52 inches of the sleeve s right...

Страница 14: ...SW002 230 208 V Option 1 Required Universal Power Cord 15 20 or 30 Amp BAYPCRD001 BAYPCRD002 BAYPCRD003 Optional Power Switch BAYPSW002 Option 2 Required Universal Subbase BAYSUB001 Socket for subbase...

Страница 15: ...L W Y O High Heat Pump 24 0 0 24 0 Heat PTHE Heat Pump Auxiliary is Electric only Low Heat Pump 0 24 0 24 0 Heat High Emgcy Heat 24 0 24 0 0 Heat 24 0 24 24 0 Electric Heat Only Low Emgcy Heat 0 24 24...

Страница 16: ...fan speed There are two fan speeds to choose from 1 LOW default for first power up 2 HIGH Field commissioning support Manual Test Mode A manual test mode is provided to allow a field technician to ver...

Страница 17: ...e present The configuration set up mode is entered by pressing and holding the MODE and FAN buttons simultaneously for 5 seconds Table 9 Set point configuration Configuration step Step description Con...

Страница 18: ...elections is Range 0 F to 20 F 0 0 C to 11 0 C Resolution 1 0 F 0 5 C 5 Display Unit set up The user can change the way the interface module displays temperature The symbols F and C will not be presen...

Страница 19: ...ill run continuously at the user selected fan speed during FAN EMS has no affect 1 Indoor fan will normally run continuously at the user selected fan speed Indoor fan will not run when the user mode i...

Страница 20: ...f OnOff N A Off Off N A Off Off On 20 sec Exit Table 15 PTHE manual test sequence Step Indoor Fan High Indoor Fan Low Remote Fan Outdoor Fan Condensate Pump Comp Reversing Valve Aux Heat Ventilation D...

Страница 21: ...ltage power source that can accommodate either a manual auto changeover or programmable thermostat Setpoint Limiting The setpoint limiting feature reduces energy costs by controlling the maximum setpo...

Страница 22: ...16 User inputs Input Function TB1 Remote display communications link Remote display communications link TB2 EN Energy management system input VT Ventilation input O Reversing valve class 2 thermostat...

Страница 23: ...fm wet 0 3 esp lo 250 191 225 225 294 191 225 225 320 266 294 294 290 320 320 Indoor cfm dry 0 3 esp hi 312 260 290 290 350 260 290 290 400 320 350 350 365 400 400 Indoor cfm dry 0 3 esp lo 280 235 26...

Страница 24: ...9 2 9 2 9 Airflow Indoor cfm wet 0 3 esp hi 225 256 256 225 256 256 295 325 325 320 350 350 Indoor cfm wet 0 3 esp lo 191 225 225 191 225 225 266 294 294 290 320 320 Indoor cfm dry 0 3 esp hi 260 290...

Страница 25: ...36 32 33 29 33 29 30 75 70 12 16 13 16 10 15 10 14 65 18 22 18 21 15 20 15 19 60 25 28 23 26 21 25 20 24 55 31 34 28 31 26 30 26 28 70 65 12 15 12 14 9 13 9 13 60 17 20 16 18 13 17 13 17 55 22 24 20 2...

Страница 26: ...3 80 2 1 2 4 2 0 2 2 2 8 3 3 2 3 2 6 4 7 4 6 3 2 3 6 5 3 6 4 4 6 5 1 Table 22 Cooling amperage heat pumps Condenser inlet air temp PTHE0701 PTHE0702 PTHE0901 PTHE0902 PTHE1201 PTHE1202 PTHE1501 PTHE15...

Страница 27: ...985 1110 1240 75 500 535 610 655 880 965 1080 1220 70 480 520 600 645 855 940 1060 1190 65 465 500 580 625 940 922 1030 1265 Table 24 Heat pump reverse cycle heating capacity PTEE07 PTEE09 PTEE12 PTEE...

Страница 28: ...lastic Front Cover 3 PLASTIC FRONT COVER FOR PTAC BAYPCVR001 Connector for Hardwire 4 CONNECTOR FOR HARDWIRE KIT 208 230V 15 AMP BAYCNHK011 CONNECTOR FOR HARDWIRE KIT 208 230V 20 AMP BAYCNHK012 CONNEC...

Страница 29: ...ning L Left hand hot water coil connection Standard Stocked R Right hand hot water coil connection Not Stocked Kick Plate S Standard 2 to 6 adjustable kick plate E Extended standard base kick plate 7...

Страница 30: ...ressure cleaner because it could spray the side or top panel insulation material and cause future air quality problems like mold and mildew Clean side and top panel insulation material with a lint bru...

Страница 31: ...g equipment is necessary Nitrogen of no more than 0 0012 grains of moisture Vacuum pump capable of evacuating to a minimum of 50 microns Micron gauge to check vacuum Refrigerant charging cylinder accu...

Страница 32: ...on the cylinder and manifold and allow the pressure to build up within the system Check for and handle leaks as described above After the test has been completed recover the test charge evacuate the...

Страница 33: ...contact with sludge or oil may cause minor or moderate injury Thoroughly evacuate the system using a high vacuum pump capable of producing a vacuum equivalent to 50 microns and a thermocouple vacuum g...

Страница 34: ...Do not charge in a liquid form 4 Close the low side valve on the manifold and pinch off both process tubes Remove the manifold set Crimp shut the open ends of the process tubes and braze 5 Recheck fo...

Страница 35: ...btained in Step A Use the remainder temperature to calculate from the cooling change of temperature in the Maintenance general information section Example Assume a PTHE1501 unit is under test and the...

Страница 36: ...injury WARNING Hazardous Voltage Disconnect all electric power including remote disconnects before servicing Follow proper lockout tagout procedures to ensure the power can not be inadvertently energi...

Страница 37: ...equal the line size and the fuses in the test line must be of the proper size and type 2 Connect a good capacitor of the right MFD and voltage rating into the circuit as shown in Figure 40 3 Carefully...

Страница 38: ...5 19 0 12 9048 13 0700 13 2381 20 0 12 3389 12 4912 12 6442 21 0 11 8010 11 9413 12 0821 22 0 11 2895 11 4187 11 5482 23 0 10 8031 10 9219 11 0408 24 0 10 3404 10 4494 10 5585 25 0 9 9000 10 0000 10 1...

Страница 39: ...completely open when the outdoor ambient temperature falls to 50 F WARNING Hazardous Voltage Disconnect all electric power including remote disconnects before servicing Follow proper lockout tagout pr...

Страница 40: ...he control by removing the wire junction box cover on the partition panel above the control panel cover Control Board Replacement Procedure WARNING Hazardous Voltage Disconnect all electric power incl...

Страница 41: ...ence By default the controller will attempt to reset all diagnostics at power up Diagnostics present at power up and those that occur after power up will be handled according to the defined unit diagn...

Страница 42: ...ate For the controller to operate normally it must have an input voltage of 230 208 265 VAC Manual output test The controller includes a manual output test sequence you can use to verify output operat...

Страница 43: ...er to operate normally it must have an input voltage of 115 or 230 208 265 VAC Manual output test The controller includes a manual output test sequence you can use to verify output operation and assoc...

Страница 44: ...nt and correct for normal operation Normal operation Condensate Pump is available only with Heat Pumps Unit is in active defrost or outdoor temperature is below enable point Unit wiring The wiring bet...

Страница 45: ...265 K8 HEAT K9 COOL P8 P9 P10 RF C R W GL O VT EN Y GH TB2 TB1 P4 P3 P2 P1 AIR COIL F1 T1 Cond Vent Fan Rev Valve P15 P14 P13 P12 P11 CP CONDENSATE PUMP RD RED PVD POWER VENTILATION DOOR GR GREEN RVS...

Страница 46: ...NO 208 230 265 K8 HEAT K9 COOL P8 P9 P10 RF C R W GL O VT EN Y GH TB2 TB1 P4 P3 P2 P1 AIR COIL F1 T1 Cond Vent Fan Rev Valve P15 P14 P13 P12 P11 CP CONDENSATE PUMP RD RED PVD POWER VENTILATION DOOR GR...

Страница 47: ...COM NO K8 HEAT K9 COOL RF C R W GL O VT EN Y GH TB2 TB1 P4 P3 P2 P1 AIR COIL F1 T1 Cond Vent Fan Rev Valve P15 P14 P13 P12 P11 CP CONDENSATE PUMP RD RED PVD POWER VENTILATION DOOR GR GREEN RVS REVERS...

Страница 48: ...K8 HEAT K9 COOL RF C R W GL O VT EN Y GH TB2 TB1 P4 P3 P2 P1 AIR COIL F1 T1 Cond Vent Fan Rev Valve P15 P14 P13 P12 P11 CP CONDENSATE PUMP RD RED PVD POWER VENTILATION DOOR GR GREEN RVS REVERSING VALV...

Страница 49: ...PTAC SVX01C EN 49 Wiring Diagram Figure 33 Energy management system Figure 34 3rd party class 2 thermostat wiring Figure 35 Remote display wiring R W Y GH GL O VT EN R W Y GH GL O VT EN _ _...

Страница 50: ...terials free of charge This includes parts and labor Limited 2nd through 5th Year Functional Parts Warranty During the 2nd through 5th year Trane will provide functional parts which prove to be defect...

Страница 51: ......

Страница 52: ...VX01C EN Date 09 06 Supersedes PTAC SVX01B EN Stocking Location Webb Mason The manufacturer has a policy of continuous product and product data improvement and reserves the right to change design and...

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