Carrier 30GTN Service And Troubleshooting Manual Download | Manualshive

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Table 31A — 10K Thermistor Temperatures (°F) vs Resistance/Voltage Drop

(For Thermistor T10)

TEMP

(F)

VOLTAGE

DROP

(V)

RESISTANCE

(Ohms)

−25

4.758

196,453

−24

4.750

189,692

−23

4.741

183,300

−22

4.733

177,000

−21

4.724

171,079

−20

4.715

165,238

−19

4.705

159,717

−18

4.696

154,344

−17

4.686

149,194

−16

4.676

144,250

−15

4.665

139,443

−14

4.655

134,891

−13

4.644

130,402

−12

4.633

126,183

−11

4.621

122,018

−10

4.609

118,076

−9

4.597

114,236

−8

4.585

110,549

−7

4.572

107,006

−6

4.560

103,558

−5

4.546

100,287

−4

4.533

97,060

−3

4.519

94,020

−2

4.505

91,019

−1

4.490

88,171

0

4.476

85,396

1

4.461

82,729

2

4.445

80,162

3

4.429

77,662

4

4.413

75,286

5

4.397

72,940

6

4.380

70,727

7

4.363

68,542

8

4.346

66,465

9

4.328

64,439

10

4.310

62,491

11

4.292

60,612

12

4.273

58,781

13

4.254

57,039

14

4.235

55,319

15

4.215

53,693

16

4.195

52,086

17

4.174

50,557

18

4.153

49,065

19

4.132

47,627

20

4.111

46,240

21

4.089

44,888

22

4.067

43,598

23

4.044

42,324

24

4.021

41,118

25

3.998

39,926

26

3.975

38,790

27

3.951

37,681

28

3.927

36,610

29

3.903

35,577

30

3.878

34,569

31

3.853

33,606

32

3.828

32,654

33

3.802

31,752

34

3.776

30,860

35

3.750

30,009

36

3.723

29,177

37

3.697

28,373

38

3.670

27,597

39

3.654

26,838

40

3.615

26,113

41

3.587

25,396

42

3.559

24,715

43

3.531

24,042

44

3.503

23,399

45

3.474

22,770

46

3.445

22,161

47

3.416

21,573

48

3.387

20,998

49

3.357

20,447

50

3.328

19,903

51

3.298

19,386

52

3.268

18,874

53

3.238

18,384

54

3.208

17,904

55

3.178

17,441

56

3.147

16,991

57

3.117

16,552

58

3.086

16,131

59

3.056

15,714

60

3.025

15,317

TEMP

(F)

VOLTAGE

DROP

(V)

RESISTANCE

(Ohms)

61

2.994

14,925

62

2.963

14,549

63

2.932

14,180

64

2.901

13,824

65

2.870

13,478

66

2.839

13,139

67

2.808

12,814

68

2.777

12,493

69

2.746

12,187

70

2.715

11,884

71

2.684

11,593

72

2.653

11,308

73

2.622

11,031

74

2.592

10,764

75

2.561

10,501

76

2.530

10,249

77

2.500

10,000

78

2.470

9,762

79

2.439

9,526

80

2.409

9,300

81

2.379

9,078

82

2.349

8,862

83

2.319

8,653

84

2.290

8,448

85

2.260

8,251

86

2.231

8,056

87

2.202

7,869

88

2.173

7,685

89

2.144

7,507

90

2.115

7,333

91

2.087

7,165

92

2.059

6,999

93

2.030

6,838

94

2.003

6,683

95

1.975

6,530

96

1.948

6,383

97

1.921

6,238

98

1.894

6,098

99

1.867

5,961

100

1.841

5,827

101

1.815

5,698

102

1.789

5,571

103

1.763

5,449

104

1.738

5,327

105

1.713

5,210

106

1.688

5,095

107

1.663

4,984

108

1.639

4,876

109

1.615

4,769

110

1.591

4,666

111

1.567

4,564

112

1.544

4,467

113

1.521

4,370

114

1.498

4,277

115

1.475

4,185

116

1.453

4,096

117

1.431

4,008

118

1.409

3,923

119

1.387

3,840

120

1.366

3,759

121

1.345

3,681

122

1.324

3,603

123

1.304

3,529

124

1.284

3,455

125

1.264

3,383

126

1.244

3,313

127

1.225

3,244

128

1.206

3,178

129

1.187

3,112

130

1.168

3,049

131

1.150

2,986

132

1.132

2,926

133

1.114

2,866

134

1.096

2,809

135

1.079

2,752

136

1.062

2,697

137

1.045

2,643

138

1.028

2,590

139

1.012

2,539

140

0.996

2,488

141

0.980

2,439

142

0.965

2,391

143

0.949

2,343

144

0.934

2,297

145

0.919

2,253

146

0.905

2,209

TEMP

(F)

VOLTAGE

DROP

(V)

RESISTANCE

(Ohms)

147

0.890

2,166

148

0.876

2,124

149

0.862

2,083

150

0.848

2,043

151

0.835

2,003

152

0.821

1,966

153

0.808

1,928

154

0.795

1,891

155

0.782

1,855

156

0.770

1,820

157

0.758

1,786

158

0.745

1,752

159

0.733

1,719

160

0.722

1,687

161

0.710

1,656

162

0.699

1,625

163

0.687

1,594

164

0.676

1,565

165

0.666

1,536

166

0.655

1,508

167

0.645

1,480

168

0.634

1,453

169

0.624

1,426

170

0.614

1,400

171

0.604

1,375

172

0.595

1,350

173

0.585

1,326

174

0.576

1,302

175

0.567

1,278

176

0.558

1,255

177

0.549

1,233

178

0.540

1,211

179

0.532

1,190

180

0.523

1,169

181

0.515

1,148

182

0.507

1,128

183

0.499

1,108

184

0.491

1,089

185

0.483

1,070

186

0.476

1,052

187

0.468

1,033

188

0.461

1,016

189

0.454

998

190

0.447

981

191

0.440

964

192

0.433

947

193

0.426

931

194

0.419

915

195

0.413

900

196

0.407

885

197

0.400

870

198

0.394

855

199

0.388

841

200

0.382

827

201

0.376

814

202

0.370

800

203

0.365

787

204

0.359

774

205

0.354

762

206

0.349

749

207

0.343

737

208

0.338

725

209

0.333

714

210

0.328

702

211

0.323

691

212

0.318

680

213

0.314

670

214

0.309

659

215

0.305

649

216

0.300

639

217

0.296

629

218

0.292

620

219

0.288

610

220

0.284

601

221

0.279

592

222

0.275

583

223

0.272

574

224

0.268

566

225

0.264

557

61

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Summary of Contents for 30GTN

Page 1: ...ion Provide ad equate ventilation in enclosed or low overhead areas Inhalation of high concentrations of vapor is harmful and may cause heart irregularities unconsciousness or death Misuse can be fatal Vapor is heavier than air and reduces the amount of oxygen available for breathing Product causes eye and skin irritation Decomposition products are hazardous DO NOT attempt to unbraze factory joint...

Page 2: ... 74 START UP CHECKLIST CL 1 to CL 8 GENERAL Unit sizes 230 420 are modular units which are shipped as separate sections modules A and B Installation instruc tions specific to these units are shipped inside the individual modules See Table 1 for a listing of unit sizes and modular combinations For modules 230B 315B follow all general instructions as noted for unit sizes 080 110 For all remain ing m...

Page 3: ...ions the chiller is allowed to operate and respond to the scheduling configuration CCN configuration and set point data See Fig 6 Emergency On Off Switch The Emergency On Off switch should only be used when it is required to shut the chiller off immediately Power to the MBB EMM CXB and marquee display is interrupted when this switch is off and all outputs from these modules will be turned off The ...

Page 4: ...INPUT T1 J8 13 14 MBB Cooler Leaving Fluid T2 J8 11 12 MBB Cooler Entering Fluid T3 J8 21 22 MBB Saturated Condensing Temperature Ckt A T4 J8 15 16 MBB Saturated Condensing Temperature Ckt B T5 J8 24 25 MBB Cooler Suction Temperature Ckt A EXV Only T6 J8 18 19 MBB Cooler Suction Temperature Ckt B EXV Only T7 J5 11 12 EXV Compressor Suction Gas Temperature Ckt A EXV Only T8 J5 9 10 EXV Compressor S...

Page 5: ...3 130 50 Hz 150 210 K2 CXB No Action 040 150 Energize Compressor B3 170 210 K3 CXB Energize Compressor A4 210 Energize Accessory Unloader A2 080 110 K4 CXB Energize Accessory Unloader B2 080 110 K5 CXB Energize Second Stage of Ckt A Condenser Fans 130 50 Hz 150 210 OFM3 OFM9 K6 CXB Energize Second Stage of Ckt B Condenser Fans 130 50 Hz 150 210 OFM4 OFM10 LEGEND OFM Outdoor Fan Motor And associate...

Page 6: ...Fig 1 Typical Control Box 080 110 and Associated Modular Units Shown 6 ...

Page 7: ...Fig 2 24 V Control Schematic Unit Sizes 040 070 7 ...

Page 8: ...Fig 3 24 V Control Schematic Unit Sizes 080 110 230B 315B 8 ...

Page 9: ...Fig 4 24 V Control Schematic Unit Sizes 130 210 230A 315A 330A B 420A B 9 ...

Page 10: ...LED CCN CARRIER COMFORT NETWORK Fig 5 Main Base Board EMERGENCY ON OFF SWITCH ENABLE OFF REMOTE CONTACT SWITCH RESET BUTTON 30GTN R130 210 AND ASSOCIATED MODULES ONLY GFI CONVENIENCE OUTLET ACCESSORY ON 208 230V 460 AND 575V ONLY Fig 6 Enable Off Remote Contact Switch Emergency On Off Switch and Reset Button Locations 10 ...

Page 11: ... cooler tube bundle T3 T4 SATURATED CONDENSING TEMPERATURE SENSORS These 2 thermistors are clamped to the out side of a return bend of the condenser coils T5 T6 COOLER SUCTION TEMPERATURE SEN SORS These thermistors are located next to the refrig erant inlet in the cooler head and are inserted into a friction fit well The sensor well is located directly in the refrigerant path These thermistors are...

Page 12: ... AND ASSOCIATED MODULAR UNITS 130 210 AND ASSOCIATED MODULAR UNITS When thermistor is viewed from perspective where the compressor is on the left and the cooler is on the right Fig 8 Thermistor T3 and T4 Locations 12 ...

Page 13: ...LEGEND EXV Electronic Expansion Valve Fig 9 Compressor Thermistor Locations T7 and T8 Fig 10 Typical Thermistor Location 30GTN R210 315A 390A 420A B Shown 13 ...

Page 14: ... TB5 located in the unit control box Units on the CCN can be monitored from the space at the sensor through the RJ11 connector if desired To wire the RJ11 connector into the CCN Fig 12 IMPORTANT The cable selected for the RJ11 con nector wiring MUST be identical to the CCN commu nication bus wire used for the entire network Refer to table below for acceptable wiring MANUFACTURER PART NO Regular Wi...

Page 15: ...CPCS board contains logic that can detect if the current to ground of any compressor wind ing exceeds 2 5 amps If this condition occurs the CPCS shuts down the compressor Ahigh pressure switch is wired in series between the MBB and the CR or CPCS On compressor A1 and B1 a loss of charge switch is also wired in series with the high pressure switch If the high pressure switch opens during operation ...

Page 16: ... input for Ice Done switch requires field supplied dry contacts capable of handling a 5 vdc 1 to 20 mA load See Demand Limit and Temperature Reset sections on pages 43 and 45 for further details Capacity Control The control system cycles com pressors unloaders and hot gas bypass solenoids to main tain the user configured leaving chilled fluid temperature set point Entering fluid temperature is use...

Page 17: ...ages of capacity This ratio value ranges from 100 to 100 If the next stage of capacity is a compres sor the control starts stops a compressor when the ratio reaches 100 100 If the next stage of capacity is an unloader the control deenergizes energizes an unloader when the ratio reaches 60 60 Unloaders are allowed to cycle faster than compressors to minimize the number of starts and stops on each c...

Page 18: ...1 A2 B1 79 A1 A2 B1 7 92 A1 A2 B1 88 A1 A2 B1 8 100 A1 A2 B1 100 A1 A2 B1 090 245B 60 Hz 1 18 A1 18 B1 2 27 A1 27 B1 3 35 A1 B1 35 A1 B1 4 44 A1 B1 44 A1 B1 5 53 A1 B1 53 A1 B1 6 56 A1 A2 B1 62 A1 B1 B2 7 65 A1 A2 B1 71 A1 B1 B2 8 74 A1 A2 B1 80 A1 B1 B2 9 82 A1 A2 B1 B2 82 A1 A2 B1 B2 10 91 A1 A2 B1 B2 91 A1 A2 B1 B2 11 100 A1 A2 B1 B2 100 A1 A2 B1 B2 090 245B 50 Hz 1 14 A1 14 B1 2 21 A1 21 B1 3 ...

Page 19: ...1 B2 11 100 A1 A2 B1 B2 100 A1 A2 B1 B2 130 60 Hz 1 2 3 4 5 6 7 8 9 10 11 14 21 28 35 42 58 64 71 87 93 100 A1 A1 A1 B1 A1 B1 A1 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 14 21 28 35 42 58 64 71 87 93 100 B1 B1 A1 B1 A1 B1 A1 B1 A1 B1 B2 A1 B1 B2 A1 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 130 50 Hz 1 2 3 4 5 6 7 8 9 10 11 12 13 14 10 14 26 35 39 44 53 57 69 78 82 87 96 10...

Page 20: ...2 76 81 91 96 100 A1 A1 A1 B1 A1 B1 A1 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 9 14 19 23 28 38 43 47 52 57 61 72 76 81 91 96 100 B1 B1 A1 B1 A1 B1 A1 B1 A1 B1 B2 A1 B1 B2 A1 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 B3 A1 A2 B1 B2 B3 A1 A2 B1 B2 B3 A1 A2 A3 B1 B...

Page 21: ... A1 B1 49 A1 B1 4 65 A1 B1 57 A1 B1 5 73 A1 B1 73 A1 B1 6 76 A1 A2 B1 76 A1 A2 B1 7 92 A1 A2 B1 84 A1 A2 B1 8 100 A1 A2 B1 100 A1 A2 B1 080 230B 60 Hz 1 11 A1 15 B1 2 22 A1 30 B1 3 34 A1 44 B1 4 41 A1 B1 48 A1 B1 5 55 A1 B1 63 A1 B1 6 67 A1 B1 78 A1 B1 7 78 A1 B1 85 A1 A2 B1 8 89 A1 A2 B1 100 A1 A2 B1 9 100 A1 A2 B1 080 230B 50 Hz 1 8 A1 13 B1 2 17 A1 25 B1 3 25 A1 38 B1 4 33 A1 B1 50 A1 B1 5 46 A...

Page 22: ...3 B1 3 20 A1 20 B1 4 26 A1 B1 26 A1 B1 5 33 A1 B1 33 A1 B1 6 40 A1 B1 40 A1 B1 7 43 A1 A2 B1 43 A1 B1 B2 8 50 A1 A2 B1 50 A1 B1 B2 9 57 A1 A2 B1 57 A1 B1 B2 10 63 A1 A2 B1 63 A1 B1 B2 11 70 A1 A2 B1 70 A1 B1 B2 12 74 A1 A2 B1 B2 74 A1 A2 B1 B2 13 80 A1 A2 B1 B2 80 A1 A2 B1 B2 14 89 A1 A2 B1 B2 87 A1 A2 B1 B2 15 93 A1 A2 B1 B2 93 A1 A2 B1 B2 16 100 A1 A2 B1 B2 100 A1 A2 B1 B2 110 290B 315B 60 Hz 1 ...

Page 23: ...39 43 47 56 64 65 74 82 83 91 100 B1 B1 B1 A1 B1 A1 B1 A1 B1 B2 A1 B1 B2 A1 B1 B2 A1 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 150 230A 245A 255A 60 Hz 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 6 11 15 24 33 38 42 49 53 58 66 75 80 85 91 95 100 A1 A1 A1 A1 B1 A1 B1 A1 B1 A1 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1...

Page 24: ...1 B1 A1 B1 A1 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 5 9 14 14 19 23 28 29 34 38 43 47 48 52 57 61 63 67 72 76 81 82 87 91 96 100 B1 B1 B1 A1 B1 A1 B1 A1 B1 A1 B1 A1 B1 B2 A1 ...

Page 25: ... B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 A4 B1 B2 B3 A1 A2 A3 A4 B1 B2 B3 A1 A2 A3 A4 B1 B2 B3 9 14 17 21 25 37 40 44 48 51 56 67 71 75 78 82 86 92 96 100 B1 B1 A1 B1 A1 B1 A1 B1 A1 B1 B2 A1 B1 B2 A1 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 A1 A2 B1 B2 B3 A1 A2 B1 B2 B3 A1 A2 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 A4 B1 B2 B3 A1 A2 A3 A4 B1 B2 B3 A1 A2 A3 ...

Page 26: ...ity Load Unload Factor The larger this value is set the longer the control will delay between adding or removing stages of capacity Figure 16 shows how compressor starts can be re duced over time if the leaving water temperature is allowed to drift a larger amount above and below the set point This value should be set in the range of 3 0 to 4 0 for systems with small loop volumes First Stage Overr...

Page 27: ...h change of a fan stage the control will wait for one minute for head pressure to stabilize unless T3 and T4 is greater than 125 F 51 6 C in which case all MBB controlled fans start immediately If T3 and T4 are greater than 95 F 35 0 C just prior to circuit start up all MBB controlled fan stages are turned on to prevent excessive dis charge pressure during pull down Fan sequences are shown in Fig ...

Page 28: ...5 6 7 8 B1 Second Stage of Condenser Fans 30GTN R130 60 Hz POWER 5 7 Compressor No A1 6 8 Compressor No B1 1 2 A1 First Stage of Condenser Fans 3 4 9 10 B1 Second Stage of Condenser Fans 30GTN R130 50 Hz 150 210 230A 315A 330A B 420A B POWER 5 7 Compressor No A1 6 8 Compressor No B1 1 11 A1 First Stage of Condenser Fans Circuit A 3 9 A2 Second Stage of Condenser Fans Circuit A 2 12 B1 First Stage ...

Page 29: ... condenser fan cooler pump and alarm relays by changing the item values from OFF to ON These discrete outputs are turned off if there is no keypad activity for 10 minutes Use arrow keys to select desired percentage when testing expansion valves When testing compressors the lead compressor must be started first All compressor outputs can be turned on but the control will limit the rate by staging o...

Page 30: ...t A B Outputs OUTS Ckt A Temperatures CIR A Ckt B Pressures PRC B Head Pressure HEAD Ckt A B CRCT Ckt A CIR A Machine UNIT Unit Date DATE Reset Alarms RCRN Compressor Run Hours HOUR Compressor Tests COMP Ckt B Temperatures CIR B Unit Analog 4 20 Ckt B CIR B Options 1 OPT1 Schedule SCHD Alarm History HIST Compressor Starts STRT Options 2 OPT2 Reset History RHIS Temperature Reset RSET Set Point Sele...

Page 31: ... OF MONTH 01 31 YEAR XXXX YEAR OF CENTURY RUN ENTER HRS U XXXX MACHINE OPERATING HOURS STR U XXXX MACHINE STARTS HOUR ENTER HRS A XXXX CIRCUIT A RUN HOURS HRS B XXXX CIRCUIT B RUN HOURS HR A1 XXXX COMPRESSOR A1 RUN HOURS HR A2 XXXX COMPRESSOR A2 RUN HOURS HR A3 XXXX COMPRESSOR A3 RUN HOURS HR A4 XXXX COMPRESSOR A4 RUN HOURS HR B1 XXXX COMPRESSOR B1 RUN HOURS HR B2 XXXX COMPRESSOR B2 RUN HOURS HR B...

Page 32: ...B 315B Fans 3 4 9 10 130 60 Hz Fan 2 130 50 Hz 150 170 230A 270A 330A B 360B 50 Hz Fans 2 12 190 210 290A 315A 360A 360B 60 Hz 390A B 420A B FR B2 ON OFF FAN B2 RELAY Fans 4 10 130 50 Hz 150 210 230A 315A 330A B 420A B EXV B 0 100 EXV OPEN CLR P ON OFF COOLER PUMP RELAY RMT A ON OFF REMOTE ALARM RELAY COMP ENTER CC A1 ON OFF COMPRESSOR A1 RELAY CC A2 ON OFF COMPRESSOR A2 RELAY CC A3 ON OFF COMPRES...

Page 33: ... DISPLAY ITEM EXPANSION COMMENT PRC A ENTER DP A XXX X PSIG DISCHARGE PRESSURE SP A XXX X PSIG SUCTION PRESSURE PRC B ENTER DP B XXX X PSIG DISCHARGE PRESSURE SP B XXX X PSIG SUCTION PRESSURE Table 11 Set Point Mode and Sub Mode Directory SUB MODE KEYPAD ENTRY ITEM DISPLAY ITEM EXPANSION COMMENT COOL ENTER CSP 1 XXX X F COOLING SETPOINT 1 Default 44 F CSP 2 XXX X F COOLING SETPOINT 2 Default 44 F ...

Page 34: ...N OFF DUAL SETPOINT SWITCH CRCT ENTER FKA1 ON OFF COMPRESSOR A1 FEEDBACK FKA2 ON OFF COMPRESSOR A2 FEEDBACK FKA3 ON OFF COMPRESSOR A3 FEEDBACK FKA4 ON OFF COMPRESSOR A4 FEEDBACK OIL A OPEN CLSE OIL PRESSURE SWITCH A FKB1 ON OFF COMPRESSOR B1 FEEDBACK FKB2 ON OFF COMPRESSOR B2 FEEDBACK FKB3 ON OFF COMPRESSOR B3 FEEDBACK FKB4 ON OFF COMPRESSOR B4 FEEDBACK OIL B OPEN CLSE OIL PRESSURE SWITCH B 4 20 E...

Page 35: ...B1 RELAY FR B2 ON OFF FAN B2 RELAY CC B1 ON OFF COMPRESSOR B1 RELAY CC B2 ON OFF COMPRESSOR B2 RELAY CC B3 ON OFF COMPRESSOR B3 RELAY CC B4 ON OFF COMPRESSOR B4 RELAY UL B1 ON OFF UNLOADER B1 RELAY UL B2 ON OFF UNLOADER B2 RELAY EXV B XXX X EXV OPEN LEGEND EXV Electronic Expansion Valve Table 15 Configuration Mode and Sub Mode Directory SUB MODE KEYPAD ENTRY ITEM DISPLAY ITEM EXPANSION COMMENT DIS...

Page 36: ... X FAN STAGING SELECT 1 2 Stage Independent 190 210 290A 315A 360B 60 Hz 390A B 420A B 2 3 Stage Independent 130 50 Hz 150 170 230A 270A 330A B 360B 50 Hz 3 2 Stage Common 040 090 230B 245B 4 3 Stage Common 100 110 130 60 Hz 255B 315B OPT1 ENTER FLUD X COOLER FLUID Default 1 1 Water 2 Medium Temperature Brine 3 Low Temperature Brine Not Supported HGB S YES NO HOT GAS BYPASS SELECT HPCM X HEAD PRES...

Page 37: ... DGRC XX X DF DEGREES COOL RESET Default 0 F Range 30 to 30 F DMDC X DEMAND LIMIT SELECT Default 0 0 None 1 Switch 2 4 to 20 mA Input 3 CCN Loadshed DM20 XXX DEMAND LIMIT AT 20 MA Default 100 Range 0 to 100 SHNM XXX LOADSHED GROUP NUMBER Default 0 Range 0 to 99 SHDL XXX LOADSHED DEMAND DELTA Default 0 Range 0 to 60 SHTM XXX MIN MAXIMUM LOADSHED TIME Default 60 minutes Range 0 to 120 minutes DLS1 X...

Page 38: ...25 Value flashes 75 Select 75 ENTER 75 Change accepted ESCAPE CRT1 75 Item Value Units scrolls again CRT2 0 Range 0 to 125 F ENTER 0 Scrolling stops ENTER 0 Value flashes 50 Select 50 ENTER 50 Change accepted ESCAPE CRT2 50 Item Value Units scrolls again DGRC 0 Range 30 to 30 F ENTER 0 Scrolling stops ENTER 0 Value flashes 10 Select 10 ENTER 10 Change accepted ESCAPE DGRC 10 Item Value Units scrol...

Page 39: ...DSBL LEAD LAG BALANCE SELECT ENTER DSBL Scrolling stops ENTER DSBL Value flashes ENBL Select Enable ENTER ENBL Change accepted ESCAPE LLBL ENBL SLVA 0 SLAVE ADDRESS ENTER 0 Scrolling stops ENTER 0 Value flashes 6 Select 6 ENTER 6 Change accepted ESCAPE SLVA 6 MSSL MAST MASTER SLAVE SELECT No change needed Default set for Master LLEN DSBL LEAD LAG CHILLER ENABLE ENTER DSBL Scrolling stops ENTER DSB...

Page 40: ... ENTER MON O XX XX MONDAY OCCUPIED TIME Range 00 00 to 23 59 Default 00 00 MON U XX XX MONDAY UNOCCUPIED TIME Range 00 00 to 23 59 Default 00 00 TUE O XX XX TUESDAY OCCUPIED TIME Range 00 00 to 23 59 Default 00 00 TUE U XX XX TUESDAY UNOCCUPIED TIME Range 00 00 to 23 59 Default 00 00 WED O XX XX WEDNESDAY OCCUPIED TIME Range 00 00 to 23 59 Default 00 00 WED U XX XX WEDNESDAY UNOCC TIME Range 00 00...

Page 41: ...MMENT MODE ENTER MD01 ON OFF FSM CONTROLLING CHILLER MD02 ON OFF WSM CONTROLLING CHILLER MD03 ON OFF MASTER SLAVE CONTROL MD04 ON OFF LOW SOURCE PROTECTION MD05 ON OFF RAMP LOAD LIMITED MD06 ON OFF TIMED OVERRIDE IN EFFECT MD07 ON OFF LOW COOLER SUCTION TEMP A MD08 ON OFF LOW COOLER SUCTION TEMP B MD09 ON OFF SLOW CHANGE OVERRIDE MD10 ON OFF MINIMUM OFF TIME ACTIVE MD11 ON OFF LOW SUCTION SUPERHEA...

Page 42: ...UPERHEAT A Circuit A capacity may be limited due to operation of this mode Control will attempt to correct this situation for up to 5 minutes before shutting the circuit down See Alarms and Alerts section for more information 12 LOW SUCTION SUPERHEAT B Circuit B capacity may be limited due to operation of this mode Control will attempt to correct this situation for up to 5 minutes before shutting ...

Page 43: ...xternally powered 4 to 20 mA signal Accessory sensors must be used for OAT and SPT reset HH79NZ014 for OAT and HH51BX006 for SPT The Energy Management Module EMM must be used for tem perature reset using a 4 to 20 mA signal To use the return reset four variables must be configured In the Configuration mode under the sub mode RSET items CRST CRT1 CRT2 and DGRC must be set properly See Table 25 on p...

Page 44: ...equired Connect to EMM J6 2 5 2 Outdoor Air Temperature Connect to TB5 7 8 3 Return Fluid Connect to TB5 5 6 4 Space Temperature CRT1 XXX X F NO COOL RESET TEMP Default 125 F 51 7 C Range 0 to125 F Set to 4 0 for CRST 1 CRT2 XXX X F FULL COOL RESET TEMP Default 0 F 17 8 C Range 0 to 125 F Set to 20 0 for CRST 1 DGRC XX X F DEGREES COOL RESET Default 0 F 0 C Range 30 to 30 F 16 7 to 16 7 C The foll...

Page 45: ... See Table 25 EXTERNALLY POWERED DEMAND LIMIT 4 to 20 mA Controlled To configure Demand Limit for 4 to 20 mA control set the Demand Limit Select DMDC to 2 Then configure the Demand Limit at 20 mA DM20 to the maxi mum loadshed value desired The control will reduce allow able capacity to this level for the 20 mA signal See Table 26 and Fig 21 DEMAND LIMIT CCN Loadshed Controlled To con figure Demand...

Page 46: ... controlling operating suction pressure or super heat there are a number of checks that can be made using the quick test and initialization features built into the ComfortLink control Follow the procedure below to diagnose and correct EXV problems STEP1 CHECK PROCESSOR EXV OUTPUTS Check EXV output signals at the J6 and J7 terminals of the EXV board Turn unit power off Connect the positive lead of ...

Page 47: ...ce valves and close compressor circuit breakers Open liquid line service valve Turn the ENABLE OFF REMOTE contact switch and allow unit to operate Verify proper operation of unit This process of opening and closing the EXV EXV A EXV B under OUTS can be repeated by using these Service Test steps and recycling the control as described in the pre ceding steps If the valve does not operate as describe...

Page 48: ...wire or wiring error 61 Alarm Cooler Entering Fluid Thermistor Failure T2 Thermistor outside range of 40 to 245 F 40 to 118 C Chiller shutdown after pumpdown complete Automatic Thermistor failure damaged cable wire or wiring error 64 Alert Circuit A Saturated Con densing Thermistor Fail ure T3 Thermistor outside range of 40 to 245 F 40 to 118 C Circuit A shutdown after pumpdown com plete EXV only ...

Page 49: ...uit shutdown without going through pump down 1 Automatic reset if corrected 2 Manual Faulty expansion valve or EXV board low re frigerant charge plugged filter drier faulty suction gas ther mistor T7 or cooler thermistor T5 low cooler fluid flow 117 Alert Circuit B Low Cooler Suction Temperature 1 If the saturated suction temperature is 24 to 29 F 13 3 to 16 1 C below cooler LWT and is also 2 F 1 ...

Page 50: ...r failed CXB module 172 Alarm Loss of Communica tion with EXV MBB loses communi cation with EXV Chiller shutdown with out going through pumpdown Automatic Wiring error faulty wiring or failed EXV module 173 Alert Loss of Communica tion with EMM MBB loses communi cation with EMM 4 to 20 mA tempera ture reset disabled Demand Limit set to 100 4 to 20 mA set point disabled Automatic Wiring error fault...

Page 51: ...shutdown with out going through pumpdown Cooler pump shut off if con trol enabled Manual Faulty cooler pump low water flow plugged fluid strainer 950 Alert Loss of Communica tion with WSM No communications have been received by MBB within 5 minutes of last transmission WSM forces removed Chiller runs under own control Automatic Failed module wiring error failed trans former loose connec tion plug ...

Page 52: ...s follows Petroleum Specialties Inc Cryol 150 factory oil charge Texaco Inc Capella WF 32 Witco Chemical Co Suniso 3GS Table 28 Oil Charge COMPRESSOR OIL REQUIRED Pts L 06E250 14 6 6 06E265 19 9 0 06E275 19 9 0 06E299 19 9 0 Do not reuse drained oil or any oil that has been exposed to atmosphere Cooler The cooler is easily accessible from the cooler side of the unit The refrigerant feed components...

Page 53: ...e coupling Damage to the ferrules will result b Reinstall thermistor T1 well and insert thermistor T1 into well c Install thermistor T2 entering fluid temperature so that it is not touching an internal refrigerant tube but so that it is close enough to sense a freeze condition The recommended distance is 1 8 in 3 2 mm from the cooler tube Tighten the packing nut finger tight and then tighten 11 4 ...

Page 54: ...into the tube sheet An 8 crush can be achieved by setting the torque on the gun at 48 to 50 in lb 5 4 to 5 6 N m The following Elliott Co tube rolling tools are required B3400 Expander Assembly B3401 Cage B3405 Mandrel B3408 Rolls Place one drop of Loctite No 675 or equivalent on top of tube prior to rolling This material is intended to wick into the area of the tube that is not rolled into the tu...

Page 55: ...in corrosive environments should have coil clean ing as part of a planned maintenance schedule In this type of application all accumulations of dirt should be cleaned off the coil Do not use high pressure water or air to clean coils fin damage may result Condenser Fans Each fan is supported by a formed wire mount bolted to fan deck and covered with a wire guard The exposed end of fan motor shaft i...

Page 56: ... of the electronic expansion valve stepper motor to maintain 29 F 16 C superheat The superheat leaving cooler is approximately 3 to 5 F 2 to 3 C or less Because EXV status is communicated to the Main Base Board MBB and is controlled by the EXV modules see Fig 27 it is possible to track the valve position By this means head pressure is controlled and unit is protected against loss of charge and a f...

Page 57: ... on servicing filter driers LIQUID LINE SOLENOID VALVE All TXV units have a liquid line solenoid valve to prevent liquid refrigerant mi gration to low side of system during the off cycle LIQUID LINE SERVICE VALVE This valve is located immediately ahead of filter drier and has a 1 4 in Schrader connection for field charging In combination with compres sor discharge service valve each circuit can be...

Page 58: ...mperature determined from thermistor voltage reading should be close 5 F 3 C if care was taken in applying thermocouple and taking readings 2 If a more accurate check is required unit must be shut down and thermistor removed and checked at a known temperature freezing point or boiling point of water us ing either voltage drop measured across thermistor at the J8 or J5 terminals by determining the ...

Page 59: ...7 1 412 3 906 88 1 388 3 814 89 1 365 3 726 90 1 342 3 640 91 1 319 3 556 92 1 296 3 474 93 1 274 3 395 94 1 253 3 318 95 1 231 3 243 96 1 210 3 170 97 1 189 3 099 98 1 169 3 031 99 1 148 2 964 100 1 128 2 898 101 1 109 2 835 102 1 089 2 773 103 1 070 2 713 104 1 051 2 655 105 1 033 2 597 106 1 015 2 542 107 0 997 2 488 108 0 980 2 436 109 0 963 2 385 110 0 946 2 335 111 0 929 2 286 112 0 913 2 23...

Page 60: ...1 24 1 716 5 225 25 1 667 5 000 26 1 619 4 786 27 1 571 4 583 28 1 525 4 389 29 1 480 4 204 30 1 436 4 028 31 1 393 3 861 32 1 351 3 701 33 1 310 3 549 34 1 270 3 404 35 1 231 3 266 36 1 193 3 134 37 1 156 3 008 38 1 120 2 888 39 1 085 2 773 40 1 051 2 663 41 1 019 2 559 42 0 987 2 459 43 0 956 2 363 44 0 926 2 272 45 0 896 2 184 46 0 868 2 101 47 0 841 2 021 48 0 814 1 944 49 0 788 1 871 50 0 763...

Page 61: ... 88 2 173 7 685 89 2 144 7 507 90 2 115 7 333 91 2 087 7 165 92 2 059 6 999 93 2 030 6 838 94 2 003 6 683 95 1 975 6 530 96 1 948 6 383 97 1 921 6 238 98 1 894 6 098 99 1 867 5 961 100 1 841 5 827 101 1 815 5 698 102 1 789 5 571 103 1 763 5 449 104 1 738 5 327 105 1 713 5 210 106 1 688 5 095 107 1 663 4 984 108 1 639 4 876 109 1 615 4 769 110 1 591 4 666 111 1 567 4 564 112 1 544 4 467 113 1 521 4...

Page 62: ...10 449 25 2 500 10 000 26 2 445 9 571 27 2 391 9 164 28 2 337 8 776 29 2 284 8 407 30 2 231 8 056 31 2 178 7 720 32 2 127 7 401 33 2 075 7 096 34 2 025 6 806 35 1 975 6 530 36 1 926 6 266 37 1 878 6 014 38 1 830 5 774 39 1 784 5 546 40 1 738 5 327 41 1 692 5 117 42 1 648 4 918 43 1 605 4 727 44 1 562 4 544 45 1 521 4 370 46 1 480 4 203 47 1 439 4 042 48 1 400 3 889 49 1 362 3 743 50 1 324 3 603 51...

Page 63: ... processor board stops all com pressors in circuit During start up switch is bypassed for 2 minutes CRANKCASE HEATERS Each compressor has a 180 w crankcase heater to prevent absorption of liquid re frigerant by oil in crankcase when compressor is not run ning Heater power source is auxiliary control power inde pendent of main unit power This assures compressor protection even when main unit power ...

Page 64: ...quip ment to which the chiller supplies liquid Consult manu facturer s instructions If the unit has field installed ac cessories be sure all are properly installed and wired correctly Refer to unit wiring diagrams 2 Backseat open compressor suction and discharge shut off valves Close valves one turn to allow refrigerant pres sure to reach the test gages 3 Open liquid line service valves 4 Fill the...

Page 65: ...r master III accessory for more details Brine duty application below 38 F 3 3 C LCWT for chiller normally requires factory modification Contact your Carrier representative for applicable LCWT range for standard water cooled chiller in a specific application VOLTAGE Main Power Supply Minimum and maximum acceptable supply voltages are listed in the Installation Instructions Unbalanced 3 Phase Supply...

Page 66: ...igured for 040 070 sizes Circuit A leads unless an accessory unloader is installed on Circuit B A field con figuration is also available to determine if the unit should stage up both circuits equally or load one circuit completely before bringing on the other When the lead circuit compressor starts the unit starts with a pumpout routine On units with the electronic expansion valve EXV compressor s...

Page 67: ... 100 8 0 EXVAMINP 13 EXV Circ B Min Position 0 to 100 8 0 EXVBMINP 14 Refrigerant 1 R22 2 R134A 1 REFRIG T 15 Low Pressure Setpoint 3 to 60 10 0 PSI LOW PRES 16 Fan Staging Select 1 2 Stage indpt 2 3 Stage indpt 3 2 Stage common 4 3 Stage common 1 FAN TYPE OPTIONS1 Options Configuration DESCRIPTION STATUS DEFAULT POINT 1 Cooler Fluid 1 Water 2 Med Brine 3 Low Brine 1 FLUIDTYP 2 Hot Gas Bypass Sele...

Page 68: ...Deadband Multiplier 1 0 to 4 0 1 0 Z GAIN DISPLAY STDU SETUP DESCRIPTION STATUS DEFAULT UNITS POINT 1 STDU Password nnnn 1111 PASSWORD 2 Password Enable enable disable enable PASS EBL 3 Metric Display Off On Off DISPUNIT 4 Language 0 ENGLISH 1 FRANCAIS 2 ESPANOL 3 PORTUGUES 0 LANGUAGE CONFIG TIMED OVERRIDE SETUP DESCRIPTION STATUS DEFAULT UNITS POINT 1 Schedule Number 0 99 0 SCHEDNUM 2 Override Ti...

Page 69: ... DLSWSP1 13 Demand Limit Switch 2 0 to 100 50 DLSWSP2 14 LEAD LAG 15 Lead Lag Enable Enable Disable Disable LL ENA 16 Master Slave Select Slave Master Master MS SEL 17 Slave Address 0 to 239 0 SLV ADDR 18 Lead Lag Balance Select Enable Disable Disable LL BAL 19 Lead Lag Balance Delta 40 to 400 168 hours LL BAL D 20 Lag Start Delay 0 to 30 5 mins LL DELAY BRODEFS Broadcast POC Definition Table DESC...

Page 70: ... values DESCRIPTION STATUS UNITS POINT FORCEABLE 1 Circuit A Analog Values 2 Percent Total Capacity 0 100 CAPA T N 3 Percent Available Cap 0 100 CAPA A N 4 Discharge Pressure nnn n PSI DP A N 5 Suction Pressure nnn n PSI SP A N 6 Saturated Condensing Tmp snnn n F TMP SCTA N 7 Saturated Suction Temp snnn n F TMP SSTA N 8 Compressor Suction Temp snnn n F CTA TMP N 9 Suction Superheat Temp snnn n F S...

Page 71: ... N 6 Compressor B2 Relay ON OFF K B2 RLY N 7 Compressor B3 Relay ON OFF K B3 RLY N 8 Compressor B4 Relay ON OFF K B4 RLY N 9 Unloader B1 Relay ON OFF UNL B1 N 10 Unloader B2 Relay ON OFF UNL B2 N 11 Hot Gas Bypass Relay ON OFF HGAS N OPTIONS Unit Parameters DESCRIPTION STATUS UNITS POINT FORCEABLE 1 UNIT Analog Values 2 Cooler Entering Fluid snnn n F COOL EWT N 3 Cooler Leaving Fluid snnn n F COOL...

Page 72: ...mpressor B2 Starts nnnnn CY B2 23 Compressor B3 Starts nnnnn CY B3 24 Compressor B4 Starts nnnnn CY B4 ALARMS DESCRIPTION STATUS UNITS POINT 1 Active Alarm 1 Axxx ALARM01C 2 Active Alarm 2 Axxx ALARM02C 3 Active Alarm 3 Axxx ALARM03C 4 Active Alarm 4 Axxx ALARM04C 5 Active Alarm 5 Axxx ALARM05C 6 Active Alarm 6 Axxx ALARM06C 7 Active Alarm 7 Axxx ALARM07C 8 Active Alarm 8 Axxx ALARM08C 9 Active Al...

Page 73: ...Hi Tmp Cool Lo Tmp Heat ON OFF MODE 18 SETPOINT DESCRIPTION STATUS UNITS POINT DEFAULTS 1 COOLING 2 Cool Setpoint 1 20 to 70 F CSP1 44 3 Cool Setpoint 2 20 to 70 F CSP2 44 4 RAMP LOADING 5 Cooling Ramp Loading 0 2 to 2 0 F min CRAMP 1 0 6 HEAD PRESSURE 7 Head Press Stpt A 80 to 140 F HSP A 113 8 Head Press Stpt B 80 to 140 F HSP B 113 LID DEFAULT SCREEN DEFINITION TABLE TYPE 19 HEX DESCRIPTION STA...

Page 74: ...SCRIPTION STATUS POINT WSM Active Yes WSMSTAT Chilled water temp 46 5 F CHWTEMP Equipment status On CHLRST Commanded state Enable Disable None CHLRENA CHW setpoint reset value 2 0 F CHWRVAL Current CHW setpoint 44 0 F CHWSTPT OCCUPANCY MAINTENANCE TABLE OCCUPANCY SUPERVISORY DESCRIPTION STATUS POINT Current Mode 1 Occup 0 1 MODE Current Occup Period 0 8 PER NO Timed Override in Effect Yes No OVERL...

Page 75: ......

Page 76: ...anufacturer reserves the right to discontinue or change at any time specifications or designs without notice and without incurring obligations Book 2 Tab 5c PC 903 Catalog No 533 099 Printed in U S A Form 30GTN 1T Pg 76 5 99 Replaces New ...

Page 77: ... M S S MTR MTR 4 M S MTR COOLER MODEL MANUFACTURED BY SERIAL DATE TYPE OF EXPANSION VALVES check one EXV TXV AIR HANDLING EQUIPMENT MANUFACTURER MODEL SERIAL ADDITIONAL AIR HANDLING UNITS AND ACCESSORIES CUT ALONG DOTTED LINE CUT ALONG DOTTED LINE Manufacturer reserves the right to discontinue or change at any time specifications or designs without notice and without incurring obligations Book 2 T...

Page 78: ...TING IS THE CWP ROTATION CORRECT CWP MOTOR AMPERAGE Rated Actual C Unit Start Up insert check mark as each item is completed CHECK THAT THE CHILLER HAS BEEN PROPERLY INTERLOCKED WITH THE AUXILIARY CONTACTS OF THE CHILLED FLUID PUMP STARTER ASSURE THAT THE UNIT IS SUPPLIED WITH CORRECT CONTROL VOLTAGE POWER 115 V FOR 208 230 460 AND 575 V UNITS 230 V FOR 380 AND 380 415 UNITS ASSURE CRANKCASE HEATE...

Page 79: ...ESSURE DROP PLOT COOLER PRESSURE DROP ON PERFORMANCE DATA CHART LOCATED IN PRODUCT DATA LITERATURE TO DETERMINE TOTAL GPM L s TOTAL GPM L s UNIT S RATED MIN GPM L s GPM L s PER TON UNIT S RATED MIN PRESSURE DROP Refer to product data literature JOB S SPECIFIED GPM L s if available NOTE IF UNIT HAS LOW FLUID FLOW FIND SOURCE OF PROBLEM CHECK FLUID PIPING IN LINE FLUID STRAINER SHUT OFF VALVES CWP R...

Page 80: ...ssor 1 to 4 1 Compressor B1 Cylinders 4 or 6 6 EXV Module Installed No Yes Yes EXV Superheat Setpoint 10 to 40 29 0 F EXV Superheat Offset 20 to 20 0 0 F EXV Circ A Min Position 0 to 100 8 0 EXV Circ B Min Position 0 to 100 8 0 Refrigerant 1 R22 2 R134A 1 Fan Staging Select 1 2 Stage indpt 2 3 Stage indpt 3 2 Stage common 4 3 Stage common 1 PRESS ESCAPE KEY TO DISPLAY UNIT PRESS DOWN ARROW KEY TO ...

Page 81: ...ION BELOW RESETCON Temperature Reset and Demand Limit DESCRIPTION STATUS DEFAULT UNITS VALUE COOLING RESET Cooling Reset Type 0 No Reset 1 4 20 ma input 2 External temp OAT 3 Return fluid 4 External temp SPT 0 No Cool Reset Temp 0 to 125 0 0 F Full Cool Reset Temp 0 to 125 125 0 F Degrees Cool Reset 30 to 30 0 0 F DEMAND LIMIT Demand Limit Select 0 None 1 External switch input 2 4 20 ma input 3 Lo...

Page 82: ...0 F 113 Head Press Stpt B 80 to 140 F 113 USE ARROW ESCAPE KEYS TO ILLUMINATE TEMPERATURES LED PRESS ENTER TO DISPLAY UNIT PRESS ENTER AND USE THE ARROW KEYS TO RECORD TEMPERATURES FOR T1 AND T2 BELOW RECORD T9 AND T10 IF INSTALLED PRESS ESCAPE TO DISPLAY UNIT AGAIN AND PRESS THE DOWN ARROW KEY TO DISPLAY CIR A PRESS ENTER AND USE THE ARROW KEYS TO RECORD TEMPERATURES FOR T3 T5 AND T7 BELOW PRESS ...

Page 83: ...TO TURN THE OUTPUT ON PRESS ENTER SO THE ON DISPLAY FLASHES PRESS THE DOWN ARROW KEY AND THEN ENTER TO TURN THE OUTPUT OFF OUTPUTS WILL ALSO BE TURNED OFF OR SENT TO 0 WHEN ANOTHER OUTPUT IS TURNED ON USE THE ARROW KEYS TO SELECT THE DESIRED PERCENTAGE FOLLOWED BY THE ENTER KEY WHEN TESTING EXPANSION VALVES CHECK OFF THE FOLLOWING THAT APPLY AFTER BEING TESTED FR A1 CHECK ROTATION FR A2 CHECK ROTA...

Page 84: ...nufacturer reserves the right to discontinue or change at any time specifications or designs without notice and without incurring obligations Book 2 Tab 5c PC 903 Catalog No 533 099 Printed in U S A Form 30GTN 1T Pg CL 8 5 99 Replaces New ...

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