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Table 20 — Thermistor Temperature (F) vs. Resistance/Voltage Drop

TEMPERATURE

(F)

PIC

VOLTAGE

DROP (V)

RESISTANCE

(OHMS)

–25

4.700

97,706

–24

4.690

94,549

–23

4.680

91,474

–22

4.670

88,480

–21

4.659

85,568

–20

4.648

82,737

–19

4.637

79,988

–18

4.625

77,320

–17

4.613

74,734

–16

4.601

72,229

–15

4.588

69,806

–14

4.576

67,465

–13

4.562

65,205

–12

4.549

63,027

–11

4.535

60,930

–10

4.521

58,915

–9

4.507

56,981

–8

4.492

55,129

–7

4.477

53,358

–6

4.461

51,669

–5

4.446

50,062

–4

4.429

48,536

–3

4.413

47,007

–2

4.396

45,528

–1

4.379

44,098

4.361

42,715

4.344

41,380

4.325

40,089

4.307

38,843

4.288

37,639

4.269

36,476

4.249

35,354

4.229

34,270

4.209

33,224

4.188

32,214

4.167

31,239

4.145

30,298

4.123

29,389

4.101

28,511

4.079

27,663

4.056

26,844

4.033

26,052

4.009

25,285

3.985

24,544

3.960

23,826

3.936

23,130

3.911

22,455

3.886

21,800

3.861

21,163

3.835

20,556

3.808

19,967

3.782

19,396

3.755

18,843

3.727

18,307

3.700

17,787

3.672

17,284

3.644

16,797

3.617

16,325

3.588

15,868

3.559

15,426

3.530

14,997

3.501

14,582

3.471

14,181

3.442

13,791

3.412

13,415

3.382

13,050

3.353

12,696

3.322

12,353

3.291

12,021

3.260

11,699

3.229

11,386

3.198

11,082

3.167

10,787

3.135

10,500

3.104

10,221

3.074

9,949

3.042

9,689

3.010

9,436

2.978

9,190

2.946

8,951

2.914

8,719

2.882

8,494

2.850

8,275

2.819

8,062

2.788

7,855

2.756

7,655

2.724

7,460

2.692

7,271

2.660

7,088

2.628

6,909

2.596

6,736

TEMPERATURE

(F)

PIC

VOLTAGE

DROP (V)

RESISTANCE

(OHMS)

2.565

6,568

2.533

6,405

2.503

6,246

2.472

6,092

2.440

5,942

2.409

5,796

2.378

5,655

2.347

5,517

2.317

5,382

2.287

5,252

2.256

5,124

2.227

5,000

2.197

4,880

2.167

4,764

2.137

4,650

2.108

4,539

2.079

4,432

2.050

4,327

2.021

4,225

1.993

4,125

1.965

4,028

1.937

3,934

1.909

3,843

1.881

3,753

1.854

3,667

1.827

3,582

1.800

3,500

1.773

3,420

1.747

3,342

1.721

3,266

1.695

3,192

1.670

3,120

1.644

3,049

1.619

2,981

100

1.595

2,914

101

1.570

2,849

102

1.546

2,786

103

1.523

2,724

104

1.499

2,663

105

1.476

2,605

106

1.453

2,547

107

1.430

2,492

108

1.408

2,437

109

1.386

2,384

110

1.364

2,332

111

1.343

2,282

112

1.321

2,232

113

1.300

2,184

114

1.279

2,137

115

1.259

2,092

116

1.239

2,047

117

1.219

2,003

118

1.200

1,961

119

1.180

1,920

120

1.161

1,879

121

1.143

1,840

122

1.124

1,801

123

1.106

1,764

124

1.088

1,727

125

1.070

1,691

126

1.053

1,656

127

1.036

1,622

128

1.019

1,589

129

1.002

1,556

130

0.986

1,524

131

0.969

1,493

132

0.953

1,463

133

0.938

1,433

134

0.922

1,404

135

0.907

1,376

136

0.893

1,348

137

0.878

1,321

138

0.864

1,295

139

0.849

1,269

140

0.835

1,244

141

0.821

1,219

142

0.808

1,195

143

0.795

1,172

144

0.782

1,149

145

0.769

1,126

146

0.756

1,104

147

0.744

1,083

148

0.731

1,062

149

0.719

1,041

150

0.707

1,021

151

0.696

1,002

152

0.684

983

153

0.673

964

154

0.662

945

155

0.651

928

156

0.640

910

TEMPERATURE

(F)

PIC

VOLTAGE

DROP (V)

RESISTANCE

(OHMS)

157

0.630

893

158

0.619

876

159

0.609

859

160

0.599

843

161

0.589

827

162

0.579

812

163

0.570

797

164

0.561

782

165

0.551

768

166

0.542

753

167

0.533

740

168

0.524

726

169

0.516

713

170

0.508

700

171

0.499

687

172

0.491

675

173

0.484

663

174

0.476

651

175

0.468

639

176

0.460

628

177

0.453

616

178

0.445

605

179

0.438

595

180

0.431

584

181

0.424

574

182

0.418

564

183

0.411

554

184

0.404

544

185

0.398

535

186

0.392

526

187

0.385

516

188

0.379

508

189

0.373

499

190

0.367

490

191

0.361

482

192

0.356

474

193

0.350

466

194

0.344

458

195

0.339

450

196

0.333

442

197

0.328

435

198

0.323

428

199

0.318

421

200

0.313

414

201

0.308

407

202

0.304

400

203

0.299

393

204

0.294

387

205

0.290

381

206

0.285

374

207

0.281

368

208

0.277

362

209

0.272

356

210

0.268

351

211

0.264

345

212

0.260

339

213

0.256

334

214

0.252

329

215

0.248

323

216

0.245

318

217

0.241

313

218

0.237

308

219

0.234

303

220

0.230

299

221

0.227

294

222

0.224

289

223

0.220

285

224

0.217

280

225

0.214

276

226

0.211

272

227

0.208

267

228

0.205

263

229

0.203

259

230

0.198

255

231

0.195

251

232

0.192

248

233

0.190

244

234

0.187

240

235

0.184

236

236

0.182

233

237

0.179

229

238

0.176

226

239

0.174

223

240

0.172

219

241

0.169

216

242

0.167

213

243

0.164

210

244

0.162

207

245

0.160

204

246

0.158

201

247

0.155

198

248

0.153

195

Содержание AquaEdge 19MV

Страница 1: ...y Valves 21 Ground Fault Troubleshooting 21 Carrier Comfort Network Interface 22 Charge Refrigerant into Chiller 22 Software Configuration 23 Field Set Up and Verification 28 Perform a Controls Test Q...

Страница 2: ...d damage to equipment and property or injury to personnel Warnings continued on next page DANGER Failure to follow these procedures will result in severe personal injury or death DO NOT VENT refrigera...

Страница 3: ...cts in its path to act as projectiles USE CARE when working near energized motor PM motors produce strong electromagnetic fields which can be harmful to those with pacemakers or metallic medical impla...

Страница 4: ...tected from construction dirt and moisture Inspect under shipping tarps bags or crates to be sure water has not collected during transit Keep protective shipping covers in place until machine is ready...

Страница 5: ...be Count Z 2 pass 1 tube Highest Tube Count 3 Frame 3 4 Frame 4 5 Frame 5 Condenser Frame Size Special Code Standard S Special Code Volts Phase Hertz 3 380 3 60 4 416 3 60 5 460 3 60 9 400 3 50 Motor...

Страница 6: ...NOT SHOWN MOTOR ROTATION SIGHTGLASS LOW VOLTAGE SECTION HIGH VOLTAGE SECTION HIGH VOLTAGE SECTION ACCESS COVER SAFETY RELIEF VALVES COMPRESSOR INTERCONNECTING PIPING COMPRESSOR DISCHARGE CHECK VALVE...

Страница 7: ...tem PIC via Modbus communica tion Information available from the MBC on the PIC HMI in cludes calibration status clearance check values drop counts shaft speed and shaft orbit location statistics Due...

Страница 8: ...he refrigerant and the vapor condenses to liquid The liquid drains from the bottom of the condenser and for units equipped with economizer option flows into the high pressure side of the BPHX At the o...

Страница 9: ...l free Compressor without Economizer EVAPORATOR CONDENSER 101 Stg 1 M00 Motor M00 SUBCOOLER HP LP M 1ST STAGE END ECONOMIZER 2ND STAGE END ECONOMIZER EXV DUAL EXVS EXPANSION CONTROL VALVE EVAPORATOR C...

Страница 10: ...hibit function The inhibit is released when the tem perature is below the motor override set point If the motor tem perature is greater than compressor motor override temperature plus 10 F 5 5 C the c...

Страница 11: ...ves are designed to allow service to repair the units without remov ing them from the chiller For standard tier drives line reactors are offered as an option to improve the units reliability and har m...

Страница 12: ...he chiller status more easily and for critical compressor motor protection The PIC6 system provides open protocols to support the competitive BMS system and can be inte grated into Carrier s Lifecycle...

Страница 13: ...TOR WINDING 10 F 5 6 C Alarm 231 COMP DISCHARGE TEMPERATURE COMP DISCHARGE ALERT 10 F 5 6 C Alarm 232 EVAP_SAT refrig trip EVAP OVERRIDE DELTA T Alarm 233 EVAP REFRIG LIQUID TEMP refrig trip EVAP OVER...

Страница 14: ...once the shaft has stopped rotating and the chilled water brine pump and condenser water pump will be shut down BEFORE INITIAL START UP Job Data Required list of applicable design temperatures and pr...

Страница 15: ...R SA354 GR BD MEDIUM CARBON STEEL Minimum Maximum Minimum Maximum Minimum Maximum 1 4 4 6 6 9 9 13 5 16 8 11 13 18 20 28 3 8 13 19 22 31 32 46 7 16 21 30 35 50 53 75 1 2 32 45 53 75 80 115 9 16 46 65...

Страница 16: ...T LEAKS FOUND NO LEAKS FOUND LOCATE AND MARK ALL LEAK SOURCES RECOVER REFRIGERANT FROM VESSEL PERFORM STANDING VACUUM TEST RECOVER REFRIGERANT FROM VESSEL PASS FAIL REPAIR ALL LEAKS DEHYDRATE VESSEL I...

Страница 17: ...baseline purpose when Unit is commissioned base line purpose If the MBC registers a drop of the rotor Fig 16 MBC Calibration Screen The PIC will automatically initiate a clearance check upon unit star...

Страница 18: ...electronic leak detector indicates a leak use a soap bubble solution if possible to confirm Total all leak rates for the entire chiller Leakage at rates greater than 0 1 of the total charge per year...

Страница 19: ...7 217 26 136 216 55 223 34 138 222 76 229 54 140 229 09 235 85 Table 7 Pressure Temperature C TEMPERATURE C HFC 134a PRESSURE kPa R 513A PRESSURE kPa 17 8 44 8 63 6 16 7 51 9 71 1 15 6 59 3 79 0 14 4...

Страница 20: ...gineering Inspect Wiring 1 Examine the wiring for conformance to the job wiring dia grams and all applicable electrical codes 2 Ensure that the VFD is protected by fused disconnects or circuit breaker...

Страница 21: ...iping to the evaporator and condenser Be sure that the flow directions are correct and that all piping specifica tions have been met Piping systems must be properly vented with no stress on water box...

Страница 22: ...ging valves on top of the evaporator and condenser Slowly open the refrigerant charging valves The chiller cooler and con denser pressures will gradually equalize This process takes approximately 15 m...

Страница 23: ...current software version See Fig 21 Fig 21 Login Screen CHANGE THE SET POINTS To access the set point screen press the lock icon on the Main Menu In the User Login menu enter the password default USER...

Страница 24: ...cess the Set Point or other common user tables See Fig 27 User password can be changed from the General Configuration Menu USER CONFIGURA TION allows change of the User access password The default Use...

Страница 25: ...u Surge Correction Table 10 Factory Parameters DESCRIPTION RANGE DEFAULT VALUE Chiller type 0 to 4 0 4 19MV Lubrication type 0 to 2 0 2 Mag Bearing VFD Starter Option 0 to 9 0 job specific Unit Type 0...

Страница 26: ...WTR Flow PD DESCRIPTION RANGE UNITS DEFAULT VALUE Compressor Speed 100 47 to 450 Hz 50 Nameplate Rated Line Voltage 200 to 13800 Volts 460 Nameplate Motor Nameplate current 10 to 2000 Amps 200 Namepla...

Страница 27: ...5 Over Temp Duration 0 to 600 sec 60 60 DESCRIPTION RANGE UNITS DEFAULT VALUE Cond Liquid Level Determination 0 Capacity Percent 1 Setpoint 0 to 1 0 Liquid level SP Cap 0 0 5 0 5 Liquid level SP Cap...

Страница 28: ...tions Checking Pres sure Transducers page 44 and High Altitude Locations page 45 OPTIONAL EVAPORATOR AND CONDENSER PRES SURE TRANSDUCER AND WATERSIDE FLOW DEVICE CALIBRATION Pressure sensor calibratio...

Страница 29: ...f the flow switch by turning the adjust ment potentiometer clockwise until the yellow LED is lit In case of nuisance trips at low flow increase the sensitivity of the switch by turning the potentiomet...

Страница 30: ...water or brine that is warmer than 110 F 43 C to flow through the evaporator or condenser Refrigerant overpressure may discharge through the relief device and result in the loss of refrigerant charge...

Страница 31: ...et importance of water treatment and tube cleaning and im portance of maintaining a leak free chiller SAFETY DEVICES AND PROCEDURES Electrical disconnects relief device inspection and handling refrige...

Страница 32: ...s are anticipated Anitrogen holding charge is recommended in this case After Extended Shutdown Ensure water system drains are closed It may be advisable to flush water circuits to remove any soft rust...

Страница 33: ...ITY GV1 ACTUAL POS GV2 ACTUAL POS DRIVE TRAIN MOTOR RUNNING AMPS TEMPERATURE VFD ACTUAL SPEED MCB CLEARANCE CHECK VALUES TAKE PICTURE OF THE MCB CLEARANCE CHECK SCREEN FOR FUTURE REFERENCE CAUTION The...

Страница 34: ...the storage tank 2 Transfer the remaining liquid a Turn off pumpout condenser water Place valves in the following positions b Run the pumpout compressor in automatic mode until vacuum switch is satis...

Страница 35: ...ure that liquid line service valves 3 and 4 are closed and valves 2 and 5 are open c Turn on pumpout condenser water d Run the pumpout compressor until the chiller con denser reaches 18 in Hg vacuum 4...

Страница 36: ...soap bubble solution or an ultrasonic leak detector to determine if leaks are present TO PRESSURIZE WITH DRY NITROGEN NOTE Pressurizing with dry nitrogen for leak testing should not be done if the ful...

Страница 37: ...TUATOR 2ND STAGE IGV ACTUATOR 1ST STAGE IGV ACTUATOR NOTE For first stage rotate coupling clockwise to close guide vanes rotate coupling counterclockwise to open guide vanes For second stage rotate co...

Страница 38: ...ensure against damage to the equipment and possible injury to personnel these devices must be kept in peak operating condition As a minimum the following maintenance is required 1 At least once a yea...

Страница 39: ...geration load usually indicate dirty tubes or air in the chiller If the refrigeration log indicates a rise above normal condenser pressures check the condenser refrigerant temperature against the leav...

Страница 40: ...of the part required delivery address and method of shipment CAUTION Water must be within design flow limits clean and treated to ensure proper chiller performance and reduce the potential of tube dam...

Страница 41: ...by measuring voltage drop if the controls are powered off determine sensor temperature by measuring resistance Compare the readings to the values listed in Tables 20 and 21 RESISTANCE CHECK Turn off t...

Страница 42: ...1 644 3 049 99 1 619 2 981 100 1 595 2 914 101 1 570 2 849 102 1 546 2 786 103 1 523 2 724 104 1 499 2 663 105 1 476 2 605 106 1 453 2 547 107 1 430 2 492 108 1 408 2 437 109 1 386 2 384 110 1 364 2 3...

Страница 43: ...4 3 861 32 1 865 3 701 33 1 816 3 549 34 1 768 3 404 35 1 721 3 266 36 1 675 3 134 37 1 629 3 008 38 1 585 2 888 39 1 542 2 773 40 1 499 2 663 41 1 457 2 559 42 1 417 2 459 43 1 377 2 363 TEMPERATURE...

Страница 44: ...ect transducer in question from its Schrader fitting for evaporator or condenser transducer calibration For other pressure or flow device calibration leave transducer in place NOTE If the evaporator o...

Страница 45: ...esign life span of 25 years and is constructed of primarily steel and copper Content of control panels includes but is not limited to common electrical compo nents such as fuses starters circuit break...

Страница 46: ...g 31E 31N 4331 1965 31C 31N 5518 2503 33E 33N 4662 2115 33C 33N 6101 2767 31R 31Z 4592 2083 33R 33Z 4955 2248 41E 41N 6353 2882 41C 41N 7095 3218 43E 43N 7031 3189 43C 43N 7863 3567 41R 41Z 7099 3220...

Страница 47: ...ge Volute 2 Permanent Magnet Motor Rotor 3 Motor Stator 4 Second Stage Volute 5 Second Stage Inlet Guide Vane 6 Second Stage Impeller 7 Magnetic Bearing System 8 First Stage Impeller 9 First Stage Inl...

Страница 48: ...BREAKER RELAYS FOR FIELD OUTPUTS E G 1 CHWP CHILLED WATER PUMP 4CR 2 CDWP CONDENSER WATER PUMP 5CR 6 TFR_HIGH TOWER FAN HIGH 9CR 7 TRF_LOW TOWER FAN LOW 10CR TB3 4 LOCATED IN LOW VOLTAGE SECTION BOTTO...

Страница 49: ...49 Fig 46 SIOB...

Страница 50: ...50 Fig 47 IOB2...

Страница 51: ...51 Fig 48 19MV Auxiliary Controls Wiring...

Страница 52: ...52 Fig 49 Motor Bearing Control Board Wiring...

Страница 53: ...d FC_SS Not Used FS_LOCK Fire Security Interlock HDPV_OU2 Head Pressure Output 2 HMI Human Machine Interface Touch Screen HP_SW High Pressure Switch ICE_CON Ice Build Contact IGV1_OUT Guide Vane 1 Ana...

Страница 54: ...54 APPENDIX A PIC6 SCREEN AND MENU STRUCTURE Fig A Screen Structure Basic Level All Access No Password Required Fig B Screen Structure User Level Access User Password Required...

Страница 55: ...55 APPENDIX A PIC6 SCREEN AND MENU STRUCTURE CONT Fig C Screen Structure Service Factory Level Access Password Required...

Страница 56: ...EMP Pressures Basic User Factory PRESSURE Inputs Status Basic User Factory INPUTS Outputs Status Basic User Factory OUTPUTS Hydraulic Status Basic User Factory HYDRLIC Run Times Basic User Factory RUN...

Страница 57: ...57 APPENDIX B CCN COMMUNICATION WIRING FOR MULTIPLE CHILLERS TYPICAL BLACK G WHITE RED DRAIN WIRE NOTE Field supplied terminal strip must be located in control panel...

Страница 58: ...there is no foreign debris in the tubes or waterboxes from the water system Inspect all pressure relief devices Leak test Verify water pressure differential Inspect water pumps Send refrigerant sample...

Страница 59: ...ort which is going to be used to 169 254 101 for the first chiller and if multiple chillers increase last digit by one for each chiller APPLY the setting in the PIC6 menu Up to a total of 5 chillers c...

Страница 60: ...ies 31 Physical data 45 PIC6 Screen and menu reference 54 System components 12 Piping Inspecting before start up 21 Maintenance 38 Pressure transducers Calibration 44 Checking 44 Recalibrating 40 Pump...

Страница 61: ...ecial Controls Yes No INITIAL MACHINE PRESSURE RECORD ACTUAL PRESSURE DROPS Evaporator Condenser CHARGE REFRIGERANT Initial Charge Final Charge After Trim NOTE To avoid injury to personnel and damage...

Страница 62: ...rotation second stage suction housing sight glass and record Counter clockwise Restart compressor bring up to speed operating for at least 2 minutes and shut down Any abnormal coastdown noise If yes...

Страница 63: ...RIOD 3 DESCRIPTION RANGE UNITS DEFAULT VALUE Cooling LCW Set point 10 to 120 F 45 Base Demand Limit 10 0 to 100 0 100 0 DAY FLAG OCCUPIED TIME UNOCCUPIED TIME M T W T F S S H Period 1 Period 2 Period...

Страница 64: ...n No Yes Yes Shutdown de Levi delay 60 to 600 sec 60 Speed Signal Alarm Delta 0 to 50 10 Speed Signal Alert Delta 0 to 20 5 Shaft Displacement Limit 4 to 10 mils 6 Speed Sensor Option Disable Enable E...

Страница 65: ...XCSV Selection 0 Disable 1 Surge 2 Low Load 3 Comb 0 to 3 1 EXCSV Open IGV Position 0 5 to 10 5 EXCSV Close IGV Position 1 5 to 20 10 ESCSV off DT Low Load 0 5 to 10 F 4 EXCSV on DT Low Load 0 5 to 10...

Страница 66: ...Henry 0 010 Back EMF at 1000 RPM 1 to 9000 V 10 DESCRIPTION RANGE UNITS DEFAULT VALUE Stop to Start Delay 0 to 15 min 1 Start to Start Delay 0 to 45 min 1 Demand Limit Type 0 Base Demand 1 4 to 20mA 0...

Страница 67: ...5 Liquid level SP Cap 75 2 0 Liquid level SP Cap 100 2 1 Low SST Set Point F 34 Eco EXV Option Disable Enable Enable Eco EXV Active Threshold 0 Eco Superheat SP F 10 EXCSV Option Disable Enable Enabl...

Страница 68: ...ue or change at any time specifications or designs without notice and without incurring obligations Catalog No 04 53190079 01 Printed in U S A Form 19MV CLT 1SS Pg CL 8 4 22 Replaces NEW 2022 Carrier...

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