Carrier Air Conditioner specifications 5K Thermistor Temperature C vs Resistance/Voltage

Page 61

Table 32B — 5K Thermistor Temperature (C) vs Resistance/Voltage (cont)

VOLTAGE DROP A FOR THERMISTORS T1, T2, T7-T9

VOLTAGE DROP B FOR THERMISTORS T3-T6

TEMP

VOLTAGE

VOLTAGE

RESISTANCE

DROP A

DROP B

(C)

(Ohms)

(V)

(V)

 

 

–32

3.705

4.547

100,260

–31

3.687

4.520

94,165

–30

3.668

4.493

88,480

–29

3.649

4.464

83,170

–28

3.629

4.433

78,125

–27

3.608

4.402

73,580

–26

3.586

4.369

69,250

–25

3.563

4.335

65,205

–24

3.539

4.300

61,420

–23

3.514

4.264

57,875

–22

3.489

4.226

54,555

–21

3.462

4.187

51,450

–20

3.434

4.146

48,536

–19

3.406

4.104

45,807

–18

3.376

4.061

43,247

–17

3.345

4.017

40,845

–16

3.313

3.971

38,592

–15

3.281

3.924

38,476

–14

3.247

3.876

34,489

–13

3.212

3.827

32,621

–12

3.177

3.777

30,866

–11

3.140

3.725

29,216

–10

3.103

3.673

27,633

–9

3.065

3.619

26,202

–8

3.025

3.564

24,827

–7

2.985

3.509

23,532

–6

2.945

3.453

22,313

–5

2.903

3.396

21,163

–4

2.860

3.338

20,079

–3

2.817

3.279

19,058

–2

2.774

3.221

18,094

–1

2.730

3.161

17,184

0

2.685

3.101

16,325

1

2.639

3.041

15,515

2

2.593

2.980

14,749

3

2.547

2.919

14,026

4

2.500

2.858

13,342

5

2.454

2.797

12,696

6

2.407

2.737

12,085

7

2.360

2.675

11,506

8

2.312

2.615

10,959

9

2.265

2.554

10,441

10

2.217

2.494

9,949

11

2.170

2.434

9,485

12

2.123

2.375

9,044

13

2.076

2.316

8,627

14

2.029

2.258

8,231

TEMP

VOLTAGE

VOLTAGE

RESISTANCE

DROP A

DROP B

(C)

(Ohms)

(V)

(V)

 

 

15

1.982

2.200

7,855

16

1.935

2.143

7,499

17

1.889

2.087

7,161

18

1.844

2.031

6,840

19

1.799

1.976

6,536

20

1.754

1.923

6,246

21

1.710

1.870

5,971

22

1.666

1.817

5,710

23

1.623

1.766

5,461

24

1.580

1.716

5,225

25

1.538

1.667

5,000

26

1.497

1.619

4,786

27

1.457

1.571

4,583

28

1.417

1.525

4,389

29

1.378

1.480

4,204

30

1.340

1.436

4,028

31

1.302

1.393

3,861

32

1.265

1.351

3,701

33

1.229

1.310

3,549

34

1.194

1.270

3,404

35

1.160

1.231

3,266

36

1.126

1.193

3,134

37

1.093

1.156

3,008

38

1.061

1.120

2,888

39

1.030

1.085

2,773

40

0.999

1.051

2,663

41

0.969

1.019

2,559

42

0.940

0.987

2,459

43

0.912

0.956

2,363

44

0.885

0.926

2,272

45

0.858

0.896

2,184

46

0.832

0.868

2,101

47

0.807

0.841

2,021

48

0.782

0.814

1,944

49

0.758

0.788

1,871

50

0.735

0.763

1,801

51

0.713

0.739

1,734

52

0.691

0.716

1,670

53

0.669

0.693

1,609

54

0.649

0.671

1,550

55

0.629

0.650

1,493

56

0.610

0.629

1,439

57

0.591

0.609

1,387

58

0.573

0.590

1,337

59

0.555

0.571

1,290

60

0.538

0.553

1,244

61

0.522

0.536

1,200

TEMP

VOLTAGE

VOLTAGE

RESISTANCE

DROP A

DROP B

(C)

(Ohms)

(V)

(V)

 

 

62

0.506

0.519

1,158

63

0.490

0.502

1,118

64

0.475

0.487

1,079

65

0.461

0.471

1,041

66

0.447

0.457

1,006

67

0.433

0.443

971

68

0.420

0.429

938

69

0.407

0.415

906

70

0.395

0.403

876

71

0.383

0.390

836

72

0.371

0.378

805

73

0.360

0.367

775

74

0.349

0.355

747

75

0.339

0.345

719

76

0.329

0.334

693

77

0.319

0.324

669

78

0.309

0.314

645

79

0.300

0.305

623

80

0.291

0.295

602

81

0.283

0.287

583

82

0.274

0.278

564

83

0.266

0.270

547

84

0.258

0.262

531

85

0.251

0.254

516

86

0.244

0.247

502

87

0.237

0.239

489

88

0.230

0.232

477

89

0.223

0.226

466

90

0.217

0.219

456

91

0.211

0.213

446

92

0.204

0.207

436

93

0.199

0.201

427

94

0.193

0.195

419

95

0.188

0.189

410

96

0.182

0.184

402

97

0.177

0.179

393

98

0.172

0.174

385

99

0.168

0.169

376

100

0.163

0.164

367

101

0.158

0.160

357

102

0.154

0.155

346

103

0.150

0.151

335

104

0.146

0.147

324

105

0.142

0.143

312

106

0.138

0.139

299

107

0.134

0.135

285

61

Page 60 Page 62
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Page 60 Page 62
Contents Contents Safety ConsiderationsGeneral ContentsIntroduction Unit Sizes and Modular Combinations 30GTN,R Major System ComponentsUnit Sizes and Modular Combinations 30GUN,R Unit Nominal Section a Section B 30GTN,R Tons Unit 30GTN,RCarrier Comfort Network CCN Interface Control Module CommunicationThermistor Designations Output Relay Status SwitchesPage 24 V Control Schematic, Unit Sizes 24 V Control Schematic, Unit Sizes 080-110, 230B-315B CCN LEN Data Communication Port Main Base Board 040-110 130-210 Operating DataThermistor T3 and T4 Locations Compressor Thermistor Locations T7 and T8 Manufacturer Regular Wiring Plenum Wiring Alpha 1895 AmericanBelden 8205 Columbia D6451 Manhattan M13402 M64430 Quabik 6130Compressor Protection Control System Module Sizes Stepper Motor 12 VDC CEPL130351 Displacement Compressors Part Load Data Percent Displacement, Standard Units30GUN,R Approx255A 60 Hz 110, 290B360B 50 Hz 330A/B390B 60 Hz 390B 50 HzB1† A1,B1 A1†,A2,B1 A1*,B1†,B2 Unloaded compressor Two unloaders, both unloaded 190, 290A, 360A/B 170, 270AA1*,B1*,B2 150-210 Required Hardware for Additional UnloadersPumpout Head Pressure ControlFAN Arrangement FAN Relay Normal Control PowerScrolling Marquee Display Service Test See Both main powerGEN.O Test ModesSUB-MODE Keypad Range Item Expansion Comment Entry View Run Status Mode and Sub-Mode DirectoryStrt VersSUB-MODE Keypad Range Item Expansion Comment Entry Test Service Test Mode and Sub-Mode DirectoryOuts Pressure Mode and Sub-Mode Directory Temperature Mode and Sub-Mode DirectorySet Point Mode and Sub-Mode Directory Reading and Changing Chilled Fluid Set Point Inputs Mode and Sub-Mode DirectorySUB-MODE Keypad Range Item Expansion Comment Entry GEN.I CrctConfiguration Mode and Sub-Mode Directory Outputs Mode and Sub-Mode DirectorySUB-MODE Keypad Range Item Expansion Comment Entry GEN.O OPT2 OPT1CCN EMMRset 240SUB-MODE Keypad Display Item Expansion Comment Entry Rset Example of Temperature Reset Return Fluid ConfigurationExample of Configuring Dual Chiller Control Slave Chiller Example of Configuring Dual Chiller Control Master ChillerSUB-MODE Keypad Entry Display Item Expansion Comment Rset Time Clock Mode and Sub-Mode Directory Example of Compressor Lead/Lag ConfigurationSUB-MODE Keypad Display Item Expansion Comment Entry OPT2 SUB-MODE Keypad Entry Item Expansion Comment Range TimeOperating Mode and Sub-Mode Directory Setting an Occupied Time ScheduleOperating Modes Mode no Item Expansion DescriptionExample of Reading and Clearing Alarms Alarms Mode and Sub-Mode DirectoryMode Keypad SUB-MODE Configuring Temperature ResetConfiguration Entry ExpansionRED LED Entry Expansion Configuration DLS2 Configuring Demand LimitTo 20 mA Demand Limiting TroubleshootingPage T051 Alarm and Alert CodesEWT By Control Method Cause Code Alert GENERATED?FSM LCWT155 T153T170 T173T204 T203T205 T206Electronic Components ServiceOil Charge Compressor OIL RequiredCooler Thermistor Locations Components for Part Number Plugging PlugsCooler Head Bolt Tightening Sequence Typical Tube Sheet Condenser CoilsDimension FAN Type Condenser Fan Adjustment Hz Low Noise Fan Option UnitsRefrigerant Feed Components Each circuit has Printed Circuit Board ConnectorThermistors Temperature Sensors Drop B 5K Thermistor Temperature F vs Resistance/VoltageDrop a 5K Thermistor Temperature C vs Resistance/Voltage Temp Voltage Resistance Drop 200,510 Switch Cutout CUT-IN Pressure Switch Settings Psig kPa30GTN,R Units 30GUN,R UnitsSystem Check PRE-START-UPTemperature Temperature Limits for Standard UnitsMaximum Ambient Temperature 125 START-UP and OperationRefrigerant Circuit Field WiringNominal and Minimum Cooler Fluid Flow Rates CWP ALMHgbps Energy Management Module EMM Wiring Compressor Expansion Board CXB Accessory Wiring OPTIONS1 Options Configuration Unit Configuration SettingsDescription Status Default Units Point Description Status Default PointAlarmdef Alarm Definition Table OPTIONS2 Options ConfigurationAppendix a CCN Tables Brodefs Broadcast POC Definition Table Resetcon Temperature Reset and Demand LimitCircaan Circuit a Analog Parameters Aunit General Unit ParametersCircadio Circuit a Discrete Parameters Description Status Units Point ForceableCircbdio Circuit B Discrete Parameters Circban Circuit B Analog ParametersOptions Unit Parameters Description Status Units Point StrthourCurrmods Description Status Units Point DefaultsLine Description Point CSM/FSM Equipment Table Type 621H, BlockDescription Status Point Cooler Fluid Pressure Drop Curves 30GUN,GUR040-110 Appendix B Fluid Drop Pressure CurvesCooler Fluid Pressure Drop Curves 30GUN,GUR130-210 Appendix B Fluid Drop Pressure CurvesCooler Pressure Drop KEY Appendix B Fluid Drop Pressure Curves Cooler Fluid Pressure Drop Curves 30GUN,GUR230B-315B Cooler Fluid Pressure Drop Curves 30GTN,GTR040-110 Cooler Fluid Pressure Drop Curves 30GTN,GTR130-210 Appendix B Fluid Drop Pressure Curves Module B 30GTN,GTR230,245 Module B 30GTN,GTR255,290,315 Call for Free Catalog Service TrainingRemove and use for job file Preliminary Information START-UP Checklist for Comfortlink Chiller SystemsEquipment Chiller Model no Preliminary Equipment Check Check box if complete UnitStart-Up System Fluid Volume in Loop Type SystemUnit Start-Up Ccna Description Status Units Value CtrlCcnb BaudSlct Heating Cooling Setpoint Select CND.P RMT.A All Units

Air Conditioner specifications

Carrier Air Conditioners have long been synonymous with reliability and innovation in climate control. Founded by Willis Carrier, the inventor of modern air conditioning, the brand has continuously set industry standards through state-of-the-art technologies and features designed to enhance indoor comfort.

One of the standout features of Carrier air conditioners is their energy efficiency. Many models are equipped with advanced inverter technology, allowing the compressor to adjust its speed based on the cooling demand. This results in decreased energy consumption, which not only reduces utility bills but also lessens the environmental impact. Recognizing the importance of sustainable practices, Carrier has integrated eco-friendly refrigerants into their systems, further promoting energy-efficient operations.

Carrier also emphasizes user comfort through its variable speed systems. These systems maintain consistent temperatures while minimizing temperature fluctuations, ensuring an even distribution of cool air throughout the home. Additionally, many Carrier models come with advanced air filtration systems, designed to capture allergens, dust, and other particulates, thereby improving indoor air quality.

The smart technology featured in Carrier air conditioners plays a key role in modern convenience. Many units are compatible with smart home systems, allowing users to control settings remotely via smartphones or voice-activated devices. With features like programmable thermostats, users can easily set cooling schedules to match their lifestyle, ensuring comfort while maximizing energy savings.

Durability and noise reduction are also central to the Carrier brand. Many models are designed with sound-dampening features, making them some of the quietest units on the market. This is particularly advantageous for residential use, where noise can disrupt daily activities and sleep.

In terms of design, Carrier air conditioners come in various styles and capacities to suit a wide range of spaces, from compact apartment units to large central systems for sprawling homes. Their extensive warranty and service offerings further reinforce Carrier’s commitment to customer satisfaction.

In conclusion, Carrier air conditioners represent a perfect blend of cutting-edge technology, energy efficiency, and user comfort. Their emphasis on sustainability and smart features positions them as a leading choice for homeowners seeking reliable and innovative climate control solutions. Whether for cooling a small room or an entire house, Carrier remains a trusted name in air conditioning.
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