Carrier HS070-160 manual Thermistsr Temperature vs Resistance and Voltage English

Page 17

Table 8a - Thermistsr Temperature vs Resistance and Voltage (English)

TEMPERATURE

 

V O L T A G E

 

RESISTANCE

VI

 

DROP (Y)

 

(OHIWS)

-25.0

4.821

 

98009,6

-24.0

4.818

9 4 7 0 7 . 1

-23.0

4.814

9152'8,5

-22.0

4.806

88448.9

-21.0

4.800

85485.5

-20.0

4.793

82627.2

-19.0

4.786

79870.6

-18.0

4.779

77212.0

-17.0

4.772

74647.9

-16.0

4.764

72175.1

-15.0

4.757

69790.3

-14.0

4.749

67490.4

-13.0

4.740

6,5272.4

-12.0

4.734

63133.3

-11.0

4.724

61070.3

-10.0

4.715

59080.6

-9.0

4.705

57161.7

-8.0

4.696

55310.9

-7.0

4.688

53525.8

-6.0

4.676

51804.0

-5.0

4.666

50143.2

-4.0

4.657

48541.1

-3.0

4.648

46995.6

-2.0

4.636

45504.7

-1.0

4.624

44066.3

0.0

4.613

42678.5

1.0

4.602

41339.3

2.0

4.592

40047.1

3.0

4.579

38800.0

4.0

4.567

37596.4

5.0

4.554

36434.7

6.0

4.540

35313.3

7.0

4.527

34230.7

8.0

4.514

33185.4

9.0

4.501

32176.2

10.0

4.487

31201.5

11.0

4.472

30260.1

12.0

4.457

29350.9

13.0

4.442

28472.5

14.0

4.427

27623.8

15.0

4.413

26803.7

16.0

4.397

26011.2

17.0

4.381

25245.1

18.0

4.366

24504.6

19.0

4.348

23788.7

20.0

4.330

23096.4

21.0

4.313

22426.9

22.0

4.295

21779.3

23.0

4.278

21152.8

24.0

4.258

20546.7

25.0

4.241

19960.2

26.0

4.223

19392.5

27.0

4.202

18843.0

28.0

4.184

18311.0

29.0

4.165

17795.8

30.0

4.145

17297.0

31.0

4.125

16813.8

32.0

4.103

16345.7

33.0

4.082

15892.2

34.0

4.059

15452.7

35.0

4.037

15026.7

36.0

4.017

14613.9

37.0

3.994

14213.6

38.0

3.968

13825.5

39.0

3.948

13449.2

40.0

3.927

13084.2

41.0

3.902

12730.1

42.0

3.878

12386.6

43.0

3.854

120533

44.0

3.828

11730.0

45.0

3.805

 

11416.l

46.0

3.781

11111.5

47.0

3.757

10815.8

48.0

3.729

10528.7

49.0

3.705

10250.0

50.0

3.679

9979.3

51.0

3.653

9716.5

52.0

3.627

9461.3

53.0

3.600

9213.4

54.0

3.575

8972.6

55.0

3.547

8738.6

56.0

3.520

8511.4

57.0

3.493

8290.6

 

 

 

 

 

rEMPERATURE

V O L T A G E

 

RESISTANCE

(Ff

DROP(V)

 

(OHMS)

 

 

 

58.0

 

3.464

 

8076.1

59.0

 

3.437

7867.7

661.0

 

3.409

7665.1

61.0

 

3.382

7468.3

620

 

3.353

7277.1

63.0

 

3.323

7091.2

644.0

 

3.295

69106

65.0

 

3,267

6735.1

66.0

 

3.238

6564.4

67.0

 

3.210

6398.6

68.0

 

3.184

6237.5

69.0

 

3,152

6080.8

70.0

 

3.123

5928.6

71.0

 

3.093

5780.6

T2.0

3.064

5636.8

73.13

 

3.034

5497.0

74.0

 

3.005

5361.2

75.0

 

2.977

5229.1

76.0

 

2.947

5100.8

77.0

 

2.917

4976.0

76.0

 

2.884

4854.8

79.0

 

2.857

4736.9

80.0

 

2.827

4622.4

87.0

 

2.797

4511.1

82.0

 

2.766

4402.9

83.0

 

2.738

4297.7

84.0

 

2.708

4195.5

85.0

 

2.679

4096.:

E6.0

2.650

3999.6

87.0

 

2.622

3905.7

88,O

2.593

3814.4

89.0

 

2.563

3725.8

90.0

 

2.533

3639.5

91.0

 

2.505

3555.7

92.0

 

2.476

3474.2

93.0

 

2.447

3395.0

94.0

 

2.417

3318.0

95.0

 

2.388

3243.1

96.0

 

2.360

3170.3

97.0

 

2.332

3099.4

98.0

 

2.305

3030.5

99.0

 

2.277

2963.5

100.0

 

2.251

2898.4

101.0

 

2.217

2834.9

102.0

 

2.189

2773.2

103.0

 

2.162

2713.1

104.0

 

2.136

2654.7

105.0

 

2.107

2597.8

106.0

 

2.080

2542.3

107.0

 

2.053

2488.3

108.0

 

2.028

2435.8

109.0

 

2.001

2384.5

110.0

 

1.973

2334.6

111.0

 

1.946

2285.9

112.0

 

1.919

2238.5

113.0

 

1.897

2192.2

114.0

 

1.870

2147.0

115.0

 

1.846

2103.0

116.0

 

1.822

2060.0

117.0

 

1.792

2018.0

118.0

 

1.771

1977.0

119.0

 

1.748

1936.9

120.0

 

1.724

1897.8

121.0

 

1.702

1859.5

122.0

 

1.676

1822.1

123.0

 

1.653

1785.5

124.0

 

1.630

1749.7

125.0

 

1.607

1714.7

126.0

 

I.585

1680.4

127.0

 

1.562

1646.8

128.0

 

I.538

1613.8

129.0

 

1.517

1581.6

130.0

 

1.496

1550.0

131.0

 

1.474

1519.0

132.0

 

1.453

1488.6

133.0

 

1.431

1458.8

134.0

 

1.408

1429.6

135.0

 

1.389

1400.9

136.0

 

1.369

1372.7

137.0

 

1.348

1345.1

138.0

 

1.327

1318.0

139.0

 

1.308

1291.3

140.0

 

1.291

1265.2

 

 

 

 

 

1 7

Image 17
Contents Controls Troubleshooting Guide Up Arrow Rtjturnipg to Keyboard and Display Module Control Sequence Controls Operation Keyboard Entry Display Description S E T El4 Keyboard Directory cant Operating Modes Alarms III Programming Functions Troubleshooting Compwssor is not running T21 Keyboard Display Comments Entry Response Compressor 24-V Control Circuit Wiring Simplified Thermistsr Temperature vs Resistance and Voltage English Thermistor Temperature vs Resistance and Voltage Sk Electronic Expansion Valves Thermistor Locations Electronic Expansion Valve Thermistor Compressor and Cooler Modules MoN Keyboard/Display Module I-ISIO Symptoms Page 1 1

HS070-160 specifications

The Carrier HS070-160 is a high-efficiency air conditioning unit renowned for its robust performance and advanced technological features, making it an optimal choice for both commercial and industrial applications. This model is a part of Carrier's commitment to providing reliable and energy-efficient climate control solutions tailored to meet diverse cooling needs.

One of the standout features of the HS070-160 is its impressive cooling capacity, which ranges from 70 to 160 tons. This range makes it suitable for various environments, from large office buildings to manufacturing facilities. The unit is designed with versatility in mind, offering the option for both air-cooled and water-cooled configurations, thereby allowing users to choose the most suitable setup for their specific installation needs.

The HS070-160 incorporates a state-of-the-art variable speed drive technology, which enables the compressor to adjust its speed according to the cooling demand. This not only results in enhanced energy efficiency but also improves overall comfort by providing more consistent temperature control. Additionally, the unit features high-efficiency scroll compressors that further improve its performance while minimizing energy consumption.

In terms of construction and durability, the HS070-160 is built to withstand harsh environmental conditions. The unit is equipped with corrosion-resistant coatings and sturdy components, ensuring longevity and reliable operation across a broad range of settings. The design also promotes ease of maintenance, with accessible service points that simplify routine checks and repairs.

Another noteworthy characteristic of the Carrier HS070-160 is its advanced control systems. The unit can be integrated with smart building management systems, allowing for precise monitoring and control of HVAC operations. This integration helps facility managers optimize energy usage and reduce operational costs while maintaining comfortable indoor climates.

Furthermore, the HS070-160 adheres to stringent environmental standards, making it an eco-friendly choice. It is compatible with low-GWP refrigerants, aligning with global efforts to reduce greenhouse gas emissions.

In conclusion, the Carrier HS070-160 combines efficiency, durability, and advanced technology, making it a top contender for businesses looking to invest in dependable air conditioning solutions. Its comprehensive features and characteristics not only enhance performance but also contribute to significant energy savings and environmental sustainability.