TABLE 48 – ENTERING AND LEAVING CHILLED

Service and Troubleshooting

TABLE 48 – ENTERING AND LEAVING CHILLED

LIQUID TEMP. SENSOR TEMPERATURE/VOLTAGE/ RESISTANCE CORRELATION

TEMP °F

VOLTAGE

RESISTANCE

TEMP °C

0

1.71

25619

-18

2

1.78

24046

-17

4

1.85

22580

-16

6

1.93

21214

-14

8

2.00

19939

-13

10

2.07

18749

-12

12

2.15

17637

-11

14

2.22

16599

-10

16

2.30

15629

-9

18

2.37

14721

-8

20

2.45

13872

-7

22

2.52

13077

-6

24

2.59

12333

-4

26

2.67

11636

-3

28

2.74

10982

-2

30

2.81

10370

-1

32

2.88

9795

0

34

2.95

9256

1

36

3.02

8750

2

38

3.08

8276

3

40

3.15

7830

4

42

3.21

7411

6

44

3.27

7017

7

46

3.33

6647

8

48

3.39

6298

9

50

3.45

5970

10

52

3.51

5661

11

54

3.56

5370

12

56

3.61

5096

13

58

3.67

4837

14

60

3.72

4593

16

62

3.76

4363

17

64

3.81

4145

18

66

3.86

3941

19

68

3.90

3747

20

70

3.94

3564

21

72

3.98

3392

22

74

4.02

3228

23

76

4.06

3074

24

78

4.10

2928

26

80

4.13

2790

27

Entering Chilled Liquid Sensor

J6-6 = +5VDC regulated supply to sensor.

J6-9 = VDC input signal to the microboard. See Table 48 for voltage readings that correspond to

specific liquid temperatures.

J6-3 = drain (shield connection = 0VDC)

Leaving Chilled Liquid Temp. Sensor

J6-5 = +5VDC regulated supply to sensor.

J6-8 = VDC input signal to the microboard. See Table 48 for voltage readings that correspond to

specific liquid temperatures.

J6-2 = drain (shield connection = 0VDC)

100

YORK INTERNATIONAL

Page 100
Image 100
York YCAL0014SC, YCAL0080SC manual Service and Troubleshooting, Entering And Leaving Chilled