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57
TECHNICAL DATA CONT’D
PROBE RESISTANCE
TEMP
RESISTANCE
VOLT DROP
TEMP
RESISTANCE
VOLT DROP
70
°
556
Ω
1.11
290
°
881
Ω
1.76
80
°
569
Ω
1.14
300
°
897
Ω
1.79
90
°
583
Ω
1.17
310
°
914
Ω
1.83
100
°
596
Ω
1.19
320
°
931
Ω
1.86
110
°
610
Ω
1.22
330
°
948
Ω
1.90
120
°
623
Ω
1.25
340
°
965
Ω
1.93
130
°
637
Ω
1.27
350
°
983
Ω
1.97
140
°
651
Ω
1.3
360
°
1000
Ω
2.00
150
°
665
Ω
1.33
370
°
1018
Ω
2.04
160
°
678
Ω
1.36
380
°
1036
Ω
2.07
170
°
694
Ω
1.39
390
°
1054
Ω
2.11
180
°
709
Ω
1.42
400
°
1072
Ω
2.14
190
°
724
Ω
1.45
410
°
1090
Ω
2.18
200
°
739
Ω
1.48
420
°
1109
Ω
2.22
210
°
754
Ω
1.51
430
°
1127
Ω
2.25
220
°
769
Ω
1.54
440
°
1146
Ω
2.29
230
°
785
Ω
1.57
450
°
1165
Ω
2.33
240
°
800
Ω
1.60
460
°
1184
Ω
2.37
250
°
816
Ω
1.63
470
°
1204
Ω
2.41
260
°
832
Ω
1.66
480
°
1223
Ω
2.45
270
°
848
Ω
1.70
490
°
1243
Ω
2.49
280
°
864
Ω
1.73
500
°
1263
Ω
2.53
NOTE
Probe is factory checked at 350
°
F. Must be completely disconnected from circuit board when measuring
probe resistance. Display will read “
HELP
” if probe is open or unplugged. Any probe resistance can be
multiplied by 2 milli-amps (.002) to determine voltage drop.
Summary of Contents for GCCO-C
Page 29: ...29 GENERAL CONT D ONE PAN TWO PAN THREE PAN FOUR PAN FIVE PAN ...
Page 59: ...59 TECHNICAL DATA CONT D GCCO C TEST POINT LAYOUT TP 2 TP 1 TP 3 TP 4 TP5 TP6 TP7 ...
Page 61: ...61 WIREING DIAGRAM GCCO T ...
Page 62: ...62 WIRING DIAGRAM GCCO AP ...
Page 63: ...63 WIRING DIAGRAM GCCO SII ...
Page 64: ...64 WIRING DIAGRAM GCCO C ...
Page 65: ...65 WIRING DIAGRAM GCCO PP ...
Page 66: ...66 WIRING DIAGRAM GCCO PT ...