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Operation
3.18.4 ANALOG DIAGNOSTICS
By selecting the analog submenu you can test the sensors con-
nected to each of the analog channels (Figure 3.27). The reading
that is displayed is "raw" unprocessed data and is a 10 bit number
ranging from 0 - 1023 representing a voltage on the input chan-
nel. Some channels have different scaling associated with them
in hardware. The channels are numbered and scaled as shown
below.
Figure 3.27 — Analog Diagnostics
3.18.5 ANALOG CHANNEL ALLOCATIONS
CHANNEL #
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
FUNCTION
4 – 20ma User config. channel 1
4 – 20ma User config. channel 2
4 – 20ma User config. channel 3
4 – 20ma User config. channel 4
4 – 20ma User config. channel 5
4 – 20ma User config. channel 6
4 – 20ma User config. channel 7
4 – 20ma User config. channel 8
4 – 20ma User config. channel 9
4 – 20ma User config. channel 10
4 – 20ma User config. channel 11
4 – 20ma User config. channel 12
4 – 20ma User config. channel 13
4 – 20ma User config. channel 14
4 – 20ma User config. channel 15
4 – 20ma User config. channel 16
4 – 20ma User config. channel 17
Battery Voltage
Utility current sense A
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
You can use the analog help button to show you how the user con-
figurable channels are connected to which sensors (Figure 3.28).
Figure 3.28 — Configurable Channels
3.18.6 COMMUNICATION DIAGNOSTICS
See Figure 3.29.
Utility current sense B
Utility current sense C
Utility average current
Generator current sense A
Generator current sense B
Generator current sense C
Generator average current
Utility voltage sense A
Utility voltage sense B
Utility voltage sense C
Utility average voltage
Generator voltage sense A
Generator voltage sense B
Generator voltage sense C
Generator average voltage
Generator total kW
Utility total kW
Generator total PF
Utility total PF
Generator frequency
Utility frequency
RPM1
RPM2
RPM3
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