Sices HS 315, Техническое руководство

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30 Technical Handbook
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A zero-bit means that the output is normally on standby and starts operating when the
related feature requires it.
•
A one-bit means that the output is normally operating and goes on standby when the
related function requires it.
•
The logical status of the digital outputs is displayed on page S.13 (0 = output inactive, 1 =
output active).
The mapping of the outputs on the controller is:
BIT Value Hexadecimal Output
0 1
0001
Output 1
1 2
0002
Output 2
2 4
0004
Output 3
3 8
0008
Output 4
4 16
0010
Output 5 (JL-1)
5 32
0020
Output 6 (JL-3)
6 64
0040
Output 7 (JI-4)
7 128 0080 Output 8 (JI-1)
8 256 0100 Output 9
9 512 0200 Output 10
10 1024 0400 Output 11
11 2048 0800 Output 12
While the mapping of the outputs on the two DITEL 8 OUT modules is:
BIT Value Hexadecimal Output
0 1
0001
Output 1
1 2
0002
Output 2
2 4
0004
Output 3
3 8
0008
Output 4
4 16
0010
Output 5
5 32
0020
Output 6
6 64
0040
Output 7
7 128 0080 Output 8
8 256 0100 Output 9
9 512 0200 Output 10
10 1024 0400 Output 11
11 2048 0800 Output 12
12 4096 1000 Output 13
13 8192 2000 Output 14
14 16384 4000 Output 15
15 32768 8000 Output 16
Basically, if you want to reverse the logic of an output you need to add the corresponding value
into its parameter.
for example, if you want to invert outputs 3 and 4 on the controller you must set P.3000 =12
(0x000C) (i.e. 4+8); if you want to invert outputs 5 and 10 of the second DITEL gen-set (16 IN
+ 16 OUT) you must set P.3250=1056 (0x0420) (i.e. 32+1024)
As default, all the bits are set to 0.
The digital outputs can be used directly as command for devices outside the controller, or for
reporting certain operating conditions.
See below the outputs configurable on the digital outputs: