20
Technical Handbook
2
4
0004
Input 03 (JN-3)
3
8
0008
Input 04 (JN-4)
4
16
0010
Input 05 (JN-5)
5
32
0020
Input 06 (JN-6)
6
64
0040
Input 07 (JN-7)
7
128
0080
Input 08 (JN-8)
8
256
0100
Input 09 (JT-1)
9
512
0200
Input 10 (JT-2)
10
1024
0400
Input 11 (JT-3)
11
2048
0800
Input 12 (JT-4)
Bit mapping of parameter P.2100 is:
BIT Value Hexadecimal Input
0
1
0001
Input 13 (JQ)
1
2
0002
Input 14 (JM-3)
2
4
0004
Input 15 (JM-4)
3
8
0008
Input 16 (JM-2)
4
16
0010
Input 17 (JL-4)
Bit mapping of parameters P.2200 and P.2250 is:
BIT Value
Hexadecimal Input
0
1
0001
Input 01
1
2
0002
Input 02
2
4
0004
Input 03
3
8
0008
Input 04
4
16
0010
Input 05
5
32
0020
Input 06
6
64
0040
Input 07
7
128
0080
Input 08
8
256
0100
Input 09
9
512
0200
Input 10
10
1024
0400
Input 11
11
2048
0800
Input 12
12
4096
1000
Input 13
13
8192
2000
Input 14
14
16384 4000
Input 15
15
32768 8000
Input 16
Thus, if you want to revert the logic of an input, you must add its bit in the related parameter.
For example, to revert inputs 3 and 4 of the controller, you must set P.2000 =12 (0x000C)
(4+8); to revert inputs 5 and 10 of the second DITEL module (16 IN + 16 OUT) you must set
P.2250=1056 (0x0420) (32+1024).
As default, all the bits are set to 0.
Each input (both physical and virtual) has three parameters associated:
•
One parameter which configures its function (P.2001 for input 1).
•
One parameter which configures any delay (P.2002 for input 1).
•
One parameter allows to define a text message to display. (P.2003 for input 1).
See document [1] for the parameters list.
All inputs, whether we are talking about the ones on the HS315, the ones on the DITEL
expansion or the virtual ones, are managed the same way.
Содержание HS 315
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