|
Based on selections made, MultiTool Creator automatically generates variables and configurations for I/O pins along with internal diagnostics to the CODESYS code template. |
Pin |
Type |
PLCopen address |
Channel number |
2 |
PWM DO Requested pulses |
%QW16 %QX16.0 %QW17 |
1
|
3 |
PWM DO Requested pulses |
%QW18 %QW113 %QW19 |
2
|
7 |
PWM DO Requested pulses |
%QW20 %QX20.0 %QW21 |
3
|
8 |
PWM DO Requested pulses |
%QW22 %QX22.0 %QW23 |
4
|
9 |
PWM DO Requested pulses |
%QW24 %QW116 %QW25 |
5
|
10 |
PWM DO Requested pulses |
%QW26 %QX26.0 %QW27 |
6
|
11 |
PWM DO Requested pulses |
%QW28 %QX28.0 %QW29 |
7
|
12 |
PWM DO Requested pulses |
%QW30 %QW119 %QW31 |
8
|
Pin |
Type |
PLCopen address |
Channel number |
14 |
PI FI |
%IW68 %IW69 |
1 |
15 |
PI FI |
%IW70 %IW71 |
2 |
20 |
AI* |
%IW27 |
11 15 |
21 |
AI* |
%IW26 |
10 14 |
22 |
FB |
%IW22 |
6 |
23 |
FB |
%IW24 |
8 |
* absolute
** Relative compared to +5 V REF. +5 V REF has to be enabled (REF_OUT_5V_Enable) when using this. The measurement is valid only if diagnostic flag REF_OUT_5V_StatusOk is true in CODESYS (IO_INTERNAL).
Pin |
Type |
PLCopen address |
Channel number |
24 |
24V |
%IW19 |
3 |
25 |
PI FI |
%IW72 %IW73 |
3 |
26 |
PI FI |
%IW74 %IW75 |
4 |
27 |
PI FI |
%IW76 %IW77 |
5 |
28 |
Ref+5V |
%QX12.14 |
0 |
29 |
Ref+5V |
%QX12.14 |
0 |
31 |
AI* |
%IW28 |
12 16 |
32 |
AI* |
%IW29 |
13 17
|
34 |
FB |
%IW25 |
9 |
35 |
FB |
%IW23 |
7 |
* Absolute
** Relative compared to +5 V REF. +5 V REF has to be enabled (REF_OUT_5V_Enable) when using this. The measurement is valid only if diagnostic flag REF_OUT_5V_StatusOk is true in CODESYS (IO_INTERNAL).
This unit’s internal temperature and incoming operating voltage can be read from the PLCopen addresses with the numerical values and resolutions shown in the following table.
Type |
PLCopen address |
AI Channel |
Precision FS |
Resolution bits |
Full reading |
AI(+5 V) |
%IW16 |
0 |
≤ ±5,0% |
10 |
5 V |
AI(+2,5 V) |
%IW17 |
1 |
≤ ±5,0% |
10 |
5 V |
AI(Vsupply) |
%IW19 |
3 |
≤ ±5,0% |
10 |
46 V |
AI(TEMP) |
%IW18 |
2 |
≤ ±5,0% |
10 |
5 V |
Source file Topic000650.htm
Last updated 21-Feb-2025