On the module, the output states of the outputs defined by the output mask are compared to the reference state. The control of an output driver is used as a reference state.
A change of the default state causes the reset of the monitoring of this output. The state of each single channel can be read out. A change of the monitoring state is sent actively as a detected error message.
|
Bit |
Description |
|---|---|
|
0 |
Output 1 0 = No detected error 1 = Short circuit or overload |
|
1 |
Output 2 0 = No detected error 1 = Short circuit or overload |
|
2 |
Output 3 0 = No detected error 1 = Short circuit or overload |
|
3 |
Output 4 0 = No detected error 1 = Short circuit or overload |
|
4 |
Output 5 0 = No detected error 1 = Short circuit or overload |
|
5 |
Output 6 0 = No detected error 1 = Short circuit or overload |
|
6 |
Output 7 0 = No detected error 1 = Short circuit or overload |
|
7 |
Output 8 0 = No detected error 1 = Short circuit or overload |
|
Bit |
Description |
|---|---|
|
0 |
Output 9 0 = No detected error 1 = Short circuit or overload |
|
1 |
Output 10 0 = No detected error 1 = Short circuit or overload |
|
2 |
Output 11 0 = No detected error 1 = Short circuit or overload |
|
3 |
Output 12 0 = No detected error 1 = Short circuit or overload |
|
4 |
Output 13 0 = No detected error 1 = Short circuit or overload |
|
5 |
Output 14 0 = No detected error 1 = Short circuit or overload |
|
6 |
Output 15 0 = No detected error 1 = Short circuit or overload |
|
7 |
Output 16 0 = No detected error 1 = Short circuit or overload |