96 ➔ 30 ms
112 ➔ 50 ms
128 ➔ 100 ms
144 ➔ 200 ms
160 ➔ 500 ms
Compare calculated Dec_InputChannel0 (
Ä
step 2) with “Input 0, channel configuration value”.
They have to be equal.
If they are not equal, stop the procedure and re-do the configuration and comparison.
If after the second iteration, there is still a difference between those values, stop verification procedure
and contact ABB technical support.
3. Repeat step 2 for the rest of digital input channels (Input 1, Input 2, … Input 7).
4. Compare that “2 channel configuration 0/4” parameter in “DX581-S” tab have the same value as
“Inputs 0/4, discrepancy time” parameter in “DX581-S Configuration” tab.
If they are not equal, stop the procedure and re-do the configuration and comparison.
If after the second iteration, there is still a difference between those values, stop verification procedure
and contact ABB technical support.
Fig. 132: Compare “DX581-S” tab and “DX581-S Configuration” tab
1 2 channel configuration 0/4” parameter in
“DX581-S” tab
2 “Inputs 0/4, discrepancy time” parameter in
“DX581-S Configuration” tab
5. Repeat Step 4 for the rest of input channel combinations:
n Inputs 1/5, discrepancy time
n Inputs 2/6, discrepancy time
n Inputs 3/7, discrepancy time
6. Refer to “DX581-S” tab and calculate “Output channel 0” decimal equivalent (Dec_OutputChannel0)
as:
Dec_OutputChannel0 = Detection_Value + Output_Value + 1
where
Detection_Value:
0 ➔ Off
Checklists for AC500-S Commissioning
Verification procedure for safe iParameter setting in AC500-S Safety I/Os > Verification tables for iParameter settings in AC500-S
Safety I/Os
30.03.2017 AC500-S 423
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