Integration
333587D
95
Acknowledge - Clear Error Diagram
Ack-Clear Error
Automation Inputs (E-Flo iQ Outputs)
Active
Pump
Inactive
Pump
Pump Heartbeat To PLC
1
56
+
¸'
ata Exchange -Pump Active Alarms(integer/bitfield)
+
Ɣ
No Alarms are Present
5
60
Automation Outputs (E-Flo iQ Inputs)
ᶭ
Acknowledge / Clear Errors Request
Automation Inputs (E-Flo iQ Outputs)
Active
Pump
Inactive
Pump
Pump Heartbeat To PLC
1
56
+
¸'
ata Exchange -Pump Active
'
eviations(integer/bitfield)
+
Ɣ
No
'
eviations are Present
6
61
Automation Outputs (E-Flo iQ Inputs)
ᶭ
Acknowledge / Clear Errors Request
Automation Inputs (E-Flo iQ Outputs)
Active
Pump
Inactive
Pump
Pump Heartbeat To PLC
1
56
+
¸'
ata Exchange -Pump Active Advisories(integer/bitfield)
+
Ɣ
No Advisories are Present
7
62
Automation Outputs (E-Flo iQ Inputs)
ᶭ
Acknowledge / Clear Errors Request
Notes:
+ Each pump has to be checked for errors. If there is an error, the corresponding error bitfield
has to be pulled before sending the Acknowledge/clear errors bit.
Alarms
Tag ID
When in Tandem mode, sending this Automation Output bit will result in the information
being sent to both active and inactive pumps.
Use the Pump CGM
'
ata Exchange Timing
'L
agram along with the corresponding command
in the heat data exchange list to get the current error bitfield. Once the current bitfield is
pulled, use the corresponding pump error code bitfield to decode which errors are active.
△
13
Deviations
13
Tag ID
Advisories
Tag ID
13
භ
If errors are not successfully resolved the bit will remain high, once the system has
successfully seen that the error has been resolved, the bit will go low.
ѕ