The document discusses how Syncade Workflow and AMS Device Manager can be used for SIS proof testing on a DeltaV SMART SIS system. It describes how SMART instruments and logic solvers enable automated testing and documentation to satisfy IEC 61511 standards. Syncade workflow guides technicians through tests, documents results electronically, and ensures tasks are done correctly. This facilitates faster commissioning and proof testing while reducing costs.

1. Using Syncade Workflow and AMS Device Manager for SIF Proof Testing on a DeltaV SMART SIS System Ed Smigo Director Systems Technology

7. Sensor testing options Safely test the SIF using actual process variables Test sensors in-situ by other means Perform wiring continuity test Remove sensor and test on bench Use smart features to test electronics and wiring continuity

12. Where is Your Paper??

13. Kill off the Clipboard

14. Get on the Wireless Terminal

17. Example: Rosemount 3051S proof test procedures

18. 3051S Proof Test using a HART communicator and mA meter

19. 3051S Proof Test using DeltaV SIS

20. Perform the abbreviated loop test directly from DeltaV Explorer

21. DeltaV SIS internal values are verified using diagnostics & engineering tools.

22. DeltaV SIS internal values are verified using diagnostics & engineering tools.

23. DeltaV SIS internal values are verified using diagnostics & engineering tools.

24. DeltaV SIS internal values are verified using diagnostics & engineering tools.

26. Electronic Work Instruction Scheduling

27. Portal personalized for the Technician

28. Training Records Prevent Unauthorized Execution

29. Electronic Work Instruction Execution

30. Electronic Work Instruction Execution

31. Electronic Work Instruction Execution

32. Electronic Work Instruction Configuration

33. Electronic Work Instruction Reporting

34. Interlock proof test - BEFORE Alright Bob, go ahead and return PT-102 to normal pressure. Ian, can you verify that XV-105 and XV-106 have closed as a result of this trip? Ian, can you verify that XV-105 and XV-106 have closed as a result of this trip? We’re going to test the T-200 high pressure shutdown SIF. Bob, go to PT-101. It is on top of T-200. Acknowledging the alarm. Graphics show that the valves have tripped. Acknowledging the alarm. Graphics show that the valves have tripped. Trip cleared. Resetting the SIF and initialing paperwork. Trip cleared. Resetting the SIF and signing off on the paperwork. Pump up the pressure on the sensor to the trip point of 120 psig. Bob, pump up the pressure on the sensor to the trip point of 120 psig. Alright Bob, go ahead and return PT-101 to normal pressure and move over to PT-102. Whistling…. XV-106 tripped. Let me check XV-105. XV-106 tripped too. Both valves are closed. Hooking up the test equipment to PT-101 The pressure value should be about 121 psig. Found it. The pressure value should be about 121 psig. XV-105 tripped. Let me check XV-106. XV-105 tripped too. Both valves are closed. PT-102 is back to normal. I’m hooked up to PT-102 now.

35. Summary Task Analysis - BEFORE Wiring checkout and loop test Proof testing

36. Interlock Proof Check – After Acknowledging the alarm. Graphics show that the valves have tripped. Entering manual entry into AMS Audit Trail. PT-101 – send 120 psig signal. PT-102 – send 120 psig signal. PT-101 – return to normal service. PT-102 – return to normal service. Trip cleared. Resetting the SIF. That was easy! Confirmed that XV-105 and XV-106 are reset (open) via HART. QuickCheck and the QuickStep feature is all set up. Start…. <click> Confirmed that XV-105 and XV-106 are closed via HART. PT-101 returned to normal service. Sending 120 psig signal. XV-105 is closed. XV-106 is closed. XV-105 is open. XV-106 is open. Sending 120 psig signal. PT-102 returned to normal service.

37. Summary Task Analysis – AFTER Wiring checkout and loop test Proof testing