gefran GPC Configuration And Programming Manual page 4

3.14.17. ALSTATE alarm status for single-phase loads and
phase 1 of three-phase loads ....................................71
3.14.18. ALSTATE_HB alarm status (phase 2 of two-phase/
three-phase loads and phase 3 of three-phase loads) ..
71
3.14.19. Alarm status (ALSTATE_IRQ) .....................................71
3.14.20. HB, SSR_SHORT, NO_VOLTAGE and NO_CURRENT
alarm reset .................................................................71
3.15. POWER_FAULT alarms (SSR_SHORT, NO_VOLTAGE and
NO_CURRENT) ....................................................................72
3.15.1. Enable POWER_FAULT alarms..................................72
3.15.2. SSR_SHORT update frequency .................................73
3.15.3. Time filter for NO_VOLTAGE and NO_CURRENT
alarms ........................................................................73
3.15.4. HB, SSR_SHORT, NO_VOLTAGE and NO_CURRENT
alarm reset .................................................................73
3.15.5. Status 3 (STATUS3) ...................................................73
3.15.6. SSR_SHORT alarm status (single-phase configuration
or CT phase 1 two-phase or three-phase configura-
tion) ............................................................................74
3.15.7. SSR_SHORT alarm status (single-phase configuration
or CT phase 2 two-phase or three-phase configura-
tion) ............................................................................74
3.15.8. SSR_SHORT alarm status (single-phase configuration
or CT phase 3 three-phase configuration) .................74
3.15.9. NO_VOLTAGE alarm status (single-phase configura-
tion or CT phase 1 two-phase or three-phase configu-
ration) .........................................................................75
3.15.10. NO_VOLTAGE alarm status (single-phase configura-
tion or CT phase 2 two-phase or three-phase configu-
ration) .........................................................................75
3.15.11. NO_VOLTAGE alarm status (single-phase configura-
tion or CT phase 3 three-phase configuration) ..........75
3.15.12. NO_CURRENT alarm status (single-phase configura-
tion or CT phase 1 two-phase or three-phase configu-
ration) .........................................................................76
3.15.13. NO_CURRENT alarm status (single-phase configura-
tion or CT phase 2 two-phase or three-phase configu-
ration) .........................................................................76
3.15.14. NO_CURRENT alarm status (single-phase configura-
tion or CT phase 3 three-phase configuration) ..........76
3.16. Thermal protection alarms ...................................................77
3.16.1. SSR heat sink temperature value...............................78
3.16.2. Temperature value of LINE terminals .........................78
3.16.3. Temperature value of LOAD terminals .......................78
3.16.4. Temperature value of the power board .....................78
3.16.5. Maximum temperature value of SSR heat sink..........79
3.16.6. Maximum temperature value of the power board......79
3.16.7. Status reading (STATUS4) .........................................80
3.16.8. Max1 temperature reset .............................................80
3.17. FUSE_OPEN and SHORT_CIRCUIT_CURRENT alarms ......81
3.17.1. Number of automatic restarts ....................................81
3.17.2. FUSE_OPEN and SHORT_CIRCUIT_CURRENT alarm
reset ...........................................................................81
3.17.3. STATUS4 state reading .............................................81
3.18. General description of the outputs ......................................82
3.19. Allocation of reference signals to outputs ............................84
3.19.1. Allocation of reference signal .....................................84
3.19.2. OUT cycle time ..........................................................86
3.19.3. Status rL.x (MASKOUT_RL) .......................................86
3.19.4. Status rL .....................................................................87
3.19.5. Allocation of physical outputs ....................................88
3.19.6. Alarm status masks for custom output 9 ...................89
3.19.7. Alarm status masks for custom output 10 .................89
3.19.8. Status reset to last activation of custom OUT9 .........90
3.19.9. Status reset to last activation of custom OUT10 .......90
3.19.10. Physical output status................................................90
3.19.11. rL.x (MASKOUT_OUT) status .....................................91
3.19.12. Alarm status stored at last activation for custom out-
put ..............................................................................91
3.19.13. STATUS4 stored with custom output activation........92
3.19.14. ALSTATE_IRQ stored with custom output activation 92
3.19.15. VOLTAGE_STATUS stored with custom output activa-
tion .............................................................................92
81901 "MSW_GPC-40/600A"_03-2021_ENG_page 2
3.20. Analog outputs .....................................................................93
3.20.1. Types of analog output ..............................................94
3.20.2. Analog output reference allocation ............................95
3.20.3. Lower analog output scale limit .................................96
3.20.4. Upper analog output scale limit .................................96
3.20.5. Serial line value for analog output ..............................96
3.20.6. Analog output value ...................................................97
3.21. Controls - general description..............................................97
3.21.1. Reference power ........................................................99
3.21.2. Output power value....................................................99
3.21.3. Output power value without correction ....................99
3.21.4. Power output percentage ........................................100
3.21.5. Output power offset .................................................100
3.21.6. Control output gradient ............................................100
3.21.7. Minimum trigger output ...........................................100
3.22. Automatic - manual control ................................................101
3.22.1. Manual power ..........................................................101
3.22.2. Automatic - manual selection ..................................101
3.22.3. Status (STATUS_W) .................................................102
3.23. Manual power correction ...................................................102
3.23.1. Mains voltage ...........................................................102
3.23.2. Manual power correction .........................................102
3.23.3. Enabling manual power correction and storage ......103
3.24. Start modes ........................................................................103
3.24.1. Start mode at Power-On ..........................................103
3.25. Software shutdown ............................................................104
3.25.1. Software startup/shutdown .....................................104
3.25.2. Software shutdown modes ......................................104
3.26. Other functions ...................................................................105
3.26.1. Operating hour meter ...............................................105
3.26.2. Enabling retentive memory storage .........................105
3.27. Power control modes .........................................................106
3.27.1. Enabling trigger modes ............................................107
3.27.2. Maximum RMS current limit in steady state ............108
3.27.3. Minimum number of cycles of BF mode ..................108
3.28. Softstart ..............................................................................109
3.28.1. Maximum phase of the phase softstart ramp ..........109
3.28.2. Phase softstart ramp duration .................................109
3.28.3. Minimum non-conduction time for ramp reactivation....
110
3.28.4. Maximum peak current limit during ramp ................110
3.28.5. Phase softstart ramp restart ....................................111
3.28.6. Phase softstart ramp status .....................................111
3.28.7. Phase softstart ramp completion status ..................111
3.29. Delay Triggering .................................................................112
3.29.1. Delay triggering ........................................................112
3.29.2. Delay triggering with rotation of phases 1-3-2 ........112
3.30. Automatic Firing Change function......................................113
3.30.1. Enabling Firing Change function ..............................113
3.30.2. Current threshold for activating Firing Change ........114
3.30.3. Current hysteresis for activating Firing Change .......114
3.30.4. Minimum power for activating Firing Change ..........114
3.30.5. Firing Change status set via serial ...........................115
3.30.6. Firing Change status set via serial ...........................115
3.31. Feedback mode .................................................................116
3.31.1. Enabling feedback mode .........................................117
3.31.2. Maximum voltage feedback correction ...................117
3.31.3. Maximum current feedback correction ....................117
3.31.4. Maximum power feedback correction .....................118
3.31.5. Voltage feedback reference .....................................118
3.31.6. Current feedback reference .....................................118
3.31.7. Power feedback reference .......................................118
3.31.8. Feedback response speed ......................................119
3.31.9. Feedback reference calibration ...............................119
3.31.10. Feedback reference .................................................119
3.32. Heuristic power control ......................................................120
3.31.11. Enabling heuristic power control .............................120
3.31.12. Maximum current for heuristic power control ..........120
3.33. Heterogeneous power control ...........................................121
3.33.1. Enabling heterogeneous power control ...................121
3.33.2. Maximum current for heterogeneous power control 121
3.34. Virtual instrument control ...................................................122