Tripping Data

Tripping Data Monitoring

To monitor the tripping data, it is recommended:

to read the tripping cause registers regularly
to read the data related to the last trip only after detection of a tripping cause:
- Last trip event
- ZSI status before the last trip
- Setting group and settings of protection responsible for the last trip
- Interrupted currents and measurement before the last trip

Tripping Cause

Address	Register	RW	Unit	Type	Range	Bit	Description
0x7E56–0x7E57	32343–32344	R	–	INT32U	–	–	Alarm change counter
0x7E58	32345	R	–	INT16U	–	–	Quality of each bit of register 32346: 0 = Invalid 1 = Valid
0x7E59	32346	R	–	INT16U	–	0	Reserved
						1	Alarm status synthesis: 0 = No active alarms 1 = At least one alarm is active
						2–15	Reserved
0x7E5A–0x7E72	32347–32371	R	–	INT16U	–	–	Quality of each bit of registers 32372-32396: 0 = Invalid 1 = Valid
0x7E73	32372	R	–	INT16U	–	0	Ir trip
						1	Isd trip
						2	Ii trip
						3	Ig trip
						4	IΔn trip
						5	Ultimate self-protection trip (SELLIM)
						6	Self diagnostic trip
						7	Optional protection trip
						8	Ultimate self-protection trip (DIN/DINF)
						9	IΔn/Ig test trip
						10–11	Reserved
						12	IDMTL long time trip
						13	Reserved
						14	Undervoltage on 1 phase trip
						15	Overvoltage on 1 phase trip
0x7E74	32373	R	–	INT16U	–	0	Reserved
						1	Reverse power trip
						2	Underfrequency trip
						3	Overfrequency trip
						4	Reserved
						5	Forward directional overcurrent trip
						6-7	Reserved
						8	Undervoltage on all 3 phases trip
						9	Overvoltage on all 3 phases trip
						10	Reverse directional overcurrent trip
						11–15	Reserved
0x7E75	32374	–	–	–	–	–	Reserved
0x7E76	32375	–	–	–	–	0	Circuit breaker self-diagnostic trip
0x7E76	32375	–	–	–	–	1–15	Reserved

Protection Data

Address	Register	RW	Unit	Type	Range	Bit	Description
0x7E77	32376	R	–	INT16U	–	0	Ir start (I > 105% Ir)
						1	Isd start
						2	Ig start
						3	IΔn start
						4	Ultimate self-protection (SELLIM) operate
						5–7	Reserved
						8	Ultimate self-protection (DIN/DINF) operate
						9–11	Reserved
						12	IDMTL long time start
						13	Reserved
						14	Undervoltage on 1 phase start
						15	Overvoltage on 1 phase start
0x7E78	32377	R	–	INT16U	–	0	Reserved
						1	Reverse power start
						2	Underfrequency start
						3	Overfrequency start
						4	Reserved
						5	Forward directional overcurrent start
						6–7	Reserved
						8	Undervoltage on all 3 phases start
						9	Overvoltage on all 3 phases start
						10	Reverse directional overcurrent start
						11–15	Reserved
0x7E79	32378	R	–	INT16U	–	0	Ir operate
						1	Isd operate
						2	Ii operate
						3	Ig operate
						4	IΔn operate
						5–11	Reserved
						12	IDMTL long time operate
						13	Reserved
						14	Undervoltage on 1 phase operate
						15	Overvoltage on 1 phase operate
0x7E7A	32379	R	–	INT16U	–	0	Reserved
						1	Reverse power operate
						2	Underfrequency operate
						3	Overfrequency operate
						4	Reserved
						5	Forward directional overcurrent operate
						6–7	Reserved
						8	Undervoltage on all 3 phases operate
						9	Overvoltage on all 3 phases operate
						10	Reverse directional overcurrent operate
						11–15	Reserved
0x7E7B	32380	R	–	INT16U	–	0–8	Reserved
						9	Forward directional overcurrent received
						10	Reverse directional overcurrent received
						11	Forward directional overcurrent sent
						12	Reverse directional overcurrent sent
						13	Request to unlock ERMS by smartphone
						14–15	Reserved
0x7E7C	32381	R	–	INT16U	–	0	Thermal memory reset order
						1	Ir prealarm (I > 90% Ir)
						2	Ig alarm
						3	IΔn alarm
						4–7	Reserved
						8	ERMS engaged
						9	ERMS engaged for more than 24 hours
						10	Reserved
						11	Active curve: 0 = A curve active 1 = B curve active
						12	Reserved
						13	Optional protections inhibited by IO
						14	ESM (ERMS switch module) self-diagnostic alarm
						15	Communication lost with ESM (ERMS switch module)

Last Trip Event

Address	Register	RW	Unit	Type	Range	Bit	Description
0x0227	552	R	–	INT16U	–	–	Last trip event code: Standard protection: 25600 (0x6400) = Ir trip 25601 (0x6401) = Isd trip 25602 (0x6402) = Ii trip 25603 (0x6403) = Ig trip 25604 (0x6404) = Ivigi trip 25606 (0x6406) = Ultimate self-protection trip (SELLIM) 25607 (0x6407) = Internal failure Optional protection: 25616 (0x6410) = Undervoltage on one phase trip 25617 (0x6411) = Overvoltage on one phase trip 25620 (0x6414) = Reverse power trip 25621 (0x6415) = Underfrequency trip 25622 (0x6416) = Overfrequency trip 25629 (0x641D) = Ultimate self-protection trip (DIN/DINF) 25630 (0x641E) = Ground fault and earth-leakage test trip 25633 (0x6421) = IDMTL long time trip 25635 (0x6423) = Forward directional overcurrent trip 25636 (0x6424) = Reverse directional overcurrent trip 25642 (0x642A) = Undervoltage on all 3 phases trip 25643 (0x642B) = Overvoltage on all 3 phases trip 25649 (0x6431) = Optional protection trip
0x0228–0x022B	553-556	R	–	DATETIME	–	–	Timestamp of last trip event
0x022C	557	R	–	INT16U	–	–	Timestamp quality of last trip event
0x022D	558	–	–	–	–	–	Reserved
0x022E	559	R	–	INT16U	–	–	Quality of each bit of registers 560: 0 = Invalid 1 = Valid
0x022F	560	R	–	INT16U	–	–	Last trip event origin electrical fault: 0 = Inactive 1 = Active
						0	Fault on phase 1
						1	Fault on phase 2
						2	Fault on phase 3
						3	Fault on neutral
						4–15	Reserved

ZSI Status Before Last Trip

Address	Register	RW	Unit	Type	Range	Bit	Description
0x0231	562	R	–	INT16U	–	–	Quality of each bit of register 563: 0 = Invalid 1 = Valid
0x0232	563	R	–	INT16U	–	0	ZSI in status before last trip: 0 = Not energized 1 = Energized
						1	ZSI out status before last trip: 0 = Not energized 1 = Energized
						2–15	Reserved

Setting Group of the Last Trip

If a standard protection is responsible of the last trip, the settings of the standard protection responsible of the last trip are recorded in the following registers:

Address	Register	RW	Unit	Type	Range	Description
0x0233	564	R	–	INT16U	1–128	Setting group of the last trip: 1 = Setting group A 2 = Setting group B 3 = Setting group ERMS 128 = Fallback settings 255 = N/A

Address

Unit

Type

Range

Description

0x0233

564

–

INT16U

1–128

Setting group of the last trip:

1 = Setting group A
2 = Setting group B
3 = Setting group ERMS
128 = Fallback settings
255 = N/A

Settings of Protection Responsible of the Last Trip

If a standard protection is responsible of the last trip, the settings of the standard protection responsible of the last trip are recorded in the following registers:

Address	Register	RW	Unit	Type	Range	Description
0x0234–0x0235	565–566	R	–	FLOAT32	–	Generic standard protection last parameter 1
0x0236–0x0237	567–568	R	–	FLOAT32	–	Generic standard protection last parameter 2
0x0238–0x0239	569–570	R	–	FLOAT32	–	Generic standard protection last parameter 3
0x023A–0x023B	571–572	R	–	FLOAT32	–	Generic standard protection last parameter 4
0x023C	573	R	–	INT16U	–	Generic standard protection last parameter 5
0x023D	574	R	–	INT16U	–	Generic standard protection last parameter 6

The following table defines the parameters corresponding to the 6 generic standard protection last parameters according to the protection responsible of the last trip, indicated by register 552.

Protection responsible of the last trip	Registers
Protection responsible of the last trip	552 Last trip event code	565-566 Generic protection last parameter 1	567-568 Generic protection last parameter 2	569-570 Generic protection last parameter 3	571-572 Generic protection last parameter 4	573 Generic protection last parameter 5	574 Generic protection last parameter 6
Overload protection (Long time)	25600 (0x6400)	Long time over current protection threshold	–	Long time over current protection time delay	–	Long time over current protection curve: 1 = I²t On	–
Short circuit protection (Short time)	25601 (0x6401)	Short time over current protection threshold	–	Short time over current protection time delay	–	Short time over current protection curve: 0 = I²t Off 1 = I²t On	–
Instantaneous protection	25602 (0x6402)	Instantaneous over current protection threshold	–	–	–	Instantaneous over current protection mode: 0 = Off 1 = On	Instantaneous over current protection time delay mode: 0 = Standard 1 = Fast
Ground fault protection	25603 (0x6403)	Ground fault protection threshold	–	Ground fault protection time delay	–	Ground fault protection curve: 0 = I²t Off 1 = I²t On	Ground fault protection mode: 0 = Off 1 = On
Earth leakage protection	25604 (0x6404)	Earth leakage threshold	–	Earth leakage protection delay	–	–	–
Ultimate self-protection SELLIM	25606 (0x6406)	SELLIM threshold	–	–	–	–	–
Internal failure	25607 (0x6407)	–	–	–	–	–	–
Ultimate self-protection DIN/DINF	25629 (0x641D)	DIN threshold	DINF threshold	–	–	–	–
Ground fault test trip	25630 (0x641E)	Ground fault protection threshold	–	Ground fault protection time delay	–	Ground fault protection curve: 0 = I²t Off 1 = I²t On	–
Earth leakage test trip	25630 (0x641E)	–	Earth leakage protection threshold	–	Earth leakage protection time delay	–	–

NOTE: If an optional protection is responsible of the last trip, use the EcoStruxure Power Commission software or the EcoStruxure Power Device App to get the settings of the optional protection responsible of the last trip.

Interrupted Current

Address	Register	RW	Unit	Type	Range	Description
0x023E–0x023F	575–576	R	A	FLOAT32	–	Last interrupted current on phase 1 (peak)
0x0240–0x0241	577–578	R	A	FLOAT32	–	Last interrupted current on phase 2 (peak)
0x0242–0x0243	579–580	R	A	FLOAT32	–	Last interrupted current on phase 3 (peak)
0x0244–0x0245	581–582	R	A	FLOAT32	–	Last interrupted current on neutral (peak)
0x0246–0x0247	583–584	R	A	FLOAT32	–	Last interrupted ground current (peak)
0x0248–0x0249	585–586	R	A	FLOAT32	–	Last interrupted earth leakage current (peak)

Measurement Before Last Trip

Address	Register	RW	Unit	Type	Range	Description
0x024A–0x024B	587–588	R	A	FLOAT32	–	RMS current of phase 1 before last trip
0x024C–0x024D	589–590	R	A	FLOAT32	–	RMS current of phase 2 before last trip
0x024E–0x024F	591–592	R	A	FLOAT32	–	RMS current of phase 3 before last trip
0x0250–0x0251	593–594	R	A	FLOAT32	–	RMS current of neutral before last trip
0x0252–0x253	595–596	R	A	FLOAT32	–	RMS current of ground fault before last trip
0x0254–0x0255	597–598	R	A	FLOAT32	–	Current earth leakage before last trip
0x0256–0x0257	599–600	R	V	FLOAT32	–	RMS phase-to-phase voltage V12 before last trip
0x0258–0x0259	601–602	R	V	FLOAT32	–	RMS phase-to-phase voltage V23 before last trip
0x025A–0x025B	603–604	R	V	FLOAT32	–	RMS phase-to-phase voltage V31 before last trip
0x025C–0x025D	605–606	R	Hz	FLOAT32	–	Frequency before last trip
0x025E–0x025F	607–608	R	–	FLOAT32	–	Voltage unbalance V12 before last trip
0x0260–0x0261	609–610	R	–	FLOAT32	–	Voltage unbalance V23 before last trip
0x0262–0x0263	611–612	R	–	FLOAT32	–	Voltage unbalance V31 before last trip
0x0264–0x0265	613–614	R	–	FLOAT32	–	Current unbalance 1 before last trip
0x0266–0x0267	615–616	R	–	FLOAT32	–	Current unbalance 2 before last trip
0x0268–0x0269	617–618	R	–	FLOAT32	–	Current unbalance 3 before last trip