Circuit Breaker Data

0x7CFF

32000

R

–

INT16U

–

–

Quality of each bit of register 32001:

• 0 = Invalid

• 1 = Valid

0x7D00

32001

R

–

INT16U

–

–

Circuit breaker status register

0

OF status indication contact

• 0 = The circuit breaker is open.

• 1 = The circuit breaker is closed.

1

SD trip indication contact

• 0 = Circuit breaker is not tripped.

• 1 = Circuit breaker is tripped due to electrical fault, shunt trip, or push-to-trip.

Bit always equal to 0 for MasterPact and ComPacT NS circuit breakers with motor mechanism.

2

SDE fault trip indication contact

• 0 = Circuit breaker is not tripped on electrical fault.

• 1 = Circuit breaker is tripped due to electrical fault (including ground-fault test and earth-leakage test).

3

CH spring charged contact (only with MasterPact)

• 0 = Spring discharged

• 1 = Spring charged

Bit always equal to 0 for MasterPact and ComPacT NS circuit breakers with motor mechanism.

4

Reserved

5

PF ready to close contact (only with MasterPact)

• 0 = Not ready to close

• 1 = Ready to close

Bit always equal to 0 for MasterPact and ComPacT NS circuit breakers with motor mechanism.

6–15

Reserved

0x7E53

32340

R

–

INT16U

–

–

Quality of each bit of register 32341:

• 0 = Invalid

• 1 = Valid

0x7E54

32341

R

–

INT16U

–

–

Inhibit close order status

0

Close breaker inhibited by IO module

• 0 = Disable

• 1 = Enable

1

Close breaker inhibited by communication

• 0 = Disable

• 1 = Enable

2–15

Reserved

0x7E64–0x7E65

32357-32358

R

–

INT16U

–

–

Quality of each bit of registers 32382-32383:

• 0 = Invalid

• 1 = Valid

0x7E66–0x7E65

32359-32371

R

–

INT16U

–

–

Quality of each bit of registers 32384-32396.

0x7E73–0x7E76

32372-32375

R

–

INT16U

–

–

Tripping cause

0x7E77–0x7E7C

32376-32381

R

–

INT16U

–

–

Protection data

0x7E7D

32382

R

–

INT16U

–

0

Reserved

1

Circuit breaker opened

2

Circuit breaker closed

3

Reserved

4

Closing order sent to XF voltage release

5

Reserved

6

Opening order sent to MX voltage release

7

Circuit breaker did not open or close

8

Manual mode enabled

9

Local mode enabled

10

Closing inhibited by communication

11

Closing inhibited through IO module

12

Reserved

13

Alarm reset

14

M2C output 1 is forced

15

M2C output 2 is forced

0x7E7E

32383

R

–

INT16U

–

0

Reserved

1

Allow control by digital input is disabled

2–7

Reserved

8

XF voltage release operation counter is above alarm threshold

9

XF voltage release reached the maximum number of operations

10

MX2 voltage release operation counter is above alarm threshold

11

MX2 voltage release reached the maximum number of operations

12

MX1 voltage release operation counter is above alarm threshold

13

MX1 voltage release reached the maximum number of operations

14

MN undervoltage release operation counter is above alarm threshold

15

MN undervoltage release reached the maximum number of operations

0x028E–0x028F

655–656

R

–

INT32U

–

Last event sequence number.

In case of a new event, the last event sequence number will change. Therefore, you can track the occurrence of a new event by monitoring the sequence number.

The Get Events command provides the details of the event Get Events Procedure.

0x0298

665

R

–

INT16U

0–1

–

Remote protection setting enable:

• 0 = Disable

• 1 = Enable

0x0299

666

R

–

INT16U

0–1

–

Protection lock enable:

• 0 = Disable

• 1 = Enable

0x029A

667

R

–

INT16U

–

–

Quality of each bit of register 668:

• 0 = Invalid

• 1 = Valid

0x029B

668

R

–

INT16U

–

0–4

Reserved

5

Auto mode:

• 0 = Remote

• 1 = Local

6–15

Reserved

0x029C

669

R

–

INT16U

–

–

Quality of each bit of register 670:

• 0 = Invalid

• 1 = Valid

0x029D

670

R

–

INT16U

–

0

Reserved

1

Control mode:

• 0 = Manual

• 1 = Auto

2–15

Reserved

0x029E–0x029F

671–672

–

–

–

–

–

Reserved

0x02A0

673

R

–

INT16U

–

Counter of active low-level alarms

0x02A1

674

R

–

INT16U

–

Counter of active medium-level alarms

0x02A2

675

R

–

INT16U

–

Counter of active high-level alarms