Circuit Breaker Characteristics

0x1FD8–0x1FD9

8153–8154

R

V

FLOAT32

208–1000

Rated voltage

0x1FDA–0x1FDB

8155–8156

R

A

FLOAT32

100–8000

Rated current

0x1FDC

8157

–

–

–

–

Reserved

0x1FDD

8158

R

–

INT16U

0–1

Rated frequency:

• 0 = 50 Hz

• 1 = 60 Hz

0x1FDE–0x1FE0

8159–8161

–

–

–

–

Reserved

0x1FE1

8162

R

–

INT16U

0–1

Number of poles:

• 0 = 3 poles

• 1 = 4 poles

0x1FE2

8163

R

–

INT16U

30–41

System type (see detailed description below):

• 30 = 4CT 3VT

• 31 = 3CT 3VT

• 40 = 3CT 4VT

• 41 = 4CT 4VT

0x1FE3–0x1FE4

8164–8165

R

V

FLOAT32

1000–1250

VT primary voltage

0x1FE5–0x1FE6

8166–8167

R

V

FLOAT32

100–690

VT secondary voltage

0x1FE7–0x1FEA

8168–8171

R

–

DATETIME

–

Current date/time of the source.

the system is 3-pole circuit breaker with external neutral current transformer and without external neutral voltage tap

system type = 30

• Measurements of the phase-to-phase voltages are available.

• Measurements of the phase-to-neutral voltages are not available.

• Measurement of the neutral current is available.

• 3 wattmeters method is not possible.

the system is 3-pole circuit breaker without external neutral current transformer and without external neutral voltage tap

system type = 31

• Measurements of the phase-to-phase voltages are available.

• Measurements of the phase-to-neutral voltages are not available.

• Measurement of the neutral current is not available.

• 3 wattmeters method is not possible.

the system is 3-pole circuit breaker without external neutral current transformer and with external neutral voltage tap

system type = 40

• Measurements of the phase-to-phase voltages are available.

• Measurements of the phase-to-neutral voltages are available.

• Measurement of the neutral current is not available.

• 3 wattmeters method is possible.

the system is 3-pole circuit breaker with external neutral current transformer and external neutral voltage tap, or if the system type is 4-pole circuit breaker

system type = 41

• Measurements of the phase-to-phase voltages are available.

• Measurements of the phase-to-neutral voltages are available.

• Measurement of the neutral current is available.

• 3 wattmeters method is possible.

0x2047–0x204C

8264–8269

R

–

OCTET STRING

–

Hardware revision

0x204E

8271

R

–

INT16U

–

Protection type:

• 12848 = LSo (Long time and Short time (without timeout) overcurrent protections)

• 13104 = LI (Long time and Instantaneous overcurrent protections)

• 13616 = LSI (Long time, Short time and Instantaneous overcurrent protections)

• 13872 = LSIG (Long time, Short time, Instantaneous overcurrent and ground fault protections)

• 14128 = LSIV (Long time, Short time, Instantaneous overcurrent and earth leakage protections)

0x204F

8272

R

–

INT16U

1

Application type:

• 1 = Distribution

0x2072

8307

R

–

INT16U

0–3

Standard or market targeted by the device:

• 0 = UL

• 1 = IEC

• 2 = ANSI

• 3 = IEC/GB

0x2094-0x2099

8341–8346

R

–

OCTET STRING

–

Firmware revision

0x20C9

8394

R

–

INT16U

–

Current demand calculation:

• 0 = Thermal image sliding

0x20CA–0x20CB

8395–8396

R-WC

min

FLOAT32

–

Current demand calculation interval time

0x20CC

8397

–

–

–

–

Reserved

0x20CD

8398

R

–

INT16U

–

Power demand calculation:

• 0 = Time interval sliding

0x20CE–0x20CF

8399–8400

R-WC

min

FLOAT32

–

Power demand calculation interval time

0x20D0

8401

–

–

–

–

Reserved

0x20D1

8402

R-WC

–

INT16U

0–1

External neutral voltage sensor:

• 0 = Not available

• 1 = Available

0x20D2

8403

R-WC

–

INT16U

0–1

External neutral current sensor:

• 0 = Not available

• 1 = Available

0x20D3

8404

R-WC

–

INT16U

0, 2

Power factor sign convention:

• 0 = IEC

• 2 = IEEE

0x20D4

8405

R-WC

–

INT16U

0–1

Power sign:

• 0 = Direct

• 1 = Inverted

0x20D5

8406

–

–

–

–

Reserved

0x20D6

8407

R-WC

–

INT16U

0–1

Energy accumulation mode:

• 0 = Absolute

• 1 = Signed

0x20D7

8408

R

–

INT16U

0–1

Power calculation method:

• 0 = Vectorial

• 1 = Arithmetic

0x20D9

8410

R

–

INT16U

–

Internal identifier of the product:

• 17120 = MicroLogic X

• 17124 = MicroLogic Xi

0x20DA–0x20E3

8411–8420

R

–

OCTET STRING

–

Vendor name: ‘Schneider Electric’

0x20E4–0x2123

8421–8484

R

–

OCTET STRING

–

Vendor URL

0x2124–0x212D

8485–8492

R

–

OCTET STRING

–

Product range: ‘MicroLogic’

0x212C–0x2132

8493–8500

R

–

OCTET STRING

–

Product model

0x2134–0x213B

8501–8508

R

–

OCTET STRING

–

Product code

0x213C–0x2148

8509–8521

R

–

OCTET STRING

–

Serial number of the MicroLogic control unit

0x2149–0x2168

8522–8553

R-WC

–

OCTET STRING

–

User application name

0x2169–0x2178

8554–8569

R

–

OCTET STRING

–

Main capability of device

0x2179

8570

–

–

–

–

Reserved

0x217A–0x2181

8571–8578

R

–

OCTET STRING

–

Product range: ‘MasterPact MTZ’

0x2182–0x2189

8579–8586

–

–

–

–

Reserved

0x218A–0x218D

8587–8590

R

–

OCTET STRING

–

Performance level:

• 'N1': standard short-circuit level (42 kA)

• 'H1': high short-circuit level (66 kA)

• 'H2': very high short-circuit level (100 kA) with very high selectivity (85 kA)

• 'H2V': very high short-circuit level (100 kA) with very high selectivity (100 kA)

• 'H3': extremely high short-circuit level (150 kA)

• 'L1': extremely high short-circuit level (150 kA) with strong current limitation and significant selectivity (30 kA)

0x218E–0x219A

8591–8603

R

–

OCTET STRING

–

Serial number of the MasterPact MTZ circuit breaker

0x219B–0x21AA

8604–8619

R

–

OCTET STRING

–

Device family: ‘Circuit breaker’

0x887C

34941

R

–

INT16U

–

–

Quality of each bit of register 34942:

• 0 = Invalid

• 1 = Valid

0x887D

34942

R

–

INT16U

–

0

Bluetooth wireless inhibition status

• 0 = Bluetooth is not inhibited

• 1 = Bluetooth is inhibited

1–15

Reserved