Basler Electric BE1-11 Modbus Protocol User Manual

Page 123

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9424200774 Rev B

117

BE1-11

Register Table

Name

Description

Group Register

Type

Bytes Writable

Unit

Range

Style

25VM

Dead
Line/Dead Aux

SG0

23448
6068*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead Line/Live
Aux

SG0

23450
6070*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Live Line/Dead
Aux

SG0

23452
6072*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead
Line/Dead Aux

SG1

23454
6074*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead Line/Live
Aux

SG1

23456
6076*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Live Line/Dead
Aux

SG1

23458
6078*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead
Line/Dead Aux

SG2

23460
6080*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead Line/Live
Aux

SG2

23462
6082*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Live Line/Dead
Aux

SG2

23464
6084*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead
Line/Dead Aux

SG3

23466
6086*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Dead Line/Live
Aux

SG3

23468
6088*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

25VM

Live Line/Dead
Aux

SG3

23470
6090*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

FGI

87N-1

Mode

SG0

23472
6092*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

GT

87N-1

CT Source

SG0

23474

Uint32

4

R W

n/a

CT1 - IG1=0
CT2 - IG2=1

GT

Reserved

23476-
77

87N-1

Iop Minimum

SG0

23478
6094*

Float

4

R W

Amp

0.1 - 5

GT

87N-1

Time Delay

SG0

23480
6096*

Float

4

R W

Millisecond 0 - 60000

GT

87N-1

Overcorrection
Coefficient

SG0

23482
6098*

Float

4

R W

n/a

1 - 1.3

GT

87N-1

CT Flip

SG0

23484
6100*

Uint32

4

R W

n/a

No=0
Yes=1

GT

87N-1

Mode

SG1

23486
6102*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

GT

87N-1

CT Source

SG1

23488

Uint32

4

R W

n/a

CT1 - IG1=0
CT2 - IG2=1

GT

Reserved

23490-
91

87N-1

Iop Minimum

SG1

23492
6104*

Float

4

R W

Amp

0.1 - 5

GT

87N-1

Time Delay

SG1

23494
6106*

Float

4

R W

Millisecond 0 - 60000

GT

87N-1

Overcorrection
Coefficient

SG1

23496
6108*

Float

4

R W

n/a

1 - 1.3

GT

87N-1

CT Flip

SG1

23498
6110*

Uint32

4

R W

n/a

No=0
Yes=1

GT

87N-1

Mode

SG2

23500
6112*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

GT

87N-1

CT Source

SG2

23502

Uint32

4

R W

n/a

CT1 - IG1=0
CT2 - IG2=1

GT

Reserved

23504-
05

87N-1

Iop Minimum

SG2

23506
6114*

Float

4

R W

Amp

0.1 - 5

GT

87N-1

Time Delay

SG2

23508
6116*

Float

4

R W

Millisecond 0 - 60000

GT

87N-1

Overcorrection
Coefficient

SG2

23510
6118*

Float

4

R W

n/a

1 - 1.3

GT

87N-1

CT Flip

SG2

23512
6120*

Uint32

4

R W

n/a

No=0
Yes=1

GT

87N-1

Mode

SG3

23514
6122*

Uint32

4

R W

n/a

Disabled=0
Enabled=1

GT

87N-1

CT Source

SG3

23516

Uint32

4

R W

n/a

CT1 - IG1=0
CT2 - IG2=1

GT

Reserved

23518-
19

87N-1

Iop Minimum

SG3

23520
6124*

Float

4

R W

Amp

0.1 - 5

GT

87N-1

Time Delay

SG3

23522
6126*

Float

4

R W

Millisecond 0 - 60000

GT

87N-1

Overcorrection
Coefficient

SG3

23524
6128*

Float

4

R W

n/a

1 - 1.3

GT

87N-1

CT Flip

SG3

23526
6130*

Uint32

4

R W

n/a

No=0
Yes=1

GT

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