Protection settings – Basler Electric BE1-11 Modbus Protocol User Manual
Page 62
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9424200774 Rev B
Register Table
BE1-11
Name
Description
Register
Type
Bytes Writable
Unit
Range
Style
RTD Config
Module 2
Input 10
Type
18660
Uint32 4
R W
n/a
10 Ohm Copper=0
100 Ohm Platinum=1
100 Ohm Nickel=2
120 Ohm Nickel=3
Disabled=4
FGIMT
RTD Config
Module 2
Input 11
Type
18662
Uint32 4
R W
n/a
10 Ohm Copper=0
100 Ohm Platinum=1
100 Ohm Nickel=2
120 Ohm Nickel=3
Disabled=4
FGIMT
RTD Config
Module 2
Input 12
Type
18664
Uint32 4
R W
n/a
10 Ohm Copper=0
100 Ohm Platinum=1
100 Ohm Nickel=2
120 Ohm Nickel=3
Disabled=4
FGIMT
Remote
Module 1
Enable
Module
18666
Uint32 4
R W
n/a
Disabled=0
Enabled=1
FGIMT
Remote
Module 1
Comm Type
18668
Uint32 4
R W
n/a
Ethernet=0
RS485=1
FGIMT
Remote
Module 1
Address
18670
Uint32 4
R W
n/a
1 - 254
FGIMT
Remote
Module 2
Enable
Module
18672
Uint32 4
R W
n/a
Disabled=0
Enabled=1
FGIMT
Remote
Module 2
Comm Type
18674
Uint32 4
R W
n/a
Ethernet=0
RS485=1
FGIMT
Remote
Module 2
Address
18676
Uint32 4
R W
n/a
1 - 254
FGIMT
Phase Bus
Power
Polarity
18678
Uint32 4
R W
n/a
Normal=0
Reverse=1
FGIMT
60FL
Fuse Loss Z
Block Mode
18680
Uint32 4
R W
n/a
Disabled=0
Enabled=1
FGIMT
60FL
Fuse Loss S
Block Mode
18682
Uint32 4
R W
n/a
Disabled=0
Enabled=1
FGIMT
60FL
Ignore
Breaker
Status
18684
Uint32 4
R W
n/a
Disabled=0
Enabled=1
FGIMT
Modbus
Auto Save
18686
Uint16 2
R W
n/a
Off=0
On=1
FGIMT
Logic Alarms
Mode
18687
Uint32 4
R W
n/a
Disabled=0
Latching=1
Non-Latching=2
FGIMT
RTD Group
Configuration
5
Block
Bitmask
18689
Uint32 4
R W
n/a
0 - 16777215
FGIMT
RTD Group
Configuration
6
Block
Bitmask
18691
Uint32 4
R W
n/a
0 - 16777215
FGIMT
RTD Group
Configuration
7
Block
Bitmask
18693
Uint32 4
R W
n/a
0 - 16777215
FGIMT
*
Legacy register
Protection Settings
Name
Description
Group Register
Type
Bytes Writable
Unit
Range
Style
Reserved
20100-
01
24
Mode
SG0
20102
3100*
Uint32
4
R W
n/a
Disabled=0
Enabled=1
GIT
Reserved
20104-
05
24
Definite Time
Pickup 1
SG0
20106
3102*
Float
4
R W
Volts Per
Hertz
0.5 - 6
GIT
24
Definite Time
Pickup 2
SG0
20108
3104*
Float
4
R W
Volts Per
Hertz
0.5 - 6
GIT
24
Definite Time
Delay 1
SG0
20110
3106*
Float
4
R W
Millisecond 50 - 600000
GIT
24
Definite Time
Delay 2
SG0
20112
3108*
Float
4
R W
Millisecond 50 - 600000
GIT
24
Inverse Time
Pickup
SG0
20114
3110*
Float
4
R W
Volts Per
Hertz
0.5 - 6
GIT
24
TD Trip
SG0
20116
3112*
Float
4
R W
n/a
0 - 9.9
GIT
24
TD Reset
SG0
20118
3114*
Float
4
R W
n/a
0 - 9.9
GIT
24
Curve
Exponent
SG0
20120
3116*
Uint32
4
R W
n/a
0.5=0
1=1
2=2
GIT