ABB REF 610 Technical Reference Manual page 112

REF 610
112
Feeder Protection Relay
Technical Reference Manual - ANSI Version
Table 4.1.17-8 Control parameters
Description
Rear communication
Rear communication protocol
Connection type
Line-idle state
Optional communication module
CPU software number
CPU software revision
CPU build number
Language Set
DNP protocol name
DNP software number
DNP software revision
DNP build number
Relay serial number
CPU serial number
DNP serial number
Test date
Date reading and setting
(RED 500 format)
Time reading and setting
(RED 500 format)
1)
In case of a warning, the value 255 will be stored in V169. This will enable the master to continuously
read only V169.
2)
If the optional communication module has not been installed, a warning of a faulty communication
module will appear on the LCD together with the fault code.
3)
If the optional DNP 3.0 module has been installed, the DNP 3.0 communication protocol will be
automatically selected.
The measured currents can be read with parameters I1...I4, the calculated phase
discontinuity value with parameter I5, the status of light detection with parameter I6,
the CB position with parameter I7 and the status of the digital inputs with parameters
I8...I12.
Table 4.1.17-9 Inputs
Description
Current measured on phase
Current measured on phase
Current measured on phase
Measured ground-fault current
Calculated phase discontinuity value
Light detected (arc)
Parameter R, W, P
V202 W
3) R, W
V203
V204 R, W
V205 R, W
V206 R, W (P)
V227 R
V228 R
V229 R
V226 R
2V226 R
2V227 R
2V228 R
2V229 R
V230 R
V231 R
V232 R
V235 R
V250 R, W
V251 R, W
Parameter (R),
channel 0
l I1
a
l I2
b
l I3
c
I4
I5
I6
1MRS 755535
Value
1 = rear connector
activated
0 = SPA
1 = IEC_103
2 = Modbus RTU
3 = Modbus ASCII
4 = DNP 3.0 (read-only)
0 = loop
1 = star
0 = light off
1 = light on
0 = not in use
2)
1 = in use
1MRS118512
A...Z
XXX
00..99
DNP 3.0
1MRS118531
A...Z
XXX
BAxxxxxx
ACxxxxxx
AKxxxxxx
YYMMDD
YY-MM-DD
HH.MM;SS.sss
Value
0...50 x
I (CT)
n
0...50 x
I (CT)
n
0...50 x
I (CT)
n
0...800%
I (CT)
n
0...100%
0/1