16.27
Date Code 20171006 Instruction Manual SEL-400 Series Relays
DNP3 Communication
DNP3 Serial Application Example
Table 16.11 DNP3 Application Example Data Map
Label Object
Custom
Map Index
Description
EN 1, 2 0 Relay enabled
TRIPLED 1, 2 1 Circuit Breaker tripped
IN101 1, 2 2 Relay Discrete Input 1
IN102 1, 2 3 Relay Discrete Input 2
IN103 1, 2 4 Relay Discrete Input 3
IN104 1, 2 5 Relay Discrete Input 4
SALARM 1, 2 6 Relay software alarm
HALARM 1, 2 7 Relay hardware alarm
TESTDB2 1, 2 8 Test mode enabled
RB01 10, 12 0 Remote Bit 1
RB02 10, 12 1 Remote Bit 2
RB03 10, 12 2 Remote Bit 3
RB04 10, 12 3 Remote Bit 4
RB05 10, 12 4 Remote Bit 5
RB06 10, 12 5 Remote Bit 6
OC1:CC1 10, 12 6 Circuit Breaker 1 trip/close pair
LIAFM 30, 32 0 IA magnitude
LIAFA 30, 32 1 IA angle
LIBFM
a
a
Assume the largest expected current is 2000 A and scale the analog value by a factor of 10 to
provide a resolution of 0.1 A and a maximum current of 3276.7 A. Report change events on a
change of 5 A.
30, 32 2 IB magnitude
LIBFA
b
b
Angles are scaled to 1/100 of a degree. Report change events on a change of 2 degrees.
30, 32 3 IB angle
LICFM
a
30, 32 4 IC magnitude
LICFA
b
30, 32 5 IC angle
VA F M
c
c
For a nominal voltage of 230 kV, scale the analog value by a factor of 100 to provide a resolution
of 10 V and a maximum value of 327.67 kV. Report 1 kV for change event reporting.
30, 32 6 VAY magnitude
VA FA
b
30, 32 7 VAY angle
VBFM
c
30, 32 8 VBY magnitude
VBFA
b
30, 32 9 VBY angle
VCFM
c
30, 32 10 VCY magnitude
VCFA
b
30, 32 11 VCY angle
3P_F
d
d
For a maximum load of 800 MW (or 800 mVar), scale the power by a factor of 40 to provide a
resolution of 0.025 MW and a maximum value of 819.175 MW. Report 1 MW for change event
reporting.
30, 32 12 Three-phase real power in MW
3Q_F
d
30, 32 13 Three-phase reactive power in MVAR
DC1
e
e
VDC1 is scaled by a factor of 1/100 of a volt. Report change events on a change of 2 V.
30, 32 14 DC1 voltage multiplied by 100
ACTGRP 40 0 Active settings group
To Next Page
Loading...
