Schweitzer Engineering Laboratories SEL-421-4 - Page 1344

16.28
SEL-400 Series Relays Instruction Manual Date Code 20171006
DNP3 Communication
DNP3 Serial Application Example
Settings
Figure 16.7 shows how to enter the new map into the relay. Use the SET D com-
mand and enter N at the prompts shown in Figure 16.7 to allow changes to the
existing maps. Press <Enter> at the empty line prompt to advance to the next
map. For example, press <Enter> at line 10 of the Binary Input Map to advance
to the Binary Output Map. If the prompt contains an entry, you can enter the
greater-than symbol (>) and press <Enter> to advance to the next step.
=>>SET D 1 TERSE <Enter>
DNP 1
DNP Object Default Map Enables
Min Fault Location to Capture (OFF,-10000 - 10000) MINDIST := OFF ? <Enter>
Max Fault Location to Capture (OFF,-10000 - 10000) MAXDIST := OFF ? <Enter>
Binary Input Map
(Binary Input Label)
1: RLYDIS
? DELETE 100 <Enter>
1:
? EN <Enter>
2:
? TRIPLED <Enter>
3:
? IN101 <Enter>
4:
? IN102 <Enter>
5:
? IN103 <Enter>
6:
? IN104 <Enter>
7:
? SALARM <Enter>
8:
? HALARM <Enter>
9:
? TESTDB2 <Enter>
10:
? <Enter>
Binary Output Map
(Binary Output Label)
1: RB01
? DELETE 100 <Enter>
1:
? RB01 <Enter>
2:
? RB02 <Enter>
3:
? RB03 <Enter>
4:
? RB04 <Enter>
5:
? RB05 <Enter>
6:
? RB06 <Enter>
7:
? OC1:CC1 <Enter>
8:
? <Enter>
Counter Map
(Counter Label, Deadband)
1: ACTGRP
?
2: BKR1OPA
? DELETE 100 <Enter>
2:
? <Enter>
Figure 16.7 SEL-421 Example DNP Map Settings