Basler Electric BE1-700 - Manual (Page 219)

SL-VO4=VO10
SL-VO6=81T*181T
SL-VO7=VO6+/IN1
SL-VO10=281T*381T
Add +81T+181T to BUS SG-TRIG. Replace the ,0 with ,62 at the end of BUS SG-TARG.
The resulting BUS-UF setting logic is as follows:
SL-50TP=1,IN2; SL-50TN=1,IN2; SL-50TQ=1,IN2
SL-150TP=0,0; SL-150TN=0,0; SL-150TQ=0,0
SL-51P=1,0
SL-51N=1,0
SL-51Q=1,0
SL-151N=0,0
SL-27P=0,0
SL-59P=0,0; SL-59X=0,0
SL-47=0,0
SL-62=2,/IN1,0
SL-162=0,0,0
SL-79=0,0,0,0,0
SL-81=1,0
SL-181=1,0
SL-281=1,VO7
SL-381=1,VO7
SL-481=0,0
SL-581=0,0
SL-BF=0,0,0
SL-GROUP=2,IN3,0,0,0,0
SL-43=0
SL-143=0
SL-101=0
SL-VOA=0
SL-VO1=VO11*SG0
SL-VO2=VO6
SL-VO3=VO8*/VO15*SG0
SL-VO4=VO10
SL-VO5=VO11*SG1
SL-VO6=81T*181T
SL-VO7=VO6+/IN1
SL-VO8=51PT+51NT+51QT
SL-VO9=50TPT+50TNT+50TQT
SL-VO10=281T*381T
SL-VO11=50TPT+50TNT+50TQT+51PT+51NT+51QT
SL-VO12=50TPPU+50TNPU+50TQPU+51PPU+51NPU+51QPU
SL-VO13=SG1
SL-VO14=0
SL-VO15=343+/IN4
Circuit UF Load Shed
The following is an example of how to apply UF Load Shed logic at the circuit or feeder level. The logic
can be applied in any number of ways including stand alone, to other preprogrammed schemes, or
completely customized by the user. Using BESTCOMS to modify and add to the logic is, not only quick
and easy but minimizes Input/Output
Aname@ and Astate@ label changes. In this example, start with a
renamed version of the 700V preprogrammed logic scheme modified as follows:
SN-IN1=L_OR_S_RES,CLOSE,OPEN (Local or SCADA Restore)
Add the following Circuit UF logic to the modified logic scheme:
9376700990 Rev M BE1-700 Application 8-37