User programmable name setting command, Protection setting commands, User programmable name setting command -17 – Basler Electric BE1-851 User Manual
Page 259: Protection setting commands -17
SL-VO Command
Purpose:
Read/Set Output Logic
Syntax:
SL-VO[x[={Boolean equation}]] where x is 1 - 15 or A
Example:
SL-VO or SL-VO1=50TPT+50TNT+51PT+51NT+101T or SL-VO2=101C+79C*/O2
Reference:
Section 7, BESTlogic Programmable Logic, Working With Programmable Logic
User Programmable Name Setting Command
SN Command
Purpose:
Read/Set User Programmable Names
Syntax:
SN[-{var}[={name},{TRUE label},{FALSE label}]
Example:
SN or SN-VO1=TRIP,CLOSED,OPEN or SN-IN1=BREAKER,OPEN,CLOSED
Reference:
Section 7, BESTlogic Programmable Logic, User Input and Output Logic Variable Names
Protection Setting Commands
S<g> Command
Purpose:
Read all Protection settings
Syntax:
S{g} where g=setting group 0-3 or # for all groups
Example:
S# or S0 or S1
Reference:
Section 11, ASCII Command Interface, Settings (S) Command Descriptions
S<g>-50T Command
Purpose:
Read/Set x50T pickup level and time delay where x = blank or 1
Syntax:
S{g}-x50T[{p}][={pu(A)}[,{td(m)}]] where g = 0-3, p = P/N/Q
Example:
S0-50T or S1-50TP=25,0 or S1-150TN=3,20
Reference:
Section 4, Protection and Control, Overcurrent Protection
S<g>-51 Command
Purpose:
Read/Set 51 pickup level, time delay and curve where x = blank or 1
Syntax:
S{g}-x51[{p}][={pu(A)},{td(m)},{crv}] where p=P/N/Q, g=0-3
Example:
S0-51 or S0-51P=7.5,6.5,S1 or S1-51N=3,2.0,S1
Reference:
Section 4, Protection and Control, Overcurrent Protection
S<g>-62 Command
Purpose:
Read/Set 62 Time Delay
Syntax:
S{g}-{f}62[={td1},{td2}] where td suffix m=msec,s=sec,c=cy
Example:
S0-62=500m,200m or S0-62=0.5s,0.2s or S2-162=30c,12c
Reference:
Section 4, Protection and Control, General Purpose Logic Timers (62/162)
S<g>-79 Command
Purpose:
Read/Set 79 Time Delay
Syntax:
S{g}-79[#][={td}] where suffix m=msec,s=sec,c=cy
Example:
S0-791=100m or S0-792=0.5s or S0-793=60c
Reference:
Section 4, Protection and Control, Reclosing
S<g>-79SCB Command
Purpose:
Read/Set 79 Sequence Controlled Block Output
Syntax:
S{g}-79SCB[={step list}] where g=0,1,2,3
Example:
S0-79SCB=2/4
Reference:
Section 4, Protection and Control, Reclosing
9289900990 Rev R
BE1-851 ASCII Command Interface
11-17