Schweitzer Engineering Laboratories SEL-2020 - Page 461

Date Code 20010518 Appendix I I-13
SEL-2020 Instruction Manual
Notes:
 Set CLASS to 0 because we want to operate in polled-static mode. If we wanted to have
event data available, we would have set this to the class we wanted event data available
in.
Set default variation to 16 in case master device does not support 32-bit variations.
! Set DL_CONFIRM to 0 because we assume a high reliability link. If we thought errors
were probable, we would set this to a non-zero value and specify a data-link time-out
using the DL_TIMEOUT setting.
3. Move meter and target data of interest to the port 16 User region using the SET M 16
command:
*>>SET M 16<ENTER>
SET M 16<ENTER>SET M 16<ENTER>
SET M 16<ENTER>
Mathematical/move equation settings for Port 16
1
? 0=1:METER:IA<ENTER>
0=1:METER:IA<ENTER>0=1:METER:IA<ENTER>
0=1:METER:IA<ENTER>
2
? 1=1:METER:IB<ENTER>
1=1:METER:IB<ENTER>1=1:METER:IB<ENTER>
1=1:METER:IB<ENTER>
3
? 2=1:METER:IC<ENTER>
? 2=1:METER:IC<ENTER>? 2=1:METER:IC<ENTER>
? 2=1:METER:IC<ENTER>
4
? 3=1:METER:VA/100<ENTER>
3=1:METER:VA/100<ENTER>3=1:METER:VA/100<ENTER>
3=1:METER:VA/100<ENTER>
5
? 4=1:METER:VB/100<ENTER>
4=1:METER:VB/100<ENTER>4=1:METER:VB/100<ENTER>
4=1:METER:VB/100<ENTER>
6
? 5=1:METER:VC/100<ENTER>
5=1:METER:VC/100<ENTER>5=1:METER:VC/100<ENTER>
5=1:METER:VC/100<ENTER>
7
? 6,P=1:TARGET:TARGET;7<ENTER>
6,P=1:TARGET:TARGET;7<ENTER>6,P=1:TARGET:TARGET;7<ENTER>
6,P=1:TARGET:TARGET;7<ENTER>
8
? 10=2:METER:IA<ENTER>
10=2:METER:IA<ENTER>10=2:METER:IA<ENTER>
10=2:METER:IA<ENTER>
9
? 11=2:METER:IB<ENTER>
11=2:METER:IB<ENTER>11=2:METER:IB<ENTER>
11=2:METER:IB<ENTER>
10
? 12=2:METER:IC<ENTER>
12=2:METER:IC<ENTER>12=2:METER:IC<ENTER>
12=2:METER:IC<ENTER>
11
? 13=2:METER:VA/100<ENTER>
13=2:METER:VA/100<ENTER>13=2:METER:VA/100<ENTER>
13=2:METER:VA/100<ENTER>
12
? 14=2:METER:VB/100<ENTER>
14=2:METER:VB/100<ENTER>14=2:METER:VB/100<ENTER>
14=2:METER:VB/100<ENTER>
13
? 15=2:METER:VC/100<ENTER>
15=2:METER:VC/100<ENTER>15=2:METER:VC/100<ENTER>
15=2:METER:VC/100<ENTER>
14
? 16,P=2:TARGET:TARGET;7<ENT
16,P=2:TARGET:TARGET;7<ENT16,P=2:TARGET:TARGET;7<ENT
16,P=2:TARGET:TARGET;7<ENTER>
ER>ER>
ER>
15
? <ENTER>
<ENTER><ENTER>
<ENTER>
1 000h = 1:METER:IA(A)
2 001h = 1:METER:IB(A)
3 002h = 1:METER:IC(A)
4 003h = 1:METER:VA(V)/100
5 004h = 1:METER:VB(V)/100
6 005h = 1:METER:VC(V)/100
7 006h,P = 1:TARGET:TARGET;7
8 00Ah = 2:METER:IA(A)
9 00Bh = 2:METER:IB(A)
10 00Ch = 2:METER:IC(A)
11 00Dh = 2:METER:VA(V)/100
12 00Eh = 2:METER:VB(V)/100
13 00Fh = 2:METER:VC(V)/100
14 010h,P = 2:TARGET:TARGET;7
Save changes (Y/N) ? Y<ENTER>
Y<ENTER>Y<ENTER>
Y<ENTER>
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