Ice NP900 Series, Application Manual

Page: 212 / 504

Application Guide - NP900 Series 212 (504
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A996A
16=Z12Sec Impedance Z L12 secondary ohm
17=Z23Sec Impedance Z L23 secondary ohm
18=Z31Sec Impedance Z L31 secondary ohm
19=Z12Angle Impedance Z L12 angle
20=Z23Angle Impedance Z L23 angle
21=Z31Angle Impedance Z L31 angle
22=RL1Pri Resistance R L1 primary ohm
23=XL1Pri Reactance X L1 primary ohm
24=RL2Pri Resistance R L2 primary ohm
25=XL2Pri Reactance X L2 primary ohm
26=RL3Pri Resistance R L3 primary ohm
27=XL3Pri Reactance X L3 primary ohm
28=RL1Sec Resistance R L1 secondary ohm
29=XL1Sec Reactance X L1 secondary ohm
30=RL2Sec Resistance R L2 secondary ohm
31=XL2Sec Reactance X L2 secondary ohm
32=RL3Sec Resistance R L3 secondary ohm
33=XL3Sec Reactance X L3 secondary ohm
34=Z1Pri Impedance Z L1 primary ohm
35=Z2Pri Impedance Z L2 primary ohm
36=Z3Pri Impedance Z L3 primary ohm
37=Z1Sec Impedance Z L1 secondary ohm
38=Z2Sec Impedance Z L2 secondary ohm
39=Z3Sec Impedance Z L3 secondary ohm
40=Z1Angle Impedance Z L1 angle
41=Z2Angle Impedance Z L2 angle
42=Z3Angle Impedance Z L3 angle
43=RSeqPri Positive Resistance R primary ohm
44=XSeqPri Positive Reactance X primary ohm
45=RSeqSec Positive Resistance R secondary
ohm
46=XSeqSec Positive Reactance X secondary
ohm
47=ZSeqPri Positive Impedance Z primary ohm
48=ZSeqSec Positive Impedance Z secondary
ohm
49=ZSeqAngle Positive Impedance Z angle
50=GL1Pri Conductance G L1 primary mS
51=BL1Pri Susceptance B L1 primary mS
52=GL2Pri Conductance G L2 primary mS
53=BL2Pri Susceptance B L2 primary mS
54=GL3Pri Conductance G L3 primary mS
55=BL3Pri Susceptance B L3 primary mS
56=GL1Sec Conductance G L1 secondary mS
57=BL1Sec Susceptance B L1 secondary mS
58=GL2Sec Conductance G L2 secondary mS
59=BL2Sec Susceptance B L2 secondary mS
60=GL3Sec Conductance G L3 secondary mS
61=BL3Sec Susceptance B L3 secondary mS
62=YL1PriMag Admittance Y L1 primary mS
63=YL2PriMag Admittance Y L2 primary mS
64=YL3PriMag Admittance Y L3 primary mS
65=YL1SecMag Admittance Y L1 secondary mS
66=YL2SecMag Admittance Y L2 secondary mS
67=YL3SecMag Admittance Y L3 secondary mS
68=YL1Angle Admittance Y L1 angle
69=YL2Angle Admittance Y L2 angle
70=YL3Angle Admittance Y L3 angle
71=G0Pri Conductance G0 primary mS
72=B0Pri Susceptance B0 primary mS
73=G0Sec Conductance G0 secondary mS
74=B0Sec Susceptance B0 secondary mS
75=Y0Pri Admittance Y0 primary mS
76=Y0Sec Admittance Y0 secondary mS
77=Y0Angle Admittance Y0 angle
Outputs of the function are Start Trip and Blocked signals. Setting parameters are static
inputs for the function which are changed only by user input in the setup phase of the