Areva MiCOM P921 - Page 290

P92x/EN CT/E11 Technical Guide
Courier Database
Page 100/118 MiCOM P921-P922-P923
Col Row Menu Text Data Type Ind
Values (* : default)
Depend Cell Type Min/Max/Step
1D F2 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 1E t F2 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 1F F3 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 20 t F3 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 21 F4 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 22 t F4 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 23 F5 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 24 t F5 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 25 F6 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 26 t F6 Binary (2 bits/ 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 27 DF/DT 1 Binary (4 bits) 0000 * Setting 0 / 15 / 1 28 DF/DT 2 Binary (4 bits) 0000 * Setting 0 / 15 / 1 29 DF/DT 3 Binary (4 bits) 0000 * Setting 0 / 15 / 1 2A DF/DT 4 Binary (4 bits) 0000 * Setting 0 / 15 / 1 2B DF/DT 5 Binary (4 bits) 0000 * Setting 0 / 15 / 1 2C DF/DT 6 Binary (4 bits) 0000 * Setting 0 / 15 / 1 2D tAux 1 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 2E tAux 2 Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 2F Breaker alarm Binary (2 bits / 4 bits 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1 30 Ext. Breaker failure Binary (2 bits / 4 bits) 00 * / 0000 * Setting 0 / 3 / 1 or 0 / 15 / 1
63 00 LOGICAL EQUATIONS DELAYS
01 Equation 1 operation delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 02 Equation 1 reset delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 03 Equation 2 operation delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 04 Equation 2 reset delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 05 Equation 3 operation delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 06 Equation 3 reset delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 07 Equation 4 operation delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s 08 Equation 4 reset delay Courier floating point number 0 * Setting 0 / 3600.0 / 0.1 s