User manual 09/2009 - Schneider Electric

schneider.electric.dk

User manual 09/2009 - Schneider Electric

AlarmsLabel Code Setting Range Default SettingThresholds Time Delay Thresholds Time Delay(Pick-Up orDrop-Out)Pick-Up Drop-OutUnder Current IN 57 0.2...10 In 1...3000 s 0.2 In 40 s 10 sUnder Current Iavg 60 0.2...10 In 1...3000 s 0.2 In 60 s 15 sOver I1 Demand 61 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sOver I2 Demand 62 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sOver I3 Demand 63 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sOver IN Demand 64 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sUnder I MIN (1,2,3) 65 0.2...10 In 1...3000 s 0.2 In 60 s 15 sUnder I1 Demand 66 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sUnder I2 Demand 67 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sUnder I3 Demand 68 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sUnder IN Demand 69 0.2...10.5 In 1...3000 s 0.2 In 60 s 15 sOver Iunbal MAX 70 5...60% Iavg 1...3000 s 25 % 40 s 10 sOver Voltage V12 71 100...1100 V 1...3000 s 500 V 40 s 10 sOver Voltage V23 72 100...1100 V 1...3000 s 500 V 40 s 10 sOver Voltage V31 73 100...1100 V 1...3000 s 500 V 40 s 10 sOver Volt Vavg L-N 75 100...1100 V 1...3000 s 300 V 5 s 2 sUnder Voltage V12 76 100...1100 V 1...3000 s 320 V 40 s 10 sUnder Voltage V23 77 100...1100 V 1...3000 s 320 V 40 s 10 sUnder Voltage V31 78 100...1100 V 1...3000 s 320 V 40 s 10 sOver V MAX L-L 79 100...1100 V 1...3000 s 300 V 5 s 2 sUnder Volt Vavg L-N 80 100...1100 V 1...3000 s 180 V 5 s 2 sUnder V MIN L-L 81 100...1100 V 1...3000 s 180 V 5 s 2 sOver Vunb MAX L-L 82 2%...30% Vavg 1...3000 s 10 % 40 s 10 sOver Vunbal V12 86 2%...30% Vavg 1...3000 s 10 % 40 s 10 sOver Vunbal V23 87 2%...30% Vavg 1...3000 s 10 % 40 s 10 sOver Vunbal V31 88 2%...30% Vavg 1...3000 s 10 % 40 s 10 sOver Vunb MAX L-L 89 2%...30% Vavg 1...3000 s 10 % 40 s 10 sPhase sequence 90 0,1 N/A 0 N/A N/AUnder Frequency 92 45...65 Hz 1...3000 s 45 Hz 5 s 2 sOver Frequency 93 45...65 Hz 1...3000 s 65 Hz 5 s 2 sOver KW Power dmd 99 1....1000 kW 1...3000 s 100 kW 40 s 10 sLeading cos ϕ (IEEE) (1) 121 0...0,99 1...3000 s 0,80 40 s 10 slead,/lag cos ϕ (IEC) (1) 123 0...0,99 1...3000 s 0,80 40 s 10 sLagging cos ϕ (IEEE) (1) 124 -0,99...0 1...3000 s -0,80 40 s 10 sOver T° image motor125 0.2...10.5 In 1...3000 s In 60 s 15 s(Micrologic 6 E-M trip unit)Under T° image motor126 0.2...10.5 In 1...3000 s In 60 s 15 s(Micrologic 6 E-M trip unit)Over I1 Peak Demand 141 0.2...10.5 In 1...3000 s In 60 s 15 sOver I2 Peak Demand 142 0.2...10.5 In 1...3000 s In 60 s 15 sOver I3 Peak Demand 143 0.2...10.5 In 1...3000 s In 60 s 15 sOver IN Peak Demand 144 0.2...10.5 In 1...3000 s In 60 s 15 sLead 145 0,0 1...3000 s 0 40 s 10 sLag 146 1,1 1...3000 s 1 40 s 10 sQuadrant 1 147 1,1 1...3000 s 1 40 s 10 sQuadrant 2 148 2,2 1...3000 s 2 40 s 10 sQuadrant 3 149 3,3 1...3000 s 3 40 s 10 sQuadrant 4 150 4,4 1...3000 s 4 40 s 10 s(1) The type of alarms associated with monitoring the cos ϕ and PF indicators must always be consistent with thechoice of sign convention (IEEE or IEC) for the PF indicator.112 LV434104 09/2009

More magazines by this user
Similar magazines