Siemens SIPROTEC 4 7UT6 Series - Information List

2)
only for overload protection with hot-spot calculation (IEC 60354): Address 142 THERM. OVERLOAD =
IEC354
3)
only if RTD box(es) available
4)
only for CFC and serial interfaces
Information List
No. Information Type of
Informa-
tion
Comments
044.2611 Θ/Θtrip = MV Temperat. rise for warning and trip
044.2612 Θ/ΘtripL1= MV Temperature rise for phase L1
044.2613 Θ/ΘtripL2= MV Temperature rise for phase L2
044.2614 Θ/ΘtripL3= MV Temperature rise for phase L3
044.2615 Θ leg L1= MV Hot spot temperature of leg L1
044.2616 Θ leg L2= MV Hot spot temperature of leg L2
044.2617 Θ leg L3= MV Hot spot temperature of leg L3
044.2618 Θ leg L12= MV Hot spot temperature of leg L12
044.2619 Θ leg L23= MV Hot spot temperature of leg L23
044.2620 Θ leg L31= MV Hot spot temperature of leg L31
044.2621 Ag.Rate= MV Aging Rate
044.2622 ResWARN= MV Load Reserve to warning level
044.2623 ResALARM= MV Load Reserve to alarm level
204.2611 2Θ/Θtrip = MV O/L2 Temperat. rise for warning and trip
204.2612 2Θ/ΘtrpL1= MV Th. O/L 2 Temperature rise for phase L1
204.2613 2Θ/ΘtrpL2= MV Th. O/L 2 Temperature rise for phase L2
204.2614 2Θ/ΘtrpL3= MV Th. O/L 2 Temperature rise for phase L3
204.2615 2Θ leg L1= MV Th. O/L 2 Hot spot temperature of leg L1
204.2616 2Θ leg L2= MV Th. O/L 2 Hot spot temperature of leg L2
204.2617 2Θ leg L3= MV Th. O/L 2 Hot spot temperature of leg L3
204.2618 2Θ legL12= MV Th. O/L2 Hot spot temperature of leg L12
204.2619 2Θ legL23= MV Th. O/L2 Hot spot temperature of leg L23
204.2620 2Θ legL31= MV Th. O/L2 Hot spot temperature of leg L31
204.2621 Ag.Rate2= MV Thermal Overload 2 Aging Rate
204.2622 ResWARN2= MV Th. O/L 2 Load Reserve to warning level
204.2623 ResALARM2= MV Th. O/L 2 Load Reserve to alarm level
766 U/f th. = MV Calculated temperature (U/f)
910 ThermRep.= MV Calculated rotor temp. (unbal. load)
1068 Θ RTD 1 = MV Temperature of RTD 1
1069 Θ RTD 2 = MV Temperature of RTD 2
1070 Θ RTD 3 = MV Temperature of RTD 3
1071 Θ RTD 4 = MV Temperature of RTD 4
1072 Θ RTD 5 = MV Temperature of RTD 5
1073 Θ RTD 6 = MV Temperature of RTD 6
1074 Θ RTD 7 = MV Temperature of RTD 7
1075 Θ RTD 8 = MV Temperature of RTD 8
1076 Θ RTD 9 = MV Temperature of RTD 9
1077 Θ RTD10 = MV Temperature of RTD10
1078 Θ RTD11 = MV Temperature of RTD11
2.22.3.2
Functions
2.22 Auxiliary Functions
286 SIPROTEC 4, 7UT6x, Manual
C53000-G1176-C230-5, Edition 09.2016