© Siemens AG 2009 1) Guide value for 4-pole standard motors for 400 V AC, 50 Hz. Selection de- pends on the concrete startup and rated data of the protected motor. 2) Rated control supply voltage 230 V AC, 50 Hz. Other control voltages are also possible. 3) Alternatively 3VL27 16-2SS33 also possible. 4) Alternatively 3VL37 25-2SS36 also possible. 5) Alternatively 3VL47 31-2SS36 also possible. 6) Alternatively 3VL27 16-3SS33 also possible. 7) Alternatively 3VL27 16-3SS33 also possible. 8) Alternatively 3VL37 25-3SS36 also possible. 9) Alternatively 3VL47 31-3SS36 also possible.
Selection tables 400 V AC 14 Motor starter protector/circuit breaker + contactor CLASS 20, type of coordination 2, short-circuit breaking capacity I = 50 kA/100 kA q 400 V AC Standard induction motor 4-pole at 400 V AC1) Setting range Overload release Motor starter pro- tector/circuit breaker Motor starter protec- tor/circuit breaker Contactor2) Size Short-circuit breaking capacity Iq Standard out- put P Motor current (guide value) I kW A A Order No. Order No. kA Iq = 50 kA 5.5 11.5 11.0 ... 16.0 3RV10 31-4AB10 3RT10 34-1AP00 S2/S2 50 7.5 15.5 14.0 ... 20.0 3RV10 31-4BB10 3RT10 34-1AP00 S2/S2 50 11 22 18.0 ... 25.0 3RV10 31-4DB10 3RT10 35-1AP00 S2/S2 50 11 22 22.0 ...
32.0 3RV10 31-4EB10 3RT10 35-1AP00 S2/S2 50 15 29 28.0 ... 40.0 3RV10 42-4FB10 3RT10 44-1AP00 S3/S3 50 18.5 35 28.0 ... 40.0 3RV10 42-4FB10 3RT10 44-1AP00 S3/S3 50 18.5 35 36.0 ... 50.0 3RV10 42-4HB10 3RT10 44-1AP00 S3/S3 50 22 41 36.0 ... 50.0 3RV10 42-4HB10 3RT10 44-1AP00 S3/S3 50 30 55 45.0 ... 63.0 3RV10 42-4JB10 3RT10 46-1AP00 S3/S3 50 30 55 57.0 ... 75.0 3RV10 42-4KB10 3RT10 46-1AP00 S3/S3 50 37 66 57.0 ... 75.0 3RV10 42-4KB10 3RT10 46-1AP00 S3/S3 50 45 80 70.0 ... 90.0 3RV10 42-4LB10 3RT10 54-1AP36 S3/S6 50 45 80 80.0 ... 100 3RV10 42-4MB10 3RT10 54-1AP36 S3/S6 50 55 97 40.0 ... 100 3VL27 10-2SS333) 3RT10 55-6AP36 –/S6 50 75 132 64.0 ...
160 3VL27 16-2SS33 3RT10 56-6AP36 –/S6 50 90 160 80.0 ... 200 3VL37 20-2SS363) 3RT10 64-6AP36 –/S10 50 90 160 80.0 ... 200 3VL37 20-2SS363) 3RT10 65-6AP36 –/S10 50 110 195 80.0 ... 200 3VL37 20-2SS364) 3RT10 66-6AP36 –/S10 50 110 195 80.0 ... 200 3VL37 20-2SS364) 3RT12 64-6AP36 –/S10V 50 132 230 100 ... 250 3VL37 25-2SS365) 3RT12 65-6AP36 –/S10V 50 160 280 125 ... 315 3VL47 31-2SS36 3RT12 66-6AP36 –/S10V 50 160 280 125 ... 315 3VL47 31-2SS36 3RT10 75-6AP36 –/S12 50 200 350 200 ... 500 3VL57 50-2SS36 3RT10 76-6AP36 –/S12 50 200 350 200 ... 500 3VL57 50-2SS36 3RT12 75-6AP36 –/S12V 50 250 430 200 ... 500 3VL57 50-2SS36 3RT12 76-6AP36 –/S12V 50 Iq = 100 kA 45 80 40.0 ...
100 3VL27 10-3SS33 3RT10 54-1AP36 –/S6 100 55 97 40.0 ... 100 3VL27 10-3SS336) 3RT10 55-6AP36 –/S6 100 75 132 64.0 ... 160 3VL27 16-3SS33 3RT10 56-6AP36 –/S6 100 90 160 80.0 ... 200 3VL37 20-3SS367) 3RT10 64-6AP36 –/S10 100 90 160 80.0 ... 200 3VL37 20-3SS367) 3RT10 65-6AP36 –/S10 100 110 195 80.0 ... 200 3VL37 20-3SS368) 3RT10 66-6AP36 –/S10 100 110 195 80.0 ... 200 3VL37 20-3SS368) 3RT12 64-6AP36 –/S10V 100 132 230 100 ... 250 3VL37 25-3SS369) 3RT12 65-6AP36 –/S10V 100 160 280 125 ... 315 3VL47 31-3SS36 3RT12 66-6AP36 –/S10V 100 160 280 125 ... 315 3VL47 31-3SS36 3RT10 75-6AP36 –/S12 100 200 350 200 ... 500 3VL57 50-3SS36 3RT10 76-6AP36 –/S12 100 200 350 200 ...
500 3VL57 50-3SS36 3RT12 75-6AP36 –/S12V 100 250 430 200 ... 500 3VL57 50-3SS36 3RT12 76-6AP36 –/S12V 100