4653 tuotetta
-
0030731BA9055 – 0030731
BA9055 AC230V 10-100IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0030732BA9055 – 0030732
BA9055 AC230V 100-1000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0030743BA9055 – 0030743
BA9055 AC240V 500-5000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031211BA9055 – 0031211
BA9055/100 AC230V 5-50IPM
Without start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031223BA9055 – 0031223
BA9055 AC240V 100-1000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031264BA9055 – 0031264
BA9055 DC24V 10-100IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031297BA9055 – 0031297
BA9055 DC24V 500-5000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031298BA9055 – 0031298
BA9055 DC24V 1000-10000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031339BA9055 – 0031339
BA9055 DC24V 5-50IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031340BA9055 – 0031340
BA9055 DC24V 50-500IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031341BA9055 – 0031341
BA9055 DC24V 100-1000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0031391BA9055 – 0031391
BA9055 AC240V 1-10IPM 1-20S
-
0031690BA9055 – 0031690
BA9055/140 AC230V 500-5000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring based on the working current principle
Overspeed monitoring using the closed-circuit principle -
0031803BA9055 – 0031803
BA9055/140 AC230V 10-100IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring based on the working current principle
Overspeed monitoring using the closed-circuit principle -
0031804BA9055 – 0031804
BA9055 AC24V 50-500IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0032110BA9055 – 0032110
BA9055/100 DC24V 100-1000IPM
Without start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0033050BA9055 – 0033050
BA9055/110 AC230V 500-5000IPM
Without start-up bridging time
Standstill and underspeed monitoring based on the working current principle
Overspeed monitoring using the closed-circuit principle -
0033185BA9055 – 0033185
BA9055 DC24V 1-10IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0033545BA9055 – 0033545
BA9055/100 DC24V 10-100IPM
Without start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle -
0033571BA9055 – 0033571
BA9055 AC24V 500-5000IPM 1-20S
With start-up bridging time
Standstill and underspeed monitoring using the quiescent current principle
Overspeed monitoring using the working current principle