Motor Starters (2,129 items)

Power Rating = 12 Amps Range = RSGD Voltage Rating = 600 V Phase = 3 Current Rating = 12 A IP Rating = IP20

Power Rating = 16 Amps Motor Starter Type = Soft Start Voltage Rating = 600 V Phase = 3 Current Rating = 16 A IP Rating = IP20

Power Rating = 25 Amps Range = RSGD Voltage Rating = 600 V Phase = 3 Current Rating = 25 A IP Rating = IP20

Power Rating = 32 Amps Range = RSGD Voltage Rating = 600 V Phase = 3 Current Rating = 32 A IP Rating = IP20

Power Rating = 45 Amps Range = RSGD Voltage Rating = 600 V Phase = 3 Current Rating = 45 A IP Rating = IP20 Overall Length = 211mm Overall Width = 180mm Overall Depth = 53mm

Power Rating = 55 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 55 A IP Rating = IP20

Power Rating = 55 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 55 A IP Rating = IP20

Power Rating = 70 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 70 A IP Rating = IP20

Power Rating = 70 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 70 A IP Rating = IP20

Power Rating = 85 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 85 A IP Rating = IP20 Overall Length = 274mm Overall Width = 264mm Overall Depth = 117mm

Power Rating = 85 Amps Range = RSGD Voltage Rating = 600 V Phase = 2 Current Rating = 85 A IP Rating = IP20

If devices are used in 230 V three-phase networks, the next higher power stage must be used for a given motor power, because the motor current determines the overall size of the device. The startin...

The BA9026 must not be operated with a capacitive load (e.g. reactive power compensation) at the output. In the decoupled state (without load), the starting behaviour is not particularly smooth. So...

Soft starter, BL9025. Limitation of start-up torque and current through 2-phase control Starting time, deceleration time and starting and end torque can be adjusted separately Large motor voltage r...

The IL9017 must not be operated with a capacitive load (e.g. reactive power compensation) at the output. In the decoupled state (without load), the starting behaviour is not particularly smooth. So...