Reactors
In the field of drive technology we have a variety of different chokes in our shop. Both AC line chokes, AC output chokes and DC link chokes are available for connection to a three-phase 400-volt power supply. The performance of the products ranges from chokes for small loads with up to 1.5 kilowatts to extremely powerful chokes for professional drive technology of up to 630 kilowatts.The AC line chokes are distinguished by their high linearity and achieve a great reduction of harmonics. This makes it possible, for example, to reduce the effects of inverters on the supply network. The AC output reactors from our shop ensure an extended life of the electric motors. The length of the motor cable can thereby be increased and the complete system reliability can be increased. This ensures reliable operation of the motors and reduces the risk of production downtime. The connection of the three phases is made by high-quality and very contact-safe terminals. They provide permanent contact with the throttle thanks to screw connections. Our DC linkage chokes are also used to reduce the vibrations of the upper booms and the relief of the utility network. Such a choke is connected between input rectifier and intermediate circuit capacitor and weakens its peak current. This prevents the rectifier from being damaged by current fluctuations.
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 2,5 A
- for motor rated output approx. 0,75 kW
- Inductance: 2,550 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 4 A
- for motor rated output approx. 1,10 kW
- Inductance: 1,590 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 6 A
- for motor rated output approx. 2,20 kW
- Inductance: 1,060 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 8 A
- for motor rated output approx. 3,00 kW
- Inductance: 0,800 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 10 A
- for motor rated output approx. 4,00 kW
- Inductance: 0,640 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 13 A
- for motor rated output approx. 5,50 kW
- Inductance: 0,490 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 18 A
- for motor rated output approx. 7,50 kW
- Inductance: 0,350 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 24 A
- for motor rated output approx. 11,00 kW
- Inductance: 0,270 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 30 A
- for motor rated output approx. 15,00 kW
- Inductance: 0,210 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 37 A
- for motor rated output approx. 18,50 kW
- Inductance: 0,170 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 42 A
- for motor rated output approx. 22,00 kW
- Inductance: 0,150 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 48 A
- for motor rated output approx. 22,00 kW
- Inductance: 0,130 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz
- Rated voltage: 3x 400 Vac
- Voltage range: 3 x 0 - 500 Vac
- Rated current: 61 A
- for motor rated output approx. 30,00 kW
- Inductance: 0,100 mH
- Rated frequency: 0 - 50 Hz
- Switching frequency: 3 - 8 kHz