DE  Induktionsanlagen GmbH                                    HECON Umrichtertechnik UG 
 Stromrichter     Induktion     Elektromobilität                     Converters      Induction       Electromobility       Made in Germany 

Semiconductor switches and semiconductor actuators     

Our semiconductor switches and actuators (often also called thyristor switches / actuators) were designed for switching large electrical loads.

They are suitable for the operation of:

  • Consumers with ohmic properties (e.g. resistance heating)
  • Consumers with inductive behavior (e.g. choke coils)
  • Consumers with capacitive behavior (e.g. compensation systems, capacitors)
  • Consumers with mixing behavior (e.g. induction furnaces)
  • Induction systems in "Steinmetz" wiring (mains frequency induction systems)

Our semiconductor switches are compatible with corresponding contactors, since they can be controlled in pure switching operation via a 230V AC signal (e.g. existing contactor coil control).

In contrast to contactors, which switch on at any time (e.g. also at maximum voltage), our semiconductor switches synchronize the process with the feeding network, so that the switch-on load for the components involved is as low as possible.

The semiconductor controllers regulate the power consumption of the connected consumers in a vibration package or phase control.

A specialty from our company is the latest generation of semiconductor actuators, which draws a sinusoidal current from the network regardless of the power. The power is controlled via the current amplitude. In contrast to conventional actuators, this unit behaves neutrally on the network, comparable to an ohmic load.

All semiconductor switch / actuator settings are made at the factory so that they are ready for use immediately after installation. The synchronization voltage required for the electronics is tapped internally.

On request, we manufacture switches for voltages up to 50 kV.


  • Operating voltage from 400 V to 2000 V
  • Operating current from 50 A to 5000 A
  • Frequency up to 1000 Hz
  • natural air cooling
  • Forced air cooling
  • Water cooling
  • Transistor technology
  • Thyistor technology

Advantages in opposite to mechanical switches:

  •  Wear free
  • Optimal switch-on time
  • Optimal switch-off without arcing at the natural zero point