Control compressors more efficiently with KOSTAL variable frequency drives

A variable frequency drive that regulates a compressor’s electric motor controls more than just the speed. It optimises energy consumption too. Because the more precisely the variable frequency drive regulates the input voltage and adapts it to your application processes, the less energy it consumes. This saves money and is good for the environment.

With motor-mounted KOSTAL variable frequency drives, such as the  INVEOR MPP or the INVEOR MP, you now have a drive controller that perfectly adapts the motor speed of your motors to your processes. And without having to sacrifice performance. In this way, you reduce your energy bills and at the same time benefit from greater efficiency in your company.

Brake compressors in buses and trucks ensure that they come to a stop in good time. However, constant vibrations in road traffic complicate the conditions under which the brake compressor's drive controller has to do its work.

With the KOSTAL INVEOR M drive controller, vibrations are no longer an obstacle. This is because the motor-mounted variable frequency drive is not at all affected by even the most violent jerking and shaking thanks to its robust housing and sensorless control.
The compact construction also allows seamless integration into your application, while our smart control process ensures optimum energy efficiency.

Refrigeration compressors are indispensable. They compress gaseous refrigerants and thereby ensure optimum temperature conditions – even in the field of mobile applications. However, these are applications which often experience high levels of vibration and large temperature fluctuations. This makes using the right variable frequency drive essential for optimum operation.

Vibrations and extreme temperatures are not a problem for KOSTAL INVEOR M variable frequency drives – thanks to their robust die-cast casing, IP 65 protection class and an extended temperature range from -40 °C to 50 °C. To also optimise the battery life of your mobile applications, it is also optimised for energy efficiency. The starting torque remains unaffected – for optimum operation, even in adverse conditions.