Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.

Thanks to the NTC technology, the current remains sinusoidal during the entire starting process. The resistive current limiting is principally free from disturbances, flicker, harmonics and transients.

The VSA is installed directly in the motor supply line without additional elements. It does not have to be configured or retracted. It is therefore also ideal for retrofitting.

Due to the line-feedback-free starting technology, there is no steep-flank electrosmog whatsoever. This allows the use of unshielded cables and eliminates the need to install expensive line filters or AC/DC sensitive residual current devices.

With the VSA, the NTC technology proportionally reduces the full AC current at all times. This results in a pure sine wave during the entire starting phase. Afterwards, the power section of the VSA is completely bypassed. The result is loss-free operation and an optimized on/off switch.