0.00€
Standard filters developed to be applied in installations that include frequency inverters.
– Single-phase or three-phase up to 480 Vac.
– High attenuation in symmetrical and asymmetrical mode.
– Low leakage current.
– Compact mechanical structure, easy to install and low weight.
– Good thermal arrangement.
– IP20 protection degree.
0.00€
Standard filters developed to be applied in installations that include frequency inverters.
– Single-phase or three-phase up to 480 Vac.
– High attenuation in symmetrical and asymmetrical mode.
– Low leakage current.
– Compact mechanical structure, easy to install and low weight.
– Good thermal arrangement.
– IP20 protection degree.
HOW TO REDUCE DISTURBANCES?
How to reduce the disturbances generated by frequency inverters?
The variable speed drives generate two main types of disturbances in the installation: harmonic distortion (originating in the rectifier bridge) and electrical noise (radiated or conducted, produced by the inverter bridge).
Harmonic distortion: The INV inductances reduce the current harmonics that the inverter injects into the grid and also limit the inverter’s switching current and protect it against overvoltages and grid micro-voltages.
Electrical noise: EMC/RFI input filters reduce conducted electrical noise, while choke ferrites and LC filters reduce emissions between the drive and the motor.
For more information see the VMC guide to optimize the installation of frequency converters using chokes and filters.
Description
Standard filters developed to be applied in installations that include frequency inverters.
– Single-phase or three-phase up to 480 Vac.
– High attenuation in symmetrical and asymmetrical mode.
– Low leakage current.
– Compact mechanical structure, easy to install and low weight.
– Good thermal arrangement.
– IP20 protection degree.
Contact
If you have any questions or need more information, do not hesitate to contact us. Our technical team will advise you in choosing the most suitable product.
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