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![DC Choke for 400V Inverter, Rated Current 210A [Vertical]](http://sikes-elec.com/image/cache/Choke/DC-Choke-for-400V-Inverter-Rated-Current-Vertical-210A-01-228x228.jpg "DC Choke for 400V Inverter, Rated Current 210A [Vertical]")
Description of DC Reactor:DCL series network chokes also realize the two way benefit of line chokes. Line voltage distortion and notching caused by the drive is filtered from the incoming AC line supply and conversely interference imposed on the line by other devices is filtered from the dri..
![DC Choke for 400V Inverter, Rated Current 270A [Vertical]](http://sikes-elec.com/image/cache/Choke/Choke-DC-for-400V-Inverter-Rated-Current-270A-Vertical-001-228x228.jpg "DC Choke for 400V Inverter, Rated Current 270A [Vertical]")
Description of DC Reactor:DCL series network chokes also realize the two way benefit of line chokes. Line voltage distortion and notching caused by the drive is filtered from the incoming AC line supply and conversely interference imposed on the line by other devices is filtered from the dri..
![DC Choke for 400V Inverter, Rated Current 60A [Vertical]](http://sikes-elec.com/image/cache/Choke/Choke-DC-for-1200V-Inverter-Rated-Current-60A-Vertical-002-228x228.jpg "DC Choke for 400V Inverter, Rated Current 60A [Vertical]")
Description of DC Reactor:DCL series network chokes also realize the two way benefit of line chokes. Line voltage distortion and notching caused by the drive is filtered from the incoming AC line supply and conversely interference imposed on the line by other devices is filtered from the drive. The ..
![DC Choke for 400V Inverter, Rated Current 650A [Vertical]](http://sikes-elec.com/image/cache/Choke/Choke-DC-for-400V-Inverter-Rated-Current-650A-Vertical-001-228x228.jpg "DC Choke for 400V Inverter, Rated Current 650A [Vertical]")
Description of DC Reactor:DCL series network chokes also realize the two way benefit of line chokes. Line voltage distortion and notching caused by the drive is filtered from the incoming AC line supply and conversely interference imposed on the line by other devices is filtered from the dri..
The HN series was discontinued in 2019，You can choose GN series instead.http://regenerative-drive.sikes-elec.com/Regenerative-drive-and-Braking-Unit/High-end-heavy-load-braking-unitCharacteristic of this series:Rated power: 55KW-400KWRated braking current: ≤400AChopper voltage range: DC660V±5V(..
The HN series was discontinued in 2019，You can choose GN series instead.http://regenerative-drive.sikes-elec.com/Regenerative-drive-and-Braking-Unit/High-end-heavy-load-braking-unitCharacteristic of this series:Rated power: 55KW-400KWRated braking current: ≤400AChopper voltage range: DC660V±5V(..
The HN series was discontinued in 2019，You can choose GN series instead.http://regenerative-drive.sikes-elec.com/Regenerative-drive-and-Braking-Unit/High-end-heavy-load-braking-unitCharacteristic of this series:Rated power: 55KW-400KWRated braking current: ≤400AChopper voltage range: DC660V±5V(..
The HN series was discontinued in 2019，You can choose GN series instead.http://regenerative-drive.sikes-elec.com/Regenerative-drive-and-Braking-Unit/High-end-heavy-load-braking-unitCharacteristic of this series:Rated power: 55KW-400KWRated braking current: ≤400AChopper voltage range: DC660V±5V(..
Description of Braking unit:The GN series is to divert the regenerative energy which is produced in the process of decelerating the motor, into a braking unit, converting that energy into heat. Regenerative energy flows from the motor into the inverter DC bus, manifested as increased..
Description of Braking unit:The GN series is to divert the regenerative energy which is produced in the process of decelerating the motor, into a braking unit, converting that energy into heat. Regenerative energy flows from the motor into the inverter DC bus, manifested as increased..
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