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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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
The LN 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 bus voltage.Characteristic of this series:Rated power: 7.5KW-150KWRated braking current: ≤200AChopper voltage range: DC660V±5V(Jump line)Voltag..
The LN 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 bus voltage.Characteristic of this series:Rated power: 7.5KW-150KWRated braking current: ≤200AChopper voltage range: DC660V±5V(Jump line)Voltag..
The LN 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 bus voltage.Characteristic of this series:Rated power: 7.5KW-150KWRated braking current: ≤200AChopper voltage range: DC660V±5V(Jump line)Voltag..
The LN 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 bus voltage.Characteristic of this series:Rated power: 7.5KW-150KWRated braking current: ≤200AChopper voltage range: DC660V±5V(Jump line)Voltag..
The LN 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 bus voltage.Characteristic of this series:Rated power: 7.5KW-150KWRated braking current: ≤200AChopper voltage range: DC660V±5V(Jump line)Voltag..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
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 bus voltage.Characteristic of this series:Rated power: 55KW-500KW;Rated braking current: ≤500A;Chop..
Description of EMC/EMI filters:Three phase EMC/EMI filters are used in all gird-tied inverter systems to protect environment from electromagnetic pollution.Effectively get rid of the electromagnetic pollution of the input current of the inverter,guarantee the quality of the grid current.Characteristics of this series:1.Superior capability of interference containment2.Broadband attenuation ch..
Description of EMC/EMI filters:EMC/EMI three-phase output filters are usually installed at inverter's output terminal and able to minimize the electromagnetic interference.Characteristics of this series:Superior capability of interference containmentBroadband attenuation characteristicsRated voltage:AC 250-440VOperating frequency:50/60HzRated current:5-1200AConnection mode: copper barThree p..
Description of EMC/EMI filters:EMC/EMI three-phase output filters are usually installed at inverter's output terminal and able to minimize the electromagnetic interference.Characteristics of this series:Superior capability of interference containmentBroadband attenuation characteristicsRated voltage:AC 250-440VOperating frequency:50/60HzRated current:5-1200AConnection mode: copper barThree p..
Description of EMC/EMI filters:EMC/EMI three-phase output filters are usually installed at inverter's output terminal and able to minimize the electromagnetic interference.Characteristics of this series:Superior capability of interference containmentBroadband attenuation characteristicsRated voltage:AC 250-440VOperating frequency:50/60HzRated current:5-1200AConnection mode: copper barThree p..