FC302P11KT6131H7641HXXGXX Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
The Danfoss FC302P11KT6131H7641HXXGXX is part of the VLT FC 302 Automation Drives series and has an output power of 11 kW at 575 V. It features a continuous output current of 18 A and an efficiency rating of 0.98. The drive supports shielded motor cables up to 150 meters and unshielded cables up to 300 meters.
Internal Product Review
The FC302P11KT6131H7641HXXGXX is a Danfoss VLT FC 302 automation drive rated for 11 kW at 575 V with excellent 0.98 efficiency. Continuous output current of 18 A and 160% overload duty for 1 min/10 min give the drive strong control authority during dynamic load changes. Support for 150 m shielded motor cable and 300 m unshielded motor cable adds valuable installation flexibility, a key strength of the drive.
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Product Description:
Danfoss manufactures the FC302P11KT6131H7641HXXGXX within the VLT FC 302 Automation Drives series. The unit is an AC variable frequency drive that converts 575 V three-phase mains power into a controlled, pulse-width-modulated output for induction motors used in conveyors, pumps, fans, and material-handling lines. Its role in industrial automation is to let a controller adjust motor speed and process throughput while reducing the energy losses associated with throttling valves or mechanical gear changes. The controlled output also allows acceleration and deceleration profiles to be matched to the operating requirements of connected machinery.
The inverter draws an apparent power of 17.9 kVA from the rated 575 V supply, a value used when selecting circuit breakers and contactors. The rectifier side requires 16.3 A continuously, and the IGBT bridge can provide the motor with a sustained current of 18 A. Under these conditions, the drive has a rated motor output of 11 kW. Its internal efficiency of 0.98 limits waste heat to 300 W, which must be removed through panel ventilation. Output frequency ranges from 0 Hz to 590 Hz, while vector control maintains magnetic flux through 300 Hz. The overload curve permits 160% of nominal current for one minute in every ten, providing additional torque during acceleration. Drive reliability is protected by limiting energization to one power-up per minute.
Dynamic braking activates when the DC link reaches 943 V DC, a high-voltage warning occurs at 965 V DC, and an overvoltage trip occurs at 975 V DC to protect the semiconductor stack. The control terminals accept discrete signals up to 28 V DC, making them compatible with PLC sourcing outputs. The enclosure uses standard cable entries and is supplied without an internal mains disconnect, so external switchgear must be provided. Shielded motor leads may extend up to 150 m, while unshielded leads may extend up to 300 m without exceeding the applicable carrier-frequency limits. These cable allowances support installations in which the motor is positioned at a substantial distance from the drive enclosure.
