134F3026 Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
MPN: FC-360H75KT4E20H2XXCDXXSXXXXALBX
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The Danfoss 134F3026 is part of the VLT FC 360 Automation Drives series and comes with a high overload power rating of 75 kW, supporting 100 horsepower. It features a coated PCB, loadsharing mains option, and operates at 380-480VAC three-phase voltage with IP20 chassis protection. The drive is equipped with a control card supporting ProfiNet and includes an RFI Class A2 filter.
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Product Description:
The 134F3026 variable frequency drive is manufactured by Danfoss and belongs to the VLT FC 360 Automation Drives series. It serves as the power stage between three-phase mains and an asynchronous motor, generating a pulse-width-modulated output that aligns shaft speed with automation commands. By integrating fieldbus communication, the drive supports coordinated operation in conveyors, mixers, and HVAC fans across discrete manufacturing and process plants.
The input section accepts a three-phase supply of 380–480 VAC and provides a continuous output of 75 kW. An internal EMC network limits conducted emissions through an RFI Class A2 filter, so additional cabinet filtering is usually unnecessary when installation requirements are met. The IP20 chassis provides protection against accidental contact and is intended for installation in a suitable control cabinet or protected electrical room. Commands and diagnostic data travel through the integrated PROFINET control card, allowing real-time setpoint updates without separate communication gateways. Standard cable entries on the bottom plate accommodate mains, motor, and I/O wiring without additional gland adapters. The chassis is supplied without a display cover, which helps conserve space within the control panel while allowing access to its operating interface.
For applications that require rapid torque response or intermittent acceleration, the drive supports a High Overload profile while maintaining the applicable thermal limits. The mains section supports load sharing, allowing compatible units to exchange DC-bus energy during regenerative operation. The absence of an integrated brake chopper means regenerative braking must be managed through the shared DC bus or suitable external equipment. Reliability in dusty or contaminated operating areas is improved by the coated printed circuit board, which helps protect electronic components from airborne material and moisture. The option slot has no adaptation installed, leaving room for a compatible local display or additional I/O hardware if the application requires it.
