Product Description:

The 136F7019 is an AC variable frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. The unit converts fixed-frequency line power into a regulated output that allows controllers to adjust induction motor speed in conveyors, pumps, and general process equipment. By varying output frequency and voltage, the drive supports controlled acceleration, deceleration, and steady-state operation under changing load conditions. It is designed for normal cabinet mounting across A, B, and C frame sizes. Its open chassis format is intended for installation inside a suitable electrical enclosure that protects the drive from contact and environmental exposure.

This drive delivers a continuous mechanical output of 1.5 kW, corresponding to 2.0 HP at the motor shaft. The power section accepts a line supply of 380–500 VAC and uses three-phase power, making it compatible with common industrial distribution systems. An internal DC bus connects the rectifier and inverter stages, allowing the output section to regulate the power delivered to the connected motor. The enclosure has an IP20 chassis rating, which provides protection against accidental contact with internal components when the unit is properly installed. Users access operating values and parameters through the graphical local control panel, which provides real-time readouts and keypad input without requiring separate programming equipment. Normal cabinet mounting helps keep power and motor cable runs organized, while the standard cable-entry arrangement supports rigid or flexible conduit terminations.

An integrated RFI filter reduces conducted electromagnetic emissions, allowing the drive to operate near sensitive control and monitoring equipment when installation practices meet applicable requirements. The drive has an uncoated power board, making it suitable for controlled cabinets where humidity, condensation, dust, and corrosive airborne contaminants are adequately limited. The model includes no brake chopper, so applications requiring rapid deceleration must manage regenerated energy through another suitable method. The available option positions are empty, and adaptation B is set for no adaptation. Cable entries use the standard arrangement, with no additional modules or special thermal modifications installed. These characteristics keep the unit focused on conventional cabinet-based motor control applications using the standard FC 302 platform.