Product Description:

The FC-302P1K1T5131B0076H2XGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. In industrial automation, it regulates motor speed by converting fixed-frequency mains power into variable-frequency output power. This capability allows a PLC or another control system to adjust conveyor belts, centrifugal pumps, and industrial fans according to changing process demands. Electronic speed control can reduce the energy lost through mechanical throttling and can limit unnecessary wear on connected equipment. The drive is suitable for continuous-duty production systems that require accurate motor speed and torque regulation.

The power stage accepts an input range of 380 to 500 VAC, matching the low-voltage service commonly available in industrial plants. The drive operates with three-phase power and can connect directly to a compatible three-phase supply. Its rated motor output is 1.1 kW, which corresponds to 1.5 HP. These ratings help determine the appropriate motor capacity without incorrectly combining the two equivalent output values into a larger total. Input conductors, protective devices, and disconnecting equipment should be selected according to the supply voltage, load current, and applicable electrical requirements. Adequate cabinet ventilation and installation clearances are also necessary to remove heat generated by the inverter during operation.

The Adaptation B field includes no application adaptation, so a preloaded application macro does not modify the base parameter set. The drive has no integrated C1 option, and an appropriate external EMC filter may be required when an installation must satisfy C1 emission limits. The operator interface uses the standard language pack, providing the default menu language for routine configuration and operation. Its parameter structure supports adjustments for acceleration, deceleration, motor control, input signals, and output functions. Available option slots can accommodate compatible communication or control accessories when the application requires additional connectivity. Proper grounding, shield termination, and cable separation help reduce electrical interference between motor wiring and low-voltage control circuits.