Product Description:

The FC-302PK55A2134G1682H2XGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. Installed between a plant’s low-voltage mains and an induction motor, it converts constant-frequency supply power into variable-frequency, variable-voltage output that regulates motor speed according to process demand. Integrated control terminals and configurable parameters support automated operation of pumps, fans, and light conveyors. Precise speed adjustment can reduce motor inrush current and unnecessary energy consumption. Its compact format also supports installation in control panels where mounting space is limited.

The drive uses a factory parameter set without application-specific adaptation, allowing operating values to be selected without a preloaded application macro. Its lack of an internal Class C1 radio-frequency filter means external filtering may be required when an installation must satisfy Category C1 electromagnetic compatibility limits. The input section accepts three-phase power from 200 to 240 VAC, making the drive suitable for common low-voltage industrial power networks. Electrical conversion capacity is rated at 0.55 kW, corresponding to a mechanical shaft output of 0.75 HP. These two measurements describe the same output rating in different units rather than separate operating capacities. Appropriate ventilation and panel clearances must be maintained to support continuous operation at the stated power level in ambient temperatures up to 40 °C.

The user interface includes the Standard language pack, which provides the default selection of menu languages without requiring an additional memory module. Numeric platform code 302 associates the drive with the applicable option cards, operating parameters, and technical documentation for this platform. Control wiring can be connected through the integrated terminals for start, stop, reference, and status functions. Parameterized acceleration and deceleration ramps allow the motor to change speed smoothly, reducing abrupt mechanical loading on connected equipment. The variable-frequency output also permits the motor to operate below its fixed mains-frequency speed when the process requires reduced flow or throughput.