Product Description:

The FC-302P1K5T5131B0416H2XGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. It converts fixed-frequency, three-phase utility power into a modulated output that allows automation systems to adjust induction motor speed and torque without mechanical throttling. Within plant cabinets, the unit interfaces with PLCs through digital and analog control lines, making it suitable for pump, fan, and conveyor applications where energy use must track real-time demand. Its variable output also supports controlled acceleration and deceleration, reducing mechanical stress on connected equipment during starts and stops.

The inverter delivers a continuous mechanical output of 1.5 kW, which is equivalent to 2.0 HP. The incoming supply must remain within 380–500 VAC, a range that accommodates the normal voltage variation of many industrial power systems. The input section accepts three-phase power, so no phase conversion equipment is required for a compatible supply. Internally, the control system and I/O layout correspond to product identifier 302, keeping parameter organization and compatible option-card support consistent within this drive platform. These electrical characteristics influence enclosure ventilation, conductor selection, and protective device sizing. Proper airflow around the housing helps the inverter dissipate heat while delivering continuous output under rated operating conditions.

Adaptation field B is set to no adaptation, meaning specialized pump, HVAC, or positioning macros are not preloaded. The drive has no C1 filter option, so external electromagnetic compatibility measures may be necessary when category C1 operation is required. The human interface uses the standard language pack, providing the default keypad language set without an additional memory module. Digital and analog terminals allow the drive to receive operating commands, reference signals, and process feedback from an external controller. This arrangement supports integration into automated systems that use remote start commands, adjustable speed references, and status monitoring. Installation must provide suitable grounding and cable routing to limit electrical interference between the motor leads and low-voltage control wiring.