Product Description:

The FC-302P11KT2131F2982H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive in the VLT FC 302 Automation Drives series. The unit mounts in a control cabinet and controls induction or permanent-magnet motors through pulse-width modulated output. By regulating motor speed and torque, it supports conveyors, pumps, and fans that require precise, energy-efficient motion in automated production cells. This model is intended for mid-range power applications where a PLC commands dynamic acceleration, deceleration, and constant-torque operation through standard I/O or fieldbus connections. Its cabinet-mounted design keeps the power electronics close to the associated control and protection equipment while allowing the motor to operate at the speed required by the process.

The electrical section accepts a supply of 200 to 240 VAC, allowing connection to compatible low-voltage industrial feeders without an isolation transformer. The rectifier and inverter stages support a continuous motor output of 11 kW, which corresponds to approximately 15 HP of mechanical shaft power when the drive is paired with a suitable motor and load. The input uses three-phase power, which distributes the electrical load across the supply conductors and reduces the effects of phase imbalance. The drive has no C1 filter option, and its integrated radio-frequency interference filter meets category C2 emission requirements. Installations in residential or light-commercial areas may require an external filter to satisfy stricter interference limits. Proper upstream protection, conductor sizing, and grounding are still required according to the electrical characteristics of the connected system.

The embedded keypad uses the Standard interface text set through the Language Pack option, providing direct access to operating values, alarms, and adjustable parameters. The inverter belongs to the VLT AutomationDrive FC product group, which uses a consistent arrangement for control terminals, cooling airflow, and cabinet installation. Its internal parameter map follows revision 302, organizing scaling factors and application macros for compatible control configurations. Standard I/O and supported fieldbus links allow the controller to send speed or torque commands and receive operating status from the drive. The keypad also provides local control for setup and diagnostic tasks when remote commands are unavailable. Cooling airflow must remain unobstructed so the power section can dissipate heat during sustained operation.