Product Description:

The 09.F5.C3B-Z016 is an AC axis drive manufactured by KEB for the F5 Combivert Axis Drives series. It converts single-phase or three-phase mains power into regulated motor voltage so that conveyors, positioning tables, and packaging stations can run at the commanded speed and torque. A built-in braking transistor dissipates regenerated energy, while the integrated EMI filter limits conducted noise, making the unit suitable for cabinet installation alongside sensitive control electronics. This combination supports stable operation in automation systems where compact drive hardware and clean electrical integration are both important.

The analog interface resolves setpoint data to 11-bit, and each channel is scanned every 2 ms, giving motion controllers the resolution and response time needed for smooth torque loops. Programmable digital outputs can sink or source up to 50 mA maximum, allowing direct status signaling to PLC input cards without external relays. The power stage accepts a nominal line of 230 VAC and can deliver up to 1.5 kW of output power to standard induction motors. Hardware overcurrent protection trips at 15.1 A to protect both the drive and motor windings during blocked-shaft conditions or phase faults. These electrical characteristics support compact motion applications that need predictable response without adding separate interface hardware.

During continuous operation, the inverter supplies a rated phase current of 7 A, which corresponds to a thermal output capability of 2.8 kVA. The control logic remains synchronized to grid cycles at 50/60 Hz, so the same unit can operate on European or North American mains without retuning. Additional features include a +10 V reference output for potentiometer speed commands, a 30 VDC / 1 A relay contact for run acknowledgment, a compact B housing for narrow panels, and a control core classified as compact type. These features help the drive fit distributed automation cells where panel space is limited and straightforward signal interfacing is required.