14.F5.G1E-Y200 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 14.F5.G1E-Y200 is part of the F5 Combivert Axis Drives series and has a general maximum motor power of 10 horsepower. This model includes a braking transistor and has an E housing form factor. It is provided without an encoder feedback card and uses inverter size code 14.
Internal Product Review
The 14.F5.G1E-Y200 is a KEB Combivert F5 axis drive built for stable motor control in industrial automation. A 10 HP motor capacity and an installed braking transistor support strong speed regulation and controlled deceleration under changing loads. The encoder-feedback-free configuration keeps integration straightforward, making the drive a capable choice for efficient axis operation.
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Product Description:
The 14.F5.G1E-Y200 is an AC axis drive module produced by KEB for the F5 Combivert Axis Drives series. Acting as the power stage between a plant's mains supply and an induction or permanent-magnet motor, it modulates voltage and current so a PLC or motion controller can adjust speed, torque, and direction. The unit is suitable for conveyors, indexing tables, and packaging axes that require electronic motor regulation rather than mechanical speed control. Its power electronics respond to control commands while providing the regulated output needed for repeatable acceleration, steady operation, and controlled deceleration.
The internal power section supports a continuous mechanical output of 10 HP, which represents the available shaft power when the connected motor and drive operate under nominal conditions. An inverter size code of 14 indicates the frame used for the power semiconductors, DC bus components, and associated cooling surfaces. The drive uses housing form factor E, with mounting points, airflow paths, and terminal locations arranged for that enclosure format. An integrated braking transistor directs regenerated energy to an external braking resistor during rapid deceleration, helping prevent excessive voltage on the DC link. The standard control configuration includes no encoder feedback card, so it accepts speed or torque references without directly processing motor encoder signals. Applications that require encoder-based position control need a compatible external interface board and the appropriate feedback device.
The input connects to a three-phase mains supply with a nominal voltage of 230 V, allowing use on low-voltage industrial power systems without an autotransformer. Standardized parameter structures and diagnostic codes support consistent configuration alongside other drives in the same product line. Protective functions monitor operating conditions and can respond to electrical or thermal faults before the power stage is damaged. The enclosure format allows multiple inverters to be mounted side by side while preserving the clearances required for wiring access and cooling airflow around the heat sinks. Uniform terminal placement also helps keep power and control wiring organized within an electrical cabinet.
