13.F5.G1E-3800 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 13.F5.G1E-3800 is part of the F5 Combivert Axis Drives series. This unit has a maximum motor power of 7.5 HP at 230V and comes equipped with a braking transistor. It features housing form factor code E and inverter size code 13, with no encoder feedback card installed.
Internal Product Review
The 13.F5.G1E-3800 is a KEB Combivert F5 axis drive rated for 7.5 HP and equipped with a braking transistor. Form factor E supports efficient panel integration, making the drive a well-balanced choice for controlled and dependable axis performance.
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Product Description:
The 13.F5.G1E-3800 is an AC inverter module produced by KEB for the F5 Combivert Axis Drives series. It converts fixed-frequency mains power into a modulated output that a PLC or motion controller can command in real time, allowing each connected motor to follow precise speed or torque profiles. The unit fits decentralized or cabinet-mounted automation cells where tight velocity regulation improves cycle consistency and reduces mechanical wear. Its software tools provide access to acceleration ramps, current limits, and energy-dissipation settings for efficient drive configuration.
This inverter has a size code of 13, a frame class that combines larger heat sinks with higher-capacity terminals. The housing uses form factor E, so its airflow path, connector spacing, and mounting points match the standard KEB cabinet pattern. A built-in braking transistor routes regenerated energy to an external resistor, eliminating the need for a separate braking chopper. The inverter belongs to the Combivert F5 platform, and its parameter structures and option boards align with other products in that line. The unit is supplied with no feedback option installed in the feedback slot, so closed-loop operation requires a compatible external encoder connection.
The drive supports motors with an output of up to 7.5 HP. This capacity is available when the drive operates from a three-phase 230 V network, allowing moderate-size pumps, fans, or indexing tables to start and stop without derating. Configured as an axis drive, it applies torque limits, stall detection, and thermal monitoring to an individual motor rather than distributing control across several motors. This arrangement supports accurate motor regulation in multi-axis machinery while allowing each controlled axis to use its own operating parameters. The inverter produces a variable-frequency waveform, enabling the mechanical system to track the required synchronous speed without gear changes or clutch engagement.
