14.F5.A1E-15-A KEB
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The KEB 14.F5.A1E-15-A is part of the F5 Combivert Axis Drives series and features a standard control board. It offers a maximum motor power of 10 horsepower at 230V and includes a built-in braking transistor. This drive has a housing form factor code E and an inverter size code of 14.
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Product Description:
The 14.F5.A1E-15-A axis drive is produced by KEB for the F5 Combivert Axis Drives series. Designed as a field-mounted inverter, it links an automation controller with a servo or induction motor and supplies the controlled voltage and frequency required for coordinated motion. Inside a machine cell, the drive translates speed or torque commands into electrical output, allowing precise axis positioning without mechanical speed changers in distributed conveyor modules and pick-and-place gantries. This arrangement places motor control close to the driven equipment while supporting centralized motion commands from the automation system.
A control section built around the Standard Board provides the basic I/O and parameter set used for general-purpose motion. The drive supports up to 10 HP of motor power, and its power stage, cooling path, and current sensors accommodate medium-duty axes such as small extruders or conveyor zones. The housing code E indicates the mechanical outline and mounting-hole arrangement used for installation in compatible switchgear layouts. A factory-installed braking transistor dissipates regenerated energy through a suitable braking resistor during rapid deceleration, eliminating the need for a separate chopper card. Internally, the power stack uses size code 14, which corresponds to the semiconductor capacity and heat-sink arrangement used within the F5 platform. These components allow the drive to regulate motor output while managing the electrical and thermal demands of repeated acceleration and deceleration cycles.
The device operates from 230 V mains under the performance designation Unit B. This designation establishes the applicable installation requirements, including permissible conductor cross sections and the required fuse sizes for protecting the input stage. The input voltage also provides the reference used for motor scaling and drive parameterization when identical units operate in the same control panel. Correct conductor and fuse selection helps protect the supply connection from excessive current during faults. Consistent voltage settings allow the controller to apply equivalent motor parameters across coordinated axes without changing their expected speed and torque relationships.
