16.F5.A1E-34NA KEB
Wake Industrial LLC is not an authorized distributor of this product.
The 16.F5.A1E-34NA drive is manufactured by KEB and is part of the F5 Combivert Axis Drives series. It has a maximum motor power of 20 HP at 230V and features a standard control board. This drive comes with an installed braking transistor and uses housing form factor E.
Internal Product Review
The 16.F5.A1E-34NA is a KEB Combivert F5 axis drive with a standard control board and 20 HP motor capacity. An integrated braking transistor adds practical stopping control, and the E housing format supports clean panel integration for dependable drive performance.
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Product Description:
The 16.F5.A1E-34NA is an electronic axis drive module built by KEB for the F5 Combivert Axis Drives series. As a variable-frequency inverter, it converts three-phase mains power into a controlled output for regulating the speed of induction or synchronous motors in automated machinery. The drive can receive torque, velocity, or positioning commands as part of a multi-axis motion system. Its integrated power and control functions reduce the need for separate soft starters or other external motor-control devices.
The control electronics use a standard board with the basic signal-processing functions needed for general applications. This arrangement supports run, stop, fault, and analog speed-reference signals exchanged with a supervising PLC. The control board forms the interface between these command inputs and the power stage, allowing the inverter to respond to control signals while monitoring operating conditions. The drive has a form factor of E, which establishes its mechanical outline and allows it to be aligned with modules that use the same enclosure format. Its size code of 16 corresponds to the frame arrangement, heat-dissipation area, and terminal layout used for this drive. A built-in braking transistor diverts regenerated energy during rapid deceleration and helps prevent excessive voltage on the DC bus. This function allows the drive to manage energy returned by the motor when a commanded speed reduction causes the connected load to regenerate power.
The power stage supports a continuous motor load of 20 HP when connected to a 230 V mains supply. This power capacity allows the inverter to operate motors used in demanding automated equipment while maintaining controlled acceleration, speed, and deceleration. The drive uses configuration conventions shared across related F5 units, allowing parameter structures and diagnostic methods to remain consistent across a multi-axis installation. Its external housing provides a predictable mounting footprint for enclosure layouts and leaves room for cable routing around the power terminals. Adequate clearance around the housing supports airflow near heat-producing components and helps the drive dissipate thermal energy during continuous operation.
