23.F5.A1R-94-A KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 23.F5.A1R-94-A is part of the F5 Combivert Axis Drives series and is equipped with a standard control board. This drive features a braking transistor and supports a maximum motor power of 100 HP at 230V, with housing form factor code R and inverter size code 23.
Internal Product Review
The 23.F5.A1R-94-A is a KEB Combivert F5 axis drive with a standard board and an integrated braking transistor. A 100 HP motor power rating gives the drive strong range for higher-demand motion systems, making the unit a very capable choice.
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Product Description:
The 23.F5.A1R-94-A is an AC axis inverter manufactured by KEB for the F5 Combivert Axis Drives series. The module functions as a variable-frequency power stage that links PLC motion commands to motors used on conveyors, hoists, and coordinated machine axes. It can operate with three-phase induction or synchronous motors, allowing it to serve a range of industrial motion applications. By modulating output voltage and frequency, the inverter provides precise speed, torque, and position control as operating demands change. This regulated output allows connected equipment to accelerate, run at a commanded speed, and decelerate under controlled conditions.
The drive includes a standard board, which provides the base set of I/O terminals and parameter memory required for standalone or networked operation. Its continuous output capability supports motors rated for 100 HP at 230 V, although operation at this voltage requires greater current from the upstream electrical equipment than a comparable higher-voltage installation. The enclosure uses form factor R, with a heat sink and busbar arrangement designed for matching R-frame cabinet rails and line reactors. A factory-installed braking transistor manages energy returned during load deceleration, helping prevent excessive DC-bus voltage without a separate chopper module. The inverter uses size designation 23, which establishes the associated power-terminal arrangement, cooling surface, and airflow needs for this frame. These cooling provisions must remain unobstructed so heat can move away from the power electronics during sustained operation.
The Combivert F5 product tag indicates the parameter structure and option-card format used by this inverter. Compatible option cards can connect the unit to networked controls or expand its available I/O when the base interface does not provide enough connections for an application. Drives using the same F5 architecture can work with related parameter files, supporting consistent setup across linked motion equipment. The inverter can also operate alongside servo amplifiers, regenerative converters, and DC-linked drives in automation cells where several axes share commands or power resources. In hoist applications, its controlled deceleration capability helps manage returning energy as a suspended load slows, while conveyor applications can use the regulated output to maintain stable motion as material demand changes.