19.F5.MBH-YV1F KEB
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The KEB 19.F5.MBH-YV1F is part of the F5 Combivert Axis Drives series and supports a maximum motor power of 40 HP at 230V. This drive provides a Hiperface encoder interface and a TTL auxiliary signal output type, featuring a housing form factor code H and inverter size code 19.
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Product Description:
The 19.F5.MBH-YV1F is an AC axis drive manufactured by KEB and supplied within the F5 Combivert Axis Drives series. Acting as a variable-frequency inverter stage, it regulates the speed and torque of synchronous or induction motors on coordinated machine axes and provides the closed-loop motion control required in automated production cells. It is intended for applications where accurate motor response, repeatable speed regulation, and feedback-based positioning must be handled within a compact drive package. This type of drive is commonly used where acceleration, deceleration, and synchronized movement must be controlled directly at the machine axis.
The drive’s auxiliary signal port delivers TTL logic levels, so high-speed counters or position controllers can accept pulses without additional level shifting. Feedback from the motor is accepted through a Hiperface interface, which supports automatic encoder identification and absolute position capture at power-up. Overall power handling reaches 40 HP, supporting mid-frame pumps, extruders, or conveyor sections, and the inverter size code of 19 works with the housing form factor code H for cabinet layout and mounting. In the Unit B version, the drive sustains the same output when supplied from 230 V mains, so the low-voltage configuration keeps the same thermal dissipation limits across voltage classes.
The standardized enclosure footprint helps the unit fit distributed control panels without custom adapters, and the layout also supports orderly cable routing where several drives are installed side by side. Within a coordinated system, each axis drive can share a common DC link while still regulating current for its connected motor. This arrangement suits synchronized machinery where several axes must respond together during indexing, speed matching, or position-controlled motion.