12.F5.A1D-Y0BA KEB
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The KEB 12.F5.A1D-Y0BA belongs to the F5 Combivert Axis Drives series and is equipped with a standard control board and a braking transistor. It supports a maximum motor power of 5 HP and features an LCD operator interface with Serial and CAN communication.
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Product Description:
The 12.F5.A1D-Y0BA is an adjustable-speed axis drive produced by KEB for the F5 Combivert Axis Drives series. Within an automation cell, it converts fixed three-phase mains power into a modulated output that controls compatible induction or servo motors. Closed-loop velocity and torque control support coordinated motion in conveyors, material-handling tables, gantries, and other automated machinery. The drive regulates motor output in response to control commands and feedback, allowing an axis to maintain the requested motion as operating loads change.
The unit includes a Standard Board with the baseline I/O and encoder channels needed for common positioning tasks. Its power stage uses inverter size code 12, which corresponds to the cooling surface and semiconductor capacity provided by this frame. The drive supports motors rated up to 5 HP when operated from the appropriate supply voltage. An integrated braking transistor directs regenerated DC-link energy to an external resistor during rapid deceleration, helping control bus voltage as the motor returns energy. Local setup and diagnostics are available through the front-mounted LCD Operator with Serial/CAN interface. The display provides panel-based menu navigation, while its communication connections allow remote parameter access and control-system integration without requiring a separate operator module.
The drive uses layout variant B, which is the second mechanical arrangement offered for this platform and establishes the connector positions used during panel installation. Its electrical and thermal interfaces support installation with compatible drives in mixed-power cabinet arrangements without additional adapters. The control implementation retains the safety behavior associated with this configuration while providing the expected axis-control functions. Its parameter map and diagnostic structure match earlier releases, supporting consistent software integration across multiple machine generations without changing the established control workflow.
