17.F5.A1H-YUC2 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 17.F5.A1H-YUC2 is part of the F5 Combivert Axis Drives series and features a standard control board. Rated for a maximum motor power of 25 HP, it comes equipped with an integrated braking transistor and uses a housing form factor code H, with inverter size code 17.
Internal Product Review
The 17.F5.A1H-YUC2 is a KEB Combivert F5 axis drive with a standard control board and an installed braking transistor. Rated for 25 HP motor power, the unit presents a capable option for demanding axis control duties. The H form factor supports clean cabinet integration and rounds out a strong motion control package.
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Product Description:
The 17.F5.A1H-YUC2 is an AC axis inverter produced by KEB for the F5 Combivert Axis Drives series. Intended for single-axis speed and torque control, the drive converts three-phase mains power into variable-frequency output so induction or synchronous motors can operate in automated machining cells, conveyors, and process lines. When paired with an upstream PLC, the device processes motion commands with millisecond accuracy in decentralized control cabinets. This arrangement allows the inverter to regulate connected motors according to programmed production sequences and changing load conditions.
The inverter is built on the Size Code 17 mechanical frame, which establishes the mounting pitch and supports the current capacity of its power stage. Within this chassis, the control electronics use a standard board that provides the base I/O, analog references, and fieldbus interfaces without optional extensions. Rated output reaches 25 HP at 400 V when the connected machine operates from the corresponding mains supply. The same thermal design supports 25 HP at 230 V under Unit B wiring, providing flexibility across different supply networks. The housing follows form factor code H, indicating a tall, narrow outline that fits densely populated control enclosures. This frame combines the required cooling area with a compact cabinet footprint for midrange motor applications.
The factory-installed braking transistor diverts regenerated energy to an external braking resistor during rapid deceleration, helping prevent DC-bus overvoltage. Integrated diagnostics use consistent parameter names and service tools across the Combivert F5 platform. Common motor models, cables, and keypad accessories support integration into multi-axis lines without requiring different connection methods for each controlled axis. Thermal sensors monitor operating temperature, while current limits protect the power stage when acceleration or load demand rises. Dynamic braking logic manages regenerated energy during demanding duty cycles so the inverter can remain within its component operating limits. These protective functions work independently of the connected PLC while still reporting relevant drive status through the available control interfaces.
