AX5112-0000-0200 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
The Beckhoff AX5112-0000-0200 is a servo drive from the AX Digital Servo Drives series with a nominal output current of 12 Amps and a peak output current of 26 Amps. It offers 8 digital inputs and supports a DC link capacitance of 940 microfarads with a maximum DC link voltage of 875 VDC. The drive has an external brake power of 23.5 kW and measures 317.70 mm in height, 232 mm in depth, and 92 mm in width.
Internal Product Review
The AX5112-0000-0200 is a Beckhoff digital servo drive with 12 A nominal output current and 26 A peak output current. An 875 VDC max DC link voltage and 18 kA short-circuit rating support dependable performance in demanding motion applications, making this unit a strong choice for precise axis control.
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Product Description:
The AX5112-0000-0200 is a single-axis servo drive produced by Beckhoff within the AX Digital Servo Drives series. It converts a three-phase mains supply into a regulated output that commands brushless or induction motors used in automated production cells and similar machinery. Integration into EtherCAT-based motion systems allows coordinated positioning, while the drive’s internal DC link stores regenerative energy for recycling to the bus or dissipation through braking elements. The unit forms the central power and control interface between the plant controller and the mechanical axis during normal operation.
Its power section supplies 12 A continuously and can surge to 26 A for short intervals, supporting fast traverse moves and short acceleration demands. A parameter-selectable limit can reduce current to 0.5 A during testing. The intermediate energy store is a 940 µF capacitor bank inside the DC link, which may rise to 875 VDC during back-feeding events. Under nominal 400 VAC input, the drive handles 8.3 kVA of apparent power while dissipating 160 W of thermal losses through the integrated fan duct. Eight digital inputs accept limit switches or drive-enable commands, and a 1 A auxiliary supply powers external position sensors, simplifying field wiring.
During motor braking, the internal resistor can absorb 90 W, and connection of an external element rated at least 30 Ω raises the allowable dissipation to 23.5 kW. Protective hardware tested at 18 kA withstands upstream short-circuit events without compromising the bus capacitors. Cabinet layout is assisted by the slender 92 mm frame. The housing also has a depth of 232 mm and a height of 317.70 mm, which supports high-density stacking on DIN rails. The housing dimensions and selectable brake network suit applications that must control high-inertia loads in confined electrical enclosures.
