AX2526-B200 Beckhoff
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The AX2526-B200 is a digital servo drive produced by Beckhoff as part of the AX Digital Servo Drives series. It delivers a rated output current of 6 Arms and a peak output current of 12 Arms, with a clock frequency of 8 kHz. The drive measures 267 mm in height, 50 mm in width, and weighs 1.7 kilograms.
Internal Product Review
The AX2526-B200 is a Beckhoff digital servo drive that stands out with 6 Arms rated output current and 12 Arms peak output current. An 8 kHz clock frequency and 62.5 µs update rate support precise regulation and responsive servo performance. Quiescent dissipation of 15 W and 40 W dissipation at rated current make the drive a well-balanced choice for efficient motion control integration.
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Product Description:
The AX2526-B200 is a dual-axis servo drive manufactured by Beckhoff as part of the AX Digital Servo Drives series. It converts DC-link energy into controlled three-phase outputs so that synchronous or induction motors follow motion commands issued by industrial controllers. By integrating fieldbus communication and an analog command channel, the unit supports coordinated positioning, torque regulation, and speed control in automated assembly cells, handling modules, and high-speed packaging equipment. Because both axes are housed in one unit, the drive is well suited to compact motion systems that require synchronized operation without adding separate drive hardware for each motor.
The drive can deliver a continuous motor phase current of 6 Arms, while short load peaks are handled with up to 12 Arms for rapid acceleration or deceleration profiles. Its PWM section operates at an 8 kHz carrier, which helps limit current ripple and audible noise. Internal current, velocity, and position loops refresh every 62.5 µs, allowing the controller to correct disturbances before they propagate to mechanical motion. For external set-point commands, the ±10 V differential input is digitized with a 1.25 mV resolution, enabling fine torque or speed references when the axis is driven from analog sources instead of full fieldbus control. This combination of fast loop updates and fine analog input resolution helps the drive respond smoothly to small command changes during dynamic motion.
The magnetic circuit of the connected motor must lie between 7.5 mH and 40 mH, allowing the current regulator to remain stable without excessive switching losses. Thermal management is based on convection, and the control electronics dissipate 40 W under rated load, while only 15 W is lost at quiescent operation, which helps reduce cabinet heating during idle periods. Mechanical integration is supported by a 50 mm width, 267 mm height, and 240 mm depth, and the installation weight is just 1.7 kg. Its narrow housing supports dense side-by-side installation in control cabinets where multiple axes are grouped together. The light overall weight also helps simplify panel mounting in systems that use several drives within a limited enclosure space.
