Product Description

The Beckhoff AX2523-B750 servo drive offers a versatile solution for automation applications requiring multi-axis compatibility. As part of Beckhoff's established AX Digital Servo Drive Series, the AX2523-B750 incorporates robust features like convection cooling and an IP20 protection rating into a compact package. With its three amps of continuous output current and operating temperature range of 0 to 40 degrees Celsius, this drive is well-suited to the demands of industrial environments.

A key advantage of the AX2523-B750 is its multi-axis functionality. This multi-axis compatibility allows the drive to control several servo motors simultaneously from a single unit. Such versatility streamlines integration into automated machinery with complex motion requirements. Convection cooling provides effective thermal management without needing fan modules or extensive ventilation. Together with IP20 protection against solid objects, the AX2523-B750 can reliably perform in demanding conditions. At 240 by 240 by 65 millimeters, the AX2523-B750 maintains a small footprint compared to lesser drives. This compact size means it takes up minimal space yet still packs three amps of output current for moving medium loads. Furthermore, its screw terminal connection type facilitates fast wiring installation. The 0 to 40 degree operating temperature range ensures stable operation even in facilities lacking temperature controls.

Axial, radial, and torque control are seamlessly handled by the AX2523-B750's integrated control systems. Advanced motion profiles involving multi-axis coordination present no challenges. Integrated safeties like current and temperature monitoring give users confidence for round-the-clock automation. Automatic parameter setting wizards guide straightforward configuration as well. Additional benefits include five to ninety-five percent non-condensing humidity tolerance and various digital and analog I/O interfaces. Fieldbus connectivity over EtherCAT, PROFINET, or EtherNET/IP integrates the drive into common industrial networks. Compact design still allows for future extensions with optional modules.