MAC063A-0-ES-4-C/095-A-1/WA608XX

MAC063A-0-ES-4-C/095-A-1/WA608XX, Bosch Rexroth Indramat, MAC AC Servo Motors offers a compact and robust solution for precision motion control in industrial automation. Designed around an AC Servo Motor architecture, this model delivers reliable dynamic response through its Incremental Encoder feedback system and natural convection cooling method. The frame’s 063 size and A design code reflect a balance of power density and mechanical compatibility, while the winding code ES ensures consistent electromagnetic performance. Every aspect of the MAC063A-0-ES-4-C/095-A-1/WA608XX underscores meticulous engineering and long-term operational stability.

This servo motor integrates a range of critical technical specifications to meet demanding automation requirements. The Frame Size: 063 provides a versatile footprint that fits standard flanges coded C for seamless assembly into existing machine architectures. The Windings Code: ES grants optimized thermal characteristics, while the Design Code: A identifies the specific internal rotor–stator configuration. A Feedback: Incremental Encoder delivers high-resolution position data, supporting motion algorithms with minimal latency. Natural convection (Cooling Code: Natural convection) removes excess heat without added mechanical components, reducing maintenance and eliminating fan-induced contaminants. The Length Designation: 0 signals a compact motor length for installations where axial clearance is limited.

Engineers will appreciate how easily the MAC063A-0-ES-4-C/095-A-1/WA608XX integrates into multi-axis systems, leveraging its standard flange interface and encoder connectivity for plug-and-play alignment. With no moving cooling parts, its service life extends significantly, and the motor’s consistent thermal profile preserves bearing and winding integrity. Overall, this Bosch Rexroth Indramat servo motor promises precise, reliable performance across a broad spectrum of industrial automation applications, from robotics to packaging and beyond.