MAC063B-0-JS-1-C/095-A-1/-I00500/S104

The Bosch Rexroth Indramat MAC063B-0-JS-1-C/095-A-1/I00500/S104 from the MAC AC Servo Motors series is a high-performance AC Servo Motor: MAC designed for precision motion control applications. Featuring a compact Motor Size: 63 frame and a robust Motor Length: B, this unit delivers reliable torque density in a small envelope. The motor’s power interface is secured via the Power Conection: Side A, ensuring straightforward integration with three-phase drive systems. Equipped with a Cooling Type: Natural Convection design, the motor maintains optimal thermal conditions without auxiliary fans, making it ideal for cleanroom or low-noise environments.

Reliability is built in with a Blocking Brake: Standard electrically actuated brake that holds the axis securely at rest and prevents drift during power loss. A precision Encoder: Standard Mounting feedback system guarantees accurate position and speed control, supporting closed-loop performance to within arc-minute resolution. The permanent magnet rotor design minimizes inertia and maximizes dynamic response, while the natural convection cooling path dissipates heat through the housing to ambient air. All components meet stringent Bosch Rexroth Indramat quality standards and are rated for continuous operation under normal load profiles.

Installation and integration are simplified by the motor’s standardized flange dimensions and keyway-equipped shaft, which align directly with industry-standard couplings and bearings. The MAC063B-0-JS-1-C/095-A-1/I00500/S104 is suitable for machine tools, packaging lines, textile equipment, and printing presses where precise speed regulation and repeatable positioning are essential. Each unit is factory-tested under full electrical load and mechanical blocking conditions to validate brake engagement, encoder output, and thermal stability. Comprehensive documentation and part traceability support seamless commissioning and maintenance, making this servo motor a dependable choice for demanding automation systems.