MAC112B-0-GD-4-C/180-B-1/WA605XX/S012

The MAC112B-0-GD-4-C/180-B-1/WA605XX/S012 servo motor by Bosch Rexroth Indramat is part of the renowned MAC AC Servo Motors series, offering a robust solution for demanding motion control applications. This AC Servo Motor: MAC delivers a continuous torque: 16 Nm and operates with a current: 41 A draw at standstill, providing substantial reserve for peak loads. With a compact Motor Size: 112 and Motor Length: B, it balances power density and installation flexibility. The unit weighs weight: 36 Kg, ensuring a stable mounting without excessive inertia on supporting structures. Natural convection cooling via Cooling Type: Natural Convection maintains optimal thermal performance in enclosed or restricted airflow environments.

Performance characteristics are enhanced by a precision encoder: tacho feedback incremental/absolute, delivering high-resolution speed and position feedback for closed-loop control. The integrated holding brake: Standard with 45 Nm torque engages in clamping delay: 30 ms, enabling rapid hold and release sequences critical for precise positioning. Electrical dynamics benefit from a winding inductance: 1.2 mH, which, combined with the motor’s robust windings, yields smooth current response and minimal ripple. Power is routed through the power connection: side B interface, simplifying cable management and enhancing serviceability. The motor’s feedback and brake functions are coordinated to optimize cycle times and minimize overall system latency.

Designed for reliability in harsh industrial environments, the MAC112B-0-GD-4-C/180-B-1/WA605XX/S012 meets protection class: IP65 standards, guarding against dust ingress and water spray. It maintains stable operation across a temperature: 1 to 40 degrees centigrade range, ensuring consistent performance in variable ambient conditions. The durable housing with prime-coated finish resists corrosion and wear, reducing maintenance intervals and extending service life. Integration with existing Bosch Rexroth drive systems and advanced PLC platforms is seamless, allowing rapid commissioning and intuitive diagnostics. Typical applications include robotic assembly, CNC machine tool spindles, pick-and-place systems, and any automation process requiring high torque at low speeds coupled with compact design and reliable holding brake performance.