MAC063A-0-ES-3-C/095-B-1/S001

The Bosch Rexroth Indramat MAC063A-0-ES-3-C/095-B-1/S001 is a precision-engineered component in the MAC AC Servo Motors series, designed for demanding industrial automation environments. This compact unit delivers a Nominal Motor Speed: 3500 RPM and a Continuous Torque At Standstill: 0.8–2.7 Nm with a corresponding Continuous Current At Standstill: 2.2–5.1 A. The motor’s robust Protection Category: IP65 enclosure is coated with a Prime black coat for corrosion resistance and rated for operation up to Maximum Installation Altitude: 1000 Meters Above Sea Level. With a mass ranging from 3.2–5.3 Kg, the servo motor balances power output with low inertia. Early integration is simplified by standardized mounting dimensions and interface points.

Performance characteristics of the MAC063A-0-ES-3-C/095-B-1/S001 emphasize rapid response and thermal stability. The Torque Constant At 20°C: 0.370–0.53 Nm/A ensures consistent torque production under variable loads, while the Winding Resistance At 20°C: 1.9–9.6 Ohms and Winding Inductance: 2.5–9.1 mH deliver controlled current dynamics. A Rotor Moment Of Inertia: 2.4×10⁻⁴ to 4.8×10⁻⁴ kg·m² provides a low-inertia rotor for high acceleration and deceleration rates. Thermal performance is managed by a Thermal Time Constant: 15–30 Min, allowing predictable temperature rise during continuous operation. The Insulation Classification: F rating ensures dielectric reliability at elevated temperatures. Peak demands are accommodated by a Maximum Peak Pulse Current: 12–27 A, enabling short-duration overload capacity.

Built for long-term reliability, this servo motor features an integrated holding brake capable of up to 3 Nm of torque retention, ensuring safe load holding at standstill. The shaft keyway conforms to DIN 6885 standards for secure coupling to pinions and belt pulleys. Environmental resilience extends from Storage/Transport Temperature: –20°C to +80°C to full operational sealing against dust and water. The combination of high protection, standardized interfaces, and comprehensive technical data simplifies integration with drive controllers such as TDM, KDS, and DSC units. Ideal applications include packaging machinery, textile processing, robotics, and other industrial automation systems where precision, durability, and ease of maintenance are critical.