Product Description

The Bosch Rexroth Indramat MAC063B-0-RS-4-C/095-B-0/WA612XX/S001 permanent magnet synchronous motor delivers robust performance in a compact, lightweight package. As part of the MAC series, it offers an optimal balance of power, efficiency, and reliability for industrial automation applications. This three-phase motor operates on a supply voltage of AC 220V, providing a substantial power output of 1200 watts. The air-cooled design maintains safe operating temperatures without bulky external cooling systems. Weighing just 7 kg, the unit's die-cast aluminum housing makes for easy handling and installation.

With an IP54 rating, the MAC063B-0-RS-4-C/095-B-0/WA612XX/S001 is well-protected from particulate ingress as well as splashing water. This durability allows flexible use in industrial environments with moderate dust and moisture levels. The motor can be oriented in any position without affecting performance. Control capabilities are enhanced by the unit's high-resolution encoder for precise speed and position feedback. The encoder connects via HIPERFACE or EnDat interfaces for plug-and-play integration with Rexroth IndraDrive drives. This enables advanced motion control features like torque control and flying restarts.

The MAC063B-0-RS-4-C/095-B-0/WA612XX/S001 motor is designed for long service life with robust ball bearings, high-grade magnets, and multiple protection features. Rexroth's optimized electromagnetic design minimizes torque ripple for smooth operation free of vibration and noise. With its impressive power density, flexible mounting, and durable IP54-rated design, the MAC063B-0-RS-4-C/095-B-0/WA612XX/S001 motor provides an ideal motion solution. It brings energy efficiency, controllability, and reliability to actuating, unwinding, conveying, pumping, and other productive applications. Integrating a Rexroth MAC motor with IndraDrive drive and control technology unlocks access to advanced networking, diagnostics, and functional safety capabilities. The optimized interplay between components enables efficient machine designs with high flexibility, performance, and cost-effectiveness.