MAD180C-0150-SA-S2-HH0-35-N1

The Bosch Rexroth Indramat MAD180C-0150-SA-S2-HH0-35-N1 from the MAD IndraDyn A Motors series by Bosch Rexroth Indramat is a high-performance Servo Motor designed for precision spindle applications in machining centers and automated production lines. It features a Motor Frame Size 180 housing with a robust Motor Frame Length C configuration, providing rigid structural support and excellent thermal dissipation. The unit integrates a Singleturn absolute encoder EnDat2.1 offering 2048 increments for high-resolution feedback, ensuring accurate position control and minimized indexing errors. Optimized for dynamic response, it operates at a Rated Speed of 1500 rpm and incorporates a Standard bearing to support axial and radial loads with high reliability.

Thermal management is achieved through an integrated Cooling Axial fan, maintaining optimal operating temperatures during continuous duty cycles. Electrical connections are simplified via a convenient Terminal box located on the Connection Side B-Side, while the absence of a Holding Brake reduces complexity and mechanical wear in servo-driven axes. Adaptability is ensured by its combined Flange and foot mounting style, allowing direct installation in various spindle assemblies, and a Smooth shaft without shaft seal that facilitates corrosion-free coupling. As a dedicated Servo Motor with Winding Code 0150, it delivers consistent torque generation and low cogging torque for smooth, ripple-free operation across its speed range.

Engineered to withstand high-frequency vibration, the motor meets the Vibration Grade R standard, preserving performance integrity under rapid acceleration and deceleration profiles. Its refined encoder system and robust mechanical design translate into precise speed regulation for demanding processes like milling, turning, and grinding. Together, these features position the MAD180C-0150-SA-S2-HH0-35-N1 as a versatile, high-reliability solution for advanced industrial automation systems requiring repeatable accuracy and robust duty cycles.