MAD180D-0150-SA-S2-FH0-35-N1

MAD180D-0150-SA-S2-FH0-35-N1, Bosch Rexroth Indramat, MAD IndraDyn A Motors series servo motor features a robust Motor Frame Size of 180 and a Motor Frame Length designation of D to deliver precise motion control in demanding industrial settings. The Product Type is a high-torque Servo Motor engineered for continuous operation, rated at 1500 rpm and wound to code 0150 for optimized magnetic performance. This model omits a holding brake (Holding Brake: Without holding brake) to streamline integration where external braking solutions are preferred. An aerial-cooled axial fan (Cooling: Axial fan) maintains nominal operating temperatures, ensuring dependable thermal management under peak loads.

Incorporating a Singleturn absolute encoder EnDat2.1 provides deterministic feedback with <highest resolution position sensing for closed-loop servo applications, while the smooth shaft without seal (Shaft Type: Smooth shaft Without shaft seal) simplifies coupling to drivetrain components. The drive end features an A-side Connection Side routed through a sealed Connection Type: Terminal box for secure power and feedback wiring. Standard bearings (Bearing Type: Standard) deliver long service life, and the Vibration Grade: R classification ensures minimal runout and vibration across the speed range. Dual mounting options (Mounting Style: Flange and foot mounting) allow easy alignment on both rotary and linear axes setups, while the rigid housing meets industrial shock and vibration standards.

Engineers value the compact footprint and modular design for seamless integration into multi-axis systems and robot joints, reducing cabinet real estate and installation complexity. The combination of robust bearing technology, precise EnDat2.1 feedback, and efficient axial-fan cooling drives reliable performance in packaging, machine tools, and automated assembly lines. Bosch Rexroth Indramat’s MAD180D-0150-SA-S2-FH0-35-N1 balances high dynamic response with industrial-grade durability, delivering low maintenance costs and maximum uptime in demanding motion-control environments.