MAD130D-0150-SA-S2-EQ0-35-N1

The MAD130D-0150-SA-S2-EQ0-35-N1 from Bosch Rexroth Indramat is part of the high-performance MAD IndraDyn A Motors series, engineered to meet rigorous industrial motion control requirements. This Servo Motor features a robust Motor Frame Size: 130 and a precise Motor Frame Length: D profile for compact installation. Designed with a versatile Mounting Style: Flange and foot mounting, the motor supports secure integration into existing systems. The drive unit employs a Bearing Type: Standard arrangement and a Cooling: Axial fan mechanism to maintain optimal operating temperatures during continuous duty. A high-resolution Encoder Type: Singleturn absolute encoder EnDat2.1 delivers reliable position feedback with 2048 increments per revolution. Power and signal connections are conveniently located on the Connection Side: A-Side and routed through a protected Connection Type: Terminal box, ensuring straightforward wiring and service access.

In operation, the MAD130D-0150-SA-S2-EQ0-35-N1 achieves a consistent Rated Speed: 1500 rpm and utilizes a Winding Code: 0150 to provide stable torque output across the speed range. The design omits a Holding Brake: Without holding brake for lighter weight and reduced inertia, while a precision-machined Shaft Type: whole-key balanced Without shaft seal offers smooth load transmission. Vibration damping meets Vibration Grade: R standards, minimizing mechanical stress on connected components. The servo motor’s advanced cooling arrangement and sturdy construction support continuous operation in demanding environments, and the EnDat2.1 interface ensures deterministic communication with higher-level controls. This combination of features delivers precise motion control for applications requiring rapid acceleration and deceleration cycles.

Reliability is reinforced by a sealed enclosure rated to IP65, safeguarding internal components from dust and water ingress. The motor’s durable aluminum flange and balanced rotor facilitate long service intervals and simple in-field maintenance without complete system shutdown. Integration into existing machine control architectures is seamless, thanks to standardized mounting dimensions and industry-common electrical interfaces. Ideal applications include CNC machining, automated assembly lines, and robotics, where consistent torque delivery and high positioning accuracy are critical. Maintenance personnel benefit from a design optimized for quick inspections and minimal downtime, ensuring maximum productivity and cost efficiency throughout the motor’s lifecycle.