MDD115C-N-010-N2L-130GA0/S031

The Bosch Rexroth Indramat MDD115C-N-010-N2L-130GA0/S031 from the MDD Synchronous Motors series is a high-precision Motor for digital drive controllers featuring a Motor Size 115 frame and a Nominal Speed of 1000 Min for dependable mid-speed automation tasks. It generates a Continuous Torque at Standstill of 47.0 Nm, delivering stable load holding and dynamic start-up performance in indexers, rotary tables, and cobot applications. The integrated Motor Feedback: Digital servo feedback (DSF) provides closed-loop accuracy and immediate fault diagnostics, while the built-in Shaft Seal ensures ingress protection against dust and coolant mist. With a compact Centering Diameter of 130 mm coupled to a robust Housing: Standard, the motor optimizes mounting flexibility in diverse cabinet and inframe systems.

Mechanical interfacing is streamlined by the Shaft Type: Plain shaft output and a Shaft End: Standard (without side B shaft end) configuration, allowing direct coupling to gearboxes and torsional loads. A Connection Type: Connector on Connection Direction: Side A simplifies wiring, supports quick field replacement, and ensures reliable power transmission. The motor’s Motor Length Code: C corresponds to a shortened profile that aids in high-density installations, and its Balancing: Standard reduces vibration at higher speeds to protect downstream bearings. Although this variant is supplied Holding Brake: Without blocking brake, its reinforced rotor construction and sealed assembly maintain smooth operation through frequent stop-and-go cycles.

Designed for seamless integration with Bosch Rexroth digital drives, the MDD115C-N-010-N2L-130GA0/S031 shares uniform mechanical footprints and communication protocols across the MDD Synchronous Motors range, expediting configuration and reducing spare-part inventories. High torque density, advanced servo feedback, and connectorized interfaces minimize cabling complexity and commissioning time. The result is a versatile motor solution delivering precision, durability, and performance consistency in industrial automation.