SE-D1.010.030-14.007

The Bosch Rexroth Indramat SE-D1.010.030-14.007 is a precision industrial servo motor from the SE Synchronous Servo Motors series, designed for demanding automation environments. It accepts an Input Voltage of 120-240 VAC and operates at an Operating Frequency of 50/60 Hz, delivering reliable power in variable supply conditions. The motor draws a Rated Current of 10 A under continuous load, with a Nominal Speed of 3000 rpm for consistent motion control. Its robust enclosure meets Protection Class IP65, ensuring full protection against dust ingress and low-pressure water jets. Early integration with Bosch Rexroth inverters such as the T(A) or TC series allows seamless commissioning and avoids compatibility issues. With an Insulation Resistance exceeding 100 MΩ, this servo motor lays the foundation for long-term reliability.

Performance characteristics of the SE-D1.010.030-14.007 emphasize dynamic response and torque precision. The motor achieves a Static Torque of 1.0 Nm and a Maximum Torque of 3.6 Nm for peak load handling, supported by a Torque Constant of 1.00 Nm/A. Its rotary winding exhibits a Winding Inductance of 91.4 mH and Winding Resistance of 67.4 Ω, finely tuned to deliver smooth current transitions. Dynamic responsiveness is characterized by an Electronic Time Constant of 1.36 ms and a Mechanical Time Constant of 5.1 ms, while a rapid Ramp-up Time of 12 ms enables fast acceleration to rated speed. The combination of low moment of inertia and precise tacho feedback ensures high-fidelity positioning and minimal overshoot, even under rapid load changes.

Designed for harsh industrial settings, the SE-D1.010.030-14.007 incorporates a Dielectric Strength rating of 2 kV AC and integrated thermistor monitoring for thermal protection. This brushless, permanent-magnet excited motor features maintenance-free operation and can be fitted with a touch guard to prevent contact with high surface temperatures. Coupled with Bosch Rexroth’s drive ecosystem, the servo motor supports advanced features such as overload detection, auto-tuning, and vibration damping. Ideal applications include CNC machining, packaging systems, robotic assembly, and other automated processes where precision, resilience, and integration flexibility are paramount.