MS2N04-B0BTN-BMDH1-NNNNE-NN

The Bosch Rexroth Indramat MS2N04-B0BTN-BMDH1-NNNNE-NN from the MS2N Synchronous Servo Motors series features a Winding BT design with a holding brake integrated directly into the frame, ensuring secure load holding when power is removed. This synchronous servomotor supports operation with foreign converters via pulse width modulation and is equipped with a PT1000 temperature sensor for accurate thermal monitoring. The unit’s multiturn encoder provides enhanced feedback resolution up to 6,000 min⁻¹, while its double plug M17 electrical connection simplifies wiring. Designed for continuous S1 duty, this motor delivers smooth torque under varying load profiles without the need for additional shaft seals.

Featuring a robust Operating Class 3K22 coating according to EN IEC 60721-3-3, the MS2N04 motor withstands harsh industrial environments up to a Maximum Ambient Operating Temperature of 40 degrees C and down to Minimum Ambient Operating Temperature of 0 degrees C. It is rated for a Maximum Installation Altitude of 3000 m Above Sea Level without derating, and the built-in disconnection temperature of 145 degrees C protects the stator from overheating. Dual connectors (Number of Connectors: 2) facilitate redundant signal paths and ease of maintenance, while RoHS compliance ensures environmentally responsible materials. Grounding is achieved through the manufacturer’s preassembled cable, eliminating guesswork during installation.

Engineered for reliability and ease of use, the MS2N04 requires storage-interval run-up testing between 800 rpm and 1000 rpm if bearings exceed one year of standby service. The fixed bearing on Side B and high-traction permanent magnets demand careful handling with lifting eyebolts or slings to avoid damage. Commissioning must include removal of transport locks and adherence to VDE tool guidelines for safe assembly. With these features, the MS2N04-B0BTN-BMDH1-NNNNE-NN offers a precision-driven, high-performance solution for presses, conveyors, and multi-axis systems.