MST291Z-0035-FT-N0RD-S004

MST291Z-0035-FT-N0RD-S004, Bosch Rexroth Indramat, MST Synchronous Torque Motors opens a new standard in high-precision rotary drive systems. This synchronous torque motor features a Winding Code of 35 and a frame Length designation of Z, delivering robust torque density and dynamic response. The motor is equipped with a dedicated stator-cooling jacket designed for Liquid Cooling, ensuring optimal thermal management under continuous operation. Designed for direct-integration into multi-axis systems, this unit upholds the stringent quality and reliability standards synonymous with Bosch Rexroth Indramat.

Incorporating advanced materials and engineering, the motor’s Encapsulation Type is Thermo for enhanced protection against environmental factors. Operating across a wide humidity range—from a Low Absolute Air Humidity During Operation of 1 g/m^3 and Low Relative Air Humidity During Operation of 5% up to a High Absolute Air Humidity During Operation of 29 g/m^3 and High Relative Air Humidity During Operation of 95%—the device maintains performance in varied conditions. The Jacket Type is crafted from aluminum cooling channels that interface with industry-standard coolant loops, and the unit’s overall Motor Size of 291 ensures compatibility with existing drive modules. Continuous monitoring of coolant flow and temperature avoids thermal excursions, while the compact design simplifies cabinet integration.

Seamless integration with Bosch Rexroth Indramat IndraDyn T controllers and feedback systems leverages the motor’s high-bandwidth response for precision positioning and torque control. The robust liquid-cooling architecture and thermally optimized construction deliver exceptional reliability even in demanding manufacturing and robotics applications. As part of the MST Synchronous Torque Motor Series, the MST291Z-0035-FT-N0RD-S004 enables engineers to achieve high-dynamic performance, reduced maintenance intervals, and enduring uptime in automated production lines and high-speed indexing systems.