MST530C-0010-FT-N0CN-NNNN

The Bosch Rexroth Indramat MST530C-0010-FT-N0CN-NNNN from the MST Synchronous Torque Motors series exemplifies a high-torque synchronous motor designed for continuous-duty industrial applications. Featuring a 530-frame size and a C-length design, this motor delivers robust structural integrity and a torque capacity tailored to demanding environments. Its 0010 winding type ensures efficient power utilization and stable torque output under variable loads. Equipped with a liquid cooling system, the MST530C-0010-FT-N0CN-NNNN maintains optimal thermal performance during extended operation.

Incorporating a stator-cooling jacket encapsulation (T) and liquid cooling mode (F), this motor excels at heat dissipation, minimizing thermal stress on internal components. The electrical connection is routed through the stator end with an enlarged exterior diameter (CN), reducing electrical resistance and safeguarding against voltage fluctuations in high-current scenarios. Notably, the motor operates without an integrated encoder (N0), allowing flexibility for external feedback devices or applications that do not require onboard position sensing. The design omits additional customizations (NNNN), simplifying installation and reducing potential failure points. These technical specifications combine to create a reliable, high-efficiency motor well suited to heavy-duty tasks.

Built for seamless integration, the MST530C-0010-FT-N0CN-NNNN offers broad compatibility with external monitoring and control systems, supporting diverse industrial automation architectures. Its rugged construction and advanced cooling jacket extend service life by mitigating wear, while the liquid cooling configuration enhances energy efficiency by maintaining consistent operating temperatures. Although no formal certification standards are specified, the motor’s design inherently addresses typical industrial requirements for durability and reliable thermal management. Ultimately, this synchronous torque motor provides significant benefits in industrial applications, including reduced downtime, stable torque delivery, and long-term operational efficiency essential for automated production lines and high-power machinery.