A paper processing factory operating high-speed cutting and winding equipment was experiencing frequent motor overheating and airflow limitations in its existing drive systems. These issues led to reduced production efficiency and unexpected shutdowns, especially during long operating shifts under constant load.

To address these challenges, the factory upgraded its drive system by installing a Simo motor configured as a DC motor IC01 cooling type. This motor was selected for its open self-ventilated design, which allows effective heat dissipation in controlled indoor environments. The IC01 cooling method ensured stable thermal performance while maintaining reliable speed control for precision-driven equipment.

After installation, the production line achieved smoother operation with consistent torque output and improved speed accuracy. Overheating incidents were significantly reduced, allowing the equipment to run continuously for extended periods. Operators reported better responsiveness during start-up and load changes, which improved overall process stability.

Maintenance efficiency also improved, as the Simo DC motor required fewer interventions and offered easier inspection access. The combination of durable construction and effective cooling helped extend motor service life and reduce operating costs.

This case highlights how a Simo motor with DC motor IC01 design can provide reliable performance, thermal stability, and long-term efficiency for industrial applications that demand continuous operation.

Simo motor Also See

Simo motor

DC motor IC01

super premium efficiency motors