355 kW power and 1000 RPM electric motors are asynchronous motors specifically designed for heavy industry and high-power industrial applications. The low-speed design enables high torque output and superior performance in transporting heavy loads. These features make them ideal for pumps, fans, compressors, conveyor systems, and large production machinery, providing reliable and continuous operation.

Technical Features and Construction

The 355 kW 1000 RPM motors operate on a three-phase power supply and are built to withstand harsh industrial conditions. The motor body is robust and rigid, with IP55 or IP56 protection class, ensuring resistance to dust and water for long-lasting performance in demanding environments.

The cooling system, equipped with fan-assisted IC411/IC416 cooling, prevents overheating and maintains high efficiency during continuous operation. Flexible mounting options, such as B3 horizontal or B5 flange, allow adaptation to different plant layouts.

Performance and Efficiency

The low-speed 355 kW motors deliver high torque and are resistant to sudden load changes. Their energy-efficient design reduces operating costs and provides long-term energy savings. Manufactured according to IEC and ISO standards, these motors meet international quality requirements.

Applications

  • Cement industry

  • Mining and steel production

  • Chemical industry

  • Water treatment facilities

  • General heavy industrial applications

The low-speed design ensures reliable and uninterrupted operation in heavy-load applications. Low maintenance requirements reduce downtime and increase production continuity.

Advantages

  • High torque capacity for handling heavy loads

  • Reliable, long-lasting performance at low speed

  • Energy-efficient design reduces operating costs

  • Flexible mounting and durability in harsh industrial environments

  • Manufactured according to international standards

Conclusion
The 355 kW 1000 RPM electric motors provide reliable, long-lasting, and high-performance solutions for heavy industry and high-power applications. They increase production efficiency while optimizing energy and maintenance costs, making them an ideal choice for demanding industrial operations.