When it comes to reliable and efficient industrial solutions, the Process Performance Motors stand out as a robust choice for various applications. Designed with precision, these motors cater to the demanding needs of industries that require consistent performance and durability.
The motor operates at a rated voltage of 690Y/415D V and a frequency of 50 Hz, making it suitable for standard industrial electrical systems found in Australia. Its degree of protection is IP55, ensuring that the motor is well-protected against dust ingress and water jets from any direction—ideal for environments where exposure to such elements is common.
Mounting flexibility is provided by its IMB3/IM1001 configuration, allowing seamless integration into existing setups. The motor's dimensions are compact yet substantial with a width of 273 mm, height of 300 mm, and depth of 533 mm. Weighing in at 77 kg, this motor maintains a solid presence without being unwieldy during installation or maintenance.
Constructed from durable cast iron, the motor promises longevity and resilience under tough operational conditions. The frame size adheres to IEC standards at size 132, ensuring compatibility with standardized equipment across different platforms.
Performance-wise, this process performance motor delivers an impressive rated power output of 5.5 kW while maintaining an efficient power factor of 0.9. This efficiency translates into cost savings on energy consumption over time—a crucial consideration for operations focused on sustainability and reducing overheads.
The torque rating stands at 18.2 N-m which supports smooth operation under load variations commonly encountered in industrial settings. Coupled with its speed rating options—2902Y/2909D RPM—the motor provides versatility whether you're focusing on high-speed applications or tasks requiring precise control over rotational dynamics.
Overall, these specifications underscore the reliability and adaptability expected from Process Performance Motors in commercial and industrial landscapes. With their balanced design between power output and energy efficiency coupled with robust construction materials like cast iron—they present themselves as an optimal solution for those seeking dependable performance without compromise on quality or functionality.