NAE OWP364T-30-8 30 HP 900 RPM 364T Frame 230/460/796V 3PH NEMA Design D 60HZ 1.15 S.F. TEFC Oil Well Pump Motor Cast Iron Inverter Duty

ADDITIONAL DESCRIPTION # Electric Motors The NAE OWP364T-30-8 is a robust and reliable 30 HP oil well pump motor designed for severe duty applications. Engineered to deliver exceptional performance, this electric motor operates at a speed of 900 RPM and is built on a 364T frame, making it ideal for various industrial uses. With its TEFC (Totally Enclosed Fan Cooled) construction, this motor is not only durable but also suitable for harsh environments where moisture and dust are concerns. ## Key Features • **Power and Efficiency**: 30 HP output with a service factor of 1.15, ensuring optimal performance under demanding conditions. • **Versatile Voltage Options**: Operates at 230/460/796V, allowing for compatibility with various electrical systems. • **NEMA Design D**: Specifically designed to handle high starting torque applications, making it ideal for oil well pumping operations. • **60 Hz Frequency**: Standard frequency for North American electrical systems, ensuring widespread compatibility. • **Inverter Duty**: Suitable for use with variable frequency drives (VFDs), enhancing operational flexibility and efficiency. ## Applications • Ideal for oil well pumping operations and other severe duty industrial applications. • Compatible with various industrial equipment requiring reliable and efficient motor performance. • Designed to withstand challenging environments, including those with high levels of dust and moisture. ## Benefits • **Increased Reliability**: Built with high-quality cast iron construction, ensuring long-lasting durability and minimal maintenance needs. • **Enhanced Performance**: The motor's design allows for high starting torque, making it efficient in heavy-duty applications. • **Operational Flexibility**: The inverter duty capability allows for variable speed operation, optimizing performance based on application requirements. --- *Product information compiled with AI assistance for reference purposes.*