NAE OWP284T-15-6 15 HP 1200 RPM 284T Frame 230/460/796V 3PH NEMA Design D 60HZ 1.15 S.F. TEFC Oil Well Pump Motor Cast Iron Inverter Duty

ADDITIONAL DESCRIPTION # AC Severe Duty Motors The NAE OWP284T-15-6 is a high-performance 15 HP oil well pump motor designed for demanding applications in the oil and gas industry. Built with robust construction and advanced technology, this motor is engineered to deliver reliable performance and exceptional efficiency in severe duty environments. ## Key Features • **Powerful Performance**: 15 HP rating ensures strong and reliable operation for oil well pumping applications. • **High RPM**: Operates at 1200 RPM, providing optimal speed for efficient pumping. • **Versatile Voltage**: Supports 230/460/796V power supply, offering flexibility in various installation scenarios. • **NEMA Design D**: Specifically designed for high-torque applications, ensuring effective performance under load. • **Durable Construction**: TEFC (Totally Enclosed Fan Cooled) design protects the motor from environmental factors, while the cast iron housing provides durability and longevity. • **Inverter Duty**: Suitable for variable frequency drive (VFD) applications, enhancing control and efficiency. ## Applications • **Oil Well Pumping**: Ideal for use in oil extraction and pumping operations, where reliability and performance are essential. • **Industrial Environments**: Well-suited for severe duty applications across various industrial sectors, including mining and heavy manufacturing. • **Compatibility**: Designed to integrate seamlessly with existing oil well pumping systems and equipment. ## Benefits • **Enhanced Efficiency**: The inverter duty capability allows for energy savings and improved operational efficiency through variable speed control. • **Reliability**: Engineered for durability, reducing maintenance needs and downtime in critical operations. • **Safety Features**: Designed with operational safety in mind, ensuring reliable performance in challenging environments. --- *Product information compiled with AI assistance for reference purposes.*