NAE OWP286T-20-6 20 HP 1200 RPM 286T 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 OWP286T-20-6 is a high-performance electric motor designed specifically for demanding applications, particularly in the oil and gas industry. This 20 HP motor operates at 1200 RPM and is built on a robust 286T frame, ensuring both reliability and efficiency in severe duty conditions. ## Key Features • **Power and Efficiency**: Operates at 20 HP with a speed of 1200 RPM, providing optimal performance for heavy-duty applications. • **Voltage Compatibility**: Designed to operate at 230/460/796V, ensuring versatility for different power supply configurations. • **Phase and Frequency**: Three-phase operation at 60Hz ensures consistent power delivery and efficiency. • **Service Factor**: Features a 1.15 service factor, allowing for occasional overloads without compromising performance. • **Construction**: Built with a cast iron housing for durability, the motor is TEFC (Totally Enclosed Fan Cooled) to protect against environmental factors and ensure longevity. ## Applications • **Oil Well Pumping**: Specifically engineered for oil well applications, providing reliable power for fluid movement and extraction. • **Heavy-Duty Industrial Use**: Ideal for other severe duty applications in industries such as mining, manufacturing, and chemical processing. • **Compatibility**: Compatible with various inverter systems, enhancing operational flexibility and efficiency. ## Benefits • **Enhanced Reliability**: Designed for rigorous conditions, ensuring long operational life and reduced downtime. • **Operational Efficiency**: The inverter duty capability allows for precise speed control and energy savings, translating into lower operational costs. • **Durable Design**: The cast iron construction and TEFC design provide superior protection against dust, moisture, and contaminants, ensuring optimal performance in harsh environments. --- *Product information compiled with AI assistance for reference purposes.*