NAE OWP326T-30-6-ODP 30 HP 1200 RPM 326T Frame 230/460/796V 3PH NEMA Design D 60HZ 1.15 S.F. ODP Oil Well Pump Motor Cast Iron Inverter Duty

ADDITIONAL DESCRIPTION # AC Severe Duty Motors The NAE OWP326T-30-6-ODP is a robust and reliable 30 HP electric motor designed specifically for demanding oil well pumping applications. Featuring a 326T frame and operating at 1200 RPM, this motor is built to withstand harsh environments while delivering consistent performance. With its versatile voltage options of 230/460/796V and adherence to NEMA Design D standards, this motor is engineered for exceptional efficiency and durability in severe duty applications. ## Key Features • **Power and Speed**: 30 HP output with a speed of 1200 RPM, optimized for high-performance tasks. • **Frame Size**: 326T frame designed for ease of installation and compatibility with various mounting configurations. • **Voltage Compatibility**: Operates on multiple voltages (230/460/796V), providing flexibility for different electrical systems. • **NEMA Design D**: Ensures high starting torque and efficient operation, ideal for high-load applications. • **S.F. Rating**: 1.15 Service Factor indicates the motor's ability to handle overloads, enhancing reliability and longevity. • **Cooling System**: Open Drip Proof (ODP) construction allows for effective heat dissipation while protecting internal components from moisture. ## Applications • **Oil Well Pumping**: Specifically designed for oil well applications, providing the necessary power and durability for effective pumping operations. • **Industrial Use**: Suitable for various industrial environments requiring heavy-duty motors for demanding tasks. • **Severe Duty Applications**: Ideal for applications involving high loads and rigorous operational conditions in the energy sector. ## Benefits • **Enhanced Durability**: Cast iron construction ensures longevity and resistance to mechanical wear and environmental factors. • **Operational Efficiency**: High efficiency leads to reduced operating costs and lower energy consumption, making it economically advantageous for long-term use. • **Reliability in Harsh Conditions**: Designed to perform consistently in severe duty environments, minimizing downtime and maintenance needs. --- *Product information compiled with AI assistance for reference purposes.*