Limited Time Offer U.s. Motors U32p1dfc Three Phase Premium Efficient General Purpose Motor - U32p1dfc Travel Size [35NajRsC]

U.S. Motors U32P1DFC Premium Efficient General Purpose Motor

The U.S. Motors U32P1DFC is a top-tier three-phase motor designed for a wide range of industrial applications. This premium efficient general purpose motor stands out for its exceptional performance and reliability. With a frame size of 56C and a horsepower rating of 1-1/2, it is perfect for various machinery and equipment. Its versatile design allows for both base and face mounting, making it suitable for diverse installation requirements.

• Efficiency rating of 84% ensures optimal energy savings.
• Ball bearings for increased durability and reduced maintenance.

Key Product Properties and Specifications

This motor is equipped with a TEFC (Totally Enclosed Fan Cooled) enclosure, providing excellent protection against environmental elements. The U32P1DFC operates at a service factor of 1.25, ensuring it can handle demanding loads. It features reversible rotation, allowing for flexibility in operation. The motor's insulation class is F, suitable for high-temperature environments.

• Available in three voltage options: 208, 230, and 460 Volts.
• Maximum ambient temperature of 40° C ensures optimal performance in various conditions.

Practical Applications and Target Audience

The U.S. Motors U32P1DFC is an ideal choice for businesses seeking a reliable and efficient motor for their industrial needs. Whether you're operating machinery in manufacturing, construction, or agriculture, this motor delivers the power and performance you need. Its single-speed design and 3505 RPM make it perfect for applications requiring consistent and precise operation.

• Perfect for a wide range of industrial machinery and equipment.
• Targeted towards businesses and professionals in manufacturing and construction industries.

With its robust features and versatile design, the U32P1DFC is a must-have for any operation looking to enhance productivity and efficiency.