P14G9244H

The P14G9244H is a three‑phase AC induction motor manufactured by Reliance Electric, designed for general‑purpose and light industrial applications requiring reliable, continuous‑duty operation.

This motor features a 1.5 HP power rating, a nominal speed of 1725–1800 RPM, and a 4‑pole design, optimized for stable performance across typical industrial voltage supplies. The voltage rating is 208–230/460 V, making it suitable for use in both low‑ and medium‑voltage three‑phase distribution systems commonly found in factories, processing plants, and commercial facilities.

Built with a rugged, cast‑iron frame and a standard 145T mounting footprint, the P14G9244H delivers mechanical durability and ease of installation. Its construction includes high‑quality ball bearings, a balanced rotor, and class B insulation, which provide long service life, low vibration, and reliable thermal performance under continuous loads. The motor is designed for horizontal mounting and offers a standard shaft size and keyway for direct connection to pumps, fans, conveyors, and general machinery.

Engineered for efficiency and low maintenance, the P14G9244H features a totally enclosed fan‑cooled (TEFC) enclosure that protects internal windings from dust, moisture, and contaminants, ensuring dependable operation in harsh industrial environments. The external fan provides effective cooling across a wide load range, while the sealed bearings minimize lubrication needs and reduce downtime.

As a standard Reliance Electric motor, the P14G9244H is compatible with a wide range of motor controls, including across‑the‑line starters, variable frequency drives (VFDs), and soft starters, allowing flexible integration into both new and existing automation systems. It is commonly used in material handling, HVAC, water treatment, packaging machinery, and general industrial applications where consistent speed and reliable torque are required.

The P14G9244H is recognized as a reliable, cost‑effective solution in Reliance Electric’s motor lineup, combining robust mechanical design, proven electrical performance, and broad application versatility. It remains a trusted choice for original equipment manufacturers and as a direct replacement for aging motors in legacy equipment, supporting long‑term operational efficiency and reduced maintenance costs.