The Three-Phase JM Close-Coupled Pump Motor is a robust and efficient motor designed specifically for pump applications, offering distinct advantages over standard motors in its category. This motor features a close-coupled design that integrates seamlessly with pump systems, reducing alignment issues and space requirements. With a horsepower range of 1HP to 10HP and options for 2P and 4P poles, it provides flexibility for various industrial needs. Constructed from rolled steel for enhanced durability, it includes a TEFC enclosure and IP44 rating, ensuring reliable operation in harsh environments. Compared to other motors, it stands out through its high service factor of 1.15, F-class insulation with UL approval, and certifications such as CSA, CUS, UL, EPACT (CC), and EEV, which validate its energy efficiency and safety compliance. These attributes make it a preferred choice for applications demanding consistent performance and reduced maintenance.
Attractive Points: This motor offers a high service factor (1.15), allowing for brief overloads without compromising lifespan. It also carries multiple international certifications (such as UL, CSA, and EEV) ensuring global market compatibility and energy efficiency standards.
Features:
Power Range: 1HP to 10HP, covering a wide range of application requirements.
Pole Options: 2P and 4P, supporting various speed and torque configurations.
Frame Sizes: 140JM, 180JM, and 210JM, constructed of rolled steel for enhanced structural strength and corrosion resistance.
Design Standard: NEMA B design, ensuring smooth starting and operation.
Insulation Class: Class F (UL certified), providing high-temperature resistance and long life.
Enclosure: TEFC construction and IP44 rating, dust- and splash-proof, suitable for harsh industrial environments.
Applications: Suitable for various pump systems, such as centrifugal pumps, irrigation pumps, and industrial water treatment equipment, providing efficient power transmission and reliable operation, meeting the needs of manufacturing, agriculture, and municipal engineering.