Compact Marathon 3 Phase Premium Efficient Close Coupled Pump Motor - Gt3007 65% Off - Today Only [pdQ6myzC]

Marathon 3 Phase Premium Efficient Close Coupled Pump Motor

Introducing the Compact Marathon 3 Phase Premium Efficient Close Coupled Pump Motor - Gt3007 65% Off - Today Only [pdQ6myzC], a top-tier solution for your industrial and commercial pumping needs. This high-performance motor combines efficiency and reliability, making it an ideal choice for a wide range of applications. With its robust design and advanced features, the GT3007 delivers exceptional performance, ensuring smooth and consistent operation.

Key Product Properties and Specifications

Featuring a 2 HP motor with a 1760 RPM, the GT3007 is designed to handle demanding tasks with ease. This efficient motor operates at 200 Volts and 6.9 Amps, providing reliable performance in various environments. The 3 Phase design ensures balanced operation, while the TEFC (Totally Enclosed Fan Cooled) enclosure offers maximum protection against dust and moisture. Key specifications include a 145JMV frame, ball bearings for reduced friction, and an 86.5% efficiency rating. The motor also boasts a reversible rotation and a single-speed operation, making it versatile for different applications.

Practical Applications and Benefits

Whether you're using the Marathon 3 Phase Premium Efficient Close Coupled Pump Motor in water treatment plants, irrigation systems, or industrial processes, this motor is a reliable workhorse. Its continuous duty cycle and maximum ambient temperature of 40° C make it suitable for a wide range of environments. The GT3007's F insulation class ensures long-lasting performance, while the 1.15 service factor provides additional safety margin. With shaft diameters of 7/8", 1", and 1-5/32", and a shaft length of 4.25", this motor can be easily integrated into your existing systems. Experience the benefits of this premium motor in your daily operations, and enjoy the peace of mind that comes with Marathon's reputation for quality and durability.