Fast Shipping Marathon E765a Premium Efficient General Purpose Motor - E765a In Multiple Colors [opOGHdUP]

Marathon E765A Premium Efficient Motor

The Marathon E765A Premium Efficient General Purpose Motor is a top-tier choice for industrial and commercial applications. This robust motor, with its 50 HP rating and 60 Hz frequency, is designed to provide exceptional performance and reliability. The E765A boasts an impressive efficiency rating of 0.945, ensuring minimal energy loss and maximum productivity. With its continuous duty cycle and ball bearings, this motor is built to handle the toughest operational demands.

• 50 HP motor power for heavy-duty operations
• 0.945 efficiency rating for energy savings
• Continuous duty cycle for continuous operation

Key Features and Specifications

The Marathon E765A is equipped with a 326T frame and features an ODP (Open Dripproof) enclosure, making it suitable for a wide range of environments. This three-phase motor operates at 575 volts and offers a single-speed operation with a reversible rotation. The motor's shaft diameter is 2-1/8" and has a length of 5.25", providing ample room for mounting accessories. With a maximum ambient temperature of 40°C, the E765A ensures stable performance even in challenging conditions.

• 326T Frame for durability and strength
• ODP Enclosure for versatility in various environments
• Reversible rotation for flexible application options

Applications and Benefits

The Marathon E765A is an ideal choice for a variety of applications, including manufacturing, processing, and construction. Its efficient design and robust construction make it a reliable solution for demanding operations. The motor's high service factor of 1.15 ensures that it can handle overload conditions without overheating. With a mounting orientation of horizontal and a base mounting design, the E765A is easy to install and integrate into existing systems. Choose the Marathon E765A for superior performance and peace of mind.

• Wide Range of Applications in various industries
• High Service Factor for overload capabilities
• Easy Installation and integration into existing systems