Last Chance Hera55as 10.77 (32) 1.188 Hera High Efficiency Right Angle Gear Drive + Free Return [Ds6d3M9X]

HERA55AS 10.77 (32) 1.188 HERA Right Angle Gear Drive

The Last Chance Hera55as 10.77 (32) 1.188 Hera High Efficiency Right Angle Gear Drive + Free Return [Ds6d3M9X] is a versatile and powerful solution designed to meet the demanding needs of various industrial applications. With its exceptional 90% efficiency and up to 2x torque, this gear drive is a perfect fit for systems requiring high performance and reliability. Its innovative design allows it to replace up to twelve sizes of worm speed reducers with just four different sizes, making it an ideal choice for a wide range of machinery and equipment.

Key Features and Specifications

Featuring a robust cast iron housing, the HERA55AS is built to withstand harsh industrial conditions. The rolling action gearing, which includes both helical and hypoid gears, ensures smooth and efficient power transmission. Enhanced with over-sized bearings and Viton® seals, this gear drive offers superior durability and reduced maintenance requirements. Additionally, it is factory lubricated with a food-grade synthetic lubricant - USDA H1, providing long-lasting performance and peace of mind. The HubLoc® keyless bushing system, available on hollow output bore HERA gear drives, offers convenience and ease of installation.

Applications and Benefits

The HERA55AS gear drive is an invaluable addition to a wide array of industrial and commercial applications, including food processing, pharmaceuticals, packaging, and more. Its high efficiency and wide range of replacement options make it a versatile choice for any equipment requiring right angle drives. By replacing outdated or inefficient worm speed reducers, users can enjoy significant improvements in performance, energy savings, and overall equipment longevity. This gear drive is the ideal solution for professionals seeking a reliable, high-performance gear drive that delivers exceptional results in both daily operations and critical processes.