Boston Gear WA738-3600E-G 3600:1 double reduction worm gear speed reducer with 3.8" center distance. Cast iron 700 Series housing with left side solid output shaft and 1.625" output bore diameter. Input shaft diameter is 0.625".

Speed Reducers The Boston Gear WA738-3600E-G is a high-performance worm gearbox designed for applications requiring precise motion control and significant torque reduction. With a robust double reduction ratio of 3600:1, this speed reducer efficiently manages high-speed inputs to deliver reliable output for a variety of industrial applications.

Key Features

• Double Reduction Gear Ratio: Offers a substantial 3600:1 reduction, ensuring effective torque multiplication and speed control.
• Center Distance: Features a compact center distance of 3.8 inches, facilitating easy integration into existing systems.
• Input Specification: Designed for an input diameter of 0.625 inches, compatible with standard motor outputs.
• Output Bore/Shaft Diameter: Includes a solid output shaft with a diameter of 1.625 inches, providing robust support for heavy loads.
• Output Orientation: Configured as a left-side solid output shaft, ideal for specific application layouts.

Applications

• Food Processing: Perfect for conveyors and mixers where precise speed control and reliability are essential.
• Material Handling: Suitable for automated systems requiring durable performance under continuous operation.
• Packaging Equipment: Ideal for machines needing efficient motion control in the packaging process.
• Pharmaceutical Industry: Designed to meet stringent hygiene standards and reliability in critical environments.

Benefits

• Enhanced Performance: The high gear ratio allows for effective speed reduction without compromising on torque, ensuring smooth operation under load.
• Durability and Reliability: Engineered with high-quality materials, the WA738-3600E-G provides long-lasting performance, reducing maintenance needs.
• Versatile Compatibility: Its design accommodates various input and output configurations, making it adaptable to numerous applications across different sectors.