# Speed Reducers The **Dodge 35Q20LR18WP** is a high-performance speed reducer designed for industrial applications requiring reliability and efficiency. This double solid output shaft model features a 20:1 gear ratio and is engineered to provide optimal torque and speed reduction, making it an essential component in various machinery and mechanical systems. ## Key Features • **20:1 Gear Ratio**: Delivers significant speed reduction for enhanced performance in heavy-duty applications. • **Double Solid Output Shaft**: Ensures robust construction for maximum durability and stability under high loads. • **180TC Flange**: Compatible with standard mounting configurations, simplifying installation in existing setups. • **3.5" Center Distance**: Provides a compact design that minimizes space requirements while maintaining high efficiency. • **White Paint Finish**: Offers corrosion resistance and a clean appearance, ensuring longevity in demanding environments. ## Applications • **Industrial Machinery**: Ideal for use in conveyors, mixers, and other heavy-duty equipment requiring precise speed control. • **Agricultural Equipment**: Perfect for applications involving power transmission in farming machinery. • **Material Handling**: Suitable for automated systems where reliable and consistent speed reduction is critical. • **Compatibility**: Designed to integrate seamlessly with various motor types and existing mechanical systems. ## Benefits • **Enhanced Performance**: The 20:1 gear ratio allows for greater torque output, improving operational efficiency. • **Durability**: Constructed to withstand harsh operating conditions, ensuring long service life and reduced maintenance costs. • **Easy Installation**: The standardized flange and center distance facilitate quick and straightforward installation in various setups. • **Versatility**: Adaptable to multiple applications across different industries, providing flexibility for diverse operational needs. --- *Product information compiled with AI assistance for reference purposes.*