# Speed Reducers The Dodge SS20Q12L56 is a high-performance solid output shaft designed for effective speed reduction in various industrial applications. This left side solid output shaft is engineered with precision to deliver optimal performance while maintaining durability and reliability. Its robust construction and advanced engineering make it an essential component for achieving efficient power transmission. ## Key Features • **12:1 Gear Ratio:** Optimized for effective torque multiplication and speed reduction, ensuring that machinery operates at peak efficiency. • **Solid Output Shaft:** Constructed for strength and stability, providing reliable performance even under heavy loads. • **56C Flange Design:** Features a standard flange that allows for easy integration with various systems, ensuring compatibility across a wide range of applications. • **2" Center Distance:** Provides precise alignment and spacing, crucial for proper installation and function in machinery setups. • **Uncoated Finish:** The absence of paint enhances the shaft's durability while reducing potential for wear and tear in demanding environments. ## Applications • **Industrial Machinery:** Ideal for use in conveyor systems, packaging machines, and agricultural equipment where speed reduction is critical. • **Automotive Applications:** Perfect for performance vehicles requiring enhanced torque and power management in drivetrain systems. • **Material Handling:** Suitable for applications that involve heavy lifting and movement, ensuring efficient operation in warehouses and manufacturing. ## Benefits • **Enhanced Performance:** The 12:1 ratio allows for significant torque enhancement, which is crucial in high-demand applications. • **Durability and Reliability:** The solid construction and quality engineering ensure that the output shaft withstands rigorous operational conditions. • **Easy Installation:** The standardized flange and center distance facilitate straightforward integration, minimizing downtime during installation. --- *Product information compiled with AI assistance for reference purposes.*