# Dodge SS26A20R56 Speed Reducer The **Dodge SS26A20R56** is a high-performance speed reducer designed for industrial applications requiring robust torque transmission and reliable operation. This 3-piece coupled input-output shaft with a right worm gear configuration is engineered to deliver a 20:1 ratio, making it ideal for applications where speed reduction is critical. The solid output shaft features a 56C flange and a center distance of 2.6 inches, ensuring compatibility with a wide range of machinery. ## Key Features • **20:1 Gear Ratio**: Provides substantial speed reduction, enhancing torque output for demanding operational requirements. • **Solid Output Shaft**: Engineered for strength and durability, ensuring long-lasting performance in high-load applications. • **56C Flange**: Standardized flange design for easy integration with existing machinery and components. • **2.6" Center Distance**: Optimizes installation space while maintaining effective power transmission. • **No Paint Finish**: Designed for direct installation, eliminating the need for additional surface treatments and reducing setup time. ## Applications • **Industrial Machinery**: Suitable for use in conveyor systems, mixers, and other machinery requiring reliable speed reduction. • **Manufacturing Equipment**: Ideal for applications in assembly lines and production facilities where precision and efficiency are critical. • **Compatibility**: Integrates seamlessly with various motor types and setups, enhancing versatility across different operational environments. ## Benefits • **Enhanced Performance**: The high gear ratio significantly increases torque, allowing for efficient operation in heavy-duty applications. • **Reliability**: Built with quality materials and engineering expertise, the SS26A20R56 ensures dependable performance even under challenging conditions. • **Ease of Installation**: The standardized flange and no-paint finish facilitate quick and straightforward installation, minimizing downtime during equipment setup. --- *Product information compiled with AI assistance for reference purposes.*