# Speed Reducers The **Dodge 30Q30LR56WP** is a high-performance **Speed Reducer** designed to deliver superior torque reduction with reliability and efficiency. This precision-engineered component features a **30:1 ratio double solid output shaft**, making it ideal for various industrial applications requiring robust performance and durability. ## Key Features • **30:1 Gear Ratio**: Offers exceptional torque multiplication, optimizing performance for demanding applications. • **Double Solid Output Shaft**: Ensures maximum strength and stability during operation, minimizing vibration and wear. • **56C Flange Design**: Facilitates easy mounting and integration into existing systems, enhancing compatibility with various setups. • **3-Inch Center Distance**: Provides a compact design that fits into tight spaces while maintaining operational efficiency. • **Durable White Paint Finish**: Protects against corrosion and wear, ensuring longevity in challenging environments. ## Applications • **Industrial Machinery**: Ideal for conveyors, mixers, and other equipment requiring reliable speed reduction. • **Automotive Applications**: Suitable for performance-oriented setups that demand precision and strength. • **Manufacturing Equipment**: Designed to enhance performance in various production lines, ensuring smooth and efficient operation. • **Compatibility**: Works seamlessly with Dodge’s range of components, making it a versatile choice for engineers and technicians. ## Benefits • **Enhanced Performance**: The high gear ratio allows for increased output torque, improving the overall efficiency of the machinery. • **Reliability**: Built with robust materials and expert engineering, the Dodge 30Q30LR56WP ensures consistent performance under heavy loads. • **Ease of Installation**: The flange design and compact center distance simplify installation processes, reducing downtime. • **Durable Construction**: The protective finish and solid design enhance the product's lifespan, offering excellent return on investment. --- *Product information compiled with AI assistance for reference purposes.*