Dodge 268922 TCR90 57.67:1 RED ASSY

# Speed Reducers The Dodge 268922 TCR90 57.67:1 RED ASSY is a high-quality speed reducer designed to optimize performance in various industrial applications. This 3-piece coupled input inline helical reducer is engineered with precision to ensure reliability and efficiency in power transmission. With its robust construction and superior design, it effectively reduces the input speed while increasing torque, making it an essential component for enhancing operational efficiency. ## Key Features • **Gear Ratio**: 57.67:1, providing optimal speed reduction for high-torque applications • **Construction**: 3-piece coupled design for enhanced durability and ease of maintenance • **Type**: Inline helical configuration that minimizes noise and vibration during operation • **Input Compatibility**: Designed for compatibility with a wide range of motors and drive systems • **Efficiency**: Engineered for high-efficiency performance, allowing for reduced energy consumption ## Applications • **Industrial Machinery**: Ideal for use in conveyors, mixers, and other machinery requiring reliable speed reduction • **Automotive Equipment**: Perfect for automotive applications where precise speed control and torque multiplication are necessary • **Material Handling**: Suitable for systems requiring consistent and smooth operation under varying loads • **Compatibility**: Works seamlessly with Dodge motors and other standard industrial motor types ## Benefits • **Enhanced Performance**: Delivers superior torque and speed reduction, improving overall system efficiency • **Durability**: Built with high-quality materials to withstand demanding industrial environments, ensuring long service life • **Reduced Noise**: The helical design minimizes operational noise, making it suitable for quiet working environments • **Operational Flexibility**: Versatile design allows for integration into various applications, improving operational adaptability --- *Product information compiled with AI assistance for reference purposes.*