Winsmith E35CSFDC3190G7 E35CSFD 75 LDDR 180TC 1.19 Worm Gear Reducer

# Speed Reducers The Winsmith E35CSFDC3190G7 is a high-performance worm gear reducer designed to meet the demanding needs of industrial processing and material handling applications. With an emphasis on engineering excellence and reliability, this gear reducer is engineered to deliver efficient performance while minimizing space requirements. ## Key Features • **Robust Construction**: The E35CSFDC3190G7 features a durable, three-piece coupling design that enhances reliability and simplifies maintenance. • **High Gear Ratio**: With a 75:1 reduction ratio, this worm gear reducer effectively reduces motor speed while increasing torque for optimal performance. • **Versatile Input Flange**: Designed to accommodate a 180TC input flange, ensuring compatibility with a wide range of motors and applications. • **Precision Engineering**: Manufactured with high-quality materials, the reducer ensures long-lasting performance and minimal wear, contributing to reduced downtime. • **Custom Solutions**: Winsmith’s focus on tailored products means this reducer can be customized to fit specific customer requirements, ensuring optimal functionality. ## Applications • **Industrial Processing**: Ideal for use in packaging and food processing industries where efficient speed reduction is crucial. • **Material Handling**: Suitable for conveyors and other material handling equipment that require reliable torque and speed control. • **Motion Control**: Perfect for applications requiring precise movement and control in various industrial settings. ## Benefits • **Enhanced Efficiency**: The worm gear design maximizes efficiency, ensuring minimal energy loss during operation. • **Reliability**: Built to withstand harsh conditions, the E35CSFDC3190G7 ensures long-term operation with reduced maintenance needs. • **Space-Saving Design**: The compact size of the reducer allows for easy integration into existing systems without sacrificing performance. --- *Product information compiled with AI assistance for reference purposes.*