Winsmith 920MDSA52160A8 920MDSA 5 DLR 140TC 1.00 Worm Gear Reducer

# Speed Reducers The Winsmith 920MDSA52160A8 Worm Gear Reducer is engineered for optimal performance in a variety of industrial applications, particularly in material handling and processing environments. This high-quality speed reducer utilizes advanced worm gear technology to provide reliable torque transmission with excellent efficiency. ## Key Features • **Model:** 920MDSA52160A8 featuring a robust design tailored for 140TC input flange compatibility. • **Gear Ratio:** Offers a 5:1 reduction ratio, enhancing torque output while maintaining operational efficiency. • **Construction:** Manufactured with high-grade materials for durability and resistance to wear, ensuring long service life even under heavy loads. • **Lubrication:** Designed for ease of maintenance with a sealed lubrication system that minimizes downtime. • **Dimensions:** Compact design for easy installation in confined spaces without compromising on performance. ## Applications • Ideal for use in general industrial processing and material handling equipment, including conveyors and automated systems. • Compatible with various motor types, making it versatile for integration into existing setups. • Suitable for environments requiring reliable performance, such as food processing and packaging industries, thanks to its robust design. ## Benefits • **Enhanced Performance:** The worm gear configuration provides smooth operation and high torque transmission, ensuring effective load handling. • **Reliability:** Built with Winsmith's engineering excellence, this reducer is designed to withstand demanding conditions, reducing the risk of failure. • **Efficiency:** The 5:1 gear ratio optimizes speed control and energy consumption, contributing to lower operational costs and improved productivity. • **Customization Options:** Available custom gearing solutions to meet specific application needs, enhancing operational flexibility. --- *Product information compiled with AI assistance for reference purposes.*