STERLING 2175BQ020562M 2000RA 1.75 CD 20:1 56C 2000RA RIGHT ANGLE REDUCER 1.75 CD 20:1 RATIO ASSEMBLY POS #2 56C QUILL STYLE INPUT WITH SYNTHETIC OIL

# Right Angle Worm Gear Speed Reducer The **Sterling Electric 2175BQ020562M** is a high-performance right angle worm gear speed reducer engineered to provide superior torque and efficiency in demanding industrial applications. This robust reducer features a 20:1 reduction ratio and is designed to integrate seamlessly with a variety of systems, ensuring optimal performance and reliability. ## Key Features • **Reduction Ratio:** 20:1, delivering powerful torque output ideal for applications requiring significant speed reduction. • **Input Style:** Quill style input, providing ease of installation and alignment with existing systems. • **Size:** Compact 56C frame, ensuring compatibility with a wide range of motor options while minimizing footprint. • **Lubrication:** Pre-filled with synthetic oil, enhancing performance longevity and reducing maintenance needs. • **Durability:** Constructed with high-quality materials to withstand rigorous industrial environments and ensure consistent operation. ## Applications • Perfect for use in various industrial settings, including manufacturing, packaging, and material handling. • Suitable for applications where space is constrained but high torque is essential, such as conveyor systems and automated machinery. • Compatible with AC induction motors and can be utilized in both horizontal and vertical mounting configurations. ## Benefits • **Enhanced Efficiency:** The precision engineering of the reducer minimizes energy loss, maximizing operational efficiency. • **Reliability:** Sterling Electric’s commitment to quality ensures that this reducer performs consistently under heavy loads and continuous operation. • **Reduced Maintenance:** The use of synthetic oil not only improves performance but also extends the service life of the unit, leading to lower maintenance costs. --- *Product information compiled with AI assistance for reference purposes.*