Boston Gear 30281324 SSHF721-20K-B5-HS1-P23 is a 700 Series stainless steel worm gear speed reducer with 20:1 single reduction, 2.1" center distance, 56C quill flange input, and 1-7/16" hollow bore output. The stainless steel housing provides corrosion resistance for washdown environments.

Speed Reducers The Boston Gear 30281324 SSHF721-20K-B5-HS1-P23 Speed Reducer is engineered for high-performance applications where precision and reliability are paramount. This stainless steel worm gear speed reducer is designed to deliver enhanced torque output while minimizing the speed of the input shaft, making it an ideal solution for the food, beverage, and pharmaceutical industries. ## Key Features • **Center Distance:** 2.1 inches – Optimized for compact installation and space efficiency. • **Gear Ratio:** 20:1 – Delivers significant speed reduction, allowing for precise control over machinery and equipment. • **Input Flange:** 56C – Compatible with a wide range of motors for versatile integration. • **Hollow Bore:** 1.4375 inches – Facilitates easy mounting and adaptability in various configurations. • **Construction:** Stainless steel housing – Ensures durability and resistance to corrosion, making it suitable for harsh environments. ## Applications • **Food Processing:** Ideal for applications requiring stringent hygiene standards and reliable performance. • **Beverage Production:** Perfect for bottling and conveyor systems where speed regulation is crucial. • **Pharmaceutical Manufacturing:** Meets industry requirements for cleanliness and operational efficiency. ## Benefits • **Enhanced Performance:** Provides excellent torque capabilities and stability, ensuring efficient operation in demanding conditions. • **Reliability:** Built with high-quality materials and precision engineering, delivering long-lasting performance and minimal maintenance needs. • **Versatile Compatibility:** Designed to integrate seamlessly with various motors and systems, enhancing overall operational efficiency. --- *Product information compiled with AI assistance for reference purposes.*