Grove Gear 1262WOF2S-7.5AC 10664050 Cast Iron Worm

# Gears & Gear Racks The **Grove Gear 1262WOF2S-7.5AC** is a high-performance cast iron worm gear designed to meet the demanding needs of various industrial applications. Manufactured by Electra/Grove Gear, a trusted name in the gear reducer industry since 1955, this worm gear exemplifies durability and precision engineering. ## Key Features • **Material**: Constructed from robust cast iron, ensuring high strength and longevity under heavy loads. • **Design**: Features a precision-machined worm profile that enhances efficiency and reduces wear during operation. • **Load Capacity**: Capable of handling significant torque loads, making it suitable for demanding applications in material handling and machinery. • **Compatibility**: Designed for seamless integration with various motor types, enhancing versatility in different setups. • **Efficiency**: Provides a high gear reduction ratio, optimizing motor performance and energy consumption. ## Applications • Ideal for use in **material handling systems**, where reliable torque transfer and durability are essential. • Commonly utilized in **food processing**, ensuring compliance with hygiene standards while maintaining efficient operations. • Suitable for **packaging machinery** and **robotics**, where precise movement and reliability are critical for operational efficiency. • Versatile enough for application in **medical equipment**, providing the necessary reliability for critical operations. ## Benefits • **Durability**: The cast iron construction offers excellent resistance to wear and corrosion, ensuring a long service life. • **Performance**: The optimized design reduces energy losses, leading to improved operational efficiency and reduced costs. • **Versatility**: Its compatibility with various motor types and applications makes it a flexible solution for different industrial needs. • **Reliability**: Built to perform consistently under heavy loads, ensuring operational stability and safety. --- *Product information compiled with AI assistance for reference purposes.*