Product description

This hydraulic drive assembly is a vital component for Rotary's heavy-duty fore and aft inground lifts, specifically designed to power the longitudinal movement of the lift's sliding mechanism. Over years of intensive use, the internal seals and drive components of the original unit can succumb to hydraulic wear, leading to sluggish movement or complete failure of the lift to adjust for different vehicle wheelbases. By choosing this SVI International replacement, you are ensuring that your shop equipment operates with the precision and reliability required for high-volume service environments. It is engineered to meet the specific pressure and torque requirements of the Rotary FD787 system, providing a seamless fit and immediate restoration of drive functionality. SVI parts are built to withstand the rigorous demands of professional automotive repair shops, offering a cost-effective alternative to OEM replacements without sacrificing quality.

Product highlights

• Optimized Drive Force: Provides consistent hydraulic power to move the lift's fore and aft assemblies under heavy load.
• Precision Engineering: Built to the exact specifications of the Rotary FD787 reference for a hassle-free installation process.
• Industrial Durability: Constructed with high-grade materials that resist corrosion and mechanical fatigue in shop environments.
• Reliable Wheelbase Adjustment: Ensures your inground lift can quickly and safely adapt to various vehicle lengths for efficient service.

Specs

• OEM Reference: FD787
• SVI Part Number: BH-9765-45
• Country of Manufacture: USA

Direct replacement models

• Rotary: FD787
• SVI International: BH-9765-45
• Fits Models: Rotary Fore and Aft Inground Lifts, including various heavy-duty models using the FD series drive system.

You will receive the same product or an OEM-Equivalent that meets the highest standard of the OEM with warranty that will be a direct-fit. Manufactured with rigorous industry standards and certified in the USA with superior quality to the OEM.