SUN HYDRAULICS
U9W/V

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Sun Hydraulics directly.***
The Sun Hydraulics U9W/V (U9W/V) is a specialized hydraulic manifold designed for use with solenoid-operated and electroproportional cartridges. This line mount body features a unique ninety-degree configuration with a reverse flow check, allowing it to accept both standard and weatherized coils. The manifold is crafted from 6061T651 aluminum, known for its strength, affordability, machinability, availability in various forms, and excellent corrosion resistance. It incorporates extra material around the cavity to provide necessary coil clearance and the spotface required for Sun's weatherized coil. With a mounting hole diameter of 0.34 inches (8.6 mm) and a through-type mounting hole depth, it accommodates two mounting holes and one open cavity using the T-13A cavity specification. The manifold is equipped with SAE 8 port sizes, making it versatile for various hydraulic applications that require reliable flow control and pressure management. While anodizing is not utilized due to cost considerations and potential negative effects on fatigue life, the choice of 6061T651 aluminum ensures that the manifold remains highly resistant to corrosion without additional surface treatments. The design prioritizes durability and functionality in demanding environments where maintaining system integrity is crucial. When integrating the U9W/V manifold into hydraulic systems, careful consideration of maximum system pressure is essential as its pressure rating depends on both material properties and port type/size. Aluminum manifolds like this one are not recommended for pressures exceeding 3000 psi (210 bar). This product provides an efficient solution for managing hydraulic flow in systems requiring precise control and robust performance under varying conditions.