SUN HYDRAULICS
P4N

***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 P4N (P4N) is a line-mounted hydraulic manifold featuring a unique ninety-degree body design with a reverse flow check, specifically engineered for reducing applications. This manifold is constructed to accommodate one open cavity and utilizes the T-23A cavity type. It is designed with SAE 20 port sizes, making it suitable for various hydraulic systems requiring this specification. The P4N model includes two mounting holes with a diameter of 0.42 inches (10.7 mm), which are drilled through, allowing for secure installation in hydraulic assemblies. This manifold's body is made from 6061-T651 aluminum, chosen for its strength, cost-effectiveness, machinability, availability in diverse shapes and sizes, and exceptional corrosion resistance. Despite its robust construction, it is important to note that the manifold should not be used in applications exceeding pressures of 3000 psi (210 bar), as this exceeds the pressure rating for aluminum manifolds regardless of port size. The Sun Hydraulics P4N model is ideal for use in systems where directional flow control and pressure reduction are critical. Its design ensures efficient fluid handling while maintaining system integrity under specified conditions. The absence of anodizing on this model means it avoids potential issues associated with increased torque during disassembly or reduced fatigue life due to anodizing-induced surface brittleness. This makes the P4N a reliable choice for long-term operations within its specified pressure range. Overall, the Sun Hydraulics P4N provides an effective solution for hydraulic applications requiring precise flow control and reduced pressure configurations without compromising on durability or performance within its operational limits.