DCV10-8T-N-3 LOCK VALVE W/THERM REL

***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 Hydraforce directly.***
The Hydraforce DCV10-8T-N-3 (5231362) is a sophisticated hydraulic check valve designed for blocking or load holding circuits in various hydraulic systems. This double pilot operated valve ensures controlled flow from V ports to C ports, typically blocking the opposite direction unless specific pressure conditions are met. The valve features a 4:1 pilot ratio, necessitating at least 25% of the load pressure at either C port to be present at the corresponding opposite V port to initiate flow passage. It is engineered with a hardened seat to enhance longevity and minimize leakage. The DCV10-8T-N-3 offers optional enhancements such as sealed pistons, cartridge thermal reliefs, and variable spring ranges that cater to different application needs. These options provide additional versatility and performance tuning according to specific operational requirements. The unit's design also allows for low-pressure drops and includes serviceable cartridge configurations for ease of maintenance. This model supports a maximum operating pressure of 3500 psi with an internal leakage specification ensuring minimal fluid loss, crucial for maintaining system efficiency and safety. The optional thermal relief feature can handle pressures up to 5050 psi, automatically reseating at 3000 psi minimum, providing an additional safety mechanism against excessive temperature rise in hydraulic fluids. Overall, the Hydraforce DCV10-8T-N-3 is built from robust materials including anodized high-strength aluminum alloy for the body and steel/zinc-plated components for the cartridges and pilot piston, ensuring durability in challenging environments. This valve is ideal for applications requiring reliable load holding and flow blocking capabilities within hydraulic circuits.