SV08-20M-0-N-24ER SOLENOID VALVE

***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 5009007 (5009007) is a high-performance hydraulic cartridge valve designed for precision control in fluid power applications. This solenoid-operated, 2-way, normally closed, poppet-type valve is engineered for use as a blocking or load-holding device in low flow circuits. It features a standard SV0820 and manual override MO options, making it adaptable for applications requiring pull-only manual override for handles or cable linkage. Operationally, the 5009007 functions as a check valve when de-energized, permitting fluid flow from port 1 to port 2 while preventing reverse flow. Upon energization, the valve's poppet lifts to allow flow from port 2 to port 1, simultaneously restricting flow in the opposite direction. This dual-mode operation enhances the valve's versatility in hydraulic circuit integration. Key features of the Hydraforce 5009007 include a continuous-duty rated coil and a hardened seat that ensures longevity and minimal leakage. The valve offers optional coil voltages and terminations to suit varying electrical requirements, and its cartridges are voltage interchangeable which simplifies maintenance and replacement processes. The unitized, molded coil design contributes to its robustness and reliability in demanding environments. Additionally, its compact size combined with an industry common cavity design facilitates easy installation and compatibility with standard cavities in hydraulic systems. The manual override option adds an extra layer of operational security by allowing manual control in case of electronic control failure. This combination of advanced features makes the Hydraforce 5009007 an effective solution for enhancing operational efficiency and safety in hydraulic systems.