SV08-24-8T-N-12DL/W 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 5004565 (5004565) is a robust solenoid-operated, 2-port, normally closed, direct-acting, spool-type, screw-in hydraulic cartridge valve. This valve is specifically designed to function as a bidirectional blocking valve in low flow circuits. Its operation is straightforward: when de-energized, the SV0824XX model blocks flow in both directions, ensuring no leakage or cross-flow. Upon energization, the cartridge’s spool shifts seamlessly to open the bidirectional flow path, allowing for controlled fluid movement. This model boasts several key features that enhance its functionality and durability. It offers a bidirectional flow path and includes options for manual override and screen additions, providing flexibility in application and maintenance. The continuous-duty rated coil ensures reliability under constant use, while the hardened precision spool and cage extend the lifespan of the valve even under harsh conditions. Additionally, it supports optional coil voltages and terminations to accommodate different system requirements. Efficiency is optimized in its wet-armature construction which minimizes energy loss. The cartridges are voltage interchangeable which simplifies repairs or upgrades involving electrical components of the system. Its unitized, molded coil design integrates seamlessly with existing systems while optional waterproof E-Coils are available for environments requiring up to IP69K protection standards. Moreover, its compact size combined with an industry common cavity design allows for easy installation and compatibility with standard setups in various applications. Both ports on this model can be fully pressurized which enhances its versatility in hydraulic circuit implementations.