SV08-47A-0-N-12EG 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 5008905 (5008905) is a solenoid-operated, 4-port, 3-position, direct-acting spool-type screw-in hydraulic cartridge valve designed for efficient control in hydraulic systems. This model operates by blocking cylinder ports when de-energized, allowing selective flow based on the energization of its coils. Specifically, when coil 1 is energized, it directs flow from port 3 to 2 and from 4 to 1. Conversely, activation of coil 2 changes the flow direction from port 3 to 4 and from port 2 to 1. This functionality is particularly useful in applications where work port flows are unequal due to varying cylinder ratios, with higher return flows recommended to be directed to port 2. The valve features a continuous-duty rated solenoid and boasts a hardened precision spool and cage that enhance its longevity and reliability in demanding environments. It offers optional coil voltages and terminations, increasing its adaptability for various electrical systems. A manual override option provides additional operational flexibility. For environments requiring robust protection against water ingress, optional waterproof E-Coils are available that are rated up to IP69K. Further enhancing its utility, the Hydraforce 5008905 employs efficient wet-armature construction and allows all ports to be fully pressurized. Its cartridges are voltage interchangeable which simplifies maintenance and inventory management. The unitized, molded coil design contributes to the compactness of the valve while ensuring compatibility with industry-common cavity dimensions. This compact size makes it an ideal choice for integration into various hydraulic circuit applications where space and reliable performance are critical.