SVCL10-30-0-N-12ER SOLENOID

***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 5004627 (5004627) is a solenoid operated, 3-port, normally closed, on/off, poppet-type, screw-in hydraulic cartridge valve. This valve is specifically designed to function as a load holding or blocking valve in systems where low leakage is critical. Its operation is straightforward: when de-energized, it blocks flow at all ports ensuring secure load holding; when energized, it allows flow from port 3 to ports 1 and 2 while preventing reverse flow from ports 2 and 1 back to port 3. This feature makes it ideal for applications that require directional control of hydraulic fluids. The valve boasts several significant features including a continuous-duty rated coil and a hardened precision seat which enhances its longevity and maintains low leakage over the life of the valve. It offers optional coil voltages and terminations to accommodate different system requirements. The efficient wet-armature construction contributes to its reliable performance under various conditions. Moreover, the Hydraforce 5004627 has interchangeable cartridges across different voltages which simplifies maintenance and replacement processes. All ports on the valve can withstand full pressurization which enhances its versatility in application across various hydraulic systems. The unitized, molded coil design supports durability and robustness in operation. Additionally, optional waterproof E-Coils are available for this model, rated up to IP69K for high-level protection against ingress of dust and water under severe conditions. This makes it suitable for outdoor or harsh environmental applications. The common industry cavity design of the valve also helps reduce manifold space claim, making it an efficient choice for systems where space conservation is necessary.