HSP16-20-0-U-12ER 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 5562006 (5562006) is a high-performance hydraulic cartridge valve specifically designed for robust load holding applications where low leakage blocking is critical. This two-way, piloted, poppet-type, proportional, normally closed screw-in valve offers precise control and reliability in hydraulic systems. The HSP1620X model functions by blocking the flow from ports 2 to 1 when de-energized, maintaining stability and safety in the system. Upon energization, the valve reverses its operation allowing flow from ports 2 to 1 while significantly restricting flow in the opposite direction from ports 1 to 2. Equipped with a continuous-duty rated coil, the HSP1620X ensures consistent performance even under rigorous conditions. The manual override option provides additional operational flexibility, allowing manual control of the valve during system troubleshooting or maintenance interventions. Additionally, the linear metering option available with this model enhances its application by offering more precise control over flow rates, which is essential for optimizing system efficiencies and performance. The design of the HSP1620X also includes an industry-common cavity which facilitates easier installation and compatibility with existing systems without requiring extensive modifications. Furthermore, its waterproof E-Coils are rated up to IP69K, ensuring that the valve operates effectively in environments exposed to high-pressure water jets and dust. All HyPerformance products including this model adhere to stringent NFPA specification T2.6.1., undergoing tests at a verification level of 90% and an assurance level of 99%, underscoring their reliability and quality in demanding applications.