HSP10-47DM-0-U-12ER/Z 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 5503613 (5503613) is a robust hydraulic solenoid valve designed for high-pressure applications, characterized by its four-port, three-position spool configuration. This screw-in, cartridge-style valve is versatile with a motor spool type suitable for various hydraulic systems. In its default state when de-energized, the HSP1047DX blocks the inlet port while facilitating flow from ports 2 and 4 to port 1. Activation of the s1 coil changes the flow direction from port 3 to 4 and from port 2 to 1, while energizing the s2 coil allows flow from port 3 to 2 and from port 4 to 1. This model incorporates a manual override feature that provides additional control flexibility in emergency scenarios. The manual operation involves specific movements and rotations of the knob to shift valve positions or return it to neutral. Notably designed for emergency use rather than continuous operation, this feature enhances the valve's utility in critical situations. The construction of the HSP10447DX includes an industry-common cavity design and efficient wet-armature construction ensuring reliable performance under continuous duty. Its coils are waterproof and rated up to IP69K, ensuring protection against ingress of dust and high-temperature, high-pressure water jets. Additionally, it boasts a patented high-strength solenoid tube with significant resistance against corrosion (960-hour salt-spray rated), adhering strictly to NFPA specification T2.6.1 with high verification and assurance levels during testing. This product is particularly suited for applications requiring reliable directional control of hydraulic flows in environments demanding robustness and precision under pressure variations.