PS10-36H-0-N-15/ SEQUENCE 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 5620504 (5620504) is a screw-in, cartridge style, pilot operated, spool type hydraulic sequence valve designed for efficient flow control in hydraulic systems. This model, known as the PS10-36X, features an internal pilot and external spring chamber drain. In its default state, it effectively blocks flow from port 1 to port 2 while maintaining the spring chamber drained at port 3. When a predetermined pressure is reached at port 1, the valve shifts to allow flow between port 1 and port 2. It remains open until the circuit pressure drops below the set threshold. A notable feature of this valve is that any back pressure on port 3 contributes to the spring setting value, influencing operation stability and efficiency. The PS10-36X boasts several key features ensuring reliability and longevity. The adjustments are designed so they cannot be backed out of the valve, preventing any accidental disassembly or misconfiguration during operation. Additionally, these adjustments are structured to prevent springs from compressing completely solid, thereby avoiding potential damage or wear over time. The valve offers optional spring ranges up to 144.8 bar (2100 psi), providing flexibility for various applications that require different pressure settings. Constructed with a hardened spool and cage, this model ensures durability even under demanding conditions. This hydraulic sequence valve is designed in an industry-common size, making it suitable for integration into existing systems without requiring extensive modifications or adaptations. Its robust construction and precise control capabilities make it ideal for applications where maintaining specific flow sequences in response to pressure changes is critical for system performance and safety.