HYDRAFORCE
5140024

***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 5140024 (5140024) is a high-performance solenoid operated, spool-type, normally closed proportional flow control valve. Specifically designed for fluid power applications, this model PV7233 excels in regulating flow from port 3 to port 2 while keeping input from port 1 blocked. Its operation is directly proportional to the electric current applied to its solenoid, allowing for precise control over the flow rates. The valve's functionality is enhanced when used with a pressure compensator, supporting a pressure differential of up to 175 psi (12 bar). This product boasts several noteworthy features including a choice between two regulated flow ranges which provide flexibility depending on application requirements. It also showcases excellent linearity and hysteresis characteristics which ensure reliable and consistent performance. The durability of the valve is ensured by a hardened spool and cage, extending its operational life significantly under various conditions. Additionally, the Hydraforce 5140024 offers optional control orifice sizes along with optional coil voltages and terminations to accommodate different system requirements. Its efficient wet-armature construction along with unitized, molded coil design contribute to its robustness and reliability. The coils are voltage-interchangeable which adds another layer of versatility. For ease of maintenance and troubleshooting, it includes a manual override option. Moreover, coil waterproofing comes standard with this model, enhancing its suitability for harsh environments. Overall, the Hydraforce 5140024 is an adaptable and durable solution designed for sophisticated fluid power systems requiring precise flow control under varying conditions.