FR10-39C-8T-N-/7.50 FLOW CONTROL

***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 5413647.7.50 (5413647.7.50) is a versatile and robust flow control valve designed for precise fluid handling in various applications. This model, known as FR1039X, serves primarily as an adjustable, pressure compensated flow control valve. It offers dual functionality: it can operate as a priority type flow regulator or as a restrictive type 2-way flow regulator when the bypass line at port 2 is blocked. This valve is engineered to maintain a set regulated flow despite pressure fluctuations at the regulated or bypass port, ensuring consistent performance in dynamic systems. The regulated flow can be adjusted from closed to fully open with a clockwise rotation of the adjusting screw, allowing for fine control tailored to specific requirements. Key features of the 5413647.7.50 include the ability to fully pressurize the bypass port 2, facilitating flexible installation options and system designs. The valve boasts fine low-torque adjustment capabilities which enhance user control over flow settings while minimizing effort and potential wear on components. Additionally, it incorporates hardened steel parts to ensure durability and longevity even under strenuous conditions. The design also emphasizes quiet and modulated response, reducing noise and vibration in operation which can be crucial in sensitive environments where disturbance needs to be minimized. Moreover, its industry-common cavity supports standardization and ease of integration into existing systems without extensive modifications. Overall, the Hydraforce 5413647.7.50 is ideal for applications requiring reliable and precise flow regulation with easy adjustability and robust performance characteristics.