FR10-39-8T-N-/10.00 FLOW REGULATOR

***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 5413620.10.00 (5413620.10.00) is an advanced hydraulic component designed for precise fluid control in various applications. The FR1039X, as described, is a versatile and adjustable pressure compensated flow control valve that can function either as a priority type flow regulator or a restrictive type 2-way flow regulator when the bypass line at port 2 is blocked. This dual functionality allows for flexible usage in different hydraulic circuits and systems. The valve ensures consistent regulated flow irrespective of pressure variations at either the regulated or bypass port, which is crucial for maintaining system stability and efficiency. The adjustment of the flow rate is straightforward and precise, with an increase from closed to fully open achieved through clockwise rotation of the adjusting screw. This feature allows for fine-tuning to meet specific system requirements. Constructed with hardened steel parts, the 5413620.10.00 promises durability and a long lifespan even under demanding conditions. Its design also includes fine low-torque adjustment capabilities which enhance user control over flow settings while minimizing physical effort and operational strain. Additionally, the valve exhibits a quiet, modulated response which is essential in systems where noise reduction is critical. Its industry-common cavity design ensures compatibility with standard hydraulic systems, making it easy to integrate or replace within existing setups without extensive modifications. Overall, the Hydraforce 5413620.10.00 offers robust performance and reliability for specialized hydraulic applications requiring precise flow management and adaptability under varying pressure conditions.