FRRV10-41F/H-0-N-0.75/8.5 FC RELIE

***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 5424301.75.8.5 (5424301.75.8.5) is a high-performance hydraulic valve known for its robust functionality and efficient design. Specifically, this model, the FRRV1041F, combines two critical valve functions into a single cartridge unit: a pressure-compensated flow regulator and a pressure relief valve. This integration facilitates the maintenance of a constant flow rate from port 3 despite fluctuations in load pressure at priority port 3 or bypass port 2, ensuring stable and reliable operation in various hydraulic systems. Constructed to fit industry-common cavities, the Hydraforce 5424301.75.8.5 enhances adaptability and ease of installation across multiple applications without the need for extensive modifications or custom parts. The valve's design prevents adjustment backing out, securing settings against unintended changes during operation which could compromise system performance or safety. Moreover, the relief valve feature is engineered to prevent the spring from going solid, thereby enhancing durability and extending the service life of the valve under demanding conditions. The components are hardened to withstand continuous use and potential harsh environments typically encountered in industrial settings. Additionally, this model is characterized by its quiet and modulated response that contributes to smoother operations and reduced system noise — an essential factor in maintaining an optimal working environment. Compatible with both mineral-based and synthetic hydraulic fluids with lubricating properties, the Hydraforce 5424301.75.8.5 offers flexibility in usage across diverse hydraulic applications while ensuring efficient fluid control and protection against overpressure scenarios.