FRRV12-41F/H-12T-N-6.5/21.75

***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 5426354-6.5/21.75 (5426354-6.5/21.75) is a highly functional and efficient hydraulic component designed for various fluid power applications. This model, known as the Frrv1241fx, is a screw-in, cartridge type valve that ingeniously combines two critical functions: a pressure-compensated, non-adjustable priority type flow regulator and a pressure relief valve. Engineered for precision and reliability, it operates by maintaining a constant flow rate from port 3 when the inlet is at port 1, irrespective of load pressure changes at either the priority port 3 or the bypass port 2. In scenarios where the load in the priority line surpasses the preset value, this valve efficiently relieves pressure to port 4. This model is particularly noted for its dual functionality housed within an industry-common cavity, making it both space-efficient and easy to integrate into existing systems without requiring extensive modifications. The design ensures that adjustments cannot be inadvertently altered or backed out of the valve, which enhances operational safety and maintains set configurations under varying conditions. Additionally, relief valve adjustments are designed to prevent the relief valve spring from going solid, ensuring consistent performance and durability. Another standout feature of this Hydraforce model is its quiet, modulated response that minimizes operational noise — a crucial factor in environments where noise reduction is desirable. Moreover, it includes hardened parts that significantly extend the lifespan of the valve even under harsh working conditions. The combination of these features makes the Hydraforce 5426354-6.5/21.75 an excellent choice for professionals seeking robust control in hydraulic systems while ensuring precision and longevity.