FD50-45-0-N-33 FLOW DIVIDER

***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 FD50-45-0-N-33 (5436333) is a high-performance screw-in cartridge, spool type flow divider/combiner valve designed for advanced hydraulic systems. This valve excels in pressure compensated proportional division of inlet flow or combining of two return flows, maintaining stability and synchronization under varying system operating pressures. It features a robust design with hardened parts that ensure longevity and durability, even under rigorous conditions. The FD50-45-0-N-33 operates quietly with a modulated response and can handle a wide operating flow range from 19 to 57 liters per minute (5.0 to 15.0 gallons per minute). Its precision in flow division and combination is maintained within approximately 10% of the maximum inlet flow, ensuring efficient operation. With a pressure rating up to 345 bar (5000 psi) and a maximum pressure drop of 20.5 bar (300 psi), this valve is capable of handling substantial hydraulic pressures without performance degradation. The unit's weight is approximately 0.49 kg (1.07 lb), making it relatively lightweight yet sturdy for its functionality. Additionally, the FD50-45-0-N-33 utilizes an industry-common cavity VC104, which facilitates ease of installation in various applications requiring size 10-size 4-way cavities. For maintenance or repair, the valve supports use with seal kits like SK104NMMM which come complete with installation instructions, ensuring proper upkeep and prolonged service life. This valve is particularly well-suited for applications where precise synchronization of flows is necessary, providing reliability in both dividing and combining modes thanks to its floating cage design that allows high installation torque without compromising performance.