FD50-45-0-N-24 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-24 (5436324) is a high-performance screw-in cartridge, spool-type flow divider/combiner valve designed for advanced hydraulic systems. This valve excels in providing pressure-compensated proportional division of inlet flow or combining of two return flows, maintaining efficiency and control regardless of system operating pressure conditions. It is particularly effective in applications requiring synchronized flow in both dividing and combining modes, making it ideal for a variety of hydraulic circuits. Constructed with hardened parts, the FD50-45-0-N-24 ensures durability and long life even under rigorous conditions. Its design features include a quiet, modulated response that enhances the operational smoothness of hydraulic systems. The valve operates within a wide flow range, with an inlet flow rating of 19 to 57 liters per minute (5.0 to 15.0 gallons per minute), and maintains a synchronizing flow approximately 10% of maximum inlet flow with a flow accuracy within ±15%. Additional technical specifications highlight its robust capabilities: it can handle up to 345 bar (5000 psi) pressure rating and has a pressure drop of about 20.5 bar (300 psi) at maximum inlet flow. The unit weighs approximately 0.49 kg (1.07 lb) and fits into industry-common cavity VC104, compatible with 10-size 4-way cavities. This valve also supports various installation options with available accessories such as seal kits (SK104NMMM) that come with installation instructions, and housings specifically designed for the 104W valve bodies. This combination of features ensures that the FD50-45-0-N-24 offers not only high performance but also versatility and ease of integration into existing hydraulic systems.