FD52-45-12T-N-64 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 FD52-45-12T-N-64 (5438964) is a highly versatile and robust screw-in cartridge, spool-type flow divider/combiner valve designed for hydraulic systems. This valve excels in both dividing inlet flow into two equal parts and combining two return flows into one, irrespective of varying system pressures. Its operation is pressure compensated to ensure consistent performance in both modes. The FD52-45-12T-N-64 features hardened internal components which extend the lifespan of the valve under demanding conditions. With a wide operating flow range, the valve can handle inlet flows from 15 to 106 liters per minute depending on the model code, making it suitable for a broad spectrum of hydraulic applications. It offers approximately 10% synchronization of maximum inlet flow, ensuring precise control and efficiency in fluid management. The model also boasts quiet, modulated response capabilities that minimize operational noise and enhance user experience. The valve’s construction includes a floating cage which allows for high installation torque without compromising its integrity or performance. It fits an industry-common cavity (VC124 or HVC124), facilitating ease of installation across various hydraulic systems without specific orientation restrictions. Additionally, corrosion resistance is ensured with a 960-hour salt spray protection per ASTM B117 standards. This unit's temperature tolerance ranges from -40 to +100 degrees Celsius with standard buna N seals, but options for fluorocarbon and polyurethane seals are available for broader temperature applications. These features make the Hydraforce FD52-45-12T-N-64 an ideal choice for synchronized flow dividing and combining tasks in complex hydraulic setups requiring reliability and precision.