FD56-45-16T-N-99 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 FD56-45-16T-N-99 (5436899) is a high-performance screw-in cartridge, spool-type flow divider/combiner valve designed for hydraulic systems. This valve efficiently manages the proportional division of inlet flow or combines two return flows, maintaining balance and synchronization despite varying system pressures. It is well-suited for applications requiring precise flow management and synchronization in both dividing and combining modes. The FD56-45-16T-N-99 features hardened parts to ensure durability and a long operational life. Its design promotes quiet operation and a modulated response, minimizing system disturbances. The valve operates effectively across a wide range of flows: from 68 to 197 liters per minute (18.0 to 52.0 gallons per minute), making it versatile for different hydraulic setups. This model is built to withstand pressures up to 420 bar (6090 psi) during peak duty cycles, with a pressure drop of approximately 24 bar (350 psi) at maximum inlet flow, ensuring robust performance under high-pressure conditions. The temperature tolerance ranges from -40 to +100 degrees Celsius (-40 to +212 degrees Fahrenheit) with standard Buna N seals, accommodating various operating environments. Installation flexibility is enhanced by its compatibility with industry-common cavity VC164 or HVC164 for higher pressure applications, and it can be installed without orientation restrictions. The FD56-45-16T-N-99 also includes options for different seal materials such as Buna N, fluorocarbon, polyurethane, and urethane to suit various fluid types and operational conditions. Overall, the Hydraforce FD56-45-16T-N-99 offers reliable performance for hydraulic systems requiring precise flow division or combination, contributing to efficient machinery operations and system longevity.