SUN HYDRAULICS
DFBFXCN214
$62.94 USD
- SUN HYDRAULICS
- Material:DFBFXCN214
- Model:DFBF-XCN@214
- Summary:Cartridge
Quantity in stock: 0
***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 Sun Hydraulics directly.***
The Sun Hydraulics DFBFXCN214 (DFBFXCN214) is a high-performance valve from the FLeX Series, designed to offer robust control in hydraulic systems. This 2-way, 2-stage solenoid-operated directional poppet valve features a reverse flow check and is capable of managing flow rates up to 21. Its precise engineering ensures reliable operation and effective direction of flow in various hydraulic applications. The DFBFXCN214 model is particularly notable for its durability and efficiency, making it suitable for demanding environments where accurate hydraulic control is essential. This valve's advanced design allows for smooth operation and enhanced performance characteristics, which are critical in optimizing system functionality and responsiveness.
The Sun Hydraulics DFBFXCN214 (DFBFXCN214) is a high-performance valve from the FLeX Series, designed to offer robust control in hydraulic systems. This 2-way, 2-stage solenoid-operated directional poppet valve features a reverse flow check and is capable of managing flow rates up to 21. Its precise engineering ensures reliable operation and effective direction of flow in various hydraulic applications. The DFBFXCN214 model is particularly notable for its durability and efficiency, making it suitable for demanding environments where accurate hydraulic control is essential. This valve's advanced design allows for smooth operation and enhanced performance characteristics, which are critical in optimizing system functionality and responsiveness.
FLeX Series, 2-way, 2-stage, solenoid-operated directional poppet valve with reverse flow check - flow 2-1