SUN HYDRAULICS
LPDFXFV
$80.22 USD
- SUN HYDRAULICS
- Material:LPDFXFV
- Model:LPDF-XFV
- 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 LPDFXFV (LPDFXFV) is a normally open, modulating element designed with a pilot source from port 1 and a drilled piston orifice. This hydraulic component is engineered to provide precise flow control in various hydraulic systems. The normally open configuration allows for fluid passage until pressure conditions necessitate modulation, making it suitable for applications where flow needs to be regulated based on system demands. With its pilot source from port 1, this model ensures responsive and efficient operation as it utilizes the pressure from this port to adjust the flow through the drilled piston orifice. This feature enhances its capability to maintain consistent performance under varying load conditions. The LPDFXFV is particularly useful in systems requiring smooth and controlled transitions of hydraulic fluid, ensuring stability and precision in operations such as load holding, pressure balancing, or maintaining specific flow rates within the system. Its robust design and reliable functionality make it an essential component for achieving optimal performance in complex hydraulic circuits.
The Sun Hydraulics LPDFXFV (LPDFXFV) is a normally open, modulating element designed with a pilot source from port 1 and a drilled piston orifice. This hydraulic component is engineered to provide precise flow control in various hydraulic systems. The normally open configuration allows for fluid passage until pressure conditions necessitate modulation, making it suitable for applications where flow needs to be regulated based on system demands. With its pilot source from port 1, this model ensures responsive and efficient operation as it utilizes the pressure from this port to adjust the flow through the drilled piston orifice. This feature enhances its capability to maintain consistent performance under varying load conditions. The LPDFXFV is particularly useful in systems requiring smooth and controlled transitions of hydraulic fluid, ensuring stability and precision in operations such as load holding, pressure balancing, or maintaining specific flow rates within the system. Its robust design and reliable functionality make it an essential component for achieving optimal performance in complex hydraulic circuits.
Normally open, modulating element with pilot source from port 1 and drilled piston orifice