Field proven technology The MFCS™ is a pressure-driven flow controller designed to control independently up to 4 channels of your microfluidic system. This feature means that you can apply the ...

Ideally, this is the pressure difference, which should be available between the pump’s head-flow curve and the system resistance curve (exclusive of the control valve pressure drop) at the ...

A pneumatic proportional pressure control valve can not only control pressure, but it can also control other process variables, such as flow, force, rotational speed, position, temperature or level.

BROOKLYN, New York, Dec. 09, 2020 (GLOBE NEWSWIRE) -- The studies conducted by GME showed that the Flow Control Systems Market is projected to grow at a significant CAGR during the forecast period ...

vpdd = Δp (qmax) Δp (qmin) where: vpdd=valve pressure drop decay Δp (qmax)=valve pressure drop at maximun flow Δp (qmin)=valve pressure drop at minimun flow Using the vpdd calculation, the control ...

Municipal Authority of Westmoreland County board members last week approved a $9.6 million project to install new equipment ...

The image above highlights some of the most common symbols used for hydraulic circuits. Hydraulic Pipes Hydraulic flow lines are depicted as single straight lines for both pressure and return ...

Scope Describe the forces at work tending to create instability in control valves, including inherent and installed stability. Define design improvements to improve inherent stability. Include general ...

A hydraulics system is based on the simple principle of Pascal’s law, named for the 17th century French scientist Blaise Pascal. The law states that when pressure is applied to an incompressible ...

The tests, conducted under DARPA's Micro Adaptive Flow Control (MAFC) programme, demonstrated that the technology can provide a 14% reduction in download forces on the airframe during hover by ...