A pressure surge or wave caused when a fluid is forced to stop or change direction abruptly is called water hammer. Often it is caused by a valve closing. The pressure wave can cause major problems, including pipe rupture. Using devices such as pulsation dampeners can reduce the effects. If you are having issues with water hammer in your Equilibar fluid control valve, please visit our chatter support page . For a detailed explanation of how to analyze water hammer issues, see this video from Mike Crowley with Fluid Mechanics in the UK.
Absolute pressure
Air-loaded valve
Back pressure controller
Back pressure reducing valve
Back pressure regulator (BPR)
Back pressure valve
Ball valve
Bernoulli equation
Butterfly valve
Bypass valve
Cavitation
Centrifugal pump
Check valve
Closed-loop control
Compressible flow
Coriolis flow meter
Cv
Density
Derivative control mode
Diaphragm regulator (valve)
Differential pressure
Dome-loaded regulator (valve)
Electronic pressure regulator
Flow chemistry
Flow coefficient of a valve (Cv)
Flow control valve
Gate valve
Gauge pressure
Globe valve
Ideal gas law
Inches water column (in WC)
Incompressible flow
Integral control
Laminar flow (laminar regime)
Lobe pump
Magnetic flow meter
Mass flow meter (MFM)
Mixed-phase flow
Multi-phase flow
Needle valve
Non-Newtonian fluid
Open-loop control
Peristaltic pump
PID controller
Pilot operation
Pipe friction
Positive displacement pump
Pressure reducing regulator (PRR)
Pressure reducing valve (PRV)
Pressure sustaining valve
Proportional control
Proportional valve
Pump slip
Reference
Relief valve
Rotameter
Tangential flow filtration (TFF)
Thixotropic shear thinning
Turbulent flow
Two-phase flow
Vacuum breaker
Equilibar Introduces New IC Series of Valves for High Flow Industrial Applications
On October 1, Equilibar launched the IC Series, a new Industrial Collection of valves for back pressure, vacuum, and flow control applications with high throughput. Featuring our dome-loaded multiple-orifice technology, these valves and regulators provide best-in-class performance in a practical, compact size. They are easily customized for a variety of applications and are well suited Read More
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