Flow Control Applications

Equilibar valves provide extreme accuracy required for data center cooling systems

An Equilibar back pressure regulator/pressure sustaining valve can accurately control temperature in a liquid cooling control loop

Equilibar control valves respond to miniscule pressure changes in milliseconds and have near zero hysteresis or deadband. PID loop can easily control close to zero valve dP.

Equilibar flow control valves are used in precision studies to understand material performance in supercritical water applications.

Equilibar FD Series sanitary back pressure regulator can be used as a flow control valve to control CIP solutions for cleaning process skids

Equilibar fluid control valves have ultra high resolution, zero hysteresis, and zero dead-band. This can be useful in flow control.

Equilibar offers a flow control valve that can dose at low and medium flow rates while also accommodating very high CIP flow rates

Traditional flow control valves have difficulty in injection and metering applications where the downstream pressure is widely varying.

For demanding dosing applications, a back pressure regulator can isolate the control valve from downstream pressure variations.

The key to the ultra wide range of flow comes from the high resolution of the Equilibar BPR coupled with the Equilibar QPV.

While MFCs are a great solution for laboratory flow control and have accuracy as high as 0.5% of reading, they have limitations that Equilibar can address.

Maintain stable output flow rate downstream of positive displacement pumps such as gear pumps, lobe pumps and diaphragm pumps.

These schematics show some of the applications that can be used to accomplish computer automation of flow rate.

Equilibar BPRs have ultra high resolution, zero hysteresis, and zero dead-band. This can be useful for alternative flow control.

The Equilibar precision back pressure can be used as an alternative to traditional flow control valves in certain applications requiring very high resolution and zero deadband.