Research Series How to Choose - Precision Fluid Control Valves

Research Series How to Choose

Primary Research Series Types

Series Name Internal image Max Pressure psig/bar(g) Min Cv Max Cv Advantages
LF
Low Flow
high pressure regulator To 1,000 psig / 69 bar(g) 1E-8g 0.07 Ultra wide flow range, superior multi-phase flow
HP
High Pressure
To 10,000 psig / 690 bar(g)
HF
Higher Flow
high flow internal rendering To 1,000 psig / 69 bar(g) 1E-5 0.41
HPF
High Pressure & Flow
To 10,000 psig / 690 bar(g) 0.35
HT
High Temp
Equilibar HT interal To 6,000psig / 410 bar(g) 1E-5 0.07 High Temperature applications
HTF
High Temp & Flow
To 6,000 psig / 410 bar(g) 0.35
ZF
Zero Flow
Equilibar zf research series internal CAD image To 2,000 psig / 140 bar(g) Effective Zero 0.01 Nano flow range; excellent multi-phase flow
UL
Ultra Low Flow
rendering of ultra low flow internal To 10,000 psig / 690 bar(g) 1E-7 0.05 Offers lower flow than HP in some applications

 

 

Equilibar News
Schematic showing vacuum holding table with vacuum regulator

Meeting the challenges of vacuum holding applications

Vacuum technology is commonly used to hold objects in place for processing or positioning. Vacuum table, vacuum conveyor and vacuum pick-and-place operations are examples of this type of application. In most vacuum holding applications, flow rate and pressure vary significantly during start-up and when disruptions occur in the manufacturing process. While some vacuum applications are Read More

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