High Flow Vacuum Valves Manual Operation Manufactured by Equilibar

Precision High Flow Vacuum Valves

Precision High Flow Vacuum Valves

Equilibar’s precision high flow vacuum regulating valves offer unique performance advantages for pipe sizes up to 4″ in size.

Equilibar’s patented technology offers lightning-fast response that is mechanically native, with zero hysteresis or deadband. Equilibar precision vacuum regulators work differently with a flexible diaphragm as the only moving part. This diaphragm directly seals against the internal valve orifices, eliminating the “stiction” commonly found in traditional vacuum control valves with dynamic O-ring or wiper type seals. The Equilibar design is frictionless and can control vacuum with very high resolution. Learn more about how they work.

Our precision high flow vacuum valves are available in sizes ranging from 1 1/2″ to 4″ with material options of stainless steel 316/316L, anodized aluminum or PVC depending on the application requirements for temperature and chemical resistance. Each EVR is delivered with a manual pilot setpoint regulator for convenient knob adjustment.

 

High Flow Vacuum Regulator

 

Precision High Flow Vacuum Valve
Equilibar 4″ EVR-BD32 vacuum regulator with PVC body and manual pilot setpoint control

Details about the Precision High Flow EVR series are tabulated below. Contact an applications engineer for more assistance.

EVR-BD-Dimensional-Schematic

Metallic High Flow Vacuum Valve Details

Model Inlet / Outlet Port Reference Port Body Materials Diameter (Dim A) Height* (Dim B) Cv Range (Precision) Available End Fittings
(inch) Min Max Std Available
EVR-BD12 1.5″ 1/8″ SS316 (SS) Anodized Aluminum (AA) 7.6(SS) 9.5(AA) 3.7(SS) 3.9(AA) 1E-2 14.3 NPT  BSPP;
150# Flange; SAE
EVR-BD16 2″ 11(SS) 9(AA) 4.1(SS) 4.3(AA) 3E-2 30.2
EVR-BD24 3″ 1/4″ 13(SS) 12.5(AA) 5.3(SS) 5.9(AA) 6E-1 60
EVR-BD32 4″ 20 8.1 1.5E-1 160
*Height is measured from top surface of regulator to the center of pipe elbow. Does not include 3″ manual set point regulator.

Polymeric High Flow Vacuum Valve Details

Model Inlet / Outlet Port Reference Port Body Material Diameter Height* Cv Range (Precision) Available End Fittings
(inch) Min Max Std Available
EVR-BD12 1.5″ 1/8″ PVC 9 4.3 1E-2 14.3 NPT BSPP;
150# Flange; SAE
EVR-BD16 2″ 11 5.1 3E-2 30.2
EVR-BD24 3″ 1/4″ 15 8.8 6E-1 60
EVR-BD32 4″ 20 9.6 1.5E-1 160
*Height is measured from top surface of regulator to the center of pipe elbow. Does not include 3″ manual set point regulator.

Request A Quote Download a Brochure

Other Equilibar Vacuum Control Products:

image of equilibar high precision vacuum regulator EVR with mechanical pilotHigh Precision Vacuum Regulators 1/4" to 1" 0 - 30 inHg / 762 mm Hg
image of Equilibar High Flow Vacuum Regulator with mechanical vacuum pilot regulatorHigh Flow Vacuum Valves 1.5" to 4" 0 - 30 inHg / 762 mm Hg
image of anodized aluminum Equilibar vacuum regulator with QPV1 electronic pressure regulator pilotElectronic Vacuum Regulators 1/4" to 1" 0 - 30 in Hg / 762 mm Hg
image of Equilibar BD24 with QPV electronic pressure control pilotLarger Electronic Vacuum Valves 1.5" to 4" 0 - 30 in Hg / 762 mm Hg
photo collage of vacuum pilot regulatorVacuum Pilot Regulators mechanical, electronic and remote sensing

Videos about Precision Vacuum Regulators

This video shows how the Equilibar vacuum regulator maintains high accuracy and resolution even as the supply vacuum pressure changes and system flow varies from high flow rates to low flow rates.

To learn more about the high speed vacuum control, follow this link. 

 

 

Equilibar News

verus process equipment for single use

Equilibar and Verus Process Equipment announce partnership with focus on single use valves

Equilibar is pleased to announce a partnership with Verus Process Equipment that will dramatically increase our ability to provide single use fluid control valves to the pharmaceutical and biotech industry in the northeastern region of the United States. Verus was founded by Andy Mutz, who has more than 30 years experience in the design, manufacture Read More

Read More