Mechanical vacuum regulators use a control knob to set the desired vacuum level and vacuum control is achieved mechanically by controlling flow to maintain the set vacuum. Electronic vacuum regulators are set through an input control voltage (typically 0 to 5 volts) and vacuum is adjusted electrically by precisely controlling valves to maintain the desired vacuum setting. Find out more, Application Notes
Mechanical Vacuum Regulators |
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Model 329 - Reference Absolute Pressure Model 329DP - Reference Atmospheric Pressure
|
Cv |
Flow Capacity |
NPT Ports |
Model 329 |
3.4 |
13 SCFM |
1/2 inch |
Model 329 HF |
9.0 |
27 SCFM |
3/4 inch |
Model 329 SHF |
2.2 |
44 SCFM |
1 inch |
Model 329 DP |
3.4 |
13 SCFM |
1/2 inch |
|
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Model 329-500 - Model 329 with Remote Filter Kit Cv = 3.4 13 SCFM 1/2 inch NPT ports |
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Model 329-300 - Remote Filter Kit for field installation
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Model 329SR - Self-relieving version of 329 regulator Cv = 3.4 13 SCFM 1/2 inch NPT supply - 3/8 inch NPT outlet |
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Model 485 - Vacuum Relief Valve |
|
|
Cv
|
Flow Capacity
|
NPT Ports
|
Model 470-002 - Flow Booster |
3.4
|
13 SCFM
|
1/2 inch
|
Model 470-002HF - Flow Booster |
9.0
|
27 SCFM
|
3/4 inch
|
Model 470-002SHF - Flow Booster |
12.2
|
44 SCFM
|
1 inch
|
|
Electronic Vacuum Regulators |
|
|
Cv
|
Flow Capacity
|
Model 470 (large capacity) |
3.4
|
13 SCFM
|
Model 484 (small capacity) |
0.042
|
25 SCFH
|
Model 487 (small capacity self-relieving) |
0.11
|
25 SCFH
|
|
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Model 492 Electronic Vacuum Relief Valve |
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Model 494 Vacuum / Pressure Regulator with analog FlowSensor output |
Please select a conversion method |
Conversions |
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Calculations are approximate. Please verify all conversions. |