Oxygen Flow Meter [Assist with Wort Oxygenation]
Oxygen Flowmeter,Air Flowmeter Oxygen Air Flow Meter,Lzq5 Flowmeter 2.5-25Lpm Flow Meter with Control Valve for Oxygen/Air/Gas
More InfoHighlighted Features
- Made of high quality acrylic, it is transparent and can hold up to 0.6MPa pressure
- This gas meter is connected to hose to measure unidirectional gas
- Can measure blast furnace gas, oven gas, coal gas, air, nitrogen, acetylene, phosgene, hydrogen, natural gas, liquefied petroleum gas, hydrogen peroxide, flue gas, methane, butane, chlorine gas, methane, carbon dioxide, oxygen, compressed air, argon
- It is simple to use, and has 8mm barbs for convenient connection to hoses
- Mainly used for detecting the oxygen , control oxygen and can be used in industry
From HBF: Make sure the components you use are compatible and rated for your intended application. Contact manufacturer with questions about suitability or a specific application. Always read and follow manufacturer directions.
Oxygen Flowmeter,Air Flowmeter Oxygen Air Flow Meter,Lzq5 Flowmeter 2.5-25Lpm Flow Meter with Control Valve for Oxygen/Air/Gas – affiliate link, note that multiple variations of this product may be available, as such a different version may appear at this link
Using a Flow Meter For Increased Repeatability
Most regulators that homebrewers use for oxygenating wort are simple setups – Example – via William’s Brewing. They attach to disposable oxygen tanks (typically sourced from a local hardware store) and are little more than on and off valves. No gauges, no pressure control (other than the degree to which you open and close the valve) and no flow control.
Time and rate give you an idea of how much oxygen you’re really adding to your wort. Time is easy to track. Rate, not so much, at least with typical homebrew O2 regulators. If you want more or less oxygen for your next batch, it’s mostly a guessing game.
Enter a flow meter. This particular model has a range of 0 to 5 LPM. This model also appears to have an knob that allows you to adjust the flow rate. Note: .6 MPa is about 87 PSI.
With both time and flow rate you can establish a more reliable baseline to work off of. This information should also help you to get better repeatability between brews.
Note that these are typically used for medical applications. I’m not sure what the barb size is. You will need to figure out tubing and connections to a compatible regulator and aeration/oxygenation stone.
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