An Oxygen flowmeter is a device that
measures the flow of Oxygen from oxygen’s dispensing unit to the user/inhaler
of the oxygen. It will either be hooked up to a region of a tank of oxygen, or
it will be a standalone device that measures the flow from a gas tank. This
half is crucial on any oxygen-dispensing device as it provides a quantitative
measurement of the flow of gas moving to the user or patient through the
system. Usually, it comes customary on the flow valve for the oxygen-dispensing
device. Advanced Oxygen flow metering systems can even indicate whether or not
a line has blockage or if a tank of Oxygen is unfit to be used.
Meters that
measure Oxygen flow appear most frequently on Oxygen tanks and Oxygen
concentrators and on machines that make targeted Oxygen. Most systems
incorporate the Oxygen flow meter as a part of an O2 regulator valve;
however a flow valve can even be a separate device. An O2 regulator
valve, generally referred to as a flow regulator, controls the flow of O2
progressing to the user. The regulator valve sometimes has gauges like an Oxygen
flow and a pressure meter.
In the
medical field, a nurse uses an O2 flow meter to verify that the
patient is obtaining the proper quantity of Oxygen. A secondary meter can even
act as a fail safe for an O2 dispensing system. Usually, hand-held
meters are used for spot checks to confirm that O2 regulator flow
meters are functioning properly. Discrepancies within the O2 flow
meter reading scan indicate issues with the regulator or leaks inside the O2
system. Since a run-down regulator valve provides a patient or dependent user an
incorrect quantity of O2, observation the O2 flow meter
readouts is a very important a part of using O2.
Oxygen flow
meters always measure the gas flow in liters per minute (Lpm). Most O2
flow meters measure from 0-15 Lpm if they're measuring the flow from a
breathing apparatus tank or O2 concentrator. These tools are designed
to supply O2 to a patient who’s breathing primarily on his own.
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