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An oxygen flowmeter is a specialised tool used in industrial or medical settings to monitor and regulate the oxygen flow rate. It is frequently employed in procedures involving the administration or regulation of oxygen, such as oxygen therapy, anaesthesia, respiratory care, and other activities.

A flow tube, a flow indicator, and a flow control valve are frequently used in oxygen flowmeter designs. The flow tube acts as a conduit for the oxygen, while the flow control valve allows adjustment of the oxygen flow rate. The flow indicator, which is frequently a rotameter or a ball float, shows the flow rate on a scale graphically.

The two most common kinds of oxygen flowmeters are:

1. Thorpe tube flowmeter: This kind of flowmeter employs a tube that is vertically orientated and has a float inside of it. The location of the float, which rises or lowers in reaction to the oxygen flow, corresponds to the flow rate on a graduated scale. Medical applications frequently use Thorpe tube flowmeters.

2. Digital flowmeter: To precisely measure the flow of oxygen, digital flowmeters use electronic sensors. They frequently have digital screens that show flow rate readings in real time. Additional features like data logging, alarms, and communication options may be available with digital flowmeters.

Usually calibrated for particular flow ranges, oxygen flowmeters are made to manage the unique characteristics of oxygen gas. To ensure safe operation, they could have extra safety features like pressure relief valves or built-in pressure regulators.

It is crucial to take into account the necessary flow range, accuracy, compatibility with oxygen systems, and any unique requirements of the intended application, such as medical certifications or standards, when choosing an oxygen flowmeter.

It's important to note that in order to guarantee patient safety and appropriate oxygen administration, the usage of oxygen flowmeters in medical settings should abide by all applicable laws and recommendations.