What flowmeter is ideal for patient transport due to its design?

The Bourdon gauge is considered ideal for patient transport primarily due to its robust and portable design. Unlike other types of flowmeters, the Bourdon gauge operates independently of the position of the device. This means that it can function effectively regardless of whether it's upright or tilted, making it particularly suited for use during the often movement-intensive circumstances of patient transport.

Its accuracy remains intact in various positions, which is crucial for delivering precise dosages of oxygen or other gases during transit. Additionally, the Bourdon gauge has a dial that displays the flow rate, which allows healthcare providers to quickly assess and adjust settings as needed while on the move.

In contrast, flow restrictors and Thorpe tubes are generally more suited for stationary use in a clinical setting. Flow restrictors do not provide a visual indication of flow rate and are less adjustable, while Thorpe tubes can be affected by their orientation, making them impractical for transport scenarios. Pressure compensated Thorpe tubes, while functional in stationary settings, also rely on gravity and thus would not be ideal in a transport situation.