Oxygen (O²) Flow Meter Double “Click Type” with Heyer connection

Oxygen (O²) Flow Meter Double “Click Type” with Heyer connection

Oxygen (O²) Flow Meter “Click Type” Double

Output Setting: 0.5, 1,2, 3, 4, 5, 6 ,8 10, 15, 25 ℓ/min with Heyer connection

(Aluminum Body)

An oxygen flow meter that is described as “click type” typically refers to a flow meter used in medical settings to regulate and measure the flow of oxygen from a supply source to a patient. Here’s a breakdown of what this type of flow meter typically entails:

  1. Functionality: The “click type” usually refers to the mechanism by which the flow rate is adjusted and set. These meters often have a knob or dial that can be turned to adjust the flow rate in liters per minute (LPM). As you turn the knob, it clicks into place at standardized flow settings.
  2. Standard Flow Rates: Oxygen flow meters commonly provide a range of flow rates typically from 0 to 25 LPM. Each click or notch on the dial corresponds to a specific flow rate increment.
  3. Visual Indicator: The “click” aspect of the flow meter refers to the audible or tactile feedback the dial provides when you set it to a specific flow rate. This feature helps healthcare providers to easily and accurately set the desired oxygen flow rate.
  4. Applications: These flow meters are essential in hospitals, clinics, and other medical settings where oxygen therapy is administered. They are used in conjunction with oxygen cylinders or central oxygen supply systems to deliver the appropriate amount of oxygen to patients.
  5. Safety and Accuracy: It’s crucial for these flow meters to be accurate and reliable to ensure that patients receive the correct oxygen therapy prescribed by healthcare providers. Regular calibration and maintenance are necessary to maintain accuracy.

A “click type” oxygen flow meter is a specific type of medical device used to control and measure the flow of oxygen to patients. The term “click type” refers to the mechanism by which the flow rate is set and adjusted, typically involving audible or tactile feedback as the dial is turned to specific flow settings.

 

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