Oxygen sensor
Summary
An oxygen sensor is used to measure the amount of oxygen in the environment. Its design is such that it can detect the oxygen concentration in the environment with high accuracy and reliability. Thus this tool is used in various industries such as automobile manufacturing, medicine, and ventilators.
Introduction
The operation of the oxygen sensor is based on changes in electrical resistance in response to the presence of oxygen. Hence this is designed to detect the concentration and level of oxygen in the environment. The use of this sensor with thermal mass flowmeter technology can measure and control oxygen concentration at any moment in addition to detection.
Oxygen sensor
An oxygen sensor is an electronic device that is used to measure the amount of oxygen in air, fuel, or blood. This tool measures the amount of oxygen by using electrochemical technology and making electrical changes in response to the presence of oxygen. It is used in cars to help reduce air pollution and improve engine performance. Also, used in medicine to measure the oxygen concentration in the blood of patients and the oxygen level of the environment.
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Importance of using an oxygen sensor
Using this tool in automotive, medicine, and industry is very important, and their design and troubleshooting must be done carefully so that they always function correctly and can protect people and equipment from the dangers of gases and low oxygen in the air. Here we discuss some of the uses of this important tool.
1- Detection of blood oxygen level
2- Monitoring respiratory parameters such as heart rate, body temperature, and carbon dioxide level
3. Artificial ventilation control
4. Body activity monitoring
5- Adjusting the ratio of air to fuel in the engine
An example of common application of oxygen sensor and thermal mass flow meter
The oxygen sensor and thermal mass flowmeter can be used simultaneously in the hospital oxygen supply system. so that the thermal mass flowmeter is used to measure and control the oxygen level of the patient and its environment, and the other one is used to detect the available oxygen; Therefore, using the information provided by these two, the intelligent oxygen supply system monitors and controls the oxygen concentration at any moment and also guarantees the safety and health of patients.
- Conclusion
In general, simultaneous use of oxygen sensors and thermal mass flowmeter as two different and complementary systems can be effective and useful in optimizing and increasing the efficiency of systems. Therefore Breezens company is ready to provide services with several years of experience in the field of manufacturing precision instruments for fluid measurement and control, design, and consulting. You can contact us to buy products.