For the detection of oxygen concentration in the environment, the oxygen detector can effectively help us detect the oxygen concentration in the environment, so we all know that oxygen detector can be used in what environment? the following is an introduction to yiyuntian electronic editor:

The oxygen detector can be used in the following environments:

1. Hypoxic environment:

Anoxic environment generally refers to a closed or semi-closed place. The oxygen flow in this environment is very poor. If you work in this environment for a long time, you may experience hypoxia.When the oxygen concentration in the environment is less than 17.5 percent, the body reacts with hypoxia. The more common hypoxic response is the high-altitude response that occurs in our high-altitude environment, which is caused by the low oxygen concentration in the environment. When workers work in confined spaces, hypoxia often occurs due to poor ventilation, causing greater harm to workers.

2. Oxygen-enriched environment:

The main factor causing oxygen-enriched environment is oxygen leakage, which is mainly generated in places such as oxygen generation, storage, transportation and use. In the environment of oxygen pipeline, oxygen filling station, oxygen cylinder storage room, etc., serious harm caused by oxygen leakage must be avoided. Since the oxygen concentration in the environment exceeds 23.0%, it will cause oxygen poisoning reaction in the human body. Oxygen as a combustion-supporting gas is also one of the main factors leading to serious oxygen leakage fires.

the above relevant contents about the environment in which the oxygen detector can be used are shared here. because the oxygen-rich environment and the oxygen-poor environment have a great impact on the human body, in order to avoid accidents, when we work in the above two environments, we need to use an oxygen detector as a detection instrument, so that when the oxygen concentration is too high or too low, we can promptly remind personnel to do a good job of safety protection.