Calibration process of carbon monoxide detector

We all know that carbon monoxide is a gas in industrial production. Carbon monoxide plays an important role in industrial production. At the same time, carbon monoxide is also a toxic, flammable, colorless and odorless gas. Excessive carbon monoxide concentration will endanger human health, so it is necessary to use a carbon monoxide detector to detect it. And in the use of carbon monoxide, in order to ensure its reliability and accuracy, it needs to be calibrated regularly. So what are the calibration processes of carbon monoxide detectors? Let's take a look at it together!

The calibration process of carbon monoxide detectors usually includes the following steps:

1. Prepare the equipment and standard gas required for calibration to ensure that the environment meets the calibration requirements.

2. Preheat and stabilize the detector to achieve the best working state.

3. Use standard gas to perform zero point calibration and range calibration on the detector.

4. Repeat the test to ensure the stability and accuracy of the calibration results.

5. Record the calibration results and attach a calibration label with the calibration date and validity period.

To sum up, this is the calibration process of the carbon monoxide detector. The carbon monoxide detector plays a vital role in the chemical plant. Its accuracy and reliability are directly related to the safety of personnel and the normal operation of the factory. Therefore, regular calibration is the key to ensure the stable performance of the carbon monoxide detector.