RM-65 Radon Detector for Home Basement

A sudden surge in abnormal differences may rarely be due to light leakage. To determine if it is caused by light leakage, you can observe whether the difference always occurs in a specific detector. If a particular detector frequently shows a sudden surge in differences, it is likely related to this issue.

Differences caused by the following situations are normal and related to the characteristics of radon or the environment:​

• Impact of air circulation: Radon is 8 times heavier than air. If the air in the detection environment is not circulating, radon tends to accumulate and distribute unevenly, which will increase the probability of differences.​
• Random distribution of radon in the air: The random distribution of radon in the air may lead to obvious short-term differences even between two detectors that are very close to each other. In this case, it is recommended to use the "cumulative average value of continuous observation" as the judgment basis (for example, a certain real-time data is 4.3/7.7, with an accuracy difference of 28%, but the cumulative average value is 5.6/6.7, which is within the marked 15% error range, that is, it meets the standard).​

On the contrary, a reasonable range of differences can better reflect the reliability of the detector, which is also one of the product highlights. Some low-end detectors on the market generate data only based on internal algorithms, so their values may appear more consistent, but cannot reflect the real radon data. The differences of this radon detector come from the accurate capture of real radon data, and the data fluctuation conforms to the natural characteristics of radon. It also proves that it can truly restore the radon status in the environment and has higher reliability.