Corentium Plus professional digital radon detector

NegotiableUpdate on 02/23

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Nature of the Manufacturer: Producers

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Overview

Every year, nearly 21000 Americans die because of radon pollution, six times as many as fire deaths and carbon monoxide deaths combined

Product Details

Every year, the number of Americans who died from radon pollution is close to21000 people, which is six times the total number of deaths caused by fires and carbon monoxide. Every household in the United States has some degree of radon pollution, and differences in weather, ventilation, season, and other factors can alter radon levels.

At present, the common equipment used for detecting radon gas is activated carbon canister, but activated carbon canister can only be used for short-term detection (a few days) and must be sent to the laboratory for analysis. This method is not only troublesome, but the radon content inside the carbon canister will also change over time.Airthings The emergence of this device has solved the existing dilemma. It utilizes digital sensors and smart home technology to provide long-term detection services while also displaying real-time radon gas levels.

Corentium allows you to easily obtain radon concentration and calculate the average radon content over a longer period of time. Powered by 3 standard AAA batteries, it is highly portable and suitable for householdsLaboratoryTesting in different places such as offices, schools, and kindergartens to promptly eliminate potential hazards and reduce radon concentration. It can also be used in professional fields to detect properties and the working status of radon elimination equipment.

Technical Parameter
Sampling method	Passive Radon Diffusion Chamber
test method	Alpha spectroscopy method
power supply	3 AA alkaline batteries (LR06)~Battery life up to 18 months
size	4.7x 2.7x1cm 140 x 140 x 30 mm
weight	0.3kgs with battery included
operating ambient temperature	4 to 40 °C < 85 % RH
detection range Display upper limit	0 - 1.000 pCi/L 500 pCi/L
Measurement uncertainty after 7 days Measurement uncertainty after 7 days	The standard deviation of 1.35-9.46pCi/L is less than 12% Greater than 9.46pCi/L with a standard deviation of less than 8% Within 2.43-5.95 pCi/L, the standard deviation is less than 9% Greater than 5.95pCi/L with standard deviation<6%
Diffusion time constant	25 Minutes
Test accuracy	± 0.14pCi/L, below 2.7pCi/L ± 5% higher than 2.7pCi/L
Internal storage capacity	10 years, at a time resolution of 1 hour
sensor temperature resolution	4 to 40 °C 0.2 °C ± 1 °F (typical), ± 2 °F (max) ± 0.5 °C (typical) , ± 1 °C (max)
humidity sensor resolution accuracy	5% RH to 85% RH (non condensing) 0.5 % RH ± 4.5% (humidity range 20-80% RH)
Pressure sensor Range resolution	50.0 kPa to 115.0 kPa 0.06 kPa ± 1 kPa