Description

CDW-12A Carbon Dioxide Outdoor Co2 Sensor

The smart CO2 sensor transmitter uses the NDIR method to measure CO2 levels in the air. It has advanced infrared technology for gas detection. The sensor features a precise optical path and a reliable circuit.

A built-in temperature sensor helps ensure accurate measurements. This CO2 sensor works without needing oxygen and lasts a long time.

Robust Design for Harsh Conditions​

Outdoor CO2 sensors are built to be tough and long-lasting. They can handle tough outdoor conditions. They often have an IP rating, like IP65 or higher. This keeps them safe from dust, water, and other things.

This ensures dependable performance in very bad weather. This includes heavy rain, snow, strong winds, and bright sunlight.

Some sensors have a weatherproof case. This keeps the inside parts safe from moisture and damage. It can be used for a long time in open spaces.

12-24V power supplies,Easy to install both indoors and outdoors.

High Precision Measurement​

These ndir sensor use advanced technology to give very accurate readings of CO2 levels. Many people use non-dispersive infrared (NDIR) technology.

This technology measures how CO2 molecules take in infrared light. This method provides great precision. Some sensors can reach an accuracy of ±30 ppm or better.

They also use circuits that adjust for temperature changes. This helps adjust for temperature changes in outdoor settings. It makes sure measurements are steady and trustworthy, regardless of the temperature.

Wide Measurement Range​

Co2 measurement measure a wide range of levels for different uses. They can monitor CO2 levels from as low as 0 ppm to as high as 20,000 ppm or more.

In normal conditions, the usual CO2 level is about 400 ppm. In industrial areas or near certain activities, levels can be much higher. The wide measurement range lets us monitor many different environments effectively.

Dimnsion & Mounting

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Carbon Dioxide Sensor communications

Application

Meteorology and climate research:

◉In places like homes, offices, schools, and hospitals, we use smart carbon dioxide sensors. These sensors check the levels of carbon dioxide indoors. When people move in closed spaces, they breathe out carbon dioxide. This makes the carbon dioxide levels go up.

◉At city environmental monitoring stations and weather stations, sensors check carbon dioxide levels in the air. This is important for studying climate change. Carbon dioxide is a key greenhouse gas. Changes in its levels can impact the Earth’s climate system.

Agricultural field:

◉In greenhouse planting, carbon dioxide sensors are very important. Plants need carbon dioxide to do photosynthesis. By checking the CO₂ levels in greenhouses, growers can add carbon dioxide when needed. This depends on factors like plant growth stage and light conditions.

◉During the storage of agricultural products, we use smart CO₂ sensors. These sensors check the CO₂ levels in the storage area. For example, in cold storage for fruits and vegetables, the right CO₂ level can slow down respiration. This helps to extend the shelf life of the products.

CO2 Sensor News

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