CO2 sensors are widely used in many fields of work and bring many conveniences to people's lives. The installation position of the CO2 sensor has a great influence on whether it can function perfectly. Next, ATO will introduce you the installation skills of the CO2 sensor.
The proposal of the "Double Carbon Target" has brought more and more attention to the emission of carbon dioxide. Today, carbon dioxide has become an air pollutant that is mainly monitored in many fields such as industrial production, agricultural breeding, and indoor environment. With the continuous development of science and technology, the improvement of people's living standards and people's increasing emphasis on environmental protection, quantitative monitoring and control of carbon dioxide gas has become a growing demand in air conditioning, agriculture, medical care, automobiles and environmental protection. Next, we will bring you knowledge about how carbon dioxide works and what kinds of it.
As an instrument for detecting the concentration of carbon dioxide, carbon dioxide sensors are widely used in the living environment, plant cultivation, cultural relics, and archives protection. Next, ATO will take you to learn how to choose a suitable carbon dioxide sensor.
Any CO2 sensor needs to be calibrated before use to improve accuracy. So how much do you know about the calibration method of the carbon dioxide sensor? Next, let's learn the calibration knowledge of carbon dioxide sensor together.
We know that water, light and carbon dioxide are all necessary factors for plant growth. Among these three elements, water and sunlight are both visible to the naked eye, only carbon dioxide is invisible and intangible, and is often ignored by people. Carbon dioxide is one of the raw materials for plants to carry out photosynthesis, and the level of carbon dioxide concentration directly affects the growth quality of crops.
Carbon dioxide is the most ideal benchmark for measuring the air quality in the car. It is more sensitive than other air quality indicators. Whether it is different seasons or different times of the same day, the carbon dioxide content shows obvious changes. Therefore, it is very necessary to use carbon dioxide sensor to measure CO2 concentration.
A carbon dioxide sensor is a machine used to detect the concentration of carbon dioxide. Carbon dioxide is one of the raw materials for photosynthesis of green plants, and 95% of the dry weight of crops comes from photosynthesis. Therefore, the use of carbon dioxide sensors to control the concentration has become an important factor affecting crop yield. Carbon dioxide is a colorless, odorless gas that is one of the most important components of the atmosphere. As the main reactant of photosynthesis, carbon dioxide concentration is directly related to the photosynthetic efficiency of crops, and determines the growth, maturity, stress resistance, quality and yield of crops.
A carbon dioxide sensor is a machine used to detect the concentration of carbon dioxide. Carbon dioxide is one of the raw materials for photosynthesis of green plants, and 95% of the dry weight of crops comes from photosynthesis. For those unfamiliar with air quality sensors, choosing the right sensor can be challenging. Today we are going to discuss the types of CO2 sensors and their pros and cons.
