CCS801B-COPR

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CCS801B-COPR is a highly efficient gas sensor belonging to the family of Gas Sensors. It is a kind of heat conduction gas sensor, developed specifically for the fast and accurate measurement of CO and CO2 concentration in air. It is suitable for automotive, industrial, medical, personal and environmental gas measurements.

The working principle of CCS801B-COPR is based on the principle of heat conduction. When the user is in the presence of a combustible gas, a catalytic reaction takes place on a specially designed surface of the sensor. The heat generated by this reaction is transferred to a semiconductor sensor chip, where it is transformed into an electric signal. The signal is then processed and output as a concentration value.

The CCS801B-COPR is a highly accurate and sensitive sensor able to detect both CO and CO2 concentrations in the air. It is able to detect low concentrations of these two gases down to parts per million. This makes it ideal for the measurement of environmental air quality in both industrial and domestic environments. Additionally, it is suitable for the detection and measurement of CO in automobile exhaust.

The CCS801B-COPR is also designed for long-term monitoring usage. It has a long sensor life and a low power consumption. The sensor is also highly reliable and is able to detect small signals even in noisy environments.

In terms of applications, CCS801B-COPR is widely used in industrial and automotive combustion analysis, air quality monitoring systems, medical respiratory equipment, personal health care monitoring, and HVAC systems. Additionally, it can be used to detect and measure the levels of flammable and combustible gases in buildings, as well as in hazardous locations where the presence of flammable gases is a concern.

CCS801B-COPR is a highly reliable and accurate gas sensor and is suitable for a wide variety of applications. Its heat conduction working principle allows for fast and accurate measurement of CO and CO2 levels in air. It is suitable for both industrial and domestic applications and is capable of detecting very low concentrations of these two gases. Furthermore, it has a long lifespan and low energy consumption, making it ideal for long-term monitoring.

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