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NO gas sensor– Nitric oxide sensor

NO gas sensor– Nitric oxide sensor

Understand NO gas sensor

NO gas sensor

The NO gas sensor is a kind of gas sensor which adopts wall mounted and uses electrochemical detection principle to detect the concentration of NO gas in the environment. The NO gas supports multiple signal outputs such as RS485/4 20mA/0-5V/0-10V/NB-IoT/LoRa/WIFI/ Ethernet to meet different environment requirements. Wireless transmission, no wiring, low power consumption, stable performance. The shell of the nitric oxide gas sensor adopts IP65 high-density material shell, built-in waterproof strip, moisture-proof and dust-proof.

NO gas sensor Features

1.Adopt imported electrochemical gas sensor, stable and durable.

2.Optional ranges 0-250ppm and 0-2000ppm.

3. High accuracy, repeatability within 2%.

4. 12~24V DC wide voltage power supply, suitable for all kinds of DC power supply.

5.Optional temperature, humidity and hydrogen three-in-one sensor, high protection level, can be used in harsh field environment.

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NO gas sensor video

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FAQ

What is nitric oxide gas?

Nitric oxide, which is an inorganic compound, has the chemical formula NO, which is a nitrogen-oxygen compound with a nitrogen valence of +2. At normal temperature and pressure, it is colorless gas, slightly soluble in water, soluble in ethanol and carbon disulfide.

What is NO gas detector?

Nitric oxide detector is sensor, change-send integration of NO detection transmitter, there are several shapes, in accordance with the national explosion-proof standards production. The measuring element is imported gas sensor, which has the characteristics of accurate measurement, long life, high stability and strong anti-interference ability. The product has fast response speed, anti-interference, pollution ability, dustproof, explosion-proof function.

What are the dangers of NO ?

Nitric oxide harms the human body mainly by damaging the respiratory tract. Nitric oxide is unstable and easily converted into nitrogen dioxide in the air to produce a stimulating effect. Nitrogen oxides mainly damage the body’s respiratory tract.

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