Board Overview of Fermion: MEMS NO2 Gas Detection Sensor

Fermion: MEMS Nitrogen Dioxide NO2 Gas Detection Sensor (Breakout, 0.1-10ppm)

SKU:SEN0574 Brand:DFRobot Reward Points: 75

$7.50
In Stock

Categories: Sensors All Products Air Sensors

Topic: Arduino Fermion

Quantity Based Price

QTYDISCOUNT
3-4$7.20
5-9$7.10
10+$6.90

* Model:

[[item.name]]

Quantity:

Expected Restock Date: [[restockDate]]

Frequently Bought Together

Fermion: MEMS Nitrogen Dioxide NO2 Gas Detection Sensor (Breakout, 0.1-10ppm)

Fermion: MEMS Carbon Monoxide CO Gas Detection Sensor (Breakout, 5-5000ppm)

$4.90
Fermion: MEMS Volatile Organic Compounds VOC Gas Detection Sensor (Breakout, 1-500ppm)

$4.90
Fermion: MEMS Methane CH4 Gas Detection Sensor (Breakout, 1-10000ppm)

$4.90
Fermion: MEMS Hydrogen Sulfide H2S Gas Detection Sensor (Breakout, 0.5-50ppm)

$7.50

You have chosen:[[togetherChouseinfo.num]]

Total amount: [[currency]][[togetherChouseinfo.price]] [[togetherChouseinfo.price]][[currency]]

Introduction

Fermion: MEMS Nitrogen Dioxide NO2 Gas Detection Sensor employs state-of-the-art micro-electromechanical system (MEMS) technology, endowing the sensor with compact dimensions (13x13x2.5mm), low power consumption (＜20mA), minimal heat generation, short preheating time, and swift response recovery. The sensor can qualitatively measure the concentration of nitrogen dioxide gas, and is suitable for nitrogen dioxide detector, automobile exhaust detection, and other application scenarios.

The MEMS series currently encompasses 11 different types of gas sensors (HCHO, CO, CH4, VOC, NH3, H2S, EtOH, Smoke, Odor, H2, NO2), which can be combined as per specific requirements.

Please note: This sensor is capable of only qualitative measurements. For quantitative measurements, kindly consider purchasing the Gravity: Factory Calibrated Electrochemical Gas Sensor Series.

Wiring Diagram of Fermion: MEMS NO2 Sensor and Arduino UNO

Figure: Wiring Diagram of Fermion: MEMS NO2 Sensor and Arduino UNO

Precautions for use

Kindly remove the protective film before usage.

To prevent exposure to volatile silicon compounds vapors (such as silicone adhesive, hair gel, silicone rubber, or other locations where volatile silicon compounds are present).

Avoid exposure to high concentrations of corrosive gases (such as H2S, SOX, Cl2, HCl, etc.).

Prevent contamination from alkalis, alkali metal salts, and halogens.

Refrain from prolonged exposure to extreme environments (such as high temperatures, high humidity, high pollution).

Avoid contact with water, condensation, and freezing.

Minimize excessive vibration, impact, and dropping.

Please refrain from employing this module in systems that involve personal safety concerns.

For extended periods of non-usage, it is advisable to preheat the module for at least 24 hours.

Features

Compact size, measuring only 13*13*2.5mm

Low power consumption, operating current ＜20mA

High sensitivity and rapid response recovery

Advanced MEMS technology

Applications

Air quality monitoring: measures the level of NO2 and other pollutants in the ambient air.

Automotive emission control: monitors the NO2 emission from vehicles and adjusts the fuel injection and combustion parameters to reduce the emission.

Industrial safety: detects the leakage or exposure of NO2 and other toxic gases in industrial processes or workplaces.

Specification

Gas detected: NO2

Detection range: 0.1-10ppm

Operating voltage: 3.3-5V

Operating current: ＜20mA

Output signal: Analog voltage

Sensitivity: R0(in air)/Rs(in 5ppm NO2) ≥ 0.5

Operating temperature: -10-50℃

Operating humidity: 15-90%RH (non-condensing)

Lifespan: ≥5 years (in air)

Dimension：13×13 x 2.5mm/0.0.51×0.51x0.1"

Projects

Project: Building an Electronic Nose with MEMS Gas Detection Sensor Breakout Series and Edge Impulse Platform

Introduction:

In this project, I developed an electronic nose using DFRobot mems series gas sensors and the Edge Impulse platform, which is capable of identifying the scents of beverages and fruits.