Jinan Rainbow Technology Co., Ltd LEADING PROVIDER OF MICRO GAS SENSOR Gas Sensor ModuleCatalog Address: No.9999 Jingshi Road, Lixia District, Jinan City, Shandong Province, China Email: [email protected] Tel: +86-531-82602633 Fax: +86-531-82602933 Phone/WhatsApp: +86 18854156199 www.rainbowtechnology.cnl USA Research Center *Address: 209 107 th PL SE, Bellevue, WA 98004 *Tel: +1- 425-283-6889 *Email: [email protected]

3……………… About us 4……………….RK106S NDIR CO2 Sensor Module 5……………….RK14 Indoor Air Quality Sensor Module 6……………….M103Y Bad Breath Sensor Module 7……………….M1001 Formaldehyde Sensor Module CH2O 8………………..M1002 Ammonia Sensor Module NH3 9……………….M1003 Carbon Monoxide Sensor Module CO 10………………M1005 Ethanol Sensor Module C2H6O 11………………M1007 Hydrogen sulfide Sensor Module H2S 12………………M1007Y Hydrogen sulfide Sensor Module H2S 13………………M1008 Methane Sensor Module CH4 14………………M1008Y Methane Sensor Module CH4 15………………M1011 Propane Sensor Module 16………………M1013SY Digital VOC Sensor Module 17………………M1013DY VOC Sensor...

About us Jinan Rainbow Technology Co., Ltd. is a world-leading enterprise engaged in the R&D, production and sales of smart gas sensors, as well as providing IoT solutions. The company was founded in 2015 by a team of scientists from the National Aeronautics and Space Administration in Silicon Valley, USA, and the company was registered in Jinan. As a high-tech company, based on the most advanced third-generation semiconductor technology in the world, the company focuses on the research and development of advanced smart gas sensors. It has mastered the control of a variety of toxic and harmful...

RK106S NDIR CO2 Sensor ModuleSpecifications Single Beam NDIR CO2 Sensor Specification

General Description Based on MEMS gas sensor, the AQM-RK14 sensor module is used to measure VOC levels and provide TVOC equivalent and C02, HCHO equivalent predictions. The data is available via l2C bus or UART series port. The MEMS gas sensor can be protected by covering a PTFE filter membrane. The sensor module can be assembled by SMT or removable terminal plug connection. The benefits and features of AQM-RK14, Indoor Air Quality sensor module are listed below: > Reliable evaluation of indoor air quality > Built-in Temp. Compensation, external Humi. Compensation available > High sensitivity...

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M1003 Carbon Monoxide Sensor Module CO Technical Parameter Sensor Model

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M1008Y Methane Sensor Module CH4 Technical Parameter

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MD202 Laser Dust Sensor Datasheet Technical Parameter

PM1.0&PM2.5&PM10 Maximum consistency error Response time DC supply voltage Ripple Maximum working current stand-by current Data interface level working temeprature Storage temperature Working humidity Mean :ime between failures biggest size -10 ~+ 50 -30 ~ 60 0~99%RH (No condensation) >40000 continue to operate 50*35*21

1.1 Exposure to volatile silicon compound vapor The sensor should avoid exposure to silicone adhesive, hair spray, silicone rubber, putty or other places where volatile silicon compounds exist. If silicon compound vapor is adsorbed on the surface of the sensor, the sensor’s sensitive materials will be wrapped in silicon dioxide formed by the decomposition of silicon compounds, which inhibits the sensitivity of the sensor and is irreversible. 1.2 Highly corrosive environment The sensor is exposed to high-concentration corrosive gases (such as H 2 S, SO X, Cl 2, HCl, etc.), which will not only...

2.5 Vibration Frequent and excessive vibration will cause the internal leads of the sensor to resonate and break. The use of pneumatic screwdrivers/ultrasonic welding during transportation and assembly lines can generate such vibrations. 2.6 Shock If the sensor receives a strong impact or falls, its lead wire will break. 2.7 Conditions of use: 2.7.1 Manual welding is the most ideal welding method for the sensor. The recommended welding conditions are as follows: Flux: Rosin flux with the least chlorine Constant temperature soldering iron Temperature: 250℃ Time: no more than 3 seconds 2.7.2 The...