St. Kian Environmental Protection's SKANEWRJ drone gas detector is cheering for the whole country. Gas monitor
- Prices: Request for a Quote for Further Details
- Model : SKANEWRJ Drone Gas Detector cheers for support across the country
- Category: Meteorological Instrument
- Brand : Saint Kian Environmental Protection
- Delivery Time: Request for a Quote for Further Details
- Manufacturer: Saint Kian Environmental Protection
Products
Drone gas detector (4G)The St. Kian UAV gas detector is a high-performance UAV environmental monitoring equipment that can be equipped with6It supports sensors and cooperates with mobile vehicles such as drones and cars to achieve "detection wherever it goes". At the same time,St. Kian is also equipped with special gas analysis software,which allows users to analyze gas concentration and components more intuitively.
In addition,the flexibility of drones can be used to take photos and evidence collection on the ground at high altitudes,detect factory chimney emissions,and draw pollution gas diffusion maps,etc. The built-in sensor module can provide real-time online remote monitoring,such asH2S、CH4、CO2、SO2、VOCsThousands of chemicals,etc. It has the characteristics of high precision,small size,multi-component,multi-level alarm,real-time storage,fast response,convenient installation,low power consumption,high protection,and complete certificates. Shengkai'an Environmental Protection Technology Zhao 133....97..5..3....997)
two. Product advantages:
•The software system can be adapted to multiple drone manufacturers,inc all series from DJI;
•With automatic identification function,the detection gas can be set arbitrarily,and the humidity,temperature,PM2.5、O3、PM10、VOCsWait for real-time concentration values of thousands of gases;
•Monitoring data is displayed in real time,corresponding trend curves are generated,and can be viewed and compared with historical data at any time.
•It solves the entire process problems of data collection,data analysis,result presentation,work reporting,data storage,etc. for users,greatly saving time and labor costs;
•The outer casing adopts waterproof,windproof,dustproof and anti-impact design,which greatly increases the instrument’s risk resistance;
•The collected data has ultra-high spatial resolution and can be accurate to every street,every building,and even every height,and has achievedppblevel of detection accuracy;
•It can simultaneously display longitude and latitude,altitude,aircraft status,temperature,PM10、PM2.5,and thousands of gas concentration values;
•Real-time data can be transmitted wirelessly orGPRStransmitted to the server,
one. product description:
The St. Kian UAV gas detector is a high-performance UAV environmental monitoring equipment that can be equipped with6It supports sensors and cooperates with mobile vehicles such as drones and cars to achieve "detection wherever it goes". At the same time,St. Kian is also equipped with special gas analysis software,which allows users to analyze gas concentration and components more intuitively.
In addition,the flexibility of drones can be used to take photos and evidence collection on the ground at high altitudes,detect factory chimney emissions,and draw pollution gas diffusion maps,etc. The built-in sensor module can provide real-time online remote monitoring,such asH2S、CH4、CO2、SO2、VOCsThousands of chemicals,etc. It has the characteristics of high precision,small size,multi-component,multi-level alarm,real-time storage,fast response,convenient installation,low power consumption,high protection,and complete certificates.Welcome to visit Zhao
two. Product advantages:
•The software system can be adapted to multiple drone manufacturers,inc all series from DJI;
•With automatic identification function,the detection gas can be set arbitrarily,and the humidity,temperature,PM2.5、O3、PM10、VOCsWait for real-time concentration values of thousands of gases;
•Monitoring data is displayed in real time,corresponding trend curves are generated,and can be viewed and compared with historical data at any time.
•It solves the entire process problems of data collection,data analysis,result presentation,work reporting,data storage,etc. for users,greatly saving time and labor costs;
•The outer casing adopts waterproof,windproof,dustproof and anti-impact design,which greatly increases the instrument’s risk resistance;
•The collected data has ultra-high spatial resolution and can be accurate to every street,every building,and even every height,and has achievedppblevel of detection accuracy;
•It can simultaneously display longitude and latitude,altitude,aircraft status,temperature,PM10、PM2.5,and thousands of gas concentration values;
•Real-time data can be transmitted wirelessly orGPRStransmitted to the server,
three. Product parameters:
powered by | 12-24V |
Power consumption | 2W |
weight | 700g |
GPRS | have |
Detect gas | See table below |
transfer method | 4G/digital transmission |
Operating temperature | -20℃-70℃ |
Working humidity | <95%RH |
Protection level | IP65 |
Accuracy | 2%FS |
life | 2Year |
Applicable models | Multi-rotor,fixed wing |
Applicable industries | Pipeline inspection,environmental inspection,flue inspection,fire emergency inspection,etc. |
Four. Optional gas:
00none | 17hydroxide | 2EStyrene | 45cyclohexane |
01flammable gas | 18carbon dioxide | 2FIsobutylene | 46trichlorethylene |
02carbon monoxide | 19Silane | 30methylene | 47xylene |
03oxygen | 1Acarbon disulfide | 31nitrous oxide | 48Freon |
04hydrogen | 1BChlorine | 32natural gas | 49Methyl chloride |
05Methane | 1C | 33Phosgene | 4ADichloromethane |
06propane | 1Dgermane | 34Alkene chloride | 4B |
07carbon dioxide | 1Ehydrogen | 35Methanol | 4CMonomethylamine |
08ozone | 1FTetrahydrothiophene | 36ethanol | 4Dn-pentane |
09hydrogen sulfide | 20Acetylene | 37Isopropyl alcohol | 4En-hexane |
0Asulfur dioxide | 21Ethylene | 38acetone | 4Fn-heptane |
0BAmmonia | 22formaldehyde | 39Acetaldehyde | 50Isooctane |
0CChlorine | 23liquefied petroleum gas | 3AAcrylonitrile | 51Ethane |
0DEthylene oxide | 24Hydrocarbon | 3Bdimethyl sulfide | 52Petroleum ether |
0E | 25benzene | 3CEpichlorohydrin | 53Butane |
0F | 26hydrogen peroxide | 3DEthyl acetate | |
10hydrogen bromide | 27 VOC | 3E | |
11 | 28Sulfur hexafluoride | 3FMethyl mercaptan |
12 | 29Toluene | 40Tetrachlorethylene | |
13hydrogen fluoride | 2Adiethylene | 41Thionyl chloride | |
14Bromine gas | 2Bcarbon oxysulfide | 42vinyl acetate | |
15Nitric oxide | 2CHydrazine | 43ThiolsTBM | |
16nitrogen dioxide | 2Dhydrogen selenide | 44 TVOC |
five. Smart cloud platform
In order to better serve enterprises,our company has developed an IoT monitoring cloud platform for enterprises. The platformWith real-time gas concentration display,historical curve output,GPSPositioning,historical tracks,historical data,multi-level alarms,data import and export,modificationLOGOand company name and many other functions.
Platform features
12 | 29Toluene | 40Tetrachlorethylene | |
13hydrogen fluoride | 2Adiethylene | 41Thionyl chloride | |
14Bromine gas | 2Bcarbon oxysulfide | 42vinyl acetate | |
15Nitric oxide | 2CHydrazine | 43ThiolsTBM | |
16nitrogen dioxide | 2Dhydrogen selenide | 44 TVOC |
five. Smart cloud platform
In order to better serve enterprises,our company has developed an IoT monitoring cloud platform for enterprises. The platformWith real-time gas concentration display,historical curve output,GPSPositioning,historical tracks,historical data,multi-level alarms,data import and export,modificationLOGOand company name and many other functions.
St. Kian's UAV gas detector can collect atmospheric environment data under a variety of complex regional environmental conditions through electrochemical sensing technology,effectively solving a series of problems such as complex terrain,severe weather,low monitoring accuracy,and small monitoring range. Problems are uploaded to the server through data transmission. Back-end personnel query atmospheric environment data through the terminal in real time to achieve efficient and comprehensive data query.Errors caused by space-based monitoring,ground monitoring,and high-altitude aircraft monitoring on the atmospheric environment monitoring system.
Compared with existing technology,our drone monitoring system has the characteristics of high integration,wide application scenarios,and strong functional scalability.Can satisfy most industrial fieldsenvironmental monitoring needs.
two.Functional advantages
• IP65 protection level,which can ensure the safety of internal circuits and achieve the effects of moisture resistance,high temperature resistance and pressure resistance;
• Small and lightweight,suitable for a variety of working environments;
• The detector’s high resolution and flexibility enable multi-component testing at the same time,throughout the day
Temperature,real-time,continuous and automatic monitoring;
•The supporting monitoring platform can display monitoring data in real time,generate corresponding trend curves,and compare it with historical data at any time;
•The instrument can automatically identify gas types to ensure gas detection accuracy;
•Due to digital transmissionThe transmission distance of on-site terminals is relatively scattered and the data communication rate is high.Therefore,the digital version of UAV is popularbody detectorreal-timeApplicable to most industrial fields;
•Three-dimensional monitoring,fast response,wide monitoring range,little terrain interference,and low cost;
•It can effectively solve the entire process problems of data collection,data analysis,result presentation,work reporting,data storage,etc.,further saving users' time and labor costs;
• Can simultaneously display longitude and latitude,altitude,aircraft status,temperature,PM10,PM2.5,and thousands of gas concentration values in real time。
three.Technical Parameters
powered by | 12-24V |
Power consumption | 2W |
weight | 700g |
GPRS | have |
Detect gas | Reference gas selection table |
transfer method | digital transmission |
Operating temperature | -20℃-70℃ |
Working humidity | <95%RH |
Protection level | IP65 |
Accuracy | 2%FS |
life | 2Year |
Applicable models | Multi-rotor,fixed wing |
Applicable industries | Pipeline inspection,environmental inspection,flue inspection,fire emergency inspection,etc. |
Four.Gas selection
00none | 17hydroxide | 2EStyrene | 45cyclohexane |
01flammable gas | 18carbon dioxide | 2FIsobutylene | 46trichlorethylene |
02carbon monoxide | 19Silane | 30methylene | 47xylene |
03oxygen | 1Acarbon disulfide | 31nitrous oxide | 48Freon |
04hydrogen | 1BChlorine | 32natural gas | 49Methyl chloride |
05Methane | 1C | 33Phosgene | 4ADichloromethane |
06propane | 1Dgermane | 34Alkene chloride | 4B |
07carbon dioxide | 1Ehydrogen | 35Methanol | 4CMonomethylamine |
08ozone | 1FTetrahydrothiophene | 36ethanol | 4Dn-pentane |
09hydrogen sulfide | 20Acetylene | 37Isopropyl alcohol | 4En-hexane |
0Asulfur dioxide | 21Ethylene | 38acetone | 4Fn-heptane |
0BAmmonia | 22formaldehyde | 39Acetaldehyde | 50Isooctane |
0CChlorine | 23liquefied petroleum gas | 3AAcrylonitrile | 51Ethane |
0DEthylene oxide | 24Hydrocarbon | 3Bdimethyl sulfide | 52Petroleum ether |
0E | 25benzene | 3CEpichlorohydrin | 53Butane |
0F | 26hydrogen peroxide | 3DEthyl acetate | |
10hydrogen bromide | 27 VOC | 3E | |
11 | 28Sulfur hexafluoride | 3FMethyl mercaptan | |
12 | 29Toluene | 40Tetrachlorethylene | |
13hydrogen fluoride | 2Adiethylene | 41Thionyl chloride | |
14Bromine gas | 2Bcarbon oxysulfide | 42vinyl acetate | |
15Nitric oxide | 2CHydrazine | 43ThiolsTBM | |
16nitrogen dioxide | 2Dhydrogen selenide | 44 TVOC |
Note: If you need to detect other gases,please consult our sales staff.
five.Monitoring system design
The atmospheric environment monitoring system based on drones mainly consists of three parts: the drone system,the atmospheric environment data collection system,and the data aggregation service center.
The UAV system is mainly used to carry the atmospheric environment data collection system to the planned area to collect atmospheric environment data.
The atmospheric environment data collection system mainly consists ofPM2.5、PM10、SO2、NO2It is composed of gas sensors. Considering that the UAV system cannot carry heavy equipment,in order to reduce the weight of the entire system,the St. Kian R&D team adopted a small system design solution to maximize the flight area and flight time of the entire system.
The data aggregation service center mainly processes,analyzes and stores the collected data,and also usesArcGIS EngineThe service realizes functions such as real-time query and analysis of collection,historical retrieval and drawing of historical air quality curves for a period of time.