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Unmanned Aerial Vehicle Portable Gas Detector M300
Category:
This product is tailored to the application characteristics of drones and has been optimized in terms of volume, weight, power consumption, and electromagnetic interference. It is equipped with electrochemical, infrared, and other types of sensors. Real time viewing of GPS information data carried by aircraft and atmospheric data collected by sensors.
Accessories：
Product Introduction
◆ Background technology
At present, the air pollution monitoring of the environmental protection system mainly relies on manual ground monitoring at designated locations. Given the concealment of air pollution emissions and the sudden occurrence of pollution accidents, traditional ground monitoring methods are difficult to meet the emergency needs of the environmental protection department. Nowadays, many environmental protection departments have adopted remote sensing technology as the main means of monitoring regional atmospheric pollution. Unmanned aerial vehicle remote sensing technology has the advantages of three-dimensional monitoring, fast response speed, wide monitoring range, low terrain interference, and high safety. It is one of the important development directions for identifying pollution sources and detecting concentration in future atmospheric emergencies. Through the analysis of airborne drone flight detection data and ground terminal data, it is possible to carry out detection tasks on pollution gas emissions from key chemical enterprises. Alternatively, emergency detection of sudden pollution and harmful gases can be carried out to assist in firefighting and disaster relief, reducing unnecessary casualties. This provides effective means and reliable technical support for the emergency detection and monitoring of air pollution accidents in China through aerial remote sensing.
◆ Extremely industrial quality
The shell adopts nylon sintering process, which is high-temperature resistant, high strength, good toughness, overall appearance is beautiful, high-end and atmospheric, and has a strong sense of industry. DJI SKYPORT V2 link mode allows for quick disassembly and assembly, reducing user installation and wiring difficulties, eliminating the need for external power supply, ensuring safety and stability.
◆ Excellent gas detection capabilities
Adopting high-precision and high sensitivity sensors, the factory defaults to include temperature, humidity, VOC, formaldehyde, PM1, PM2.5, PM10 suspended particulate matter, hydrocarbon combustible gas (typical gas methane), and combustible gas; Sulfur dioxide; Nitrogen dioxide; Carbon monoxide; Carbon dioxide detection sensor. Different gas sensors such as oxygen, ozone, ammonia, hydrogen sulfide, chlorine, hydrofluoric acid, etc. can also be customized according to the needs of the application field. Imported sensors can also be customized according to customer needs.
◆ Convenient data export
The tail of the gas collection module provides a TF card socket, which can record the collected data after inserting the TF card. After data collection is completed, the TF card can be removed and the historical trajectory data can be read by the computer.
◆ DJI PSDK Development APP
Realizing real-time display of dynamic values on the same screen as the M300RTK drone remote control, convenient switching operation, and accurate data display.
Real time transmission system: The communication system transmits data in real time.
Multi form data presentation: real-time display of motion positions, real-time numerical changes, etc.
Body concentration warning: Automatically generate color to distinguish concentration status, and the concentration status is clear at a glance.
Geographic information synchronization: GPS geographic location synchronization, satellite map 2D map switching at any time.
Real time map detection: The map displays the gas concentration value at that location in real time
Historical data query: Historical data is automatically stored on a TF card and can be checked at any time.
◆ Partial sensor technical specifications (non-standard)
|
Classification |
Resolution ratio |
Range |
Warm-up time |
Response time |
Life |
Sensor type |
|
VOC |
0.1 ppm |
0.1-30ppm |
≤3 minute |
≤10s |
>5 years |
Semiconductor gas sensing element |
|
Temperature |
0.3°C |
-40-80°C |
None |
≤5s |
>5 years |
Semiconductor thermistor |
|
Humidity |
0.1 %RH |
0-99.9%RH |
None |
≤5s |
>5 years |
Semiconductor humidity sensor |
|
Gas |
0.01 %Vol |
0〜10.00%Vol |
≤3 minute |
≤30s |
>5 years |
Infrared |
|
Carbon dioxide |
50ppm |
0〜6000ppm |
≤3 minute |
≤30s |
>5 years |
Infrared |
|
Formaldehyde |
0.01mg/m3 |
0〜5mg/m3v |
≤3 minute |
≤60s |
≤2 years |
Electrochemistry |
|
Carbon monoxide |
1 ppm |
0〜1000ppm |
≤3 minute |
≤20s |
≤2 years |
Electrochemistry |
|
Nitrogen dioxide |
0.1 ppm |
0〜20ppm |
≤3 minute |
≤25s |
≤2 years |
Electrochemistry |
|
Ozone |
0.1 ppm |
0〜20ppm |
≤3 minute |
≤120s |
≤2 years |
Electrochemistry |
|
Sulfur dioxide |
0.1 ppm |
0〜20ppm |
≤3 minute |
≤30s |
≤2 years |
Electrochemistry |
|
Ammonia |
0.1 ppm |
0〜20ppm |
≤3 minute |
≤150s |
≤2 years |
Electrochemistry |
|
Hydrogen sulfide |
1 ppm |
0〜100ppm |
≤3 minute |
≤30s |
≤2 years |
Electrochemistry |
|
Chlorine |
0.1 ppm |
0〜10ppm |
≤3 minute |
≤60s |
≤2 years |
Electrochemistry |
|
Hydrofluoric acid |
1 ppm |
0〜10ppm |
≤3 minute |
≤60s |
≤2 years |
Electrochemistry |
|
Oxygen |
0.1%Vol |
0〜25%Vol |
≤3 minute |
≤15s |
≤2 years |
Electrochemistry |
|
Dust |
1ug/m3 |
0〜1000ug/m3 |
None |
≤30s |
≤3 years |
Laser |
◆ Technical Parameter
Gas detection terminal
| Product size | 113mm*77mm*65mm |
| Outer packaging box | 219mm*183mm*154mm |
| Weight | 238g |
| Connection method | DJI SKYPORT V2 |
| Control program | Gas detection dedicated APP |
| Supported platforms | M300RTK |
◆ Application Scenario
The product can be applied to: industrial air quality monitoring, gas emission detection in industrial areas, hazardous gas leakage, petrochemical testing, industrial dust, searching for pollution sources, chemical gas monitoring, on-site toxic gas detection in disaster situations, toxic and flammable and explosive gas detection during fire rescue, etc.
key word:
UAV
Gas detector
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Feedback
Leader Aer Al (Shenzhen) Co., Ltd
Address: Room 209, Nantaibang Technology Building, Gaoxin South Fourth Road, Yuehai Street, Nanshan District, Shenzhen
Tel: +86-416-3887130
E-mail: 80282586@qq.com
Liaoning Leader Aer Al Technology Co., Ltd
Address: No.164 Jiefang West Road, Jinzhou City, Liaoning Province
Tel: +86-416-3887130 Fax: +86-416-3887130
E0mail: 80282586@qq.com
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