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Environmental Protection Industry MR-FAT Fourier Transform Infrared Telemeter Brand, Ranking

MR-FAT UAV Fourier transform infrared telemetry imager is a scanning gas infrared remote sensing telemetry instrument based on passive Fourier transform infrared spectroscopy technology, which can automatically detect and alarm target gas clouds, and can identify gases. Types and semi-quantitative gas concentrations. And mounting this instrument on a drone will make it more maneuverable.

Infrared spectrum is also called molecular fingerprint, and the infrared spectrum characteristics of different gas molecules are different. Most toxic and harmful gases have characteristic peaks in the long-wave infrared band. Fourier transform infrared spectroscopy technology uses the infrared spectral characteristics of gases for detection and analysis.

Product Description

Main Features

  • Equipped with DJI M300 drone, it can flexibly avoid obstacles and perform high-altitude detection and scanning.
  • Automatic and real-time analysis and identification of various gases, up to hundreds of gas types.
  • Long-distance, non-contact safety monitoring.
  • High spectral collection rate (20 times/second) and high spectral resolution (better than 2cm-1).
  • Use the DJI drone’s own camera to scan and identify dangerous areas from a first-person perspective.
  • Protection grade IP66, waterproof and wind-resistant for reliable operation.
  • Small size, light weight, quick to deploy, and highly maneuverable.
  • Supports multi-language visual windows with an intelligent, customizable interface.

Application Areas

  • Fire rescue emergency monitoring
  • Monitoring of hazardous chemical emergencies
  • Public security emergency monitoring of hazardous chemicals

Technical Indicators

Measurable gas Petrochemical: methanol, ethanol, acetic acid, aniline, styrene, etc.
Fire protection: AC, acetone, CS2, nitric acid, hydrazine, benzene, etc.
Other chemicals: hydrazine, ASH3, H2S, NF3, HCL, SO2, etc.
Military: VX, GA, GD, Soman, sarin, mustard gas, etc.
Detector type Cooled mercury cadmium telluride detector
Detection distance More than 4km
Spectral range 8~12μm
Spectral resolution Better than 2cm-1
Spectral acquisition rate 20 spectra/second (Δσ≤ 2 cm-1, double-sided interference pattern)
FPV camera 960P
Operating temperature -20℃ ~ +50℃
Protection level Detector IP66, drone protection level IP45
Installation method Suspension mounted below M300RTK
Dimensions Expanded: 810×670×430 mm (excluding blades)
Folded: 430×420×430 mm (including paddles)
Weight 12.8Kg (including dual batteries)
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PC Software & Configuration

Software Features

  • Real-time image transmission of drone perspective images.
  • 4G wireless transmission between drone and portable computer.
  • Efficient timing design with strong anti-interference characteristics.

Standard Configuration

  • Telemeter host & Portable laptop
  • Real-time identification software
  • DJI M300RTK (optional)
  • Carrying case & Operating Instructions
  • Certificate of conformity
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Scenario Application

Application Scenario 1
Application Scenario 2
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Frequently Asked Questions

What is the maximum detection range of this gas monitoring system?
The system features long-distance, non-contact monitoring with a detection range exceeding 4 kilometers.
How many types of gases can the device identify?
The device can automatically analyze and identify up to hundreds of gas types, including petrochemicals, fire-related chemicals, and military toxic gases.
Is the equipment durable enough for outdoor emergency use?
Yes, the detector has a protection grade of IP66, making it resistant to wind and rain, ensuring reliable operation in harsh environments.
Which drone platform is compatible with this system?
The system is specifically designed to be suspension-mounted below the DJI M300RTK drone for high-altitude detection.
What is the spectral acquisition rate of the sensor?
The spectral collection rate can reach 20 times per second while maintaining a spectral resolution better than 2cm-1, providing excellent real-time response.
How is data transmitted from the drone to the operator?
Data and real-time images are transmitted between the drone and the portable laptop using 4G wireless transmission technology.

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