+
  • 1a05.jpg

Fully automatic methane detector

Retail price

Market price


The HJ-CH4 mini fully automatic airport‑mounted drone methane detection sensor is an advanced device that employs TDLAS laser‑based sensing technology, designed for high‑precision measurement and mapping of methane (CH4) concentrations. Seamlessly integrated with the DJI Dock 2 and highly compatible with the Matrice 3D/3TD platforms, this system significantly reduces costs and enhances the efficiency of unmanned methane leak detection in industrial settings and pipeline networks—particularly in large‑scale chemical parks and during pipeline inspections—opening up limitless possibilities.

Category:

Unmanned aerial vehicle equipment

Weight

kg

Quantity
-
+

Inventory

隐藏域元素占位

Download
  • Product Description
  •  

     

    Telemetry range: Up to 50 m

    Response time: 20 ms

    Lightweight, weighing 220g

    Margin of error ±10%

     

    Product Specification Sheet

     

    Detected gas: Methane Response time: 20 ms
    Detection principle: Tunable Diode Laser Absorption Spectroscopy (TDLAS) Waterproof rating: Pan-tilt unit IP44, main body IP43
    Applicable model: DJI Airport 2 drone M3TD Laser classification: Class I, safe for the human eye
    Electrical Interface: E-Port Interface Laser designation: Class III, hazardous to the human eye.
    Gimbal Type: Two-Axis Stabilization (Pitch and Roll) Operating temperature: -25 to 60°C
    Gimbal angle jitter: ±0.01° Operating humidity: ≤95% RH (+25°C)
    Detection range: 1–50 m Power consumption: 3W
    Detection range: 0–100,000 ppm·m Gimbal weight: 220 g
    Measurement error: ±10% Device box weight: 90 g
    Sensitivity: 5 ppm·m Mount dimensions: 75×75×100 mm
      Device box dimensions: 60×70×60 mm

     

     

    Application scenarios

     

    Ecological environment

    Chemical Park Inspection

    Petrochemicals

    Solid waste treatment

    Public Safety

    Greenhouse Gas Emission Monitoring

     

Dear customer, if you have any comments or suggestions regarding our products or services, please let us know promptly. We will address your concerns and provide a satisfactory response as soon as possible.

Related products

High-Precision Positioning and Orientation Equipment for Ship DP Systems: HYPOS®/GNSS NPO20


The HYPOS®/GNSS NPO20 navigation and positioning all-in-one system features a built-in HYPOS®10S high-precision GNSS satellite receiver and a fully equipped computer host. The entire unit is housed in a metal enclosure and integrates a central processing unit, chipset, memory, hardware components, a graphics card, a network card, a sound card, two cooling systems, various I/O peripheral interfaces, and multiple serial port outputs. It supports the simultaneous connection of multiple monitors for dual‑display operation, and runs on the Linux operating system.

HYPOS® GNSS High-Precision Satellite Receiver


The HYPOS® GNSS high-precision satellite receiver is a high‑accuracy GNSS receiver designed for engineering, monitoring, and other applications. It is suitable for projects such as marine surveying, vehicle tracking, structural health monitoring, and automated data acquisition.

NPY25 GNSS High-Precision Navigation Tablet


Addressing the needs of GIS spatial data collection across sectors such as land resources, forestry, power, agriculture, and transportation, this software is developed on mobile smart devices, integrating GNSS positioning, GIS geographic information, and mobile internet technologies. The system offers distinctive features including multi-source map combination browsing, multi‑mode spatial data collection and editing, location‑based navigation with multiple precision levels, and a variety of thematic map visualization, cartography, and printing capabilities, providing users with an integrated mobile GIS solution.

Smart Positioning Safety Helmet


The smart positioning safety helmet employs UWB+MOB positioning technology, periodically transmitting location signals to the terminal. It also integrates a man-overboard detection and rescue device, which can be activated in hazardous situations such as falling into the water to promptly send a distress signal.