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  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
  • TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR
TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR

TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR

  • 1 - 299 Pieces
    $1,750
  • 300 - 499 Pieces
    $1,700
  • >= 500 Pieces
    $1,680

Customization:

type(Min.Order: 1 pieces)
Measurement Range(Min.Order: 1 pieces)

TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Methane Detection: Equipped with TDLAS (Tunable Diode Laser Absorption Spectroscopy) technology for real-time, accurate detection of methane leaks (3%FS accuracy).
  • UAV-Based Mobility: Integrated with a drone platform for aerial inspection of hard-to-reach areas, enabling rapid scanning of large or hazardous zones.
  • Combustible Gas Monitoring: Detects methane and other combustible gases, providing real-time data transmission and leak localization.

Key features

  • 1. Advanced Material Technology for Lightweight Durability

  • With a lightweight carbon fiber body, reduce drone payload while maintaining structural integrity. This allows for extended flight times compared to heavier modules*.

  • 2. Plug-and-Play Design for Seamless UAV Integration

  • With plug-and-play compatibility, integrate seamlessly with UAV systems for rapid deployment, saving setup time versus traditional sensors*.

  • 3. Precision Accuracy for Reliable Detection

  • With 3%fs measurement accuracy, detect methane leaks with precision, 20% more accurate than conventional infrared detectors*.

  • 4. Aerial Deployment for Large-Scale Inspections

  • With UAV-based aerial deployment, conduct large-scale inspections efficiently, covering 50% more area per mission than ground-based systems*.

  • 5. Rigorous Safety and Environmental Compliance

  • With ATEX and SIL 2 certification, operate safely in explosive environments, meeting the highest industrial safety standards. Additionally, RoHS compliance ensures eco-friendly design.

Product details

TDLAS Methane Sensing Module UAV BASED LASER METHANE LEAKAGE DETECTOR

The TDLAS Methane Sensing Module is a high-precision UAV-based laser methane leakage detector designed for industrial safety and environmental monitoring. Equipped with Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology, it offers real-time detection of methane leaks with unmatched accuracy. The module integrates seamlessly with drones for aerial inspections, combining advanced gas sensing with a lightweight, durable carbon fiber frame for extended flight stability.

Technical specifications

FeatureSpecificationBenefit
Detection Accuracy3%FS (Full Scale)Ensures reliable methane detection in critical environments.
Certification StandardsEPR_France_Battery, RoHS, ATEX, SIL 2, EPR_France_PackingMeets global safety and environmental compliance for hazardous zones.
Detection GasMethane (CH₄)Specialized for combustible gas leak detection in oil/gas facilities.
MaterialCarbon fiber compositeReduces weight while maintaining structural integrity for drone integration.
Operating Temperature-20°C to +60°COperates in extreme weather conditions.

Customization guide

Adjustable detection range and sensitivity parameters to meet specific environmental monitoring needs. Modular design allows integration with third-party drones or sensors for expanded applications.

Get inspired

With the TDLAS Methane Sensing Module, you can swiftly identify methane leaks in hard-to-reach areas, ensuring compliance with safety regulations and minimizing environmental risks. Its lightweight build and advanced certifications make it ideal for aerial inspections in hazardous industrial environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Detection Accuracy3%FS (Industry Standard)3%FS + Real-Time Data3%FS + AI-Driven Analytics
Weight250g280g (+12%)320g (+28%)
Battery Life45 minutes60 minutes (+33%)90 minutes (+100%)
Detection Range50m100m (+100%)200m (+300%)

Supplier's note

  1. Technical Breakthroughs:

    • TDLAS Technology: Enables 3%FS accuracy, 20% faster than traditional infrared sensors.
    • ATEX Certification: Ensures safe operation in explosive environments (Zone 1/21).
    • Carbon Fiber Design: 40% lighter than aluminum-based modules, extending drone flight time by 25%.
  2. Optimal Version Selection:

    • Base Model: Ideal for routine inspections in non-hazardous zones (e.g., agricultural methane monitoring).
    • Advanced Model: Suited for mid-scale industrial sites requiring real-time data transmission (e.g., pipeline surveys).
    • Pro Model: Best for high-risk environments (e.g., offshore platforms) needing long-range detection and AI-driven analytics.

The Pro Model’s 200m detection range and SIL 2 certification enable safe, precise leak identification in confined spaces, while its enhanced battery life reduces operational downtime. Pair its lightweight carbon fiber frame with ATEX compliance to ensure reliability in explosive zones.

Frequently asked questions

  • Which drone-based methane detector model is best for small-scale agricultural operations?

  • How do I maintain the laser sensor to ensure consistent methane detection accuracy?

  • What certifications ensure the UAV methane detector is safe for hazardous industrial environments?

  • Can the methane sensing module be customized for real-time data transmission?

  • How does TDLAS technology improve methane detection compared to infrared sensors?

  • What’s the recommended cleaning procedure for the drone’s sensor after harsh environmental exposure?

  • Does the UAV-based methane detector support integration with third-party monitoring systems?

  • What makes the TDLAS methane sensing module suitable for aerial inspections in remote areas?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Laser-Based Methane DetectorsPipeline inspections, industrial facilitiesAccuracy: ±3%FS (ISO 9001), ATEX Zone 1 certification ▲▲
(vs Industry Standard: ±5%FS)
High precision for leak detection ▲▲
Safe for explosive environments
Higher cost than traditional sensors
UAV-Integrated Gas SensorsAerial surveys, remote area monitoringUAV-mounted TDLAS sensor ▲
Range: 0-100% LEL (ASTM E3055)
Rapid coverage of large areas ▲
Real-time data transmission
Requires skilled drone operation ▲
Weather dependency
Combustible Gas DetectorsOil refineries, chemical plantsDetects methane + 4+ other combustible gases ▲
Response time: <15 sec (NFPA 86)
Multi-gas versatility ▲
Fast alerting for safety critical zones
Limited specificity for methane compared to laser systems
Infrared Gas DetectorsEnvironmental monitoring, landfillsInfrared absorption tech ▲
Sensitivity: 0.1 ppm (ISO 14601)
Non-contact detection ▲
Low maintenance requirements
Less accurate in dusty environments ▲
Higher power consumption
Industrial Safety SensorsMining operations, offshore platformsSIL 2 certification ▲▲
IP68 waterproof rating (IEC 60529)
Meets safety integrity standards ▲▲
Ruggedized for harsh conditions
Requires frequent calibration ▲
Heavyweight design
Environmental Monitoring SystemsUrban pollution tracking, agricultureEPR France Packing compliant ▲
Data logging capacity: 10,000 entries (EN 50121)
Regulatory compliance ▲
Long-term data storage for reporting
Limited real-time analysis capabilities ▲
Requires external power

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