Cutting-Edge Advanced Unmanned Aerial Vehicle Ppb-Level Efficient Natural Gas Leak Detection System

Customization:	Available
After-sales Service:	12 Months Shelf Life
Warranty:	12 Months

📋 Basic Information

Model NO.	KSLD1203C	Certification	CE
Type	Infrared Absorption Analyzer	Gas Detected	CH4 & C2H6
Detection Range	≤50 Metres	Response Time	0.8s
Flight Speed	≤80 Km/H	Detection Frequency	2 Hz

🚁 Product Description

Unmanned Aerial Vehicles (UAVs) can quickly cover extensive pipeline areas, significantly enhancing inspection efficiency. Compared to traditional manual inspections, they can substantially shorten the inspection cycle.

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High Precision: Equipped with high-precision sensors, UAVs can accurately detect pipeline leaks and potential hazards.

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Safety First: UAVs can operate in hazardous areas, eliminating the need for personnel to enter high-risk zones.

⚙ Technical Specifications

Parametric	Description
Detection Principle	Mid-infrared laser absorption spectrum
Detection Gas	Concentration of methane and ethane
Range	Methane: 0~10000 ppm / Ethane: 0~1000 ppm
Detection Sensitivity	Methane: 1ppb (0.001ppm), Ethane: 0.5ppb (0.0005ppm)
Detection Range	≤50 metres
Flight Speed	≤80 km/h
Response Time	0.8s
Detection Frequency	2 Hz
Positioning	GPS/Beidou inertial navigation (centimetre level)
Power	20W, built-in battery, 3 hours flight time

📷 Detailed Photos

🏭 Professional Capability

We are committed to providing intelligent gas leakage detection and city gas lifeline infrastructure solutions. Leveraging ppb-level mid-infrared laser methane/ethane detection technology, we have developed a comprehensive product line including vehicle-mounted systems, portable detectors, and fixed monitoring instruments.

🎖 Certifications

🔧 Maintenance & Service

Daily Maintenance

Check power supply and sampling lines before testing.
Ensure host wiring plugs are secure and filters are clean.
Disassemble sensors and antennas after use to keep equipment protected.
Replace external filters every 3 months or when color changes.

Usage Precautions

Avoid operating in rainy or snowy weather to protect laser cells.
Monitor ambient temperature: keep units indoors if below 5°C.
Do not drive through deep water to prevent intake contamination.
Start vehicle and stabilize current before powering the analyzer.

❓ Frequently Asked Questions

Q1: Is the software easy to deploy and use? Can it be managed remotely?

Yes. We use a dual-system architecture combining an on-board client and a server. On-board inspection data is uploaded in real time, allowing administrators to remotely view status via server login.

Q2: Can we re-inspect specific past routes?

Yes. The on-board system supports loading historical tracks, allowing for accurate re-inspections along original routes for data comparison and trend analysis.

Q3: What is the core technology of this product?

We utilize leading mid-infrared laser absorption spectroscopy. Its compact multi-channel cell enables extremely high detection sensitivity, identifying methane and ethane concentration changes to distinguish natural gas from biogas.

Q4: Does the software have a mapping function?

Yes. Our system is deeply integrated with GIS (Geographic Information System), displaying all data intuitively on a map and supporting remote online upgrades.

Q5: Is the optical sensor susceptible to damage?

No. Our sensor design eliminates fragile, highly reflective components. The detection cell is resistant to contamination, enabling "clean-free" operation and reducing maintenance.

Q6: Is the equipment difficult to maintain?

Not at all. Key components like filters are externally located and can be replaced quickly without special tools, ensuring very low maintenance costs.