CH4 Laser Sensor for Methane Detection
The CH4 Laser Sensor for Methane Detection is designed for the DJI Matrice 350 drone. It offers high accuracy and reliability, enabling efficient aerial monitoring of methane gas leaks, ideal for industrial and environmental applications.
36.499,00 € TAX Included
CH4 Laser Sensor for Methane Detection
Using TDLAS technology and a stabilized gimbal, the sensor offers high sensitivity and long-range detection up to 300 meters, ensuring accuracy and safety in aerial operations. The system is compatible with DJI Matrice 300 and 350 RTK drones.
Main Benefits
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Long-range detection: The BL-CH4 detects methane up to 300 meters, enabling fast and accurate inspections.
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Immediate response: Using advanced technology, the sensor reacts to changes in concentration in 5 milliseconds, ensuring timely interventions.
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Cloud integration: Provides real-time monitoring and remote updates.
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Operational safety: Reduces risks associated with manual inspections in hard-to-reach places.
Main features
- Accuracy: Sensitivity of 5 ppm with an accuracy of ±10%.
- Sensing distance: Up to 300 meters.
- Response speed: 5 milliseconds.
- Concentration range: 0 ~ 99,999 ppm*m.
- Detection laser: Class 3R, wavelength 1.65 μm.
- Compatibility: DJI Matrice 300 RTK and 350 RTK drones.
- Protection: IP54, operability between -20°C and 50°C.
TDLAS Advanced Technology
The BL-CH4 uses Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology for fast and accurate detection of methane in real time.
This technology enables methane detection up to 300 meters, with high accuracy even at low concentrations of 5 ppm, ensuring safe and efficient operations in complex industrial environments.
Applications of BL-CH4
The CH4 Laser Sensor for Methane Detection is essential in the oil & gas sectors for rapid detection of methane leaks, ensuring safety and operational efficiency. Its accuracy and long-range detection capability make it ideal for environmental and industrial monitoring, providing accurate emission control.
BL – CH4 Technical Specifications
Obiettivo di rilevamento | Metano e gas contenenti metano |
Metodo di rilevamento | TDLAS |
Stabilizzazione Gimbal | YAW + PITCH + ROLL Pitch +30° to -90° Roll ±135° |
Camera | 1080P |
Risoluzione Video | FHD 1920*1080 30P |
Sensibilità | 5ppm *m |
Intervallo di concentrazione | 0~99999 ppm*m |
Discrepanza | ±10% (se la concentrazione varia da 100 a 50.000 ppm*m) |
Velocità di risposta | 5ms |
Distanza di telemetria | 300m |
Range Laser | Funzione di coordinate in tempo reale |
Corrente nominale | < Un valore tipico 8V corrente di alimentazione 0,3A |
Peso | 750g |
Laser di rilevamento a infrarossi | Classe 3r, evitare il laser diretto negli occhi |
Lunghezza d’onda | 1.65μm, <25mW |
Temperatura operativa | -20℃ to 50 ℃ |
Livello di protezione | IP 54 |
Alimentazione | DJI SkyPort |
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