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OE-GM650-EX
1. AI quantitative monitoring: Stanford verification error <2%, 0.1kg/h leakage detection (equivalent to 100ppm@5 meters)
2. Industrial explosion-proof design: Ex db IIC T6Gb certified housing, made of aviation aluminum with a pressure resistance of 1.6MPa
3. Extreme environment adaptability: Wide temperature range operation from -40℃ to 70℃, wind speed <17m/s, gas cloud tracking stability >97%
4. Intelligent Operation and Maintenance: Automatically calibrate non-uniformity, cloud/local dual storage, 180-day data traceability
1. AI quantitative monitoring: Stanford verification error <2%, 0.1kg/h leakage detection (equivalent to 100ppm@5 meters)
2. Industrial explosion-proof design: Ex db IIC T6Gb certified housing, made of aviation aluminum with a pressure resistance of 1.6MPa
3. Extreme environment adaptability: Wide temperature range operation from -40℃ to 70℃, wind speed <17m/s, gas cloud tracking stability >97%
4. Intelligent Operation and Maintenance: Automatically calibrate non-uniformity, cloud/local dual storage, 180-day data traceability
1. Detection of methane gas (customizable hydrocarbons)
2. The detection threshold is 0.1kg/h
3. The response time is ≤2 seconds
4. The monitoring distance is 100 meters
5. Protection grade: IP68
6. Explosion-proof certification Ex db IIC T6 Gb
7. Operating temperature: -40℃ to 70℃
8. Power supply: 24V DC±10%
9. Power: 20W
10 Dimensions: 310×210×200 mm
1. Detection of methane gas (customizable hydrocarbons)
2. The detection threshold is 0.1kg/h
3. The response time is ≤2 seconds
4. The monitoring distance is 100 meters
5. Protection grade: IP68
6. Explosion-proof certification Ex db IIC T6 Gb
7. Operating temperature: -40℃ to 70℃
8. Power supply: 24V DC±10%
9. Power: 20W
10 Dimensions: 310×210×200 mm
1. Monitoring of breathing valves in LNG storage tanks
Real-time capture of 0.1kg/h trace leakage, automatic location of super leakage sources (>26kg/h), and a 5-fold increase in repair response speed
2. Monitoring of flange seals for natural gas compressors
AI can trace the leakage points of pipeline flanges. When the concentration exceeds 5%LEL, it will issue an alarm within seconds, reducing the risk of explosion by 90%
3. Unmanned monitoring at the wellhead of oil and gas fields
7× 24-hour quantitative statistics of the total leakage volume, replacing manual inspection, with carbon reduction traceability error less than 2%
4. Security measures in high-risk reactor areas of chemical plants
IP68 anti-corrosion design, resistant to -40℃ low temperature and chemical vapor, with a service life extended to 10 years.
1. Monitoring of breathing valves in LNG storage tanks
Real-time capture of 0.1kg/h trace leakage, automatic location of super leakage sources (>26kg/h), and a 5-fold increase in repair response speed
2. Monitoring of flange seals for natural gas compressors
AI can trace the leakage points of pipeline flanges. When the concentration exceeds 5%LEL, it will issue an alarm within seconds, reducing the risk of explosion by 90%
3. Unmanned monitoring at the wellhead of oil and gas fields
7× 24-hour quantitative statistics of the total leakage volume, replacing manual inspection, with carbon reduction traceability error less than 2%
4. Security measures in high-risk reactor areas of chemical plants
IP68 anti-corrosion design, resistant to -40℃ low temperature and chemical vapor, with a service life extended to 10 years.