0102030405
Remote Methane Real Time Handheld Laser Detector
Features
1. Non contact remote sensing, personnel and equipment do not need to enter the site, visible and measurable;
2. Safe and efficient, widely applicable, flexible and convenient;
3. No need for auxiliary materials, no need for preparation, real-time measurement;
4. High measurement accuracy and wide range;
5. Capable of data query and storage.
6. This small device is easy to carry, offers millisecond-level rapid response, has PPM-level high sensitivity and can detect through glass.
7. It is free from poisoning and drift, features fingerprint characteristics unaffected by other gases and has excellent low concentration detection limits.
Main Parameter
| Detection Distance | 1m~120m |
| Measuring Range | (0~50000)ppm·m |
| Sensitivity | 5ppm·m |
| Response Time | 0.1s |
| Display Mode | 2.8-inch LCD display screen |
| Explosion Proof Grade | Ex ib llA T3 Gb |
| Protection Level | IP54 |
| Working Temperature | -20℃~+50℃ |
| Power Supply Mode | Lithium battery power supply |
| Working Hours | 8h |
| Product Size | 135mm×215mm×105mm |
| Product Weight | <700g |
Application
It can be widely used in workplaces that need to monitor natural gas leaks, such as petroleum, petrochemicals, natural gas, chemical industries, mines, and power plants.In oil and gas exploration, production, and transportation, laser gas remote sensing tools are widely used to detect fugitive emissions of methane. Pipeline Networks: Mobile laser scanners mounted on trucks or drones scan long-distance pipelines to identify leaks in remote or challenging terrains (e.g., deserts, forests) without disrupting operations.
Wellsites and Processing Facilities: Fixed or portable laser systems monitor storage tanks, valves, and compressors, enabling operators to pinpoint small leaks (as low as parts per million) and reduce greenhouse gas emissions
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