IP68 150m Remote Laser Methane Natural Gas Pipeline Leak Detection

Product Specification

IP68 Long Distance 150m Remote Laser Methane Natural Gas Pipeline Leak Detection

Description:

Remote methane leak detectors (RMLD) are portable, laser-based instruments using Tunable Diode Laser Absorption Spectroscopy (TDLAS) to identify methane from a distance, typically up to 30–200 meters (100–600+ ft). 

The RMLD is Intrinsically Safety (IS) with a rating of Class I, Division II, which allows operators to use it indoors and within potentially hazardous environments such as compressor stations. The field rugged design operates under a variety of field conditions, can detect up to 450 feet away allowing operators to safely survey in areas that may be difficult to reach such as busy roadways, yards with dogs, fenced off areas, compressor stations, overhead piping and other hard to access places.

The L20 remote laser gas detector has the long detection range on the market, with Bluetooth connection to mobile ADA software, is ideal for recording GPS-linked readings along with notes and photos of monitored components and locations.

Characters:
• Instant response time (0.1s)
• Large LCD screen 
• Configurable alarm threshold
• Visual and audible alarms
• Free Phone APP software available
• Four scanning Modes (High sensitive, building, Pipeline, Auto) for easy leak inspection and spotting and measurement accuracy
• Green dot sight indication for precise targeting in daylight

The Remote Laser methane detectors represent a critical tool in mitigating methane-related risks. Their high accuracy, real-time monitoring, and non-intrusive nature make them unparalleled in industrial safety, environmental conservation, and climate change mitigation efforts. As technology continues to advance, these detectors will likely play an increasingly pivotal role in monitoring methane emissions worldwide..

Laser Absorption Spectroscopy (TDLAS):

These Remote Laser Methane Leak Detectors employ a principle called “Tunable Diode Laser Absorption Spectroscopy” (TDLAS) to detect methane. A laser beam is emitted at a specific wavelength, which interacts with methane molecules in the target area. Methane absorbs light at certain wavelengths, allowing the detector to measure the intensity of the absorbed light. The absorbed light intensity is then correlated to the methane concentration in the sampled area.

Technical Parameter: 

Advantages of Laser Methane Detectors:
1. High Sensitivity and Accuracy:

These remote methane leak detectors offer exceptional sensitivity, allowing the detection instant response time in 0.1s.
2. Real-Time Monitoring:

Provide instantaneous readings on laser methane leak detector, enabling swift responses to changes in methane levels ppm•m.
3. Non-Contact and Remote Sensing:

Laser methane detectors can be operated from a distance, making them suitable for monitoring hazardous or inaccessible areas.
4. Reduced False Alarms:

Laser methane leak detector's precise measurement capabilities help reduce false alarms, ensuring accurate identification of methane leaks.