SKU: ZADETECTOR S350-W2 UAV BASED LASER METHANE LEAKAGE DETECTOR
Specification
Value
Method of Detection
TDLAS
Detection Target
Methane (CH4)
Stationary Detection Limit
5 ppm·m
Detection Laser
Class IIIR
Response Time
0.1s
Operating Temperature
-20 ~ 50℃
Sampling Rate
500KHz
Operating Humidity
<90% RH, no condensation
Detection Concentration Range
0 ~ 50,000 ppm·m or 0 ~ 100,000ppm.m
Size
160x150x130mm
Max Detection Distance
100m
Weight
682g
The S350-W2 is a light-weight,high-sensitivity gas detector based on Tunable Diode Laser Absorption Spectroscopy (TDLAS), which enables rapid identification of methane from up to 100 m away, or at a concentration as low as 5ppm.m, the S350-W2 can be seamlessly integrated with DJI 350 Series.
Functions Features
Accurate Results:Get real-time readings on the concentration of methane from up to 100 m away, adjust the pitch of the gimbal to pinpoint gas leaks in dangerous or hard-to-reach areas while keeping personnel safe.
Rapid Detection:High sensitivity enables the detection of methane concentrations as low as 5ppm·m, with data acquisition in just 25 milliseconds, helping you make quick decisions.
APPLICATIONS:
Critical Facility Inspection: Conduct gas leak detection and safety assessments for critical facilities to ensure that operations are not threatened by potential risks, and to identify and address hazards in a timely manner.
Landfill Sites:
In landfill sites, drone-based laser methane detection technology can efficiently and accurately identify methane leaks, especially in large, hard-to-reach areas. By leveraging the aerial advantage of drones, the laser methane sensors can detect
methane concentrations in real-time during flight and precisely locate the leak sources. This technology not only reduces the risks associated with manual inspections but also enhances detection efficiency and accuracy, helping to quickly
identify and repair methane leaks, thereby ensuring environmental safety and reducing greenhouse gas emissions.
Other applications:Our drone-based laser methane sensor allows for efficient detection of methane leaks, especially in large and hard-to-reach areas. For example, it can be used in the extraction, storage, and transportation of oil and natural gas to monitor methane leaks and ensure facility safety. In mines, especially underground, laser methane detection technology can be used to check for harmful gas leaks. It is also applicable in chemical plants, petrochemical plants, pipeline inspections, and environmental monitoring, among other sites. Feel free to inquire.
Technical Parameters
Specification
Value
Method of Detection
TDLAS
Detection Target
Methane (CH4)
Stationary Detection Limit
5 ppm·m
Detection Laser
Class IIIR
Response Time
0.1s
Operating Temperature
-20 ~ 50℃
Sampling Rate
500KHz
Operating Humidity
<90% RH, no condensation
Detection Concentration Range
0 ~ 50,000 ppm·m or 0 ~ 100,000ppm.m
Size
160x150x130mm
Max Detection Distance
100m
Weight
682g
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