Handhel Laser Natural Gas Detector for CNG Vehicles Methane Leak

views   126

  0 people are watching this
Promotion price9750.00 USD
Free deliveryyes
Delivery min1 Piece
Delivery time (days)7-10 days days
Currency converter Comparison courier services Exchange rate

Utilizing the latest cutting-edge laser technology, it offers non-contact measurement capabilities, allowing for the remote detection of gas leaks in areas that are difficult to access. This detector can accurately locate and swiftly identify the source of a leak. Its compact size, lightweight design, high sensitivity, rapid response, and excellent selectivity make it an ideal tool for a wide range of applications. It is particularly well-suited for use in urban gas transmission and distribution pipelines, oil and petrochemical refineries, chemical plants, metallurgical industries, power plants, and other environments where gas leaks may occur. 

 

Features:

  • Uses TDLAS detection technology.

  • Detects gas leaks over 150 meters.

  • Instant response, alarms at leakage points without delay.

  • Methane-specific, avoids interference from other gases and vapors.

  • Displays gas concentrations on a color LCD screen.

  • Features real-time waveform and digital display in multiple units.

  • Low power consumption for extended monitoring through light-penetrable materials.

  • Uploads data to remote platforms via Bluetooth.

 

Specification: 

Measuring gas Methane (CH4)
Measuring range 0-100,000ppm.m
Alarm type Visible, audible
Response time T90<0.05s
Sensitivity 5ppm.m
Sensor life 10 years
Measuring type Laser beam
Alarm type Visible, audible
Audible alarm 85dB @1m
Battery voltage DC3.7V
Working temperature -20ºC~+50ºC
Working humidity <99%RH (no condensation)
Accessories Belt, screen cover
Option Telescope sight
Working time 8 hours
Explosive-proof degree Ex ib IIB T4 Gb
Ingress Protection IP66
Dimension 220mm×80mm×90mm
Weight About 600g
Handhel Laser Natural Gas Detector for CNG Vehicles Methane Leak

×This website uses small files called cookies to help customiseyour experience and evaluate how you use our website.
If you do not accept the use of cookies please leave this website.