Methane Gas Detector with Laser Technology
- Total methane selectivity
- 1 ppm sensitivity
- Instant response time
- Measurement range extending from 1 ppm to 100 % volume gas
The GAZOMAT™ INSPECTRA® LASER is a high-performance methane gas detector that quickly and precisely measures methane gas leaks and determines the locations. The portable gas detector is ATEX certified, permitting use in hazardous explosive areas.
Methane Gas Detector with Laser Technology
Using a laser diode adjusted to the particular absorption wavelength of methane, the INSPECTRA® LASER detects only methane, even in the presence of other hydrocarbons, chemicals, water vapors, and pollution.
The NEW sampling rod has a quick-connect coupling permitting quick and easy connection to any of the three sampling modules to fit any field configuration.The detector uses the Herriot-type multi-pass cell enabling the sensor to achieve sensitivity down to 1 ppm.
Download the Methane Gas Detector brochure.
Download the Telescoping Sampling Rod brochure.
Accessories include an extended sampling rod, telescopic sampling rod, filters, charger, and rechargeable battery pack. For a complete list of accessories and add-ons refer to the brochure in Specifications.
The GPS Tablet running the NGS Survey Software permits total traceability of mobile (on foot) inspections. The device allows the operator to retain an electronic record of his or her operations, including:
Inspection reports may be created identifying location, date and time, leakage numbers, levels, weather conditions, and operator comments.
Telescoping Sampling Rod for the GAZOMAT INSPECTRA LASER
GAZOMAT has introduced a new telescoping rod permitting the Inspectra Laser methane gas leak detector to sample just about any field configuration.
The ATEX model is for hazardous atmospheres (both indoors and outdoors) and measures natural gas concentrations (methane only) in applications of:
The Non-ATEX model is for outdoor use only and limited to areas presenting no risk of the presence of explosive gases. The design is suitable for applications requiring natural gas concentration measurements (methane only), such as monitoring natural methane emissions (e.g. geology, volcanology).