With the exclusive INSPECTRA® Laser spectroscopy detector from GAZOMAT™ and optional GPS and Mapping system, the INSPECTRA® VSR is an amazing concentrate of leading-edge technology. Its unique performances increases the productivity and accuracy of natural gas distribution network surveys.
Unequalled performances
• Total selectivity to methane – no incorrect measurement can occur due to the presence of hydrocarbons, exhaust gases or other pollutants.
• 1 ppm sensitivity with the High-Tech laser diode and multipass cell of the GAZOMAT™ Laser system.
• Survey speed up to 50 km/h or 30 mph for a significant increase in productivity.
• The shortest response time in the market with less than 1.5 second.
• Increased safety – no hydrogen - and reduced maintenance. The technology supplants Flame Ionisation detection.
• Measurement chamber fully integrated can be adapted to any type of vehicle.
An incredibly user-friendly tool
• Monitoring of instrumentation is fully automated – calibration, gas line tests..
• Automatic recording and management of survey data in the on-board lap-top PC : As the vehicle is driven, any methane presence in the atmosphere samples drawn into the system is measured, displayed on screen and recorded in the system’s data base, along with the vehicle’s speed and comments the operator may enter any time.
A powerful combination with GPS and mapping system
• The GPS receiver offers unique GPS coverage. Precise position of the vehicle in longitude and latitude coordinates along with the gas leak detected.
• The information collected can be fed into a map processing system (SIG) provided by the customer. By downloading digital maps in the INSPECTRA® System, the operator visualizes the vehicle’s position on the map displayed on screen.
• The combination of survey data and digital maps meet the traceability requirement of an increasing number of gas distribution companies.
With the INSPECTRA® vehicle and its various options, gas operators now have a highly reliable tool for optimum survey of their low and medium pressure networks.