FLIR GFx320™ Intrinsically Safe OGI Camera
更新时间:2018-02-06


FLIR GFx320™ Intrinsically Safe OGI Camera

    FLIR's new GFx320 represents ground breaking technology for visualizing fugitive leaks at natural gas well sites, off-shore platforms, liquid natural gas terminals, and more. Its Intrinsically Safe designation means surveyors can work confidently inside critical safety zones. And thanks to the GFx320’s ergonomic features, such as the articulating LCD screen, surveyors can work quickly and comfortably – all day.

INTRINSICALLY SAFE

    The GFx320 is independently certified as “intrinsically safe,” allowing for quick detection of gas leaks while maintaining safety inside hazardous locations.

GREATER EMISSION REDUCTIONS —INCREASED PROFITS

    The GFx320 visualizes small hydrocarbon leaks with the sensitivity needed to meet the US EPA's OOOOa methane rule. Finding and fixing these leaks can save companies thousands of dollars in lost gas and lost profits.

SUPERIOR GAS VISUALIZATION

    The GFx320 is calibrated for temperature measurement to determine optimal ΔT between the gas compound and the background. It also offers FLIR's unique High Sensitivity Mode (HSM), which accentuates plume movement with through image subtraction.


 


FLIR GFx320 FEATURES :

"Sees" Dozens of Gases

    Capable of visualizing methane, propane, butane, and hundreds more hydrocarbons and volatile organic compounds (VOCs)

Third-Party Safety Certified

    Independently tested and certified for use in hazardous locations

Innovative Ergonomic Design

    Designed with the operator’s comfort in mind, with features that allow you to maintain three points of contact during operation

Meets Regulatory Needs

    Appends required GPS data to images and videos, and verified to meet sensitivity standards defined in US EPA OOOOa methane rule

Rugged and Reliable

    Rubberized optics and rugged camera housing designed specifically for tough work environments

Temperature-Calibrated Thermal Contrast

    Calibrated for temperature measurement so users can insure thermal contrast between gas compounds and the background

 


 


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