FLIR G300a Optical Gas Thermal Camera with 24 Degree Lens

FLIR G300a Optical Gas Thermal Camera Details

FLIR's G300a is a powerful thermal imaging camera designed to constantly monitor an area for the presence of gas leaks.

An optical gas imaging camera (OGI), the G300a can be used to visualise completely invisible gas leaks, ensuring that the leak can be fixed and any employees can be instantly alerted to potentially hazardous gas content within the area.

The G300a is a fixed-mount camera; it is designed to be mounted in a spot and is controlled via ethernet and a TCP/IP network connection in order to constantly view a specific area within industrial settings, oil refineries, natural gas processing plants, offshore platforms, chemical/petrochemical complexes, biogas/power generation plants and anywhere else where gas leaks are a danger.

Optical gas cameras allow you to see what the naked eye can't. These cameras have FLIR's leading thermal imaging technology built-in, exceptionally high thermal sensitivity and low F-number to pinpoint tiny leaks and can even be used for the detection of harmful VOCs (volatile organic compounds) in the air.

This gas thermal camera also has 1-8x continuous digital zoom which can be controlled via ethernet, continuous/manual automatic image adjustment, standard imaging and high sensitivity mode, 60Hz frame rate, wide temperature range (-20 to +350°C) and several other advanced functions.

Gases Detected

• Benzene
• Ethanol
• Ethylbenzene
• Heptane
• Hexane
• Isoprene
• Methanol
• MEK
• MIBK
• Octane
• Pentane
• 1-Pentene
• Toluene
• m-xylene
• Butane
• Methane
• Propane
• Ethylene
• Propylene

FLIR G300a Optical Gas Thermal Camera Key Features

• Detects and shows a wide variety of gases, allowing corrective action to be taken
• Visualise and pinpoint completely invisible gas leaks
• Suitable for mounting absolutely anywhere - point at essential machinery, or pipes which could potentially leak
• Detects harmful volatile organic compounds
• Suitable for integrating into housing with application specific requirements
• High quality Indium Antimonide (InSb) detector
• Thermal pixel resolution of 320 x 240 pixels
• Low f-number and high sensitivity to pinpoint smaller gas leaks
• Dedicated high sensitivity modes for finding smaller leaks
• Controlled from a distance - fully controlled via Ethernet and easy to integrate into TCP/IP networks
• Different lens options available
• 1-8x continuous digital zoom
• Noise reduction filter
• Continous/manual; linear or histogram based automatic image adjustment
• 60Hz full frame rate
• Temperature range from -20 to +350°C (-4 to +662°F)
• Non-radiometric IR video streaming (RPT/MPEG4)