EyeCGas 2.0 - Intrinsically Safe Optical Gas Imaging Camera
EyeCGas® 2.0 is the world’s most sensitive handheld OGI camera. It quickly identifies fugitive gas emissions for over 400 hydrocarbon and VOC gasses. Including Methane and CO2. EyeCGas® 2.0 is Intrinsically Safe and complies with the EPA’s “Quad Oa” (OOOOa) regulations. EyeCGas® is used globally across the industry for LDAR compliance. It is certified and Classified for hazardous environments ANSI/ISA-Class I and II, Div. 2, & Class III, CSA C22.2 Class I, Div. 2 and ATEX II, IECEx EMT 19.0006X as Intrinsic Safety 'ic', protection 'n'. Clearly designed to work in harsh conditions. Based on customer feedback, EyeCGas® 2.0 has a wide range of unique features making it the best OGI camera in the world. EyeCGas® 2.0 by Opgal, helps you detect and repair gas leaks inside the facility limits without the need of a hot permit, allowing video and audio recording and streaming, while maintain safety.
EyeCGas 2.0 ensures quick detection of methane, Hydrocarbons, Volatile Organic Compounds (VOC’s) and CO2 leaks – making it the ideal tool for LDAR solutions. With the EyeCGas 2.0 CO2/CO additional gases can be detected.
- Gas Leak Detection
- EPA 0000a Compliant
- Thermographic Imaging
Why Choose Eyecgas 2.0?
- Wireless connectivity
- Integrates with various LDAR software and analyzers
- Built-in GPS
- IECEX intrinsically safe Zone II, ANSI, CSA Class I & Class II div.2
- Gas quantification (optional)
Better Connectivity-EyeCGas® 2.0 is the most connected OGI camera in the world. With video streaming and downloading via WiFi and Bluetooth integration with 3rd party software and devices.
Better Safety – EyeCGas® 2.0 is an Intrinsically Safe OGI which was designed specifically for the harsh environments of the Oil and Gas industry; the camera is extremely rugged, robust, and is sealed for severe outdoor industrial conditions Certified to meet IEC standards for temperature, humidity, vibration and IP65, water & dust protection.
Certified for use in Class I Div 2 and ATEX Zone 2, hazardous locations.
Better Sensitivity – With NETD of <10mK, EyeCGas® 2.0 is the most sensitive OGI camera in the market. Can detect 0.35 g/hr. of Methane and is fully certified to meet EPA (NSPS) 40 CFR part 60, subpart OOOOa requirements.
Better Usability – EyeCGas® 2.0 offers true smart LDAR operations, offering wireless integration with leading LDAR software and quantification device. Allowing real time component tag synchronization, and easy association between components, images and videos.
Better Versatility– Thermography mode enables accurate temperature measurement, with 6 color pallets, and an option for easy export of radiometric data.
Multi Spectral Filters– Three operator replaceable filters. Supplied with camera for VOC gases 3.2μm to 3.4μm and two optional additional filters: for heavier alkanes 3.3μm to 3.5μm and for CO2 4.2μm to 4.4μm.
Long Range Lens – An Optional 75mm lens, with X 2.7 optical magnification, for long range gas detection and filed replaceable.
Most sensitive OGI camera in the market identifies small leak detection, 3rd party certification for EPA OOOOa compliance
Built in Wi-Fi, enables live video streaming and video download for better connectivity, as well as Bluetooth for external devices integration
Innovative built -in LDAR capabilities allow easy integration with 3rd party LDAR software.
Real time component tag synchronization, Built-in GPS for geo-tagging on screen, Patent protected integration with PID/FID Method 21 analyzers to enable Smart LDAR through BT connectivity
Temperature measurements capabilities and color pallets for better versatility
Optical leak flow rate measurement, for better QOGI emission reduction functionality. Online or Offline Quantification through the EyeCSite software application allowing the use of 3rd party integration, enabling accurate measurement
Certified and Classified for hazardous environments ANSI/ISA-Class I and II, Div. 2, & Class III, CSA C22.2 Class I, Div. 2 and ATEX II, IECEx EMT 19.0006X as Intrinsic Safety 'ic', protection 'n'