Description
FLIR G343 OGI thermal imager
for CO2 leak detection
The FLIR G343 thermal imaging camera is an innovative optical gas detection (OGI) camera used to visualize potential carbon dioxide (CO2) gas leaks. Whether CO2 is a by-product of a production process or used as a trace gas, the G343 is designed with safety and efficiency in mind. This advanced refrigerated camera with 320 × 240 (76 800 pixels) resolution can detect CO2 leaks from a safe distance, reducing inspection time by scanning large areas without interfering with or stopping large-scale manufacturing operations. With a rotating color LCD touchscreen, the FLIR G343 thermal camera is ideal for detecting CO2 gas in complex systems, including enhanced oil recovery, carbon capture systems, and hydrogen-cooled power generators. Combined with FLIR Ignite™ software, the FLIR G343 infrared camera allows you to easily upload images and videos to the cloud, where you can edit, organize, store, and share data.
SUPERIOR VISUALIZATION OF GASES
- Detect gas leaks with real-time accuracy
- Efficiently scan thousands of components with FLIR's patented high-sensitivity mode (HSM)
- Automatically adjust image level and range with 1-Touch Level/Span
- Comfortably inspect installations with superior ergonomics
ENHANCED SOFTWARE INTEGRATION
- Efficiently record and report detections with FLIR ecosystem
- Effortlessly edit and store images in the cloud and transfer files wirelessly using the included FLIR Ignite cloud service
- Easy incorporation into third-party software solutions
- Built-in Wi-Fi and Bluetooth® allow you to connect to smartphones or tablets
- Conveniently navigate large areas with FLIR Inspection Route and GPS logging
BETTER ERGONOMICS FOR OPERATION
- Interact comfortably with the camera
- Expand inspection capabilities with interchangeable lens options
- View targets from any direction with the 10.16 cm rotating LCD touchscreen display
- Efficient operation with an enhanced touchscreen graphical user interface (GUI)
- Advanced features to streamline the inspection process, including Multi-REC recording mode
Ref.10801-0102, 10901-0101
