OVERVIEW
- The RDWG-L33 SF6 Optical Gas Imaging Camera is a cutting-edge device designed for the rapid and intuitive detection of SF6 gas leaks in gas-insulated substation (GIS) equipment. This camera utilizes an infrared optical system, a long-wave infrared spectrum detector based on Quantum-Well Infrared Photodetector (QWIP) technology, an electronic processing system, and image processing software to convert the infrared radiation emitted by the target into a thermal image.
- This advanced SF6 Optical Gas Imaging Camera offers a non-contact method for detecting and visualizing thermal faults, making it an invaluable tool for identifying and locating small amounts of SF6 gas leakage. It is particularly useful in the field of unorganized emissions, where the ability to quickly and visualize SF6 leaks is essential for maintaining environmental safety and compliance with regulations.
CHARACTERISTIC
Advanced QWIP Detector:
- Experience unparalleled accuracy, stability, and dependability in environmental testing with the RDWG-L33’s high-sensitivity Quantum Well Infrared Photodetector (QWIP).
Passive Infrared Imaging:
- Locate electrical equipment leaks remotely and precisely without interrupting power, thanks to the camera’s passive infrared imaging technology.
5MP Visible Camera:
- SF6 Gas Leak Imaging Camera identifies historical fault locations efficiently with the included 5-megapixel visible camera, featuring high-power dual flash and the integration of infrared and visible image data.
Sunlight-Readable LCD Screen:
- The 5.7″ color digital LCD screen, viewable in sunlight, comes with an HD OLED Image Finder. Both the LCD screen and Image Finder can be rotated for optimal on-site viewing angles.
Compact and User-Friendly:
- SF6 Gas Leak Imaging Camera designed for ease of use, the RDWG-L33 is lightweight and small enough to be operated by a single person in the field.
Extensive Data Storage:
- Store up to 2000 groups of data and manage historical data with included software, which allows for reading, consulting, saving, reporting, and printing.
