optical gas imaging camera infrared thermal camera visualizes sulfur hexafluoride SF6 gas emissions tester
- Wrindu
- Shanghai, China
- about 25 days
- 5000 set/month
- RDWG-L33
RDWG-L33 SF6 Optical Gas Imaging Camera is composed of infrared optical system, long-wave infrared spectrum detector based on quantum-well infrared photodetect (QWIP), electronic processing system and image processing software, which converts the infrared radiation of the measurement target. It is a kind of advanced measuring instrument for rapid, intuitive, non-contact detection and thermal fault detection of Gas Insulated Substation(GIS) equipment in the field of unorganized emissions of SF6 for visualizing thermal images and detecting small amounts of leakage of SF6 gas.optical gas imaging camera infrared thermal camera visualizes sulfur hexafluoride SF6 gas emissions tester
RDWG-L33 SF6 Optical Gas Imaging Camera
Product characteristics
1. High sensitivity quantum well infrared detector (QWIP) ensures high precision, high stability and high reliability of various environmental tests
2. Passive infrared imaging technology is adopted. The leakage point of electrical equipment can be found remotely and accurately without power failure.
3. Equipped with 5 megapixel visible camera, high-power dual flash, coexistence of infrared and visible image data, and efficient identification of historical fault location
4. 5.7"color digital LCD screen (available in sunlight) with built-in HD OLED Image Finder. The angle of LCD screen and Image Finder can be rotated to facilitate various on-site observation
5. The utility model has the advantages of small volume, light weight and simple operation, and can be used by a single person on site
6. 2000 groups of data are stored, and the functions of historical data reading, consulting, saving, report and printing can be realized through the data software
Product specifications and technical parameters
1. Basic configuration of device
Detector | Detector type | QWIP |
Spectral range | 10.1-11 μm | |
Image resolution | 640*512 | |
Detector Pitch | 15μm | |
NETD | <0.015℃@25℃ | |
Frame rate | 50/60Hz | |
Infared len | Field of view/minimum focus distance | 15.7 ˚*12.6˚/1.5m |
Focusing mechanism | Manual | |
Spatial resolution | 0.43 mrad | |
Vision | Resolution | 5 million pixels, CMOS |
Focusing mechanism | automatic | |
Fill light | LED fill lamp | |
Laser | Laser pointer | Red, laser class: 2 |
Image | Viewfinder | 0.6"color, 800*600 |
LCD | 5.7" sunlight visible display, 640*480 | |
Setup | image enhancement | DDE |
Digital zoom | x1/x2/x4 | |
Color palettes | 4 color palettes, image adjustment(auto/manual) | |
Gas Modes | High Sensitivity Mode(1-3) | |
Electricity detection | Real time power display | |
OSD | Date / time, language, temperature unit | |
Temperature measuring function | Temp range | -20℃ ~ +350℃ |
Accuracy | ±2℃ or ±2% | |
Measurement functions | Multiple measurement spots & Regions of Interest , hot/cold spot detection, isotherms, profiles, differences | |
Emissivity | 1 ~100 | |
Ambient temperature | Self-adaption | |
Interface Parameter | Power interface | DC +12V±10% 3A |
data interface | USB 2.0 | |
Storage | MMC card, <32GB | |
Video output interface | HDMI | |
Position system | GPS | |
Power System | Battery type | 44Wh Rechargeable Li-ion battery |
Battery working | > 2 hours | |
Power supply | DC +12 V/ 3A | |
Environment | Operating temperature | -20℃~ +50℃ |
Storing temperature | -40℃~ +80℃ | |
Protection class | IP54 | |
Humidity | Relative humidity 10 % to 95 %, non-condensed | |
Physical Characteristics | Weight | About 3kg |
Size | 329.5 mm *177.3 mm *205.8mm |
