Quantitative Optical Gas Imaging System for GF620/GFx320/GF320
The QL320 is a quantitative optical gas imaging (QOGI) system that allows surveyors to measure the leak rates for methane and other hydrocarbons. This eliminates the need for secondary sampling with a toxic vapor analyzer or similar tool. In addition, the QL320 does not require close contact with the gas in order to measure emission rates, making it a safer solution for quantifying difficult-to-measure gas leaks.
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The FLIR QL320 lifts your FLIR GF320, GFx320, Gx320, GF620, Gx620 or G620 camera to a level where recorded sequences give you an indication of the flow rate of the visualized gas leak. A powerful software algorithm, designed by Providence Photonics and sold exclusively through FLIR, enables simple use of the QL320 in the field for immediate results or as a post processing device when combined with Q-Mode from a FLIR OGI camera. Make the right decisions, based on leak rate indications rather than pure visualization. The included background validation checks for appropriate Delta T conditions as a requirement for accurate OGI results. Overall the FLIR QL320 is an easy to use in-field solution for those who want to visualize and quantify gas leaks in one working step. |
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Key features
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Response Factor Calculations How well the FLIR QL320 quantifies a specific gas compound is a function of how sensitive the camera is to that gas. This can be measured relative to a reference compound, with the resulting value called Response Factor (RF). For example, say an RF value for benzene is 0.755 in reference to propane (propane value = 1.000). This means when a FLIR OGI camera visualizes benzene, the image is 75% as strong as an image of propane. An RF value below 1.0 would signify a potentially weaker image, while an RF value above 1.0 signifies a stronger image (e.g. an RF of 1.75 means the image is 75% stronger). To determine the RF value for other gases, check out the free RF Calculator at www.flir.com/response-factors. |
FLIR QL320
- Product Code: 46
Quantitative Optical Gas Imaging System for GF620/GFx320/GF320
The QL320 is a quantitative optical gas imaging (QOGI) system that allows surveyors to measure the leak rates for methane and other hydrocarbons. This eliminates the need for secondary sampling with a toxic vapor analyzer or similar tool. In addition, the QL320 does not require close contact with the gas in order to measure emission rates, making it a safer solution for quantifying difficult-to-measure gas leaks.
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The FLIR QL320 lifts your FLIR GF320, GFx320, Gx320, GF620, Gx620 or G620 camera to a level where recorded sequences give you an indication of the flow rate of the visualized gas leak. A powerful software algorithm, designed by Providence Photonics and sold exclusively through FLIR, enables simple use of the QL320 in the field for immediate results or as a post processing device when combined with Q-Mode from a FLIR OGI camera. Make the right decisions, based on leak rate indications rather than pure visualization. The included background validation checks for appropriate Delta T conditions as a requirement for accurate OGI results. Overall the FLIR QL320 is an easy to use in-field solution for those who want to visualize and quantify gas leaks in one working step. |
|
Key features
|
|
Response Factor Calculations How well the FLIR QL320 quantifies a specific gas compound is a function of how sensitive the camera is to that gas. This can be measured relative to a reference compound, with the resulting value called Response Factor (RF). For example, say an RF value for benzene is 0.755 in reference to propane (propane value = 1.000). This means when a FLIR OGI camera visualizes benzene, the image is 75% as strong as an image of propane. An RF value below 1.0 would signify a potentially weaker image, while an RF value above 1.0 signifies a stronger image (e.g. an RF of 1.75 means the image is 75% stronger). To determine the RF value for other gases, check out the free RF Calculator at www.flir.com/response-factors. |
- Brand: FLIR
- Availability: In Stock
