640x512/15μm Cooled IR Camera Module for Optical Gas Imaging
Product Description
Volatile Organic Compounds, or VOCs, are gases that are emitted into the air from products or processes. Some are harmful by themselves, including some that cause cancer. In addition, they can react with other gases and form other air pollutants after they are in the air.
LFM615HZ3 is a cooled infrared thermal imaging module specially designed for gas leakage detection. It integrates 640x512/15µm MCT cooled MWIR infrared detector and utilizes spectral wavelength filtering technology to visualize the invisible VOCs that cannot be seen by naked eyes. Integrators can design their own gas leak detection camera based on this module easily and efficiently.
Main Features
SWaP³ optimization
Smaller size, lighter weight, lower power consumption
Clear & identifiable leakage
640×512 resolution, support gas enhanced HSM algorithm (for module)
High reliability & high sensitivity
Easy integration
Support various interfaces and RAW/YUV image output
Full scene coverage
Support various scenarios such as handheld and long-term online use
Product Specifications
| Module model | LFM615HZ3 |
| Resolution | 640×512 |
| Pixel size | 15μm |
| Spectral response | 3.2±0.1μm～3.5±0.1μm |
| Typical NETD | 25mK (F1.5) |
| Frame rate | 30Hz |
| Digital video | USB3.0/GigE/MIPI |
| Communication | USB3.0/GigE/RS422 |
| Cooling time (23 ℃) | ≤5min@12V |
| Stable power consumption (23 ℃) | ≤8.5W |
| Size (mm) | 71×72×52 |
| Weight (g) | ≤370 |
| Working temperature | -40℃～+71℃ |
| Focal length | 23mm/55mm/25-75mm |
Industrial Applications
The LFM615HZ3 gas leak detection thermal imaging camera is used for visiualizing the invisible VOCs (volatile organic compounds) and detecting gas leakage such as: Methane, Ethane, Propane, Butane, Pentane, Hexane, Heptane, Octane, Ethylene, Propylene, Isoprene, Methanol, Ethanol, Butanone, Benzene, Toluene, Xylene, Ethylbenzene etc.
Focusing on infrared thermal imaging technology and driven by user needs, SensorMicro is committed to the in-depth development and continuous improvement of infrared products and application solutions.
In the field of gas leak detection, we have launched a series of infrared detectors, thermal modules from medium to long wave gas leak detection based on the spectral characteristics of different gases. Integrators can quickly develop various gas leak detection system solutions such as handheld devices, online monitoring systems, and UAV payloads based on our product portfolio and application solutions, ensuring environmental protection, energy efficiency, and safety production across industries such as petroleum, natural gas, chemical, power, and environmental monitoring.
SensorMicro is the world leading infrared detector manufacturer and service provider. It is willing to provide customers all over the world with high performance uncooled and cooled thermal imaging detectors and share its professional application experience.
FAQs
1. Advantages of Optical Gas Imaging
Time-saving & Efficient: support large-scale real-time detection, rapid leak location, no need for interrupting production.
Long Range Detection: away from dangerous and complex areas, non-contact non-destructive testing, without additional radiation source
Easy to Analyze: intuitive imaging, instant storage, convenient analysis
Multi-function Inspection: a variety of gases can be detected, with excellent remote temperature measurement function
2．Working Principle of Optical Gas Imaging
Optical gas imaging is a kind of infrared technology that could see invisible industrial gases.
After absorbing infrared radiation at specific wavelengths, infrared radiation difference will cause between the gas and the background.
The gas leak detection infrared detector with built-in narrowband filter only receives the infrared band near the gas infrared absorption peak, and can convert the gas into visible infrared images through the radiation difference between the gas and the background.
Product Tags:
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320x256 30μM Cooled IR Camera Module For Optical Gas Imaging Images
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