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Cooled Optical Gas Imaging LWIR Camera Module with 320×256 Resolution and 30μm Pixel Size for Gas Leak Detection

  • Cooled Optical Gas Imaging LWIR Camera Module with 320×256 Resolution and 30μm Pixel Size for Gas Leak Detection
Place of Origin Wuhan, Hubei Province, China
Brand Name SensorMicro
Certification RoHS; Reach
Model Number LFM330C2
Minimum Order Quantity 1 Piece
Price Negotiable
Payment Terms L/C,T/T

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Product Details
Cooling Time (23 ℃) ≤8min@24V Detector Resolution 320x256
Function Gas Leak Detection Pixel Size 30μm
Spectral Range 10.3±0.1μm～10.9±0.1μm NETD 20mK (F1.5)
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Product Description
Cooled Optical Gas Imaging LWIR Camera Module 320×256/30μm for Gas Leaks Detection
Sulfur hexafluoride (SF₆) is commonly used in high-voltage power equipment and has a strong greenhouse effect. Ammonia, as a widely used refrigerant in industrial refrigeration systems, is highly toxic and volatile. The LFD330C2 infrared detector for gas leak detection and its matching LFM330C2 thermal module are developed based on type II superlattice (T2SL) technology, which performs exceptionally well in sensitivity, stability, and integration flexibility. This makes it an ideal choice for detecting gases such as sulfur hexafluoride (SF₆), ammonia, and ethylene.
Main Features
Advanced T2SL technology with high quantum efficiency
Easy integration with support for various interfaces and RAW/YUV image output
High sensitivity for precise gas detection
Product Specifications
Module model LFM330C2
Resolution 320×256
Pixel size 30μm
Spectral response 10.3±0.1μm～10.9±0.1μm
Typical NETD 20mK (F1.5)
Frame rate 60Hz
Digital video Standard: DVP/LVDS/USB2.0
Optional: Cameralink/USB3.0/GigE/SDI/MIPI/Single-mode fiber/Multi-mode fiber
Communication Standard: USB2.0/LV-TTL
Optional: RS422/CAN/USB3.0/GigE
Cooling time (23℃) ≤8min@24V
Stable power consumption (23℃) ≤13W
Size (mm) 142×58.5×80
Weight (g) ≤680
Working temperature -40℃～+71℃
Focal length 25mm
Industrial Applications
The LFM330C2 gas leak detection thermal imaging camera is used for detecting various industrial gases including: sulfur hexafluoride, anhydrous ammonia, cyanoacrylate ethyl ester, chlorine dioxide, acetic acid, Freon-12, ethylene, methyl ethyl ketone, acetyl chloride, allyl bromide, allyl chloride, allyl fluoride, bromomethane, Freon-11, furan, hydrazine, methylsilane, methylvinyl ketone, acrolein, propene, tetrahydrofuran, trichloroethylene, uranyl fluoride, vinyl chloride, and vinyl cyanide.
Standardized Service
Complete Documentation: Product manuals, setup guides, and selection references for seamless implementation
Development & Testing Assistance: Sample integrated testing, performance evaluation, and parameter verification
Advanced Developer Toolkit: SDKs, APIs, algorithms, and debugging tools for deep integration
Remote Technical Support: 24/7 support with quick response and timely resolution for critical issues
Warranty: Original parts and strict process adherence to restore optimal performance
Frequently Asked Questions
What is infrared thermal imaging?
In nature, all objects whose temperature is higher than absolute zero (-273℃) can radiate infrared rays. By using the infrared camera detector to measure the infrared radiation temperature difference between the target itself and the background, you can obtain different infrared images, which are also called thermal images.
How do infrared detectors work?
Infrared radiation emitted by targets enters the sensing range of the thermal detector. The infrared detector converts the radiation signal of different intensities into corresponding electrical signals, which are then amplified and processed to form infrared images visible to the naked eye.
What are the advantages of cooled infrared detectors?
Cooled infrared focal plane detectors operate at low temperatures provided by a detector dewar cooler (DDC). They offer high sensitivity and can distinguish more subtle temperature differences than uncooled infrared detectors. This enables detection, identification, and recognition of objects at very long ranges exceeding ten kilometers. The complex structure of cooled detectors results in relatively higher costs compared to uncooled detectors.
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