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HF-MLM640100 RJ45 640x512 LWIR Thermal Camera Module 100mm
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HIFLY long-wave infrared thermal imaging camera module features a 640x512 resolution infrared detector, equipped with a high-performance electric focus100mm lens and image processing algorithms tailored for specific scenarios. ● High sensitivity, clear and stable imaging quality. ● High frame rate, fast moving target detection smooth. ● Highly integrated, convenient for secondary development. ● Infrared network camera module + Electric focus lens. ● Support remote and coordinated control. |
| Model | Reeolution | Pixth pitch | Len | Detector type | Video output interface |
| HF-LM64046 | 640×512 | 12φm | 4.6mm | Uncooled infrared module | Optional interface: CVBS/USB(UVC)/ BT656/Bt.1120 [Support customization] |
| HF-LM64066 | 640×512 | 12φm | 6.6mm | Uncooled infrared module | |
| HF-LM64091 | 640×512 | 12φm | 9.1mm | Uncooled infrared module | |
| HF-LM64013 | 640×512 | 12φm | 13mm | Uncooled infrared module | |
| HF-LM64015 | 640×512 | 12φm | 15mm | Uncooled infrared module | |
| HF-LM64019 | 640×512 | 12φm | 19mm | Uncooled infrared module | |
| HF-LM64025 | 640×512 | 12φm | 25mm | Uncooled infrared module | |
| HF-LM64035 | 640×512 | 12φm | 35mm | Uncooled infrared module | |
| HF-LM64050 | 640×512 | 12φm | 50mm | Uncooled infrared module | |
| HF-LM38491 | 384×288 | 12φm | 9.1mm | Uncooled infrared module | |
| HF-MLM640100 | 640×512 | 12φm | 100mm Motorized focus lens | Uncooled infrared module | |
| Please contact us learn more models ! | |||||
| Model | HF-LM64091-CVBS | ||
| Resolution ratio | 640x512 | ||
| Response band | 8~14μm(LWIR) | ||
| Detector type | Vanadium Oxide | ||
| Pixel spacing | 12μm | ||
| NETD | ≤50mK | ||
| Lens | 100mm | ||
| Frame Rate | Main stream:1fps~25fps Sub stream:1fps~25fps |
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| Brightness, contrast | Automatic/manual | ||
| Polarity | White hot, black hot | ||
| Color palettes | White heat,black heat,iron red,reverse iron red,rainbow,lava,feather red, spring feather red,amber,iron ash,blue black,blue red,multicolored,RGB reverse color |
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| Magnification | X1、X2、X4 | ||
| Picture processing | Non-uniformity correction, digital filtering noise reduction, digital detail enhancement | ||
| Image mirroring | Left and right/up and down | ||
| Output resolution | 640x512 | ||
| Power protection | Overcurrent protection, overvoltage protection, reverse input protection suppress high voltage surge | ||
| Power supply | DC12V | ||
| Typical power consumption | ≤2.5W | ||
| Video output | RJ45 | ||
| Communication Interface | RS-485 | ||
| Size | 45*45mm(camera module)+Φ133×118mm(100mm/1.0 motorized focus lens) | ||
| Weight | 216g(camera module)+870g(100mm/1.0 motorized focus lens) | ||
| Operating temperature | -30℃~+60℃ | ||
| Environment temperature | -50℃~+70℃ | ||
| Humidity | ≤90%RH(no condensation) | ||
| Temperature measurement range | -20℃~150℃ | ||
| 140℃~600℃ | |||
| Accuracy | ±2℃ or 2% of the reading | ||
Monitoring of no-fishing areas
Long-distance long-wave infrared cameras are set up at the high point of the no-fishing zone to monitor the heat signals from the fishing boat engine, hull and illegal personnel in real time throughout the day, forming thermal imaging images and triggering early warning.
Forest fire monitoring
The long-wave infrared module can capture the thermal radiation signal of 8-14μm, penetrate the night darkness and forest smoke, and identify underground fire, smolder and other unexposed fire sources. Realize the integrated management of forest fire prevention and forest area security.
Abnormal Detection of Photovoltaic Panels
Long-wave infrared camera monitoring points are set up to realize all-round monitoring and capture the temperature anomalies of photovoltaic panels and box transformers in real time.Predict equipment thermal hazards in advance to avoid fire caused by aging lines and overheating components.
Monitoring of straw burning
The long-wave infrared camera accurately identified the thermal radiation signal generated by straw burning, and the fire was reported to the central platform, which significantly improved the efficiency of straw burning control.
Q1. What type of detector is used in this series of Long-wave Infrared Thermal Camera?
A: This series of thermal imaging infrared camera uses 640x512 resolution infrared detector.
Q2. What are the main applications of this series of Long-wave Infrared Thermal Camera?
A: Civil UAV, handheld device, industrial equipment inspection, fire rescue, forestry inspection, outdoor observation, etc.
Q3. How does a drone Long-wave Infrared Thermal Camera work?
A: Images are generated by capturing the long-wave infrared radiation (8-14 microns wavelength range) emitted by objects.
All objects with temperatures above absolute zero (-273.15°C) emit infrared radiation, and the hotter the object, the more intense the radiation.
Q4. Are different lens options available?
A: Yes, we offer 9 mm, 13 mm, 19 mm, 25 mm, 35 mm, 50 mm and 75 mm lens options to meet the needs of different working distances.
Q5. What color scheme does the Long-wave Infrared Thermal Camera support?
A: Support white hot, black hot, Iron red, anti-iron red, rainbow red, feather red, etc.
Q6. Can these Long-wave Infrared Thermal Cameras operate in harsh environments?
A: Yes, they operate in extreme temperatures from -20°C to +150°C, +140°C to +600°C.
And it is designed to withstand inspection, rescue or surveillance missions performed by outdoor drones.
Q7: How do you deal with the faulty products?
A: 1, Our products are produced in strict quality control system with a 0.2% defective rate.
2, If non-artificial damage, dysfunction or errors happen during the warranty period, customers can go for repair, replacement or partial/full refund.
HF-MLM640100（Specifications & Drawings）.pdf
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