| Customization: | Available |
|---|---|
| Technology: | Infrared |
| Style: | Zoom Lens |
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The MWIR continuous zoom thermal camera consists of a large zoom ratio continuous zoom lens and a high-sensitivity imaging detection component. The lens has a focal length range of 22mm to 700mm, and an optical zoom ratio of 30x. It employs a compact optical design and precision structural design, with special structural processing technology, high-precision optical-mechanical assembly techniques, and advanced servo control technology used during production. The imaging detection component has a resolution of 640x512@15μm and utilizes low-noise, high-sensitivity imaging technology. It features intelligent image processing algorithms such as adaptive non-uniformity correction, noise filtering, wide dynamic range image enhancement, and automatic light adjustment. It is characterized by its small size, lightweight, long focal length, long-range capability, large zoom ratio, high optical axis alignment accuracy, and clear imaging throughout the zoom range. The imaging detection component has excellent environmental adaptability, capable of providing clear and stable imaging for extended periods in extreme conditions such as high and low temperatures.
1.30x optical zoom ratio.
2.High optical axis alignment consistency , less than 2 pixels.
3.Compact structure, small size, lightweight, long focal length, and long-range viewing.
4.Exceptional environmental adaptability, capable of providing clear imaging for extended periods in both high and low-temperature environments.
| Continuous Zoom Thermal Imager With a Big Zoom Range | ||
| Performance | Detector Resolution | 640×512 |
| F-Number | F4 | |
| Spectral range | 3.7μm~4.8μm | |
| Operating range | The identification distance of 2.3meter×2.3meter targets ≥20km | |
| FOV | 24.6°×19.8°~0.5°×0.4° | |
| FOV switching time | ≤8s | |
| FOV output accuracy | ≤2% | |
| Optical axis consistency | < 2 pixels | |
| Optical axis repetition accuracy | ≤ 1 pixel | |
| Optical axis stability | The optical axis stability error of the small FOV before and after the vibration ≤2 pixels | |
| The optical axis stability error of the small FOV across the whole temperature range ≤5 pixels | ||
| Focus distance | 5m~∞ | |
| MRTD | MRTD (33cyc/mrad)≤450mK | |
| NETD | NETD≤30mK (75% FOV, time domain) | |
| Autofocus time | ≤3s | |
| Startup time | ≤7min | |
| Weight | ≤9.5 kg | |
| Voltage range | DC25V~DC30V | |
| Power consumption | ≤25W | |
| Functional | Continuous zoom with sharp images | |
| Non-conformity correction | ||
| Highlight suppression | ||
| Polarity conversion, contrast adjustment, brightness adjustment, reticle loading/fading and memory, image enhancement, flipping, mirroring, state memory and accumulated workhours | ||
| Focusing, autofocus | ||
| Power-on, periodic and maintenance self-check, and fault reporting | ||
| Temperature reporting | ||
| Output current FOV | ||
| Focusing parameters adaptive matching with focal length and temperature | ||
| Environmental adaptability | Operating temperature range | -45ºC~+70ºC |
| Storage temperature range | -55ºC~+70ºC | |
| Homemade status | 100% homemade | |
Xi'an Zhongke Lead IR-Tech Co., Ltd established in 2015, is a Research type enteprise based on intelligent electro-optical equipment and infrared thermal imaging technology, incubated by Xi'an Institute of Optics and Precision Mechanics of China Academy of Sciences.
Lead IR-Tech has three core centers: Photoelectric equipment integration, precision optical processing, and specialized lens calibration. They are equipped with over 400 advanced devices, including CNC polishing machines, photoelectric, coordinate measuring machines, interferometers, and photoelectric system testing systems. This enables LEAD IR-TECH to achieve the full process of design, processing, integration, and testing of photoelectric products.
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