| Customization: | Available |
|---|---|
| Technology: | Infrared |
| Style: | Zoom Lens |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
The MWIR cooled 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 45mm ~ 900mm and an optical zoom ratio of 20x. It features a compact optical design and precision structural design, with special structural processing techniques, high-precision optical-mechanical assembly techniques, and advanced servo control technology used during production. The imaging detection component has a resolution of 1280x1024@15μm/12μm and employs low-noise, high-sensitivity imaging technology, with 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 exceptional environmental adaptability, capable of providing clear and stable imaging for extended periods in extreme environments, including high and low temperatures.
1.Real-time output of infrared video images of the scene.
| 1.FOV(15μm) : 24.0°×19.3°~1.22°×0.97°. |
| 2.FOV(12μm): 19.3°×15.5°~0.97°×0.78°. |
| 3.Focal Length Range: 45mm to 900mm. |
| 4.Electronic zoom: 2x. |
| 5.FOV switching time: Continuous zoom switching time at normal temperature is no more than 8 seconds, and at all temperatures no more than 10 seconds. |
| 6.FOV distortion: wide field of view distortion no more than 3%; narrow FOV output accuracy: no more than 1%. |
| 7.Field of view output accuracy: ≤ 2%. |
| 8.Detector |
| Resolution 1280*1024 |
| Pixel Pitch 15μm/12μm |
| F.No 4 |
| Spectral Range Mid-wave IR |
| Cooler Stirling |
| 9.Non-uniformity Correction:Images after Non-uniformity Correction:No blind spots within the central 10% of the field of view;The number of blind spots in adjacent clusters outside this central area (4×3) should not exceed 3 groups.The entire infrared image output should be free of high-contrast blind spots.The image should be clear, with a clean background, and free from anomalies such as image whitening or noticeable textures.The image should operate normally for at least 4 hours after a single calibration. |
| 10.Non-uniformity correction process ≤ 45 seconds. |
| 3.33cyc/mrad MRTD≤0.1K |
| 8.6cyc/mrad MRTD≤0.2K |
| 15.5cyc/mrad MRTD≤0.3K |
| 25.0cyc/mrad MRTD≤0.35K |
| 30.0cyc/mrad MRTD≤0.4K |
| 11.Equivalent Noise Temperature Difference (NETD): ≤ 30 mK (75% FOV, time domain) |
| 12.Optical Axis Consistency: ≤ 2 pixels. |
| 13.Small Field of View Optical Axis Repeatability:≤ 1 pixel. |
| 14.Manual Adjustment Range of the Reticle: Adjustment range covers the entire field of view, with an accuracy of 1 pixel. |
| 15.Focus Range for Large Field of View: 5m~∞. |
| 16.Focus Range for Small Field of View: 100m~∞. |
| 17.Auto-Focus Time: ≤ 3 seconds. |
| 18.Video Output: Base CameraLink video mode, 1280×1024 @ 60 ± 0.5% fps (other frame rates available upon request). Other interfaces are negotiable. |
| 19.Video Delay: ≤ 2 frames. |
| 20.Startup Time at Normal Temperature: ≤ 8 minutes. |
| 21.Startup Time Across the Full Temperature Range: ≤ 10 minutes. |
| 22.Power-On Self-Test: The infrared thermal camera performs an automatic self-test of relevant items after power-up. Once the self-test is complete, results are reported and the device enters standby mode. |
| 23.Periodic Self-Test: The infrared thermal camera performs periodic testing during operation. Periodic self-testing does not affect the imager's normal operation. If a fault is detected, a self-test report is sent to the system. |
| 24.Maintenance Self-Test: A maintenance self-test command is issued by the system. Upon receiving this command, the infrared thermal imager performs a functional check and reports the results. |
| 25.Weight Specification: Product weight should not exceed 12.5 kg (if weight restrictions are in place, lightweight materials can be used to control weight to around 11.5 kg). |
| 26.Power Consumption: Typical power consumption ≤ 50W, with a maximum power consumption ≤ 80W. |
| 27.Power Supply: The infrared thermal imager operates on a 28.5V DC power supply, with a range of 25.0V to 30.0V. |
Founded in 2015, Xi 'an Zhongke Lead IR Technology Co., Ltd. is an intelligent photoelectric equipment development enterprise, incubated by Xiguang Institute of Chinese Academy of Sciences, with the thermal IR imaging technology at its thermal imaging module. It has long been a well-known supplier of IR imaging and measurement equipment at home, and also the advocate of China's medical IR industry. The company boasts a large number of technical personnel with expertise in various sectors, and a staff of over 150, of which researchers accounted for more than 50%, including 25 senior researchers and 7 talented personnel at provincial or municipal level.
Lead IR owns a number of patents, covering thermal imaging module technologies such as high sensitivity IR imaging, high-precision IR thermal field measurement, 3D vision reconstruction, and intelligent IR medical detection. The products developed have been successfully supporting more than 50 well-known enterprises and institutions in various fields. The company and its subsidiaries have three hubs of photoelectric equipment integration, precision optical processing and special lens installation and calibration, equipped with more than 200 sets of advanced equipment of various types, such as CNC polishing, contour graph, three-coordinate equipment, interferometer, photoelectric test system, etc., with the ability to realize the whole process of photoelectric products from design, processing to integration and inspection.
After years of exploration, the company has won many honors, including National Key Little Giant Enterprise, National High-Tech Enterprise, National Enterprise with Intellectual Property Strength, Hidden Champion Enterprise of Shaanxi Province, Thermal imaging module Member of Shaanxi Photonic Industry Innovation Consortium, Xi 'an Gazelle Enterprise, and Potential Unicorn Enterprise in Xi 'an High-tech Zone.
){kind=link}