JPTZ Science and Technology Co., Ltd.
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The JP NVD3000 binocular handheld uncooled thermal imaging telescope is a powerful tool for diverse applications. It features a thermal imaging detector and a visible light sensor, enabling easy switching between thermal and visible light images. The device integrates satellite positioning, laser ranging, and an electronic compass for precise self-positioning and target positioning. Ideal for field observation, surveillance, and target location acquisition, the JP NVD3000 meets the needs of users in various environments.
| Product model | NVD3000 |
| Infrared | |
| Mid-Size Vehicle, km | ≥2.8 |
| Standing Man, km | ≥1 |
| Infrared detection resolution, Pixel@um | 640×512@12um |
| Lens focal length, mm | 70 |
| Infrared FOV, ° | ≥6.3×5.0 |
| Visible Light | |
| Mid-Size Vehicle, km | ≥6.6 |
| Standing Man, km | ≥3 |
| Resolution, Pixel@um | 2592×1944@2.7um |
| Focal Length, mm | 105 |
| Focal Length Adaptation Range, m | 50～∞ |
| Visible FOV, ° | ≥3.2×2.4 |
| Defog | Support |
| Laser Ranging | |
| Minimum Range, m | ≤50 |
| Maximum Range, km | ≥6 |
| Precision, m | ≤2 |
| Repeat Frequency, Hz | ≥0.5 |
| Ranging Logic | Select to display the first or last target capability measured； |
| Laser Wavelength | Human eye safety band； |
| Positioning Orientation | |
| Positioning Precision, m | ≤7(CEP), ≤10(PE) |
| Magnetic Azimuth, ° | ≤0.5(RMS) |
| Target Positioning Accuracy, m | at 2km of the distance≤20(CEP) |
| Other | |
| Diopter, SD | -4～+4 |
| Digital zoom, × | 1~4 |
| Working Time(Room temperature), h | ≥10 |
| Memory Storage, G | 32 |
| Operating Temperature, ℃ | -40～+55 |
| IP Grade | IP67 |
| Weight, kg | ≤1.6 |
* These parameters are for illustrative purposes only and are subject to change without prior notice due to product updates and improvements.
► Thermal imaging observation mode and visible light observation mode can be switched with one click, and screen brightness, contrast, image quality enhancement, etc. can be personalized
► Supports guided search function after entering target coordinates
► PIP
► Relative ranging function supports relative distance calculation between targets