为什么现在 · 目标像素
距离带走细节。分辨率使其恢复。
目标很小，很远。您放置在物体上的像素决定您是自信地检测、识别和测量，还是猜测。VGA 冷却相机在重要的距离处细节不足。
更快地检测和识别
目标上的像素越多，意味着边缘越清晰、分类越早，远距离的模糊轨迹越少。
更精细的辐射测量
每像素较小的接地样本距离可在同一台光学器件上清晰地测量特征、羽流和温度。
无平台罚款
到目前为止，HD MWIR 意味着更大的不同相机。细节跳转不应该花费您经过验证的范围设置。
New
RS8480
HD MWIR range science camera for long-range radiometric measurement
Designed for researchers, engineers, and scientists using long-range imaging who need to extract more information from distant and fast-moving objects, the FLIR RS8480 brings 1280 × 1024 HD MWIR imaging to the proven RS-Series.
With four times the pixels of a 640 × 512 detector and 2× the linear sampling across the object, it delivers the spatial detail needed to detect, identify, and measure with greater confidence in applications ranging from missile and rocket testing to target signature, plume analysis, and large-scale outdoor research.
A continuous 50-250 mm metric zoom, extendable to 150-750 mm with the optional 3× afocal multiplier, puts that detail to work across demanding distances, while calibrated radiometric data from every pixel and every frame turns imagery into defensible measurement. Range-grade timing, synchronized acquisition, and the familiar FLIR Research Studio workflow make the RS8480 easy to integrate into established test environments, all within the rugged, IP65-rated chassis.
With the RS8480, you don’t just see the object—you measure it.
Four Times the Detail. Same Range Setup.
With 1280 × 1024 HD MWIR resolution, the RS8480 delivers four times the pixels of a 640 × 512 detector and 2× the linear sampling across the objects. That means more detail where it matters—helping teams detect, identify, track, and measure distant targets with greater confidence.
The RS8480 delivers calibrated radiometric data from every pixel, every frame, turning thermal imagery into data that can be quantified, synchronized, and analyzed. From target signatures and plume behavior to temperature and radiance, the result is evidence your test team can actually work with.
Keep the proven RS-Series platform, continuous 50-250 mm metric zoom, familiar mounting, calibration model, and FLIR Research Studio workflow—then extend your reach to 150-750 mm with the optional 3× afocal multiplier. More capability, without turning an HD upgrade into a new integration project.
全新视角 · 在熟悉的地面上
全新高清传感器。 您信赖的 RS 平台。
我们将全新的高清 MWIR 传感器与久经考验的 RS6780 机箱相结合。分辨率发生了变化——使平台范围就绪的其他一切都保持不变。
1280 × 1024 HD MWIR
640 × 512 VGA 检测器的像素的四倍 — 目标上线性采样的 2 倍。
热MWIR SLS探测器
8 μm 间距，120 K 运行，f/4，3.4–5.1 μm。比传统 InSb/MCT 更热的操作意味着一台 27，000 小时的冷藏 MTBF。
相同的连续变焦光学元件
50–250 mm 公制变焦，3 倍焦距时可扩展至 750 mm。您的机队中已有的光学元件。
相同的 Research Studio 工作流程
校准相同，采集和分析软件相同。无需学习新工具。
分辨率 · 目标像素
当物体变小时，答案不应该。
RS8480 的 1280 × 1024 探测器可捕获 640 × 512 VGA 像素的四倍，并在同一物体上提供 2 倍线性采样。这些额外的空间信息有助于测距团队在远处保留更多细节。
4×
640×512 VGA的像素
2倍
整个物体的线性采样
640×512
VGA 参考
1280 × 1024
RS8480 HD
辐射测量 · 数据，而不仅仅是视频
看到它很有用。 测量它就是重点。
RS8480每帧每像素输出校准后的辐射数据，因此每张图像都可以成为温度和辐射分析的定量信息，而不是单独显示图像。
工厂校准包括环境漂移补偿和通过变焦精确测量。标准温度范围涵盖 0°C 至 350°C（32°F 至 662°F），使用 50–250 mm 镜头上的 ND 滤光片测量最高 3000°C。
当可交付成果是测量结果时，图片是不够的。
定时 · 范围级同步
在测试范围内，计时是
测量的一部分。
IRIG-B 计时具有小于 10 μs 的抖动、TSPI 精确时间戳、触发和同步 I/O、三级同步和锁定支持，有助于将每个帧置于更宽的测试时间轴中，并使 RS8480 与其他量程仪器同步。
规格
| 核心参数 | |
|---|---|
| 红外分辨率 | 1280 × 1024 (HD) |
| 分辨率 | 1280 × 1024 (HD) |
| 像素间距 | 8 µm |
| 波长范围 | 3.4 - 5.1 µm |
| 探测器类型 | HOT MWIR SLS, 120 K operation |
| 热像仪光圈数 | f/4.0 |
| 动态范围 | 14-bit |
| 帧频[全窗口] | GigE ~45 Hz; CoaXPress ~60 Hz |
| 积分时间 | 480 ns to full frame |
| 可选测温范围 | 0 °C - 350°C standard; to 3000°C with ND filter |
| 调焦 | Motorized FOV/focus |
| 成像与光学 | |
|---|---|
| 传感器制冷 | Closed-cycle rotary |
| 像素间距 | 8 µm |
| 分辨率 | 1280 × 1024 (HD) |
| 动态范围 | 14-bit |
| 可操作性 | ≥>99.4% |
| 可选镜头 | Standard optic: 50 mm - 250 mm continuous metric zoom Extended optic: 150 mm - 750 mm with 3× afocal multiplier |
| 子窗口模式 | Flexible windowing down to 16 × 4 (steps of 16 columns, 4 rows) |
| 帧频[全窗口] | GigE ~45 Hz; CoaXPress ~60 Hz |
| 探测器类型 | HOT MWIR SLS, 120 K operation |
| 波长范围 | 3.4 - 5.1 µm |
| 热像仪光圈数 | f/4.0 |
| 热灵敏度_NETD [典型] | 38 mK typical (50% well-fill at 30°C) |
| 积分时间 | 480 ns to full frame |
| 红外分辨率 | 1280 × 1024 (HD) |
| 视场角（FOV） | Motorized FOV/focus |
| 调焦 | Motorized FOV/focus |
| 镜头接口 | Per-frame focal length metadata |
| 镜头盖 | Optional accessory: Motorized lens cover; 3× afocal lens (extends to 150 mm - 750 mm) |
| 测量与分析 | |
|---|---|
| 可选测温范围 | 0 °C - 350°C standard; to 3000°C with ND filter |
| 环境漂移补偿 [带出厂校准] | Yes |
| 精度 | ≤100°C ±2°C (±1°C typical), >100°C ±2% of reading (±1% typical) |
| 自动增益控制 | Manual, Linear, Plateau equalization, DDE |
| 通讯与数据存储 | |
|---|---|
| 同步模式 | Trigger, sync in/out, tri‑level sync, lock‑in, IRIG‑B; TSPI‑accurate timestamping |
| 延时拍摄 | IRIG-B timing: <10 µs jitter |
| 接口 | GigE Vision + CoaXPress; RS-232 command/control; SDI video out |
| 常规 | |
|---|---|
| 尺寸（长×宽×高） | 544 mm × 177.8 mm × 213.9 mm (21.43 in × 7 in × 8.42 in) - (w/o 3x); 726.44 mm × 243.38 mm × 240.74 mm (28.6 in × 9.582 in × 9.478 in) - (w/3x) |
| 重量 | Without 3x afocal - 12.7 kg (28 lb), With 3x afocal - 16.78 kg (37 lb) |
| 电源 | |
|---|---|
| 电源 | 24 VDC (<24 W steady state) |
| 环境与认证 | |
|---|---|
| IP防护等级 | IP65 rugged, environmentally sealed |
| 安装 | 5 × ¼" -20 tapped holes, 2x 3/8" -16 tapped holes |
| 工作温度范围 | -20°C to 50°C (-4°F to 122°F) |
资源和支持
Datasheet
FLIR RS8480 데이터시트
Datasheet
FLIR RS8480 数据手册
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