A84xx

紧凑型 MWIR HD Science 相机

Product Variations

A8451 和 A8481 是一款紧凑的 MWIR HD 科学相机，配备 1280 × 1024、8 µm 热 MWIR SLS 探测器，可实现高清图像和制冷型相机灵敏度，同时降低热负荷。基于紧凑的 A-Series平台，两者的像素均为 VGA A-Series相机的四倍，无需重新集成。A8481增加了电动滤光轮和镜头接口，同时两者都支持一系列FLIR精密光学元件。千兆以太网或 CoaXPress 连接可在 FLIR Research Studio 中提供完整的相机控制和完全辐射捕获，从而加快数据分析速度。

• 使用手动、电机对焦、显微镜和宏 FLIR Precision Optics 镜头
最大化测量像素 通过 A8481*
•锁定捕获上的电动 3 位滤光轮•扩展可测量的温度范围，从而通过精确触发和同步 I/O 进行测试
• 分析和记录 1280 × 1024 （1.3 MP） 高清热图像，全辐射
•检测热差 低至 <30 mK NETD
• 使用可选的 5× 显微镜镜头解决低至 1.6 µm/像素的组件级细节
• 通过千兆以太网以 45 Hz 或 CoaXPress
以 60 Hz 传输完全辐射数据 在 Research Studio 的 Connect 中•获取和分析 → 查看 → 记录 → 分析工作流程
在您的团队喜欢的操作系统和语言中•工作
Product Overview

HD Without the Big-Body Tradeoff

The A8481 and A8451 bring HD thermal imaging to the compact A-Series form factor for the first time. Delivering 1280 × 1024 resolution in the same proven body used throughout the A67xx family, the A84xx-Series gives researchers four times more pixels without changing optics, fixtures, software, or workflows.

The A8481 extends the platform further with a motorized filter wheel and lens interface, enabling automated optics control and broader temperature measurement capability.

The result is greater thermal detail, more measurement points, and faster scientific insight, all from a platform your team already knows. With HOT MWIR SLS technology, full radiometric recording, precision synchronization, and support for FLIR Precision Optics, the A84xx-Series helps engineers and researchers move beyond VGA limitations while keeping the simplicity of the A-Series ecosystem.

1280 × 1024
HD thermal resolution
4×
More pixels than VGA A-Series cameras
35 mK
Thermal sensitivity (NETD, Typical)
45 Hz / 60 Hz
Full-frame streaming
All in the same A-Series body. No reintegration required.
Why We Built It

HD Used to Mean a Bigger Camera

For years, moving from VGA thermal imaging to HD meant moving to a larger camera platform. New mounts. New cabling. New integration work. New validation cycles.

The A84xx-Series changes that.

Built around a 1280 × 1024 HD MWIR detector, the A8481 and A8451 bring HD thermal imaging into the same compact A-Series platform trusted by researchers and engineers around the world.

X85xx high-speed HD
Large-format high-speed platform
249 × 157 × 147 mm (9.8 × 6.2 × 5.8 in)  · 6.35 kg (14 lbs)
A8581 large-format HD
Large-format InSb HD platform
226 × 102 × 109 mm (8.9 × 4.0 × 4.3 in) · 2.3 kg (5 lbs)
 
A84xx Series — HD, A67xx body
Compact A67xx chassis
226 × 102 × 109 mm (8.9 × 4.0 × 4.3 in) · 2.3 kg (5 lbs)
Size and Integration

More Thermal Detail.
Same Footprint.

Most HD MWIR cameras require larger camera bodies and new integration efforts.

The A84xx delivers HD performance in the same compact A-Series chassis, making it simple for existing users to upgrade thermal resolution while keeping their established workflows intact.

4× More Pixels
Capture more thermal detail across the same scene without sacrificing field of view.
Zero Re-Integration
Reuse existing fixtures, mounts, cabling, optics, and software.
Compact Design
Deploy HD imaging in space-constrained labs, test cells, and research environments.
A Natural Upgrade Path

Four Times the Pixels.
Same Workflow.

The A84xx was designed as a natural upgrade path for A-Series users.
Keep
• Existing FLIR Precision Optics
• Existing mounts and fixtures
• Existing software environment
• Existing analysis workflows
• Existing automation infrastructure
The HD array is nearly the same physical size (10.2 mm vs 9.6 mm across) - so on the same focal length you keep a comparable field of view, now sampled roughly twice as finely. Or window in and trade pixels for speed.
 
640 × 512
327,680 pixels · 15 µm
→
 
1280 × 1024
1,310,720 pixels · 8 µm
 
Applications

One Camera. Multiple
Research Environments.

Designed for Scientific Discovery and Test Validation
Electronics & PCB Analysis
Identify component-level hot spots while maintaining visibility of the entire board.
Battery Research
Capture temperature variations across cells, modules, and packs with greater spatial detail.
Materials & Mechanical Testing
Measure thermal behavior across larger samples while resolving smaller features.
NDT & Inspection
Detect and characterize defects with improved image density and thermal clarity.
Combustion & Propulsion
Study thermal structures in flames, exhaust streams, and high-temperature events.
Academic Research
A flexible platform that supports multiple projects, laboratories, and departments.
Optics

One Mount, Multiple Optics 

More Pixels on Target
The A8481/A8451 support the full ecosystem of FLIR Precision Optics, allowing researchers to optimize spatial resolution for nearly any application.
Manual Focus Lenses
17 mm to 200 mm options
Motorized Focus Lenses
Control focus directly within Research Studio (motorized focus lenses available on the A8481 only).
Microscope Optics
Capture thermal detail down to 1.6 µm/pixel
Macro Imaging
Analyze small components and materials with exceptional detail
Measurement and Control

Measurement-Grade
Thermal Data

The A8481/A8451 combine HD imagery with the measurement accuracy and control required for demanding R&D environments.
Key Capabilities
• Fully radiometric data capture
• Precision trigger and synchronization I/O
• GigE Vision and GenICam compatibility
• CoaXPress support
• Windowed frame rates up to 13,733 Hz
• Motorized filter wheel for expanded measurement ranges
• Radiometric .ATS recording
Software

Powered by FLIR
Research Studio

Acquire, record, analyze, and share thermal data through the same workflow trusted across the FLIR science camera portfolio.
 
Connect
Connect cameras quickly via GigE or CoaXPress.
View
Visualize HD thermal data in real time.
Record
Capture fully radiometric datasets.
Analyze
Generate plots, profiles, statistics, and reports.
Share
Export and share thermal data, images, and reports with colleagues and stakeholders.

规格

核心参数
红外分辨率 1280 × 1024 HD
波长范围 3.4 - 5.1 µm
探测器类型 热 MWIR SLS
光圈数 f/2.5
动态范围 14 位
最大帧频 帧率（全帧率）：45 Hz GigE、60 Hz CXP
帧率（窗口）：高达 13，733 Hz （32 × 4）
积分时间 最小值：480 ns 至 ~全帧
可选测温范围
成像与光学
传感器制冷 线性、闭合循环（27，000 小时）
像素时钟 50 MHz
光圈数 f/2.5
动态范围 14 位
可操作性 99.5%
可选镜头 手动（3-5 µm）：17 mm、25 mm、50 mm、100 mm、200 mm、50 mm 微距
图像时戳 是
子窗口模式 灵活窗口，可缩放至 16 × 4（以 16 列，4 行递增）
探测器类型 热 MWIR SLS
最大帧频 帧率（全帧率）：45 Hz GigE、60 Hz CXP
帧率（窗口）：高达 13，733 Hz （32 × 4）
波长范围 3.4 - 5.1 µm
热灵敏度_NETD [典型] 35 mK NETD（典型值）
积分时间 最小值：480 ns 至 ~全帧
红外分辨率 1280 × 1024 HD
视频标准 SDI
视频模式 SDI：720p @ 50/59.9，1080p @ 25/29.9
读出模式 异步积分同时读出/异步积分后读出
读出类型 快照
辐射红外视频流 GigE Vision / CoaXPress
近焦镜头/显微镜 1倍，3倍
测量与分析
可选测温范围
测温范围 -20°C 至 3000°C（-4°F 至 5432°F）
精度 2°C 或±读数的 2%
自动增益控制
通讯与数据存储
同步模式 同步输入，同步输出
命令与控件 GigE、CXP、RS-232
常规
尺寸[长×宽×高] 226 × 102 × 109 mm
重量[不带镜头] 2.3 kg
电源
电源 标称电压为 24 V DC（范围为 20 至 28 V）；连续电流为 1.4 A，
环境与认证
安装
工作温度范围

附件

  1. Heavy Duty Open Base Microscope Camera Stand

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