CN 
EN 
FR 中波红外热像仪
FAST-IR M是目前市场上中波波段中最快的红外热像仪系列。FAST-IR 红外热像仪具有各种分辨率，速度高达每秒从数百到三千帧率不等，是分析动态事件的理想仪器，可进行高速热成像，具有令人刮目相看的时间分辨率。得益于其冷却传感器，这类高性能红外热像仪极其灵敏，能够探测具有挑战性的目标; 可根据温度快速的变化进行自我调节, 并具有增强的光谱特性识别能力。
Additional Info
-
核心参数:
Midwave Series 光谱范围 空间分辨率 测量帧频 最大帧速率 滤片位置 FAST M500vx 1.5 - 5.4 μm 640 x 512 px 500 Hz 17 000Hz @ 64 x 8 4 FAST M1500x 1.5 - 5.4 μm 320 x 256 px 1 400 Hz 80 000 Hz @ 64 x 4 4 FAST M100k 3 - 4.9 μm 640 × 512 px 115 Hz 120 000 Hz @ 64 × 2 4 FAST M200 1.5 - 5.1 μm 640 × 512 px 210 Hz 5 600 Hz @ 136 × 2 4 规格如有更改，恕不另行通知。其他配置可根据要求提供。
-
关于话题的相关应用案例:
- High-Speed Infrared Imaging of Metal Parts Fabrication by Additive Manufacturing - 2017 (FAST-IR)
- High-Speed Infrared Imaging for Analysis of a Diesel Engine Supplied with a Premixed Methane-Air Charge - 2016 (FAST-IR)
- Fast Thermal Imaging - Combustion Ignition Studied with a Fast-IR Camera - 2013 (FAST-IR)
- Fast Thermal Imaging - Tank Muzzle Flash Analysis - 2013 (FAST-IR)
- Fast Thermal Imaging - Detailed Understanding of Explosion Dynamics - 2013 (FAST-IR)
- Fast Thermal Imaging - Muzzle Flash Analysis - 2012 (FAST-IR)
- Fast Thermal Imaging: The New Way to Look at Ballistic Impacts - 2012 (FAST-IR)
-
Colonne 1 - texte CN:
关键优势包括：
- 全画幅2000Hz以及最高达90000Hz窗口模式下的采集帧频
- 4孔滤片轮
- 经过认证的IP67密封外壳，适合野外测量
-
Colonne 2 - image CN:
钢试样的拉伸试验的红外热成像
- 核心参数
-
核心参数:
Midwave Series 光谱范围 空间分辨率 测量帧频 最大帧速率 滤片位置 FAST M500vx 1.5 - 5.4 μm 640 x 512 px 500 Hz 17 000Hz @ 64 x 8 4 FAST M1500x 1.5 - 5.4 μm 320 x 256 px 1 400 Hz 80 000 Hz @ 64 x 4 4 FAST M100k 3 - 4.9 μm 640 × 512 px 115 Hz 120 000 Hz @ 64 × 2 4 FAST M200 1.5 - 5.1 μm 640 × 512 px 210 Hz 5 600 Hz @ 136 × 2 4 规格如有更改，恕不另行通知。其他配置可根据要求提供。
- 关于话题的相关应用案例
-
关于话题的相关应用案例:
- High-Speed Infrared Imaging of Metal Parts Fabrication by Additive Manufacturing - 2017 (FAST-IR)
- High-Speed Infrared Imaging for Analysis of a Diesel Engine Supplied with a Premixed Methane-Air Charge - 2016 (FAST-IR)
- Fast Thermal Imaging - Combustion Ignition Studied with a Fast-IR Camera - 2013 (FAST-IR)
- Fast Thermal Imaging - Tank Muzzle Flash Analysis - 2013 (FAST-IR)
- Fast Thermal Imaging - Detailed Understanding of Explosion Dynamics - 2013 (FAST-IR)
- Fast Thermal Imaging - Muzzle Flash Analysis - 2012 (FAST-IR)
- Fast Thermal Imaging: The New Way to Look at Ballistic Impacts - 2012 (FAST-IR)
专家的意见