The Fluke Ti300+ helps teams find issues before they are fully formed problems. It has the resolution and accuracy needed to clearly reveal temperature differentials or demonstrate progressive heat changes over time.

Fluke Ti300 红外热像仪配有LaserSharp®激光自动对焦技术，每一次拍摄都能呈现一贯完美图像。 卓越性能和较好的操控感的完美结合，只有拿在手中的那一刻，您才更能体会。

Fluke Ti300 Infrared Camera delivers fast, powerful, high-performance troubleshooting the easy way. The Fluke Ti300 is a high performance, 240 x 180 thermal imaging camera that meets the needs of maintenance professionals. Being future-ready is part of its DNA.

Fluke Ti300 PRO 分辨率达到240×180，并具有更智能、更直观的用户界面，更高的热灵敏度可以捕获更细微的温度差异，同时使用全新的技术让屏幕的清晰度大幅提高。

Wireless connectivity to PC, iPhone and iPad (iOS 4s and later), Android 4.3 and up, and WiFi to LAN 1. Two-bay battery charger or in imager charging. Optional 12 V automotive charging …

Powerful SmartView software for your Windows desktop computer makes it easy to optimize images, perform advanced analytics, generate quick, customizable reports, and export images to the format of your choice. Easily adjust visible and infrared image blending and locate potential problems with IR Fusion technology.

Find problems earlier and faster with the thermal imager that captures clear images from a safe distance of operating equipment. Accurate and reliable results. Find issues before they are fully formed. The resolution and accuracy needed to clearly reveal temperature differentials or demonstrate progressive heat changes over time.

2014年10月24日 · With the ruggedness and ease of use that you’d expect from Fluke along with sharp, crisp images, this popular pistol grip camera offers a 3. 5-inch (landscape) LCD screen for easy issue identification. Thermal Infrared cameras offer premium image quality with premium resolution and thermal sensitivity.

Identify issues before they occur and capture high-quality and focused images with this thermal imager that features LaserSharp™ AutoFocus and a 320 x 240 resolution. Easy to use and reliable, this thermal imager provides the accuracy required to expose temperature differentials or demonstrate progressive heat changes over time.