Available in 9Hz and 60Hz versions, the Fluke Ti300+ Thermal Imaging Camera is ideal for troubleshooting, as well as preventive and predictive maintenance applications.
Due to its thermal resolution (320 x 240px – 76 800 pixels) and ability to measure temperatures up to 650°C, the Fluke Ti300+ Thermal Imaging Camera is able to illustrate progressive heat changes over time and can capture temperature differentials clearly. This thermal imager’s resolution and accuracy mean that it can be used to identify faults before they become significant problems, thereby preventing unexpected breakdowns and reducing the downtime required to fix detected issues.
This infrared camera is also equipped with several functions designed to improve its focus and precision.
LaserSharp™ Auto Focus
In-focus images provide the most accurate temperature readings. The LaserSharp™ Auto Focus automatically captures in-focus images, thereby allowing the user to gather precise data from a safe distance.
Laser Distance Meter
This function is also designed to aid the user with capturing precise data from a safe distance. At the touch of a button, the operator can use the Laser Distance Meter to determine and display the distance from the target required to capture in-focus images.
Manual Focus
It is also possible to focus the Fluke Ti300+ Thermal Imaging Camera manually; this infrared camera has a minimum focus distance of 15cm/ 6-inches.
IR-Fusion™ Technology
To improve the speed, ease and accuracy with which the user can pinpoint the source of a fault, the Fluke Ti300+ Thermal Imaging Camera includes IR-Fusion™ Technology. This function overlays visible details onto the thermal image thereby improving image clarity and detail.
Thermal images are viewable via the Fluke Ti300+ Thermal Imaging Camera’s 3.5-inch (landscape), 640 x 480px LCD screen.
It is also possible to transfer images to the user’s smartphone or tablet via Wi-Fi and the Fluke Connect App. Moreover, images can also be saved to the Fluke Connect Cloud via Wi-Fi.
The operator can access, edit, optimise and analyse these images using the Fluke Connect Desktop Software (NOT included). Using this software, thermal and visual images can be combined to facilitate easier analysis. The Fluke Connect Desktop Software can also be used to create professional reports, as well as organise and search for images according to assets, titles and severity.
Finally, the Fluke Ti300+ Thermal Imaging Camera has been ergonomically designed to ensure ease-of-operation and has been drop-tested from 2m making it suitable for use in rugged environments.
The Fluke Ti300+ Thermal Imaging Camera is an ergonomic, easy-to-use and effective IR imager ideal for optimising work and system efficiency.
Infrared resolution | 320 x 240 (76,800 pixels) |
IFOV with standard lens (spatial resolution) | 1.85 mRad, D:S 532:1 |
Field of view | 34° H x 24° V |
Minimum focus distance | 15 cm (approximately 6 inches) |
LaserSharp™ Auto Focus | Yes, for consistently in-focus images |
Laser distance meter | Yes, calculates distance to the target for precisely focused images |
Advanced manual focus | Yes |
Wireless connectivity | Yes, to PC, iPhone® and iPad® (iOS 4s and later), Android™ 4.3 and up, WiFi and Lan (where available) |
Fluke Connect™ app compatible | Yes, connect your camera to your smartphone and images taken automatically upload to the Fluke Connect app for saving and sharing |
Fluke Connect Assets | Through the desktop, assign images to assets, easily compare measurement types in one location and create reports |
Fluke Connect instant cloud upload | Yes, connect your camera to your building’s WiFi network and images taken automatically upload to the Fluke Connect system for viewing on your smartphone or PC |
IR-Fusion™ technology | Yes, adds the context of the visible details to your infrared images |
Ruggedized touchscreen display | 3.5 inch (landscape), 640 x 480 LCD |
Ergonomic design | Pistol-grip design for one-handed use |
Thermal sensitivity (NETD**) | ≤ 0.075 °C at 30 °C target temp (75 mK) |
Level and span | Smooth auto and manual scaling |