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THERMAL IMAGERS
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Fluke Ti20 Thermal Imager
Breakthrough performance for
industrial maintenance applications
Representing a price/performance breakthrough in thermal imaging, the Fluke Ti20 lowers the entry threshold for this powerful technology. Designed for industrial applications, the Ti20 puts the capabilities of thermal imaging within the hands of service and maintenance personnel who know the facility and equipment best.
Thermal imaging within your reach
Easy to use, thanks to one-handed ‘point-and-shoot’ operation and intuitive on-screen guidance, the Ti20 Thermal Imager does not require specialist training to obtain accurate measurements. Just point at the target, focus the instrument, and it automatically adjusts the temperature range to show a crisp image. When the user pulls the trigger, the image and associated measurement data is stored. Through the software (included), key image parameters can be changed to optimize the image and extract maximum detail without going back to the factory floor.
Fluke Ti30 Thermal Imager
Everything needed for everyday imaging.
The affordable Fluke Ti30™ Thermal Imager is an unbeatable solution for predictive maintenance:
Complete imaging solution - The Ti30 thermal imager is packaged with all necessary accessories, unlimited-use InsideIR™ companion software, and two days of professional thermography training.
Fast and easy inspection routing - Plan your equipment inspection route, load it once into the imager, and then follow the easy, on-camera instructions each time you perform inspections.
Designed for industrial use - With over five hours of continuous-use battery life and the capacity to store up to 100 images, it allows for a full day of uninterrupted inspections.
Lowest cost of ownership - An exceptional value for a high performance imager, the Ti30 also offers affordable instrument service and calibrations.
Fluke Ti40 and Ti45 IR FlexCam® Thermal Imagers
The versatile choice for maintenance and production engineers and technicians
The Fluke Ti4x models feature everything needed for virtually every thermography task. With a 160 x 120 detector and a temperature sensitivity of 0.08 ?C (NETD) they deliver high resolution images where even the smallest temperature differences can be seen. The units are extremely easy to use through the Windows® CE menu structure and offer an extended troubleshooting feature set to allow on the spot analysis in the field.
The FT models feature the innovative IR-Fusion™ technology. IR-Fusion captures a visible light image in addition to the infrared image and takes the mystery out of IR image analysis. It helps to better identify and report suspect components and enable the repair to be done right the first time. To find out more select IR-Fusion on the side navigation of this page.
Typical applications:
• Predictive maintenance – Identify
electrical and mechanical problems before they
cause failure
• Industrial maintenance – Check whether
repairs have beenperformed successfully
• Quality control – Examine prototypes
and refine thermal management designs
• Process monitoring – Real-time observation
to ensure efficient and safe operation
Fluke Ti50 and Ti55 IR FlexCam® Thermal Imagers
The professional’s choice when demanding the highest sensitivity
Choose the Fluke Ti5x models when you need the best images. They feature 320 x 240 detectors with industry leading thermal sensitivity (? 0.05 °C NETD) for high resolution, ultra high-quality images. In addition, with a 60 Hz detector acquisition rate temperatures are displayed live on the large 5-inch color display.
The FT models feature the innovative IR-Fusion™ technology. IR-Fusion captures a visible light image in addition to the infrared image and takes the mystery out of IR image analysis. It helps to better identify and report suspect components and enable the repair to be done right the first time. To find out more select IR-Fusion on the side navigation of this page.
Typical applications:
• Predictive maintenance – Identify electrical
and mechanical problems before they
cause failure
• Power/utilities – Real-time analysis
of substations, transmission lines and
equipment
• Process monitoring – Real-time observation
to ensure efficient and safe operation
• Research and development – Quantify
heat patterns to improve product designs
• Electronic design – Close up circuit board analysis
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