The Fluke Ti4x models feature everything needed for virtually every thermography task. With a 160 x 120 detector and a temperature sensitivity down to 0.08°C (80mK) (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 been performed successfully Quality control – Examine prototypes and refine thermal management designs Process monitoring – Real-time observation to ensure efficient and safe operation

Fluke IR-Fusion Technology Infrared and Visible light images are fused together - enabling you to view images in a range of modes from full IR to full visible light, and see exactly what you are viewing. To find out more select "IR-Fusion" in the side navigation of this page.

See exactly what you are viewing
Fluke IR-Fusion® technology links a real world visual image with a thermal image. It merges the two images into one, with the possibility to blend between the two images or create picture-in-picture combinations. Alarm limits can be superimposed over the visible light image to exactly pinpoint the components exceeding a specified temperature limit. Both the visual images and thermal images are available for use in reports. This speeds up documentation by reducing the need to look for individual images taken with a separate digital camera. IR Fusion helps to better identify and report suspect components and enable the repair to be done right the first time.

Large, sharp thermal images
Thanks to the largest display (five-inch) available on this type of thermal imager in combination with low-noise VOx sensors, the Fluke IR FlexCam units produce exceptionally high-quality images making even the smallest temperature differences visible. This is comparable with images normally only obtained on far more expensive instruments.

A sharp image in every situation
The innovative 180 ° articulating lens makes it possible to view and capture images in areas with poor accessibility. The display remains clearly visible while viewing over high objects, under a machine or around immoveable obstructions. The SmartFocus wheel simplifies getting a stable and sharp image. No need to take your hand off the instrument to turn a focus ring.

Make anomalies visible
Thanks to built-in functions like AutoCapture, the IR FlexCam Thermal Imagers help to troubleshoot difficult problems. The instrument is easily set up to automatically capture only those images where a temperature limit is exceeded. This way, difficult to find intermittent problems can be captured and analyzed quicker by concentrating only on the images containing the anomalies.

Analysis and reporting comes standard
The SmartView™ software (supplied with the unit) includes a complete range of infrared image viewing, analysis, annotation and reporting tools. It even allows for customized reports to accommodate specific company work processes or requirements like multiple image reporting and comparisons. To find out more select SmartView on the side navigation of this page.

Radiometric measurement – the ‘data behind the picture’
Fully radiometric thermal imagers capture and store calibrated temperature data for the matrix of thousands of points that make up a thermal image. This makes it possible to perform detailed analysis and change key parameters like emissivity or temperature range either in the field on the camera or in the office using the PC software.

•	Ti45FT	Ti40FT
High resolution, low noise VOx detector for high quality images	160 x 120
Temperature range to cover broad industrial applications	-20 to + 600 ° C (-4 to 1112 °F)
High temperature option	1200 ºC (2192 ºF)	•
High thermal sensitivity for viewing even the smallest temperature differences	≤0.08 ºC (80 mK)	≤0.09 ºC (90 MK)
180º articulating flexible lens to view images in every situation	•	•
Choice of 3 interchangeable lenses to cover every application	•	•
Large 5" high contrast color LCD for a clear picture independent of lighting conditions	•	•
Fully radiometric for detailed temperature analysis and tracking	•	•
SmartFocus for best image quality and accurate temperature measurements	•	•
Windows® CE based menu structure for ease of use	•	•
Personalized instrument set-up for multiple use	•	•
CompactFlash memory cards to store over 1000 IR images plus fully radiometric temperature data	•	•
SmartView reporting and analysis software included	•	•
AutoCapture for making intermittent problems visible	•	•
On-board analysis functions	•	•
User defined text annotations for simplified reporting	•	•
Built-in visible light (digital) camera	•	•
IR/Visible Alarm function	•
Laser pointer for easy targeting	•	•
Flash and torch light for high quality images in dark environments	•	•

Keep your Thermal Imager at optimal performance!
Check to see if you have the latest software or firmware version.

7.5 Hz models are available in some geographies. Check with your Fluke sales representative for additional information.

Keep your Thermal Imager at optimal performance!
Check to see if you have the latest software or firmware version.

Available Options
Use the Product Selector Tool in the "Knowledge and Information" tab to view the entire range of possiblities.
Lens	10.5mm, 20mm, and 54mm lenses are available within the Ti4X series. Use the Configurator to view the possible combinations.
High temperature	Some models in the Ti4X series can include the high temperature option allowing readings up to 1200 °C (2192 °F).