Fluke Industrial Thermal Imagers Models: Ti32, Ti29 and Ti27. Three models specifically for industrial and electrical applications. Technical Data The P3 Series: Superior, not Superfluous. Fluke is how other tools are measured. The greatest technological advancement in thermography may be how Fluke has made it so simple to capture images and analyze data right out of the box. Superior image quality Industry-leading thermal sensitivity and spatial resolution combined with a high definition display, creates the sharp- est images in the industry. One-handed, easy-to-use interface With just a push of your thumb, go from one-handed manual smart focus to adding picture-in-picture and even add voice comments. Torture tested Before a Fluke goes into your hands, we drop it from ours. Only Fluke thermal imagers are designed from the inside Ti27 Ti29 Ti32 out to withstand a 6.5 ft drop. 240x180 IR 280x210 IR 320x240 IR Patented Fluke IR-Fusion resolution resolution resolution 43,200 total 58,800 total 76,800 total (Picture-in-picture and auto blending) IR pixels IR pixels IR pixels Precision visible and IR image alignment allows Fluke to offer the only on-camera blended infrared and visible image to better diagnose issues. Made in the U.S.A. of U.S. and Interchangeable lenses non U.S. parts Interchangeable wide-angle and IR-Fusion compatible telephoto lenses to cover any application. Fluke. Not just infrared, infrared you can use. Industrial Mechanical, electromechanical and general building maintenance. Not all fusion is created equal Dont be fooled by imitators. No other manufacturer Patented Fluke IR-Fusion Technology can boast on-camera blending. Compare the images. Only Fluke has mastered the ability to create the More than picture in picture industrys only transparent, perfectly blended and Process Infrared images alone can be difficult to under- aligned visible and infrared images. Refractory insulation, stand, which is why Fluke pioneered IR-Fusion, tank and vessel levels, Fluke Competitor steam systems and traps, a revolutionary marriage of visible and infrared pipes and valves, etc. images never before seen in commercial or industrial thermal imagers. Automatically capturing a visible image with every infrared image allows to you always know exactly what youre looking at. Electrical Unbalanced loads, overloaded systems, wiring mistakes or component failure, etc.Detailed specifications Ti32 Ti29 Ti27 Temperature Temperature measurement range -20 C to +600 C (-4 F to +1112 F) (not calibrated below -10 C) Temperature measurement 2 C or 2 % (at 25 C nominal, whichever is greater) accuracy On-screen emissivity correction Yes On-screen reflected background Yes temperature compensation On-screen transmission correction Yes Imaging performance Image capture frequency 9 Hz refresh rate or 60 Hz refresh rate depending upon model variation Detector type Focal Plane Array, uncooled Focal Plane Array, uncooled Focal Plane Array, uncooled microbolometer, 320 x 240 pixels microbolometer, 280 x 210 pixels microbolometer, 240 x 180 pixels Thermal sensitivity (NETD) 0.045 C at 30 C target temp. (45 mK) 0.05 C at 30 C target temp (50 mK) Total pixels 76,800 58,800 43,200 Infrared spectral band 7.5 m to 14 m (long wave) Visual (visible light) camera Industrial performance 2.0 megapixel Minimum focus distance 45 cm (approx. 18 in) Standard infrared lens type Field of view 23 x 17 Spatial resolution (IFOV) 1.25 mRad 1.43 mRad 1.67 mRad Minimum focus distance 15 cm (approx. 6 in) Optional telephoto infrared lens type Field of view 11.5 x 8.7 Spatial resolution (IFOV) 0.63 mRad 0.72 mRad 0.84 mRad Minimum focus distance 45 cm (approx. 18 in) Optional wide-angle infrared lens type Field of view 46 x 34 Spatial resolution (IFOV) 2.50 mRad 2.86 mRad 3.34 mRad Minimum focus distance 7.5 cm (approx. 3 in) Focus mechanism Manual, one-handed Smart Focus capability Image presentation Palettes Standard Ironbow, Blue-Red, High Contrast, Amber, Amber Inverted, Hot Metal, Grayscale, Grayscale Inverted Ultra Contrast Ironbow Ultra, Blue-Red Ultra, High Contrast Ultra, Amber Ultra, Amber Inverted Ultra, Hot Metal Ultra, Grayscale Ultra, Grayscale Inverted Ultra Level and span Smooth auto-scaling and manual scaling of level and span Fast auto toggle between manual Yes and auto modes Fast auto-rescale in manual mode Yes Minimum span (in manual mode) 2.5 C (4.5 F) Minimum span (in auto mode) 5 C (9 F) IR-Fusion information Automatically aligned (parallax Yes corrected) visual and IR blending Picture-In-Picture (PIP) Three levels of on-screen IR blending displayed in center of LCD Full screen infrared Three levels of on-screen IR blending displayed on LCD Color alarms (temperature alarms) High-temperature alarm (user-selectable) Voice annotation 60 seconds maximum recording time per image reviewable playback on imager Image capture and data storage The Ti32, Ti29 and Ti27 allow users to adjust palette, blending, level, span, IR-Fusion mode, emissivity, and reflected background temperature compensation, and transmission correction on a captured image before it is stored Image capture, review, save One-handed image capture, review, and save capability mechanism Storage medium SD Memory Card (2 GB memory card will store at least 1200 fully radiometric (.is2) IR and linked visual images each with 60 seconds voice annotations, or 3000 basic bitmap (.bmp) images, or 3000 jpeg (.jpeg) images transferrable to PC via included multi-format USB card reader File formats Non-radiometric (.bmp) or (.jpeg) or fully-radiometric (.is2) No analysis software required for non-radiometric (.bmp and .jpeg) files Export file formats w/SmartView BMP, DIB, GIF, JPE, JFIF, JPEG, JPG, PNG, TIF, and TIFF software Memory review Thumbnail view navigation and review selection 2 Fluke Corporation Ti32, Ti29 and Ti27 Industrial Thermal Imagers