Used FLUKE Ti55FT #9150666 for sale

FLUKE Ti55FT is an electronic test and inspection tool designed for advanced maintenance professionals. The thermal imager has an ergonomic design to make it easy to operate from any position, and a built-in flashlight with a bright LED beam which is perfect for locating inaccessible components. Ti55FT is capable of capturing complete thermal images in just seconds. It has an adjustable focus and a direct-access menu with easy one-button navigation. The 3.5 inch LCD display has a 640 x 480 resolution image resolution and a refresh rate of up to 30Hz. FLUKE Ti55FT offers a wide temperature range and sensitivity. It measures temperatures between -4 ℉ and 1202℉ (-20 to 650 °C) and confidence level of +/-2% or +/-2 °C (whichever is greater). It has an accuracy of +/-2%. It also has an adjustable emissivity from 0.1 to 1.0, to ensure accurate readings even on non-metallic surfaces like plastics or painted surfaces. Ti55FT features professional-grade features, including a programmable auto-trigger system, thermal measurement modes, configurable palettes, Isotherm and color alarms, thermal fusion with digital images, and auto-image capture. It also has a built-in rechargeable battery with up to six hours of run time and a protective rubber holster and carrying case to keep it safe while traveling. FLUKE Ti55FT includes an intuitive user interface, temperature measurements, thermal analysis, and other user-friendly features. It is compatible with FLUKE Connect software, allowing the user to connect and upload images to their computer, share them online, and export to other applications. In conclusion, Ti55FT is the perfect tool for advanced technicians who want to perform accurate thermal inspections. Its ergonomic design, adjustable focus, versatile temperature range and adjustable emissivity make it ideal for inspecting difficult to reach places and surfaces. It also comes with a range of advanced features and user friendly interface, making it the perfect choice for professionals who want to perform efficient thermal measurements.