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*** Please note that the FLIR T840 High-Performance Thermal Imaging Cameras with FLIR Tools+ Software and a choice of lenses are currently available for pre-order; these products are scheduled for delivery in March 2019.***
The FLIR T840 High-Performance Thermal Imaging Camera is supplied with FLIR’s Tools+ Software and a choice of lenses; for further information regarding the lens combinations available, please see the following table.
|Model Code||Model Name||Lens Options||FLIR Tools+ Software|
|82501-0201||FLIR T840 High-Performance Thermal Camera with 14-degree lens and FLIR Tools+||X||X|
|82502-0201||FLIR T840 High-Performance Thermal Camera with 24 -degree lens and FLIR Tools+||X||X|
|82503-0201||FLIR T840 High-Performance Thermal Camera with 42-degree lens and FLIR Tools+||X||X|
|82504-0201||FLIR T840 High-Performance Thermal Camera with 14- and 24-degree lenses and FLIR Tools+||X||X||X|
|82505-0201||FLIR T840 High-Performance Thermal Camera with 24- and 42-degree lenses and FLIR Tools+||X||X||X|
|82507-0201||FLIR T840 High-Performance Thermal Camera with 14- and 42-degree lenses and FLIR Tools+||X||X||X|
|82506-0201||FLIR T840 High-Performance Thermal Camera with 14-, 24 and 42- degree lenses and FLIR Tools+||X||X||X||X|
The FLIR T840 High-Performance Thermal Imaging Camera is equipped with AutoCal™ optics allowing the user to change lenses as necessary: the camera will auto-calibrate to accommodate the new lens. This means that lenses can be shared across the user’s fleet of cameras thereby improving efficiency, practicality and ease-of-operation.
The FLIR T840 High-Performance Thermal Imaging Camera is designed to aid thermography professionals and electric utility technicians/ engineers with identifying faulty components and/or signs of impending failure within electricity plants and/or across power lines. As such they have been designed for both indoor and outdoor applications.
As the FLIR T840 High-Performance Thermal Imaging Camera is intended for both indoor and outdoor use, it includes a number of features designed to ensure that this IR imager is able to provide high-quality, crisp, clear thermal images in a majority of environmental and light conditions. To this end, the FLIR T840 High-Performance Thermal Imaging Camera includes a bright, 4-inch, colour, LCD display and an integrated eyepiece viewfinder, allowing the user to conduct inspections in bright conditions.
Furthermore, the integrated eyepiece viewfinder allows the user to scan and diagnose equipment from a safe distance. Additionally; the 180° rotating lens platform also improves the ease with which hard-to-access components may be investigated. Moreover, this lens platform reduces strain, allowing the operator to use the FLIR T840 High-Performance Thermal Imaging Camera all day without experiencing serious discomfort.
All of the aforementioned components facilitate the user’s ability to check power lines and other power or electrical equipment from a safe distance, from any vantage point, and for prolonged periods of time. The FLIR T840 High-Performance Thermal Imaging Camera also includes a number of sophisticated thermal imaging capabilities that ensure thermal pictures are detailed and temperature measurements are accurate.
The FLIR T840 High-Performance Thermal Imaging Camera has an IR resolution of 464 x 348-pixels and a temperature range of -20°C to 1500°C. It also includes laser-assisted autofocus ensuring that temperature measurements are accurate and thermal images are of the best clarity.
In addition to this, the FLIR T840 High-Performance Thermal Imaging Camera includes a number of image processing functions also designed to improve image clarity; these include:
Furthermore, the FLIR T840 High-Performance Thermal Imaging Camera is equipped with a one-touch laser distance meter (allowing the user to determine the accessibility of the component-under-investigation); Wi-Fi connectivity, METERLiNK® compatibility, and GPS functionality. The user is able to stream thermal media to the FLIR Tools® App via Wi-FI, allowing customers and/or colleagues to view findings in real-time; thereby facilitating fast, collaborative decisions.
Additionally, METERLiNK® compatibility allows the user to connect the FLIR T840 High-Performance Thermal Imaging Camera to FLIR’s METERLiNK®- enabled clamp meters and multimeters. As a result, images can be embedded with relevant measurement data; footage can also be saved with embedded GPS locations due to the inclusion of GPS functionality.
The FLIR T840 High-Performance Thermal Imaging Camera’s features, functions, folders, menus and settings can be easily navigated via the imager’s intuitive menus and rapid-response touchscreen. The easy-to-use operation system ensures that findings can be organised and documented quickly and simply, thereby improving work efficiency.
The FLIR T840 High-Performance Thermal Imaging Camera is an ergonomic, effective and efficient camera essential to those wishing to avoid costly power outages and plant shutdowns caused by faulty components. The FLIR T840 High-Performance Thermal Imaging Camera is the ideal tool for predictive maintenance applications.
The FLIR Tools+ Software can be used to analyse thermal findings and create professional research reports quickly. The FLIR Tools+ Advanced Thermal Analysis and Reporting Software includes the following features and capabilities:
Finally, as the FLIR Tools+ Software includes the power of FLIR Reporter, the user is able to create a Microsoft Word report up to 50% faster compared to when using other software. The FLIR Tools+ Advanced Thermal Analysis and Reporting Software is ideal for capturing, organising and analysing thermal footage, as well as creating comprehensive professional reports.
|IR Resolution||464 x 348 (161,472 pixels)|
|UltraMax® Resolution||645,888 effective pixels|
|Object Temperature Range||-20°C to 120°C (-4°F to 248°F) 0°C to 650°C (32°F to 1202°F) 300°C to 1500°C (572°F to 2732°F)|
|Digital Zoom||1-6x continuous|
|Detector Type and Pitch||Uncooled microbolometer, 17 µm|
|Thermal Sensitivity/NETD||<30 mK @ 30°C (42° lens)|
|Spectral Range||7.5 - 14.0 µm|
|Image Frequency||30 Hz|
|F-Number||f/1.1 (42° lens), f/1.3 (24° lens), f/1.5 (14° lens), f/1.35 (6° lens)|
|Focus||Continuous with laser distance meter (LDM), oneshot LDM, one-shot contrast, manua|
|Minimum Focus Distance||42° lens – 0.15 m 24° lens – 0.15 m; optional macro mode 14° lens – 1.0 m 6° lens – 5.0 m|
|Macro Mode||24° lens option / 71 µm effective spot size|
|Display||4-inch, 640 x 480 pixel touchscreen LCD with auto-rotation|
|Digital Camera||5 MP, with built-in LED photo/video lamp|
|Colour Palettes||Iron, Gray, Rainbow, Arctic, Lava, Rainbow HC|
|Image Modes||Infrared, visual, MSX®, Picture-in-Picture|
|Picture-in-Picture||Resizable and movable|
|UltraMax®||Quadruples pixel count; activated in menu and processed in FLIR Tools|
|Accuracy||±2°C (±3.6°F) or ±2% of reading|
|Spotmeter and Area||3 each in live mode|
|Measurement Presets||No measurement, center spot, hot spot, cold spot, User Preset 1, User Preset 2|
|Laser Distance Meter||Yes; dedicated button|
|Voice||60 sec. recording added to still images or video via builtin mic (has speaker) or via Bluetooth|
|Text||Predefined list or touchscreen keyboard|
|Image Sketch||From touchscreen, on infrared image only|
|Distance, Area Measurement||Yes; calculates area inside measurement box in m² or ft²|
|GPS||Automatic image tagging|
|Storage Media||Removable SD card|
|Image File Format||Standard JPEG with measurement data included|
|Time Lapse (Infrared)||10 sec to 24 hrs|
|Radiometric IR Video Recording||Real-time radiometric recording (.csq)|
|Non-Radiometric IR or Visual Video||H.264 to memory card|
|Radiometric IR Video Streaming||Yes, over UVC or Wi-Fi|
|Non-Radiometric IR Video Streaming||H.264 or MPEG-4 over Wi-Fi MJPEG over UVC or Wi-Fi|
|Communication Interfaces||USB 2.0, Bluetooth, Wi-Fi|
|Video Out||DisplayPort over USB Type-C|
|Battery Type||Li-ion battery, charged in camera or on separate charger|
|Battery Operating Time||Approximately 4 hours at 25°C (77°F) ambient temperature and typical use|
|Operating Temperature Range||-15°C to 50°C (5°F to 122°F)|
|Storage Temperature Range||-40°C to 70°C (-40°F to 158°F)|
|Shock/Vibration/Encapsulation; Safety||25 g / IEC 60068-2-27, 2 g / IEC 60068-2-6 / IP54; EN/UL/CSA/PSE 60950-1|
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