TROTEC EC040 Thermal Imager

The EC040 thermal imager is a fully-equipped, low level entry model designed to provide you with high-quality IR images and videos in order to carry out in-situ thermal analyses at a fraction of the price you would normally expect to pay for such precision and quality. The EC040 is a state-of-the-art thermal imaging camera designed to provide you with infrared videos and images that can be used to detect leaks and a variety of different defects in buildings and installations - defects which can easily cost you hundreds, thousands or even tens of thousands of pounds. The EC040 is able to pinpoint a building’ s weaknesses and detect such defects as missing or ineffective insulation caused either as a result of wear and tear or shoddy workmanship. If left unchecked, these defects can form cold bridges which are responsible not only for heat loss on a truly astonishingly and alarming scale but which can also contribute to the formation of mould – especially harmful mould that can severely damage both the property in question and perhaps more importantly still the occupants’ health. The EC040 comes standard equipped with a rechargeable battery that, when used in energy saving mode, can power the camera for up to a full 3 hours. This added benefit allows you to focus on the task at hand without having to constantly worry when the battery will run out. The IR images and videos are presented in pseudo colours on a crisp and clear, easy-to-read 2.5 inch TFT LCD. All in all there are 6 different colour pallets to choose from. In addition, the EC040 has an adjustable degree of emission ranging from 0.01 to 1.0 and an automatic measurement correction function which can be activated using user-defined temperature and humidity settings. Which all go to show that the EC040 is a low-cost, high-quality camera and ideal for all those users who wish to benefit from the advantages which an entry level model has to offer without compromising on comfort, performance, functionality and value. An up-close look at the EC040: Temperature range: -20 ° C to + 250 ° C Accuracy: ± 2 ° C, ± 2% of the measurement value Detector type: Focal Plane Array ( FPA) , uncooled microbolometer Detector resolution: 100 x 80 pixels Spectral band: 8 to 14 µ m Field of vision ( FOV) : 12.5° x 9.4° Geometric resolution: 2.2 mrad Thermal sensitivity: 0.08 ° C at 30 ° C Image refresh rate: 50/ 60 Hz Focus: manual Min. focus distance: 0.10 m Display: 2.5 inch TFT LCD Image depiction: pseudo colours, 6 colour pallets File format radiometric: 14-bit radiometric IR format Battery type: standard, li-ion; rechargeable; replaceable Operating time: H 3.0 h Operating temperature: -15 ° C to + 50 ° C Storage temperature: -40 ° C to + 70 ° C IP code: IP 54 IEC 529 Shock: 25G IEC 68-2-29 Vibration: 2G IEC 68-2-6 Dimensions: 175 x 55 x 160 mm Weight: 500 g Additional product features: Two movable temperature measurement spots ( 1 x manual, 1 x automatic MAX / MIN temperature tracking) User-defined variably adjustable degree of emission from 0.01 to 1.0 Automatic measurement correction based on user-defined parameters ( surrounding temperature, distance, relative humidity) High image refresh rate guarantees real-time images Memory card slot for miniSD cards allows you to save thousands of images Ajustable energy saving mode Composite video interface Standard scope of delivery: EC040 with standard lens Standard software package ( download) Short user guide 2GB miniSD memory card SD card reader Li ion battery Battery charger Temperature test certificate Optional accessories: Docking station Video cable 12 V adapter for car cigarette lighter Additional accessories and software packages on request CONTACT US PT. TRIDINAMIKA JAYA INSTRUMENT Industrial | Electrical | General Supplier | Education | Instrumentation Alamat : Jalan Boulevard Raya Blok BA3 No.15 Gading Serpong-Tangerang 15810, Jakarta, Indonesia Phone : 62-21-546 7617, 5467618, 5421 2399, 5421 2402, 5422 0925 Fax : 62-21-546 7617 Email : tridi@ tridinamika.com website : www.tridinamika.co.id | www.tridinamika.com