The M7815 represents another milestone in innovative infrared thermometry. It is an extremely lightweight, high-performance handheld IR camera offering capabilities normally found in models costing much more. This fully-radiometric camera is ergonomically designed for comfortable one-handed point-and-shoot operation and features 320x240 resolution at a 60Hz refresh rate.

It measures the passive infrared radiation emitted by the target surface and converts this radiation into a two-dimensional image relating to the temperature distribution at the target surface. This temperature distribution can then be viewed in full color or grayscale through the flip-up 3.5 inch TFT LCD display, which is located on the top of the IR camera. The on-board diagnostic software provides an intuitive menu system, which can be accessed using the button control panel located on the back of the camera. Completely self-contained in a highly-durable housing, it is both dust-proof and weather resistant, suitable for indoor or outdoor use. It is battery operated, uses advanced uncooled UFPA microbolometer technology, and stores 14-bit images and data to internal flash memory. The images and image data can then be transferred to an external device using the USB port.

In addition to its on-board image processing capabilities, the M7815 is fully compatible with Mikron's MikroSpec Thermal Imaging Software package, which provides fully-comprehensive, post image analysis and report generation features.

 

 

Mikron has been an innovative leader in the field of infrared non-contact temperature measurement since 1969. Mikron offers Value Imageering to help customers solve their most challenging application problems. Value Imageering is a turnkey package, consisting of coplete engineering, design, and installation services to meet the most severe and difficult thermal imaging system repuirements. Today, the company provides industrial customers and R&D laboratories with accurate instrumentation ranging from convenient portable cameras to complete thermal imaging sytems.