The AEMC 1950 Thermal Imaging Infrared (IR) Camera is a simple-to-use "focus free" instrument that features a 20° x 20° field of view. The camera can be used as a real-time viewer for detecting hot spots and other thermal anomalies. Thermal images (also known as thermograms) can be recorded and stored on the instrument. You can also add audio comments and measurement data (provided by a compatible clamp-on meter or multimeter) to the stored image files. The instrument features Bluetooth technology for connecting to electrical measurement instruments and a headphone for recording narration. You can download stored thermograms to a computer running CAmReport software for image processing, analysis, and report generation.

The 1950 features a 20°x 20° field of view, allowing you to inspect a wide area in real-time. You can toggle between displaying a thermogram or digital image. The camera can quickly identify hot and cold spots, display the temperature of a selected point, show the minimum, maximum and average temperatures within a selected screen area, display temperature profile, and selectively show all the points.

The 1950 captures thermal images, called thermograms, which you can save and store in the instrument. You can then add audio narration to each image, as well as measurement data provided by a clamp-on meter or multimeter (connected to the camera via Bluetooth. Thermograms can be downloaded from the instrument to a computer for processing, analysis, and report generation using the provided CAmReport software.

The instrument features quick and easy setup via a robust and intuitive user interface. The interface also allows you to customize colors to highlight thermal data of particular interest. Setup files can be saved and recalled for configuring the instrument for specific applications and environments.

A comprehensive set of easy access menus are available on screen. You can use the function and navigation keys to easily configure the camera for your specific needs. Trigger functions can be programmed, color palettes can be selected, cursor tools can be configured as well as environmental conditions including ambient temperature and humidity, distance and emissivity.

User programmable cursors provide a comprehensive set of options for evaluating thermal profiles. Identify a single point (user selectable) to automatically detect minimum, maximum and mean temperatures of a selected area or the entire image.