Five-in-one: thermal image, infrared temperature, laser pointer, flashlight and UV light
Data storage: 9,999+ downloadable images
Infrared heat map image blending at 0%, 25%, 50%, 75%, and 100%, a Fluke patented technology that can be adjusted for easier interpretation between infrared and visual images
Three selectable color palettes (grey scale, hot iron and rainbow) that can be changed depending on the specific application of the measurement. This option allows for different viewings of an infrared image by changing the false-color presentation. Grayscale shows a more equal and linear presentation of colors to enhance detail, while Hot Iron and Rainbow combine high contrast with Grayscale
Center-point temperature measurement with a marker that indicates the center of the infrared thermometer measurement spot, making it easy to determine the surface temperature of the desired target
Focus free lens that automatically focuses based on depth of field, providing a sharp image without having to manually adjust the lens
20:1 Distance to Spot ratio
Distance to spot ratio expresses the ability of an infrared thermometer to measure temperature of a surface from a distance. A 20:1 distance to spot ratio for the IRC-110 indicates that to provide an accurate reading, the target's diameter must be at least 1 foot in length when the camera is 20 feet away. Smaller targets require a closer proximity. For best accuracy, the target should be at least twice as large as the spot size. The smallest spot size that can be measured is 0.31 in (8 mm).
Adjustable emissivity from 0.10 to 1.00 to provide the most accurate temperature readings. The emissivity of the surface of a material describes its effectiveness in emitting energy as thermal radiation. Different types of surfaces may require an adjustment in the emissivity level
Auto off function to save battery life
Selectable temperature units to switch between F and C
Intuitive joystick navigation to on-screen menu and settings
Hot and cold markers instantly identify the locations of the hottest and coldest spots within a target area
