Thermal Imaging Camera Vs Infrared Thermometer

Thermal imaging as the term is commonly used refers to an infrared imaging system designed specifically for the portion of the infrared range which is emitted by object at or just above room.

Thermal imaging camera vs infrared thermometer.

This feature makes the thermal image cameras most suitable for measuring the temperature in surveillance systems. Infrared imaging shows the radiation energy that the objects emit within the infrared spectrum. Thermal imaging cameras are used for non contact temperature measurements in companies all over the world. The result image is a combination of many variables but always includes the chosen lens the pixel matrix and the sensitivity of the detector.

How the infrared cameras work. Each thermal image or video can be saved with a timestamp to report how temperatures change over time. Infrared thermometers are a good first step for temperature screening but thermal cameras are the best choice for a long term and safe solution. The low cost option would be an infrared thermometer.

They detect infrared radiation and translate it into a temperature reading. Thermal imaging systems offer certain benefits in that other methods need a closer proximity or contact to measure temperature for example non contact infrared thermometers or oral thermometers. The way it works is that it measures the average surface temperature of a spot. Both spot pyrometers and thermal cameras work according to the same principle.

Infrared cameras receive gather and measure a beam of infrared light waves. How to choose between infrared thermometers and thermal imaging cameras. Infrared thermometers and thermal imagers basically has the same function but there is a big difference between the two. In addition because of their advanced optics thermal imaging cameras can detect temperatures accurately over much greater distances than infrared thermometers can.

A spot that varies in size depending on the specification of the thermometer and its. Infrared imaging can refer to any imaging system that operates in the infrared which extends from about 7 to 300 microns wavelength as lubos stated.