Tips and methods for accurately measuring temperature with infrared thermometer
Infrared thermometer consists of optical system, photodetector, signal amplifier and signal processing. It consists of display output and other parts. The optical system gathers the infrared radiation energy of the target within its field of view. The infrared energy is focused on the photodetector and converted into a corresponding electrical signal. The signal is then converted into the temperature value of the measured target.
Infrared thermometers provide temperature measurements quickly, and in the time it takes a thermocouple to read one leaky connection point, an infrared thermometer can read the temperature of almost all connection points. Also because the infrared thermometer is solid. Lightweight. (Both are lighter than 10 ounces) and easy to store in a holster when not in use. So you can carry it with you during factory inspections and daily inspections.
Another advanced feature of infrared thermometers is their accuracy, usually within 1 degree. This capability is especially important when you are doing preventive maintenance, such as monitoring adverse production conditions and special events that will cause equipment damage or downtime. Since most equipment and factories operate 365 days a year, downtime equates to lost revenue. Prevent such losses by scanning all on-site electronic equipment - circuit breakers. transformer. fuse. switch. Buses and switchboards to find hot spots. With an infrared thermometer, you can quickly detect even small changes in operating temperature and solve problems before they occur, reducing the expense and scope of repairs caused by equipment failure.
Safety is the most important benefit of using an infrared thermometer. Unlike contact thermometers, infrared thermometers can safely read inaccessible or inaccessible target temperatures. You can read the target temperature within the range allowed by the instrument. Non-contact temperature measurement can also be carried out in unsafe or difficult-to-contact areas, such as near steam valves or heating furnaces, without the risk of inadvertently burning fingers during contact temperature measurement. Accurate measurement of supply/return air temperature 25 feet above your head is as easy as having it at hand. Raytek infrared thermometers have laser aiming for easy identification of target areas. With it your work becomes much easier.
Infrared thermometers have proven to be an effective tool for detecting and diagnosing malfunctions in electronic equipment. You can save a lot of money. With an infrared thermometer, you can continuously diagnose electronic connection problems and test the functional status of your uninterruptible power supply (UPS) by looking for hot spots at the output filter connection on the DC battery. You can test the battery. Component and power distribution panel terminal blocks, switch gears or fuse connections prevent energy consumption; as loose connectors and combinations can generate heat, infrared thermometers help identify insulation faults in loop interrupters. Or monitor electronic compressors; routine scanning of transformers for hot spots can detect cracked windings and terminals.
