Product features and use of dual-colour infrared thermometer
Product characteristics of the two-colour infrared thermometer
1, designed to measure the human forehead temperature design, ambient temperature, forehead temperature dynamic compensation.
2, the use of HEIMANN infrared probe, measurement accuracy, high performance and more stable.
3,With body temperature is high when the sound prompt function (sub-model).
4, can store 20 times the measurement data.
5, backlit liquid crystal (LCD) digital display.
6, Fahrenheit, Celsius good mode selection.
7, with automatic shutdown power-saving function.
8, compact size, reasonable structure, easy to operate.
9, on the electrical instrumentation equipment, engine and HVAC system easy to detect, ** and quickly find faults hidden danger.
The use of two-colour infrared thermometer
Infrared thermometer has been proved to be an effective tool for detecting and diagnosing electronic equipment faults. With an infrared thermometer, you can continuously diagnose electronic connection problems and detect the functional status of an uninterruptible power supply (UPS) by finding hot spots in the output filter connections on DC batteries, you can verify battery assembly and power distribution panel terminals, switch gear or fuse connections to prevent energy consumption; since loose connectors and combinations generate heat, an infrared thermometer helps to Identify insulation faults in loop interrupters . . or monitor electronic compressors; daily scanning of transformers for hot spots can detect cracked windings and terminals.
Troubleshooting with two-colour infrared thermometers
Equipment fault infrared diagnosis of the most core issues, is the requirement to accurately obtain the temperature distribution of the equipment under test or fault-related parts of the temperature value and temperature rise value. This temperature information is not only the basis for determining the presence or absence of faults in the equipment, but also an objective basis for determining the fault properties, location and severity. Therefore, the measured equipment failure-related parts of the temperature calculation and reasonable correction, will be to improve the accuracy of the surface temperature of the detection equipment is a key link. However, when the infrared detection of equipment is carried out in the field, due to the changes in the detection conditions and the influence of the environment, it may lead to different results for the same equipment due to different detection conditions. Therefore, in order to improve the accuracy of infrared detection, it is necessary to take corresponding countermeasures and measures or select good detection conditions or make reasonable corrections to the results of the detection site in the process of on-site detection or in the analysis and processing of detection results.
