THERMOMETER
1. Definition and Principle
According to the law of infrared radiation, the higher the temperature of an object, the stronger the infrared radiation energy. Non-contact temperature measurement is achieved by detecting the infrared radiation energy emitted by the object and converting it into a temperature value through internal circuit processing.
2. Features
Non-contact measurement: No need to touch the target object, it can avoid contamination and damage to the measured object, and also ensure the safety of the operator. It is suitable for temperature measurement of high-temperature, dangerous or difficult-to-reach objects.
Quick measurement: It can obtain temperature readings in a short time and improve detection efficiency.
Portable and easy to use: small size, handheld operation, convenient for mobile use in different scenarios, and the operation interface is relatively simple.
3. Application field
Industrial field: used to monitor the temperature of equipment such as motors, transformers, and pipelines, timely discover hidden dangers of overheating failure of equipment, and ensure the normal operation of equipment. Widely used in steel, metallurgy, electricity and other industries.
Medical field: It can quickly measure human body temperature and screen people with fever. It plays an important role in scenarios such as epidemic prevention and control. It is also used to detect the operating temperature of medical equipment.
Construction field: Detect the thermal insulation performance of building walls, doors and windows, find the thermal bridge parts of the building envelope, and evaluate the energy-saving effect.
Daily life: It can be used to measure the cooking temperature of food, the temperature of heating pipes, etc.
