Damage factors of online thermometer
The first type: Humidity factor:
Humidity is typically brought on by things including rain, dew, and some humidity. The primary contributor to outdoor humidity is dew, which is created by moisture. Rain is less hazardous than dew because dew sticks to the surface. The more severe the moisture absorption will be, the longer the time will be. For instance, rain washing may remove the wood coating's outer layer that has aged, exposing the interior layer to sunlight and causing more aging. The deterioration process of composite materials brought on by a humid atmosphere has been thoroughly investigated in the infrared thermometer simulation test. The aging mechanism of composite materials in a humid atmospheric setting is demonstrated using the diffusion of moisture to carbon fiber epoxy resin laminates.
The second category includes variables like light, extreme heat, humidity, etc.
Factors that affect illumination include the structure and light intensity of various infrared thermometer devices. For instance, products made of strong materials won't significantly age when exposed to light, such as plastics, paints, etc. As a result, it is essential to examine the product equipment's material composition.
The third category is high temperature factors, which cause both an increase in light intensity and degree of damage when the surrounding temperature rises. Although there isn't a direct chemical reaction, there is a connection between temperature and light. Therefore, it's important to understand the precise temperature range when testing programmable infrared thermometer products.
These three factors are crucial to the impact of product equipment, any one of them can quickly shorten the service life of the thermometer.
