With the promotion of the concept of environmental protection, there are a lot of machinery and equipment to protect the environment for the purpose of the market, the branch breaker is one of them. Branch crusher is a machine to crush materials into different specifications with the help of external forces, mainly used to crush waste branches, wood, leaves, plant roots and other materials, the crushed sawdust can be reused to make fertilizer, increase the fertility of the orchard soil, improve the growth environment of fruit trees. In addition, crushed wood chips can also be used for cultivation of edible fungi, pulp raw wine, biomass particles, mechanism of charcoal, etc.

But the crusher is to use the blade for cutting and crushing, in the crushing process, the material and the blade will friction with each other, leading to the temperature rise, the bearing in the continuous work temperature will gradually rise, in the winter is ok, but the summer environment temperature is high, if the machine for a long time to heat, will accelerate the wear of the machine. Therefore, for the crusher temperature detection is very important.

Infrared thermal camera is often used in temperature detection, is also a non-destructive detection technology, mainly by receiving the infrared radiation issued by the object, after the system processing into the infrared image with temperature information, different colors represent different temperatures. The higher the temperature of the object, the stronger the infrared radiation emitted, the more obvious the color.

Crusher in the work to make use of infrared thermal imaging temperature detection, if a portion of the crusher temperature is too high, the infrared thermal image will be displayed in the figure of the parts of the color is different from the surrounding, you can also set alarm temperature by the software, when the temperature more than setting of the crusher, will sound an alarm to remind staff, such already can save manpower, and can complete the crusher again detection.