We know that the heat of the computer is mainly due to the high-speed operation of the CPU, which generates a large amount of heat energy. Ordinary commercial computers with high power consumption generally use a fan to dissipate a large amount of heat to the outside of the chassis. This heat dissipation method is simple and efficient, but it has a big problem. Commercial computers generally operate for a long time, and there will be a thick layer of dust and oily smoke on the fan and motherboard.
Industrial computer mainly adopts fanless cooling system design. This design method is resistant to interference from dust, smoke, and signals. What is the heat dissipation method of this fanless industrial computer?
The upper layer of the aluminum heat sink of the industrial computer is pasted with a light green thermally conductive silicone sheet
Anrecson's fanless industrial computer uses aluminum or pure copper as the direct contact surface for heat dissipation of the CPU. There is a layer of thermally conductive silicone sheet on it. The thermally conductive silicone sheet directly contacts the fins with the large-area aluminum profile to directly dissipate the heat from the CPU. It is transferred to the large-area aluminum fins to form an efficient heat dissipation method.
Anrecson fanless industrial computer needs to consider all aspects of heat dissipation structure. In the design of aluminum fins, large area and efficient heat dissipation are required to ensure the stability of the industrial computer.
