Crane accessories radiator 2 for sale, professional radiator 2

型号：

散热器2

Radiator introduction: Radiators mainly rely on convection. If convection is destroyed, the thermal efficiency will be greatly reduced. Traditional home decoration often includes heating covers, without considering the most basic physical principle of heat convection, which destroys the normal heating of the heating equipment. Hot air is light and cold air is heavy. Therefore, the air conditioner is installed at a high place to allow the cold air to fall from the head. The radiator is installed at a low place to allow the hot air to rise easily. Strengthening convection can quickly increase the heat, and the heating bill will not be in vain.
Oil-containing bearings are sleeve bearings that use sliding friction. They use lubricating oil as a lubricant and drag reducer. They have low operating noise and low manufacturing costs during initial use. However, this kind of bearing wears seriously and has a longer life than ball bearings. There is a big gap. Moreover, when this kind of bearing is used for a long time, due to the oil seal (computer radiator products cannot use high-end oil seals, generally ordinary paper oil seals), the lubricating oil will gradually evaporate, and dust will also enter the bearing, causing the fan to Problems such as slower rotation speed, increased noise, and in severe cases, severe vibrations caused by eccentricity of the fan due to bearing wear.
. The radiator is not immune to dust. Due to the wind flow, the wind pressure generated by the radiator fins does not press down vertically, but spreads in an annular shape. This is like a ceiling fan on the roof of your home. The air flow directly below the fan It is often not as strong as the outside of the ceiling fan, and the dust in the air will circulate around the outside with the wind speed and adhere to the heat dissipation fins around the fan, causing air flow to be blocked. At the same time, the return air caused by the blockage of the fins will be drawn in. A large amount of dust enters the fan blades, reducing the service life of the radiator. Water vapor in the air adheres to the fan blades, causing dust to adhere to the fan blades, increasing the weight of the blades and reducing the speed. The radiator bearing rotates at high speed and becomes oily over time. Material spills out of the bearings, sticks to the radiator, and accumulates more dust.
The speed of the radiator fan is determined by the number of turns of the coil in the motor, the operating voltage, the number of fan leaves, inclination angle, height, diameter and bearing system. When the fan structure is fixed, the rotation speed of the DC fan (that is, the fan using DC power) changes synchronously with the change of the operating voltage. The fan's speed can be measured through the internal speed signal, or it can be measured externally (external measurement uses other instruments to see how fast the fan rotates, while internal measurement can be viewed directly in B or through software. Internal The measurement error is relatively large. To improve the thermal efficiency of the radiator, the most scientific way is to install it under the window or on the side of the window. This can effectively prevent the entry of cold air and quickly heat the cold air entering from the direction of the window. If When installing in other locations, consider increasing the amount of heat, that is, increasing the amount of radiator used.