Use the knob on the left to turn it on! ! ! !
Answer: The method is as follows:
01. For the fan and motherboard, pay attention to the cooling paste on the fan.
02. Grasp the 2 buckles of the fan with your left and right hands.
03. Place the fan above the motherboard CPU, and snap the left buckle into the motherboard card holder with your left hand.
04. Press the right buckle with your right hand so that it snaps into the right card holder.
05. Finally, try slightly to see if both sides are stuck and it is stable.
06. After confirming that the card is stable, slowly raise your hands, and the installation is complete!
Generally speaking, when this happens, there are generally the following situations:
1. Lubricate the bearings. The most important component of the fan transfer is the bearing. Over time, there is a lack of lubricating oil. Such high-speed Noise is produced when turning. Therefore, we only need to put a few drops of lubricating oil on the fan bearing. If you do not use sewing machine oil instead, you can do it. But be careful not to use edible oil instead, because its particles are relatively large and can easily cause damage to the bearings.
2. The vibration noise of fixed fan blades is also an important part of fan noise. Because the blades are loose on the bearings and the bearing wear causes the gap to become larger, etc., so you only need to remove the fan and tighten the screws. Tight, so that once it is firmly fixed, it will not vibrate anymore.
3. Polish the fan blades and use a poor quality cooling fan. Due to process defects in the production of this type of fan, the center of gravity of the fan blades may not be on the axis, resulting in "eccentricity". Use Over time, the fan's "eccentricity" phenomenon will become more and more serious, which will not only produce noise, but may also seriously damage the CPU.
1. DC (DC with RPM monitor) mode: The motherboard controls the fan speed by adjusting the voltage. Ordinary three-legged fans use this relatively simple method to control speed
2. PWM is a relatively advanced and reasonable speed control method. The motherboard can select according to the temperature of the temperature sensor within the fan speed range. The best rotation speed to achieve the most ideal heat dissipation effect. Generally, only the graphics card and CPU fans support PWM mode, and the chassis power supply cooling fan supports DC mode.
3. If the fan supports PWM mode, please use PWM mode instead of DC mode.
The ASUS Heavy Gunner B760 motherboard has three fan interfaces, namely the CPU fan interface, the chassis system fan interface and the chassis front panel fan interface. First of all, the CPU fan interface must be connected, because if the CPU temperature is too high, the computer will run unstable or crash. Secondly, the connection between the chassis system fan interface and the chassis front panel fan interface is to provide good air circulation in the chassis and ensure that the hardware is running in good working condition. When the system requires more heat dissipation, you can add system fans, and the front panel fan of the chassis can generate huge airflow in and out of the front of the chassis, which is conducive to strengthening the airflow and achieving the heat dissipation effect. It should be noted that when using different types of fan interfaces, pay attention to the corresponding relationship between fan speed and voltage, otherwise it will affect the operation of the hardware.
There are two ways to connect the chassis fan, one is to connect to the power supply, and the other is to connect to the motherboard. 1. If the chassis fan is connected to the power supply, it will always run at full speed and cannot automatically adjust the speed according to changes in temperature, and the processor's cooling effect will be affected. 2. If the chassis fan is connected to the motherboard, you can use the PWM function on the motherboard to slide the current according to the cooling needs and adjust the speed by yourself. However, it should be noted that the CPU requires a certain amount of heat dissipation when working, otherwise it may cause the CPU temperature to be too high, leading to a decrease in computer performance or even a blue screen and other problems. In short, the chassis fan should be connected to the power supply or the motherboard according to the specific situation.
First, understand the fan slot on the motherboard. Typically, there will be two types of slots on the motherboard: CPU fan slots and chassis fan slots. The CPU fan slot is usually located next to the CPU slot on the motherboard, while the chassis fan slot is usually located next to the switch button and I/O interface on the motherboard.
Connect the fan slot to the fan cable. Fan wires usually have 3 or 4 leads. Among them, the 3 wires are usually the power supply (12V), ground wire (GND) and fan speed monitoring wire (if any). If the fan has 4 wires, the fourth wire is used to control the fan speed. When connecting, make sure to connect the lead on the socket to the corresponding lead on the fan wire.
If you are using a CPU fan slot, you can find the slot marked "CPU_FAN" or similar on the motherboard and insert the fan cable into it.
If you are using a chassis fan slot, you can find the slot marked "SYS_FAN" or similar on the motherboard and insert the fan cable into it. Usually there are multiple chassis fan slots on the motherboard, and you can choose the appropriate slot according to your needs.
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