很多人在运用高压风机时，会呈现功率不稳定的状况，这样不但会影响其运用效果，而且会形成耗能增加。那么，如何处理高压风机功率不稳定现象呢？经过时间来控制设备的功率变化。也就是说，在特定时间段中，针对其无功功率的变化状况，我们能够经过定时开关来切除这局部的功率耗费。
Many
people experience unstable power when using high-pressure fans, which
not only affects their effectiveness but also increases energy
consumption. So, how to deal with the unstable power of high-pressure
fans? Control the power changes of the device over time. That is to say,
in a specific time period, we can cut off the local power consumption
through a timing switch based on the changes in reactive power.
这种方式操作比拟简单，而且所需求的本钱不高，目前很多工厂中都运用的这种办法。但是假如高压风机的负荷变化与时间之间不存在关联的状况下，这种办法就行不通。应用功率因数来控制功率的变化。我们需求选求出负荷回路的功率因数，然后分离实践状况恰当的增加电容器的投入，从而以免功率变化过大。
This
method is relatively simple in operation, and the required cost is not
high. Currently, many factories use this method. But if there is no
correlation between the load change of the high-pressure fan and time,
this method will not work. Apply power factor to control changes in
power. We need to select the power factor of the load circuit, and then
increase the input of capacitors appropriately according to the
practical situation to avoid excessive power changes.
轴承主要功用是支撑高压风机风轮旋转，减小旋转过程中的摩擦系数，保证旋转精度与顺利。它能够了解为它是用来固定轴的，使其只能完成转动，而控制其轴向和径向的挪动。假如没有轴承的话基本就不能工作。由于它可能向什么方向运动，而工作时请求它只能作转动。
The
main function of bearings is to support the rotation of the
high-pressure fan rotor, reduce the friction coefficient during the
rotation process, and ensure the accuracy and smoothness of rotation. It
can be understood that it is used to fix the shaft, so that it can only
complete rotation and control its axial and radial movement. If there
were no bearings, it would basically not work. Due to the direction in
which it may move, it is requested to only rotate during operation.
它的装置，只要在装置的准备工作都完成时，才干拆开其包装。灰尘假如不清算洁净的话，对其运用寿命会有很大的影响，装置前能够用汽油或苯作轴承清洗一下。或者用紧缩空气吹掉灰尘，也能够用煤油或柴油作清洗液，但若单用这些油，就会使它落入很细小的灰尘，从而很难清算。
Its
device can only be unpacked when the preparation work for the device is
completed. If the dust is not cleared and cleaned, it will have a
significant impact on its service life. Before installing the device,
gasoline or benzene can be used to clean the bearings. Alternatively,
compressed air can be used to blow off the dust, or kerosene or diesel
can be used as a cleaning solution. However, if these oils are used
alone, they will fall into very fine dust, making it difficult to clean.