On many occasions, we will see that there are usually two Hydraulic cylinder At the same time, it is in the job status and in synchronization.

This is because in this system, the two cylinders can automatically eliminate the error caused by synchronization, so as to keep the synchronous operation status as far as possible.

Now let's follow Hydraulic cylinder manufacturer Let's take a look at how to realize two-way automatic elimination of synchronization error.

The content in the article only represents personal views. Welcome to leave a message below to discuss.

Next, we will analyze a case.

hydraulic pressure Oil cylinder manufacturer Introduction: In a hydraulic system, the reversing valve is in the left position, and the pressure oil enters from the rod cavity of cylinder b first, because cylinder b has no rod cavity and is connected to the rod cavity of cylinder a.

Therefore, the rodless cavity oil of cylinder a can be returned to the oil tank through the reversing valve. When the piston of cylinder b runs to the top dead center, the piston of cylinder a has not reached the top dead center.

At this time, the hydraulic oil with rod cavity in cylinder b will gradually run to its rodless cavity, and then continue to supply oil to the rod cavity in cylinder a, which can push the piston of cylinder a upward until its piston also reaches the top dead center.

According to the manufacturer of the hydraulic cylinder, the synchronization error between the two cylinders can be eliminated so that the pistons of the two cylinders are at the top dead center at the same time.

Of course, in some cases, we can also design the synchronous hydraulic cylinder in the form of double piston rods.

Then, in this case, both ends of the hydraulic cylinder belong to the rod cavity, and the circular area is equal. Therefore, the problem of parameter adaptation of two cylinders need not be considered, especially in the design of multi cylinder synchronization.

According to the manufacturer of hydraulic cylinder, in such a system, the synchronization error can be eliminated automatically in both directions to realize the synchronous movement of four cylinders.

The content introduced above is a process of automatic elimination of synchronization error of two hydraulic cylinders shared by the hydraulic cylinder manufacturer and us.

If you have any good ideas, you can share them in the comments below. The article only represents your personal views, not the actual situation.