There is no relationship between the middle cylinder and the cylinder, as long as the design requirements rise The diameter of the cylinder should not be too small to prevent the high gate vibration When it rises, it is the intermediate oil cylinder, and then the oil cylinder on both sides.
According to PASCAL's law. A change in pressure of a certain part of a stationary fluid in a closed container, passing the magnitude in all directions. This means that the pressure at each point is equal. When the piston area is large, the force is big, the piston area is small, the force is small. According to the forklift tubing connection method. A medium cylinder and two side cylinders are connected by a main oil pipe.
The cylinder piston area should be greater than or equal to the combined area of two sides of the cylinder. (why is that? Because the load on the fork of the forklift is more important than the cylinder.) The above best answer is nonsense, and the rate of rise is determined by fluid flow. It's not determined by the size of the cylinder.
There is no relationship between the middle cylinder and the cylinder, as long as the design requirements rise The diameter of the cylinder should not be too small to prevent the high gate vibration When it rises, it is the intermediate oil cylinder, and then the oil cylinder on both sides.
