1. Engine power supply
The power of the hydraulic cylinder comes from the engine. There will be an output shaft on the engine, and there will also be an output shaft on the hydraulic cylinder. After connecting the two ends, the engine will drive the hydraulic cylinder to rotate together, and the hydraulic system will also gain from Due to the power of the engine, it can provide huge power transmission for large gravity machinery.
2. The plunger type will continuously supply oil.
The plunger of a plunger-type hydraulic cylinder does not contact the cylinder. In order to ensure that the plunger has sufficient thrust and stability, there are two one-way valves on a plunger cylinder, and the directions are opposite. When the plunger moves in one direction, a negative pressure is generated in the cylinder. A one-way valve opens and the liquid is sucked into the cylinder. When the plunger moves in the other direction, the liquid is compressed. Another one-way valve is opened and the liquid is sucked into the cylinder. The liquid will be discharged. This working method forms a continuous oil supply after continuous movement, which provides convenience for the continuous output of force.
3. The swing type will swing back and forth
The swing-type hydraulic cylinder is an actuator that outputs torque and achieves reciprocating motion. According to the direction of oil inlet, the blades will drive the rotor to reciprocate, generating huge force. Therefore, it is used in high-torque fields, such as engineering machinery, Vehicles etc.
Although the hydraulic cylinder itself is not large in size, it can provide huge force for large mechanical equipment. This is because the quality of the hydraulic cylinder is commendable, and the hydraulic cylinder has a reasonable design structure. Based on the principle of dynamics, the force from the engine can be transmitted to large equipment.
