Liugong 853 steering cylinder

Liugong 853 loader steering hydraulic cylinder, part number: 10C3637, works together with hydraulic gear pump, hydraulic steering gear, flow amplification valve, etc. to achieve the steering function of the wheel loader.

The structure and working principle of oil cylinders

A hydraulic cylinder is a hydraulic device that converts hydraulic energy into mechanical energy. It achieves linear reciprocating or swinging motion by converting the pressure of hydraulic oil into mechanical energy. Hydraulic cylinders are mainly composed of the following basic components: cylinder barrel, cylinder head, piston, piston rod, sealing device, buffer device, and exhaust device. These components are precision machined and assembled to enable high-precision motion control of hydraulic cylinders.

The working principle of a hydraulic cylinder is to use a boosting rod to allow hydraulic oil to enter the cylinder. When hydraulic oil enters the cylinder, due to the action of a one-way valve, it cannot flow back, causing the piston to move upwards and complete the conversion of mechanical energy. When it is necessary to lower, the hydraulic valve opens and the hydraulic oil returns to the tank, thus achieving the reverse movement of the oil cylinder.

The structure of hydraulic cylinders is relatively simple, and their working principle is to convert hydraulic energy into mechanical energy, which is widely used in industries such as engineering machinery, ships, machine tools, and national defense equipment. The movement of hydraulic cylinders is stable and can meet the motion control requirements of various working conditions.

The working principle of a hydraulic cylinder is to use a boosting rod to introduce hydraulic oil into the cylinder. Due to the action of a one-way valve, hydraulic oil can only flow forward, pushing the piston to move upwards, thereby achieving the conversion of mechanical energy. When it is necessary to lower, the hydraulic valve opens and the hydraulic oil returns to the tank, achieving the reverse movement of the oil cylinder.

Hydraulic cylinder is an important equipment that converts hydraulic energy into mechanical energy. Its working principle is to introduce hydraulic oil into the cylinder through a pressure boosting rod. Due to the action of a one-way valve, hydraulic oil can only flow forward, causing the piston to move upwards, thereby achieving the conversion of mechanical energy. Hydraulic cylinders have a simple structure and smooth movement, and are widely used in various industries such as engineering machinery, ships, machine tools, and national defense equipment.

The basic components of a hydraulic cylinder include the cylinder barrel, cylinder head, piston, piston rod, sealing device, buffer device, and exhaust device. These components are precision machined and assembled to enable high-precision motion control of hydraulic cylinders. The working principle of a hydraulic cylinder is to use a boosting rod to introduce hydraulic oil into the cylinder. Due to the action of a one-way valve, hydraulic oil can only flow forward, pushing the piston to move upwards and achieving the conversion of mechanical energy. When it is necessary to lower, the hydraulic valve opens and the hydraulic oil returns to the tank, achieving the reverse movement of the oil cylinder. Hydraulic cylinders have a simple structure and smooth movement, and are widely used in various industries such as construction machinery, ships, and machine tools.