Engineering hydraulic sensor for excavators 8Z12568-500K

Product description

Today, hydraulic systems are used in a wide range of applications, from small assembly processes to integrated steel applications and heavy machinery. Hydraulic systems enable operators to perform important tasks such as lifting objects, turning shafts, drilling precision holes, etc., while applying PASCAL's law with minimal investment in mechanical connections. A hydraulic press usually consists of a pair of interconnected cylinders filled with a hydraulic fluid, such as oil. Two pistons in contact with the fluid are mounted on either side of these cylinders. When a force is applied to a smaller part of the piston, the pressure is transmitted throughout the fluid. According to PASCAL's law above, the pressure will be the same as that exerted by the fluid in the other piston. Hydraulic fluid is pumped through the hydraulic system to produce fluid power. Fluid flows through the valve into the cylinder, where hydraulic energy converts it back into mechanical energy. Valves help direct the flow of fluid and release pressure when needed. The principle of PASCAL's law is implemented in hydraulic systems through the transfer of energy from one point to another by hydraulic fluids. Since hydraulic fluid is almost incompressible, it can transmit power instantaneously. Specializing in the production of hydraulic high pressure transmitter, water pressure sensor, water pump pressure transmitter, urea pressure sensor, intake manifold absolute pressure sensor, hydrogen energy pressure transmitter.