Product description

Hydraulic transmission uses hydraulic pumps to push fluid through a series of pistons and washing plates, thereby changing the amount of fluid that passes through them. The faster the fluid moves through the piston, the faster the vehicle will travel. It functions much like an electric motor, in that the more current that passes through the brush, the faster the motor runs. The gearbox uses an engine to drive a pump that moves hydraulic fluid through the gearbox. When the cleaning disc is perpendicular to the piston, the hydraulic oil cannot flow through the piston. This stops the hydraulic transmission, effectively parking the vehicle. By placing the cleaning plate above the vertical position of the piston, the hydraulic transmission has an effective overspeed function. This helps the vehicle travel faster while consuming less energy. In order for fluid to drive hydraulic transmission, the piston must be driven by the pressure of the pump. Specializing in the manufacture of hydraulic high pressure sensors. The pump is driven by an engine, which can be electric or fuel powered. Once the fluid pushes the piston down during the piston's power stroke, the fluid is pushed out of the gearbox during the upward stroke. This cycle of pushing down and emptying up is the power cycle of hydraulic transmission. Specializing in the manufacture of hydrogen energy pressure sensor, common rail pressure sensor, engineering hydraulic sensor, refrigerant pressure transmitter, air conditioning pressure transmitter, etc.