Corresponding characteristics: About high pressure fuel pump manufacturers

    Korakan oil pump manufacturer is a kinetic energy replacement machine and equipment, which replaces mechanical kinetic energy with hydraulic energy, is the driving force component in the hydraulic transmission system, giving working pressure hydraulic oil for the operating system. The size of the sealing capacity a produces a regular dismantling and replacement modification. When a by a small increase in the composition of a part of the vacuum pump, so that the hand pumping pump oil tank in the hydraulic oil in the atmospheric pressure efficacy, through the suction transmission pipe top open throttle valve 6 into the oil cavity a and complete de-oiling; On the contrary, when a by the change of a great bell, a cavity in the hydraulic oil sucked in will top open throttle valve 5 into the system software and complete pressure oil. Then the manufacturer converts the mechanical kinetic energy keyed into the transmission into liquid working pressure energy, the transmission pushes the rack to rotate continuously, and the manufacturer keeps going to oil and oil pressure.

    The characteristics of the high pressure oil pump manufacturer 1, has a number of sealed and regularly modifiable chamber space. The total flow rate of the pump is positively related to the volume of the chamber and the frequency of changes per unit of time, and is not related to other factors. This is also an external criterion for the capacity type Korakor oil pump manufacturer to be able to suck in hydraulic oil. To ensure that the manufacturer of Korakor oil pumps is able to properly remove the oil, the oil tank must be interoperable with the air, or a closed type of oil tank must be used. 3. The suction and discharge tanks are separated to ensure that the Korakor oil pump manufacturer has the required continuous suction and discharge of liquid. When the camshaft pushes the piston pump upwards, the sealed volume of the piston pump and cylinder head is reduced and the hydraulic oil from the sealed volume is squeezed and discharged via the throttle valve to the required location. When the camshaft turns to the lowering position of the curve diagram, the torsion spring prompts the plunger pump downwards, forming a certain vacuum value, and the hydraulic oil in the oil tank enters the hermetic volume under the effect of atmospheric pressure. The camshaft makes the plunger pump constantly adjustable, the sealing capacity of the booster oil pump periodically decreases and expands, and the pump continues to go to oil and drain oil.