Hydraulic pump P37X378BAJC20-7
Delivery time 6-8weeks
Plunger type hydraulic pump (swash plate quantitative plunger pump swash plate variable plunger pump oblique axis quantitative plunger pump oblique axis variable plunger pump high pressure gear pump) its working principle is external power driven pump shaft rotation (having a certain speed requirement coherent) Stable) - The hydraulic pressure generated in the pump body cavity - controlled by a multi-way valve - drives the actuator. The principle is mechanical energy - hydraulic energy - mechanical energy, mainly to transform the energy to meet the special purpose of functional human control and working mechanism. The working principle of the hydraulic motor is just the opposite, absorbing the energy given by the converted hydraulic pump and converting it into output torque and speed.
This series of piston circulating hydraulic pumps mainly converts mechanical energy into hydraulic energy and then converts it into mechanical energy. The purpose is to meet the needs of working production and control methods and to enlarge and reduce energy. The plunger hydraulic pump has strong axial, radial load and input power. The working mechanism is driven by the engine-piston pump--control valve--hydraulic actuator. The positive and negative control of the closed system circuit is controlled by a mechanical manual reversing valve of the hydraulic pump itself or an electrically proportionally controlled servo reversing valve. In the case of an open system, the direction of the flow is directly controlled by the reversing control valve to achieve the purpose of changing direction. The working principle of the hydraulic motor is just the opposite, absorbing the energy given by the converted hydraulic pump and converting it into output torque and speed. The hydraulic motor has infinitely variable speed and adjustable torque. The output torque is proportional to the pressure. The output speed is proportional to the flow rate and inversely proportional to its displacement. A variety of flexible and reliable control methods and feedback adjustment.
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