Current label: Hydraulic cycloid motor
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Network optimization data: its core components are basically the same as A2F pump/motor, and its variable mechanism components and variable mode are basically the same as A7V constant power variable pump. The minimum swing angle of TJVW5 variable speed motor cylinder is 7 °, and the swing angle is 25 °. Common variable methods include high-pressure automatic variable (HA) and hydraulic control variable (HD). High pressure automatic variable is based on the working pressure
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Network optimization data: with the increase of pressure, high-pressure oil acts on the upper end of the guide plug through the nozzle, pushing the guide rod, and pushing the control valve core. Because this thrust is greater than the force of the adjusting spring, the control valve core moves downward to make high-pressure oil flow into the lower chamber of the variable piston through a transverse hole. At this time, the oil pressure at the upper and lower ends of the variable piston is equal, but the area at the lower end is larger than that at the upper end
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Network optimization data: Due to the complex structure, liquid-solid coupling, high-speed rotation and other characteristics of the axial piston motor, it is often necessary to carry out multiple simplified tests on its local characteristics, so that there is a large gap between the test results and the actual working conditions of the motor. For example, in 2004, Professor MANRING established an experimental device for the static characteristics of a plunger pair, and used a static plunger pair to research
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Network optimization data: the XHS series hydraulic motor does not have lateral force, the bottom of the piston is balanced by static pressure, the torque is transmitted between the piston and the crankshaft through rolling bearings, and the friction loss of Zhenjiang Dali hydraulic motor is reduced, so the XHS series hydraulic motor has the characteristics of high mechanical efficiency and high starting torque (the mechanical efficiency is above 0.92 when starting); Plane configuration
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Network optimization data: the axis of the connecting rod always passes through the center of the crankshaft bearing sleeve, the high-pressure oil enters the oil distribution plate 15 rotating with the crankshaft from the oil inlet of the oil passage plate 16, the hydraulic oil motor enters the top of the piston through the housing flow channel and the plunger sleeve 08, and then enters the balance chamber through the orifice. At this time, the piston passing through the high-pressure oil transfers the force to the eccentric through the bearing sleeve and roller under the oil pressure
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Network optimization data: The working principle of cycloid gear is not only applicable to hydraulic transformation mechanism, but also applicable to oil distribution mechanism. The hydraulic transmission mechanism is similar to the oil distribution mechanism (in fact, it is the same principle structure, because it plays different roles in different places, so the name given is also different). The same problem: the operation principle of the structure is the same, and the force and geometric structure are also the same.
