Current label: Hydraulic motor
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Network optimization data: The hydraulic oil used is the key factor for the ideal performance and service life of the cycloidal hydraulic motor. Viscosity is an important performance index to be considered when selecting hydraulic oil. When selecting viscosity, it must be considered that the oil must be thin to facilitate flow. But at the same time, it must be thick enough for sealing, and an oil film must be left between the bearing and the sealing surface. Temperature and viscosity
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Network optimization data: (1) Intermittent operating pressure of the motor refers to the allowable operating pressure at the oil inlet of the motor, and continuous operating pressure refers to the pressure difference between the oil inlet and the oil return port. (2) It is not allowed to use the motor at speed and pressure. (3) Under intermittent working conditions, the running time of motor per minute shall not exceed 10%. (4) The oil temperature is 80 ℃. (5) , Cycloid
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Network optimization data: (1) The mounting bracket of cycloidal hydraulic motor needs sufficient rigidity. When the system has pressure impact, the motor is not allowed to vibrate, which is easy to damage the motor. (2) The motor output shaft shall be coaxial with the center line of the coupling connected. (3) When the oil inlet and return of the motor are steel pipes, the pipe stress should be completely removed. OMH hydraulic motor does not allow the pipe to play on the motor
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Network optimization data: structural characteristics end face flow distribution cycloidal hydraulic motor. Advanced parameter design of embedded stator and rotor, low starting pressure, high efficiency, low speed and stable operation. Advanced shaft seal design, high axial pressure bearing capacity. OMT cycloidal hydraulic motor adopts advanced and reliable linkage shaft design to extend motor life. Advanced assembly line mechanism design, high assembly line precision, and automatic compensation
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Network optimization data: the volumetric efficiency of the hydraulic motor is lower than that of the pump. Normally, the pump rotates at a higher speed and the motor outputs a lower speed. The pump and prime mover are installed together, and the main shaft does not bear additional radial load. When the motor is directly installed on the wheel or connected with the belt, sprocket and gear, the brake spindle of the cycloidal hydraulic motor will bear a large radial load.
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Network optimization data: 1. The pump is an energy device, and the motor is an actuator. 2、 The pump oil suction chamber is generally vacuum (to improve the oil suction capacity and cavitation resistance), the inlet size is generally larger than the outlet, and the pressure of the motor oil discharge chamber is slightly higher than the atmospheric pressure, without special requirements, the same size of feed inlet can be used for feeding. 3、 The structure of the pump must ensure the self-priming capacity, and there is no such requirement for the motor.
