XHS2ZC45

Product selection instructions:

(1), XHSC hydraulic transmission allows working under high pressure.

(2) The maximum allowable pressure of the shell is 0.8MPa, if you have special requirements, please contact the manufacturer.

(3) Hydraulic oil: It is recommended to use high-quality, anti-foam, anti-oxidation mineral-based hydraulic oil. The ideal working oil temperature is 30°C~50°C, and the allowable oil temperature is -20°C~80°C. When the oil temperature is lower than 10°C , must use low-condensation hydraulic oil. The viscosity of the hydraulic oil is 40-60 centistokes, and the allowable value is 5-300 centistokes.

(4) The filter precision of hydraulic oil is recommended to be 25um or higher.

(5) The hydraulic transmission device can rotate in both directions, and the specific steering is shown in the attached drawing. If the user's requirement is opposite to that shown in the illustration, please specify when ordering.

(6) Positioning of oil drain pipe: XHSC transmission allows installation in any direction. In order to ensure the lubrication of each movement pair in the motor, it is required to fill the motor with hydraulic oil before working. Hydraulic oil.

(7) Selection of distributors: various hydraulic transmission devices can choose distributors of various specifications according to different working conditions. Consideration: Distributor installation: The direction of the inlet and outlet of the distributor is allowed to rotate at intervals of 72 degrees according to the shape of the installation connection position, but when the screw is loosened and rotated, be careful not to damage the sealing function of the flat O-ring.

Note: The XH hydraulic transmission device can be equipped with our company's XHM, XHS, XHGS, XHCA, XHBD and other motors according to the working conditions and service life to meet different customer needs.

    液力传动具备按段无极变速工作能力。突显优势是具备将近于双曲线的导出扭距–转速比特性，液力传动用变矩器替代了机械传动中的离合。相互配合后置摄像头的驱动力换档式机械设备变速箱可以全自动配对负荷并避免驱动力传动系统负载。液压马达怎样选择变矩器的功率非常大而负荷内应力却较低，大量生产制造贷款利息都不高特性使它得到广泛运用于大中小型挖地挖运机械设备、起重运输机械行业和车辆、重型坦克等快速车子中。但其特性配对及合理布局方法受到限制，变矩范畴较小，驱动力制动系统能力差，不适宜用以规定速率平稳的场地。

    液压传动相较液力传动具备较好的低速档负荷特性。因为具备传输高效率，与机械传动对比。液压传动更易于完成其健身运动主要参数(总流量)驱动力主要参数(工作压力)操纵。可开展恒输出功率导出操纵，输出功率运用充足，体系结构简易，导出转速比无极变速，可正、反方向运行，速率刚度大，姿势完成非常容易等明显优势，液压传动在工程机械设备中获得普遍的运用。