The M5X180CHB-12A-51A260-169-RG14D20A5 is engineered to deliver superior performance and reliability.
It boasts a robust construction, capable of withstanding harsh working conditions, heavy loads, and extreme temperatures. This motor is specifically designed to meet the demanding requirements of the ZE230 excavator, offering optimal power and precision for swing movements.
With a displacement of 169 cc, the M5X180CHB-12A-51A260-169-RG14D20A5 ensures efficient power transmission, allowing the excavator to perform smooth and controlled swings. The motor's displacement indicates the volume of fluid that can be moved in a single rotation, which directly influences the motor's torque and speed characteristics. This swing motor provides ample torque to handle various swing tasks, ensuring reliable and precise operation.
The M5X180CHB-12A-51A260-169-RG14D20A5 features a maximum pressure rating of 260 bar, indicating its capability to handle high-pressure hydraulic systems. This feature allows the motor to deliver strong and consistent rotational force for swing motions, contributing to enhanced productivity and maneuverability on the job site.
Additionally, this swing motor is equipped with a 12-pole design (12A), which refers to the number of magnetic poles in the motor. The 12-pole configuration enhances the motor's torque and smoothness of operation, enabling precise and controlled swings. This design choice ensures optimal performance and stability during demanding applications.
The M5X180CHB-12A-51A260-169-RG14D20A5 is designed with a dedicated RG14D20A5 control valve.
The control valve regulates the flow and direction of hydraulic fluid to the motor, allowing for precise and responsive control of the swing movement. This integrated valve system ensures efficient energy utilization, minimizing any power losses and optimizing overall performance.
Moreover, the M5X180CHB-12A-51A260-169-RG14D20A5 is engineered with high-grade materials and advanced sealing technologies to ensure exceptional durability and longevity. It is built to withstand heavy-duty applications and extended periods of operation, reducing maintenance requirements and downtime.