Heavy duty dual input slewing drive, conquer complex working conditions with its own strength

After in-depth communication with our customer, U-TRSM design engineers designed and developed a new spur gear slewing drive device. This slewing drive device has excellent technical performance, superior safety, reliability and applicability, and performs well in complex scenarios such as load, torque and high precision.

First of all, slewing drive system, as an efficient way of transferring mechanical motion, is widely used in industrial production lines, construction sites, transportation equipment and other fields. The system has been designed with peak load and torque requirements in mind, the max load is up to 6500KN, while the torque reaches 1700KNm, further demonstrating its stability in high-precision situations.

The design technique of double gear input is a key aspect to enhance the performance of the slewing drive system. By introducing a dual axis counter-rotating gear design, it not only effectively transmits torque, but also ensures the system accuracy. This design allows the system to perform well in complex scenarios of load, torque and high accuracy, and can be optimised in actual operation.

It is worth mentioning that this system has a very high safety factor and is designed with full consideration of safety in extreme environments including but not limited to gravitational acceleration, temperature changes, and liquid pressure and other factors. In addition, the full protection design not only ensures the stability and reliability of the system, but also significantly improves the operational stability of the equipment under extreme conditions through internal oil lubrication technology.

The sensor monitoring system is another highlight of the slewing drive system. The operating status of the slewing drive system is monitored in real time by means of temperature sensors and liquid level sensors mounted on the slewing drive shaft. This innovative design not only enhances the operational monitoring capability of the equipment, but also provides reliable data support for the maintenance and optimisation of the equipment.

After using the system, our customer was very satisfied with the feedback that the performance of the system in complex scenarios such as load, torque and high precision meets the use requirements and has good use results. Our customer highlighted the system’s fully protected design to prevent equipment failure and ensure stable operation in extreme environments.

In summary, after careful design and practical application testing by U-TRSM design engineers, this spur gear slewing drive system performs well in complex scenarios of load, torque and high precision, and has excellent safety, reliability and applicability. Our customer highly evaluated the effectiveness of the system and suggested that it should be promoted and applied to more complex industrial sites.