The reason for the broken shaft of the electric drum

It was very dangerous for the electric drum to break the shaft at that time, and the most serious one was a malfunction, so we need to avoid breaking the shaft as much as possible when using it. To avoid equipment shaft breakage, the first step is to identify the cause of the shaft breakage.

1、 Equipment shaft breakage is mainly caused by the following two points:
1. The selected device model is not suitable, and sometimes the selected device does not meet the usage requirements during operation. This is because many people only choose equipment with a rated output torque that meets the working requirements when selecting equipment, but in reality, this choice is incorrect. On the one hand, the value obtained by multiplying the rated output torque of the motor by the reduction ratio is often smaller than the rated output torque. On the other hand, the overload capacity of the electric drum drive motor and the required working torque in actual operation should also be considered when using it.
During the acceleration and deceleration process, the output shaft of the drum multiplied by the instantaneous torque exceeds twice its rated output torque, resulting in excessive acceleration and deceleration.
2、 We can try to avoid axis breakage as much as possible during operation by:
Firstly, during operation, it is necessary to follow the specifications to avoid starting with load, and at the same time, improve the maintenance of the equipment.
2. Regularly add and clean lubricating oil.
3. Check if the gears are running on time and normally. If any problems are found, they need to be resolved in a timely manner to ensure the stable operation of the equipment.
The method mentioned above is to avoid the electric drum from breaking the shaft, as it can adjust the speed, but in fact, we need to pay attention to this aspect. Speed regulation must be gradual and avoid sudden acceleration and deceleration, as this may cause bearing fracture. Therefore, these operations must be avoided as much as possible during normal operation.