Design A Scheme Of Automatic Locking Screw Machine For Balancing Wheels

Generally speaking, the environment in which the operator operates the active-locking screw machine must meet these conditions. The active screwing machine needs to have certain conditions in the operating environment and satisfy some requirements, but here is not just the natural environment. Understanding and grasping the operating environment requirements of the active screw machine can ensure the normal operation of the equipment, increase the service life, and reduce the failure rate.

The active screwing machine requires an air compressor to supply air pressure. This requirement is configured according to the characteristics of the equipment. If the equipment uses an air batch lock, a larger air compressor is required. In the case of an electric batch, a general small air compressor can be used. The operating voltage is 220V. The operating temperature is similar to other machinery, generally between -20°C and 40°C. Too low a temperature will affect the normal operation of some components. The humidity in the environment is also required, and it is necessary to operate in a 20-90% non-condensing environment.

Regarding the planning plan of the automatic locking screw machine for balancing wheels: Since each plan is different, the main reason is that the customer's production requirements are different. Here, an example of an electric balancing car active locking screw machine is used to illustrate the characteristics and use environment of the multi-axis locking screw machine. . The product is a two-wheel balance car. Each wheel needs 6 screws to fasten. There are many parts inside the wheel that need to be sealed. When screwing the screws, you need to increase the pressure to keep the internal parts of the wheel level at the level, and then tighten the screws. , To ensure that the product is sealed.

Here we choose an on-line active locking screw machine and equipped with a special pressure cylinder. The process is completed in multiple steps. After the internal parts of the wheel pass through the large cylinder, the wheel cover is placed in a horizontal state. After 6 air batches work together, they are screwed together at a time. It meets the high torque requirements and product locking specifications, and is equipped with a robotic arm, which can actively put the screwed hub into the assembly line.