Self-arranging machine is a kind of equipment widely used in automatic production line. Its main working principle is to realize the automatic arrangement and transportation of products through the mutual cooperation of components such as sensors, control systems and actuators. Below I will introduce the working principle of the self-wiring machine in detail.

First of all, the self-routing machine is generally composed of conveyor belt, sensor, PLC control system, actuator and other main components. When the products on the production line need to be arranged, these products are placed on conveyor belts that transport the products from the start of the production line to the end. Sensors are installed at specific locations on the conveyor belt to detect the position and quantity of the product.

Secondly, the sensor transmits the detected product information to the PLC control system. PLC control system is the brain of the self-wiring machine, it according to the signal from the sensor, through the pre-programmed program for logical judgment and control instructions issued. Through the intelligent algorithm of the control system, the fast and accurate arrangement and delivery of products can be achieved.

Finally, the PLC control system transmits the arrangement information of the products to the actuator through the instructions, and the actuator arranges the products according to the instructions. The actuator generally uses pneumatic, hydraulic or motor methods to move, rotate or sort the product, so as to realize the arrangement and transportation of the product.

In general, through the organic combination of conveyor belt, sensor, PLC control system and actuator and other components, the automatic arrangement and transportation of products is realized, which greatly improves production efficiency and product quality. The working principle of the self-wiring machine can help manufacturers achieve automated production, improve production efficiency, but also reduce labor costs and improve product consistency.