How is the fully automatic feeding machine controlled?

The control methods of the fully automatic feeding machine mainly include the following:

1、 PLC (Programmable Logic Controller) control

PLC is one of the most commonly used control methods for fully automatic feeding machines. Through pre written programs, PLC can accurately control various actions of the feeding machine. For example, it can control the speed of the motor to adjust the feeding speed. When feeding is required, the PLC will send a signal to start the conveyor motor, which drives the feeding device such as the conveyor belt or screw conveyor to operate. It can control the feeding process based on set parameters such as time, weight, quantity, etc.

If the feeding weight is set, the sensor inside the feeding machine will provide feedback on the weight signal to the PLC. The PLC will process the signal and stop feeding once the set weight is reached. At the same time, PLC can also coordinate the actions of multiple components, such as opening the valve or cover of the feeding port before starting the feeding process, and then closing it after the feeding is completed. Moreover, PLC has high reliability and stability, can adapt to long-term and high-intensity working environments, and can easily modify and upgrade programs.

2、 Touch screen control

Many modern fully automatic feeding machines are equipped with touch screen operation interfaces. Through the touch screen, operators can intuitively set various parameters. For example, on the touch screen, the target weight, feeding speed, start and stop time for feeding can be set. The touch screen will also display the real-time working status of the feeding machine, such as the current feeding amount, whether the equipment is running normally, and other information.

This control method is simple and convenient to operate, and does not require operators to memorize complex instruction codes. Moreover, touch screen interfaces typically allow for multilingual switching, making it convenient for users from different countries and regions to use. In addition, some advanced touch screens also support user permission management, where users of different levels can perform different operations. For example, ordinary operators can only perform basic start and stop operations, while advanced technicians can modify complex parameter settings.

3、 Computer remote control

In some large-scale factory automation production systems, fully automatic feeding machines can be remotely controlled through computers. The feeding machine is connected to the local area network or industrial Internet of the factory, and the computer operates it through special control software. This method can achieve centralized management, and the operation of multiple feeding machines can be monitored and controlled in the central control room.

Computer remote control software can record the historical operating data of the feeding machine, such as the time, weight, and fault records of each feeding. These data are very helpful for the analysis and optimization of the production process. At the same time, remote control can also timely update and maintain the software of the equipment, improving its intelligence level.