The working principle of fully automated equipment is based on a series of complex technologies and processes, mainly including components such as sensors, control systems, actuators, and monitoring systems.
Sensors: Sensors are used to measure physical quantities such as temperature, pressure, light intensity, and velocity, and convert this information into electrical signals. The accuracy and stability of sensors are crucial for the operation of fully automated equipment.
Control system: The control system is composed of a computer or programmable logic controller (PLC), which is used to process the information transmitted by sensors and generate corresponding control signals. The control system can not only achieve automated operation of equipment, but also adjust and optimize according to requirements.
Executor: An actuator is used to convert control signals into mechanical motion or other forms of energy input. Common actuators include electric motors, pneumatic pistons, hydraulic cylinders, etc.
Monitoring system: The monitoring system can obtain real-time operational data of the equipment and issue alarms and handle anomalies according to the set threshold. The monitoring system can not only provide remote access and management of devices, but also help optimize product quality and production efficiency.