Automation equipment is composed of multiple parts. Here are some common parts required for automation equipment:

Sensor: A device used to detect environmental variables or object properties, such as photoelectric sensors, pressure sensors, temperature sensors, etc. Sensors can help automated equipment acquire and process data in real time.

Actuator: A device that performs specific operations based on control signals, such as electric motors, hydraulic cylinders, pneumatic components, etc. Actuators are responsible for achieving mechanical movement, pushing and completing various tasks.

Controller: A device used to control and regulate automation systems, such as PLC (programmable logic controller), microcontroller, computer, etc. The controller controls the operation of actuators and other components based on input signals.

Conveying device: A device used to transport and deliver materials or products, such as conveyor belts, rollers, conveyor lines, etc. Conveyors move materials from one location to another quickly and efficiently.

Mechanical Components: including gears, transmission belts, connecting rods, cams, etc., used to convert the form of motion, increase force, or change the direction of motion. Mechanical components enable automated equipment to perform complex movements and operations.

Energy supply: including power supply, hydraulic system, air source, etc., used to provide the energy required by automation equipment. These energy supplies ensure the normal operation of automation equipment and provide necessary energy support for other components.

Motion control system: including servo drives, stepper drives, etc., used to control parameters such as position, speed, and acceleration of actuators and moving parts.

Connectors and accessories: such as bolts, nuts, bearings, seals, etc., used to connect, fix and protect other parts. These connections and accessories play an important structural and safety role.

The above are only a small part of the parts required for automation equipment. The specific parts will vary according to different equipment types and application fields. The design and use of automation equipment need to comprehensively consider the functions and coordination of the above components to achieve the expected automation effect. Due to the complexity of automation equipment, experienced engineers are usually required to design and select appropriate components to ensure the stability and reliability of the equipment.