YALONG

YL-335B Automatic Production Line

Description

• Consists of components that the learners will eventually work with automation machinery field, such as servo drive, frequency inverters, pneumatic cylinders and various kinds of sensors.

• Uses a modular design approach to study the control of an PLC controlled automatic production line.

• The system consists of 5 modular stations, includes material supply station, processing station, assembly station, conveying station and sorting station. All stations are fully installed on one aluminium profile training platform.

• All stations are controlled by separate PLC controllers and contain independent pneumatic valves manifold so that each station can be programmed to operate independently.

• ·All stations can be combined in Multi-PLC network scheme based on RS485 serial communication between PLCs from all stations.

• All electrical connection between control panel and external device are made by distribution board with socket plug for easier connection and maintenance purpose.

Training Scope

• Automatic production line sequence control, from material supply, processing, assembly, material transport to product sorting.

• Application of inductive sensors, capacitive sensors, optic sensors, magnetic sensors, color sensors and optical encoders.

• Application of various kinds of pneumatic cylinders – standard cylinder, compact cylinder, twin rod cylinder, rotary cylinder and gripper cylinder.

• PLC programming, from beginner level to advance level, on different stations. Include advance programing training in analogue & digital signal, high speed input, high speed pulse output, digital positioning control, communication between multiple units of PLC controllers and communication with touch screen HMI*.

• Application of frequency inverters and 3 phase motor control.

• Application of AC servo motor in position control.

• Understanding of electrical wiring design of an automation machine.

• Introduction to complex mechanical design of real automation machine.