This course consists of two sub-courses:
- Operate Electrical Sensors
To provide the participant with knowledge of operating principles of the various types of proximity sensors used for handling and processing technology, including the analysis of sensing range and response characteristics of these sensors. The participant would also be able to identify and connect the sensors.
- MPS Station – Application Training of PLC (Omron CP1L/CP1E)
Maintaining flexibility despite a high degree of automation is one of the most important challenges in many manufacturing companies. It demands the integration and networking of different controls in a complex automation system. This training aims for participant who has interest for complex control task with various actuators and sensors and to translate into operational PLC programs. On completion of the course the participant knows when to use the CX-Programmer and masters the basic features and simple programming.
Course Curriculum
Functions, characteristics and uses of binary proximity sensors | |||
Functions, characteristics and uses of displacement sensors | |||
Functions, characteristics and uses of force sensors | |||
Functions, characteristics and uses of pressure sensors | |||
Connection and circuit technology | |||
Structuring and developing complex control tasks into operational PLC programs | |||
Commissioning and simulation the control system based on IEC 61131-3 standard | |||
Familiarization of different input and output devices on the Modular Production Systems (MPS) | |||
Troubleshooting by distinguishing the input and output signals from a PLC | |||
Understanding of electrical complex circuit diagrams and standard PLC language | |||
Applications of limit switches, magnetic, optical, capacitive and inductive proximity sensors | |||
Application of Memory Functions, Timer and Counter Functions in PLC | |||
Development of logic program for the Modular Production Systems (MPS) - as individual stations or with two stations | |||
Best practice commissioning - can avoid damage and failure in the case of user-specific errors through safe and precise intervention |