INTRODUCTION FOR INTRODUCTION TO PLC AND STEPPER MOTOR CONTROL
The combined architecture of PLC and Stepper Motor has been an important sequence in Industrial Automation. These days Stepper Motors are widely used in most automation system systems. Stepper Motors are digitally controlled motors used for precise positioning which enable simple and accurate control of angle of rotation and rotation speed. The knowledge to program PLCs to control the positioning of a Stepper Motor enables an individual to design, maintain and troubleshoot automation systems.
LEARNING EXPERIENCE
Participants who have completed this module would be able to :
- Troubleshoot and maintain automation systems with Stepper Motors and PLCs.
- Understand the basic components and the working principal of Stepper motor
- Wiring of PLCs and Stepper Motors.
- Programming of Stepper Motors using the PLC
MODULE DURATION
21 hours (3 days) Off-Job Skills Training
ASSESSMENT STRATEGY
A combination of lectures, discussion, pre & post test with emphasis on putting the concept into practice
WHO MUST ATTEND INTRODUCTION TO PLC AND STEPPER MOTOR CONTROL
The course is intended for Technicians, Engineers and any Technical Personnel who are involved in the design, operation and maintenance of Industrial Automation System using PLC and Stepper Motors
METHODOLOGY
Consists of lectures, lab demonstration, discussions and practical activities that use an actual Stepper Motor & PLC Controller.
COURSE CONTENT
- Introduction to Programmable Logic Controls (PLC)
- Wiring and addressing of PLCs
- Basic PLC programming commands
- Introductions to Stepper Motors
- Features of Stepper Motors
- Construction and Working Principle of a Stepper Motor
- Stepping Motor basic characteristic
- Using Input / Output signals of stepping motor driver
- Wiring of Stepper Motors
- PLC & Stepper Motor interfacing
- Programming Commands to control Stepper Motors
- Safety, troubleshooting of a Stepper Motor & PLC System
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