Professional Training on Generator Controllers and PLCs

About Course

Generators and Programmable Logic Controllers (PLCs) are crucial components in modern industrial and commercial systems, ensuring reliable power supply and automation. Professional training in these areas focuses on understanding their operation, control, and integration into larger systems. This training is essential for engineers, technicians, and system integrators who need to design, implement, and maintain generator control systems and PLC-based automation systems.

In this course you will learn :
• INTRODUCTION OF GEN SET CONTROLLERS
• DSE, COMAP, WOODWARD, SICES & OTHERS CONTROLLERS FAMILY
• ATS, AMF & AUTO START CONTROLLERS
• LOAD SHARING & SYNCHRONIZING CONTROL MODULES
• MAINS (UTILITY) PROTECTION RELAYS
• SOFTWARE AND CONFIGURATION
• TROUBLESHOOTING

Course Content

Synchronization (SYNCH) and Load Sharing (LS) Design
Synchronization (SYNCH) and Load Sharing (LS) are essential aspects of operating multiple generators in parallel. Proper design and implementation ensure stability, reliability, and efficiency in power systems.

Synchronization Design

00:00
Load Sharing Design

00:00
Integration of Synchronization and Load Sharing

00:00
Practical Implementation

00:00

Remote Monitoring and Control of Generator Controllers
Remote monitoring and control of generator controllers are essential for managing and optimizing generator performance from a distance. This capability provides significant benefits, including enhanced operational efficiency, improved response times, and reduced maintenance costs.

Troubleshooting of Generator Controllers
Effective troubleshooting of generator controllers is essential for maintaining the reliability and performance of power systems. This process involves diagnosing and resolving issues related to generator control systems to ensure they operate correctly.

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Professional Training on Generator Controllers and PLCs

About Course

What Will You Learn?

Course Content

Synchronization (SYNCH) and Load Sharing (LS) Design
Synchronization (SYNCH) and Load Sharing (LS) are essential aspects of operating multiple generators in parallel. Proper design and implementation ensure stability, reliability, and efficiency in power systems.

Synchronization Design

Load Sharing Design

Integration of Synchronization and Load Sharing

Practical Implementation

Remote Monitoring

Remote Control

Security and Reliability

Practical Applications

Troubleshooting of Generator Controllers
Effective troubleshooting of generator controllers is essential for maintaining the reliability and performance of power systems. This process involves diagnosing and resolving issues related to generator control systems to ensure they operate correctly.

Common Issues and Symptoms

Troubleshooting Steps

Preventive Measures

Join Our Community

About Course

What Will You Learn?

Course Content

Synchronization (SYNCH) and Load Sharing (LS) Design Synchronization (SYNCH) and Load Sharing (LS) are essential aspects of operating multiple generators in parallel. Proper design and implementation ensure stability, reliability, and efficiency in power systems.

Troubleshooting of Generator Controllers Effective troubleshooting of generator controllers is essential for maintaining the reliability and performance of power systems. This process involves diagnosing and resolving issues related to generator control systems to ensure they operate correctly.

Student Ratings & Reviews

Join Our Community

Synchronization (SYNCH) and Load Sharing (LS) Design
Synchronization (SYNCH) and Load Sharing (LS) are essential aspects of operating multiple generators in parallel. Proper design and implementation ensure stability, reliability, and efficiency in power systems.

Troubleshooting of Generator Controllers
Effective troubleshooting of generator controllers is essential for maintaining the reliability and performance of power systems. This process involves diagnosing and resolving issues related to generator control systems to ensure they operate correctly.