(CD203.1) Omnivise E3000 Static Excitation System THYRIPOL 6RV30 + SFC

The course is applicable for power plant operating personnel. The participant will learn the Omnivise T3000 operating functions, and how to use the operating view for tasks associated with process management and information. Classes scheduled must meet at least four student minimum. Course can also be scheduled upon request at customer’s facilities.

The participant will learn the basic principles and views of I&C engineering, diagnostics and operation of the Omnivise T3000 system. Each student will implement a basic control system model, using the workbench to create both function diagrams and plant displays. Emphasis will be placed on sensor processing/coupling for analog and binary signals, along with motor/actuator control applications.

The participant will review the principles of Omnivise T3000 Engineering and operation of the Omnivise T3000. Each student will implement a function diagram and plant display to mimic that of a power plant turbine. Additionally, an emphasis on more advanced control system maintenance required of a control system administrator using the tools in Project View.

This course explores the hardware devices commonly found in the Control Room. Students will gain an understanding of what each device is used for and how to properly implement, maintain, and troubleshoot. The student will also learn how to properly administer each device in T3000, create each device’s management proxy, and appropriate communication containers when necessary. The course focuses on all users dealing with I&C engineering, and service.

This course explores the E3000 Excitation System from Siemens-Energy Vienna (THYRIPOL 6RV80). Students will gain an understanding of what each device is used for and how to properly maintain, and troubleshoot each device.

This course explores the RG3-S Excitation Solution. Students will gain an understanding of what each device is used for and how to properly implement, maintain, and troubleshoot.

This course explores the WDR-S Excitation Solution. Students will gain an understanding of what each device is used for and how to properly implement, maintain, and troubleshoot.

This course is designed for the personnel responsible for the day-to-day maintenance activities of the Omnivise T3000 control system. Participants will learn how to differentiate between hardware and software problems, diagnose network problems, replace I/O and server modules, preserve system data utilizing backup concepts and troubleshoot the system using a logical approach.

This course is designed for the personnel responsible for the day-to-day maintenance activities of the Omnivise T3000 control system. Participants will learn how to differentiate between hardware and software problems, diagnose network problems, replace I/O and server modules, preserve system data utilizing backup concepts and troubleshoot the system using a logical approach.

This course is designed for the personnel responsible for the day-to-day maintenance activities of the Omnivise T3000 control system. Participants will learn how to differentiate between hardware and software problems, diagnose network problems, replace I/O and server modules, preserve system data utilizing backup concepts and troubleshoot the system using a logical approach.

This course is designed for the personnel responsible for the day-to-day maintenance activities of the Omnivise T3000 control system. Participants will learn how to differentiate between hardware and software problems, diagnose network problems, replace I/O and server modules, preserve system data utilizing backup concepts and troubleshoot the system using a logical approach.

The participant will review the principles of Omnivise T3000 Engineering and operation of the Omnivise T3000. Each student will implement a function diagram and plant display to mimic that of a power plant turbine. Additionally, an emphasis on more advanced control system maintenance required of a control system administrator using the tools in Project View.