(Click Category to List Courses)
19 - EEE - Electrical & Electronics Engineering
EEE 190 - Electrical Drawings and Control Circuits
| Code | Start Date | Duration | Venue | |
|---|---|---|---|---|
| EEE 190 | 21 October 2024 | 5 Days | Istanbul | Registration Form Link |
| EEE 190 | 18 November 2024 | 5 Days | Istanbul | Registration Form Link |
| EEE 190 | 16 December 2024 | 5 Days | Istanbul | Registration Form Link |
Please contact us for fees
Course Description
This Electrical Drawings and Control Circuits training course begins with the development of various relevant drawings and symbols representing devices that are vital in all electrical installation to ensure continuity and efficient operations. The primary and fundamental tool for troubleshooting and maintenance of an electrical installation is to understand and interpret electrical drawings and ladder diagrams.
Electrical symbols, schematic, and wiring diagrams facilitate the operations of the electrical installation equipment. This training course will cover all these aspects of electrical blueprint reading and the tracing of circuits.
Course Objectives
- Describe the various types of electrical drawings
- Appreciate the importance of single line diagrams
- Analyze the various electrical ladder drawings
- Explain the operation of the electrical equipment using wiring and schematic diagrams
- Recognize the symbols in electrical drawings
Who Should Attend?
- Electrical Engineers
- Electrical Supervisors
- Maintenance Technicians
- Managers in-charge of electrical installations
- Project Engineers
Course Details/Schedule
Day 1
- Introduction, Types of Drawings and Symbols
- Importance and Relevance of Drawings
- Categories of Electrical Drawing and their Characteristics
- Purposes served by Different Type of Electrical Drawings
- International Electrical Symbols and Drawings
- Applications and Functions of Numerical Relays
- Importance of CTs and VTs Information in Electrical Drawings
- Interpretation and Significance of Single Line Diagrams
- Onset of a Single Line Diagram
- Importance of Single Line Diagrams
- Standardized Drawing Symbols
- Protective Devices Coordination in Single Line Diagrams
- Fault Current Calculations with Information from the Single Line Diagram
- Troubleshooting and Electrical Installation with the Relevant Diagrams
Day 2
- Ladder Diagrams Interpretation
- Types of Ladder Diagram
- Generic Electrical Equipment Ladder Diagrams
- Designing Control Circuits
- Interlock Control Circuits
- Protective Relays and Timers Ladder Diagrams
- Fail Safe Designs
Day 3
- Different types of cabling drawings
- Wiring diagrams
- Cable system drawings
- Cable tray installation
- Different types of wiring drawings
- Difference between cabling & wiring drawings
- Cable schedule
- Conventions used
- Practical exercise – wiring drawing
- Conventions used for layout drawings
Day 4
- Power & control circuit diagrams
- Applications of schematic diagrams
- Single line diagram – advantages & example
- 3-line diagram – applications
- Purpose of schematic diagram
- Cross-reference between coils and contacts
- VFD Schematics and its Operation related to Controlling Circuits
- UPS Power Supply Schematic Diagram Components Functionalities
- Reading and Tracing AC Input Diagrams and its Significance
- Identify Components in the Rectifier, Inverter and AC Outputs Schematic Diagrams
- Types of Protection Relays Schematics, Wiring, Operation and Functional Diagrams
Day 5
- Principles of operation of AC induction motors
- Interpret data from torque speed curves
- Optimize data based on electrical resistance
- Typical applications for single-phase motors
- A comprehensive methodology for investigating design requirements for AC motors
- Pick the right motor
- AC motor specifications and enclosures
- Governance by national and international design standards
- AC motor control components and systems
