| Start Date | End Date | Country | City |
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+966 920007771
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Objectives
-Create a block map of the installed equipment
-Transfer the information to the one line diagram
-Verify electrical prints and make changes to existing diagrams
- Create and maintain regulatory compliant electrical diagrams In order to comply with the above-mentioned regulations, complete and up to date electrical single line diagrams and equipment operating and control schematics must be made available in the work place. These important documents are required to be updated as necessary or as equipment changes or is modified and sometimes verified on an annual basis. In addition, this two-day program is designed to provide knowledge of the various types of electrical diagrams used in the industry, and to develop the skills necessary to read, draw and interpret these diagrams.
Outlines
Day 1:
Introduction and review of the regulations: How do the regulations apply and what do we need to know?
- Occupational Health and Safety Act and Regulations
- Provincial Regulations - Control of Hazardous Energy - Safeguarding of Machinery
- NPFA 70E - Manufacturers Standards - Company Policy, Procedures and Practices
Day 2: Print reading basics: Legends:
- What is the purpose of the legend, and
- What information can be found in the legend?
Electrical Symbols:
- Review of standard symbols, and
- Symbol identification and meaning Basic layout:
- Familiarization with the layout of different schematics and one line diagrams Practical exercise using example prints:
- Participants will participate in practical exercises and skills demonstrations of symbol identification and meaning, basic information location and schematic diagram layout.
Day 3: Elementary electrical diagrams:
- What are schematics used for and why are they necessary DC voltage schematic: Introduction, familiarization and review of: - Series circuits,
- Parallel circuits, and
- Series/parallel circuits Single-Line Diagram: - Purpose of a single line,
- Equipment identification, and - Hazardous energy control. AC voltage schematic:
- Equipment identification, and - Trouble shooting and fault finding Three-line diagram and practical exercise using elementary diagrams:
- Participants will participate in practical exercises and skills demonstrations on the identification of circuits, and the uses of single-line, AC schematic and three line diagrams.
Day 4: Developing and maintaining a single line diagram:
- Regulation compliance
- Site familiarization
- Equipment identification and inventory
- Nomenclature verification - Preparing a block diagram,
- Interconnecting the equipment - Verification of accuracy
- Practical exercise:
- Participants will participate in the development of a single line diagram using narrative information.
- Effective trouble shooting approach Evaluating and assessing the fault Mapping a solution
- Task identification Identifying the hazards:
- Introduction to Job Hazard Analysis Practical exercise using schematics:
- DC circuits - AC single phase circuits - AC three phase circuits Conclusion:
- Review of course highlights - Questions and Answers
Who Should Attend
- Electrical technicians, field engineers, project managers, inspectors, contractors, and journeyman electricians who depend on effective skills and knowledge required in this ever changing fast pace electrically driven environment.
Duration
5 Days
