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Introduction to Electrical Safety for Engineers

Course No. EE0021

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AN INTRODUCTION TO ELECTRICAL SAFETY FOR ENGINEERS

The application of sneak circuit analysis requires the thorough, systematic, branch-by-branch inspection of a circuit with attention to the intended function of each circuit and possible malfunctions.

Sneak circuit analysis can also be applied to systems involving hydraulic sys- tems, pneumatic systems, mechanical systems, and computer software.

REFERENCES AND SUGGESTED READINDS

1. American Society of Safety Engineers, "Introduction to System Safety;' Des Plaines, IL, 1987.

2. EGLG, Idaho National Engineering Laboratory, "Glossnry of Terms and Acronyms." Publication 76-45/28, EG&G, Idaho Falls, ID, 1984.

3. W?&G, Idaho National Engineering Laboratory, "Systems Safety Course Material." EG&G, Idaho Falls, ID.

4. Firenze, R.J., ''The Process of Hazard Control," Kendall Hunt, Dubuque, IA, 1978.

5. Firenze, RJ., "Evaluation and Control of the Occupational Environment," National Institute for Occupational Safety and Health, Cincinnati, OH 1988.

6. Frrenze, R.J., ''The Impact of Safety on. High-PerformanceJHigh Involvement Production Systems," Creative Work Designs, Inc., 1991.

7. Hammer, W., "Occupational Safety Management and Engineering," Fourth Edition, Prentice Hall, Englewood Cliffs, NJ, 1989.

8. Smith, L.C., 'The J Programs," National Safety News, September 1980.

EE0021-Cover Page.pdfIntroduction to Electrical Safety for Engineers.pdf