PDF-5 Essential Testing Equipment for Electrical Engineers in 2023

With technology changing all the time and business needs growing electrical engineers are responsible. ANR Building, Davis. Staff Meeting. February, 2015. Electrical Hazards/Injuries. Electrical equipment used in office areas is potentially hazardous . and can cause:. Shock. – most common hazard, occurs when the human body becomes part of the path through which the current flows. INTRODUCTION. Electrical diagrams are drawings in which lines, symbols, letter and number combinations are used to represent electrical circuits. . In some plants, electrical diagrams may also be called prints, or blue prints. Volt. - Is the measurement unit of the electrical potential. . Electrical Potential. - The difference of voltage between two points in a circuit. It is the cause of the flow of a current. . Current- . Exposed part. Live or energized . part. De-energized . part. Definitions. 1a. De-energized exposed parts that are not locked/tagged are considered to be energized exposed parts. 1b. Definitions. Don’t work on or near exposed electrical parts unless:. What Are Electrical Risks. ?. Electrical risks are risks of death, electric shock or other injuries caused directly or indirectly by electricity. The most common electrical risks and subsequent causes of injury are. automobiles. , aircraft, and radar navigation systems. . ~. http://www.careercornerstone.org/pdf/ee/eleceng.pdf. http://www.youtube.com/watch?v=BeR9KrIPF18. John Bardeen was an American physicist, electrical engineer, Nobel prize winner, co-inventor of the transistor (1947), an influential invention that changed the course of history for computers and electronics. John . Drugs and alcohol. Both illegal and legal drugs can affect health and safety and work performance. The physical effects of a drug can vary depending on the type of drug. Some drugs can react adversely when taken in conjunction with alcohol, or when combined with particular chemicals or substances being used in the workplace. . Øystein Stjern I IKM Elektro AS. 3rd September 2013. HSE policy. Zero injuries is our overall . objective. We shall . instill . trust and confidence among our customers and . . employees. We shall follow acts and regulations, including ethic code of . https://. www.youtube.com/watch?v=A9KSGAnjo2U. Learning Objectives. After completing this lesson, you will . be able to…. Discuss the primary causes of electrocution. Explain lockout/. tagout. Discuss what to do when working with wet conditions. Safety Training Presentations. Institute of Occupational Safety and Health. FY-11 OSHA Susan Harwood Grant Program. This material was produced under grant . number . SH22297-SH1. . from OSHA. It does not necessarily reflect the views or policies of the U.S. Department of Labor, nor does mention of trade names, commercial products, or organizations imply endorsement by the U.S. Government. . ENGR 2194. Lab # . 3 – Sinusoids in Engineering: Measurement and Analysis of Harmonic Signals. Real-World Example Related to Topic!. Electrical engineers commonly use:. E. lectrical signals . (e.g., waveforms) . EPUB FREE Code of Practice for Inservice Inspection and Testing of Electrical Equipment 4th Edition 4th Edt Electrical Regulations Module-VI. general terminology of the technical terms. (a) Disruptive Discharge Voltage. This is defined as the voltage which produces the loss of dielectric strength of . an insulation. . It is that voltage at which the electrical stress in the insulation causes . Never use any laboratory equipment unless you are trained & have been authorised to do so. As well as injuring yourself you may cause very costly damage. When in doubt – ASK!!!. Do not carry out a new or unfamiliar procedure until you have been fully trained & understand the precautions necessary for safe working.