Electric shock.powerpoint
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An electric shock occurs when a person comes into contact with an electric current. This can cause injuries ranging from minor burns to death, depending on several factors like the type and amount of current. Some common ways to receive electric shocks include through poorly insulated wires, ungrounded equipment, or lightning strikes. Electric shocks should be taken seriously and medical attention sought depending on the severity of symptoms. Proper safety precautions around electricity can help prevent shocks.
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The document discusses electrical safety, hazards, and precautions. It covers how electric current affects the body, risks from electricity, legal duties, and basic safety steps. The key points are: electric current between 1mA-16mA can cause shocks, those most at risk are maintenance and construction workers, employers have a duty to maintain safe electrical systems, and basic safety includes using the right equipment, maintenance, secure wiring, switching off tools before handling, and competent work.
electricalsafetyawarenesstrainings
This document provides an overview of electrical safety training. It covers basic concepts of electricity, hazard recognition, effects of electricity on the human body, electrical hazard protections, work practices, and responsibilities of supervisors and employees. The training aims to raise awareness of potential electrical hazards and instructs how to recognize, eliminate, and prevent hazards. It emphasizes following all electrical safety requirements and practices and what to do in the event of an electrical accident.
Electrical Safety Awareness Training by Albert Einstein College of Medicine
This document provides an outline for an electrical safety awareness training. It discusses the purpose of the training which is to raise awareness of electrical hazards and instruct attendees on hazard recognition, protection methods, and emergency response. Key topics covered include basic electricity concepts, effects of electricity on the human body, identifying hazards like damaged cords and exposed wiring, and protective equipment and practices like insulation, grounding, lockout/tagout procedures, and PPE. The training aims to emphasize electrical safety requirements to prevent electrical accidents and injuries.
7-Electrical-Safety.pptx
This document discusses electrical safety and provides information on:
1) How electrical current can enter the body and travel through it, how current affects the body at different levels of amperage.
2) The primary injuries of electrical burns and respiratory failures and secondary injuries from accidents caused by shocks.
3) Factors like current amount, path, frequency and duration that determine injury severity.
4) Electrical hazards including physical ones like wet floors or bare wires and behavioral ones like taking shortcuts.
5) The proper response steps for an electrical accident of turning off power, freeing the victim safely, and calling for help.
Electrical safety
This document provides information about electrical safety. It defines electricity and how it works, explaining that electricity is created by the movement of electrons and can be both natural and man-made. It then discusses electrical hazards like improper grounding, exposed wires, inadequate wiring, overhead power lines, and more. The document also outlines common electrical parameters and their effects on the human body, like electrical shock, burns, and internal injuries. Finally, it recommends safety measures for electrical work, including using personal protective equipment, ground fault circuit interrupters, and following lock-out/tag-out procedures to isolate power sources before performing work.
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Electric shock.powerpoint
- 1. Electric Shock by Shana Young
- 2. What Is An Electric Shock -An electric shock occurs when someone comes in contact with an electric energy source. -When an electric energy then flows through a portion of the body causing a shock.
- 3. How Can I Get An Electric Shock By poorly insulated wires or ungrounded electrical equipments -By using electrical equipment while in contact with water -By being struck by lightning
- 4. Different types of electric shocks
- 5. entertainment - Shocking pens Shocking gum joy buzzer And most machines in in amusement parks
- 6. Law enforcement and personal defence Taser Electric fences
- 9. What Happens When You Get An Electric Shock -An electric shock can have no injury at all -Burns (which are the most common) -Devasting damage -Death
- 10. Many Factors Determine Which Type Of Injury Occurs -The type of current (ac or dc) -The amount of current -The pathway the electricity takes through the body.
- 11. After A Low Voltage Shock a Person Should Call The Doctor If -If burn are not healing well -Burns with increasing redness soreness,or damage -Any electric shock in a women who is pregnant
- 12. following a low voltage shock a person should go to the emergnency depArtment if -Any noticeable burns on skin -Unconsciousness -Numbness, tingling, paralysis, vision, hearing, or speech promblems -An electric shock in a women more than 20 weeks pregnant
- 13. A person shocked by high voltage(500 volts or more) shoultd be evaluated in the emergency department.
- 14. what will be done when you go to Athe emergincy room -Electrocardiogram to check the heart complete blood count -Urine test for muscle enzymes -X-Ray -CAT scan
- 15. electric shock prevention for children younger then 12 -Inspect power cords and extension cords do not allow children to play with any electric cords -Limit the use of extention cords and be sure that the cords is rated for the current -Use the outlet covers to protect infants -Update old ungrounded electrical outlets to grounded systems -Replace outlets near and water with fused outlets
- 16. electric shock prevention for children older than 12 -Explain to an adolescent children that they should not climb on power tower,play near transformer systems and electrified train rails or other electrical systems.
- 17. electric shock prevention for among adults -Use common sense can help reduce electrical injury.people who work with electricity should always check that the power is off before working on electrical systems -Avoid use of any electrical device near water be careful of standing in water or when working with electricity
- 19. Electric Shock revention -Use caution when outdoor during a thunderstorm contaning lightning protect yourself from lighting strikes by seeking shelter in a sturdy building crouch low and away from trees and metal objects if caught outdoors