How to Prevent from Electric Shock - Guide for Maximum safety
Almost all electrical appliances run on electricity, and if not used properly, it can become very dangerous. If you come into contact with live electricity or any electrically conductive material, an electric shock may occur. In this article, we will learn how to prevent electric shock.
Normally Peoples wear Safety boots, Electric Safety Gloves to prevent From Electric shock but below are some recommendations, we added to follow these carefully to avoid any electric Accidents.
Keep electrical appliances away from moisture and water
Do not use electrical appliances such as air dryers or cell phone chargers in the bathroom or anywhere it may come into contact with water. Water is highly conductive and can cause electric shock.
Immersion of an electrical appliance in water can cause a body of water to be dangerous. Not to mention that the device will also be damaged if it is close to moisture. It can also be short, and if you insist on having one, bathroom installers recommend full insulation and GFI outlets to reduce risks.
Read More about Electrical Appliances details
Never connect or disconnect the connection under load
A circuit is said to be "under load" when an appliance is connected to an electrical circuit and is operating. This means that the device draws power and electricity flows from the circuit into the device and back into the wiring circuit. If you try to disconnect the device while it is in operation, the flow of electricity may form an arc. This can be very dangerous and may cause an electric shock.
Install GFCI ports
If you are working on equipment that uses electricity, connect it to a ground fault circuit interrupter or a GFCI outlet. You can even use a GFCI shielded extension cord. GFCI detects electrical faults and turns off the power. This prevents you from getting an electric shock.
Be careful with capacitors
Capacitors are found in appliances and equipment that use motors. They include microwaves, air conditioners, refrigerators, etc. They store electricity that helps motors start by giving them a high voltage boost. You should be careful with appliances that contain capacitors because they can cause electric shock when the appliance is unplugged or the power is off. If you do not know how to safely discharge capacitors, do not work on devices with capacitors.
Use isolated tools
Always use insulated tools for electrical work. Ensures that you will not be electrocuted if the tool slips or accidentally makes an electrical connection. The amount of exposed metal on insulated tools is minimal, which helps prevent electrical accidents.
Turn off the power
If you are working on a circuit or device, be sure to turn off the power before starting work. Turn off the appropriate circuit breaker in the circuit breaker box. If you are working on a device with a cord, unplug it to turn the device off.
Check for incorrect or faulty wiring
Equipment with faulty wiring or damaged wiring and plugs should be identified. Incorrect wiring can transmit electricity from the appliance to you and cause an electric shock. Replace all of these items and do not use improperly wired equipment. Use a circuit breaker box as it ensures that the power is cut off when large amounts of current are flowing through the circuit. More Learn how to Troubleshoot GFCI Tripping
Extension cord troubleshooting
Never use damaged or frayed extension cords. Remember not to overload the extension cords beyond the maximum amperage. This indicates the maximum electrical capacity that you can drive safely.
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