Electrical Safety Tips For Extension Cords

There are several important electrical safety tips to follow when using extension cords. First, make sure you know the length and gauge limits of the cords you use. Then, make sure you plug them into the right outlets in your working area. You should also inspect the extension cords for damage or missing grounding plugs. And lastly, never use an extension cord with a metal outlet box.

Common safety mistakes

If you're not careful, extension cords can be a trip hazard. Avoid placing them under carpets, where people are likelier to trip over them. Also, never run them through doorways. These areas are often the busiest and can lead to trips and falls.

Fires are one of the most common causes of extension cord accidents, so ensure you follow the right safety rules. For instance, use extension cords only when needed and connect one device at a time. And, if you use space heaters, make sure you choose ones approved for commercial use. Also, never place them near combustible materials. Finally, never place them closer than 18 inches from fire sprinkler heads or in emergency exit routes.

Another common mistake with extension cords is chaining them. This can cause an overload of the circuit. A plugged-in office space heater can draw as much as 12.5 amps. This is not only dangerous, but it can also damage your work area.

Amperage limits

When you are shopping for an extension cord, you should be aware of the maximum amperage limit. The reason for this is to protect the electrical safety of your home. If you are going to run an appliance that draws more current than the extension cord can handle, you will run the risk of overheating and damage. You should also choose a cord with special features like GFCI and a lighted plug. You should also check the voltage drop of the cord.

Most extension cords have a maximum of 15 amps, but you can find cords with lower amperage ratings to accommodate smaller loads. Remember that if you use a hair dryer, you must purchase a cord with a lower amperage rating, too. A hairdryer can draw fifteen amps, which could cause the cord to get hot. Other heat-producing appliances draw anywhere from 10 to 12 amps, which is beyond the maximum capacity of most indoor extension cords.

Gauge

When purchasing extension cords, you must pay attention to the gauge rating. This refers to the thickness of the wire. It is indicated by an AWG number, which stands for American wire gauge. Typically, a lower AWG number indicates thicker wire. Choosing the wrong gauge cord can cause your equipment to overheat.

When purchasing extension cords, always read the label to make sure you purchase the correct gauge. You need a lower gauge rating if you use the extension for large appliances, while a higher gauge number is for smaller appliances. Keeping this in mind, you will be safer using the extension cord.

In addition to the gauge number, you must be aware of the actual size of the wire. A larger gauge means a wire that can carry more electrical current. Remember, a larger wire is also hotter. In general, thick, round cords are best for larger appliances. On the other hand, thin, flat cords are suitable for smaller appliances.

Keep them in a safe place

Keeping extension cords in a safe place is crucial for electrical safety. Keep them out of high-traffic areas and out of reach of children. Also, don't overload them. They are not meant to replace permanent wiring. Lastly, you shouldn't run them through doors or holes in walls or ceilings; be sure to use safety covers to protect them from fire hazards. To know more about electrical safety tips click here.

GFCI protection

A ground fault circuit interrupter, or GFCI, is an electrical device that detects a ground fault and disconnects the power in a potentially dangerous situation. It can help prevent burns, electrical shocks, and electrocutions. In addition, it can slow the progression of an electrical fire. It's an inexpensive investment and can save you a lot of hassle. If you have a home with young children or office equipment, you should invest in GFCI-protected extension cords.

Using a GFCI-protected extension cord can help reduce electrical hazards while working on construction sites. GFCIs interrupt electrical current but can be tripped by tools that get wet. Watertight connectors can also trip a GFCI. While GFCIs help reduces electrical hazards, they won't protect workers from line contact hazards.

Conclusion

These simple guidelines are a good way to make extension cord safety easier for you. These rules are not difficult to implement and can significantly increase electrical safety at your job site.