Have you ever turned on an appliance in your home only to have it cut off a few seconds later? Since so many devices can damage your breaker, this problem is more common than you think. Broken circuit breakers are especially common in older homes with old electrical panels and circuit breakers. These devices may be nearing the end of their useful life and need to be replaced by a professional, as a leading provider of residential and commercial electrical services. That’s why we’ve compiled a list of standard trip breaker devices to help homeowners understand why this happens.

4 of the most common causes of circuit breakers

The following appliances and devices are among the most common causes of circuit breakers in the home:

1. Hair dryer

Hair dryers, irons, and curling irons all generate large amounts of heat in a short time, causing significant power consumption. GFCIs are commonly found in bathrooms. A circuit can break at this particular outlet or the circuit breaker supplying the course, causing multiple outlets to lose power. Unplug any unused equipment and limit the electricity used in this circuit to minimize your chance of tripping the circuit.

2. Portable fans and air conditioners

Homeowners can run multiple tower and ceiling fans simultaneously during the summer to stay calm. While a single fan probably won’t cause a circuit breaker, this combined power draw can significantly increase the likelihood of this happening. Make sure to only use fans in rooms that are currently occupied.

3. Old Refrigerator

While refrigerators have become significantly more efficient over the past 20 years, these appliances are often built to last well over a decade. This means that many families are using refrigerators over 20 years old, consuming too much power compared to modern appliances. This power consumption increases in hot weather as the fridge has to work harder to keep the contents cool. If you have a refrigerator that is more than 20 years old and regularly causes your breaker to fail, it may be time to replace the fridge.

4. Vacuum cleaner

Vacuum cleaners tend to use a fair amount of power and can easily overload the circuit if other devices are being used on the course simultaneously. While vacuum cleaners are often the culprit for tripping, it’s a good idea to test your vacuum in multiple areas of your home. If the vacuum is causing only one breaker to operate, the problem may be with your breaker and not with the vacuum.
Electrical outlets are essential but often overlooked in your home or business. While some may think all stores are identical, this is not true. To ensure optimum electrical safety in any installation, it is essential to understand what no-around outlets are, what they look like, and the hazards they can present as a leading provider of residential and commercial electrical services. That’s why we’ve provided some information to help you detect outlets that aren’t around and reduce the risk of electrical hazards around them.

Why is a grounded outlet important?

Grounded sockets can be identified through the presence of 3 holes (2 vertical holes at the top and a circular hole at the bottom). Two vertical slots represent a “hot” wire and a “neutral” wire. The ground wire in the grounding socket connects to the circular groove, acting as a backup protector. Electricity will only travel safely along the ground wire back to the control panel if anything goes wrong with the outlet. Without a ground wire, that current can pass into nearby materials like fabric, plants, or anything else near the outlet. No-around outlets don’t have this bottom ground wire opening and only have two vertical doors at the top, making them much more dangerous.

Electrical safety risks of sockets that are not around

Although no-around sockets are a popular choice for older homes and buildings, they have been determined to be unsafe for modern homes, commercial facilities, and appliances that are not safe. We use. Stores that do not around have a much higher risk of the following safety hazards:

Shock and electric shock
Receptacles that are not around present a greater risk of electric shock to people using electronic equipment, and the appliance is plugged into an outlet.

Electrical Fire
Without a grounded outlet, your outlet can create arcs and sparks that can cause a fire. This is especially true if you have any dry material near the outlet.

Loss of property
Outlets that aren’t around can deprive appliances and electronics, causing severe damage to your property. In some cases, this damage can even render your devices inoperable and require you to replace them.
Messy or unsafe wiring
Unfortunately, the presence of outlets with no surroundings usually means that the wiring behind them is messy and unsafe. If you have outlets that aren’t around in your home or commercial building, hire a professional to replace them with organized wiring and grounding devices.

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