Multiple Electrical Outlets Not Working. Why?

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Multiple electrical outlets are troublesome. Often homeowners report the electrical outlets not working with multiple operators fitting in one place, one single operator not working leads to the entire system’s breakdown.

In this article, let’s shed some light on how multiple electrical outlets can be fixed and why they do not work. It is obvious to feel anxious when electrical outlets do not work. More than anxiousness, there’s an annoyance that takes a toll on your emotions.

Several causes act as factors leading to the breakdown of the entire electrical system. Imagine the kitchen system working, but the electrical system supporting your bathroom stops functioning.

The first advice will be – not to panic.

If you are aware of the right procedure, these technical issues can be addressed single-handedly. Troubleshooting electrical outlets required a clear understanding of the reasons why multiple electrical outlets may stop working. Let’s take a look!

white wall plug
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Multiple Electrical Outlets Not Working – Here’s Why!

Check If The Circuit Breaker Has Suffered Electrical Tripping

If your circuit breaker has experienced minor electrical tripping, the final result would be an entire circuit break. This could be because of overloading, where the circuit may automatically shut and prevent additional electrical flow. Sometimes socket breaks can lead to fire and accidents. At first, make sure you check the main area where the circuit breaker is in place.

We understand it’s a little scary to check if there are possible causes of fire, but while you connect with the local repairman, it’s best to send across the message about the possible signs that you can locate.

If you can troubleshoot the breaker, it will prevent potential damage. Make sure to unplug all devices and appliances while checking the circuit breaker. A sudden flow of electricity may damage plugged appliances.

Faulty Arc

If the plug point or the fuse of the entire circuit starts experiencing electrical tripping, these are hazardous instances where causes of fire or any potential damage are heightened. Use well-designed socket interrupters capable of sensing power fluctuation and locate possible signs of sparking.

GFCI Outlet

If the GFCI outlet stops working, it may lead to electrical flow restriction in the entire circuit. If the GFCI outlet cannot be reset, the possible cause can be a damaged GFCI outlet. You can identify a GFCI outlet – if it has reset and test buttons.

Areas where chances of electrical hazard are more usually have a GFCI outlet fixed to it. In houses, the bathroom and kitchen are areas prone to electrical hazards. In other words, GFCI outlet sense electrical current leak. Any electrical leak in the outlet automatically shuts the operator, leading to breaking the entire electrical system.

Stab Wires

Open electrical systems feature stab wires for connection. Stab wires loosen up over time and are not for permanent use but can step in to fit temporary needs if you are aware of 7 wires building the electrical system connection in your home.

It’s best if you refrain from reinserting them, making sure to call a technician to get the wires replaced, and avoid fitting stab wires into the system. Usually, the reinserting procedure involves cutting the wire’s ends and connecting them to the screw terminals.

If there is constant electrical tripping at all, this process may be dangerous without proper equipment and protection. Avoid overloading and reach out to an electrical maintenance specialist.

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Here Are Some Tips To Protect Your Home From Electrical Fires

It may surprise you to learn that almost 40% of fires account due to electrical circuit breakdown. It has also been a cause for multiple death in a few areas.

The good news is most of these fires can be prevented by recognizing early signs. With electricity, there is no time to leave it overnight and wait for someone else to advise. If you think it’s possible to experience a hazard, do not delay taking advice from an electrician. Try looking for advice on the user manuals that come with the socket operators.

Check for the signs of potential hazards from the below tips and prevent yourself from accidents.

  • Electrical Outlets Next To The Shower – Come what may, an electrical outlet should be fixed at a distance from any water source. Even if the water source drips drop by drop in quantity, it does not mean it is safe to fit an electrical source. In conclusion, make sure you have three feet of distance between the electrical outlet and water sources.
  • Overloaded Outlet – If you find your electrical circuit having multiple outlets, do not remain under the impression that multiple outlets procure the capacity to handle loads of power. Power strips are common, and several items add to the resulting incidents. The amount of power may exceed the capacity of the circuit.

Above all, plugging multiple high voltage items into a single outlet is a leading cause of fire in the circuit avoids overloading, for instance.

  • It’s Important To Identify A Burning Electrical Smell – Do not confuse it with garbage burning nearby or any motor failure. Usually, receptacle outlets start producing a burning smell upon catching fire. It’s important to ensure that all the wires are tightened while installing home electrical circuits.

The burning smell is usually of the copper wire, and identification is necessary. It’s only a matter of a few minutes that the entire circuit may catch fire and burn the house.


To Summarize

Just like we have the ambulance on speed dial, it is advisable to keep the electrician on speed dial.

This will help keep your home and family safe from accidents. Majorly, do not delay in calling a professional electrician to assess a situation. Avoid using too many extension cords plugged into a single outlet.

An extension cord fitted to a single outlet can accommodate individual needs. They are convenient for short-term power usage and not as a permanent solution. If you experience minor shock while touching a switch, seek help. The faceplate may feel warm due to overloading, thereby flowing electricity via switches and indicators.

Thank you for reading!

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