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Anyone know if lightning will trip circuit breakers? Went on a call to look at "some of my circuits don't work". Customer didn't realize that he had two panels and there were two out on the sub on the other side of the basement. Whatever was out in the main, he must have reset. The one circuit he mentioned in the main worked fine, just turn on the lamp at the cord switch and it was fine. The sub panel had a two pole 20 amp breaker out for a condenser. The single pole circuit was lighting for the second floor. The only problem I could find with that was that someone had tied in 3 attic fans to the attic light driving the current up to 13a on a 15a circuit. Both panels look good on the insides, lugs look good. I pulled a new home run for the fans. Only other thing was that the gas valve for the gas fireplace doesn't seem to work anymore. The pilot light works but no flame.  

The one thing I know for sure about lightning... it will do whatever the heck it wants to do. I'm perfectly willing to go along with the theory that lightning can trip breakers... but so can a lot of other things. Keep digging...  

I feel pretty good about the fan light problem, but the rest, not sure. Sometimes a bunch of unrelated problems instead of one big one. I did have some trouble with the lighting fed from the main panel when we did the renovation a year ago. Its the only arc fault in the panel and had some trouble with it tripping in the beginning. Lots of old work boxes with clock plugs and something was touching that wasn't supposed to. The condenser called for 13.8a, max breaker 20a, #12 on a 2p 20 is whats there. Age of the house no more than ten years. Maybe at the end of its life? Reset the breaker and ran fine.  

I don't have any usable information on the lightning question but I just want to ask, why in the world would someone have 3 let alone even 1 attic fan up in New Hampshire? I've never been there but I imagine it having a top temp in the dead of summer at 70 degrees.  

I think its more for winter and pulling any remaining heat out of the attic to help with ice dams. These had settings for both temp and humidity so it may be for heat during the summer as well. Trust me, come up and crawl through an attic in the heat of July, won't be any better than VA. I was glad it was cloudy and raining hard today.  

I don't buy that for a second. So you are telling me that it gets up to 100 degrees in New Hampshire? Hahahaha! Not!!  

Surge supressors and data guard plug strips will give up their lives at a strike,and cause a circuit breaker to trip.They short circuit with their mov.s.  

Unfortunately, this place doesn't have one of those whole house, attach to the panel units. Have to tell him to keep an eye on the one mac he has hooked up.  

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Why Your Circuit Breaker Trips: The Causes and Solutions

A circuit breaker that often trips can be irritating. Making frequent sprees to check on your tripped circuit breaker in the cover of darkness without discovering the cause can be more frustrating. Dealing with lights that keep going on and off should be a matter of concern; you need to know the exact cause of the trips and find the ultimate solution.

How Does a Circuit Breaker Function?

A circuit breaker is an essential part of an electrical system. It plays an integral role in averting electrical fires in your home or office building. The device is in your home’s fuse panel and acts as a switch. 

A circuit breaker controls and protects electrical circuits. When there is an overload on the electric system, the breaker cuts off the power flow to avert grave fire incidents. This protects all your electrical devices connected to it. It’s, therefore, important as a homeowner to know the potential causes of a tripping circuit breaker to help you find a lasting solution. 

What Causes Your Circuit Breaker to Trip?

There are several underlying potential reasons why you have frequent circuit breaker trips.

1. A Circuit Overload

A circuit overload is among the leading causes of frequent circuit breaker trips. A breaker is designed to hold a certain amount of electric current. If the electric load overwhelms the circuit breaker’s maximum capacity, the breaker will automatically trip and cut off the power supply. 

One of the many reasons that can cause an overload is connecting various electrical devices with high power voltage. This will lead to overheating, causing your breaker to trip and prevent a potential fire breakout. 

2. Short Circuit Challenges

Short circuits are another underlying cause of frequent trips. A short circuit happens when live and neutral wires come into contact. The high current flow causes the circuit to overheat, resulting in a short circuit and black-out. A burning smell from your electric gadget is a sign of a short circuit, and you should take prompt action. 

3. Ground Faults

A ground fault is an incident when an electrical current unintentionally comes into contact with the earth. This can happen when the live wires carrying electric flow are exposed due to worn-out insulation, wiring issues, or water leakage into the electrical system. 

4. Defective and Aging Electrical Wiring

A home with defective wiring can cause your circuit breaker to trip. When the wires become loose, they can be exposed to external factors such as water, which will make the circuit trip. Incorrect wiring is also a safety hazard and can also result in trips.  

Rodents’ invasion into your attic can cause severe damage by eating your home’s wiring insulation. This will eventually expose the electric wires and result in electrical faults. 

Besides, aging and worn-out wires are potential causes of circuit breaker trips. The wires may affect the breaker’s performance, resulting in overheating, causing the breaker to cut off the flow of electric currents.

5. Thunderstorms and Lightning

It’s possible to experience frequent circuit breaker trips during the rainy season. Thunderstorms and lightning strikes can adversely impact your home’s electric system. The currents from lightning may cause an electric surge, leading to fluctuations in electric voltage. This will eventually cause your breaker to trip for the safety of your appliances and house wiring. 

Also, rainwater from frequent storms can find its way into electric switches and wiring, especially on outdoor electric fittings, causing regular trips. 

6. An Aged or Damaged Circuit Breaker

Like any other appliance, your circuit breaker can wear out and become outdated. An aged circuit breaker will malfunction, cutting off the power supply to your home and appliances. Besides, it may also fail to detect a power surge or overheating and will not switch off the power. 

Solutions to Prevent the Circuit Breaker From Tripping

As a homeowner, you can avoid frequent breaker trips by following the steps.

1. Remove All the Power-Draining Electric Devices From the Sockets

You need to identify the appliances in your house that consume high energy and unplug them when you’re not using them. In addition, if several people in your home or office use power-draining gadgets, ensure they are connected to different circuits. This will help to avoid overloading a single circuit. You can also find an alternative by having a professional electrician add an additional circuit.

2. Buy Energy-Saving Gadgets and Bulbs

Energy-saving appliances and bulbs can reduce the power voltage connected to the circuit. This will make the circuit work efficiently within its voltage-holding capacity. Also, buying energy savers will reduce your electrical costs and consumption.

3. Do an Overhaul of Your Old Home’s Wiring

Some old houses don’t have the suitable circuits to handle power in present-day electric appliances. This may result in frequent trips when you connect these devices. 

It would be best to consider fresh wiring or buying a new circuit breaker to avoid frequent trips. Contact an electrical expert to assess your electrical needs and schedule an appointment for new wiring.

4. Look Out for Appliances With Short Circuit Issues

Short circuits can be disastrous, and you should handle them with caution. First, you need to locate the device causing the short circuit. Then, switch off the socket and unplug the appliance. For more tests and recommendations, contact an electrical expert at Lightfoot Plumbing, Heating, Air & Electrical to prevent losses to your devices and home.

5. Install Power Surge Protectors

If you live in an environment that receives occasional rains accompanied by thunderstorms and lighting, you should install power surge protectors. This will alleviate increased power voltage from your devices and keep off dangerous power surges that can damage your circuit system.  

6. Ask for Electrical Emergency Help

Ground vaults are dangerous and cause severe harm, including death. If you suspect a ground vault, switch off the power from the main switch. Never try to repair a ground vault alone; contact electrical experts immediately for further advice and repairs. 

7. Replace Your Aging and Worn-Out Breaker

Inspect your circuit breaker, especially when there is a burnt smell at the main switch. If there are signs of aging or breakage due to wear and tear, call an electrical professional for necessary assistance.   

Schedule an Appointment With Electric Experts

A circuit breaker that frequently trips is a red flag. Besides, electrical problems are not a do-it-yourself task. For the above breaker-tripping problems, you need the help of a professional electrical company. At Lightfoot Plumbing, Heating, Air & Electrical, our client’s home needs come first. Since 1983, we have served clients in Weatherford and the surrounding North Texas region. 

We provide emergency services; you can reach out anytime for quick and timely assistance. You can turn to us as your preferred go-to partners for all your electrical needs and experience our customized services. Besides our electrical services, we also provide high-quality air conditioning, heating, plumbing, and generator services. Do not hesitate to contact Lightfoot Plumbing, Heating, Air & Electrical to schedule an appointment today for all your family’s comfort and safety needs!

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Unveiling The Mystery: Why Does Your Circuit Breaker Trip During Lightning Storms?

Quick notes

• This creates a path for electricity to flow outside the intended circuit, resulting in high current and triggering the circuit breaker to trip.
• Lightning strikes can induce arcing faults in electrical systems, causing circuit breakers to trip as a protective measure against potential electrical fires.
• Remember, circuit breakers serve as guardians of electrical safety, and their tripping during lightning storms is a reminder of the immense power of nature and the importance of electrical safety practices.

Lightning, a captivating natural phenomenon, can unleash powerful electrical discharges that can disrupt our daily lives . One common occurrence during lightning storms is the tripping of circuit breakers , leaving us wondering, “Why do circuit breakers trip during lightning?” In this comprehensive guide, we’ll delve into the intricacies of electrical circuits and lightning to uncover the reasons behind this fascinating phenomenon.

How Lightning Strikes Affect Electrical Systems

Lightning strikes, carrying millions of volts of electricity, can induce powerful surges of current into electrical systems. These surges, known as transient voltage surges , travel along power lines and can reach our homes and businesses, causing various disruptions, including tripped circuit breakers.

The Role of Circuit Breakers in Electrical Safety

Circuit breakers, essential components of electrical systems, serve as safety devices designed to protect circuits from excessive current flow. They operate on the principle of overcurrent protection , meaning they trip when the current exceeds a predetermined safe limit. This tripping action interrupts the flow of electricity, preventing damage to electrical appliances and potential electrical fires.

Why Circuit Breakers Trip During Lightning: Key Factors

1. Lightning-Induced Surges: Lightning strikes generate high-voltage surges that can enter electrical systems through power lines or direct strikes to structures. These surges can cause a sudden increase in current, exceeding the circuit breaker’s rated capacity , leading to tripping.

2. Ground Faults: Lightning strikes can cause ground faults , which occur when live wires come into contact with the ground or a grounded surface . This creates a path for electricity to flow outside the intended circuit, resulting in high current and triggering the circuit breaker to trip.

3. Arcing Faults: Arcing faults arise when electricity jumps across a gap between conductors, creating an electrical arc. Lightning strikes can induce arcing faults in electrical systems, causing circuit breakers to trip as a protective measure against potential electrical fires.

4. Overload Conditions: Lightning strikes can overload electrical circuits, causing excessive current to flow through them. This can happen when multiple appliances or devices are connected to a single circuit , exceeding its capacity. The circuit breaker trips to prevent overheating and potential damage to electrical components.

Common Misconceptions about Circuit Breaker Tripping During Lightning

1. Myth: Circuit breakers trip only during direct lightning strikes to buildings.

Fact: Lightning strikes near power lines or even distant strikes can induce surges that can reach electrical systems, causing circuit breakers to trip.

2. Myth: Tripped circuit breakers are a sign of faulty wiring or defective appliances.

Fact: Circuit breakers tripping during lightning storms are typically a protective measure to prevent damage from electrical surges. However, if circuit breakers trip frequently under normal conditions, it may indicate an underlying electrical issue that requires attention.

3. Myth: Resetting a tripped circuit breaker immediately after a lightning strike is safe.

Fact: It’s crucial to wait a few minutes after a lightning strike before resetting a tripped circuit breaker. This allows time for any residual surges to dissipate and ensures the safety of electrical systems and appliances.

Steps to Take After a Circuit Breaker Trips During Lightning

1. Wait for Lightning to Pass: Allow sufficient time for the lightning storm to pass before attempting to reset the circuit breaker.

2. Inspect Electrical Appliances: Check for any signs of damage to electrical appliances or devices connected to the affected circuit.

3. Reset Circuit Breaker: Once you’re confident that the lightning storm has passed, reset the tripped circuit breaker . If it trips again immediately, it may indicate a more serious electrical issue requiring professional attention.

4. Contact an Electrician: If you experience frequent circuit breaker tripping during lightning storms or under normal conditions, consult a qualified electrician to assess your electrical system and identify any potential issues.

In a nutshell: Ensuring Electrical Safety During Lightning Storms

Lightning strikes can pose a significant threat to electrical systems, potentially causing circuit breakers to trip. Understanding the reasons behind this phenomenon and taking appropriate precautions can help protect our homes, businesses, and electrical appliances from damage. Remember, circuit breakers serve as guardians of electrical safety, and their tripping during lightning storms is a reminder of the immense power of nature and the importance of electrical safety practices.

Information You Need to Know

1. Q: Why do circuit breakers trip during lightning storms even if there’s no direct strike to my property?

A: Lightning strikes near power lines or distant strikes can induce surges that travel along electrical lines , reaching homes and businesses, causing circuit breakers to trip.

2. Q: Is it safe to reset a tripped circuit breaker immediately after a lightning strike?

A: No, it’s essential to wait a few minutes after a lightning strike before resetting the circuit breaker . This allows time for any residual surges to dissipate and ensures the safety of electrical systems and appliances.

3. Q: What should I do if my circuit breaker trips frequently during lightning storms?

A: Frequent circuit breaker tripping during lightning storms may indicate an underlying electrical issue . It’s advisable to contact a qualified electrician to assess your electrical system and identify any potential problems.

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Top 5 Reasons Your Circuit Breaker Keeps Tripping: Effective Solutions to Common Electrical Issues

A circuit breaker that repeatedly trips is more than just an annoying inconvenience; it’s a sign of an issue within your electrical system that requires attention. The circuit breaker’s primary role is to safeguard your home from electrical hazards, so when it trips, it’s doing its job to prevent potential electrical fires or other dangers. Several factors can cause your breaker to trip, including circuit overload, short circuits, ground faults, or a malfunctioning breaker itself. Understanding why your circuit breaker trips and how to address the problem not only can save you from persistent trouble but also help ensure the safety of your home.

Troubleshooting the reasons behind a tripping circuit breaker is a critical skill for homeowners. It involves interpreting the signs your electrical system presents and knowing how to reset the breaker correctly. While some issues, like resetting a tripped breaker or reducing an overloaded circuit, are within the realm of DIY fixes, others, such as dealing with short circuits or faulty wiring, require the expertise of a licensed electrician. It’s essential to know when to tackle the problem yourself and when to call professionals for help, ensuring that you maintain a safe and functional electrical system.

Key Takeaways

• Identifying the cause of a tripping circuit breaker is crucial for safety and system integrity.
• Resetting a tripped breaker involves following proper steps to ensure electrical safety.
• Knowing when to consult a professional electrician is important for troubleshooting complex circuit breaker issues.

Understanding Circuit Breakers and Their Function

In this section, you’ll learn precisely what a circuit breaker is and how it functions as a safety mechanism to prevent electrical fires.

What is a Circuit Breaker?

A circuit breaker is an automatic electrical switch designed to protect an electrical circuit from damage caused by excess current resulting from an overload or short circuit. It works by interrupting the flow of electricity upon detecting a fault condition. Unlike a fuse, which operates once and then must be replaced, a circuit breaker can be reset to resume normal operation.

How Circuit Breakers Prevent Electrical Fires

Circuit breakers play a crucial role in maintaining your safety by mitigating fire hazards. If an electrical overload or short occurs, a breaker will “trip”, effectively cutting off power to the affected circuit. This interruption in electrical flow stops excessive current that can cause overheating, which if left unchecked, could result in electrical fires. By acting as a safeguard, circuit breakers help to preserve both your electrical system and your physical safety

Reasons for Circuit Breaker Tripping

When your circuit breaker trips, it’s often due to preventable electrical issues within your home. Understanding why this happens is the first step in addressing the problem.

1. Overloaded Circuits

Overload occurs when you demand more electrical power from a circuit than it can handle. Common signs of an overloaded circuit include appliances that seem underpowered or lights that dim when you use other appliances. To rectify this, try:

• Unplugging unnecessary devices to reduce the electrical load.
• Spreading high-energy appliances across different circuits.

2. Short Circuits

A short circuit is a more serious issue marked by two wires touching that should not—an occurrence potentially hazardous and a common reason for tripping . This can result from a variety of issues including damaged wires or faulty appliances. If you notice a burning smell or scorched outlets, the next steps include:

• Powering off the circuit.
• Inspecting your appliances and wiring for damage.
• Seeking professional help if you’re not experienced with electrical work.

3. Ground Faults

  Ground faults are similar to short circuits but involve a hot wire touching a ground wire or metal box. They often occur in areas at risk for moisture intrusion, such as kitchens or bathrooms. Manage ground faults by:

• Testing GFCI (Ground Fault Circuit Interrupter) outlets regularly.
• Keeping appliances away from water sources.
• Consult with an electrician to ensure proper grounding of all outlets.

4. Power Surges

External power surges due to lightning or changes in the power grid and internal surges, when high-power appliances turn on and off, can trip breakers.

5. High-Power Appliances

High-power appliances like microwaves, hair dryers, and air conditioners can trip breakers, particularly if other devices are used on the same circuit simultaneously.

How to Properly Reset a Tripped Breaker

If you’re faced with a tripped breaker, it’s crucial to approach the reset process with a focus on electrical safety to avoid hazards. Ensuring you follow the proper steps can safeguard both your well-being and your home’s electrical system.

Assessing the Safety Before Resetting

Firstly , verify that there is no apparent danger in your surroundings. If you notice any unusual signs, such as scorch marks on outlets or a burning smell, do not attempt to reset the breaker; instead, consult a professional electrician. Additionally, ensure that the area around your electrical panel is dry to prevent the risk of electric shock.

Step-by-Step Reset Process

follow these steps to reset your tripped breaker:

• Identify the Tripped Breaker : Look for the breaker that is positioned in the middle, indicating that it has tripped.
• Unplug Devices : Before resetting, unplug all devices connected to the tripped circuit to prevent further overload when the power is restored.
• Reset the Breaker : Flip the tripped breaker firmly to the ‘Off’ position and then to the ‘On’ position.

By taking these measures, you can reset your breaker safely and effectively. Remember to always prioritize safety when dealing with electrical issues. If the breaker trips again after you have reset it, or if you are unsure at any stage, it is essential to contact a qualified electrician.

Preventive Measures and When to Call a Professional

To ensure the safety and reliability of your home’s electrical system, adopt a proactive approach. Regular maintenance can prevent circuit breaker issues while recognizing when professional intervention is necessary can save you from more extensive problems.

Regular Maintenance and Inspections

Conducting regular maintenance on your electrical system is pivotal to preventing unexpected circuit disruptions. At least once a year, inspect your electrical wiring, looking for signs of wear and tear. Test safety devices like GFCI outlets periodically to confirm they’re functioning properly.

Upgrading Your Electrical System

If your home is older, it may be time to consider upgrading your electrical system. This could include replacing old wiring that can’t handle modern electrical loads or adding additional circuits. Upgrades provide not only enhanced safety but also improved functionality for your everyday power needs.

Hiring a Licensed Electrician

In certain scenarios, it’s crucial to entrust the job to a professional electrician like Kaminskiy Care and Repair. Tasks like diagnosing frequent breaker trips, repairing faulty wiring, or upgrading your electrical panel should be handled by a qualified electrician to ensure the work adheres to code and maintains your safety.

Understanding why your circuit breaker keeps tripping is essential for maintaining a safe and functional electrical system in your home. From overloaded circuits to faulty appliances, each cause has a specific solution. Regular checks and maintenance can help you avoid these issues and the inconveniences they bring.

For expert advice and professional service, contact Kaminsky Care and Repair. Our skilled electricians can help you diagnose and fix any electrical issues, ensuring your home remains safe and your power is uninterrupted. Trust us to provide reliable solutions tailored to your needs. Remember, dealing with electrical systems can be hazardous. Always consider professional help for complex issues to ensure safety and efficacy.

Frequently Asked Questions

When addressing issues with your circuit breaker, understanding the potential causes of tripping can be crucial in finding the right solution.

Even with no appliances connected, your circuit breaker may trip due to wiring issues such as a ground fault or damage to the insulation of the wires within the affected circuit.

A circuit breaker that frequently trips could signify a serious electrical problem, such as a potential fire hazard due to overloaded circuits or faulty wiring.

If your breaker trips immediately after resetting, this could indicate a direct short circuit or a ground fault in one of the connected appliances or within the circuit wiring itself.

Check for overload by unplugging all devices and then reconnecting them one at a time. Also, inspect outlets and switches for signs of damage, scorch marks, or loose connections.

Yes, a circuit breaker can trip after a period due to a slow-building overload or a thermal trip caused by a heating issue within the breaker itself.

Begin by documenting when the trips occur to identify any patterns. Then, systematically test the devices and outlets on the circuit, looking for worn cords or plugs, and inspect the breaker itself for signs of damage or wear.

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What Causes a Circuit Breaker to Trip?

Circuit breakers are an essential component of any home electrical system. They are designed to protect our homes and appliances from electrical overloads and short circuits. But what causes a circuit breaker to trip, and how can we prevent it from happening? In this comprehensive guide, we’ll delve into the common reasons why circuit breakers trip and provide some practical tips to avoid this problem.

A circuit breaker may trip due to three primary reasons: overloads, short circuits, and ground fault surges. Overloads occur when a circuit draws more power than it can handle, usually due to too many appliances operating on the same circuit. Short circuits and ground fault surges happen when a hot wire comes into contact with a neutral wire or a ground wire, causing a large amount of current to flow and overheat the circuit. Less common causes can include faulty wiring, a damaged breaker, or power surges from storms and lightning strikes.

Understanding Circuit Breakers

Before we dive into the reasons, it’s important to understand what a circuit breaker is and how it works. A circuit breaker is an electrical safety device designed to protect an electrical circuit from damage caused by overcurrent, overload, or short circuit. Its primary function is to interrupt the current flow when it detects a fault in the electrical system, thereby protecting equipment and preventing the risk of fire.

Circuit breakers can be reset either manually or automatically to resume normal operation, unlike fuses which must be replaced after operating once. They come in various sizes, from small devices that protect low-current circuits or individual household appliances to large switchgear designed to protect high voltage circuits feeding an entire city.

Common Reasons for a Circuit Breaker to Trip

There are three primary reasons why a circuit breaker might trip:

• Overloads : This is the most common reason for a circuit breaker to trip. Overloads occur when a circuit is drawing more power than its rated capacity. This can happen when too many appliances or devices are operating on the same circuit at the same time.
• Short Circuits : A short circuit is a more serious issue. It occurs when a “hot” wire comes into contact with a neutral wire in one of your outlets. This can cause a large amount of current to flow, creating more heat than the circuit can handle, which in turn causes the circuit breaker to trip.
• Ground Fault Surges : Similar to a short circuit, a ground fault surge happens when a hot wire comes into contact with a ground wire or the metal box that houses the wiring. This causes a sudden rush of electricity that can heat up the circuit, causing the breaker to trip.

Other less common reasons for a circuit breaker to trip include faulty wiring, a damaged breaker, or power surges from storms and lightning strikes.

Preventing Circuit Breakers from Tripping

Here are some practical tips to prevent circuit breakers from tripping frequently:

• Distribute Electrical Devices : Avoid plugging too many devices into one circuit. Instead, distribute them across multiple circuits to balance the load.
• Inspect and Replace Old Wiring : Old and faulty wiring can cause short circuits or ground faults. Regular inspection and replacement of old wiring can prevent these issues.
• Use Surge Protectors : Surge protectors can protect your devices and prevent circuit breakers from tripping during power surges.
• Replace Old or Damaged Circuit Breakers : If your circuit breaker is old or damaged, it may trip more frequently. Consider replacing it with a new one.

In conclusion, circuit breakers play a vital role in maintaining the safety of our homes. Understanding why they trip and how to prevent it can help us maintain a safe and efficient electrical system. If your circuit breaker continues to trip frequently, it’s best to consult a professional electrician to diagnose and fix the problem. Remember, dealing with electricity can be dangerous, and it’s always better to be safe than sorry.

Frequently Asked Questions

What is the difference between a circuit breaker and a fuse.

Both circuit breakers and fuses serve the same purpose – to protect an electrical circuit from damage caused by an overcurrent, overload, or short circuit. The main difference is how they handle the fault condition. A fuse will melt when overloaded, interrupting the circuit but requiring replacement. On the other hand, a circuit breaker will simply trip (switch off) and can be reset either manually or automatically to resume normal operation.

How can I tell if my circuit breaker is faulty?

Common signs of a faulty circuit breaker include the breaker constantly tripping, the breaker not staying reset, a burning smell or visible burn marks around the breaker, or physical damage to the breaker itself. If you suspect your circuit breaker is faulty, it’s best to consult a professional electrician.

How often should circuit breakers be replaced?

There’s no hard and fast rule for when to replace a circuit breaker. They can last for many years, even decades, if they’re not exposed to excessive moisture or heat and are not constantly being tripped. However, if you’re experiencing frequent tripping or other issues, it’s a good idea to have them inspected by a professional electrician, who can recommend replacement if necessary.

Can I reset a tripped circuit breaker myself?

Yes, you can usually reset a tripped circuit breaker yourself. First, identify the tripped breaker in your electrical panel. It will typically be in the “off” position or in a middle position between “on” and “off.” Simply switch the breaker to the “off” position and then back to the “on” position. However, if the breaker continues to trip, it’s best to consult a professional electrician as it could be a sign of a more serious problem.

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Breaker Tripping With Nothing Plugged In (Why & How to Fix)

When we think of a circuit breaker that keeps tripping, common wisdom would be that you’re dealing with a home that’s using up too much energy. So, if it’s happening to you, you might unplug some stuff. But, sometimes, the breaker just will keep tripping regardless of how much stuff you unplug. Clearly, it’s not energy consumption anymore. So, what gives?

A circuit breaker can trip when there is nothing plugged in if there is a ground fault or the circuit breaker is outdated. Damaged wires within the circuit breaker can cause it to keep tripping for no reason. The average circuit breaker lasts for 35 years, and they can trip with nothing plugged in when they are over 30 years old.

Circuit breakers are necessary to prevent electrical problems, expensive damage, and most importantly fires. It can be alarming when your circuit breaker keeps tripping when there is nothing plugged in. Follow along as we explore what it means when your circuit breaker trips for no apparent reason.

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Why Would A Circuit Breaker Trip Without Anything Plugged In?

A breaker is meant to break electrical currents due to an overload, so it really shouldn’t be breaking without anything plugged in. This means that you might be dealing with an electrical issue regarding the breaker. This can be potentially dangerous, so it’s important to troubleshoot this as soon as possible, and call an electrician to fix it.

Troubleshooting Your Circuit Breaker

So, you already know that you’ve got a breaker that’s not doing what it’s supposed to do. What should you do now? The answer, clearly, is that you are gonna have to troubleshoot your circuit breaker . Here’s how to do it:

• Before anything else, check to see that you don’t have anything that could be causing the breaker to trip.  If your breaker’s tripping is related to two rooms, check to see that it’s not your DJ equipment or extra-large entertainment set up in the next room that’s causing it.
•  Check the input wires for damage.  If you notice that they’re frayed or have reason to believe that their movement is causing the breaks, call an electrician. You need to get the input wires replaced or fixed.
• Reset the breaker. Remove all connected items in your room from their plugs and reset your breaker. If it breaks again, then there is an issue that you have to fix.
• Keep an eye out for signs of a short circuit, fuse issue, or ground fault. When you’re dealing with a short circuit, you might notice a burn mark or a smell near an outlet. With a ground fault break or fuse issue, you may have a problem with wiring overheating or being exposed to water. If you believe you have an issue with this, give an electrician a call.
• If all else fails, you have a faulty breaker.  Even circuit breakers will eventually need to be replaced. They will eventually go bad. If you can’t find anything else wrong, it’s time to get a new circuit breaker. If you’ve had your circuit breaker for a very long time, it’s possible that your breaker just ran its course and needs to be replaced.

However, there are several problems that range from a ground fault to an outdated circuit breaker that you need to consider. Let’s take a look a the most common reasons that your circuit breaker keeps tripping when nothing is plugged in.

Ground Fault

A ground fault, or earth fault, is when an active wire touches the earth . Ground faults occur when a wire and the ground interact and overload the circuit breaker with the current. There is no resistance or restrictions with the earth, so an unrestricted flow of current goes through the wire and to the circuit breaker.

A ground fault is similar to a short circuit because the current bypasses the circuit wiring . The reaction from a ground fault is immediate, and the circuit will immediately flow uncontrollably. Between the lack of resistance and increased current flow, a ground fault can trip your circuit breaker and potentially damage it permanently.

Electricians treat a ground fault differently than a short circuit, but both problems require a fix. Ground faults are dangerous to fix or come into contact with, and there is potential for electrical shock.

Outdated Circuit Breaker

Circuit breakers have a lifespan just like any other key electrical fixture in your home. The average circuit breaker lasts for 35 years , but they can last for up to 40 years. You can generally tell that your circuit breaker is outdated when it acts up, and old breakers often trip when nothing is plugged in.

Worn breakers are less conductive and reliable, and they are often difficult or impossible to reset . Old circuit breakers produce a distinct burning smell that can be alarming. The voltage and current strength on an outdated circuit breaker are unpredictable and fluctuate wildly.

If your circuit breaker is nearly 30 years old and often feels hot, it is likely outdated . Replace your old circuit breaker if it frequently trips with nothing plugged in after you reset it

Old homes have different wiring configurations than modern homes, and that can affect your circuit breaker. Generally, old homes have circuit breakers that work via a single circuit. A single circuit is not enough to keep up with the electrical demands of modern homes .

Homes that are 40-50 years old or older likely have single circuit units that affect multiple outlets and even rooms. Your circuit breaker can trip even if there is nothing plugged in if you have an old home with outdated wiring and an underpowered single circuit system. The only solution, in this case, is to replace your circuit breaker and update your wiring.

Short Circuit

Similar to a ground fault, a short circuit occurs when the electrical flow goes through a short path that it wasn’t supposed to . A short circuit can easily occur if the insulation on a wire is damaged and leaves them exposed. The most common cause for a short circuit is when multiple wires become exposed and touch each other.

The current essentially takes a shortcut instead of going through the circuit wiring. Short circuits cause a massive spike in current flow that overloads the circuit breaker and causes it to trip. It is good that your circuit breaker trips during a short circuit because that can prevent expensive and harmful damage.

Lamps, electric space heaters, and plug-in appliances commonly cause short circuits. Luckily, modern devices generally have well-insulated wires to prevent short circuits. However, a short circuit can happen when nothing is plugged in because the breaker’s wires themselves can cause a short.

Damaged Wires

The wires inside of and connected to a circuit breaker are well-protected, but they can still succumb to damage. Wires are covered with insulation that can melt over time and leave them vulnerable to damage. You should be concerned if you have a damaged input wire because that can be dangerous to touch or work with .

A damaged wire can cause a current leak and your circuit breaker will trip when it recognizes it. This is a safety precaution and prevents the current from going where it shouldn’t and causing a bigger problem. It is ideal to hire a professional electrician to repair damaged wires in your circuit breaker because it is complicated and potentially dangerous.

How Much Does It Cost To Replace a Circuit Breaker?

It costs an average of $1,250 to replace an entire circuit breaker box . However, you can expect to pay $1,800 or more for an upgraded circuit breaker box, but it may be worth the added safety. Replacing single switches on a circuit breaker is much cheaper and that generally costs $45 per switch .

You can spend as little as $205 to replace an AFCI circuit breaker in some cases, but it can cost $280 or more. It is worth the cost to replace a circuit breaker because it is difficult and dangerous to replace one without professional help. However, you need to refer to local building codes if you replace your circuit breaker as a DIY project to save money.

Can You Replace A Circuit Breaker On Your Own?

Technically, most people would agree that this could be a DIY job. However, I’m a little skeptical. With electricity, working on it without much knowledge of what you’re doing is a lot like trying to shoot an arrow up in the air and hope that it won’t hit anything. You might be fine, but you might not be.

If you choose to go the DIY way, just make sure that your local building codes allow you to do this. Many cities now require all electrical work to be done through the use of a certified electrician. So, if you aren’t sure, check with your local municipal office to find out whether DIY is an option.

Related Questions

How long do circuit breakers last.

Circuit breakers last for an average of 35 years , but they can last for up to 40 years. You can tell that you need to replace your circuit breaker if it won’t hold a reset or you notice a burning smell coming from it. Generally, circuit breakers become less conductive when they are old and trip more often.

Why does the circuit breaker trip when lightning strikes

A circuit breaker can trip when lightning strikes because it detects the thousands of amps that come from it . The current from a lightning strike is overwhelming and would overload your home’s electrical grid. It can trip even if the lighting doesn’t touch your house because a circuit breaker can detect the current in the earth or air.

Ossiana Tepfenhart is an expert writer, focusing on interior design and general home tips. Writing is her life, and it's what she does best. Her interests include art and real estate investments.

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Breaker Keeps Tripping: Understanding the Common Causes and Solutions

When a circuit breaker trips, it protects your device and circuit; it’s just doing its job unless it is damaged.

Do you notice that sometimes the lights of a residential place go off due to circuit breaker tripping, or sometimes the fuse blows up? It is due to some faults in the electrical network. I see these faults too much because I work as an electrical maintenance engineer.

I will discuss different reasons that cause circuit breaker tripping. I won’t rely only on my long work experience as an engineer, which is now about 15 years, but also I will provide you with the results of deep searching about circuit breaker tripping.

Table of Contents

How To Find The Reason Behind Tripping My Circuit Breaker?

Tripping of a circuit breaker can occur due to various reasons, such as overloading, short circuits, ground faults, or issues with the electrical appliances or wiring. Here are some steps to help you identify the reason behind the tripping:

Identify the Circuit: Determine which circuit breaker has tripped and which area of the house or building is affected. This can help narrow down the potential causes.

Unplug Appliances: If the tripping occurs when a specific appliance is used, unplug that appliance and try resetting the circuit breaker. If the breaker does not trip, the appliance might be faulty and cause an overload.

Check for Overloading: Assess whether the circuit is overloaded by connecting too many high-powered devices to the same circuit. Try redistributing the load by connecting devices to different circuits.

Inspect for Short Circuits: Examine the electrical outlets, switches, and wiring for signs of damage or exposed wires that could be causing a short circuit. If you notice any issues, consult a qualified electrician to repair or replace the affected components.

Look for Ground Faults: Ground faults occur when a hot wire comes into contact with a ground wire or a metal wall box. Use a ground fault circuit interrupter (GFCI) tester to identify any potential ground fault issues and address them accordingly.

Check for Wet Conditions: If the circuit is in a damp or wet area, it could lead to a ground fault. Ensure that all electrical components in such areas are moisture-resistant and properly grounded.

Inspect the Breaker Itself: Examine the circuit breaker for any signs of damage, corrosion, or overheating. If you notice any issues, consider replacing the circuit breaker with a new one.

Consult a Professional Electrician: If you are unable to identify the cause of the tripping or if you suspect a more complex electrical issue, it is advisable to consult a licensed electrician. They can conduct a comprehensive inspection of the electrical system and troubleshoot any underlying problems.

It is crucial to prioritize safety when dealing with electrical issues. If you are unsure about how to proceed or are not comfortable handling electrical components, it is best to seek professional assistance to ensure a safe and effective resolution to the problem.

What would cause a circuit breaker to keep tripping?

Now, after this quick discussion for non-technical persons. let’s move to the electrical engineering discussion.

Overloaded Circuit:

One of the main reasons for circuit breaker tripping is the overloaded circuit in the electrical system. When many loads are connected to the circuit, the circuit attempts to draw a greater electrical load than its rated value. Due to this, the circuit breaker heats up, and the breaker tripping occurs.

Electrical Short Circuit:

Another reason for the breaker tripping is the electrical short circuit. A short circuit occurs due to low insulation resistance .

When the positive and negative (live and neutral) terminal connects with each other in the absence of any resistance. This causes an unimpeded flow of electricity. A large amount of current flows through a breaker that causes tripping.

It is worth mentioning here how to decide whether the tripping occurs due to a short circuit . The answer is clear and simple. If a circuit breaker trips instantly again and again after you reset it, the tripping occurs due to a short circuit.

How Do I Know That I Have a Short Circuit at the House? If you find fuses being blown regularly or a circuit breaker tripping frequently, it might be a symptom of a short circuit.

A fuse will usually explode, or a circuit breaker will trip instantly. If a new fuse with the proper rating also blows, you’ve got a short circuit.

If a circuit breaker is reset and it trips again instantly, as you connect it, you have a short circuit or a broken circuit breaker. Read my detailed article about Electrical short circuits, why is it dangerous?

Ground Fault:

Another reason that causes the circuit breaker tripping is the ground fault. A ground fault is a type of short circuit when a hot wire comes in contact with the ground or any other type of metal.

The ground fault causes an increase in the flow of current. It causes the circuit breaker to heat up and as a result, circuit breaker tripping occurs.

Some ground faults are not detectable by normal MCB. So it’s recommended to use GFCI (ground fault circuit interrupter) This is better for human safety as this breaker can detect small milli-amperes and trips before a shock happens. Read my article on my other site: Surge Protectors and GFCI Outlets: Can They Safely Coexist?

When fluctuation or sparking occurs between two-wire connections at a point. Arc faults occur.

Sometimes the screws at a point become loose, In this case, AFCI (arc fault circuit interrupter) is recommended.

While the circuit breaker is an Arc fault interpreter (AFCI ). It detects the early wiring problem and trips in advance to stop the flow of a large amount of current.

Bad Circuit Breaker:

Sometimes the circuit and loads are all OK and in good condition. But the breaker keeps tripping randomly.

This is a sign that the circuit breaker is bad. Like any device, breakers have a lifetime, and then breakers go bad . And it’s time to replace it.

The circuit breaker keeps tripping immediately

If your circuit breaker keeps tripping immediately after resetting it, this indicates a severe electrical issue that requires prompt attention. Here are some steps to follow to address the problem:

Identify the Problem Circuit: Determine which specific circuit is causing the repeated tripping. This can help pinpoint the area of concern and focus your troubleshooting efforts.

Disconnect All Appliances: Unplug or disconnect all devices and appliances from the circuit that keeps tripping the breaker. If the breaker doesn’t trip after disconnection, the issue may be related to one of the appliances or devices.

Check for Short Circuits or Ground Faults: Inspect the wiring, outlets, and switches for signs of damage, exposed wires, or any moisture intrusion. Focus on the affected circuit and look for any visible signs that might indicate a short circuit or ground fault.

Examine the Breaker Itself: Check the circuit breaker for any signs of damage, overheating, or wear. A faulty breaker could be the root cause of the repeated tripping. Consider replacing the circuit breaker with a new one if it appears damaged.

Consult a Professional Electrician: If you are unable to identify the cause of the immediate tripping, or if the issue persists despite your troubleshooting efforts, it is essential to seek assistance from a qualified electrician. They can perform a comprehensive inspection of the electrical system and troubleshoot the problem effectively.

It is crucial to prioritize safety when dealing with electrical issues. If you are uncertain about how to proceed or are uncomfortable handling electrical components, it is best to seek professional help.

Electrical problems can be complex and potentially dangerous, so it is important to have them addressed by a licensed electrician to ensure the safety of your property and its occupants.

Can a circuit breaker trip for no reason?

A breaker will trip for no reason if it malfunctions . A breaker will trip when a short circuit occurs on an electrical circuit, causing sparks, popping sounds, or smoke to be produced.

A loose connection, slipping wire, or even damage from animals chewing on cables could cause this.

If you didn’t find any faults like a short circuit , overload, or lost connection, your circuit breaker might be old and unable to carry current anymore.

In other words, it has become bad. It would be best if you replaced it for the circuit to continue operating.

Why is the circuit breaker tripping without load?

If your circuit breaker trips without loads, a wire with damaged insulation somewhere in the electrical panel or in power outlets can be the cause of breaker tripping and will continue to do so until you fix it .

A general wiring issue can potentially be the reason why a circuit breaker trips. You can have obsolete wiring if your home is older.

The issue with older electrical systems is that new technology and appliances frequently demand more power than previous systems can safely handle.

The older wiring can’t keep up with the increasing demands as our daily energy needs increase. This may be the problem if several breakers are often tripping without a load. Otherwise, there can be a problem with the breaker panel itself.

When your breaker trips without any load being present, you should take into consideration the following three wiring problems:

Current Leakage: One possibility is that one or more of the input wires have current leakage, which causes the circuit breaker to trip even when there isn’t a load attached to it. If so, your annoying issue is taking place for your own benefit. tripping is a precaution for the safety of your all-electrical devices.

Damaged Wires : Not simply the input cables might be damaged; it could happen everywhere. They could have been accessed by pests or insects that, only by gnawing, caused significant harm. This kind of issue may be sufficient to trigger a breaker trip even with no loads.

A Loose Wire in an Outlet : This loose wiring issue may be pretty frustrating. In other words, a loose wire in one of your outlets will keep your breaker continuously tripping. If you have a GFCI outlet, this is a very typical issue (Ground-Fault Circuit Interrupter).

Why shouldn’t you reset a tripped circuit breaker immediately?

The straightforward answer is that you shouldn’t reset a circuit breaker unless you are sure of the reason for the fault and that it poses no danger.

Note that if you reset it immediately it may trip again in case it is still hot, even if the fault is cleared.

Circuit breakers are there to safeguard your family, your house, and yourself. When a circuit breaker trips, it indicates that a current greater than the trip current is passing through it.

In case of a faulty circuit or wires, or a short circuit, the circuit breaker will trip again immediately if you reset it.

The short circuit current makes the circuit breaker get hot and trip, it should be cooled before you reset it.

Can a tripped breaker stop a fire?

Yes, if tripping happen before the fire catch wires or panel. But it won’t if tripping happens after the fire catch wires or panel .

There can be two scenarios, 1 st one is before the wiring or breaker panel catches fire.

And 2 nd is the role of the circuit breaker after catching fire let’s explore both scenarios in detail below:

Role of circuit breaker before Catch Fire :

Tripped circuit breakers can prevent fire and protect electrical systems against overloads and short circuits, circuit breakers assure electrical safety in homes, offices, and other buildings as well as for industrial uses.

The circuit breaker instantly shuts off the electrical circuit when a problem is found, protecting the wires and reducing the chance of catching fire.

Role of circuit breaker after catching fire:

Tripped circuit breakers didn’t play any role and could not provide safety to the system after catching fire.

If the circuit breaker is not tripped due to any reason or sometimes the fault current is too much bigger than the rating of the cable, then the circuit breaker wiring or panel box catches fire.

Can tripping circuit breaker damage your devices?

Tripping circuit breakers themselves do not typically cause direct damage to your electrical devices.

In fact, the primary purpose of a circuit breaker is to protect your devices and electrical system from potential damage due to electrical overloads or short circuits.

When a circuit is overloaded or a short circuit occurs, the circuit breaker is designed to trip and cut off the flow of electricity, preventing excessive current from damaging your devices and wiring.

However, frequent or repetitive tripping of circuit breakers may indicate underlying issues within the electrical system that could potentially affect connected devices. Repeated tripping may point to problems such as overloading, short circuits, ground faults, or other electrical faults that could impact the functionality and safety of your devices.

Indirectly, sudden loss of power due to a tripped circuit breaker can cause data loss or corruption in electronic devices like computers, especially if they are not connected to an uninterruptible power supply (UPS). Additionally, frequent power fluctuations resulting from faulty electrical systems can gradually wear down sensitive electronic components, reducing the lifespan of your devices over time.

To prevent potential damage to your devices, it’s important to address any electrical issues promptly. If you notice persistent circuit breaker trips, it’s advisable to consult a qualified electrician to identify the underlying cause and ensure that your electrical system is functioning safely and efficiently. Taking proactive steps to maintain your electrical system can help prevent potential damage to your devices and ensure the safety of your property.

Why is the Main circuit breaker tripping?

The main breaker can trip for a variety of reasons. Whether it be a lightning strike, a power surge from the utility company, or an overload to the electrical panel, the main breaker can be tripped due to any of these factors.

Furthermore, the main circuit breakers can trip simply because they’re worn out . There might be a situation when a branch circuit breaker fails and is no longer capable of tripping as designed, which may result in the main breaker tripping to provide secondary safety shutoffs in the event that the individual circuit breaker fails. 

Furthermore, If the total load demand becomes too much or if there is any significant issue with the electrical system, the main breaker cuts off electricity to the entire house.

These issues often entail brief power spikes, although it may be necessary to detect system issues occasionally.

The main circuit breaker “tripping” is somewhat uncommon since often, individual circuit breakers trip long before the main breaker has to shut down.

Does weather affect the circuit breaker?

Yes, weather affects the circuit breakers . In response to the heat generated by the circuit breaker, the bimetallic strip inside the breaker flexes and trips the breaker.

The hot weather also can cause a breaker to trip, it all depends on the thermal effect of heat that causes the bimetallic strip inside the breaker to flex and trip it.

On the other hand, as compared to hot weather, cold weather didn’t affect the circuit breaker as much as lead to tripping, but if there is a foggy season and too much moisture in the environment, that can cause tripping the breaker.

A breaker’s components can also be adversely affected by the ambient heat in the air surrounding the breaker. A circuit breaker should typically not be heated over 140°F. If it happens, it indicates a potential trip of the circuit breaker.

If you can’t keep your finger on the plastic portion of the circuit breaker without being burnt, it’s too hot, according to a reliable “rule of thumb.”

Why do my breakers trip when it rains?

The main cause of a breaker’s trip after the storm is a short circuit brought on by water .

Due to heavy rain, the electrical wire isolation may deteriorate after water exposure, causing a short circuit. Improper panel box installation might be another reason your circuit breaker tripped during the storm.

Rainwater may get into your circuit in a number of ways if the main line is not installed properly.

Water may enter your wiring conduits through the wire leading to the meter and electrical circuit. It’s also conceivable that the conduit or hose you used to install your main line will let water through.

Because of this, if the breaker box is in the basement, water may wet your circuit. The worst possible scenario for your house is a wet circuit breaker.

A wet circuit is dangerous because you might get electrocuted in addition to the electrical problems it can create.

Can you reset a breaker in the rain?

It is generally not recommended to reset a circuit breaker while it is raining or in wet conditions . Water can significantly increase the risk of electrical hazards, potentially leading to electric shocks or other safety risks.

Resetting a circuit breaker in the rain could expose you to electrical currents and pose a danger to your safety.

To ensure your safety when dealing with electrical components, including circuit breakers, it’s crucial to follow these guidelines:

• Safety First: Prioritize your safety at all times. Do not attempt to handle electrical components in wet conditions or when you are standing on a wet surface.
• Turn Off the Main Power: If you need to access the circuit breaker panel during wet conditions, make sure to turn off the main power to the house or the affected circuit before attempting any reset.
• Wait for Dry Conditions: If the circuit breaker trips during the rain, it is advisable to wait until the weather improves and the area is dry before attempting to reset it.
• Take Precautionary Measures: If you must work on electrical components in damp conditions, wear appropriate personal protective equipment (PPE) such as rubber gloves, rubber-soled shoes, and other safety gear to minimize the risk of electrical shock.

If you are unsure about how to safely handle a circuit breaker or if you are uncomfortable with electrical work, it is best to seek assistance from a qualified electrician.

Professional electricians have the necessary expertise and equipment to handle electrical components safely, even in adverse weather conditions.

Prioritizing safety is essential to prevent accidents and ensure the protection of both you and your property.

Can a storm and lightning cause a CB to trip?

Yes, storms and lightning can potentially cause a circuit breaker to trip. Lightning strikes can induce power surges in electrical systems, leading to a sudden increase in electrical current that exceeds the circuit breaker’s capacity.

In response to the excessive current, the circuit breaker will trip, cutting off the power supply to the affected circuit or the entire house to prevent electrical damage or fire hazards.

Additionally, storms can cause power fluctuations and electrical disturbances, which might impact the stability of the electrical supply. These fluctuations can result in overloading or short circuits within the electrical system, leading to the tripping of the circuit breakers.

To protect your electrical system during storms and lightning, consider taking the following precautions:

• Install Surge Protectors: Use surge protectors to safeguard sensitive electronic devices from power surges caused by lightning strikes or other electrical disturbances.
• Unplug Electronic Devices: Unplug sensitive electronic devices during thunderstorms to prevent potential damage from power surges or lightning strikes.
• Invest in Lightning Protection Systems: Consider installing lightning protection systems, such as lightning rods and surge arresters, to divert lightning strikes away from your property and protect your electrical system.
• Maintain the Electrical System: Regularly inspect and maintain your electrical system to ensure that it is in good condition and capable of withstanding electrical disturbances caused by storms and lightning.

If you experience frequent circuit breaker trips during storms or if you suspect damage to your electrical system as a result of a lightning strike, it is advisable to seek the assistance of a licensed electrician.

A professional electrician can assess the condition of your electrical system, identify any potential issues, and implement necessary measures to safeguard your property from electrical hazards.

Will a breaker trip if wires touch each other?

Yes, a circuit breaker can trip if wires touch each other, especially if the wires create a short circuit.

When wires make direct contact or create a path with low resistance between the hot and neutral wires or between the hot wire and the ground, a short circuit occurs.

This causes a sudden increase in electrical current, exceeding the circuit breaker’s capacity and triggering it to trip.

The purpose of a circuit breaker is to protect the electrical system and connected devices from potential damage caused by overcurrent situations like short circuits. When the circuit breaker trips due to a short circuit, it interrupts the flow of electricity and prevents further damage to the wiring, appliances, and other electrical components.

To prevent wires from touching and causing a short circuit, it’s essential to follow proper wiring practices, including:

• Using appropriate wire connectors and junction boxes to secure and protect wire connections.
• Insulating exposed wires to prevent contact with other wires or conductive materials.
• Maintaining proper wire spacing and organization to minimize the risk of accidental contact.

If you suspect that wires are touching or if you experience frequent circuit breaker trips, it’s essential to consult a licensed electrician to inspect your electrical system.

A professional electrician can identify any potential wiring issues, troubleshoot the cause of the tripping, and ensure the safety and functionality of your electrical system.

Can the circuit breaker trip if you hold it?

The circuit breaker standard UL489 requires circuit breakers to be “trip free”. A trip-free circuit breaker will still trip if you hold it in the ON position.

Yes, you can hold the toggle up, but that does not stop the breaker from tripping under an over-current condition.

A circuit breaker cannot be forced if it trips repeatedly; it will keep opening and burn out.

It is usually not harmful to have a momentary connection, as it will only last for a short time.

You will need to resolve the problem causing the trip and then you will need to replace the circuit breaker if it went bad.

Why is the circuit breaker not tripping?

The circuit breaker may not trip if it malfunctions due to (an entirely mechanical problem, or sustains partial or total damage ) Occasionally, a circuit breaker will not trip in circumstances of fault like a short circuit, or overload, indicating it is bad and must be replaced.

It is also possible for the cause of the problem to be entirely mechanical, which means there may be a physical switch that is stuck in the “on” position.

The circuit breaker may also malfunction without tripping if it sustains partial or total damage. On occasion, a power failure occurs as internal components melt. To ensure appropriate operation, examine the circuit breaker and replace the broken one.

Signs of damaged/ faulty circuit

• Inspect the circuit breakers for any burning odors.
• If the panel feels hot to the touch, the circuit is either broken or overloaded.
• If the circuit is beyond its prime or is too old, replace it with a new one.
• Parts become melted or scorched due to heat.
• The item is defective if it trips off more frequently while gadgets draw more power.

What happens if a breaker doesn’t trip in faults condition?

If a circuit breaker fails to trip during a fault condition, it can lead to various hazardous situations, including:

• Overheating and Fire Risk: When a circuit experiences an overload or short circuit, excessive current flows through the wires, leading to overheating. If the circuit breaker does not trip to interrupt the flow of current, the wires, insulation, or other electrical components can overheat and potentially ignite a fire.
• Equipment Damage: The excessive current in the circuit can damage connected electrical devices, appliances, and other equipment. Without the protection of the circuit breaker, the electrical components can sustain irreparable damage, leading to costly repairs or replacements.
• Electrocution and Safety Hazards: In the absence of circuit protection, the risk of electric shock or electrocution increases, especially if someone comes into contact with live wires or faulty electrical equipment.
• Damage to the Electrical System: Continual overloading or short circuits without interruption from the circuit breaker can cause significant damage to the overall electrical system, including the wiring, panels, and other connected components. This can lead to extensive repairs and pose a safety risk to the property.

To mitigate the risks associated with a circuit breaker failing to trip during a fault condition, it is crucial to regularly inspect and maintain the electrical system. Consider the following measures:

• Schedule Regular Inspections: Arrange for periodic inspections of the electrical system by a qualified electrician to ensure that the circuit breakers are functioning correctly.
• Test the Circuit Breakers: Conduct routine tests on the circuit breakers to verify that they trip appropriately during overload or short circuit situations.
• Upgrade to Advanced Protection: Consider installing advanced protection devices, such as ground fault circuit interrupters (GFCIs) and arc fault circuit interrupters (AFCIs), to enhance the safety and reliability of the electrical system.

Prioritizing regular maintenance and promptly addressing any issues with the circuit breakers or the electrical system can help prevent hazardous situations and ensure the safety and functionality of your property.

Is the circuit breaker tripping a good or bad thing?

Yes, circuit breaker tripping is good from the perspective of the safety of your home and home appliances .

It also provides protection against dangerous electrical fire hazards due to short circuits and overloading as long as it is not a bad CB .

But sometimes, apparently, you didn’t see any issue, but your circuit breaker keeps tripping and can get you in trouble.

It can be due to wiring issues like too much old wiring, damaged cables, or loose cable connection, which is difficult to troubleshoot because you have to check all the outlet’s wiring connected to the breaker.

That can be time-consuming, but it’s necessary to troubleshoot the fault and rectify it as soon as possible to avoid any bigger damage or loss.

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• There is an intermittent short somewhere - like maybe a mouse is randomly bumping into an exposed wire in the wall
• There's an issue with the bus bar where this particular breaker mounts

In the interest in providing a complete record and closing the loop - here is a quick update. Yesterday I did an insulation test using a (relatively) cheap megohmmeter I bought on Amazon. I've never used one before - so I wasn't quite sure what to look for or expect. I tested first at the breaker box (removed the hot lead) and unplugged everything from the circuit. I got a very low resistance reading when applying voltage, but since I'd never used one I wanted to try a few more scenarios. Next I went to the middle outlet in the chain, removed it and tested the hot and neutral wires going to the next outlet as well as the ones going back up the chain. Back up the chain I maxed out the resistance reading on the meter, but the other set (going to the 3rd and final outlet) I got the low reading (0.2 mohm). To confirm my suspicions (and verify the meter was working properly) I got a new piece of romex and tested the wires on it - the meter read max resistance. So, at the moment all evidence points to an insulation related fault between the 2nd and 3rd outlets in the circuit. To further test the theory (and to finally get rid of the extension cords we've been needing in the kitchen) I disconnected that section of wiring and capped the ends. Now we have 2 working outlets and 1 that is out of service. I'm going to run things like this for a week or two to ensure the breaker no longer trips, and then begin deciding the best way to go about replacing that run of cable. Both outlets are on exterior walls, and I believe the cable runs more or less straight between them across the wall that we have our stove and microwave on. It could present a good opportunity to do a tile backsplash depending on the height we need to cut into the drywall. My hope is that I can remove the existing cable undamaged and visually confirm the insulation was compromised. If I'm able to I'll post some pics here as well. Cheers and thanks again for all of your help - this has been a great learning experience so far! Charlie  

Thanks again for everyone's suggestions and insights. I am confident that the issue is totally resolved. A couple months ago I cut open the wall. Unfortunately the bad run of romex was stapled and running up behind the kitchen cabinets and through the ceiling so I wasn't able to remove and inspect it. However, I did replace it by running a new piece of romex between the second outlet and last outlet in the chain. Put the wall back together, and ended up installing a tile backsplash to avoid all of the mudding/sanding to repair the cuts. Anyway, everything works as it should and there have been no more breaker trips. Thanks again Charlie  

Have you tried plugging in some other appliances into that circuit other than the refrigerator and coffee maker? If it still trips with a completely different load, that would point to something wrong with the circuit. If it doesn't trip, then it could be the appliances. It's possible that a surge from the lightning damaged the refrigerator or coffee maker such that one or the other (or both) are now slightly overloading the circuit. A slight overload won't trip the breaker immediately, but can take many minutes before it trips. If you have something like a Kill-A-Watt meter, it would be worth measuring how much power each of them is drawing.  

RAL238 said: Have you tried plugging in some other appliances into that circuit other than the refrigerator and coffee maker? If it still trips with a completely different load, that would point to something wrong with the circuit. If it doesn't trip, then it could be the appliances. It's possible that a surge from the lightning damaged the refrigerator or coffee maker such that one or the other (or both) are now slightly overloading the circuit. A slight overload won't trip the breaker immediately, but can take many minutes before it trips. If you have something like a Kill-A-Watt meter, it would be worth measuring how much power each of them is drawing. Click to expand...

hornetd said: There is a high resistance fault in the insulation of the wires of that circuit. A continuity checker will not show that because the voltage it places on the wires is too low. The fault is occurring after the circuit has been on for a time and the wire has heated a little and expanded enough to make solid contact at the place were the lightning blew that hole in the insulation. If you open the splices between all of the cable sections except the segment attached directly to the breaker and the first receptacle you can then run something like your refrigerator off of that receptacle and see if it faults out again. Then you add the next segment of cable back in and see if that segment will carry it's loads. Last you add the segment to the third outlet and see if that holds. If all 3 hold for hours but then the breaker trips later consult a witch doctor or call in an electrician who owns a megohmmeter. A megohmmeter applies a higher test voltage to the conductors to detect any failure in the insulation. With a megohmmeter you can test each segment of cable and find which one has the insulation fault in it. -- Tom Horne Click to expand...

hlopez77 said: Any chance there is another receptacle inside or out ,in basement. Does the circuit feed lights or something else Sent from my SM-G986U using Tapatalk Click to expand...

joe-nwt said: To eliminate breaker/bus stab issues, temporarily relocate the breaker in your panel even if you have to swap with another breaker. Click to expand...

There is a high resistance fault in the insulation of the wires of that circuit. A continuity checker will not show that because the voltage it places on the wires is too low. The fault is occurring after the circuit has been on for a time and the wire has heated a little and expanded enough to make solid contact at the place were the lightning blew that hole in the insulation. If you open the splices between all of the cable sections except the segment attached directly to the breaker and the first receptacle you can then run something like your refrigerator off of that receptacle and see if it faults out again. Then you add the next segment of cable back in and see if that segment will carry it's loads. Last you add the segment to the third outlet and see if that holds. If all 3 hold for hours but then the breaker trips later consult a witch doctor or call in an electrician who owns a megohmmeter. A megohmmeter applies a higher test voltage to the conductors to detect any failure in the insulation. With a megohmmeter you can test each segment of cable and find which one has the insulation fault in it. -- Tom Horne  

Do you have any surge protectors such as power strips on the circuit? I have experienced something similar and the root cause was a surge protector. The resistors don't start passing current to ground until reaching a certain voltage during the surge. The surge damaged the resistors and started tripping the breaker a few times a week, then one day it just wouldn't reset.  

Thisiseasy said: The surge damaged the resistors and started tripping the breaker a few times a week, then one day it just wouldn't reset. Click to expand...

Any chance there is another receptacle inside or out ,in basement. Does the circuit feed lights or something else Sent from my SM-G986U using Tapatalk  

To eliminate breaker/bus stab issues, temporarily relocate the breaker in your panel even if you have to swap with another breaker.  

Have you checked outside ,attic, basement, crawlspace,outside in the eve of the house,any outside lighting on a switch or dusk till dawn activated. After you confirm there aren't any other plugs or devices and haven't found a the issue. Find the last plug or switch / device and disconnect from circuit and Work back towards the Electrical panel where the circuit begins. I'm sure you have tightened down your neutrals correct. Sent from my SM-G986U using Tapatalk  

hlopez77 said: Have you checked outside ,attic, basement, crawlspace,outside in the eve of the house,any outside lighting on a switch or dusk till dawn activated. After you confirm there aren't any other plugs or devices and haven't found a the issue. Find the last plug or switch / device and disconnect from circuit and Work back towards the Electrical panel where the circuit begins. I'm sure you have tightened down your neutrals correct. Sent from my SM-G986U using Tapatalk Click to expand...

Please keep us posted on your findings. Sent from my SM-G986U using Tapatalk  

The lightning burned through the insulation and the wires are touching each other, or ground, loosely? This fault you may find with an ordinary DVM on the megohm range.  

Quick update - it's been a couple weeks and neither breaker has tripped. I left the fridge plugged into the new circuit (on the original breaker and bus bar location that was tripping) for a week, then switched the fridge to the old circuit (connected to the other breaker and bus bar location). I've also had various appliances plugged into both with the hopes something trips. I'm at a bit of a loss. I think I'm going to leave the circuits swapped for the time being and just keep waiting to see.  

Well, just got a text saying that the fridge lost power. It is currently plugged into the original circuit that was having issues, but was on a completely different breaker on a different spot in the panel. So, that eliminates the bus bar as the problem and points back to something in the wiring. I'm going to go to the first receptacle in the chain now and disconnect the subsequent ones and start working my way down the line.  

I'd go to the hot wire stabbed into the breaker as that's what you touched last. Is there possibly a break in the wire a couple inches back?  

I hope the Amazon meter doesn't shorten the life of the things you are testing. "Destructive testing destroys or changes the part in some way such that even if it passes the test it is no longer fit for service. . . .N[on]DT does not destroy or change the part such that it is still fit for service if it passes the test."  

Agreed. I don't see any reason why it would, I didn't have anything plugged into the circuit when testing it.  

The Science of Materials is above my pay grade, but maybe it overstressed the insulation "or changes the [insulation] in some way". Maybe even name brand Meggers somewhat damage the cable, IDK. It's certainly a stress not seen in ordinary usage. I'm suspicious of stuff bought online [hopefully with good reason], but it's a hard sell. If it works out, you may be home free. Good luck.  

Speaking of testing, if I had a Megger I’d be right now in the basement zapping a scrap piece of Romex. If the resistance readings went down the testing is damaging the insulation Readings staying level means no damage that I see. If the readings went up, someone spiked my drink!  

There is a big difference between meggaring a short piece of wire on the bench and performing the same test on an installed cable.  

Thanks for the update.  

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Why Is My Circuit Breaker Tripping? 4 Potential Problems and Solutions

By Glenda Taylor , Bob Vila , Evelyn Auer

Updated on Dec 15, 2023 4:16 AM EST

7 minute read

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What You Need to Know

• A tripping circuit breaker could be a sign of an overloaded circuit, a short circuit, a ground fault, or a worn-out breaker.
• Homeowners will want to hire an electrician to determine the cause of the frequently tripping circuit breaker.
• Electricians may recommend replacing the circuit breaker, installing GFCI outlets, or rewiring part or all of the home.

Q: Every few hours—sometimes minutes!—my living room and one side of my kitchen lose electrical power. I’ll check the breaker panel and, sure enough, a circuit breaker has tripped…again. Should I call an electrician, or is there a simple DIY fix I can try first?

A: While it’s frustrating when a circuit breaker keeps tripping, they are important safety mechanisms. Designed to shut off the electrical current when something goes wrong, circuit breakers are one of the best ways of protecting a home from an electrical fire. “When a circuit breaker trips, typically it is because we use too much electricity, which causes it to overload and turn off,” says Christopher Haas, expert electrician and owner of Haas & Sons Electric in Millersville, Maryland. For those who need an electrical panels 101 refresher course or aren’t sure how to reset circuit breakers, each breaker has an on/off switch and controls a separate electrical circuit in the home. When a breaker trips, its switch automatically flips “off,” and it must be manually turned back on to restore electricity to the circuit. For those wondering, “Is it dangerous if a circuit breaker keeps tripping?” the answer is that it can be, depending on the source of the problem. An electrician can ultimately deal with the root issue, but a little sleuthing will reveal whether it’s something that’s easily remedied.

In many cases, the cause of a circuit breaking tripping is an overloaded circuit.

A circuit overloads when more electrical current is being drawn through the wires than they can handle, tripping the circuit breaker. If this happens, there may be a few additional signs:

• Buzzing noises coming from outlets
• Devices charging slowly
• Electrical outlets not working
• Flickering lights
• Scorch marks on outlets and light switches

If a circuit breaker keeps tripping in one room, homeowners can test for circuit overload by turning off all the switches in the affected area and unplugging all appliances and devices. After the breaker is flipped back on, the devices can be turned back on one at a time, with homeowners waiting a few minutes in between to see if the circuit remains on. If the breaker trips before all the appliances are turned on, the experiment can be repeated, this time turning them on in a different order. It may be necessary to do this several times to find out how many appliances can be operated at once before the circuit overloads.

“As a short-term solution, you can unplug unnecessary appliances to prevent tripping circuit breakers. You may still get some trips, but you can limit them by unplugging devices that you don’t need to use,” advises Dan Mock, vice president of operations at Mister Sparky , an electrical company with 90 locations in the U.S. The best long-term solution, however, is to pay an electrician for the cost to rewire the house and add additional circuits. The cost to replace an electrical panel is about $1,274 on average.

Other times, the issue may be caused by a short circuit.

A “short” circuit means that two wires that should not be coming into contact are inadvertently touching, triggering a sudden surge of electricity through the wires. A short can occur in an outlet, a switch, or within an appliance if wires are loose or have been chewed through by mice or pets. Some signs of a short circuit include:

• Popping sounds
• Discolored outlets or switches
• Burning smells

Testing to see if an appliance has a short is similar to testing for an overloaded circuit. When an appliance that has a short in its wiring is turned on, it will immediately trip the circuit. Homeowners can also try plugging it into an outlet in a different room. If the breaker for that room trips, there’s a short in the appliance (if it’s unclear what breaker goes to what room, the breaker can be identified with one of the best circuit breaker finders ). Electrical shorts can be a major fire hazard, so it’s a good idea to call a licensed electrician for this circuit breaker repair. It’s wise to stop using the outlet or appliance until a pro takes care of the problem.

Another potential cause of a circuit breaker tripping is a ground fault.

A ground fault occurs when the electricity running through a home’s wiring diverts from the wiring loop and travels to the ground, usually due to faulty wiring or water infiltration in an outlet or switch box. Water is a conductor, which is why walking through puddles is often listed as something not to do in a power outage in case of downed power lines. Once water makes contact with wires, electricity can jump from the wiring loop and follow the water trail. This creates a surge in electricity leading to a tripped circuit breaker. If a person comes in contact with the electricity that is on its way to the ground, this can result in electrocution. Homeowners may notice a few signs of a ground fault, including:

• Tripped GFCI (ground fault circuit interrupter) outlets;
• A burning smell coming from an outlet; and
• Lights flickering.

Newer electrical breakers have features designed to protect against the danger of ground faults. According to Haas, “Ground fault breakers sense electricity going to earth as opposed to going through the wires of the circuit. You’ll find [these] for bathrooms, kitchens, garages, exteriors, and basements.” GFCI outlets are another safety feature that shut off the electric current within a fraction of a second of sensing a ground fault.

If a ground fault is the problem, the cause of the errant water must be discovered and repaired, and any damaged wiring must also be replaced. It’s also a good idea to install GFCI outlets in rooms where water is commonly used. A GFCI outlet costs $210 on average.

Sometimes a bad or worn-out circuit breaker can be the culprit.

In some cases, the circuit breaker itself may be faulty. Breakers that are old, damaged, or were installed incorrectly may trip frequently for no apparent reason. Alternatively, faulty breakers may not trip when they are supposed to, leaving the home at risk of electrical fire. Some signs of a bad circuit breaker include:

• The circuit breaker getting hot and tripping frequently;
• The circuit breaker won’t reset;
• It has been over 10 years since the breaker was last serviced; and
• The breaker has scorch marks.

An important electrical safety tip to keep in mind is that resetting a breaker over and over again can cause what is called an arc flash, which is a small electrical explosion that can be deadly. If resetting the breaker once does not remedy the issue, it’s a good idea for the homeowner to hire an electrician near them who knows how to replace a circuit breaker safely. Mock warns, “Don’t take any chances with circuit breakers. Instead, call a licensed electrician who knows the safe ways to replace breaker boxes, upgrade circuits, and diagnose potential electrical problems in your home.” Wiring a breaker box is a job to leave to an experienced electrician.

A professional electrician can help determine the specific cause of a frequently tripping circuit breaker.

Most circuit breaker problems—aside from those explained in the sections above—will need to be inspected and addressed by a licensed electrician. According to the Electrical Safety Foundation International (ESFI) , each year “thousands of people in the United States are critically injured and electrocuted as a result of electrical fires, accidents, [or] electrocution in their own homes.” While homeowners may be tempted to save on electrician costs by attempting circuit breaker replacement or repair themselves, electrical work is not suitable for casual DIYers. “Yes, you have to pay, but you can save many hours of head-scratching by hiring an electrician. Electricians will also have all the right tools for diagnosing and repairing the circuit,” Haas adds. “Lastly, they will come with a warranty/guarantee should something arise, and they will typically return at no additional cost.”

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Why Are My Circuit Breakers Tripping? 5 Common Causes

With all the challenges we face in the modern world, one thing you should be able to rely on is the electricity in your home. When the power mysteriously goes out, it can be tough to figure out what’s wrong. In this post, we’ll discuss a few common reasons that could cause your circuit breakers to trip.

TAKE A “TRIP”

A breaker “trips” or shuts off when one of the circuits linked to the circuit breaker exceeds a safe level of power. This is a safety feature and is typically the cause of an unexpected loss of power to specific appliances that have their own circuit (a refrigerator, microwave, etc.). If a specific room in your home loses power, that can also be an indicator.

Now that you know how to spot a breaker trip, here are some of the things that can cause them:

Probably the most common reason for a breaker trip is an overloaded circuit . That’s when there’s too much energy running through one circuit. To prevent a fire hazard from overheating, the breaker will trip. This can happen if you install a new appliance on the same circuit as another high-energy appliance but can also happen from overloaded power strips plugged into a single outlet.

When overheated wires come into contact with each other, you may notice a burning smell or even see black around a wall outlet. This is called short-circuiting , and it’s another cause of a breaker trip. Getting this repaired requires a licensed electrician like ours at The Bosworth Company.

When hot wires come into contact with a grounding wire, this is called a ground fault . When this happens, the “grounding” of the outlet becomes impossible and poses the risk of electric shock. The resulting electric surge causes the breakers to trip and should be handled by an electrician.

If an appliance fails , this can actually cause a trip-inducing power surge as well. This happens if the appliance is incompatible with the circuit it’s connected to. Anytime a breaker trips, you should check all the appliances connected to that breaker to see if they are hotter than usual.

Of course, the most known cause for a breaker trip is an electric storm. Midland and Odessa have seen a few lately, and they could pop up at any time. When that happens, a lightning strike near your home could provide so much power that all your breakers trip! This is what happens when the power goes out completely. You may wake up in the middle of the night with your stovetop/microwave clocks flashing!

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Did you know The Bosworth Company has electricians? Our fully-certified professional electricians can answer questions or provide repairs for all your electrical needs. Make an appointment online or call us today at 432-570-5233 . It’s Worth the Call. Always.

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Breakers Keep Tripping? Here’s 5 Possible Causes

Why do my breakers keep tripping.

When in your home, you want to make sure that everything works the way it’s supposed to. When you flip a light switch, you want the light to turn on. When cooking dinner, your fridge should be keeping things cold and your stove should work. However, every so often, you may find that your electrical appliances or switches aren’t working. This could be because of a tripped breaker, which will lead you to ask: why do my breakers keep tripping?

Reasons Why Breakers Keep Tripping

There are some common reasons why your breakers keep tripping. If this happens on a recurring or regular basis, you should call a Las Vegas electrician to take a look at your home to determine why.

1. Circuit Overloads

If you find yourself asking “why do my breakers keep tripping,” it could be because the circuits are overloaded. This happens when you want a circuit to provide more energy than it is capable of. This will cause the circuit to overheat and will put anything that is plugged into it at risk. The circuit breaker trips to prevent any damage from occurring to the appliances or to the circuit, as well as reducing the chances of a fire occurring.

2. Short Circuits

A short circuit occurs when a “hot wire” comes into contact with a “neutral wire” in your electrical outlet. This can be more dangerous and damaging than a circuit overload. When the hot wire touches the neutral wire, a large amount of current flows through the circuit and creates a lot of heat—more heat than the circuit can handle. When this happens, it will lead to your breaker once again tripping to prevent damage or a fire from breaking out.

A short circuit can be caused by a loose connection or faulty wiring. You will know that you are experiencing a short circuit because there will be a burning smell left around the breaker. You may even notice brown or black discoloration around it. The best way to deal with this issue is to call in a professional residential electrician.

3. Ground Fault Surges

These are similar to a short circuit and result when a hot wire touches a ground wire made from bare copper, or the hot wire touches a metal outlet box that is connected to a ground wire. Once again, more electricity than the circuit can handle will pass through, tripping the breaker to prevent damage or a fire.

Should a ground fault surge occur, you will notice that there is discoloration around the outlet. Again, calling in an electrician to take care of the issue will help determine why breakers keep tripping and find a way to correct the problem.

Make an appointment for a free estimate today !

Storms with a lot of lightning moving through the area can have an impact on your electricity and cause your breakers to trip. Depending on where the lightning strikes, it can knock out all of your power or only impact one section of your home. Lightning will send a surge of too much electricity through your system, and to prevent damage or fires, your breakers will trip.

5. Appliance Failure

If you plug a faulty appliance into an outlet, this could lead to overloading. The appliance will try to draw more power then the circuit is capable of, and it will cause excessive heat. To prevent damage and the risk of a fire, it will trip the breaker.

If you find that this happens every time you plug in a certain appliance and you are asking, “why do my breakers keep tripping,” you may want to check the appliance to see if it’s the culprit.

It can be incredibly frustrating and confusing when your breakers trip. It may take you a while to notice that the power in one area of your home is out, and then you’ll have to head to the panel and flip the switch to turn the power back on.

If you find that you are tripping breakers on a regular basis, then you should call Las Vegas electrician Fowler Electric to check your electrical system and make sure it’s in good working order.

Send Us a Message

If you’re in Las Vegas, or anywhere in Clark County, and have faulty breakers or breakers that keep tripping, send us a message with the form below and we’ll be in contact soon!

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Circuit Breaker Tripping: Troubleshooting Guide

Hubert Miles | Licensed Home Inspector, CMI, CPI

Updated on January 5, 2024

A circuit breaker tripping results from short circuits, overloaded circuits, and ground faults. In each case, an unintended excessive flow of current triggers the trip. You must reset the circuit breaker by flipping it back on to restore power.

Circuit breakers trip because they cannot handle the amount of current running through them. Tripping the circuit breaker interrupts the flow of electricity and protects your devices or appliances from damage.

Get FREE estimates from licensed electricians in your area today. Whether you need to replace an outlet, hang a ceiling fan, a new electrical panel, or repair wiring, We Can Help!

Without electrical circuit breakers , the possibility of electrical fires would be much higher.  

This guide looks at what causes circuit breakers to trip, what you can do, and how to identify a bad breaker.

What Would Cause a Circuit Breaker to Trip

There are three leading causes of circuit breaker trips:

• circuit overload
• electrical faults (i.e., ground faults and arc faults)
• short circuits

Below are factors that can cause circuit breaker trips. 

Circuit Overload

A circuit overload happens when the flow of electric current running through the circuit exceeds the amperage of the devices it serves. 

For example, if your microwave is a 12.5 amp appliance, you can run it on a 15 amp circuit. That means your microwave is safe as long as the amperage running through the circuit is 15 amps .

However, if the circuit receives an excessive electrical load over 15 amps , it will automatically trip to protect your device from damage. If the circuit doesn’t trip, the excess current will fry the circuit in your microwave. 

Also, if you operate too many appliances and devices on one circuit, its internal mechanism heats up, causing the breaker to trip. 

Circuit overload is the most common reason for breakers tripping. 

Ground Faults

A ground fault occurs when the active wire comes into contact with a ground wire made of bare copper. Sometimes, this fault may happen when the hot wire touches the metal box connected to the ground wire.

Excessive current flows once the active wire touches the ground wire, flowing into the earth. If you step on the affected area, ground faults can cause shock and even electrocution. The uncontrolled flow of electricity will cause the circuit breaker to trip.

Arc Faults 

An arc fault happens when exposed faulty wiring touches, causing the electric current to arc at the meeting point. As a result, sparks occur, which can ignite an electric fire.

A corroded or loose connection is the main culprit for arc faults. Circuit overloads, ground faults, or short circuits trip an AFCI (Arc Fault Circuit Interrupter) circuit breaker.

Arc faults result from damaged, loose, or corroded terminals and wires. The arc fault builds up over time as the heat due to the cable damage and terminals build up to the point of ignition.

Short Circuits

A short circuit occurs when an active wire touches a neutral wire, and the electrical current takes an unintended path of least resistance. 

The common cause of short circuits is frayed wires coming into contact when the wires touch. The electrical current flow increases significantly, causing the circuit breaker to trip to stop the electricity from damaging appliances.

It is a short circuit because the current bypasses the proper circuit wiring channels and flows through a shorter, unplanned pathway.

Short circuits occur 

• When insulation melts and wires are exposed
• Within appliances with damaged internal wiring
• Due to damaged and frayed extension or appliance cords

How do You Fix a Breaker that Keeps Tripping?

A dedicated circuit breaker tripping indicates too much current flowing through the wiring or connection to the outlet.

Here is a step-by-step guide to follow when you notice the first trip:

• Begin by turning off all the appliances and unplug electrical devices from the outlet. Also, switch off light fixtures and unplug those that you can. This prevents any appliances from damaged when the breaker is reset and a sudden surge of power comes through.
• Open the circuit panel or box and locate the on and off buttons of the circuit breaker. You may notice an orange or red color on the breaker when it is off. 
• Flip the switch from off to on to reset the circuit breaker. Once the breaker is reset, you can switch and test the appliances to see if the electrical power is flowing.
• Keep safe as you reset the breaker by working from the side of the electrical box instead of the front. That way, you will avoid any sparks (should there be any) when you switch the breaker back on.
• Some people prefer to switch the main electrical switch when working on the circuit breaker for added safety. 

Types of Circuit Breakers

Standard circuit breaker.

Standard circuit breakers monitor the modulation of the electric current coming into your devices and appliances. 

This circuit breaker stops the current from flowing when it detects the excessive flow of electricity. 

Standard circuit breakers come in two forms:

• Single-pole circuit breakers
• Double pole circuit breakers

Single-Pole Circuit Breakers

Single-pole circuit breakers are the most common breakers in homes and buildings. They monitor the electric current’s flow in one wire and trip if that wire experiences a very high influx of electricity.

These breakers deliver only 120 volts and work well for 15 to 30 amp circuits. Single-pole circuit breakers come with one switch in the back. 

Double-Pole Circuit Breakers

The double-pole circuit breakers monitor the current in two wires simultaneously. You will notice two switches on the back of these breakers.

The double-pole circuit breakers will trip even if only one of the wires receives too much current. They can accommodate between 15 to 200 amps while delivering 240 volts. 

Single-pole breakers are a good fit for lighting fixtures and other standard home outlets. On the other hand, double-pole breakers work for larger appliances like dryers and washing machines. 

Ground Fault Circuit Interrupter (GFCI)

The GFCI circuit breaker interrupts the line due to ground faults. They trip when the current starts to follow an uncharted path into the ground. These ground fault surges occur when a foreign conductor, like water, comes in contact with a receptacle .

At the same time, they offer protection against circuit overloads and short circuits. 

GFCI circuit breakers come built into specialized outlets required for wet areas in the home, including :

• Outdoor areas like the balcony, patio, porches, and decks
• Laundry rooms
• Swimming pools
• Six feet from a sink
• Six feet from the bathroom

These breakers help prevent shock or electrocution should the electrical outlet contact water. 

Arc Fault Circuit Interrupter (AFCI) 

The AFCI circuit breaker detects normal and abnormal arc faults, so it will trip when it detects a dangerous arc fault that can cause a fire. 

The AFCI circuit breaker doesn’t work to protect devices and appliances plugged into an outlet. It works to prevent electrical fires due to faulty connections and wiring. The internal sensing mechanism in the circuit breaker senses the conditions of an electric arc, and the circuit trips to avoid an electric fire.

AFCI protection can also be built into an outlet. The National Electrical Code (NEC) requires these types of breakers to feature in :

• Common rooms
• Laundry areas

AFCI and GFCI circuit breakers can co-exist and complement each other for the best protection.

Combination All Fault Circuit Interrupter (CAFCI)

The CAFCI breaker senses and reacts to any electrical fault, including ground and arc faults.

CAFCI is a relatively new technology that meets new NEC requirements for circuits requiring arc and ground fault protection.

Do Circuit Breakers Get Weak?

A circuit breaker can wear out and become weak. If a breaker trips frequently, the thermal or magnetic element can lose calibration, causing it to trip at lower amp loads than intended. A breaker constantly under thermal stress caused by overloading the circuit will eventually trip more frequently.

Let’s not forget breakers are not impervious to damage. As the internal mechanical parts wear out, they become very sensitive and may not hold under normal load amperage and temperatures.

Electricians refer to this as a bad breaker .

Will a Bad Breaker Keep Tripping

By definition, bad breaker malfunctions, so it will keep tripping until it is either replaced or rectified .

A licensed electrician performs this simple test to see if a breaker will keep tripping and determine if it can be repaired or replaced in the following steps.

• The electrician will switch off all the fixtures and appliances in the house. Also, unplug everything.
• Find the malfunctioning circuit breaker . The electrician will go to the electrical box and locate the breaker lighting orange or red or the one with the switch off.
• They will ascertain that it is the correct circuit breaker. After that, the electrician puts the breaker off.
• With the switch on, the breaker is back on as well. The electrician will plug the appliances into the outlet with the problem circuit breaker. Now, they will turn the devices and appliances on. 

If the breaker trips, the electrician will investigate the circuit’s current amount. The breaker is bad if the current is according to the appliance’s rating.

How You know if a Circuit Breaker is Bad

Breakers do wear out after a while. It has a problem if the breaker doesn’t stay on after resetting it.

Since the circuit breaker controls the electric flow in the house, it is essential to monitor it and catch signs that it has gone bad early.

Here are key signs that denote a bad circuit breaker :

It Frequently Trips

Frequent tripping could be because of a bad breaker. After tripping and resetting, your circuit breaker should stay on unless it detects high current flow. 

To ensure that the issue is not the electricity but the circuit breaker, call an electrician to examine your electricity’s flow and determine whether it is the cause of the constant tripping.

If it is not, then the circuit breaker is the problem. 

The Breaker Overheats

Electrical systems will heat up when active. Typically a breaker can heat to about 60°C (140°F) before problems arise.

Terminations for standard rated breakers: UL 489 Paragraph 7.1.4.2.2 says the temperature rise on a wiring terminal at a point to which the insulation of a wire is brought up as in actual service shall not exceed 50°C (122°F). Terminations for 100% rated breakers: UL489 Paragraph 7.1.4.3.3 says the temperature rise on the termination shall not exceed 60°C (140°F). Handles, knobs, and other user surfaces: UL489 Paragraph 7.1.4.1.6 says the maximum temperature on handles, knobs, and other surfaces subject to user contact during normal operation shall not exceed 60°C (140°F) on metallic and 85°C (185°F) on nonmetallic surfaces. Source: https://www.clipsal.com/faq/fa173839

Call an electrician immediately if the breaker becomes too hot.

There are Scorch Marks

Scorch marks around receptacles, appliances, and the electrical box should tell you your circuit breaker has gone bad.

The burn marks indicate that wiring insulation has melted off and the circuit wires are now sparking and emanating heat or fire. That means that the circuit breaker did not interrupt the excess current and reached the wires and burned them. 

You may see melted wire sheathing on the wire where it connects to the breaker.

Professional electricians can use a  thermal imaging infrared camera to locate the heat source. The infrared camera allows them to pinpoint the problem area through the walls and other construction material.

A Burning Smell

Sometimes you may smell the insulation burning, but no scorch marks are present to denote which outlet is the problem. 

With the help of the infrared camera, an electrician can help locate electrical issues. 

If you encounter a burning odor, shut off the main power and call for emergency service from an electrician. 

The electrical wires burn because power surges through the circuit, melting the wire insulation.

What is Nuisance Tripping

Nuisance tripping is when a breaker trips without a fault to warrant the interruption to the electric current flow.

Nuisance tripping occurs due to several reasons:

Stringent Protection on Circuits 

Sometimes the circuit is protected by stringent conditions that detect any variance as a fault and cause a trip. 

Such stringent conditions can be tuned to accommodate the home’s or building’s electric needs.

A Highly Sensitive Circuit Breaker

In some cases, the circuit breaker has been set to susceptible settings so that they can detect even the slightest fault, even a minor average variance.

For example, the manufacturer can set an AFCI circuit breaker to sensitive standards to detect another circuit’s arc. This common issue may occur in a daisy chain where the circuit breakers connect in a linear series. There may be a faulty electrical outlet you are unaware of on the circuit. It is common for multiple rooms to share a breaker in older houses.

The Breaker Encounters Power Under Different Conditions

The variation in the current is normal, but the breaker responds to it by tripping because the flow is outside the breaker’s regular operation.

Your circuit breaker is tripping because the voltage it is encountering is not within the standard operation. You will need to adjust the circuit breaker or the voltage to eliminate nuisance tripping.

The Breaker Trips with Nothing Plugged in

A breaker tripping with nothing plugged in occurs when a hot, neutral wire is touching somewhere in the circuit. The common causes include frayed or damaged electrical wires, loose connections, faulty electrical receptacles, light switches , or dimmers.

Electrical wire damage happens when:

• wiring is chewed by animals such as rats, squirrels , raccoons, etc
• wire sheathing and insulation ages and become frayed
• wires rub against sharp edges such as punch-outs with missing grommets or wire clamps

Loose connections often occur when electrical wire nuts come loose or electrical tape wears out causing wires to touch.

Defective wiring can be anywhere along the circuit, so it’s best to contact a licensed electrician to troubleshoot why the breaker is tripping.

Replacing a Bad Circuit Breaker

• Check the electrical panel to see the compatible approved circuit breaker brands. Also, make a note of the brand of the electric panel . This is to help you determine if there are upgrades they could recommend for the hardware.
• Order online or go to the hardware store and purchase the breaker of the same voltage as the one you are replacing.
• Go and open the electrical box and switch off the bad breaker. Loosen the terminals and remove the wires using a pair of needle-nosed pliers. Ensure the pliers have rubber insulated handles to avoid shock or electrocution since you will use the pliers to grab the live wires from the terminal. That is a safety measure.
• Remove the bad breaker. Replace it with the new breaker and slip its clips into place. Remember to switch off the replacement breaker.
• Next, using the pliers, hold the wiring and tighten the screws on the terminal. It is crucial to ensure that the wires and screws in the terminals are in the right place.
• Turn the breaker on and replace the electrical panel cover.

Can a Breaker Fail Without Tipping

If you have a newer electrical panel , it’s not likely for a breaker to fail and not trip. However, in older breaker boxes like Federal Pacific , the breaker failing to trip is common.

The main reason Federal Pacific was investigated by the Consumer Products Safety Commission (CPSC) was widespread structure fires involving breakers failing to trip when an electrical overload was present. They found that the circuit breaker contacts would fuse to the bus bar.

Modern breakers will trip when a failure occurs as an added layer of safety. Most older breakers did not have these safeguards.

With AFCI breakers, if the Internal sensing mechanism fails, the breaker reverts to a standard breaker. The AFCI sensor mechanism will no longer work, but the breaker would still trip from overcurrent protection. Therefore, you should test the AFCI breaker regularly.

Conclusion 

Listen to your circuit breaker . It’s alerting you of a problem when it trips. That communication could be a problem with the breaker itself, the circuit, or the amount of electric current coming into your home.

Hubert Miles is a licensed home inspector (RBI# 2556) with more than two decades of experience in inspection and construction. Since 2008, he has been serving South Carolina through his company, Patriot Home Inspections LLC. As a Certified Master Inspector, Hubert is dedicated to providing his expertise in home inspections, repairs, maintenance, and DIY projects.

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Why Does My Well Pump Keep Tripping the Breaker?

You go to turn on your water only for nothing to come out. Confused, you decide to go check your breaker box, and, sure enough, the circuit breaker on your water pump has tripped. With so many possibilities of what could have happened, it can be hard to determine which one is the culprit. We at Perry’s Pump Repair will go over the five most common reasons your water pump is tripping your breaker and how to fix it. 

5 Reasons Your Water Pump Is Tripping Your Circuit Breaker

Overloaded circuit.

This is one of the leading causes your submersible water pump will trip your breaker. Overloading is a phenomenon that happens when more energy than the circuit can handle passes through the device. The breaker prevents an overload of amperage from harming your pump or anything connected to it. If your water pump is pulling more energy than it should, this can cause the breaker to trip. 

Solution : This is something you’ll want to leave to professionals. Electricity can be extremely dangerous to mess with if you aren’t professionally trained. We suggest you call your local electrician or reach out to us to see if it’s time for a new water pump .  

Rain and Lightning

Here in Gainesville, you know we get almost daily summer thunderstorms and plenty of rain. While these weather conditions are just considered a part of everyday life in Florida, they can occasionally cause problems for your water pump. 

A direct lightning strike can cause your water pump breaker to trip. Much like an overloaded circuit, this is due to the sudden surge of voltage all at once. Rain, on the other hand, can also cause a trip in your circuit breaker. This can be a sign of deeper problems such as deteriorating seals or even FLooding in your pump. 

Solution : If your circuit breaker trips immediately after a lightning strike, you should be able to switch back on fine with no issue. If it pops again, the lightning may have caused damage to your wires, and you’ll want to call in a professional to prevent hazards like an electrical fire. If you believe rain may be the culprit, reach out to us so we can inspect and repair any damaged seals or FLooding.

Leaks in Pump 

Sometimes, your water pump or its outer shell (called the water pump housing) can develop a leak. This can be caused by several different factors such as faulty sealant or using the incorrect coolant. If a leak has developed, it may get water on its wires or inside the pump itself, causing them to short-circuit and trip the breaker. 

Solution : Since it may be hard to determine where the leak is or if it’s safe for an untrained hand to repair, leaks are best left to a professional water pump repair service like Perry’s Pump Repair. One of the best ways to solve this is to keep it from happening in the first place by having a preventative maintenance plan. 

Wiring Issues 

If you’re finding your breaker is tripping as soon as you turn it back on, it may not be an issue with the pump itself but its wiring. The wires could be fried, short-circuited, or simply not connected securely to an electrical source. Occasionally, wire damage can be caused by rodents or other pests that may have chewed through them. 

Solution : Since this is dealing with electricity, you’ll want to have an electrician check your wiring and fix any issues they may see. 

Clogged Impeller

One of the key components of your submersible water pump is its impeller. The impeller uses the energy from the motor to actually pump your water. Through normal use and wear, the impeller may become clogged, causing your circuit breaker to trip. If you’re noticing a frequently tripping breaker and a grinding noise from your water pump, a clogged impeller is likely the issue. 

Solution : Often, this is an easy fix to do at home. Identify where your water pump’s impeller is and simply remove any debris from the area. 

Call in the Professionals at Perry’s Pump Repair for All Your Water Pump Maintenance Needs

A tripped water pump circuit breaker can be quite frustrating. Not only does it indicate a problem, but it keeps water from flowing into your home. While we may not be electricians, we are well pump experts, and we can tell you what needs to happen next. We’ll help you identify what the issue is, how to fix it, and treat it to last with our warranty guarantee if we can help. Call us today to see how we can help keep your water pump properly functioning and maintained.

“Looking for a upright man to work on all your well problems? Perry’s Pump Repair is the place to call. They can help you over the phone or be on-site. We see that they are first looking out for YOU! I had some bad times with other companies selling all to me, but all I needed was one or two things. (up and running)”

Timothy Moore

“We hired Perry’s Pump Repair to install a new 4″ submersible well a few weeks back. Mr. Chris and his sweet wife answered all of our many questions … we had plenty! The communication before, during, and after the process exceeded our expectations. We appreciated that he used 100% USA parts.”

Kristina Walker

“These are guys who stayed until 10 pm in the rain and mugginess to get my well pump replaced. They might not be the cheapest outfit around but they warranty their work and their pumps. The one I had replaced was only 3 years old and not under warranty so Perry’s 5-year coverage on my new pump is comforting.”

Brad MacDonald

Anytime I have a problem with my well, I call these guys. Even in Jacksonville, they get me on the schedule as soon as they can. Always within 2 days. Each time they are courteous and quick.

Our company motto is “ Expect to be Impressed! ” Schedule your water consultation appointment today. We service all types of water needs from residential to commercial. We look forward to earning your business. Proudly serving the North Central Florida area.

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Charge Station Pro; Ground Fault trip after a couple of hours of operation

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I'm running my CSP at 80 amps (100 amp circuit breaker) and it works fine for one to three hours at which point it trips off with a pulsing red light (i.e., a ground fault). I can turn the unit off for a day or so at which point it will begin charging properly until it again trips off from a ground fault. I'm using the CSP for charging only; no backup power equipment has been installed. There is no obvious overheating. The CSP is synched with the FordPass app on my phone which is working fine. The circuit breaker has never tripped. Does anyone know what would cause this?  

Did you try searching the forum to see if your issue was described in one of the CSP discussions?  

I did. I found a thread where the installer of a 48 amp Ford charger encountered a ground fault trip with the pulsing red light, but there was no follow-up identifying what was the actual problem...  

Have you tried doing a factory reset? There is a button in the upper left corner inside of the FCSP. Not for sure this will help, but it is a place to start  

Thank you for the suggestion. Ford was able to do a factory reset for me remotely -- the FCSP connectivity to the web is fine and my FordPass app is working well. My problem is intermittent so it's difficult to diagnose.  

Poking around the internet I found where a Lightning owner in California had experienced a similar problem last summer. The resolution to his/her situation was not clear, but one of the suggestions was (paraphrased): The FCSP reporting a ground fault is localized to the connection between the Charger and the truck. It detects this via a Current Transformer Ring placed around the two supply conductors in the J1772 cable. If it detects an imbalance, the Charger makes the assumption that some current is going to ground somewhere and trips off with an error code. It will not detect ground problems upstream of the FCSP, so the problem is unlikely to be anything related to the breaker panel or to how the FCSP is connected. The issue is likely to be a defect within the FCSP, either in the sensing circuit or a problem with the handle. It could be a defect with the vehicle's charging system, e.g. if the Charger has a defect which allows some current to sneak to ground. But if other chargers work on the Lightning and the FCSP does not, this issue is likely a defect in the FCSP. Opinions on this thought would be appreciated...  

James1 said: Poking around the internet I found where a Lightning owner in California had experienced a similar problem last summer. The resolution to his/her situation was not clear, but one of the suggestions was (paraphrased): The FCSP reporting a ground fault is localized to the connection between the Charger and the truck. It detects this via a Current Transformer Ring placed around the two supply conductors in the J1772 cable. If it detects an imbalance, the Charger makes the assumption that some current is going to ground somewhere and trips off with an error code. It will not detect ground problems upstream of the FCSP, so the problem is unlikely to be anything related to the breaker panel or to how the FCSP is connected. The issue is likely to be a defect within the FCSP, either in the sensing circuit or a problem with the handle. It could be a defect with the vehicle's charging system, e.g. if the Charger has a defect which allows some current to sneak to ground. But if other chargers work on the Lightning and the FCSP does not, this issue is likely a defect in the FCSP. Opinions on this thought would be appreciated... Click to expand...

What gauge wire and is it copper? That has been an issue with some people. Instructions call for gauge 3 copper wire.  

zweare said: The most common things that trip GFCI's are water and worn or loose connections, just like mentioned in the person in California. Is your FCSP in a garage or outside? The installer, did he torque the lug settings to 60 inch pounds (L1, L2) and ground is 35 in pounds? Did the installer check the cord cable connections in the FCSP torque settings, I believe also 60 inch pounds, but not positive Have you tried charging with your mobile charger and if that works, then that would take the Lightning chargers out of the equation Just a few things to check. Click to expand...

James1 said: I'm running my CSP at 80 amps (100 amp circuit breaker) and it works fine for one to three hours at which point it trips off with a pulsing red light (i.e., a ground fault). I can turn the unit off for a day or so at which point it will begin charging properly until it again trips off from a ground fault. I'm using the CSP for charging only; no backup power equipment has been installed. There is no obvious overheating. The CSP is synched with the FordPass app on my phone which is working fine. The circuit breaker has never tripped. Does anyone know what would cause this? Click to expand...

StephenD said: Turn down the amperage setting using the app or the FCSP dial and see if it still trips. Try 60 amps or 48. Click to expand...

Turn down the amperage setting using the app or the FCSP dial and see if it still trips. Try 60 amps or 48.  

CDI TLA28NM 2-8 Nm Torqcontrol Adjustable Torque Tool CDITLA28NM

James1 said: Okay, those of you who suggested that the problem was under-torqueing the lugs (where the gauge 3 wire is connected) were correct. And 60 inch-pounds, while not much for a wrench, is a lot for a screwdriver. As it happens, under-torqueing the lugs causes excessive heat and the FCSP is designed to trip off (via a ground fault) due to excessive heat at those lugs. I solved my problem with this inexpensive device: CDI TLA28NM 2-8 Nm Torqcontrol Adjustable Torque Tool CDITLA28NM CDI TLA28NM 2-8 Nm Torqcontrol Adjustable Torque Tool www.abolox.com Although the unit is cheap, CDI Torque is owned by Snap-On, so it is very high quality. And as I mentioned, 60 inch-pounds is a lot tighter than I had expected. Thanks to all of you who weighed in on this... [/QUOTE Glad you solved your problem and reported back. Torque is a hard thing to get a ‘feel’ for with a screw driver, and as you’ve discovered, important when pushing wire at its limit for long periods of time. Click to expand...

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Waterspouts waltz over Atlantic Ocean off Palm Beach coast in new video

An afternoon thunderstorm brought a dazzling sight to the shore of Palm Beach on Thursday: Waterspouts captured in a whirling dance over the Atlantic Ocean.

A Palm Beach Police Department surveillance camera filmed the dancing pair that slowly became a trio, off-shore from the spit of sand between the Beach Club and the Palm Beach Country Club, said police spokesman Capt. Will Rothrock.

The scene was recorded at 1:48 p.m. As the twisters dance, the camera zooms in and rain can be seen pouring into the Atlantic just north of the waterspouts.

A third vortex begins to form as a thin column of twirling air that just barely disturbs the ocean's surface.

The video lasts for nearly 3 minutes as the waterspouts begin to dissipate.

What is a waterspout?

Waterspouts are essentially tornadoes that form over bodies of water, and they can form in fair and turbulent weather, according to the National Weather Service .

The waterspouts seen Thursday were tornadic waterspouts, which are associated with severe weather such as the storms that moved through Palm Beach County that afternoon. The storms triggered several National Weather Service alerts to residents for strong winds and lightning.

Thursday's waterspouts stayed off-shore, but had they moved to land, the National Weather Service would have issued a tornado warning.

Waterspout safety tips from the National Weather Service

• Listen for NOAA Weather Radio marine warnings for waterspout sightings.
• Watch the sky for certain types of clouds. In summer, watched for a line of cumulus clouds with dark, flat bases. Anytime of the year, a thunderstorm or line of thunderstorms can produce very intense waterspouts.
• If a waterspout is sighted, immediately head at a 90 degree angle from the apparent motion of the waterspout.
• Don't try to navigate through a waterspout. They are usually weaker than tornadoes but they can still produce significant damage.

Kristina Webb is a reporter for Palm Beach Daily News, part of the USA TODAY Florida Network. You can reach her at  [email protected] .  Subscribe today  to support our journalism.