When people think about electronics that can be damaged by a power surge, televisions, computers and appliances are usually some of the first things that come to mind.

Light fixtures probably aren’t.

After storms moved through our area recently, we were called to a newer home where a number of lights had stopped working. These weren’t older fixtures that had gradually begun failing. They had been working normally before the storm.

We ultimately replaced seven integrated LED fixtures, along with multiple bulbs in other fixtures throughout the home.

Once the LED fixtures were removed, some of the damage was unusually easy to see.

Caption: Visible soot and melted plastic inside an LED fixture removed following a storm and suspected surge event.

In the fixture pictured above, soot had accumulated inside the clear cover and portions of the plastic had visibly melted. When the fixture was removed and turned over, there was additional heat damage at the wiring connections.

Caption: Heat damage on the back of the LED fixture extended to the wiring connections and wire connectors.

Based on the timing of the failures, the number of lights affected at once and the condition of the damaged fixtures, our electrician determined that a surge associated with the storm was the likely cause.

It also isn’t the first time we’ve encountered damaged LED lighting while working on homes following lightning and surge events. The damage isn’t always this dramatic or visible, but failed LED fixtures are something we’ve had to replace on a number of those calls.

And that highlights something homeowners may not realize: modern light fixtures can contain sensitive electronics too.

Modern LED Fixtures Are More Than a Bulb and a Socket

Traditional residential light fixtures were relatively simple. The fixture supplied power to a replaceable incandescent or halogen bulb, and most of what was responsible for actually producing the light was contained in the bulb itself.

Many modern LED fixtures work differently.

Integrated LED fixtures don’t use a conventional replaceable light bulb. Instead, the LEDs are built directly into the fixture along with electronic components that convert and regulate the incoming power so the LEDs can operate properly.

That design has plenty of advantages. Integrated LED fixtures can be thin, energy efficient and long-lasting.

It also means there’s more going on electronically inside your ceiling light than you might expect.

What Happens During a Power Surge?

A power surge is a sudden increase in voltage in an electrical system. Some transient voltage events originate outside the home, while others can originate within the electrical system as equipment switches on and off.

Storms and lightning can produce much larger electrical disturbances.

When excessive voltage reaches sensitive electronic components, it can damage components that weren’t designed to withstand it. Depending on the circumstances, that damage may cause something to fail immediately or may weaken components without producing an obvious failure right away.

And the evidence isn’t always as visible as it was in these fixtures.

Sometimes we remove a failed LED fixture following a surge event and find obvious heat damage. Other times, the fixture simply no longer works.

One light fixture failing doesn’t necessarily indicate a power surge.

LED fixtures can fail for a number of reasons, just as switches, receptacles, breakers and other electrical components can. Part of electrical troubleshooting is determining whether the device that stopped working is actually the source of the problem.

But when several lights or electronic devices suddenly fail around the same time, particularly during or immediately following a storm or known electrical event, that becomes useful information.

In this case, seven integrated LED fixtures and multiple conventional light bulbs were affected.

That’s very different from one fixture reaching the end of its service life.

When we’re troubleshooting electrical problems after a storm, the number and type of devices affected can help us understand whether we’re looking at several unrelated failures or the effects of a larger event involving the home’s electrical system.

Surge Damage Isn’t Limited to TVs and Computers

Modern homes contain considerably more electronics than they did several decades ago.

Some are obvious: televisions, computers, gaming systems and other electronics plugged into receptacles.

Others aren’t necessarily things homeowners think of as electronic equipment.

LED lighting, HVAC equipment, appliances, smart switches, controls and numerous other devices can contain electronic components. Even equipment that seems relatively simple from the outside may have circuit boards or electronic controls inside.

That means protecting a modern home’s electronics involves considerably more than putting a surge strip under the computer desk.

The LED fixtures in these photos were hardwired directly into the home’s electrical system. A plug-in surge protector wouldn’t have provided any protection for them.

Where Whole-Home Surge Protection Comes In

A whole-home surge protective device is installed at the electrical service or panel and is designed to help limit transient overvoltages before they travel farther through the home’s electrical system.

This is also why surge protection has become part of modern electrical code requirements for dwelling-unit services.

Whole-home surge protection isn’t an impenetrable shield, and no surge protective device can guarantee that equipment won’t be damaged during every possible electrical event. A nearby or direct lightning event, for example, can involve enormous amounts of energy.

The purpose of surge protection is to reduce exposure to damaging transient voltage and provide another layer of protection for the electrical and electronic equipment throughout the home.

That’s an important distinction. We don’t think it’s useful to tell homeowners that installing one device makes their house “lightning proof.” It doesn’t.

But that doesn’t mean surge protection isn’t valuable.

Surge Protection Can Be Layered

Whole-home and point-of-use surge protection don’t necessarily serve as substitutes for one another. They can work as different layers of protection.

A whole-home surge protective device provides protection at the electrical-system level. Quality point-of-use surge protectors can provide another layer near sensitive equipment plugged into receptacles.

There can also be other pathways into electronic equipment. Data, communication and other low-voltage cabling may require their own appropriate surge protection where protection is needed.

The appropriate approach depends on the home and the equipment being protected.

What Should You Do After a Storm if Electrical Equipment Stops Working?

If a single light doesn’t work, the problem may be as simple as a failed bulb or fixture.

If multiple lights, appliances or electronic devices suddenly stop working after a storm, however, make note of everything that was affected.

That information can be extremely helpful when an electrician begins troubleshooting.

You may notice that several lights stopped working, a GFCI won’t reset, an appliance behaves differently, electronics rebooted during the storm, or breakers tripped. Those symptoms don’t automatically prove that a surge occurred, but together they can provide useful clues about what happened.

And if there is visible melting, scorching, an electrical burning odor or other evidence of heat damage, the affected equipment should be evaluated rather than simply turned back on to see what happens.

Modern Homes Have Electronics in Places You May Not Expect

The fixtures we removed from this home are a particularly visible example of something we encounter regularly in modern electrical systems.

A ceiling light doesn’t necessarily consist of a socket, a couple of wires and a replaceable bulb anymore. It may contain electronic components of its own.

That’s true of more and more equipment throughout today’s homes.

Surge protection can’t guarantee that nothing will ever be damaged, particularly during severe electrical events. What it can do is provide an important layer of protection by limiting transient overvoltages before they reach equipment throughout the electrical system.

So when we talk about protecting a home’s electronics from power surges, we’re talking about considerably more than televisions and computers.

Sometimes we’re talking about the lights over your head, too.

Frequently Asked Questions About Power Surges and LED Lighting

Can a power surge damage LED light fixtures?

Yes. Modern LED fixtures contain electronic components that can be damaged by transient overvoltage. Depending on the severity of the event, the fixture may stop working immediately, suffer visible heat damage, or fail without obvious external signs of damage.

Why are LED lights vulnerable to power surges?

Integrated LED fixtures contain electronic components that convert and regulate incoming power for the LEDs. Unlike a traditional fixture with a simple socket and replaceable bulb, those electronics are built into the fixture itself and can be affected by abnormal voltage.

How can I tell if a power surge damaged my lights?

A failed light by itself doesn’t necessarily indicate surge damage. However, multiple lights or electronic devices failing at approximately the same time, particularly during or after a storm or other electrical event, can be an important clue. Visible scorching, melting or other heat damage may also be present, although surge damage isn’t always visible.

Can a power surge damage a light fixture without tripping the breaker?

Yes. A circuit breaker primarily protects the circuit conductors from excessive current caused by conditions such as overloads and short circuits. A brief voltage transient can damage sensitive electronics without creating the sustained overcurrent condition necessary to trip a standard circuit breaker.

Will a whole-home surge protector prevent all surge damage?

No. A whole-home surge protective device is designed to limit transient overvoltages, reducing the amount of surge energy that travels farther into the home’s electrical system. It provides an important layer of protection, but no surge protective device can guarantee that equipment will survive every possible electrical event, particularly severe lightning events.

Does a plug-in surge protector protect hardwired LED fixtures?

No. A plug-in surge protector only provides protection for equipment connected through that device. Hardwired equipment such as integrated ceiling fixtures isn’t connected through a plug-in surge protector. Whole-home surge protection provides protection at the electrical-system level and can therefore help protect hardwired equipment as well.

Should I call an electrician if several lights stop working after a storm?

If multiple lights, fixtures, appliances or other electrical devices stop working following a storm, having the electrical system evaluated is a good idea. Tell the electrician everything you noticed, even if some of the symptoms seem unrelated. The pattern of failures can provide useful information when determining what happened.

Do damaged integrated LED fixtures have to be replaced?

Often, yes. Unlike a traditional fixture where a failed bulb can simply be replaced, the LEDs and associated electronics in an integrated fixture are part of the fixture itself. Whether an individual component can be serviced depends on the fixture’s design, but residential integrated LED fixtures are commonly replaced when their internal electronics fail.

DeGraaf Electrical Service provides electrical troubleshooting, repairs and whole-home surge protection throughout Pace, Milton, Pensacola and surrounding Northwest Florida communities. We are insured and operate under Florida Electrical Contractor License #EC13010255.

When people think about the skilled trades, it’s easy to picture the physical side of the work: tool belts, ladders, trenches, attics, service vans and people building or repairing things with their hands.

All of that is certainly part of it. National Tradesmen Day was a few days ago, and we wanted to take the opportunity to talk about another part of skilled labor that isn’t always as visible: the knowledge behind the work.

The word skilled matters.

For electricians, plumbers, HVAC technicians, mechanics, carpenters, welders and other tradespeople, learning the job takes years. And even after someone becomes proficient in their trade, the learning doesn’t really stop.

Becoming an Electrician Takes Years

Electricians don’t simply learn how to install receptacles, switches and lights and then head out on their own.

An electrical apprenticeship combines classroom education with years of on-the-job training. Apprentices learn electrical theory, wiring methods, calculations, safety practices and how to navigate the National Electrical Code. At the same time, they’re working alongside more experienced electricians and learning how those concepts apply in the real world.

And there is quite a lot of real world to learn.

Reading about a circuit in a textbook is one thing. Opening a box in a 50-year-old house that has been repaired, remodeled and altered several times over its lifetime can be something else entirely.

Knowing how an electrical system is supposed to work provides the foundation. Experience teaches you to recognize all the different ways someone may have actually put it together.

The Code Book Is There for a Reason

The National Electrical Code is not exactly light reading.

It contains hundreds of pages addressing electrical installations ranging from ordinary residential wiring to specialized equipment and systems. Electricians have to understand not only individual requirements but also when those requirements apply, how different sections of the Code interact and how changes from one Code cycle affect the work being performed.

They don’t memorize every sentence of the NEC—and they don’t need to. An important part of becoming knowledgeable in the trade is learning how to navigate it, where to look for information and how to correctly apply what you find to the situation in front of you.

Electrical codes also change over time. Products change. Technology changes. The electrical demands we place on our homes change.

The learning doesn’t end when an apprenticeship does.

Troubleshooting Requires a Different Kind of Knowledge

Some electrical work has an obvious beginning and end. A customer needs a new circuit for an appliance, an EV charger installed or a panel replaced.

Troubleshooting is different.

A customer may simply tell us, “This outlet stopped working,” or “My breaker keeps tripping.” That tells the electrician what the symptom is. It doesn’t necessarily tell them where the problem is.

The failed receptacle may be exactly where the problem is—or the actual problem may be another connection somewhere upstream on the circuit. A breaker may be defective, or it may be doing exactly what it is supposed to do because an appliance, damaged conductor, loose connection or overloaded circuit is causing it to trip.

Sometimes one loose neutral connection can cause problems that appear throughout a home.

Finding those problems requires testing and an understanding of how the circuit works, but experience matters too. Every problem an electrician encounters adds to the mental library of things they’ve seen before.

That’s one of the less visible parts of skilled work. Sometimes a repair only takes a short amount of time because the person making it has spent years learning how to figure out what needs to be repaired.

The Work Is Physical, Too

Of course, none of that makes the physical part disappear.

Electrical work can mean spending hours in an attic during a Northwest Florida summer, digging trenches for underground electrical work, working from ladders, crawling into tight spaces, pulling heavy conductors or carrying equipment back and forth from the service van.

Some days our guys are troubleshooting a receptacle in an air-conditioned home. Other days they’re replacing electrical service equipment outside in the heat. The next job might put them in an attic trying to trace a damaged wire that doesn’t particularly want to be found.

Being knowledgeable about the work doesn’t make those parts any less demanding.

Good Tradespeople Also Learn From Each Other

One of the valuable things about working in a trade is that not everything you learn comes from a textbook.

An apprentice can learn from a journeyman who has already encountered a particular problem. Someone comes across an unusual installation and brings it up with the rest of the crew. One electrician knows a trick for tracing a difficult circuit that another hasn’t used before.

Tradespeople also regularly work alongside other trades.

As electricians, we interact with HVAC technicians, plumbers, pool and hot tub companies, general contractors and plenty of others. Knowing where one trade’s responsibility ends and another begins—and being able to communicate with the people doing that work—is part of getting a project completed correctly.

No one reaches a point where they’ve seen absolutely everything.

Skilled Labor Is More Than the Time Spent on the Job

Customers understandably see the portion of the work that happens at their home or business.

What they don’t necessarily see are the years that came before it: classroom hours, apprenticeship training, thousands of hours in the field, Code books, mistakes corrected under the supervision of someone more experienced, unfamiliar problems worked through and years of seeing how electrical systems behave in the real world.

That accumulated knowledge is part of the service a skilled tradesperson provides.

The same is true across the trades. When a good HVAC technician diagnoses a problem quickly, a mechanic recognizes a sound, or an experienced carpenter knows how to approach something unusual in an older building, they’re drawing on years of knowledge that aren’t necessarily visible in the finished job.

Recognizing the People Behind the Trades

National Tradesmen Day gives us an opportunity to recognize the people who have chosen to build that knowledge and put it to work every day.

We’re especially appreciative of our own crew at DeGraaf Electrical Service and the time they’ve invested in learning their trade. We also appreciate the many other tradespeople and local companies we work alongside throughout Pace, Milton, Pensacola and the surrounding Northwest Florida communities.

There’s a lot more behind skilled work than what you see when the service van pulls into the driveway.

And this seems like a good time to recognize it.

When something electrical stops working, the obvious assumption is usually that the thing that stopped working is the problem. An outlet doesn’t have power, so the outlet must be bad. A breaker keeps tripping, so maybe the breaker needs to be replaced. A light isn’t working, so there must be something wrong with the fixture.

Sometimes it really is that simple. Quite often, it isn’t.

Electrical circuits are interconnected, and a problem at one point in a circuit can cause symptoms somewhere else entirely. A loose connection at one receptacle can affect other devices downstream. A breaker that keeps tripping may be doing exactly what it is designed to do because something else on the circuit has failed. Flickering lights throughout a home can sometimes be traced back to a single loose neutral connection.

That’s why electrical troubleshooting is less about replacing whatever appears to be broken and more about determining why the problem is happening in the first place.

Where Electrical Troubleshooting Starts

When we arrive for a troubleshooting call, one of the first things our electrician will usually do is ask the homeowner to describe what’s happening—even if they already explained everything to us when they scheduled the appointment.

There’s a reason we ask again.

Something may have changed since the original call. An outlet that wasn’t working yesterday may have started working intermittently. Another light may have begun flickering. A breaker may have tripped again. The homeowner may also have noticed a detail they didn’t think was important when they first called.

Those details can help determine where it makes the most sense to start looking.

There isn’t one universal checklist that begins at the electrical panel and works through the house in the same order every time. Troubleshooting depends on the symptoms.

If a receptacle isn’t working, for example, it generally makes sense to start there. We can remove the receptacle and look for physical damage, loose terminations or damaged conductors in the box, and test whether power is actually reaching it.

If there’s proper power in the box but the receptacle isn’t functioning, the receptacle itself may simply have failed. If there’s no power there, replacing the receptacle isn’t going to solve anything. Now we have to work backward and determine where the power was lost and why.

That distinction is a big part of troubleshooting.

Sometimes the Problem Really Is the Device

Receptacles, switches, breakers and light fixtures don’t last forever.

We regularly find switches that have begun to fail internally or have poor connections at their terminals. GFCI receptacles can fail and refuse to reset. Standard receptacles can wear out or become damaged. Circuit breakers can eventually fail as well.

Lighting has its own set of possibilities. If an older fluorescent fixture stops working, for example, the problem may be a failed ballast rather than the wiring supplying it. Depending on the fixture and its condition, we will often recommend retrofitting older fluorescent lighting to LED rather than investing in aging fluorescent components.

In cases like these, troubleshooting may be relatively straightforward.

But the same symptoms can also have considerably less obvious causes.

When the Problem Is Somewhere Else on the Circuit

A dead outlet doesn’t necessarily mean there’s anything wrong with that outlet.

If power isn’t reaching it, the problem may be at another point on the circuit. A connection can loosen. Another device can fail. A conductor can be damaged. Somewhere along the path between the electrical panel and the device that isn’t working, continuity or power has been lost.

Finding that point can take considerably longer than repairing it once it’s found.

This is especially true when the problem is hidden. Damage to wiring in an attic, for example, can be much more difficult to locate than a visibly damaged receptacle sitting directly in front of us.

Older wiring methods can add another layer to the process. Switch loops and other wiring configurations that were commonly used in the past don’t necessarily resemble the way someone might expect the circuit to be arranged today. Add decades of repairs, renovations and alterations by previous homeowners, handymen or contractors, and tracing a circuit can sometimes become a project of its own.

That’s one reason the amount of time required for troubleshooting can vary so much. Two customers can call us with what sounds like exactly the same problem—“this outlet doesn’t work”—and have two completely different causes.

A Tripping Breaker Doesn’t Automatically Mean a Bad Breaker

Repeatedly tripping breakers are another good example.

Sometimes the breaker itself has failed and needs to be replaced. But a breaker can also trip because of a loose connection, a failed receptacle or another problem on the circuit.

And sometimes there isn’t a failed electrical component at all.

A kitchen circuit being asked to supply a countertop microwave, air fryer, coffee maker and toaster at the same time can simply be overloaded. In that situation, the breaker is doing its job by opening the circuit when the load exceeds what the circuit is designed to carry.

Replacing it with a larger breaker is not an appropriate solution unless the conductors and entire circuit are designed for that larger overcurrent protection. The breaker is there to protect the circuit wiring, and increasing its size without addressing the actual problem can allow the conductors to carry more current than they are intended to handle.

The important question isn’t simply “Why does this breaker keep tripping?” It’s “What is happening on this circuit that is causing it to trip?”

Loose Connections Can Cause Problems Far From the Source

Loose connections are another problem we encounter fairly regularly, particularly loose neutrals.

Depending on where that connection is located, the symptoms may affect one circuit or appear throughout a much larger portion of the home. Lights may flicker, electronics may behave unpredictably, or power may seem to come and go.

We recently encountered a particularly good example of this. A homeowner was experiencing flickering lights along with computers and printers repeatedly losing power and rebooting. Because the symptoms were occurring throughout the house, the homeowner initially suspected a problem with the utility’s equipment.

The problem ultimately traced back to a loose neutral connection at a split-bolt connector. The poor connection had been arcing and generating enough heat to badly damage the connector.

One failed connection created symptoms that appeared throughout the home.

That’s also why simply replacing whichever device appears to be malfunctioning isn’t always an effective approach. The visible symptom and the actual source of the problem may be nowhere near each other.

Sometimes the Electrical System Isn’t the Problem

Troubleshooting also occasionally ends with us determining that there isn’t an electrical repair for us to make.

If an HVAC unit isn’t operating, for example, we can determine whether the appropriate power is reaching the equipment. If the electrical supply is correct but the unit itself isn’t functioning, the next call may need to be to an HVAC company rather than an electrician.

The same thing happens with appliances. A refrigerator or microwave that suddenly stops working may make a homeowner understandably suspect the receptacle or circuit. Sometimes we test it and find that the electrical supply is perfectly fine—the appliance itself has failed.

We’ve even had a call for a repeatedly tripping breaker that ultimately turned out to be caused by a refrigerator that was failing. There was nothing wrong with the circuit. The refrigerator was causing the breaker to trip.

It may not be the answer the homeowner was hoping for, but ruling out the home’s electrical system is still an answer. It prevents someone from paying for electrical repairs they don’t need and gives them a clear direction for what to do next.

Newer Electrical Protection Can Reveal Problems With Older Appliances

Another situation we sometimes encounter involves older appliances being used in newer homes.

Modern residential circuits have considerably more GFCI and AFCI protection than homes built under older electrical codes. Those devices are designed to respond to certain conditions that an ordinary circuit breaker may not detect.

An older appliance with an aging motor, deteriorating components or leakage current may have operated for years on an older circuit without an apparent problem and then begin causing an AFCI- or GFCI-protected circuit to trip.

That doesn’t automatically mean the new breaker or GFCI is defective. Sometimes the newer protective device is responding to a condition created by the older appliance.

Again, the goal of troubleshooting is to figure out which side of that equation actually has the problem before replacing anything.

Why Experience Matters in Electrical Troubleshooting

Electrical troubleshooting requires knowing how a circuit is supposed to work, but it also requires recognizing the many ways it can go wrong.

Homes in the Pace, Milton and Pensacola area weren’t all built at the same time or under the same version of the electrical code. Over the years, they may also have had additions, renovations, panel replacements, DIY work and repairs performed by any number of different people.

The electrician standing in front of a dead receptacle today may be looking at the end result of several decades of changes.

Testing provides the information needed to narrow down the problem, but experience helps make sense of those results and determine where to look next. Sometimes the answer is apparent within a few minutes. Other times, finding one bad connection requires tracing a circuit through several devices or tracking wiring through parts of the house that aren’t particularly easy to access.

That’s the nature of troubleshooting: finding the problem can sometimes take considerably longer than fixing it.

When to Call an Electrician for an Electrical Problem

Not every electrical oddity means something catastrophic is happening, and I don’t think it’s helpful to tell homeowners that every flickering light or tripped breaker is an impending fire.

It is worth paying attention when something changes, though.

An outlet that suddenly stops working, a GFCI that won’t reset, a breaker that repeatedly trips, lights that begin flickering without an obvious reason, switches or receptacles that become warm, intermittent power, buzzing or signs of overheating are all reasonable reasons to have the problem investigated.

And if a breaker trips again after being properly reset, repeatedly resetting it without determining why it is tripping isn’t a solution.

Electrical Troubleshooting in Pace, Milton and Pensacola

DeGraaf Electrical Service provides residential electrical troubleshooting and repairs throughout Pace, Milton, Pensacola and the surrounding areas.

We are insured and operate under Florida Electrical Contractor License #EC13010255. Florida contractor licenses can be verified through the Florida Department of Business and Professional Regulation.

If something in your home’s electrical system isn’t working the way it should and you don’t know why, give us a call at (850) 995-4227.

Frequently Asked Questions About Electrical Troubleshooting

Why does an outlet suddenly stop working?

There are several possibilities. The receptacle itself may have failed, a connection may have come loose, a GFCI protecting the circuit may have tripped, or power may have been lost somewhere else on the circuit. An electrician can test whether power is reaching the receptacle and, if it isn’t, trace the circuit to determine where the problem begins.

Why won’t my GFCI outlet reset?

A GFCI that won’t reset doesn’t necessarily mean the GFCI itself is bad. The device may have failed, but it may also be detecting a problem on the circuit or may not have the power it needs to reset. Troubleshooting helps determine whether the GFCI needs to be replaced or whether something else is causing the problem.

Why does my circuit breaker keep tripping?

A breaker can trip for several reasons, including an overloaded circuit, a loose or damaged connection, a problem with a device or appliance on the circuit, damaged wiring, or a failing breaker. Repeatedly resetting the breaker doesn’t address whatever is causing it to trip. If it continues happening, the cause should be investigated.

Can I just replace a tripping breaker with a larger one?

No. A larger breaker should not be installed simply to stop a circuit from tripping. Breakers are sized to protect the conductors and equipment on the circuit. Increasing the breaker size without verifying that the entire circuit is designed for it can allow the wiring to carry more current than it is rated for and create a fire hazard.

Why are my lights flickering if the bulbs are good?

The problem may be at the fixture, switch or another connection on the circuit. If lights are flickering in several areas of the home, the cause may be farther upstream and can sometimes involve a loose neutral or another connection affecting multiple circuits. The pattern of the flickering—and what else in the home is affected—can provide important clues during troubleshooting.

Why does my breaker trip when I use several kitchen appliances at once?

Countertop appliances can draw a surprising amount of power. Running a microwave, air fryer, toaster and coffee maker at the same time can exceed the capacity of the circuit they’re sharing. In that situation, the breaker may simply be doing its job. If you’re regularly running into this problem, an electrician can determine what is on the circuit and whether additional circuits would be appropriate.

Why does an older appliance trip the breaker in my newer house?

Newer homes have AFCI and GFCI protection in more locations than older homes did. An older appliance with an aging motor, deteriorating components or leakage current may cause one of these protective devices to trip even though the appliance appeared to operate normally on an older electrical system. Troubleshooting can help determine whether the problem is with the circuit, the protective device or the appliance itself.

How long does electrical troubleshooting take?

It depends entirely on the problem. Sometimes the cause is apparent fairly quickly, such as a failed receptacle or loose connection directly behind a device. Other problems require tracing a circuit through multiple devices, testing connections or locating wiring in attics and other difficult-to-access areas. Two homes with the same apparent symptom can require very different amounts of troubleshooting to find the cause.

What happens if the electrician determines the electrical system isn’t the problem?

That happens sometimes. If we verify that the proper power is reaching an appliance or piece of equipment but the equipment still isn’t operating, the problem may be with the equipment itself. At that point, you may need an appliance repair technician, HVAC contractor or another appropriate trade. Knowing that the electrical supply is working properly at least eliminates one possible cause and helps determine what to do next.

What information should I give the electrician about an electrical problem?

Tell us everything you’ve noticed, even if you aren’t sure it’s related. When the problem started, whether it’s constant or intermittent, what was running when it happened, which rooms or devices are affected, whether a breaker or GFCI has tripped, and whether anything has changed since you first noticed the problem can all be useful. You don’t need to diagnose it yourself—that’s what troubleshooting is for.

When homeowners think about electrical problems, they usually picture a breaker tripping or an outlet that suddenly quits working. But some of the most frustrating—and potentially dangerous—electrical issues are caused by something much less obvious: a loose electrical connection.

Recently, we were called to a home where the lights were flickering, computers and printers were randomly shutting off and rebooting, and electrical issues were happening throughout the house. The homeowner had even contacted the utility company first, thinking the problem might be on their end.

It wasn’t.

The cause was a single loose neutral connection.

When we found the connection, it was easy to see what had been happening. The loose splice had been arcing, generating heat every time electricity tried to pass through it. The split bolt connector had become badly damaged from the repeated arcing, and the insulation around the splice had burned away.

Why a Loose Connection Is a Problem

Electricity doesn’t like resistance.

When a connection isn’t tightened properly, current has to jump tiny gaps instead of flowing smoothly through solid metal-to-metal contact. That jumping of electricity is called arcing, and it produces heat—sometimes a surprising amount of it.

Over time, that heat can:

• Damage the connector itself
• Burn insulation from the conductors
• Cause intermittent power problems
• Damage sensitive electronics
• In severe cases, create a fire hazard

The connection may still work… until it doesn’t. That’s why loose connections often create strange, inconsistent symptoms that seem impossible to track down.

Why the Entire House Was Affected

In this case, the loose connection was on the home’s neutral conductor.

The neutral carries the return current for many of the circuits throughout your home. When that connection becomes loose, voltage can become unstable, causing lights to flicker, electronics to behave unpredictably, and equipment to shut down or restart.

Because the symptoms appear in multiple rooms at once, many homeowners assume the utility company is having problems or that their entire electrical system is failing.

Sometimes the cause is simply one loose connection.

Can This Be Prevented?

Many loose connections develop slowly over time due to years of heating and cooling, vibration, corrosion, or a connection that simply wasn’t tightened properly during installation.

While there isn’t much a homeowner can do to inspect hidden electrical connections, there are warning signs you shouldn’t ignore:

• Lights flicker throughout the house.
• Electronics randomly reboot or lose power.
• Multiple circuits seem to have strange problems at the same time.
• You notice buzzing sounds or the smell of hot electrical insulation.
• Problems come and go without an obvious pattern.

These symptoms deserve attention sooner rather than later.

The Bottom Line

A loose electrical connection may seem minor, but it can lead to everything from annoying flickering lights to damaged equipment and, in some cases, a serious fire hazard.

If you’re experiencing electrical issues throughout your home—especially flickering lights or intermittent power—it’s worth having the problem checked before a small connection becomes a much bigger one.

Sometimes the solution is much simpler than you think.

Frequently Asked Questions

Can a loose neutral really affect the entire house?

Yes. Depending on where the loose neutral is located, it can cause voltage fluctuations that affect multiple circuits throughout the home.

Why do my lights flicker but the breaker never trips?

Breakers are designed to protect wiring from excessive current—not loose connections. A loose connection can create heat and intermittent power without drawing enough current to trip the breaker.

Is a loose electrical connection a fire hazard?

It can be. Loose connections create resistance, and resistance creates heat. If left uncorrected, that heat can damage insulation and surrounding materials.

Should I call the power company first?

If the issue affects the entire neighborhood or there are obvious utility problems, contacting the power company makes sense. But if the problem is limited to your home, an electrician can determine whether the issue is inside your electrical system or on the utility side.

Can I tighten the connection myself?

Electrical connections should only be serviced after they have been properly de-energized and verified safe to work on. If you’re unsure where the problem is coming from, it’s safest to have it evaluated by a qualified electrician.

Last week, we shared a fun fact that surprises a lot of homeowners:

Circuit breakers don’t actually protect your appliances—they protect the wiring inside your walls.

That naturally leads to another question.

If a breaker is protecting your home’s wiring, what should you do when it trips?

The good news is that a tripped breaker doesn’t automatically mean there’s a serious electrical problem. In many cases, it simply means the breaker did exactly what it was designed to do.

Knowing how to properly reset a breaker—and knowing when not to—can save you time while helping keep your home’s electrical system safe.

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First, What Does a Tripped Breaker Look Like?

One of the biggest misconceptions is that a tripped breaker flips completely to the OFF position.

Usually, it doesn’t.

Instead, it stops somewhere between ON and OFF. Depending on your panel, it may only be slightly out of line with the other breakers, making it easy to overlook.

If one area of your home suddenly loses power, it’s worth taking a careful look at your electrical panel before assuming something more serious has happened.

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How to Safely Reset a Tripped Breaker

Step 1: Locate the Tripped Breaker

Open your electrical panel and find the breaker that’s sitting between the ON and OFF positions.

Sometimes it’s only slightly moved, so compare it with the breakers around it.

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Step 2: Push the Breaker Completely to OFF

This is the step many people miss.

Before the breaker can be turned back on, its internal mechanism has to be reset.

Push the handle firmly all the way to the OFF position until you feel it click.

If you try to move it directly from the middle position back to ON, it usually won’t reset.

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Step 3: Turn the Breaker Back ON

Once you’ve fully reset it, move the breaker firmly back to the ON position.

If everything is normal, power should return to the affected outlets, lights, or equipment.

If the breaker stays on, there’s a good chance it simply tripped because the circuit was temporarily overloaded.

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Why Do Breakers Trip?

As we mentioned in last week’s fun fact, a breaker’s job is to protect the wiring inside your home—not the appliance that’s plugged into it.

Every circuit in your home is wired with conductors designed to safely carry a specific amount of electrical current.

When too much current flows through those wires, they begin to heat up.

If that continues, the insulation around the wiring can be damaged, creating a potential fire hazard.

That’s where your breaker comes in.

It constantly monitors the current flowing through the circuit. If it detects an overload, short circuit, or certain electrical faults, it shuts the power off before the wiring can overheat.

In other words, a tripped breaker is often a sign that your electrical system is doing exactly what it was designed to do.

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Common Reasons a Breaker Trips

There isn’t just one reason a breaker might trip.

Some of the most common include:

• Too many devices operating on the same circuit
• A faulty appliance
• Damaged extension cords
• Loose electrical connections
• Ground faults
• Arc faults
• Short circuits

Sometimes the cause is obvious. Plugging in a space heater, microwave, and coffee maker on the same kitchen circuit, for example, can easily overload it.

Other times, the cause isn’t nearly as obvious and requires troubleshooting to locate.

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What If the Breaker Trips Again?

If the breaker immediately trips after you’ve reset it, resist the temptation to keep turning it back on.

A breaker that trips repeatedly is usually telling you that something still isn’t right.

Start by unplugging anything on that circuit that you can safely disconnect. Then try resetting the breaker again.

If it now stays on, plug your devices back in one at a time until you find the one causing the problem.

If the breaker continues tripping even with everything unplugged, the issue is likely somewhere within the circuit itself and should be inspected.

Repeatedly forcing a breaker back on without addressing the cause can allow an electrical problem to get worse.

If the breaker continues tripping even with everything unplugged, the issue is likely somewhere within the circuit itself and should be inspected.

Whatever you do, don’t try to “solve” the problem by installing a larger breaker.

A Bigger Breaker Is Not the Solution

One mistake we occasionally hear about is the idea of replacing a tripping breaker with a larger one—for example, swapping a 20-amp breaker for a 30-amp breaker.

This is not a safe fix and can create a serious fire hazard.

Remember what we talked about earlier: the breaker’s job is to protect the wiring inside your walls.

The wiring on a circuit is sized to safely carry a certain amount of current. The breaker is selected to match that wiring.

If you install a larger breaker without also replacing the wiring with conductors designed for that higher amperage, the breaker may allow more current to flow than the wiring was designed to safely handle. Instead of tripping when it should, the wiring can overheat inside the walls before the breaker ever turns off the power.

In other words, installing a larger breaker doesn’t solve the overload—it simply removes the protection the wiring was designed to have.

If a breaker keeps tripping, the solution is to determine why it’s tripping. That could mean reducing the electrical load on the circuit, repairing a wiring problem, replacing a faulty breaker if it has failed, or installing a new dedicated circuit when the existing one simply isn’t designed to handle today’s electrical demand.

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A Quick “Did You Know?”

💡 A breaker isn’t trying to save your microwave, television, coffee maker, or vacuum cleaner.

Its primary purpose is to keep the wiring hidden behind your drywall from carrying more electrical current than it’s designed to handle.

That’s why it’s important to pay attention when a breaker trips. It’s often giving you valuable information about what’s happening on that circuit.

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Older Homes Can Face Different Challenges

If you live in an older home, repeated breaker trips don’t necessarily mean something is broken.

Many homes were built long before today’s electrical demands.

Large televisions, gaming systems, computers, air fryers, microwaves, refrigerators, portable air conditioners, EV chargers, and countless other modern conveniences all add electrical load that older homes weren’t originally designed to support.

Sometimes the solution is simply redistributing devices across different circuits.

Other times, installing a dedicated circuit or upgrading part of the electrical system provides a safer, more reliable long-term solution.

When Should You Call an Electrician?

It’s a good idea to have a breaker inspected if it:

• Won’t reset
• Trips immediately after being reset
• Trips repeatedly over several days or weeks
• Feels unusually warm
• Makes buzzing or crackling sounds
• Shows signs of burning or discoloration
• Controls equipment that suddenly stopped working for no obvious reason

Remember, the breaker itself often isn’t the problem.

More often than not, it’s simply doing its job by protecting the wiring from a problem somewhere else in the circuit.

We’re Happy to Help

If you’ve tried resetting your breaker and it still won’t stay on—or you’re experiencing frequent breaker trips—we’re happy to help.

At DeGraaf Electrical Service, we troubleshoot residential electrical problems every day throughout Pace, Milton, Pensacola, Gulf Breeze, Navarre, Cantonment, Molino, Jay, Pensacola Beach, and the surrounding areas.

Whether it’s an overloaded circuit, a faulty breaker, or a wiring issue, we’ll identify the cause and explain your options before any work begins.

Need a free estimate?

📞 Call (850) 995-4227

Licensed (EC13010255) & Insured

Frequently Asked Questions About Tripped Breakers

Why did my breaker trip?

A breaker trips when it detects a condition that could damage the wiring on that circuit. Common causes include overloaded circuits, faulty appliances, short circuits, ground faults, or arc faults. In many cases, the breaker is doing exactly what it was designed to do—protecting your home’s electrical wiring.

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Why won’t my breaker reset?

The most common reason is that the breaker wasn’t pushed completely to the OFF position before being turned back ON.

If you’ve done that and it still won’t reset, unplug everything on that circuit and try again. If the breaker continues to trip or won’t stay on, there may be a wiring problem, a faulty appliance, or another electrical issue that should be inspected.

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Is it normal for a breaker to trip occasionally?

Yes. A breaker can trip occasionally if a circuit becomes temporarily overloaded.

However, if the same breaker trips repeatedly, it’s a sign that something needs attention. Repeated trips should not be ignored.

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Can I replace a 20-amp breaker with a 30-amp breaker?

No.

Simply installing a larger breaker is not a safe solution to an overloaded circuit.

Breakers are selected to match the size of the wiring they’re protecting. Installing a larger breaker without upgrading the wiring can allow the wires to overheat before the breaker trips, creating a potential fire hazard.

If a breaker keeps tripping, the cause should be identified and corrected rather than bypassing the protection.

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Why does my breaker trip when I use my microwave, air fryer, or space heater?

These appliances draw a significant amount of electrical current.

If multiple high-power appliances are operating on the same circuit, the total electrical load may exceed what the circuit is designed to handle, causing the breaker to trip.

Sometimes redistributing appliances solves the problem. In other cases, installing a dedicated circuit may be the best long-term solution.

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Can a breaker wear out?

Yes.

Although breakers are designed to last for many years, they can eventually fail due to age, repeated tripping, corrosion, or internal mechanical wear.

A licensed electrician can determine whether the breaker itself has failed or whether another issue is causing the problem.

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Is it safe to keep resetting a breaker?

If a breaker trips once because of a temporary overload, resetting it is usually fine.

If it trips repeatedly, however, continually resetting it without identifying the cause is not recommended. The breaker is telling you there’s a problem that needs to be addressed.

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Many homeowners are surprised to learn that electrical work in Florida is heavily regulated. While a handyman may be able to perform certain maintenance and repair tasks, electrical contracting is generally regulated by the Florida Department of Business and Professional Regulation (DBPR) and the Electrical Contractors’ Licensing Board.

When homeowners need a ceiling fan installed, a light fixture replaced, or a new receptacle added, it can be tempting to hire the least expensive person available. However, electrical work involves life safety systems and carries risks that extend beyond the immediate project.

Why Does Florida Require Electrical Licensing?

Florida requires electrical contractors to be licensed because electrical systems have the potential to cause injury, property damage, and fires when improperly installed.

The purpose of contractor licensing is to help protect the health, safety, and welfare of Florida residents by establishing minimum standards for education, experience, testing, insurance, and continuing education. State law requires electrical contracting to be performed by properly licensed electrical contractors unless a specific exemption applies.

Becoming a Licensed Electrical Contractor Is Not Simple

Many homeowners never see the amount of work required to become and remain a licensed electrical contractor.

Licensed electrical contractors must meet state requirements that can include documented experience, examinations, application fees, insurance requirements, license renewal fees, and continuing education requirements. Florida-certified electrical contractors must also complete continuing education to maintain active licensure.

In addition, licensed contractors are required to maintain insurance coverage required by the state, including liability insurance and workers’ compensation coverage or approved exemptions where applicable. Failure to maintain required coverage can result in disciplinary action or loss of licensure.

Why Does This Matter to Homeowners?

Hiring properly licensed professionals helps provide accountability.

Licensed electrical contractors operate under state regulations and licensing requirements. Their work is subject to permitting requirements where applicable, inspections when required, and professional standards established by Florida law.

When unlicensed individuals perform electrical work, homeowners may not have the same protections, accountability, or verification of qualifications.

What About “Simple” Electrical Work?

Many homeowners assume replacing a light fixture or installing a ceiling fan is simple.

However, even seemingly minor projects can involve:

• Existing wiring defects
• Improper grounding
• Overloaded circuits
• Damaged conductors
• Unsafe connections
• Code compliance issues

In many cases, what appears to be a straightforward fixture replacement becomes an opportunity to identify and correct existing safety concerns.

The Hidden Cost of Unlicensed Work

Choosing an unlicensed individual may appear less expensive initially.

However, improperly installed electrical work can lead to:

• Additional repair costs
• Failed inspections
• Project delays
• Electrical hazards
• Property damage
• Safety concerns

Electrical systems are not an area where shortcuts typically save money over the long term.

Unlicensed Electrical Work Often Increases After Hurricanes

Following hurricanes and major storms, homeowners are often faced with urgent electrical repairs. Damaged service equipment, water intrusion, damaged meter bases, broken weatherheads, disconnected conductors, and other storm-related electrical issues frequently require prompt attention.

Unfortunately, storm recovery periods can also attract unlicensed individuals offering electrical services. Homeowners may be approached by people claiming they can perform repairs quickly or at a lower cost than licensed contractors.

In Florida, electrical work generally must be performed by properly licensed electrical contractors unless a specific exemption applies. Hiring an unlicensed individual to perform electrical repairs after a storm can create additional concerns beyond the quality of the work itself.

Improper repairs may result in failed inspections, delayed utility reconnection, code violations, additional repair costs, and ongoing safety hazards. In some situations, unpermitted or improperly performed work may need to be removed and corrected before electrical service can be restored or approved.

Storm recovery is often stressful, and homeowners understandably want power restored as quickly as possible. However, verifying that an electrical contractor is properly licensed can help reduce the risk of additional problems during an already difficult situation.

Before hiring anyone to perform storm-related electrical repairs, homeowners should verify that the contractor holds the appropriate Florida electrical license and carries the required insurance coverage.

Supporting Licensed Professionals

Licensed contractors invest significant time and money into maintaining legal compliance.

This includes:

• State licensing fees
• Continuing education
• Insurance coverage
• Permit compliance
• Code training
• Business licensing
• Vehicle expenses
• Tools and equipment

These requirements exist to help ensure that electrical work is performed safely and professionally.

Licensed Electrical Services in Pace, FL

DeGraaf Electrical Service, LLC operates as a licensed and insured electrical contractor under Florida Electrical Contractor License #EC13010255.

We provide residential and light commercial electrical services throughout Pace, Milton, Pensacola, Gulf Breeze, Navarre, Cantonment, and surrounding Northwest Florida communities.

If you need electrical repairs, lighting installation, ceiling fan installation, troubleshooting, panel upgrades, dedicated circuits, or other electrical services, contact DeGraaf Electrical Service, LLC to schedule a free estimate.

FAQ

Can a handyman legally perform electrical work in Florida?

Florida law requires electrical contracting work to be performed by properly licensed electrical contractors unless a specific exemption applies. Homeowners should verify licensing requirements before hiring someone to perform electrical work.

Why do licensed electrical contractors cost more than unlicensed workers?

Licensed contractors must maintain state licensing, insurance, continuing education, business expenses, and regulatory compliance requirements that unlicensed individuals may not carry.

Why is licensing important for electrical work?

Electrical systems affect life safety and property protection. Licensing helps establish minimum standards for experience, testing, insurance, and continuing education to help protect consumers.

Can unlicensed electrical work create problems after a hurricane?

Yes. Improperly performed electrical repairs may result in failed inspections, delayed utility reconnection, code violations, additional repair costs, and ongoing safety hazards. Homeowners should verify that anyone performing electrical repairs after a storm is properly licensed for the work being performed.

Wireless internet has become a normal part of everyday life, but many homeowners are surprised to learn that Wi-Fi is not always the most reliable solution for every device. As internet-connected devices become more common, hardwired network connections are making a comeback in homes and businesses throughout Northwest Florida.

Whether you work from home, stream television, play online games, or rely on smart home technology, a properly installed network wiring system can help improve performance and reliability.

What Is Hardwired Network Wiring?

Hardwired network wiring uses physical ethernet cable, typically Cat6 cable, to connect devices directly to a network. Instead of relying solely on wireless signals, devices communicate through dedicated cabling installed throughout the building.

Common applications include:

• Home office computers
• Gaming systems
• Streaming devices
• Smart televisions
• Network switches
• Wireless access points
• Security and communication equipment

Because the connection travels through cable rather than through the air, hardwired systems are often less affected by interference and signal loss.

Why Can Ethernet Be More Reliable Than Wi-Fi?

Wi-Fi signals must travel through walls, furniture, appliances, and other obstacles. As distance and interference increase, signal quality can decrease.

A hardwired ethernet connection provides a direct path between the device and the network. This often results in:

• More consistent speeds
• Lower latency
• Reduced connection interruptions
• Improved video conferencing performance
• Better online gaming performance
• More reliable streaming

For many homeowners, Wi-Fi remains useful for phones and tablets while ethernet wiring supports devices that benefit from maximum reliability.

Planning a Low Voltage Wiring Installation

Every property is different. The location of equipment, internet service entry points, and device placement all affect how a low voltage system should be designed.

Before installation, factors such as cable routing, wall access, attic access, and equipment locations should be evaluated. Proper planning helps support long-term performance while keeping wiring organized and minimizing visible cables.

Low voltage systems can often be installed during remodeling projects, but they can also be added to existing homes and businesses.

More Than Just Ethernet

Low voltage wiring systems often include additional communication and entertainment cabling.

Examples include:

• Coaxial cable for television systems
• Audio wiring for distributed sound systems
• Structured wiring panels
• Network equipment connections
• Communication cabling

Combining multiple low voltage systems into a single organized installation can make future upgrades and maintenance easier.

Can Surge Protection Help Protect Network Equipment?

Many homeowners think about surge protection for appliances and televisions but overlook networking equipment.

Voltage spikes can damage modems, routers, switches, and other connected electronics. Depending on the system layout, surge protection may be recommended to help reduce the risk of damage to connected network equipment and communication systems.

Can Wiring Be Installed in Detached Buildings?

In many cases, yes.

Low voltage wiring can often be routed to detached garages, workshops, outdoor entertainment areas, and similar structures. Proper routing methods and protection from weather exposure help support reliable long-term performance.

Because every property is different, installation requirements vary depending on distance, routing options, and equipment needs.

Professional Low Voltage Wiring Installation in Pace, FL

DeGraaf Electrical Service, LLC provides low voltage wiring installation, Cat6 ethernet cabling, coaxial cable installation, and audio wiring services throughout Pace, Milton, Pensacola, Gulf Breeze, Navarre, Cantonment, and surrounding Northwest Florida communities.

If you are looking for a more reliable network connection or need low voltage wiring for a home or business project, contact DeGraaf Electrical Service, LLC to schedule a free estimate.

FAQ

Can ethernet wiring provide a more reliable connection than Wi-Fi?

Yes. Hardwired ethernet connections often provide more stable and consistent performance than wireless connections alone. Ethernet cabling can help improve reliability for streaming, gaming, video conferencing, home offices, and other devices that benefit from a consistent network connection.

Can surge protection help protect connected network equipment?

Yes. Surge protection can help reduce the risk of damage to connected network equipment caused by voltage spikes and electrical disturbances. Depending on the system layout, surge protection may be recommended for network equipment, communication lines, and connected electronic devices.

Can wiring be routed to detached buildings or outdoor spaces?

Yes. Low voltage wiring can often be routed to detached buildings, outdoor entertainment areas, workshops, and similar spaces depending on the property layout and installation requirements. Proper routing methods and protection from weather exposure help support reliable long-term performance.

Portable Generator Connections for Hurricane Season

Homeowners in Pace, FL and surrounding areas often learn about electrical panel issues during a home inspection. In many cases, older or discontinued panel brands can create challenges when obtaining or maintaining homeowners insurance. While insurance companies do not always publish a single official list, inspection reports and underwriting feedback often flag certain manufacturers as higher risk.

At DeGraaf Electrical Service, LLC, we frequently see concerns related to specific panel brands during inspections and service calls throughout Pace, Milton, Pensacola, Gulf Breeze, Navarre, Cantonment, and Crestview.

🔍 Which electrical panels may cause insurance issues?

Based on field experience and inspection trends, the following panel manufacturers are commonly flagged:

• Challenger
• Sylvania (including Zinsco-type designs)
• Zinsco
• Federal Pacific Electric (FPE)
• Some Murray panels
• Some Bryant panels

These panels may raise concerns due to age, known performance issues, or outdated design standards. However, it is important to understand that insurance decisions vary by company and policy. Not every panel will automatically be rejected, but these brands often receive additional scrutiny.

⚠️ Why are these panels a concern?

Older electrical panels can develop problems over time. For example:

• Breakers may fail to trip properly
• Internal components may wear out or overheat
• The panel may not support modern electrical loads

As a result, these conditions can increase safety risks and make insurers more cautious when evaluating coverage.

🧠 What should homeowners do?

If your home has one of these panels, start with a professional evaluation. A licensed electrician can assess the condition of the panel and determine whether it still operates safely.

In some cases, the panel may continue to function properly. However, in other situations, an electrical panel upgrade may be recommended to improve safety, reliability, and insurance eligibility.

❓ Can you still get insurance with these panels?

It depends on the insurance provider. Some companies may:

• Deny coverage
• Require replacement before binding a policy
• Offer coverage with conditions or limitations

Because requirements vary, homeowners should confirm directly with their insurance provider.

🏠 How this affects buyers and homeowners

These panels often come up during:

• Home purchases
• Insurance renewals
• Property inspections

Addressing the issue early can help prevent delays, unexpected costs, or coverage problems.

🔧 Local electrical panel upgrades in Pace, FL

DeGraaf Electrical Service, LLC provides electrical panel evaluations and upgrades throughout Pace, Milton, Pensacola, Gulf Breeze, Navarre, Cantonment, Crestview, and surrounding areas. We focus on safe, code-compliant installations that support modern electrical demands.

If you have questions about your panel or need a professional opinion, contact us to schedule a free estimate.

Which electrical panels are not covered by insurance?

Some insurers flag panels such as Federal Pacific, Zinsco, Challenger, and certain Sylvania, Murray, and Bryant panels due to safety or reliability concerns.

Why do insurance companies reject certain panels?

Older panels may fail to trip breakers properly or may not meet modern safety standards, which increases risk.

Do I need to replace my electrical panel to get insurance?

Not always. However, some insurers may require replacement or inspection before approving coverage.

How do I know if my panel needs to be replaced?

A licensed electrician can evaluate your panel and recommend whether repair or replacement is appropriate.

During Apprentice Appreciation Week, we recognize the time, effort, and commitment required to build a career in the electrical trade. At DeGraaf Electrical Service, LLC, we work with apprentices who are actively training to become licensed electricians in Pace, FL and throughout the surrounding areas.

Becoming an electrical apprentice requires both classroom education (we partner with Locklin Technical College in Milton, FL) and hands-on experience. Most apprentices complete structured training programs while working under licensed electricians. These programs include electrical theory, safety practices, and code requirements. At the same time, apprentices gain real-world experience by assisting with installations, repairs, and electrical troubleshooting. This combination builds the foundation needed to work safely and effectively.

After completing apprenticeship training, the next step involves qualifying for a journeyman-level role. In Florida, this typically requires several years of documented work experience. Electricians must understand electrical systems, installation methods, and the National Electrical Code. For example, they may assist with installing circuits for EV charger installation or evaluating systems that require an electrical panel upgrade. Although Florida does not issue a statewide journeyman license, many jurisdictions recognize this level of experience.

From there, electricians may pursue a contractor license. In Florida, becoming a licensed electrical contractor requires meeting experience requirements, passing a state exam, and applying through the Florida Department of Business and Professional Regulation. Licensed contractors must carry insurance and follow strict regulations.

Maintaining a license requires ongoing effort. Electricians complete continuing education, stay current with code updates, and follow safety standards. In addition, some choose to operate their own business, while others work under a licensed contractor.

Apprentices train for all of these responsibilities. They are not only learning the trade, but also preparing for long-term careers.

At DeGraaf Electrical Service, LLC, we appreciate the dedication apprentices bring to the field. Their work supports safe and reliable electrical systems throughout Pace, Milton, Pensacola, and surrounding areas.

How long does it take to become an electrician in Florida?

Most electricians complete 4–5 years of apprenticeship training that combines classroom education and hands-on experience.

Do you need a license to be an electrician in Florida?

Yes. Electricians must work under a licensed contractor or obtain a contractor license through the Florida Department of Business and Professional Regulation.

What does an electrical apprentice do?

Apprentices assist with installations, repairs, and troubleshooting while learning electrical theory, safety practices, and code requirements.

What comes after an apprenticeship?

After gaining experience, electricians may work at a journeyman level and eventually apply for a contractor license.