Emergency Electrician in Pompano Beach

Industrial electrical failures do not happen at convenient hours. A compressor single-phases at the end of second shift. A main trips at 4 in the morning in a distribution building on Copans Road with trucks lined up at the dock. A fish house near the inlet loses its ice machine on the hottest day of July. This page is for the owner, plant manager or maintenance lead in Pompano Beach who has a building full of three-phase equipment, a problem that is happening right now, and no time to read anything that is not useful. Call (954) 602-0050 first. We answer around the clock and we dispatch the closest available electrician who does this kind of work. Then read on, because what you do in the next twenty minutes matters.

The residential side of the city is covered too, from the beach to the Highlands, and the safety rules at the bottom of this page apply to a house as much as a shop. But the emergency electrician in Pompano Beach that this city mostly needs is one who is comfortable opening a 480 volt switchboard at midnight, so that is where we start.

Why an Industrial Emergency Is a Different Kind of Call

The energy available in a shop's electrical system is not comparable to a house. A residential panel has a few thousand amps of fault current available at its bus. A 480 volt service in a Powerline Road warehouse fed from a nearby utility transformer can have tens of thousands. When something fails at that level it does not fizzle. It can produce an arc flash, which is a release of heat and pressure that happens in a fraction of a second and injures anyone standing in front of the open gear.

That reality shapes everything about how we respond. We do not open energized switchgear to look. We de-energize, verify with a meter, and then open. We wear the protective equipment the task calls for. We ask you not to open anything larger than a lighting panel before we arrive, and we mean it. The shop foreman who pulls a disconnect cover with the fuses live to see why the compressor is humming is taking a risk that no compressor is worth.

The second difference is that industrial systems have layers. Power comes from the utility transformer to the service, through a main, to distribution, through feeders to panels and motor control centers, through disconnects and starters to the machines. A failure anywhere in that chain produces symptoms at the machine, and the skill is in reading the symptoms to know which layer failed before the covers come off. That is what the rest of this page is about.

Single Phasing: The Failure That Kills Motors

If one call defines industrial emergency work in this city, it is this one. A three-phase motor loses one of its three legs and tries to keep running on two. It hums loudly, may refuse to start, and if it is already turning it will keep turning while drawing far more current than its nameplate on the two remaining legs. The windings overheat. Depending on the overload protection and the load on the shaft, that motor has somewhere between seconds and a few minutes before it is permanently damaged.

The symptoms across a building are consistent. Every three-phase motor on the affected feeder hums or growls. Single-phase loads, lights and receptacles, may be perfectly fine, or a third of them may be dead, depending on which leg opened and where. Variable frequency drives fault on a code that indicates phase loss or DC bus ripple. Nothing looks like a normal outage because it is not one.

Where the phase was lost tells us who fixes it.

• At the utility. A lateral, a transformer bushing, or a fused cutout on the pole has opened one phase. Every building on that transformer sees the same thing. This is FPL's repair, and knowing that before you call saves an hour.
• At a fused disconnect. One fuse in a three-fuse disconnect has blown. The other two hold. The equipment downstream is single-phased. This is the most common cause inside the building, and it is why a blown fuse is never a one-fuse replacement.
• At a contactor or starter. One pole of a contactor has burned or welded open. The motor single-phases every time that starter pulls in.
• At a termination. A lug has loosened or burned on one phase in a panel or a junction box. Often the hottest spot in the building on an infrared camera.

What to do: shut down every motor that is humming, immediately. Open the disconnects for the equipment on the affected feeder. Leave the fuses alone. Then call and tell us what you heard and which equipment was affected. If the whole building single-phased, look at the neighbors before you call FPL, because if their motors are humming too the answer is on the pole.

Blown Fuses and Why Bigger Is Not the Fix

Fused disconnects are everywhere in the older buildings along Andrews Avenue and Blount Road, and fuses blow for reasons. A fuse that opened on a motor circuit was protecting the conductors against a short circuit or a ground fault, or it was a time-delay fuse that finally gave up on a motor whose starting current has been creeping up for months as its bearings wear.

The temptation after hours is to replace the blown fuse with whatever is on the shelf, and if it blows again, with something bigger. Please do not. A larger fuse removes the protection from the conductors, which are sized to the original fuse, and a fuse that blows twice is telling you the fault is still there. Replacing it a second time with the power on is how people get burned.

When we replace fuses on an emergency call, we replace all three on a three-phase circuit, with the same class and rating, after we have found and cleared the reason the first one blew. Fuses that have been through a fault event but did not open have still been stressed and will fail at an unhelpful moment if left in service. That is a small cost against a single-phased compressor.

The Main Has Tripped on a Large Service

A tripped main on a 400, 800 or 1200 amp service is the call that stops a building. On larger 480 volt services the main carries a ground fault protection function that opens the whole service when it sees current leaving the phase conductors and returning through the ground path above its setpoint. That protection exists to prevent a low-level arcing fault from burning through a switchboard, and it is an important safeguard. It is also the reason a single arcing ballast or a failing motor winding can take down an entire building instead of tripping one branch breaker.

Resetting the main without finding the fault is the wrong move. Ground fault protection on a main does not trip for nothing. If the main is reset into a live ground fault, the second trip is often accompanied by damage that the first one did not cause. On a main that has tripped, we want to find the fault before the building is re-energized, and we do that by isolating feeders and testing each one with the service open.

A main that tripped on plain overcurrent, without the ground fault flag, points to a large fault somewhere downstream that a feeder breaker should have cleared first. That is a coordination issue, and while it is not something we solve at 3 in the morning, it is worth knowing about because it means the building is one fault away from a full outage every time.

A main that will not reset at all, or that resets and immediately trips with no load on the building, has likely failed internally or has a fault in the service conductors or the switchboard bus itself. That is a serious situation and one we approach with the utility involved, because the fault may be ahead of anything we can isolate.

A Feeder or Subpanel Goes Dead Across the Building

Between the main and the machines sit the feeders, and a dead feeder produces a dead zone in the building: one bay, one row of racking, one mezzanine, one machine line. The feeder breaker in the main distribution has tripped, or a splice in a pull box has burned, or a conductor has been damaged where a forklift clipped the conduit.

In distribution buildings the extra factor is length. A feeder to a subpanel at the far end of a large building can run hundreds of feet, and a poorly made splice in a pull box halfway along will overheat quietly for years before failing. When a feeder goes dead, we look at every accessible point along its route, not just the two ends, because the failure is usually in the middle.

Motor control centers get their own attention. An MCC bucket that has tripped on its breaker, a starter overload that has dropped out, and a control circuit fuse that has blown all look the same from the machine: it will not start. They are three different resets, and only one of them, the overload, is designed to be reset by an operator after the motor has cooled. The other two mean something is wrong and belong to us.

Burning Smells, Buzzing Gear and the Arc Flash Line

Every electrical emergency in a shop involves a judgment about how close the building is to a fire or an arc flash, and the signals are consistent.

A hot smell from a motor is often the motor: bearings, a locked rotor, or windings that have been single-phased. A hot smell from a panel, a disconnect, a starter enclosure or a transformer is a connection or a component failing under load, and it is more urgent. A buzz from a contactor that has changed pitch, a crackle from inside a switchboard, or a snapping sound that comes and goes with load is arcing. Arcing means metal is being consumed, and it does not stop on its own.

The rule is that nobody stands in front of gear that is making noise or smelling hot. If the disconnect or main for that equipment can be operated from the side, with the door closed, and without standing in front of it, operate it. If not, clear the area and call. If there is smoke, call 911, clear the building, and call us. A switchboard fire on a 480 volt service is not something to fight with an extinguisher from three feet away.

We bring an infrared camera to every commercial and industrial emergency. Once the gear can be safely opened, it finds the hot termination in seconds, and it lets us check the rest of the switchboard while the covers are off so you are not calling again next week. The repair itself is a matter of replacing the damaged termination, lug, breaker or bus section rather than tightening something that has already annealed, because copper that has overheated does not hold torque again.

Fish Houses, Cold Storage and Dock Power Near Hillsboro Inlet

The north end of the city, where the charter and commercial fishing fleet works out of the Hillsboro Inlet, generates a specific set of emergencies that mix refrigeration, salt water and people standing in it.

Cold storage and ice machines are refrigeration loads, and the failure pattern is the same one every seafood operator dreads: a compressor that will not restart after a momentary outage, a contactor with a burned pole, or a breaker that trips again as soon as the unit tries to pull down. Keep the box closed, do not keep resetting the breaker, and call. A compressor that has single-phased or locked up needs to be checked before it is restarted or it will finish itself off.

Dock and shore power failures are a safety issue before they are a convenience issue. Salt air corrodes every termination on a dock and every pedestal on it, and the first sign of a failing pedestal is often a ground fault device that trips and will not reset. Leave it off. A dock circuit that is leaking current into the water can put voltage in the water around the dock, and a person swimming or falling in near it can be paralyzed by that current and drown. This is called electric shock drowning and it happens in marinas. If anyone reports a tingling sensation in the water near a dock, get everyone out of the water, kill power to the dock, and call. No boat needs shore power badly enough to leave a leaking pedestal energized.

Hoists, lifts and ice conveyors on the waterfront are motor loads with the same single-phasing and starter failures as anything in a shop, with the added factor that the enclosures are usually corroded and the disconnects stiff. We carry the corrosion-resistant fittings and the hardware to make a repair that will last more than a season in that environment.

Storm Surge and Flooded Gear

Pompano Beach takes a storm from two directions: wind and rain on the industrial corridor west of the tracks, and surge and salt water along the Intracoastal, the inlet and the beach. The two produce different emergencies.

In the corridor, the failures are water through roof penetrations into switchgear, water into ground-mounted disconnects and dock equipment, and lost phases when the utility distribution takes damage. Rooftop mechanical equipment with its disconnect mounted low is a repeat offender. A disconnect that has filled with water has a corroded set of contacts and fuse clips that will single-phase the equipment below it at some point in the next few months even if it seems to work today.

On the water, salt is the problem. Fresh water in a panel is bad. Salt water in a panel is worse, because the corrosion does not stop when the water drains. A meter enclosure, panel, disconnect or dock pedestal that has been under salt water is replaced, not cleaned, and we will tell you that plainly rather than pretend a wipe down will do. Before any equipment that took on water is re-energized, we want to see it open and dry, and if it was salt water, we want to see it replaced.

Downed service drops in the older residential streets near Dixie Highway and Sanders Park follow the usual rule: the drop and the meter are FPL's, the mast, weatherhead, service entrance conductors and meter enclosure are the owner's, and the utility will not reconnect until the owner's side is repaired and inspected. That repair is our work and it is what gets a house back in the reconnection line.

FPL or the Electrician: Where the Line Sits on a Commercial Service

On a commercial or industrial service the boundary is less obvious than at a house. The utility owns the pole or pad-mounted transformer, the service conductors up to the point of connection, and the metering equipment. Larger services are metered through current transformers in a cabinet, and the cabinet itself is often the customer's while the transformers inside it are the utility's. The main disconnect, the switchboard, and everything downstream are the building's.

If the building is completely dark, the meter has no display, and neighboring buildings are also dark, report it to FPL. If the building is dark and the neighbors are lit, or if there is partial power, a lost phase confined to your building, or anything hot, buzzing or smoking, call us first. Utilities do not respond to conditions inside a building, and a lost phase that turns out to be a blown fuse in your own disconnect is not something a utility ticket will ever resolve. Our general approach to after-hours work is described on our emergency electrical repairs page.

What to Tell Us and What to Do Until We Get There

When you call, we ask a short set of questions. Having the answers ready makes the visit faster and the truck better stocked.

• What is the service voltage, 208 or 480, and roughly what size is the main?
• Is the whole building affected, one feeder, or one machine?
• Are any motors humming and not turning? Have they been shut off?
• Can you see, hear or smell anything unusual at the gear, and has any of it taken on water?
• Are the neighbors out?
• Is there a generator, and did it start?
• Is the electrical room accessible, and who has the keys?

While you wait: shut down every motor and drive on the affected feeder. Open disconnects for equipment you cannot afford to have restart on its own. Do not replace fuses. Do not reset a main more than once, and do not reset it at all if it tripped on ground fault. Keep people away from the electrical room and the switchgear. Note the time and the sequence of what failed. If you have a lockout program, use it, because a machine that has single-phased and stalled can restart without warning when the missing leg returns.

When to Get Everyone Out

Clear the building if there is smoke or flame from switchgear, a transformer, a panel or a machine; if the switchboard is snapping, arcing or buzzing loudly; if anyone has been shocked by a machine frame, a conduit, a wet floor or a piece of equipment; if there is any tingling reported in the water near a dock; or if water is entering an electrical room and the gear cannot be de-energized from a safe position. Call 911 for fire or injury, then call us. Nobody goes back in to open a main in a room that is producing smoke.

Plain outages, tripped breakers that stay off, and a machine that simply will not start are not reasons to evacuate. They are reasons to shut equipment down, keep people out of the electrical room, and wait for us. Once the emergency is over, the planned side of keeping a shop running, from machine circuits to three-phase power and warehouse and industrial distribution, is on our Pompano Beach electrician page.

Areas We Cover in Pompano Beach

An emergency electrician in Pompano Beach spends most nights in the industrial corridor, and we know it building by building: the warehouse and machine shop stock along Copans Road and North Powerline Road, the business parks off Sample Road near Interstate 95, the Andrews Avenue industrial area from Atlantic Boulevard north past the Airpark, and the shops along Blount Road and Northwest 15th Avenue. We also take calls from the aviation and service businesses around the Pompano Beach Airpark itself.

On the water we cover the fishing and charter operations at the Hillsboro Inlet, the marinas and waterfront businesses along the Intracoastal, and the beachside condos and hotels on the A1A corridor. Residential emergencies come from Cresthaven, Leisureville, Palm Aire, Cypress Bend, Loch Lomond, the Highlands, and the older streets around Dixie Highway, Sanders Park and downtown. Lighthouse Point, Deerfield Beach, Margate and Fort Lauderdale border the city and are reached on the same dispatch. The full service area runs across Broward and into the nearby parts of Miami-Dade and Palm Beach.

Talk to an Electrician in Pompano Beach

A single-phased compressor, a tripped main with trucks at the dock, a fish house losing ice, a dock pedestal that will not hold its ground fault device. These are the calls that this city makes at night, and they are the calls we are equipped for. Tell us the voltage, the symptom and what you have already shut down, and we will tell you what we are bringing. Pricing follows the diagnosis, never the other way around.

Call (954) 602-0050 at any hour to reach an emergency electrician in Pompano Beach. The same number, (954) 602-0050, reaches us in daylight for everything that can wait, and you can read more about who we are on our about page.