What Types Of Generators Are There?

A home generator is of utmost importance for most consumers, especially for those who live in areas where power outages are frustratingly common.

Whenever the power goes out, your household appliances stop working, your food goes bad, and the entire home is basically left in the dark, which is both frightening and dangerous.

If you have decided to invest in a generator for home use, then you should know that there are two main types to consider: portable and standby ones.

A Brief Overview Of The Standby Generators

A Standby Generator

A Standby Generator

As the name implies, these are stationary units that are usually very heavy, thus being installed in only one place where they can be easily accessed.

These can be easily turned on with the touch of a button, and they are often used not only for residential purposes, but for commercial and industrial purposes as well.

These units also split into two main categories: the select circuit home generators, which are designed to provide electricity solely to the appliances you select (typically the most important ones, such as your refrigerator or your TV) and they are often the most common choice as they allow you to save money, and whole house generators.

The latter are typically more expensive but they are designed to provide electricity to the entire home, and it can power several heavy-duty appliances at a time. It is not uncommon for a high-quality whole house stationary unit to deliver 45 kilowatts of energy or even more.

A Closer Look At The Portable Home Generators

A Portable Gas Generator

A Portable Gas Generator

These types have become increasingly popular over the past few years, and for a good reason: They are cost-effective, lightweight and portable, and can be easily carried wherever they are needed.

Their only downside is that they can typically power one, or at maximum two appliances at a time. Portable gas units are by far the most sought-after type, given the fact that they affordable to buy and to run in the long haul.

On the other hand, diesel run generators are popular as well given the fact that they are very reliable, they are low-maintenance and they are typically 50% less expensive as opposed to the above-mentioned machines.

Last, but not least, portable propane generators are known to use the cleanest type of fuel of all, they vary in terms of size and design, they are cost-effective and very quiet.

As will all electrical devices and projects, it is important to practice good electrical safety. Never run a portable generator indoors where carbon monoxide can pose a risk to your family and pets.

Conductive Electrical Contracting installs home backup generators.  Call today to find out more about your options when it comes to having backup power to your home when the electricity goes out.  Call 302-319-4061 or request an estimate here.

Why Isn’t My Electrical Outlet Working?

Troubleshooting dead electrical outlets in your home is one of the things that you need to know how to do yourself.

A dead electrical outlet can be a common problem in the home, and by troubleshooting you will be able to know whether or not you need to fix it by yourself and save your money, or if you will have to call an electrician to fix it.

troubleshooting dead outlets

Test the outlet with a few things first.

If you troubleshoot and discover that the cause is more complicated than you can handle yourself, contacting Conductive Electrical Contracting will be necessary. Trying to fix a complex electrical problem by yourself may lead to more problems and cost you more money in the long run.

Dead electrical outlets can be caused by various complications, such as tripped circuit breakers, faulty receptacles, or blown fuses.

After you go through the proper troubleshooting steps and you discover that the problem needs the attention of the experts, it is necessary for you to call a trusted electrical contractor who will respond to your call quickly so you can avoid having more problems.

Here are some tips on troubleshooting dead electrical outlets:

1. Check the Functioning of the Circuit Breaker

On a circuit breaker, there are many things that can happen that can lead to a dead electrical outlet. Some of the things you need to check on include checking whether the circuit has tripped or if there is a fuse that has blown.

You may have an older circuit panel or fuse box.  If you find that there is a blown fuse, it will be very easy for you to fix the problem. All you will have to do is simply replace the fuse.

It is easy to figure out whether or not the fuse is blown by inspecting it. Most blown fuses will resist passage of current through them, so you can be sure about the integrity of a fuse by measuring the continuity using a voltmeter.

If you have a more modern circuit panel, you will have circuit breakers instead of fuses.  If the circuit breaker has tripped, just reset it.  Turning it on should solve the problem.

2. Check on How Plugs Fit Into the Sockets

When a device is plugged into an electrical outlet it should fit and stay in place. If you plug something into the outlet and it fails to fit, then the cause of the dead electrical circuit can be the outlet.

If a plugged in appliance or device does not stay in place, then the receptacle may have worn out. The best way to fix this problem is to buy a new outlet and repair it.


Don’t know how to replace an outlet? Here’s how.

There are different types of electrical outlets available on the market, so it is necessary for you to look for reliable outlets in order to avoid repeat problems.

scorched electrical outlet

A discolored or scorched outlet means the outlet may be the issue.

3. Plug a Lamp Into Each of the Outlets to See if They Are Functioning

If you suspect several electrical outlets in your home are faulty or dead, then you will need to inspect them for signs of fault. For example, a bad outlet can become discolored or scorched because of the failure.

Sometimes you can suspect the outlets are faulty because they will become too hot when functioning.

In this case, you need to know exactly which socket is having problems. To find out, plug a lamp into each of the outlets and note those that are functioning properly and those that will fail to light the lamp.

If several outlets show signs of wearing out, then replacing all of them at once may be appropriate so you can avoid them all failing one after the other and causing you more hassle in the long run.

4. Check the Outlets With Different Devices

It can be difficult to know exactly whether its the outlet that is broken rather than the device you are using to test the outlet.

The best thing to do is to use a few different devices to check your outlets to avoid false results.

Call Conductive Electrical Contracting of Wilmington

Really the best course of action if you suspect faulty outlets is to call a qualified electrician like Conductive Electrical Contracting of Wilmington.  Conductive serves the entire state of Delaware and some surrounding areas in PA and Maryland.  Repairing electrical outlets is not a job for just anyone.  It takes expertise to avoid electrical shock or other complications.

Conductive Electric provides services to residents and businesses in Wilmington, Newark, Dover and other areas of Delaware.

We provide a full range of electrical repairs from swimming pool wiring to electric panel upgrades.

Call Today:  302-319-4061

Electrical Safety Tips for the Holidays

The holiday season is upon us once again, this is a time when many people decorate their home for the holidays. Some families start decorating at Halloween and change their decorations for every holiday through New Year’s Eve. The key is to be safety conscious when decorating your home because no one wants the holidays to end in a disastrous accident.

Electrical Safety Tips for the HolidaysThe following 10 holiday electrical safety tips will help you keep your family safe through the holiday season.

  1. Inspect Everything
    Before using any holiday decoration, ensure that you inspect it closely. You will be looking for missing or broken bulbs, plugs, or sockets that are cracked or damaged, wires that are loose or bare, and any other type of damage. You will also want to inspect any extension cords that you use to connect holiday decorations. Remember, your holiday decorations have been in storage for the last year, holiday decorations can deteriorate or become damaged while they are in storage.
  2. Do not Overload Electrical Outlets
    One of the biggest and most dangerous mistakes that people make when decorating their homes for the holidays is to overload electrical outlets. Be sure not to overload your outlets, this is one of the number one causes of fires during the holidays. Ensure that you only plug one high wattage appliance into each outlet. It is also a good idea to use extension cords or power strips with circuit breakers installed as another level of safety.
  3. Incandescent Lights
    Incandescent lights are not commonly used for holiday decorations nowadays, but some people still love the look of the larger, brighter bulbs. If you use incandescent lights when decorating your home for the holidays do not connect more than 3 strings of these lights together. The reason for this is that incandescent bulbs require more wattage than modern LED lights, so when you connect more than 3 strings of incandescent lights in sequence you could blow a fuse or trip a breaker. This could lead to a fire.
  4. The Christmas Tree
    If you still have a live Christmas tree because of the look and smell do not let the tree dry out. Once a Christmas tree is cut, it can dry out quickly, water your tree every day to keep it as fresh as possible, and do not have it in the house for an extended period. Dried our Christmas trees are another of the top fire causing hazards in homes during the holiday season.
  5. Candles
    Most people love the look and scent of candles burning in their home during the holidays, but it is much safer to use battery-operated candles when possible. Unattended candles cause more than half of all holiday fires. If you must burn candles for your holiday celebrations, do so with caution. Never allow them to burn unattended and ensure that all candles are out when you go to bed.
  6. Keep Clearance Around Heat Sources
    If you are burning a fireplace, operating an electric or kerosene space heater, or using some other source of heat ensure that all combustible materials are at least 3 feet from the heat source. Combustibles include furniture, curtains, gifts with wrapping paper, the Christmas tree, and anything else that can catch fire easily and burn quickly. Again, many holiday fires are caused when combustible objects are left too close to a heat source.
  7. Protect Cords from Damage
    When you are installing your holiday decorations think about where the cords will be when you are done. Ensure electrical and extension cords are protected from being damaged. Make sure that they are not pinched by furniture, make sure that will not be hit by the vacuum, if used outdoors do not leave cords lying across driveways or walkways, and make sure all connections are watertight. Another thing to watch for is to make sure that closing doors or windows will not damage electrical cords, and keep them at least 3 feet from any heat sources.
  8. Check all Decorations for Certification
    Before you install your decorations look for a label that states the decoration has been inspected by an independent testing laboratory. Some of the most common labels you should be looking for are the UL tag for Underwriters Laboratories, the CSA tag that means the device was tested by the Canadian Standards Association, or the ETL tag which is from Intertek. If you cannot find any of these tags on the decorations you are using then do not use them. If the decorations are not tagged then they have not been inspected for safety and could be hazardous.
  9. Stay in the Kitchen while Cooking
    This safety rule applies all year around. When you are cooking holiday meals and snacks stay in the kitchen. Pans can boil over quickly, unattended cooking equipment can malfunction, and many other things can happen in a short amount of time leading to a fire. Make sure that someone is in the kitchen any time meals are being cooked, especially holiday meals which are normally bigger and require more equipment operating at the same time.
  10. Bedtime
    The last person that goes to bed at night should make sure that all decorations are turned off, unplugged, and extinguished. Unattended holiday decorations result in many home fires during the holiday season.

Bonus Safety Tip
The last tip is that if you have any questions or concerns about safely installing holiday decorations requiring electricity you should seek the advice of a local electrician like Conductive Electrical Contracting with a thorough knowledge of regulations set forth by the National Electric Safety board.

Static Electricity in the Home

static electricity

Reducing Static Electricity in the Home

While not directly related to the wires, light sources, or power outlets in your home, static electricity is often a topic of great debate – especially during the fall and winter months.

Believe it or not, advances in the way homes are built have actually caused static electricity to become a more widespread problem. While your electrician really can’t do much to prevent static electricity from building up in your home, most will be able to give you some guidance on how to minimize its effects.

What Causes Static Electricity?

Several different factors can contribute to the development of static electricity. Some of the most common include the materials on the soles of your shoes, the way you walk, the type of fiber used to make your carpet, and even the materials laid beneath your carpeted floors.

Whether your carpet is clean or dirty makes a difference, as does the level of moisture found in the atmosphere of your home.

It is the degree of moisture (aka humidity) in the air that is most likely to impact static buildup. A humid environment will cause moisture to build up in the carpet fibers, lessening the likelihood of a static shock. The drier your environment, the easier it is to create a static buildup.

Avoiding Static Shock

Unfortunately, humidity is something your electrician cannot control. Back in the day, people would place pans of water near their heaters or on their stove in the hopes that the water would dissipate and add moisture to the environment.

More traditional methods for controlling static shock include spraying your carpets with a special anti-static formula or simply purchasing carpets with higher-quality fibers.

No matter what you do, static electricity is one problem you’ll simply have to deal with as the weather gets colder and the atmosphere dries out.

While your electrician can’t really help you to avoid static shock, he can help you to avoid other types of electrical hazards in the home. Make sure you call Conductive Electrical Contracting at 302-319-4061 if you need help with any other electrical problem you encounter!  Or request a free electrical repair estimate here.

Services we Offer:  General Electrical Repairs, Service Panel Upgrades, Backup Generator Installation, Electrical Wiring & Bonding for Pools, Lighting Installation,  Whole House Surge Protection, Outlets and Switches, Convert Aluminum to Copper WiringCeiling Fan Installation and more.

Areas we Serve:  Wilmington, Newark, Pike Creek, Dover, Hockessin, Greenville, Smyrna and more.

What Is Electrical Grounding

Power PlugModern homes are filled with various types of electrical appliances. These appliances go a long way in making life easier and more comfortable.

However, it is important to take some preventive steps while using these electrical appliances so that they can be safely used. Electrical grounding plays a big role in helping prevent unwanted electric shocks.

The biggest advantage of proper grounding is that it helps leakage of excess electricity to pass down harmlessly to the earth.

This is done with the help of specific wiring and other sophisticated devices which form the backbone of any electrical grounding solution.

How Electrical Grounding Works

Grounding BoltTo put it simply, electrical grounding is nothing more than a connection of the electrical equipment and its wiring systems to the earth. This is done with the help of a wire or some other form of electrical conductor.

The point of doing this is to prevent the risk of life threatening electrical shocks. This happens when electricity leaks into the areas of appliances that have not been insulated.

When there is a proper electrical grounding present, the leaked current gets passed harmlessly through the wiring systems and into the earth.

Circuit Breakers And Their Functions

Most modern-day brands of electrical appliances have circuit breakers. The main job of these circuit breakers is to prevent any short circuit or some other major problem with the current flow.

However, in spite of these protections being built into appliances today, even a small amount of electrical leakage could cause severe injuries to the human body.

It has been found that electrical leakage of even one amp is enough to cause fatal injuries.


Learn more about grounding and how it works here.

In order to ensure the safety of everyone, it is very important to have a well thought out electrical grounding in place.

While there is no doubt that it plays a big role in protection against such shocks, there are some important points that should be kept in mind.

How To Have A Totally Fool Proof Electrical Grounding Device

Any electrical grounding device can be considered fool proof only when it has all the parts that are required.

For example, it should be completed with boxes, service panel grounds, and other such devices. If you are unsure how exactly to perform the task of grounding your electrical system, don’t hesitate to call a professional electrician to consult with or do the job for you.

The main objective should be to make sure that the electricity gets an easy path to the ground, causing no damage to human life or property.electric sparks

At times, merely installing ground rods or ground wires may not provide the right solution. When a plan is being drawn for total electrical grounding, the copper water lines that pass through some homes should be considered and taken care of accordingly.

A short circuit passing through the water pipes while somebody is in the shower is the last thing anyone would want. So, it’s important that any electrical grounding device should be absolutely complete and well thought-out.

3 Reasons Your Circuit Breaker May Have Tripped

Your circuit breaker has tripped. You’ve located your electrical service panel and flipped the switch for the room you were in but it keeps tripping – either right away or after you try to turn on the appliance you were using. You’ll need the help of Conductive Electrical Contracting in order to identify the root cause of your problem but there are generally three main causes.

image of Electrician working on circuit breakersOverloaded Circuits

Circuit breaker trips are most commonly caused by overloaded circuits. This usually happens when the household is attempting to pull a higher voltage of electricity through the breaker than it was intended to be able to handle.

When this happens, the circuit breaker’s automatic safety settings cause it to shut itself down, or break. Running too many high-energy appliances at the same time, like a portable heater and a hair dryer, may cause overheating.

While you’ll need to have your electrician confirm that this is the case, simply unplugging or shutting off some of the appliances connected to the circuit in question will usually correct the issue.

Short Circuits

Short circuits are the second most common reason for breaker tripping and are a more serious concern. Short circuits occur when the black hot wires inside your electrical service panel come in contact with either other hot wires or neutral wires.

Your electrician will help you to inspect your power cords and outlets for damage and will ensure the wires within your electrical service panel and near your outlets are all properly insulated.

Improper or Faulty Grounding

A ground fault is the least common reason for a circuit breaker to trip but is the most serious. This situation occurs when the hot wires within your electrical service panel come into contact with the metal panel box.

Your electrical service panel box is connected directly to the ground wire and the two coming into contact will cause short circuiting. You’ll need a electrician to come out to either check for damage to the wires or to correct the wire placement.

Never try to correct a problem with your electrical service panel or circuit breakers without the aid of a licensed electrician in Delaware. They have the training to identify and correct common problems while limiting your exposure to electrical hazards.

Services We Offer:

Swimming Pool Wiring, Circuit Panel Upgrades, General Electrical Repairs, All Electrical Services

Cities we Serve

Wilmington, Newark, Dover, Greenville, Hockessin, Pike Creek, All Locations

Replacing your Pool Pump with a New Energy Efficient Pool Pump

Swimming pool water plumbing fittings and utilities

According to Green Building Advisor, your pool pump may use as much as three times the amount of electricity as your refrigerator. The solution – replace your pool pump with a new, energy efficient pool pump.

In a study by the Center for Energy Conservation at Florida Atlantic, pool owners saved 40% off of their energy bills, among other things that help save money on energy bills.

So, to help you stay cool and beat the heat without the electric bills breaking the bank, we are here to show you how to easily replace your pool pump with an energy efficient pool pump.

DISCLAIMER: If you are overwhelmed, uncomfortable or unqualified to work wires and electricity, DO NOT proceed. Contact a licensed electrician to replace your pump.

The DIY Guide to Replacing Your Pool Pump

Step 1: Choosing an Equivalent Energy Efficient Pump

When replacing your pool pump, keep in mind that you want to replace it with a pump of equivalent size to ensure that the new pump will generate the same Gallons per Minute of water flow.

In order to do this, you will need to determine the Total HP (THP) of the new energy efficient pump.

For example, if your old, non-energy efficient pump is a 1.5 HP and the new energy efficient pump is listed as 1 HP, calculate the new pump’s HP (in this case, 1) and multiply it by its Service Factor (SF=1.5) so the total HP would be 1.5, making it equivalent to the old pump.

Step 2: Removing the Old Pool Pump

*Safety Must: Before beginning to replace your pool pump, TURN OFF ALL POWER to your pool pump at the breaker box.

DISCLAIMER:
You are advised to consult with a Licensed Electrician
when performing any electrical repairs.

Once the power has been turned off, it is time to begin disconnecting your wires. Remove the cover of the pump by unscrewing the two screws holding it to the end of the motor. Take the green, red, and black wires off of the terminals.

DISCLAIMER: If you are overwhelmed, uncomfortable or unqualified to work wires and electricity, DO NOT proceed. Contact a licensed electrician to disconnect and reconnect the pumps. 

Unscrew the collar of the conduit in order to disconnect it from the old pool pump. Pull the three wires through the metal elbow.

After the wires have been pulled through the elbow, you can unscrew the elbow and discard. Remove the copper bonding wire from the lug on the pool pump motor and now you’re ready to cut the old pump out.

Relieve the pressure in the system before cutting the pipe. Once the pressure has been released, cut the pipe, making the cut as square as possible.

Tip: Using a PVC pipe cutter helps achieve straighter and more precise cutting.

Now, your pump can be removed.

Step 3: Installing the New Energy Efficient Pump

First, attach the pump to the motor with nuts and bolts. You will notice that the water line is coming from the pool toward the suction side of your pump so place a shut-off valve on that same side, and on the side of the pump that contains an outlet, attach a line.

Now, it’s time to get the new pump connected by connecting the filter assembly of the discharge line using unions and a flush valve on the side that is discharged from the filter of the new pool pump.

Finally, you will connect the shut-off valve and pipe that will connect the pump to your pool.

DISCLAIMER: If you are overwhelmed, uncomfortable or unqualified to work wires and electricity, DO NOT proceed. Contact a licensed electrician to replace your pump. 

How much will this cost?

The cost of replacing your pool pump may vary depending on several factors such as location, product, any professional assistance, etc.

To determine an approximate cost of replacing your old pool pump with a new energy efficient pool pump, use this online calculator.

The benefits of replacing your old pool pump with a new energy efficient pump will save your money in the long run and is a relatively easy process.

We at Conductive Electrical Contracting hope this DIY Guide was helpful. If you would like to speak to one of our professionals about replacing your pool pump, give us a call at 302-319-4061.

7 Tips for Year-Round Electrical Safety

Electrical safety is important not only during the holiday season but throughout the entire year. While having your local contractor check your electrical service panel is important, there are several things you can do to ensure you and your family are able to remain safe each and every day. Consider the following tips.

image of Man Checking Voltage with meter

Avoid Flooded Homes

This tip is especially important to those who live in hurricane paths and to those who live in areas prone to storms and flooding. While you may think it is safe to go back to your home the minute the flood waters begin to recede, you need to think again.

You run the risk of accidental electrocution if the power to your home has not been shut off properly. Check for fallen power lines and turn the electricity off as soon as you arrive. Let the utility company or your electrician in DE do a safety check before you turn the power back on.

Downed Power Lines

Let’s say there’s a storm and one of your power lines falls from the poles outside or disconnects from your home. Your entire area is experiencing a power outage. You may think that it is safe to go and move the power line because the power in your neighborhood is out but nothing could be further from the truth.

Downed power lines can experience surges in electricity at any time. Never touch them. Simply wait for a power company electrician to come and move them or make repairs.

Safety during Repairs

Is making a repair to an electrical appliance or part of your home absolutely necessary?

Make sure you turn off the power and stay away from wet floors or areas of your home during the process to avoid electrocution. You’ll also want to make sure you are using a ladder made with insulated fiberglass instead of aluminum.

Use Surge Protectors

Surge protectors are great for keeping your electronics – like televisions and computers – safe from electrical problems caused by brownouts, circuit overloads, and other problems with your electrical system.

Your surge protector will let you know if your outlet is properly grounded and usually includes an indicator light to let you know that the surge protector is functioning properly.

Bathroom Outlets

The outlet in your bathroom should be different than the outlets found in the rest of your home. Your bathroom outlets should have a GFCI (Ground Fault Circuit Interrupter) feature.

This feature is designed to keep you safe from electrical shock if the water in your bathroom sink or shower splashes near an outlet. Ask your electrician about having GFCI outlets installed if you do not already have them.

Light Bulb Safety

All lamps and light fixtures are designed to be used with a specific sized light bulb. The wattage is always clearly marked on the lamp and you should never, under any circumstances, attempt to use a bulb that is stronger or weaker than the recommended wattage. Doing so can cause your lamp to overheat and malfunction, risking the start of an electrical fire.

Unplug Unused Appliances

There is really no reason to have your coffee pots, toaster ovens, toasters, or any other kitchen appliances plugged in when they are not in use. Unplugging your appliances will cut your energy costs, prevent you from overloading your circuits, and will reduce the risk of injury caused by working near powered appliances while washing dishes or working with water.

Electrical safety in the home is, for the most part, a matter of common sense. Talk to Conductive right away if you need help determining if your home is safe from electrical hazards!  Click here for some of the areas we serve.

5 Common Electrical Wiring Problems

Modern electronics and appliances our homes must power.It’s not simply the country’s energy framework that is out of date. The wiring inside numerous homes is likewise out of date, straining to supply our always growing collections of power hungry appliances, lighting, and gadgets.

The circuits in older homes weren’t intended to power the numerous contraptions of our current lifestyle. The indications of strain may be self-evident as a tangle of additional lines and electrical extensions growing from a solitary outlet – or hiding unseen behind dividers, roofs, and junction covers.

Some wiring issues are simply mild annoyances. In some cases others can pose genuine fire or shock hazards. If you’re purchasing a house (particularly one that is more than 50 years of age), or you’ve never had your wiring examined, its a good idea to contact an authorized electrical repairman to give your home an exhaustive inspection.

They will take a look at the protection on the wires to check whether it’s shriveled and fraying, they’ll search for consumption in the administration board, and they’ll look to check whether a past owner did anything risky with their wiring.

Don’t be worried too much if the inspection turns up to be code infringement. Each time the electrical wiring regulations and code is updated, old wiring is “grandfathered,” on the supposition it was introduced accurately in the first place.

Code just requires you to upgrade wiring in rooms being gut-redesigned or homes being currently built.

To help you survey the condition of your own electrical framework, we’ve listed the 5 most common wiring issues we see, the dangers they pose, and the suggested solutions.

Keep in mind: Anytime you work with wiring, make sure to turn off the circuit from the main switch.

1. Overlamping

What it implies: A light apparatus has a bulb with a higher wattage than the installation is intended for.

Code infringement? Yes.

Risk level: High. The bulb’s excessive heat can sear or melt the attachment and protection on the installation’s wires, which builds the danger of arcing — sparks that bounce through the air starting with one wire then move onto the next — a prime reason for electrical flames. The harm to attachments and wires stays even after the bulb has been taken out.

Solution: Stay inside the parameters recorded on all light installations made since 1985. For more seasoned, unmarked installations, utilize just 60-watt bulbs or smaller.

2. Revealed Junction Box

What it implies: Because an intersection box houses the connections where wires are joined with each other, an individual could accidentally harm the wires or get a shock.

Code infringement? Yes.

Risk level: Minimal. The length of wires aren’t protected.

Solution: Spend a couple dollars to purchase another cover and install it with the screws provided.

3. Excessively Few Outlets

Fire from an overloaded power strip.

What it implies: Heavy dependence on electrical lines and electrical extensions.

Code infringement? No; grandfathered in. (Today’s codes require outlets inside 4 feet of an entryway and each 12 feet from that point.)

Risk level: Minimal. The thickness of additional cords should be 14-gauge or thicker. (The thicker the wire, the lower the gauge number.) Undersize additional lines (16-gauge or smaller) can overheat and spark a flame if power burdens are excessive.

Solution: Add more outlets. Expect to pay some electrical experts about $100 for every first-floor outlet and twice that for second-floor work. There will probably be a base charge, but cost varies from electrician to electrician.

This work requires cutting gaps in dividers and roofs to snake the wires. A few electrical technicians will fix the holes when the work is complete; others leave the fixing to you.

4. Overwired Panel

What it implies: The board contains a greater number of circuits than its made to handle, in light of the fact that an excess of single-post breakers (one circuit) have been supplanted with pair breakers (two circuits) in one space.

Pair breakers aren’t the same as high-amp twofold shaft breakers, which bring up two openings with one circuit. A name on each circuit board indicates what number of circuits the board can handle.

Code infringement? Yes.

Risk level: Minimal. It may turn into an issue when the house is sold and an inspector looks inside the board.

Solution: Add a sub panel with a couple of additional spaces, or, if you’re arranging real home upgrades, replace your current panel with a bigger model (price may be $500 to $800 depending on the model and installation prices).

5. Aluminum Wiring

What it implies: You have a sort of wiring, utilized as a part of the 1960s and ’70s as a shoddy substitute for copper, that is no longer considered safe.

Code infringement? No; grandfathered in.

Risk level: High. Aluminum erodes when in contact with copper, so connections slacken, which can prompt sparking and flames.

Learn more about aluminum wiring and fixes you can use if you have it.

Solution: Retrofit a dielectric wire nut endorsed for aluminum wire onto each copper/aluminum association in light installations. These nuts have an uncommon oil that stops erosion while keeping up conductivity. Verify that any substitution switches and repositories are marked AL-perf.

For electrical wiring help please contact Conductive Electric at 302-319-4061 or request an estimate here.

What is a GFCI Outlet?

A ground fault can happen when some electricity escapes the confines of the standard electrical wiring in a light fixture, appliance, power tool or other device and has to find somewhere else to go.

When this shortcut is taken through a human, it can prove to be deadly. Every year, about 200 people in the United States die of ground faults. This accounts for about two thirds of all the electrocutions occurring in homes.

GFCI Safety Electrical OutletWhat is a GFCI Outlet?

In order to prevent such accidents, a renowned professor of Electrical Engineering at the University of California, Charles Dalziel, invented the Ground Fault Circuit Interrupter (GFCI) in 1961.

What it does is monitor the standard difference in the current flowing into or out of an appliance or tool.

When this difference exceeds 5 milliamps, the GFCI takes it as an indication that a ground fault might be occurring.

If a ground fault is occurring, the outlet shuts off the electric supply in an instant. Most of the time, it takes only .025 seconds for the GFCI to shut off the supply.

Where Do You Usually Find GFCI?

Most concerned authorities have realized the importance of these units to prevent minor and major accidents related to electricity.

Therefore, the National Electric Code requires GFCIs in all new bathrooms, kitchens, unfinished basements, crawl spaces, and outdoor receptacles.

It is advised that owners of older houses retrofit with GFCI receptacles at the locations mentioned above. They may also choose GFCI breaker switches, which are mounted in the primary breaker panel.

How Do You Know GFCI Is Working?

The best part about using GFCIs is that they can easily protect you whether your wiring is grounded or not. According to most studies and industry experts, they can keep homeowners safe and prevent accidents that could have otherwise been fatal.

Since power surges and lightning can damage these units, most experts recommend a simple monthly test. You can test them by plugging in a regular light fixture and switch it on.

The next step is to push the device’s test button. If your light fixture stays on, the GFCI should be replaced. You may need to call on Conductive Electrical Contracting if your unit is faulty or damaged.

In the last few years, GFCI units have become extremely popular in the United States. Homeowners are learning their importance to keep themselves safe from unexpected accidents related to ground faults.