panel upgrade Archives

Electrical Panel Questions & Answers

Posted on May 9, 2020 | by K Hopkins

The electrical panel can be a confusing subject for many homeowners. That grey metal box determines how electricity flows in your home and the capacity of your electrical system. Here are some questions and answers to help you know your panel more and explore the mystery around it.

Can I install an electrical panel in the bathroom?

The short answer to this is no. When installing electrical conductors or equipment, you must consider the environment they will be used in. For example, electrical conductors to be used in a damp environment must be marked for that. And to install a panel in a bathroom, all the electrical components have to be marked for indoor wet location. This is neither feasible nor economical. Hence, an electrical panel is always installed in a place it can be kept dry, protected, and minimize the quantity of electrical wiring needed to reach other locations in the home.

Should home surge protectors be installed in the main electrical panel?

Yes! Whole house surge protectors protect your appliances during power surges and help you avoid the hassle of having to replace them. In the upcoming 2020 NEC, there is a proposal that whole home surge protectors be installed with every new electrical panel installation; including replacements.

Is it mandatory for electrical panel circuit breakers to be labeled?

Yes, the electrical code requires that electric panel breakers circuits be labelled. This labeling is vital for the safe operation of the panel, especially when there is an emergency. The circuit breakers should be labeled in such a way that it is easy for anyone to tell what circuit serves where. There should also be a circuit directory on the inside of the panel door capable of enduring much wear and tear. The initial labeling of the circuit breakers takes only minutes.

What are the spacing rules for receptacle outlets on kitchen countertops?

For this to come into play, recall that you would often need to use an appliance on the countertop. Most appliances come with cords up to 24-inches or more. So, receptacle outlets are installed in a work space 12-inches or wider. They are installed in such a way that you can’t go over 24-inches along the wall line without reaching an outlet.

Can I use nonmetallic cable ties in an electrical panel?

Yes, this is a solid way to keep the electrical conductors neatly grouped and the installation looking professional.

Do I install a GFCI device in the panel or a receptacle?

When it comes to GFCI devices, the most common options today are GFCI receptacles and GFCI circuit breakers. Using a GFCI circuit breaker means everything connected to that branch circuit is protected and this would be an ideal option. However, for existing systems, using a GFCI circuit breaker might not work correctly. GFCI receptacles are preferable in such situations.

To know more about your panel or get an inspection for any electrical issues, connect with the Service Team at The Electric Connection.

Do I Need a Permit to Add a Subpanel in Los Angeles?

Posted on April 22, 2020 | by K Hopkins

Your home’s electrical panel provides power to all electrical components of the home. But sometimes the electrical panel may need assistance and this is where a subpanel comes in.

A subpanel can be described as a mini electrical panel. It has the same structure and functions as the main electrical panel and is only present as a sub. A subpanel is connected to the main panel via three thick wires. It has separate bus bars for ground and neutral wires and may be labeled ‘lugs only’. In most cases, the subpanel isn’t the same brand with the main electrical panel.

Why do I need a subpanel?

Choosing to add a subpanel can be for different reasons because subpanels are not mandatory. A subpanel provides ample space when you need to install more appliances in the home, renovate, or simply lessen the load on the main electrical panel. They also provide convenience by reducing circuit wiring runs when you centrally locate the subpanel. This also helps to reduce a drop in voltage.

How does it work?

To add or install a subpanel, you must first determine the right sizing. It involves considering the power you need alongside what the main electrical panel has to offer. For example, you can easily add a subpanel of 100 amps if the main electrical panel is 200 amps or more. Bur when you have a 100 amp main electrical panel adding a subpanel of the same 100 amps in contradictory. The only solution will be to upgrade your main electrical panel first.

The National Electrical Code (NEC) has specific rules when it comes to installing subpanels or main electrical panels. The electrical panels must have a minimum of 36 inches of clearance in front, 30 inches of clearance across the face, and 78 inches minimum above the floor.

In addition, you must mount the panel in a safe, dry, and easily accessible area.

Do I need a permit for this?

Most electrical work requires a permit, but for installing a subpanel the situation differs across jurisdictions. You would have to contact your city’s building and code department, Los Angeles Building and Safety, to determine if you require a permit before starting the installation.

Also, be sure to inquire about inspection schedules to know when you can call for an inspection of the work. Bear in mind that if you require a permit for this electrical work, it should only be acquired by the person who will be performing the work.

Tips for installing a subpanel.

Shut off electrical power to avoid accidents before you begin any electrical work. Determine where you will mount the panel. Seek professional help from a local electrician.

When to Contact a Los Angeles Electrician

If you think you may need to install or replace a subpanel in Los Angeles, give The Electric Connection a call today. Our team of dispatchers are standing by waiting to take you call. They’ll go over your project with you and get you on schedule with one of our expert electricians. Don’t delay!

Avoiding Electrical Overload In Your Home

Posted on February 28, 2020 | by K Hopkins

What is an electrical overload?

When too much current passes through your electrical wires, you may experience an electrical overload. When this happens, the wires may heat up and melt which may result in a fire starting.

Appliances like televisions, microwaves, hairdryers are the highest power-consuming devices in the average home. The power consumption can go higher once you start thinking of lighting and other smaller devices. A high number of devices will lead to many electrical circuits on your electrical panel.

You run the risk of having an electrical overload once you begin to draw too much power from an electrical source or circuit. While different buildings have different designs, circuit breakers or fuses are often employed to prevent electrical overload. A fuse will burn itself out to perform its job and will need a replacement once it has done so. With circuit breakers, they only trip off if a lot of electrical current is drawn.

Steps to Take to Avoid Electrical Overload

There are a few steps that you can take yourself to avoid the occurrence of an overload.

Know what circuit powers what device. Identifying what circuit your highest power consuming devices are is the first step. A single circuit is usually dedicated to most of these devices. Such devices include furnaces, toasters, hairdryers, refrigerators, and microwaves. Once you have identified these circuits, it is necessary to pay particular attention to them and avoid connecting other devices to them.

Avoid having too many connections to one circuit. Having a lot of devices drawing power from a circuit can cause an electrical overload. In most situations, you do not know how dangerous it is until the fuse burns out or the breaker trips off.
To find out what device is connected to a particular circuit, you could turn off one breaker after the other while turning on each device. This will help you determine where each connection goes on your board.

Note how much power a circuit can supply. You should only connect the appropriately rated device to an equally rated circuit. With a rated voltage of 120 volts, a 15-amp circuit can only supply power of 1800 watts, anything more is an overload of the circuit. Put this in mind when connecting devices to a circuit. It is recommended that you do not load up a circuit to its maximum rating, this will allow for the connection of other irregularly used devices.

Add more receptacles. At the Electric Connection, we find that most people do not consider getting new receptacles until the old ones burn out. This is wrong. You should get more or better receptacles once you realize that the present ones cannot supply all the electrical power you need. Getting a new outlet will offer you more options in terms of circuit connections and will help reduce downtime in case there is a damaged outlet.

If you are adding new receptacles, you will likely need the help of an electrician. All electrical safety procedures should be implemented before this is done. Contact The Electric Connection for the installation and to ensure you have enough space inside your panel to handle the load. If a panel upgrade is necessary, we will be able to assist as well!

Is Cloth Covered Wire a Fire Hazard?

Posted on February 20, 2020 | by K Hopkins

Electricity has been with us for decades. The industry continues to make new discoveries and update on former methods and as a homeowner, it might seem tasking to keep up. The good news is with every innovation comes safer, more efficient, and convenient electrical systems. You get to enjoy all the benefits still.

Cloth wiring

It might seem strange to some, but if you have an old home, it’s possible you have cloth wiring. Cloth wiring is exactly what it sounds like. They are wires sheathed or insulated in cloth. They are easy to spot because of the clothed exterior. This type of wiring can be found in homes wired anytime from the first half of the 20^th century.

Yes, at the time they seemed like a good idea and served their purpose. But as the industry progressed it quickly became clear that cloth wiring posed several risks to homes.

How did cloth end up on wires?

Electrical wiring of these modern times is often covered with PVC insulators. This protects from shock, short circuits, and arcing. These insulated cables are then run as a group into multiple-conductor cables or individually but still within a protective conduit. Plastic which is an ideal insulator for copper was yet to be invented at the time electricity was. Hence, all of these described above was unavailable. Cloth became a grand option.

In cloth-covered wiring, the conductors are first insulated with an early plastic better known as vulcanized rubber. After this, they were wrapped in braided cloth. They worked until the drawbacks set in.

Is cloth wiring a fire hazard?

Short answer – Yes. Long answer – It’s more than that.

Cloth wiring presents all sorts of dangers, especially in these modern times. For starters, the outer cloth sheath is prone to deterioration and so is the inner vulcanized rubber. Cloth wiring is also not only out of date but an easy target to be chewed on by rodents and rats. All of these leave the wires within exposed. This exposure can lead to arcing, short circuits, shocks, and ultimately fires. Electrical fires caused up to 440 deaths and 1,250 injuries every year for the period of 2012 – 2016. Even now, it leads to over $1.3 billion worth of property loss each year.

Having cloth-covered wiring might indicate your electrical system is not properly grounded. Older homes were improperly grounded at that time, and this poses even further risk to your home now.

What to do about cloth covered wiring?

If you notice you still have cloth covered wiring, it is likely time to consider an upgrade/rewiring project. It is a demanding project both financially and practically but in every way worth it for your safety and the safety of your property. An upgrade will provide you with replacements of any other aging material, a better electrical panel, GFCI outlet protection, grounding, modern three-prong outlets, and more.

If you are unsure about having cloth wiring in your vintage home, you can contact us here at the Electric Connection for an inspection.

What is the Cost to Upgrade Your Electrical Panel in 2020?

Posted on January 7, 2020 | by K Hopkins

It’s just annoying to live in a home that does not have enough power. The voltage will drop frequently, and this can be damaging to your electronics. Situations like this indicate that you need to upgrade your electrical panel. Other reasons why you might need to upgrade your panel include:

Living in an old home
Adding new appliances
Expanding the home
Experiencing frequent breaker tripping, buzzing or crackling, flickering lights and more
Your insurance provider wants it done.
To meet up to current electrical codes and standards

The benefits of an upgrade include:

Improved electrical safety and efficiency
More power in the home
Use of any appliances you need.
Satisfy electrical codes and requirements and your insurance provider.

The disadvantages of an electrical panel upgrade include:

Costly to carry out
The process can be messy and intrusive to your comfort and home structure.

What an upgrade will cost:

Upgrading an electrical panel is first a serious project both financial and in the service itself. Upgrading to either a 100 amp or 200 amp panel can cost anywhere from between $800 – $3000. The exact amount depends on several factors which we will discuss below.

What influences the cost for an electrical panel upgrade?

Materials– The materials for the upgrade always contribute to the cost. The process will need materials like wires, fittings, and so on. Your electrician will give you a clear view of what is needed depending on other factors with your upgrade.
Labor– An upgrade is a tedious work and some electricians charge by the hour or per the job. Sometimes, other components of your electrical system will need to be fixed or replaced. These could be the circuits, grounding, wiring, fixtures, outlets, and more. This will increase labor costs. If the walls need to be taken down completely, that will matter too.
Amperage of the new panel– Is it a 100 amp or a 200 amp? This also influences cost.

Other factors might be if the panel has to be moved.

Who should upgrade an electrical panel?

A licensed and experienced electrician should be the one you call for an electrical panel upgrade. The electrician will first confirm that an upgrade is what you need and then proceed to consider all the necessary factors. He will give you the total cost, get a permit, and the project can begin.

How about DIY?

Changing a light bulb can be a DIY project. Installing a ceiling fan can also be a DIY project, but upgrading an electrical panel is NOT a DIY project. It requires knowledge of electrical codes and standards. It requires training, a license, permits, and experience. If you skip getting a permit, you can be fined for this. It is equally dangerous for someone who is unsure of what they are doing, as mistakes could cause fires and electrical shocks. It also requires the right tools and equipment.

Reach out to us at The Electric Connection for inquiries on upgrades.

Can I Upgrade to a 200 Amp Service?

Posted on November 2, 2019 | by K Hopkins

In the past, many homes could get away with using at most a 60 – 100 Amp service. But as technology evolves every day and homeowners are exposed to more and more appliances, 100 Amps can no longer cut it for most homes.

Knowing if you can upgrade to a 200 Amp service panel involves considering a few key points. Stick with these lines to learn more.

You can upgrade to a 200 Amp service under the following conditions:

You need more electrical power
Have you added or do you plan to add any new appliance in your home? If so, don’t be in a hurry to upgrade your panel. Check the amount of power needed by this new appliance. Several appliances require a moderate amount of power that do not need you to make drastic changes to your panel. While power-hungry appliances like an Air conditioner will need much power to operate.

Hence, if you are adding appliances such as cell phones, LED TV, and an incandescent light bulb, there’s no need to worry. Appliances like an air conditioner, electric clothes dryer, electric range, or hot tub can be a reason to upgrade your amp service.

Your home is old
Older homes usually have a lower amp panel and the electrical wiring can be worn out from years of use. This limits the efficiency of your home and certainly calls for an upgrade. You will need a professional electrician to inspect your electrical system and inform you about the status of your wiring.

You want a safer electrical system
100 Amp may not trip breakers now but it is cutting it too close for electrical safety. When you have a larger amperage like 200 Amps, the unused extra serves as a buffer that is safe and flexible for your system. With a 100 Amp panel in a modern home, half of your safe capacity is taken up from simply switching on one appliance. If there’s an issue and you are lucky, the breaker will trip. In older homes, any unlucky situation involving a 100 Amp panel can trigger an electrical fire.

You want efficiency and room to grow
A 200 Amp service guarantees greater efficiency of your home. It gives you room to grow at any time you choose. You might not need it now, but who says you won’t want a backyard pool in the future? Or perhaps a basement bar or one of these power-hungry devices you do not have now?

The electrician says so
The most dependable way to know if you can upgrade to a 200 Amp panel is to ask an electrician. A professional electrician will check your current electrical system and give accurate advice on what is needed. If you do need an upgrade the electrician can provide that as well.

A panel upgrade is a serious project so be sure to hire only a licensed, qualified, and insured electrician. Reach out to us here for this service and more.

How Much Power Do Window AC Units Use?

Posted on October 26, 2019 | by K Hopkins

When you are not up for the huge investment on a central AC, a window AC may be your next best option. A window AC is typically installed at the window but unlike a central AC, they only service the rooms they are installed in. Only a central AC can cool all or many rooms at once. Read on as we explore what a window AC could mean for your energy bills.

A window AC unit consumes less than 1/3 of the energy used by a central AC. It is a cost-effective option when you have just one or a few window ACs. It is vital to know that the power demands can increase drastically if you install many of these units.

Before installing an AC, it is important to confirm that your electrical system can accommodate the new addition. This is because regardless of the energy-saving capacity of a window AC, it is still more powerful than almost all other units in the home.

A professional electrician can advise you on the installation and equally help to upgrade your panel, create dedicated outlets, and all other electrical components required for the unit. A window AC comes in various sizes and capacity, which also influences the power it consumes. Typically, a standard outlet is suitable for a 115-volt window unit with a 15-amp requirement. However, a larger window unit with between 125 to 220 volts and higher amperage will require a dedicated outlet.

A window unit is cheaper to obtain than other options like a central AC unit and a Ductless unit. But it lacks in the kind of power other air conditioners have.

If you are wondering about other options for AC and cooling, a ductless air conditioner might be a good choice. It costs more than the window unit initially, but it also packs more power. Also, in the long run, a ductless air conditioner saves you more money on the energy bill.

Central AC units are a great option, but they contribute a large chunk to the electric bill. If you must use them, employ energy-saving tips to cut down on energy costs.

Who should install a window AC unit?

Only a professional and licensed technician should install your window AC unit or any other unit. At the Electric Connection, we are experts in installing units like the AC to enhance comfort in your home. You can reach out to us to help you decide on the best energy-saving methods and install your AC unit.

How to Rewire a House without Wrecking the Walls

Posted on August 20, 2019 | by K Hopkins

Taking out the drywall might make a rewiring project less complicated. The only problem is the stress it places on a homeowner.

Hence, it would be every homeowner’s dream to be able to rewire a house without wrecking the walls. But just to be clear, while this is possible, it still creates a minimal mess. A lot of factors play a role in this process.

First, is the house an old home? If so, you should get an electrician who has the experience and interest in working on old houses. This is important because such electricians have the skill and patience to understand older buildings and upgrade outdated wiring without insisting on tearing the walls down.
Next is the house infrastructure. Is it brick or frame? Are there plaster walls? Has the panel been updated recently? Is it a one-story or two? Is there a basement?

Some house wiring is easier to replace than others because of the construction. The wall outlets can be rewired from the attic in the case of a second floor or from the basement for the first floor. One-story houses are easier to rewire this way while two or three-story houses can be more complicated.

Steps Involved

Plan and Prepare
A house rewire without tearing down the walls requires a professional electrician. This electrician will begin by having a detailed plan of the circuitry to be replaced. Preserving the drywall means running a lot of wires through an attic or available crawl space. The electrician will remove insulation from the walls and mark the points to remove any existing wires.
Remove the old wiring.
This can be a tricky situation because you can’t just pull the old cable from the walls. Your electrician will take precautions by switching off the breakers and disconnecting wires from them. Then the new wires can be taped to the old before pulling them out one at a time. This way, the new wiring can fall easily into place.
The new wiring
Cut an opening in the wall for each appliance on the circuit. Next, drill a ¾ inch hole under or over this opening. If the electrician has an assistant, it will be easy to feed the wires through these holes as work goes on.

It is important to secure the wires with staples or an appropriate clamp. Rewiring is a tough but necessary project for any home with outdated or unreliable wiring. Ensure you hire a professional electrician or contact us right here to make this project as simple as possible.

Getting to Know Your Main Electrical Panel

Posted on July 25, 2019 | by K Hopkins

You are probably vaguely familiar with that scary big gray and black box in your basement or utility room. Most homeowners look to this box when they have a tripping breaker or sudden loss of power.

The main electrical panel in the home is also known as a breaker box. It receives and distributes electrical power from the utility company into all areas of your home.

When the electrician needs to fix any electrical component in the home, they turn off the power to that component at the breaker box. It is good to know the main functions of the electrical panel but as a homeowner, you should be better informed.

Read on as we explore more about your home’s main electrical panel.

At a glance

When you open the panel door, you would see the circuit breakers that serve your home. These should appear like several switches each connected to an electric component.

You can turn these circuit breakers on and off to control the area or appliance they give power. The appliances can be identified by a symbol, handwritten word or a detailed sheet on the side of the door.

If you find that you have fuses and not circuit breakers, it means the electrical panel hasn’t been upgraded in a long time and an upgrade should be considered now.
The electrical panel also consists of empty slots.

These slots allow homeowners to include additional circuit breakers for new appliances or areas of the home. When the need arises to install or replace a circuit breaker, the electrician does this by first removing the protective cover inside the electrical panel. This cover is known as the dead front cover and can be unscrewed out of place. During such service, the entire panel will be shut off.

Circuit breakers

The circuit breakers are designed to protect the appliances they serve by tripping off if there is an unusual occurrence with electric power. When there is a high demand for power than the circuit can provide, the wiring becomes affected and electrical hazards like a fire can occur.

Components of circuit breakers

Double-pole breakers literally have double poles. They provide 240V with 15 amps to 50 amps ratings. They serve dedicated outlets for home appliances that demand much power; for example, electric dryers, air conditioners, and stove.

Single-pole breakers have single poles. These poles provide 120V with 15 amps to 20 amps. They serve most of the circuits and outlets in the home.

Bus bars – Hot, Neutral, and Ground

The hot bus bars are two thick black service wires connected to the main circuit breakers. They provide 120V of power.

The Ground bus bar is a separate bus bar installed for ground wire connections. It is usually connected to the neutral bus in the main service panel

Electrical power leaves the panel through the hot bus bar and reaches outlets, appliances, or switches. When this electrical power returns it goes through the neutral bus bar which comprises of a white circuit wire.

Together the components of the main electrical panel keep your home up and running with safe electricity.

Learning more about this panel doesn’t mean you should fumble around with it. To avoid electrical hazards always call an electrician to attend to any issues. However, now you can better understand what they say when they arrive.

How Do I Tell the Size of the Main Electrical Panel I Have?

Posted on June 19, 2019 | by K Hopkins

Knowing the size of your main electrical panel informs you of how many appliances you can run. It helps to determine if your panel can supply the electrical power you need after a renovation or room expansion. It also helps you decide if an upgrade is necessary.

As a homeowner, it may seem difficult to learn anything about electricity in your home. Sometimes, it could be dangerous to go DIY on these things. This is why we are dedicated to constantly giving you the tips you need. Keep reading to learn how to tell the size of your main electrical panel.

How does it work?

The capacity of the electrical panel in your home is measured in amperes (amps). An electrical panel’s capacity can range from 30 amps to 400 amps. A 30 amps panel is common in ancient homes that have not been updated over the years. You would also find old homes with 60 amps and 100 amps. The average modern home should have a 200 amps panel. Some very large homes with many electrical appliances and power-demanding systems have up to 400 amps.

Electrical current reaches your home from the power utility to the main electrical panel where the power is distributed for home use. The main electrical panel is a wide grey metal box usually found in isolated areas like the garage, furnace room, or basement.

Steps to determine the size of your main electrical panel.

If your electrical panel is in a dark or dimly lit area, you will need a working flashlight. You start by locating the electric meter on the exterior of the house. The electric meter will be the point at which the service wires from the utility company enter the home. This can be different for everyone, but we will explain.

If you have overhead wires from the utility company, they will enter through a metallic pipe which is connected to the electric meter. When you locate the meter, you can use it to determine the size of your electrical panel. A square metal base means you may have a 100 amp panel. A rectangular metal base can indicate 150 amps panel. A round metal base could mean 60 amps. Your main electrical panel will be on the other side of the electrical meter within the home.

The main electrical panel is easy to spot because of its size and color. Take precautions to avoid a wet floor, damaged wires, or other electrical hazards. Open the electrical panel and look for the main circuit breaker. It is usually at the bottom of the panel. The main circuit breaker can be turned off to stop power from reaching the home. The size or rating of the electrical panel is indicated on this breaker.

If the size of your panel is much smaller than your electrical needs, it can be upgraded by an electrician. You can skip finding the size yourself and call on us to provide a complete service for you.