After searching the Internet recently, we realized people needed a definitive extension cord size chart
Understanding wire gauge proves difficult in some situations
This chart breaks down how both the wire gauge and length of an extension cord affect its ability to convey power to a corded tool
Running a 15-amp tool?
How about a full 20-amp tool?
We can help you understand what length and gauge extension cord gets you and keeps you up and running
Extension Cord Size Chart – Wire Gauge vs Length
That’s right, we’re giving you the chart right up front without making you read through paragraphs of text
If you want to know more, like what is AWG or American Wire Gauge, see below
However, if you simply want to know what gauge extension cord you need to support a particular amount of amps, or how long an extension cord you can run without losing power, here you go
Getting a firm grasp on understanding wire gauge and amps and how they interrelate can protect your tools and keep you safe
We broke our charts down by extension cord length since that’s where most people start when looking for the right gauge cord:
If you want to run a 100-foot long extension cord, you have to take into account the fact that you’re essentially creating a huge resistor
With that in mind, you typically don’t see 100-foot cords exceeding 15-amp (15A) capacity
Consider using the next size up for anything that is at or near 5% or—even better—opting for a shorter cord whenever possible
25-foot Extension Cords
25-foot Extension Cords
25-foot Extension Cords
Current DrawMinimum Wire GaugeVoltage Drop20A14-gauge258%15A14-gauge194%12A14-gauge155%10A14-gauge129%
Current DrawMinimum Wire GaugeVoltage Drop20A14-gauge258%15A14-gauge194%12A14-gauge155%10A14-gauge129%
Current DrawMinimum Wire GaugeVoltage Drop20A14-gauge258%15A14-gauge194%12A14-gauge155%10A14-gauge129%
See below for some recommendations on extension cords which should match the above requirements
Assumptions for Sizing Extension Cord Length
For our extension cord size chart calculations, we assumed 120V single phase with a power factor of 1
We also utilized the 2014 NEC Chapter 9, Table 9 numbers for impedance and voltage drop calculations
We also allowed for up to a 5% voltage drop—which some people might consider too high
With that being the case, only one of our recommendations hit that level, the 100-foot 12-gauge extension cord with a full 15A draw
It helps you understand what happens when using a 100-foot extension cord on a tool with a high current draw
Why Understanding Wire Gauge and Amps Matters
Everyone on a job site or remodel has some experience with running extension cords
For larger tools that require them, it’s not enough to simply tap into the temp power pole or a nearby outlet
You have to ensure that if your tool requires 15 amps, it gets 15 amps
Use an extension cord that doesn’t carry the correct thickness (gauge) wire and you “starve” your tool
First, you can tax the tool motor—causing it to work harder to draw the energy it needs to run
That’s your tool on an improperly-sized extension cord
An undersized extension cable will heat up over time
Use it in that state for too long, and the wire insulation could melt
This particularly holds true if you keep the wire in a coil, which creates resistance and a magnetic field that heats up
Some Helpful Do’s and Don’ts
Understand how much current you need to draw for your tool or applianceProperly size the wire gauge to the length and current draw requiredKeep your cables as short as possible for higher current toolsUnroll extension cords fully so they aren’t coiled during use
Use cables not properly rated for your tool and the length of cordKeep your extension cords coiled during useUse a cord that lacks a ground plug (either missing or broken)Run multiple high-current tools off a single cord or circuitUse a long extension cable if you have a short one handy
Hopefully, you found our extension cord size chart helpful and direct to the point
Understanding wire gauge and amps and how to properly size your cords for the tool and distance can make your tools last longer and run more optimally
You may also want to see our article on what kind of extension cord do I need for even more info
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Extension cords are one of the most common household items, but there are many different kinds of extension cords built for different purposes
Here’s what you should know about extension cords and when they can and can’t be used
The Different Gauges (aka AWG)
The wires inside an extension cord come in all different thicknesses, which is denoted as “gauge”
It’s also sometimes referred to as “AWG”, which stands for American Wire Gauge
However, don’t get this confused with the actual thickness of the cord itself (though the thicker the gauge, the thicker the cable, to an extent)
Instead, gauge refers to the thickness of the wires inside the extension cord
Extension cords range anywhere from 18 gauge to 10 gauge, with 10 gauge being the thickest
Lower gauge (aka thicker) wires allow more electrical current to flow through the extension cord, making lower-gauge cords better for larger appliances and tools that need a lot of juice
RELATED: The Different Kinds of Electrical Outlets You Can Install In Your House
Most higher-gauge extension cords are pretty thin and compact (like this one), and made to be used with electronics that don’t need a lot of power, like lamps, alarm clocks, fans, and more
These are also known as “light duty” extension cords
Thicker-gauge extension cords in the range of 10-14 gauge are known as “medium duty” or “heavy duty” extension cords (like this one) and usually look like a really-thick ethernet cable of sorts
However, you can sometimes find light-duty extension cords that look like heavy-duty ones (like this one), so be sure to double check the gauge, which can sometimes be found printed on the cord itself
Thicker-gauge extension cords are suited for more demanding appliances and tools, like space heaters, refrigerators, and more
There’s a lot of controversy about using extension cords with demanding appliances, so we’ll talk more about that in a moment
The moment you set eyes on different extension cords, you’ll notice one glaring difference: the plug will either have two or three prongs
The third prong is a ground connection, which provides a return path for excess electrical current to prevent damage to the appliance, or even worse, electrical shock to the user if there’s a short
You’ll mostly see light-duty extension cords sport only two prongs, which is also known as an ungrounded extension cord
These can be used safely with items that don’t draw a lot of power (lamps, fans, clocks, etc )
However, if an appliance has a three-pronged plug, you’ll need to plug it into a three-pronged (aka grounded) extension cord
You can plug an appliance with a two-pronged plug into a grounded extension cord without a problem, but do not plug in a three-pronged plug into an ungrounded extension cord (by using one these adapters), mostly because anything with a ground prong is usually high-powered and should not be plugged into a light-duty extension cord in the first place
Just by looking at an extension cord, you may not be able to tell if it can be used outdoors or only indoors, but the insulation that the extension cord uses makes all the difference
Most indoor light-duty extension cords (like the one pictured above) have little insulation, and would eventually deteriorate when exposed to the outdoor elements for any significant amount of time
Outdoor extension cords, however, have much better insulation and more of it
However, many outdoor extension cords don’t provide a water-tight seal where the plug is, since there’s really no way to achieve that in the first place
So it’s still recommended that you be careful around wet areas and elevate the plugs if there’s any standing water in the area
It’s also a good idea to wrap the connection in plastic to prevent rain water from making its way inside
When and Where You Shouldn’t Use Extension Cords
Contrary to what you may think about extension cords, there are some instances where they shouldn’t be used, depending on the appliance and how far away it is
First off, extension cords can only be so long
In general, the thicker the cord is (gauge-wise), the longer it can be (up to around 150 feet with the thickest cords)
This is why you hardly ever see light-duty extension cords longer than 25 feet or so, because the voltage would die down before it reached the appliance, resulting in devices not getting enough power and possibly creating safety hazards
This is also why you shouldn’t daisy chain extension cords
RELATED: Can You Plug Space Heaters Into Smart Outlets?
Furthermore, extension cords should not be installed inside of walls and used permanently, because they’re unshielded and not heat-resistant, whereas true romex electrical wire is
As for using extension cords to power high-wattage appliances like a space heater or a hair dryer, it’s generally frowned upon
Most appliance manufacturers will tell you not to do this, because it’s really easy to use an extension cord that isn’t rated for the power needed from the appliance
However, it’s generally not a problem if you use the correct type of extension cord
For instance, if your space heater pulls 15 amps, you’ll want an extension cord that can handle at least 15 amps
This means you’ll probably end up with at least a 14-gauge extension cord, but even 10- or 12-gauge cords will work as well
What you don’t want to do is use a light-duty extension cord that isn’t rated for the power draw a space heater pulls—that’s asking for trouble
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What extension cord gauge do I need?
Extension cords play a vital role in almost everyone’s life
In this case, you will need one from a nearby outlet to your location
It enables people to recharge a device or supply power to an appliance
Just like AWG wires, they come in different forms & types
We tested a number of products and found that Southwire was the best extension cord manufacturer across a number of gauges
Here are our recommendations for various gauges:
Best 6 gauge extension cord: PrimeWeld
Best 8 gauge extension cord: Southwire
Best 10 gauge extension cord: Champion
Best 12 gauge extension cord: Otimo
Best 16 gauge extension cord: Addlon
Here’s a quick look at our recommendations:
Great 8 gauge extension cord for heavy duty work
Great 8 gauge extension cord for heavy duty work
Champion Power Equipment
Champion Power Equipment
Awesome 10 gauge extension cord for generators & more
Awesome 10 gauge extension cord for generators & more
Impressive 12 gauge extension cord for everyday use
Impressive 12 gauge extension cord for everyday use
Rating (Amps)
Rating (Amps)
Rating (Amps)
Rating (Amps)
Rating (Amps)
Good, budget 16 gauge extension cord option
Good, budget 16 gauge extension cord option
We’ve tried and tested all the extension cords we have posted on this page
We have also written extensively on electrical topics and feel we know what we’re talking about
We picked extension cords with different capabilities to reflect the different needs people have
If you have ever been to an electrical supply store, you will notice they come in different lengths and sizes
The most common length are 25 ft, 50 ft, 100 ft, and 200 ft
In a recent study by the US Consumer Product Safety Commission, extension cords are among the most dangerous electrical products for home use
The main reason it is dangerous is the incorrect size and use
With that said, people need to know how to prevent them from failing
A 6-gauge aluminum extension cord has a rating of 50 amps at an ambient temperature of 167°F or 60 at an ambient temperature of 194°F
A 6-gauge copper extension wire has a rating of 55 amps at an ambient temperature of 140°F
Some thick extension cords are waterproof
It is best practice to check the specifications
Here’s a great option from PrimeWeld
It can handle 50 amp welding jobs
It will be able to handle most electrical needs you have
It’s only 50′ long
An 8-gauge aluminum extension cord has a rating of about 40 amps at an ambient temperature rating of 167°F or 45 at an ambient temperature rating of 194°F
An 8-gauge copper extension cord is rated at 40 amps at an ambient temperature of 140°F
Aside from knowing the above information, the safe length for an 8 AWG wire is also important
An 8-gauge extension cord wire is thicker than a 10, making it more heavy-duty than the latter
It comes in several lengths
extension wire with a welding machine
Some long cables are retractable, making it easy to pack them up
They don’t sell options longer than 40 feet
For your heavy electrical needs
How many Amps & Watts Can it Handle?
A 10-gauge aluminum extension cord has a rating of 30 amps or 3600 watts at an ambient temperature of 167°F or 35 at 194°F
You can use a 10/3 with a ground wire for an apartment
They’re great for a large air conditioner or an electric dryer
Only appliances mentioned with a rating of up to 30 amps are compatible
Note that some of these appliances use a NEMA 10-30 three-prong plug, so you may want to pick a multi-outlet option
Name10/3-3 Triple Outlet Ultra Heavy DutyGauge10Length100′NameGearITVoltage125 Volts
It’s 100 feet long
It’s 100 feet long
They have many cords available to choose from
We love the 3-outlet plug
It might be a bit pricey
It’s a bit thinner
A 12-gauge aluminum extension cord has a rating of 20 amps at 167°F and 25 at 194°F
A copper wire of the same AWG has a rating of 25 at 140°F
A copper wire of the same AWG has a rating of 25 at 140°F
It’s rated 25 at 167°F and 30 at 194°F
It’s rated 25 at 167°F and 30 at 194°F
It’s rated 25 at 167°F and 30 at 194°F
It’s rated 25 at 167°F and 30 at 194°F
You can use a 12/3 cord in various appliances and tools, such as but not limited to:
However, never use this as it is dangerous and prone to fire
Name12/3 Outdoor Extension CordConnector GenderMale-to-FemaleGauge12Input Current20 AmpsLength25′ – 100′StoreAddlonVoltage125 Volts
They offer 25 to 100 feet cords
It’s reasonably priced
We love that the ends light up
In the case of a 14-gauge extension cord, it usually only uses copper for the conductive part
It has a rating of 20 amps at an ambient temperature rating of 140°F and 167°F and 25 at 194°F
A 16-gauge extension cord has a rating of 13 amps, which you can use for a light-duty job
This type can only support devices that are not power-hungry
It is dangerous to use it with a space heater or any heat-generating appliance, such as toasters
Electrical Extension Cord Gauge Chart
Electrical Extension Cord Gauge Chart
As for wires, we also have an extension cord gauge chart
It determines how many amps a particular AWG wire can handle
It will help you realize which option is right for you, whether it’s 10 or 14
It depends on the wattage and size you require
The appropriate amp rating is crucial to ensure it can handle the electrical amount according to your requirements!
extension-cordstransparent600#12bece
Extension cords
50 amp
50 amp
50 amp
50 amp
50 amp
The chart above indicates that a 12 aluminum wire is a safe choice for your 220V 20 amps at 167°F ambient temperatures
Similarly, you can use a 14-gauge copper wire for 220V 20 amps at 167°F
If you seek one out for your washing machine, you can use the chart above as a guide
The AWG wire for a certain ampacity depends on a few factors, such as the conductive material and the ambient temperature rating
It is important to know the conductive material you plan to use
If you are using a copper wire, you must refer to the copper column
There are a few of these for the ambient temperature rating, so keep that in mind
Copper can carry more ampacity than aluminum at the same AWG
In other words, an 8-gauge copper wire can support more ampacity than the equivalent aluminum one
Having a higher ampacity means it can allow more current to flow at any given time
Ones with a high ambient temperature rating can carry high loads of power
It explains why a 12-gauge copper extension cord with an ambient temperature of 140°F is compatible with 20 amps
The same at a higher ambient temperature of 194°F can carry up to 25 amps
The outlined factors above make it tricky to choose the correct rating
Always remember that it is fine to pick a thicker one than the recommended one
However, never choose one size smaller than the recommended option
Make sure to also check out our resources on the best plasma cutters and the best TIG welders
What rating should I use?
What rating should I use?
Getting the correct one is very important
Choosing a smaller one can ruin your tool or even start a fire
In most cases, a common small hand-held electrical tool can operate without any danger with a 16-gauge extension cord about 100 feet long
Reading through this section will guide you in determining the correct one to use
Obtaining the rating
An outdoor circular saw shows 15A, which means it has a rating of 15 amps
Knowing Ohm’s law is important because it helps in keeping you safe when dealing with electricity
To put it in simple terms, you multiply amps with volts to get watts
This formula helps understand the different sizes because it may require you to convert the rating in the tool or appliance to watts
In the US, we use 120 volts in most homes
Some regions across the globe use 240V
When electricity travels down a long wire, it loses voltage
It happens because electricity encounters resistance as it travels
With this knowledge in mind, only use the cord length that you need
It is one of the many reasons why using the correct wire size and length is important
Electrical resistance creates friction, which also creates heat
You may feel the heat building up, and it becomes rougher to rub your hands
The same happens with electricity traveling down an extension cord
To summarize, do not use a 50 feet long extension cord if you only really need about 20 feet
Purchase an assortment of options with varying lengths
You can use a short one if the outlet is only a few yards away from your project
If you have a project that needs welding, it will surprise you that several types of welding may need different types of cables
You can look into gasless MIG welding and aluminum welding
The first thing you need to do is determine the tool or appliance you will be using
Once you have the information on hand, look into the Electrical Wire Size Chart table
This chart determines the compatible AWG number
Below is a list of common electrical tools with their respective amp ratings to make things easier
Electric Chainsaw: 7 to 12
Electric Lawn Mower: 6 to 12
Power Drill: 3 to 7
Table Saw: 14 to 20
There are several engine-driven welders available in the market
Can you connect different ratings?
Attaching two or more cords can sometimes be the only solution if you want to extend the length of coverage
If you practice this at home, immediately unplug them and buy a longer one to serve your needs
It has to be for a short term, temporary use only
The problem is that it creates a risk when using it as a long-term solution
The common causes include misused or damaged cords or overloaded circuits
Connecting two different ones is one example of misusing it
Avoiding the use of extension cords is the ideal solution
However, consider using a short one with adequate protection and heavy insulation if this is not possible
There are times it is unavoidable not to use one
In this case, use the shortest length and the correct size
Looking for an extension cord is an overwhelming task, especially if you do not know a lot about it
It’s at least the case if you aren’t simply buying one of the most common ones
If you need to provide electricity for more powerful tools, find the right one
Here are the factors to consider when shopping for extension cord in different gauges online or in-store
Purchase a slightly longer option
Although we do not recommend getting a length that is way longer than you need, it is good to get the next longest cord
If the next available size is way longer, you might want to reassess your measurements
It is important to know that you should not daisy-chain them
Plugging them into each other without having thicker wires to compensate for the distance could add electrical resistance between the outlets
High electrical resistance results in voltage drop, which leads to a lower power supply to your equipment
Daisy-chaining them causes unnecessary heat from building up, increasing the fire risk
Thicker ones can carry more electric power
The thickness determines how much electricity can safely flow through it
A thicker one can safely carry more electricity over a longer distance
A shorter wire can safely carry electricity over a shorter distance
Thin cables are ideal for low-power equipment such as battery chargers and lights
If you plan to use it in power tools such as vacuum cleaners and saws, you will have to choose a thicker one
The 14-gauge is the thinnest we recommend at 25 feet or shorter lengths
A cord that can handle at least 15 amps
We recommend you get a cord from the store that can handle an amount of at least 15 amps
Skip a cord that does not have a specification regarding its maximum capacity
Most flexible cords are for cold weather
Some cords are more flexible in cold weather conditions
It is hard to determine if a cord is flexible without actually opening the package when you’re at an electrical store
The best way to ensure flexibility is by looking for one compatible with lower temperatures
Skip multi-outlet ends for heavy-duty tools
Getting a multi-outlet extension cord is tempting because you can plug several tools into it
Getting one is fine if you plan to use it on light-duty equipment
We do not recommend a multi-outlet cord for heavy-duty equipment because it is easier to overload
For example, an extension can easily handle a circular saw
If you plug in a few other tools into it, you might overload the plug
How much do extension cords with different gauges cost?
How much do extension cords with different gauges cost?
As we tested various extension cords of different gauges, we found that they typically cost between $10 and $100
The wide range between the two numbers reflects different electrical carrying limits and lengths of the cord
How to tell the gauge of an extension cord
There are several gauges you can use
There are several gauges you can use
Most will have a print of their rating somewhere on the wire
For brand new products still in their original packaging, read through the product specifications
Doing a quick bend test is another way to know what type you have
Although this is not a reliable way of determining the size, you get at least an idea
If it is hard to bend or curl, it is probably 16 or 14-gauge or less
Otherwise, it could be 18-gauge or more
Otherwise, it could be 18-gauge or more
Otherwise, it could be 18-gauge or more
Otherwise, it could be 18-gauge or more
Otherwise, it could be 18-gauge or more
Otherwise, it could be 18-gauge or more
If you want to purchase a mini metal lathe, you should check this curated list
It consists of a list of the best options you can find in the market
What extension cord size do I need for 15 amps?
What extension cord size do I need for 15 amps?
If you have a 15 amps appliance or tool, we recommend using a 14-gauge copper wire
Choose a 12 or 10-gauge
You can get a bigger wire when choosing the AWG size without worrying about compatibility issues
Electrical safety: Do’s and Don’ts!
An extension cord is an electric wire with multiple outlets on one end and a plug
It is an important and necessary piece of equipment that allows users to reach inaccessible electrical outlets located too far away for their devices
Now that you know how to purchase this important home equipment, it’s essential to know how to maintain safety around it
Even if they are a handy piece of electric equipment, they can be a fire hazard or a tangled mess that can lead to accidents
Each year around 3300 home fires are caused by careless use
The US Consumer Product Safety Commission reports that around 2000 injuries caused due to negligent use are reported in hospital emergency rooms each year
These mostly include fractures, lacerations, sprains, and sometimes electric shock
The Electrical Safety Foundation International has recommended tips for you to keep the electric wiring running cautiously
The first thing to do after purchasing a cord is to read its user manual
You will need to follow instructions on how to install and maintain the appliances that they will be attached to
Always unplug when not in use: If you’ve got a toddler roaming around
Throw away any damaged or exposed wires and equipment
Any neglect in doing this could result in an electrical outage or a fire hazard
Check the panel when in use
If it feels hot to the touch, consider buying a new one
Make sure the power strip is rated for the plug you use it in
Strips marked outdoor and indoor must be used as such
Outdoor power cords are typically bright orange in color, perfect for lawn mowers
Your cords must be approved by an independent testing laboratory, like the Canadian Standards Association (CSA) or Intertek (ETL)
Always pull the plug to disconnect and not the wire
Always match the wattage rating on the appliance with the rating on the cord and never use one with a lower one than the appliance in use
Buy the correct length and never longer than you need
Not only can it create a fall hazard, but shorter lengths of the same gauge can carry more currents, so they are more economical
All cords should be stored in a dry place indoors when not in use, whether marked for outdoor or indoor use
Use a gauge 10 for a 30 amp circuit breaker connection
Make sure the power cord length doesn’t have a significant voltage drop
Never substitute temporary power strips for permanent wiring
This may or may not be an obvious one: don’t ever plug one extension cord into another
It may be a tempting idea if you want to increase the length of your wire
But it’s a fire safety hazard for innumerable reasons, and we’d strongly advise you to buy a new, longer wire instead
If you’re going to be using them in a damp place, only plug them into a Ground Fault Circuit Interrupter
A GFCI monitors the flow of current in a circuit
This is how a GFCI protects homes from electric fire hazards, even in damp areas like bathrooms where water and electric flow are likely to cause disasters
They should be kept uncovered with no cloth or flammable material around in case they catch fire from the heat generated
No more than one appliance should be attached to one panel of a temporary power strip
An overload on the appliance can cause circuits to burn out
They should be kept away from areas with heavy footfall in case of a trip and fall
Don’t bend or coil the wires when they’re plugged in
Do not nail any cord to the walls or floors
Do not remove any part of the plug, like the grounding pin, to fit it into a two-pronged outlet
Apart from these tips, it’s essential to check up on appliances around the house and make sure they are fit for use too
It can be caused by excessive usage or faulty wiring issue
When you buy any electrical equipment, it’s important to know its proper usage and terminology before installing it
Here are some terms that designate cords into several categories
Read up on these and only buy the correct strip for your project
S – These are made for general use
These cannot be used outdoors under any circumstances and are only fit for indoors
W – Now, these are rated for outdoor use
You can use them in your backyard or front lawn without any worry of an electric shock from moisture
J –These are rated for a standard 300 voltage insulation
E – This indicates the wire is made from TPE
P – This stands for parallel wire construction
What is the heaviest gauge extension cord?
The heaviest gauge extension cord is the 6 AWG cord
The lower the number of the gauge, the higher the thickness and voltage of the cord
This means that 6AWG is perfect for heavy-duty appliances and carries larger current loads
How many amps can a 10 gauge extension cord handle?
A 10 AWG can ideally carry 15Amps
It’s safe to assume this extension cord can carry in the range of 16-20 amps
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
Which is the best gauge for extension cords?
This depends on your use in mind for the extension cord
If you’re looking for something heavy-duty, 10AWG is best
14AWG is more suited to lighter appliances
It’s also recommended that you check that the cord can handle at least 15amps and is suitable for outdoor and indoor work
Is a 10-gauge extension cord better than a 12 gauge?
If your voltage demand is 30 amps, then a 10AWG gauge cord is great
If you’re aiming for current as low as 20 amps, then a 12 AWG gauge is an optimum size
What is a 12 gauge extension cord used for?
Most professionals will be familiar with the 12AWG gauge extension cord used
This cord is used mostly for high-power tools and large appliances
You may already have some extension cords lying around the house, but it is risky to use if you’re not sure what the gauge capacity is
Let’s look at how to find out the Amp of the cord
Time needed: 5 minutes
How do I know what AMP my extension cord is?
If your cord packaging is still present in the house, look at the box
You may find the gauge or thickness and the amps written on the manual
You can also take a look at the tag on the extension cord
The label will have some sort of amp and voltage properties written on it
If you only find the gauge, you can check online and determine the amps
Cut open the wire If you still can’t find the properties on the cord, you can cut open the cord and measure the diameter
Once you have done this, you can match the thickness with the gauge and amps online and determine all the properties of the cord
We hope you will experiment and try out our purchasing tips on your next run for this addition to your home
Our electrical safety tips certified by the ESFI are especially important to read over before you begin any new DIY project or installation in your home
Remember to consult a professional when in doubt regarding any electrical work