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Top 15 Best Extension Cord For Electric Leaf Blower In 2022

Dart Hill
  Dec 1, 2022 9:21 PM

Since the size of yards varies from house to house, it's important to have the right size of leaf blower extension cord. Our leaf blower extension cord buying guide and top picks will help you find the right cord for your yard.

It doesn't matter how strong your leaf blower is if it can't get to every nook and cranny of your yard. For this reason, you'll want to use only the highest quality extension cord.

But you can't just go to the hardware shop and buy a cord on the spot. You can't just plug any old cord into your leaf blower since they're all different.

There is a wide variety of extension cords available, each with its own power capacity and length. Getting the correct extension cord for your leaf blower requires a basic understanding of how they work.

Make sure that your safety is a top priority and that your yard is free of leaves by following our recommendations and using the top-rated items we studied for you.


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Buying Guide

Amps, Volts, and Watts

The rate at which energy is transferred across a conductor is expressed in amperes. A higher rating indicates more power is available from the cord.

Copper wires are the conductors that deliver electricity in extension cords. Watts are a measure of power consumption while volts are a measure of electrical force.

There is an amp rating for extension cords, which is the maximum current that may be safely sent through the cord. It's important to pick an extension cord with the same amp rating as the power tool you're using.

Overheating from an inadequately sized cord is a fire hazard. The amperage, wattage, or voltage of a high-quality extension cord will be clearly displayed both on the box and in the user guide.

Gauge And Length

The gauge is directly proportional to the length. As an example, the longer the cord is, the smaller the AWG size should be.

Wires can only carry a certain amount of electricity, determined by their gauge. Voltage drop, or the amount of resistance that results in voltage loss, is influenced by the cable's length.

A smaller gauge number indicates a thicker wire. When it comes to length, know that a higher voltage loss occurs with longer cords. In spite of having the same AWG rating, longer extension cables have a lesser capacity.

Built-In GFCI Protection

We recommend a GFCI-protected extension cord for any outside application where wetness is a possibility. This stands for ground-fault-circuit-interrupter and is a specific sort of protection for outdoor cords.

Some power cords have this feature already installed to shield users from electric shock.

Material

The kind of cord used and how thick it is a primary factor. Most outdoor extension cables are constructed from high-quality materials that make them resistant to the elements and some oils. Some outdoor extension cables include strengthened blades that prevent them from breaking or bending even when exposed to freezing or scorching temperatures.

One further thing to think about is the extension cord's wire gauge, which is the thickness of the wire inside the cord. The AWG (American wire gauge) number indicates the thickness; the larger the number, the thicker the wire. The amperage the cord is rated for depends on the AWG size, so it's very significant. Thicker, shorter extension cords typically have larger power capacities despite using smaller gauges. However, longer extension cords typically have a thinner high gauge and provide less power.

Always check the amperage of the tools/equipment you are using, as a higher gauge extension cable can handle more power than a lower voltage cord.

Power Capacity 

The maximum load the extension cable can support is a good indicator of the maximum number of amps it can safely handle. The more electricity an extension cord is rated for, the longer you can plug in your appliances. Consistent power flow through an extension cable with a low power rating is unsafe, hence higher power rating extension cords should be used instead.

Additional Useful Features

Depending on your needs, several types of outdoor power cords come equipped with a variety of extra functions. Additional features include double insulation to prevent electrical shocks, plug sockets that require more force to remove power cords (useful for ensuring child safety), a number of sockets and USB ports, surge protectors, a slip-resistant design, a grounded plug to provide excess current a return path to the ground, and the ability to power multiple electronics at once.


FAQS

What gauge extension cord do I need?

Amperage refers to the amount of current that a cord can carry. As with other electrical wire sizes, extension cables are rated in AWG (American wire gauge). Electrical wire is measured using a standard gauge system, and this rating corresponds to that method.

The thicker and more capable the cord, the lower the AWG number.

Overheating can occur in both appliances and outlets if the wrong size of electrical cord is used.

First, check the gauge of the power cord that came with your device to determine what size gauge cord you need. Usually this is imprinted right into the lanyard. After determining the equipment's cord gauge, you'll need an extension cord that's at least a grade lower. Choosing an extension cable that is a grade lower will ensure that it is thick enough to supply enough power to your machine. There are situations where a smaller gauge is required.

Many burnishers, for instance, have a 14-gauge chord and can't be used with anything less than an industrial 12-gauge extension cord. Power may be transmitted over greater distances thanks to the 12 gauge extension cord's low resistance.

How to store extension cords?

Without proper storage, cords become damaged and ineffective over time. One of the most typical difficulties is that the cords “pig-tail” or become curly.

One of two causes, incorrect storage is to blame. When a user incorrectly coils an extension cord, the cord becomes coiled. The arm is commonly used by operators when wrapping the cord. Each time the cable is wrapped in this manner, a curl is created in the cord at the point where the elbow meets the hand. This means that there is the potential for twenty turns of the cord on a single full wrap.

The second cause of cord curling is that they are constantly ran over and mishandled in usage.

Storage of extension cords should be organized so that they are out of the way of the cleaning process.

If the end of your extension cable is coiled, it's time to get a new one.


Conclusion

It's crucial to use an appropriate extension cord with your leaf blower. In addition to finishing the yard, you need think about the strength of the cords, the efficiency of the leaf blower, and your own personal safety.

The improper cord can cause the leaf blower to overheat, which can lead to leaves being scattered around the yard.

Thousands of extension cables exist, and your safety is our top priority. We've done the legwork and found the best leaf blower extension cords for any size yard.

With the help of our manual, you can always have a functional leaf blower and a beautifully manicured yard, no matter the season.


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