Walton uses high voltage conductive metal connectors made of copper alloy while manufacturing their extension sockets.
Copper has been the preferred material for electrical connectors for about 200 years. It has become even more prevalent since the discovery of the electromagnet and telegraph in the early 1800s, especially after the invention of the telephone in 1876.
Telecommunications, electricity generation, distribution, and transmission all employ copper electrical connectors today.
Why is copper alloy good for extension sockets
The power source must overcome resistance for an electrical current to flow through metals. A metal’s electrical conductivity increases as its resistance decreases. Copper wire is an excellent electrical conductor because of its low resistance.
Copper is also a very adaptable material. Electrical connectors and wires must be able to handle high amounts of electricity at once, however, most metals cannot flex easily. Copper, on the other hand, has the perfect thickness for handling domestic electrical levels while being movable.
Finally, copper oxidizes less than other metals. When it comes to rust, you’ve probably heard about oxidation. It occurs when oxygen and moisture in the air react with the surface of a metal. This process corrodes the metal, resulting in a thin coating.
Copper does not rust but does develop a greenish patina known as copper oxide. This covering, unlike rust, protects the metal from corrosion while not interfering with conductivity.
Best practices for copper alloy wire connectors
Electrical copper connectors have fewer safety concerns than aluminum connectors, yet electricity is still dangerous. If you’re working on a wiring project, make sure to take the necessary safety precautions.
- Use the appropriate copper wire connection for the size and quantity of wires you’re connecting when using copper electrical conductors.
- Use only UL (Underwriters Laboratories)-approved electrical copper connectors.
- Make sure the connector completely covers the wire ends. Covering exposed wiring with electrical tape is not a safe option.
- The ends of the wires will likely be damaged while rejoining them. To guarantee the safest connection possible, trim the ends and strip the insulation.
- When you’re finished, gently tug on the wires to ensure the connection is secure.
Does voltage matter for an extension cord?
When buying extension cables, be sure the volt rating fits the requirements of the equipment you intend to use. Extension cords come in a variety of ratings. To choose the best one for your needs, you must first comprehend the characteristics of each selection.
You can use them with high-power devices like water heaters and electric vehicle chargers. They have thicker cords and are usually available in larger gauges.
You can securely use them to run table saws, air compressors, and other similar machines because they have a larger capacity. They’re ideal for tools that need to be plugged in far away from a wall outlet, which is why you’ll see them in workshops, construction sites, and the homes of woodworkers, metalworkers, and other enthusiasts.
Many pros assume you’ll utilize extension cords made expressly for the power tools you’ll be using. In other words, rather than purchasing a random 250v extension cord for your table saw, you should get a table saw extension cord. Because it has the proper gauge for your power equipment, this extension cord is less likely to overload.
The fact that High voltage is riskier than lower voltage extension cords is the sole significant disadvantage. The higher the voltage, the more likely you are to die. As a result, higher voltage lines require additional insulation. Because high voltage extension sockets are more dangerous, the purpose is to prevent breakdown.
On the other hand, extension cords with higher voltage may power large appliances such as ovens and dryers. Because they employ thinner wires to deliver the same amount of electricity, higher voltage lines are more efficient.
The voltage of extension cables is governed by their gauge. The higher the gauge, the better the carrying capacity and the less voltage is lost when the length is increased. 110, 120, 210, and 220v extension cords are some of the most regularly utilized voltages.
For extension cables, voltage is important since it determines whether you may use heavy or light duty electrical products. Heavy-duty goods require 220-240v extension cords, whereas 110v extension cords can be used to charge your phone, watch TV, listen to the radio, and so on.
Why do you need Walton extension sockets?
For homeowners, contractors, and weekend warriors eager to work on home repair projects, extension cables have made life much easier. Apart from shopping for the cheapest price, extension cables are not normally something people spend a lot of time investigating. There are, however, safety and performance concerns. Our goal is to not only provide excellent service at a reasonable price but also to serve as an educational resource to keep you safe and maximize your performance.
With that in mind, you should be aware that today’s extension cords come in a variety of styles and lengths. Some extension cables may even feature illumination to make them more apparent. In some circumstances, 15 feet may be sufficient. In some circumstances, an extra 100 feet of the cord may be required. Although the length of the extension cord you select is significant, the gauge is also critical to consider. The gauge will assist you in determining which extension cord is ideal for the job. Heavy-duty extension cords aren’t the same as your standard lightweight extension cord.
When it comes to extension cable length and gauge, the most important consideration is what you’ll be utilizing it for. In most circumstances, having multiple wires to satisfy diverse needs makes sense. Contractors require a wide range of equipment in their trucks to safely execute any work on the job.
Many heavy-duty extension cords are designed specifically for outdoor use and are safe to use. Find yours today at Walton and see why our customers keep coming back for more. We have the best quality high voltage extension sockets with conductive metal connectors made of copper alloy.
