ROJ or Blunt to IEC 320 C-13

Extension Cord

Has it ever happened that you needed to reach a socket, but the cable was just a few inches short? That is where an extension cord proves to be a useful tool for addressing such issues.
An extension cord is an electrical cable, usually with a plug at one end and one or more sockets at the other end. In addition, they consist of insulated wires and are usually intended for different wattage levels.
From lighting up small lamps and fans to operating larger machinery such as power tools, the best extension cords can easily supply the necessary electricity. You can also use them in construction, offices, and houses, as well as outdoors.
Depending on their use, extension cords are available in various sizes, lengths, thicknesses and designs.

AWG -Gauge and Amp Options

The wire thickness or diameter of an extension cord is generally expressed in terms of AWG, which stands for American Wire Gauge and plays a vital role in defining the capacity of a specific cord extension to handle power load.
The gauge number is inversely related to the wire’s thickness: the lower the AWG number, the thicker the wire.
Wire with a lower AWG rating is thicker, and it allows much more current to pass through it without getting overheated; hence, it is suitable for appliances or tools that consume more current. For this reason, you should make sure that the AWG rating is in harmony with the use of the extension cord.
Considering the use of power extension cords in households, Americord tends to offer 10, 12, 14, and 16-gauge extension cords.

Computer and TV Power Cords

The cords that connect your computer as well as the television are more than just cables, for they are the power supply that provides the appropriate amperage to ensure that your electronics run efficiently and without a hitch. Moreover, they are usually intended for moderate power demands, incorporating the familiar three-prong plugs for extension cord safety and earthing.

Americord brings a range of high-quality computer power cords suitable for 120-volt and 240-volt applications. Furthermore, these power cords can be universally used with any major brand.

GFCI and Heavy-duty Options

Are you concerned about getting an electric shock or a sudden increase in voltage?

GFCI extension cords are specifically manufactured to incorporate your safety when using electrical appliances. They automatically shut off circuits in cases of a ground fault or electrical leakage, thus enhancing the safety of the devices you are using.

Heavy-duty power cords tend to have lower AWG ratings and are better insulated and resistant to environmental elements, as they are designed for high-power equipment and outdoor use.

That said, our stock includes heavy-duty power cords that are rated for use with 240-volt applications.

Power Strips

Tired of plugging all your devices into various outlets? With a power strip unit that lets several gadgets draw power from just one wall outlet, you can easily keep everything plugged in and ready to go—no more outlet-hunting. You can use these power strips in home offices, entertainment centers or even workshops, making them convenient and allowing you to control how and where the electricity is accessed.

Furthermore, power strips are available in different forms, some of which are surge protectors that shield electronics from fluctuations in voltage.
Americord provides you with an option for custom power strips based on your specific needs with a range of molds for IEC, NEMA and international configuration.

International Power Cords

Going abroad with your gadgets? International power cords are created to supplement plugs, voltage, and frequency in other parts of the world, so your gadget remains compatible with foreign electric systems.

Frequently Asked Questions (FAQ)

1. Can I use an indoor extension cord outdoors?

No, indoor extension cords do not have sufficient insulating capability to accommodate moisture, light, and humidity in the great outdoors. So, always ensure you use an outdoor extension cord with suitable weatherproofing features necessary for such use.

2. How do I know what gauge extension cord to use?

The gauge for extension cord depends on the power requirement of the particular device that you intend to use. Power tools will require a lower gauge (thicker wire), about 12 or 14 AWG, while other small electronic devices can work with cords of 16 or 18 AWG.

3. What are the different types of extension cords available?

Extension cords are available in different categories based on the wire gauge and their use: light-duty, medium-duty, and heavy-duty.

Light-duty cords (16-18 AWG) are ideal for tiny home appliances, medium-duty (14-16 AWG) for large home appliances, and heavy-duty (10-12 AWG) for power tools and high current appliances. There are also weatherproof cords for use in outdoor areas.

4. How often should you inspect an extension cord?

It is advisable to check your extension cord before each use to ensure it is in good condition. Check if there is any outer insulation that is damaged, or if the plugs are bent or if there is exposure of the wires. For cords that are regularly used in more high-risk situations, the evaluation should performed more often, roughly every two to three weeks.

5. How to tell if an extension cord is outdoor compatible?

Outdoor extension cords tend to be thicker and are protected with a coating that can withstand unfavorable weather conditions. In the cord, look for stamped characters such as “W” or “SJTW,” which signify that the cord is meant for outdoor application and will not be affected by rain, sunshine, or cold/heat.

6. What gauge extension cord for a space heater?

Specifically, a 12-gauge or 14-gauge extension cord is advisable for use with space heaters. Space heaters consume more electricity and using the lower gauge cord guarantees that they will be able to handle the increased wattage without getting too hot or being a potential fire risk.

7. What happens if an extension cord gets wet while plugged in?

In general, if an extension cord gets wet while still connected to the power source, there is a high risk of electrical shocks, short-circuiting, or even fire outbreaks. Switch off the power source, do not touch it with wet hands, and ensure it dries before using it again. Never use regular extension cords – always use GFCI extension cords, particularly when working in wet locations.