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An extender cord is meant to give an outlet access by providing extra wiring for electrical devices. It can be used outdoors or indoors and comes in various types. A 100 ft extension cord is long enough to reach some of the hardest areas. Some of the various types available are discussed here in detail.
The indoor types are designed using thinner wire gauges. This allows them to carry less power without overheating. Indoor extension cords are thus ideal for powering lightweight items. These items include televisions, computers, and phones. However, extension cords should not have more than two sockets fixed. This is to limit overloading, which can cause short circuits.
These cords are meant for higher power requirements. They are suitable for power-hungry tools and appliances. Some of such appliances include refrigerators, microwaves, and air conditioners. This extension cord has a thicker wire gauge. This reduces current overheat and safer for transmitting larger currents.
These three-pronged cords are grounded cords designed to bulkier end with three slots. The third slot grounds the cord by preventing shock risk. These cords provide additional safety when used with power tools or appliances that may produce electrical imbalance. The prongs have tough plastic or metal tips. Hence, they are harder to break as the cord is pulled in and out of tight space.
These types are meant to provide extra insulation protection for grounding one in case the first layer fails. This makes it very safe for using outdoor as well as in construction area. The cord can be used with tools and appliances that may emit excessive heat. Devices with double insulated cords offer higher safety levels than single insulated cords.
It is important to know the specifications of the long extension cord as well as maintenance tips for ensuring durability and safety.
To gain the most utility of an extension cord, it is important to know how to safely use it in different environments. Here are some of the common situations for using the extension cord.
Homes where outlets are always in short supply can use a long extension cord. For example, with television, computer, or kitchen appliances to be moved to different areas as needed, longer cords can eliminate the need for moving or installing additional outlets.
Long outdoor extension cords are ideal for powering items like lighting and seasonal decorations, lawn care equipment such as mowers and blowers that need to be plugged in, and power tools used for many outdoor projects. The cord should be designed or rated for outdoor use to withstand environmental elements.
Long extension cords are used to provide power to tools where power outlets are unavailable. Further, they allow movement of cords from one workstation to another.
Long extension cords are useful for temporary lighting, sound systems, and other equipment that need power when not easily accessible.
Workshops with different tools needing multiple outlets can easily be supplied with longer extension cords. They allow tool movement without power strip or additional outlet installation.
One of the main safety practices of using an extension is avoiding running them through doors, windows, or any other tight space. This is because doing so can damage the cord or cause overheat, which poses a fire risk.
Choosing the right extension cord involves considering factors such as gauge, type, number of outlets, and additional features.
A1: An extension cord rating refers to its voltage, wattage, wire gauge, and amperage capacity. These features determine the cord’s suitability for specific tasks and environments. Choosing the right-rated cord for the job is essential for safe and effective power delivery.
A2: Foot length extension cord means distance the cord can provide electricity from an outlet. Longer cords allow more flexibility in reaching areas, but thicker gauge wires are needed to prevent power loss or overheating over distance.
A3: It is not advisable to connect two extension cords together unless the second cord is of shorter length. This is because longer cords will result in power drop that poses a risk of overheating, appliance damage, or even fire.
A4: Outdoor cords are built sturdier with thicker insulation. This helps them resist moisture, sunlight, and extreme temperatures. Inside cords are lighter in insulation and meant for low power usage.
A5: A 100 ft extension cord is not recommended for air conditioners because it would be too long creating power drop. This would ultimately cause the cord to overheat. A shorter, properly gauged cord should be used if an extension cord is absolutely necessary.
