When not to trust the extension cord: Expert advice
Did you know that not all electrical devices should be plugged into an extension lead? One electrician has clarified this issue and warns of the potential dangers. Discover which devices should never be connected to an extension lead.
An extension lead is a handy device that almost everyone has at home. When there are not enough sockets or a cable doesn't reach, it's a convenient solution that makes everyday life easier. However, it seems that this device is not suitable for every appliance.
A rule that can save your life
Paul Martinez, an electrician and owner of Electrified NYC, has shared some important advice. According to him, devices with power exceeding 1500 watts should not be plugged into extension leads. Why is that? There's a risk of overheating or burning the wires, which can result in a short circuit and even a fire. To avoid unpleasant situations and ensure safety, it's best to plug high-power devices directly into a wall socket.
Do not plug this into an extension lead
A microwave is an appliance found in most homes. It turns out that it can draw significant energy, and connecting it to an extension lead can lead to electrical circuit overload. Extension leads, especially those of lower quality, aren't always capable of handling this. Although a microwave typically uses up to 1000 watts, it's better to be safe than sorry.
Another device is a low-fat fryer. Especially those with higher power requirements may demand substantial energy. Similar to microwaves, using extension leads, particularly ones not designed for heavy loads, can result in undesirable consequences. While not every fryer exceeds 1500 watts, many can approach 2000 watts.
Now, in the winter season, we often use electric heaters. There are many stories about such devices causing fires. These heaters can reach very high power levels, so it's wiser not to take unnecessary risks. It's advisable to select high-quality heaters and avoid connecting them to an extension lead.
An extension lead connected to another extension lead is a prohibited combination. Connecting multiple leads can cause surges or failures, particularly if different electrical devices are plugged into each extension lead.
A refrigerator, although not drawing considerable power, demands careful consideration. The issue here is its continuous operation. A refrigerator runs 24/7, and its motor can cause fluctuations in the circuit load, which, with prolonged use through an extension lead, can lead to failure.
Additionally, various types of sandwich presses, grills, and toasters can create numerous problems. These devices can reach power levels exceeding 1500 watts, which is challenging for standard extension leads.
