The Hidden Dangers of Leaving Your Charger Plugged In

The Hidden Dangers of Leaving Your Charger Plugged In

Why you shouldn’t leave a charger in an outlet when not in use

If you’re anything like me, you’ll eventually wish to break a lot of negative behaviors. The key is that they exist, which is very normal, even though they might not be all that extreme—after all, who doesn’t have something about themselves they’d like to change if given the chance?

Addiction may be the obstacle preventing some people from eliminating that undesirable aspect of their lives. Smoking, drinking, gambling, overindulging in fast food, etc.

However, other habits stem from, well, habitual behavior. That is to say, other from maybe being lazy or forgetful, there isn’t much that is preventing you from updating them.

I’ll give you a really moving example: even when my phone charger wasn’t in use, I couldn’t help but leave it in the wall.

I understand what you’re thinking, though: after your phone has finished charging, how difficult can it really be to take the charger from the wall? To be honest, the only solution isn’t difficult at all.

Nevertheless, I can’t even remember how many times my partner has reminded me to unplug my charger. I didn’t give it much thought until recently, which is obviously where my issue is. Ultimately, what could possibly go wrong with the charger ready to be utilized in the outlet? Not one, isn’t it?

Technically speaking, that may not be the case. while I managed to come across a social media post detailing the possible dangers of leaving chargers connected into outlets while they aren’t actually charging anything, I became aware of this.

Let’s just say that I swiftly changed my ways. In addition to my girlfriend being happy, I broke my “habit” because of fear of what would occur if I didn’t.

What then is possible? Well, a part of the charger will still draw power even while it is in standby mode. Even if the power consumption is minimal, electricity is still being used even when nothing is being charged.

Furthermore, leaving chargers plugged in all the time can hasten the internal components’ deterioration. Unexpected voltage fluctuations may cause excessive overheating, which could smoke the charger and, in the worst situation, possibly ignite a fire.

Not to mention the potential consequences of the charger’s tip coming into contact with water or a metal object, which would cause a full circuit.

Furthermore, if your house is similar to mine, you will almost certainly have kids or animals running about.

In addition to the likelihood that they might harm the charger if they yank it off the wall, they might also view it as a toy, which would make them (children, I mean) more likely to want to play with the outlet itself.

Now, we want to be clear that the majority of the research available indicates that there is very little, if any, chance that your plugged-in charger would start a house fire.

Conversely, current safety regulations and inspections indicate that leaving your charger plugged in should be safe; nevertheless, this does not address the issues mentioned above, which you may also want to consider.

Even when not in use, do you typically keep your charger plugged into the wall? Tell us in the comments section.

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Firefighters Share Crucial Safety Tip: What Never to Plug Into a Power Strip

Firefighters Want Everyone To Know What They Should Never Plug Into A Power Strip

Heating systems are turning on and, in many cases, space heaters are being taken out of storage as the coldest months of the year approach in the northern hemisphere. Firefighters advise against plugging any of these devices into a power strip.

The Item You Must Never Plug Into a Power Strip: Space Heaters

Around the world, space heaters are frequently utilized in colder climates. When chilly winds are blowing outside, all we want is to be warm and comfortable. An extremely critical post about their safety was made by Oregon firemen in anticipation of the space heater season. (1) What is their best tip?

Your space heater should never be connected to a power strip. (1) On Facebook, Umatilla County Fire District #1 in Hermiston, Oregon, cautioned against plugging a heater into a power strip.

“These units can overheat or even catch fire due to the added energy flow, and they are not made to handle the high current flow required for a space heater.” (1) The message rapidly went viral, revealing that many of individuals are ignorant of the dangers of plugging a space heater into a power cord. (1)

Connecting a Fire Starter to a Powerstrip

Not just the Oregon Fire Department is disseminating information about space heater safety. Following a house fire caused by improper usage of a space heater, the Toledo Fire Department in Ohio likewise released a similar statement. The couch caught fire due to the heater, and soon the whole house was on fire.

Everyone using space heaters must do so safely because they can reach temperatures of up to 600 degrees Fahrenheit.

Among their advice are:

Infrared heater in the living room, modern electric

Always plug straight into a wall unit rather than a power strip.

Always leave at least three feet of space surrounding the space heater.

Never turn on your space heater when you’re sleeping or in another room, and always keep an eye on it while it’s in use.

Heaters should be placed on smooth, level surfaces.

Never place heaters on carpet, chairs, tables, or cupboards.

According to the Consumer Product Safety Commission, 1,200 fires are started annually by portable electric space heaters. A woman warms her freezing feet next to a home electric heater while sporting colorful rainbow-colored socks. At-home infrared halogen heater.

According to the Oregon firefighters’ website, using a space heater is perfectly acceptable as long as individuals are cautious and sensible. The problem arises from irresponsibility. (2) “It all boils down to appropriate usage. If not used properly, even the best equipment might malfunction. The ability of the final user to operate the product safely is the most important factor, although no single producer is at fault.

How to Keep Your Home Safe from Electrical Fires

Electrical fires can be avoided, especially during the chilly winter months. Our best advice for staying safe from fires this winter and throughout the year is as follows:

  • When not in use, keep all heat-producing appliances disconnected.

This includes heaters, kettles, and hairstyling equipment. Basically, everything that generates heat when activated has the potential to overheat and catch fire if left on for an extended period of time, or to activate in the case of an electrical surge or malfunction.

  • Temporary usage only extension cords.

Extension cables are only intended for short-term use; do not use them continuously. If you need more outlets, call an electrician to install them.

  • Do not remove the third prong.

A power cord’s third prong serves as protection against power outages and surges. Think about modernizing your home’s two-pronged outlets.

  • Upgrade your electrical setup.

It’s likely that your house has an outdated electrical system if you reside in an older house. To get it assessed and to discuss updating, get in touch with an electrician. Overheating and fires are more prone to occur in older, less sophisticated systems.

  • Avoid using power wires that are damaged.

Do not use the power cable if it is frayed, has a broken prong, is detached from its plug, or is cracked.

  • Comply with the appliance’s instructions.

Directions are provided for your safety as well as for the best possible use of the product. Every appliance comes with a handbook that contains information on how to stay informed about recalls and a section on fire safety.

  • Pay attention to warning signs.

There are a number of indicators that your device may be overheating or that the socket it is hooked into is malfunctioning.

These consist of

Discoloration or burn marks surrounding a light fixture or socket

To the touch, the outlet, power cord, or appliance feels hot.

Burning scent while using the device

Sparks or shocks from electricity whenever the device is plugged in; flickering light even after changing the lightbulb
A fuse or breaker that trips frequently

Finally,

Verify that each of your rooms has a smoke detector and that it is operating correctly. In this manner, you will be informed and able to reach safety in the event that something goes wrong.