What Is The Advantage Of A Surge Protector Over A Power Strip?

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You may have noticed that many of the electronics in your house are plugged into power strips, not surge protectors. What is the difference between a surge protector and a power strip? and What is the advantage of a surge protector over a power strip? A surge protector offers protection from voltage spikes, which can happen when you least expect it. It also has additional features like built-in circuit breakers and noise filtering for cleaner electricity. With these benefits, it’s no wonder many people are choosing surge protectors instead. This article will help answer these questions and more.

Surge protectors are as useful and important to have in your home or workplace as a power strip. You can plug any of your electronics right into the surge protector for convenience, but it also provides an extra layer of security that will keep you safe from electrical problems later on.

Before digging into the advantages of surge protectors, it’s important to discuss what is a surge protector? What is a power strip? and, the difference between a power strip and a surge protector.

Let’s start with the basics.

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What is a surge protector?

A surge protector is a device that protects electrical devices from voltage spikes. Voltage spikes are usually less than 1,000 volts and last for just 1-30 milliseconds. When they do happen though, it’s always good to have someone around there who knows what he or she is doing even if it means taking out the whole machine when you’re not with your computer.

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What is a Power strip?

The power strip is an extension cord for your electronic devices. It attaches to the end of a flexible cable and allows you to plug in multiple devices at once, which saves time when charging them all one by one.

What is the advantage of a surge protector over a power strip? 

Surge protectors are the best option for anyone who has lots of electronics. They provide multiple outlets, and they also offer safety to all devices plugged into them because surge protectors control how much energy goes through them while power strips do not- making it easy to avoid any potential safety hazards in your home or office space.

When you plug into a power strip, it lets the full voltage of the outlet pass through to your device. If something malfunctions with that device and causes an overload or short circuit, then all other devices plugged in will be affected by this as well. With surges protections there is no risk for side effects- they are designed specifically to protect your equipment and prevent any power surges from passing through.

As they are not as bulky, surge protections also make it easier for you to plug in multiple devices without overcrowding the space or adding more wires. This is especially useful if you have a lot of electronics like laptops, tablets, televisions- pretty much anything that needs power!

The main difference between surge protector and power strip is that surge protection offers protection from voltage spikes while power strips do not have this ability but are smaller and cheaper – which can be ideal for people who don’t need the extra features of a surge protector device or simply want to save some money by purchasing a less expensive strip rather than an actual protector.

Surge Protectors: Multiple outlets with safety guards against voltage surges; make it easier to plug multiple devices into one outlet without overcrowding space

Power Strips: Cheaper than Surge Protectors- no additional safety guard like those provided by the latter option; can only handle one device on each socket at once

For someone with lots of electronics, it’s best to get a surge protector.

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What Are the Common Causes of Power Surges?

There are many causes of power surges, but the three most common types include thunderstorms, lightning strikes, and faulty wiring. A power surge can be unpredictable and dangerous to one’s home.


Thunderstorms can be hazardous because they produce strong winds which cause power lines to come in contact with overhead tree branches, bringing about the potential for a lightning strike.

Lightning Strikes: 

Lightning strikes are also common causes of power surges and these types of surges usually happen when electricity travels along metal wires (such as those found on telephone poles) into homes.

Faulty Wiring: 

Faulty wiring can be hazardous because it is unpredictable and causes power to travel in excess. This results in a more severe strike that may even light the wires on fire or cause them to explode.

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Common Ways to Prevent Power Surges from Happening in Your Home

  • To reduce the risk of power surges caused by faulty wiring or lightning strikes from happening again, be sure to have your homes outside lighting rods checked on a regular basis and make necessary repairs as needed.
  • Check all electrical wiring and cords for any signs of wear or aging, including frayed cord ends and cracked insulation on wires.
  • If you see the need to replace a surge protector due to age then do so as soon as possible because they only last about ten years before needing replacement.
  • Do not overload electrical circuits by plugging in too many appliances.
  • Keep a safe distance between your home and trees, as this will minimize the risk of tree branches coming into contact with electric power line.
  • Quickly replace any worn or damaged power cords that are near water sources as these can be highly susceptible to corrosion damage.
  • If you have older homes, then it is best to unplug all electrical devices when not in use.

Applications of surge protector

Surge protectors are devices that help protect electronics from power surges and spikes. They can often be found in office buildings or homes for this reason, but you might not know that they serve other purposes too. For example, surge protectors can actually help to increase the lifespan of your electronics by reducing the number of times they need to be recharged. There are many other applications as well-so don’t forget to use one if you have one!

The most common usages of surge protector is probably in an office building where there might only be a few outlets near desks or workstations. In order for all employees to charge their phones, computers, and tablets at once without blowing a fuse, a surge protector could come in handy.

If you have a surge protector, you should probably use it to reduce the risk of damaging your electronics. If not, consider purchasing one for home or office space-it’s worth it!

Surge protectors are devices that help protect against power surges and spikes in order to prevent electronic equipment from being damaged. They can often be found in an office building where there might only be a few outlets near desks or workstations. In order for all employees to charge their phones, computers, and tablets at once without blowing a fuse, a surge protector could come in handy.

The most common usage of surge protector is probably in an office building where there might only be one outlet near each desk or workstation—so how do people charge their phones, computers, and tablets? The answer is a surge protector.

If you have a surge protector at home or work space, it’s worth using because they reduce the chance of damaging your electronics by preventing power surges and spikes from reaching them. If not, consider purchasing one for either your home or office—they are worth it.

What Is the Difference Between a Surge Protector and a Power Strip?

Power strips are great, but they can’t protect your devices from power surges.

When you plug your computer into a power strip, the surge protector is not actually plugged in to anything and it’s just sitting there doing nothing. This means that if there’s an electrical spike or surge, all of the electronics plugged into the power strip will be unprotected.

A surge protector is designed specifically for this purpose – to protect against spikes and surges. It plugs directly into an outlet in the wall so that when one device goes out due to a spike or surge, all of them are protected. You’ll also get more outlets with a single purchase than you would with multiple purchases of power strips.

Which is best: a power strip or surge protector?

A power strip is designed to be plugged into one outlet in the wall, while a surge protector is meant to have multiple outlets that will all be protected from an electrical spike. Power strips can also provide more outlets without having to use up one of their plugs for a surge protector, which ultimately saves you money and space.

If you’re looking for something efficient and affordable then go with power strips because they’ll give you enough room until your next purchase. But, if protecting systems against spikes and surges are important, than it’s worth it to shell out the extra cash on a surge protector. It’s never fun when we lose our data due to glitches like this – so take a few precautions with surge protectors.

Are power surge protectors worth it?

YES! Power surges can be really dangerous, and if you don’t have a power surge protector back up someone could come into your space and do some serious damage. Power surge protectors are usually inexpensive as they are very common- but that doesn’t mean you should ever take them for granted. It is always important to make sure that your transformer plugs in properly when the voltage reaches its capacity or surpasses it slightly- because this is a direct cause of power surge damage. Ways to protect one’s self against such damages include installing content filters on their smart TV or Blu Ray player, using only “microwave safe” plastic containers for microwaving food, practicing good nutritional habits like eating more vegetables and stopping smoking cigarettes.

The best way to protect your devices from power surges is by using a surge protector! To make sure you’re buying the right one, pay attention to what it’s rated for- and in general get as high of a rating as possible.

A good rule of thumb when deciding on the best power surge protector for your needs would be to find out how much electricity they are expected to handle: this will help you know if that particular model can cover all or some of the equipment plugged into it at any given time. There are many different types so make sure you do research before making an investment; also take note that not every type offers protection against lightning strikes, but there are models available with such capabilities. If cost is a concern don’t worry because prices vary widely- but the general rule of thumb is that you get what you pay for, so be sure to spend wisely.

Power surges can come from many different sources and they are often very dangerous. They can cause a lot of damage to your equipment if left unchecked, which is why it’s important to invest in power surge protection; there are plenty of options out there with varying energy ratings so make sure you do your research before making an investment.


Power surges can happen anywhere, and they are more common than you may think. If you want to protect your electronic devices from power spikes, a surge protector is the best way to do so. A power strip doesn’t offer as much protection because it only has one outlet that’s protected by an internal circuit breaker–which means if there’s another surge in the same location of the house or office, all outlets will be affected. In contrast, a surge protector offers more advanced features like multiple outlets with built-in circuit breakers for added safety against power surges on any device plugged into them! We recommend investing in a high quality unit to make sure your electronics stay safe and sound through those inevitable incidents when lightning strikes nearby or other events cause a power surge.


  • Does a surge protector draw more power?

No, the surge protector will usually draw less power than what is plugged in.

The whole point of a surge protector is to stop surges from entering your home and affecting electronics. A failure of this will often pull more power, not less. The voltage regulates depending on the number and size, so no one component draws more power than another. It’s more about what you’re powering with that particular model surge protector.

For example: Let’s say you have a lamp plugged into one outlet on your surge protectors as well as an alarm plugged in to the other (2 different uses). From there, there are six options for outlets left – two possibilities are open because they’re occupied by their corresponding device making four others available for use – but the surge protector itself will only draw what is plugged into it.

So, if a device draws 12 watts and doesn’t have anything else on that outlet, then your surge protector could potentially be pulling up to 24 watts (if you’re using an older model). However, this would not apply in most cases because there are other things drawing power from the outlets as well. The best way to answer these questions about energy consumption is by looking at individual devices rather than just their protectors.

  • What should you never plug into a power strip?

You should never plug anything that generates an electric spark into a power strips. Examples of this include hair dryers, curling irons, microwaves, and toasters.

 These appliances can actually cause a power strip to overheat and catch fire.

Protect your devices by plugging them directly into the wall instead of using a power strip, especially when you’re charging an electric car! You will want to use a three-pronged outlet because these types are grounded which protects against surges in electricity.

In many cases, it’s better not to set up too much with one power strip since they often have limits on how much energy they can handle before shutting down or catching fire even if this is just for short periods of time. If you think that extension cords might be necessary for where your plugs need to go then make sure that it’s heavy duty so as not to overload the cord and cause damage or even a fire.

  • How do you know if a power strip has a surge protector?

As a general rule, power strips are used not to block surges but instead as a substitute outlet. Power strips without surge protection should have no numbers on the strip and the device will only function as an extension cord (if you plug anything in it, it’ll eventually overload). A surge protector on the other hand should show its rating in Joules which tells you how much energy it can take before failing.

  • Do Surge Protectors Protect Against Brownouts?

Yes, Power outages are called brownouts. Surge protectors keep your appliances safe from surges and other electrical issues that may occur when you have a power outage, like an overvoltage or surge of electricity through the system.

  • What happens during an electrical power surge?

Electrical power surges are sudden changes in an electrical current. These can come from a momentary flow of electricity or when lightning strikes near your house, and they’re often bad news for anyone without surge protection.

Power surges can damage your electronic equipment. They also generate a lot of heat and create an electric arc, which is like the flame that comes from a welder’s torch. Power surges are common enough to cause significant power outages around the world every year.

 You need surge protection because they keep you safe during sudden changes in voltage, current, or even frequency coming from electrical sources such as lightning strikes near your house or when there’s lots of appliances running at once on one circuit. When you have it installed correctly, cleanup after one of these events will be minimal: just replace whatever got fired by replacing blown-out fuses or tripped breakers with new ones! You might not even notice anything ever happened.

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