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Hair Clippers: The Ultimate Guide To Powering Any Clipper Any Where In The World Correctly( 240v to 110v)

The objective of this tutorial is to show you how to power your clippers seamlessly in your country. But let’s get started with a quick science lesson to give you the basics of voltage, currents and frequency. With an understanding of these three things, you’ll have the ability to read any label on any clipper and then take the correct action to get that clipper working without any issues.

Voltage: When we want to power clippers in countries across Europe and South America, the voltage supplied will be anywhere between 220V and 240V. All of these voltages are compatible, which means that you can safely and effectively power a 220 or 230v clipper from a 240v socket or visa versa.

Current: In almost all cases, the current that is passed into the clippers is what’s known as an alternating current (AC). This means that the current is passed back and forth from positive to negative and so on. In simpler terms, you can think of it as rapidly turning on and off, multiple times per second.

Frequency: The final element to be aware of is frequency. Frequency is the number of cycles between on and off per second, referred to as hertz. In the UK, the frequency is 50Hz, which means that there are 50 cycles per second. Of course, because the electricity is moving so quickly, it creates the illusion that there is a constant supply of energy. In America, the typical voltage is 120v and the frequency is 60Hz.

 

Now let’s talk about some of the different tools that are available for helping you with powering your clipper. The first is a step down transformer – this takes the voltage from 240 volts down to 110 volts. It delivers a continuous frequency of 50Hertz. The second thing is an adapter which, in simplistic terms, is a plug changer. You use the adapter to ensure that the plug on your clipper fits into the power outlet. There is no voltage change or frequency change taking place.

The final device is the frequency 60Hz converter. This device takes the voltage down from 220-240v to 110-120v and lifts the frequency from 50Hz to 60Hz. That allows your clippers to run seamlessly. With these three devices, you can power more or less any hair clipper from anywhere in the world. To show you how, I’m going to talk you through a range of different popular tools.

 

Andis Pro Alloy

Let’s start simply with the Andis Pro Alloy, a UK hair clipper. First and foremost, you’ll want to turn it over and check the specifications: this requires 230 volts and 50Hz. As I mentioned before, all voltage outputs between 220 and 240 will be fine. This means that you can simply plug the clipper in and go.

 

Wahl Super Taper

Slightly more complicated is powering the European version of the Wahl Super Taper. Once again, check the specifications – again, this shows that you’ll need 230 volts and 50Hz. The only complication here is the fact that it has a European plug, which won’t go into a UK power outlet. This means that we’ll need the adapter – and you should be able to buy an adapter for whatever type of socket used in your own country when necessary.

 

Andis Fade Master

With the Andis Fade Master things are slightly different: checking the specifications I can see that this clipper needs 120 volts of power with a 60Hz cycle. This means that we need to take the voltage down to stop the clipper from blowing up whilst also, ideally, bringing the frequency up.

One option would be to use the standard transformer. This will bring the voltage down, whilst still giving a 50Hz frequency. But if you do that, you’re going to hear a terrible noise coming from your clipper – check out the video to see exactly what I mean. That’s because the Fade Master has a magnetic motor, making it entirely dependent on receiving the right frequency. The alternative is to use the Frequency 60Hz converter. This will take the voltage down to 120, whilst also lifting the frequency, causing the Fade Master to run nice and smoothly, just as if you were running it from America: check out the video to see the difference for yourself!

 

Cordless Trimmers and Clippers

When you’re powering cordless clippers, things are slightly different. The first thing to be aware of is the fact that cordless clippers are not frequency dependent. However, you still need to be careful to ensure that you are powering them correctly.

With a Wahl Cordless Clipper, you have a strict power requirement of 120 volts. This means that you need to use a standard transformer to bring the voltage down – you can buy one which also acts as a UK to US adapter. This will charge the clipper without risk of it blowing up.

With an Andis Cordless Trimmer such as the Slimline Pro Li, the label tells you that it can run on a power supply with 100-240 volts on 50 or 60Hz. This is great because it means that you can run it successfully on any power supply across the world so long as you have the correct plug adapter. It’s also perfectly fine to still use the transformer if this is the only adapter that you have. Again, that will allow you to charge you Slimline Pro Li safely and effectively.

 

I hope you found this demonstration helpful! If you do have any questions, feel free to leave a comment or get in touch. The most important thing is that, now you can read the clipper’s label clearly yourself, you’ll be able to understand what any clipper’s power requirements are.

You can also take a look at this older video if you’d like to understand more about why some US clippers make that terrible racket when not powered correctly – and don’t forget to subscribe to the channel for even more great tips.

 

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