Power to the people!!!!

I’m a little apprehensive about watching my iPad or my iPhone explode the very first time I plug it in when we get to Paris.  What and the hell is wrong with the outlets in Europe?  They look funny and I don’t seem to have any power cords that fit their receptacles!  And if I do somehow get it to fit, BOOM, my precious little device might meet it’s maker.

Should I even write about this BEFORE the trip?  I really have to trust old Google (Wikipedia?) on this one.  If either of these Internet places says it’s so, then it must be so.  Maybe I should just report back after it all happens?  Ugh.

I’m going to do my best to explain about electrical systems all over the world.  Look at the figure below.  It’s amazing that there are so many different voltages and frequencies around the world.

1360028502113

Before you even think about plugging something into the power receptacle in Europe, or anywhere for that matter, you need to figure out what type of device you have.  If you take a single voltage item and it’s made for 110 or so volts, and you plug it into the wall in France, BOOM, you just blowed it up!

REI actually explained it in a manner I can understand:

 

How to Determine if You Need a Transformer or Converter

The label on your device will help determine if a voltage converter or transformer is necessary. This label may be: a) affixed directly to the back of the device; b) on the AC transformer box of the power supply lead; or c) molded into the plastic on the plug. It is often in very small print.

The INPUT line contains the key information—whether the voltage (V) is single, dual or multi.

Single-voltage items have a small voltage range (such as 100–120V). These small ranges are designed to accommodate voltage fluctuations only and will not accommodate a 220V power supply. Single-voltage devices include older appliances, such as hair dryers and irons.  (My input — BOOM!!!!)

Dual-voltage devices use a slash to separate the 2 voltages. Example: 120V/240V. Common dual-voltage devices include newer hair dryers, electric shavers and toothbrushes, irons, coffee makers and tea kettles. These do not require a transformer or converter.

Multi-voltage items use a dash to indicate the range of voltages. Example: 100–240V. Common multi-voltage devices include laptops, e-readers, tablets, smartphones, cell phones, MP3 players, cameras and battery chargers. These do not require a transformer or converter.

In my opinion, unless it is very important for you, I would refrain from taking single-voltage devices.  (See BOOM above)

If’s you do insist on taking a single-voltage device, you have to “step down” the voltage from 240V to 110V using a voltage converter.

If you are only taking multi-voltage devices (110-240V listed on the label), that means you only have to adapt the plug to fit into the wall to wherever you are traveling.  Sounds confusing?  Let me show you some pictures:

usa110
WILL NOT FIT INTO THE RECEPTACLE BELOW
europe_recept

HOWEVER, ADD THE DEVICE BELOW AND IT WILL WORK.

converter2

So, once you figure out what kind of device you have, you are going to have to make some decisions.  For example, we are mostly taking USB chargeable devices that are multi-voltage.  Our two iPhones and two iPads and a camera all fit this category.  So I’m leaning towards buying the USB Charger pictured below for Europe:

314usxdMOqL._AC_UL160_SR160,160_

We can plug all five of our devices into this and charge them.  And only use one plug in the wall.

 

 

 

 

Sources for this blog:

http://www.rei.com/learn/expert-advice/world-electricity-guide.html

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