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Ditek DTK-VM45POE

Most of us have more devices than ports on the wall, so most people have a surge-protector behind their televisions and under their desks. However, not all surge protectors are similar and some even put their equipment at risk. We talked to an electrician about how to differentiate between good and evil and how to use them safely.

Ditek DTK VM45POE

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Ditek DTK-VM45POE

Most of us have more equipment than outlets, so you’ll probably find a surge behind most televisions and desks. However, not all surge protectors are similar and some even put their equipment at risk. We talked to an electrician about how to differentiate between good and evil and how to use them safely.

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What you should look for in a surge-protector

If you live in a city, there is generally less chance of a big boost in your home and you can probably get a rated voltage of 2000 volts (2kV), while in rural areas you probably need 4000 volts (4kV). The numbers are included in the package.

Protection for communication port connections
Some cards provide protection for communication ports such as coaxial cable, Ethernet networks, modems, telephone and fax lines.

The circuit breakers are not the same
The overload is caused by connected devices that consume a lot of energy, for example, when at the same time consuming devices such as toaster and teapot are used. A circuit breaker is designed to reduce the performance of the card to prevent damage and possibly even fire. Whether over-voltage protection or not, most power cards have a built-in fuse or a circuit breaker. It is important to note that a circuit breaker does not provide overvoltage protection.

Smoothing of energy fluctuations
Energy fluctuations are inevitable and worse in some regions than others. You can damage your equipment in the long run. Some surge protectors and inverters offer line filtering or electromagnetic interference (EMI) with a technical focus. This reduces or eliminates line noise (electrical interference) and provides a cleaner power line that protects your equipment from power outages and surges.

What is a Surge Protector?

A surge-protector is designed to protect any device with a standard AC plug from damaging power surges and disruptive line noise transferred through the electrical wall outlet. A surge protector may have a long power cord or it may plug directly into the wall, and it usually has multiple outlets for connecting equipment. Some surge protectors also include protection for phone/modem lines, network (Ethernet) connections, and coaxial connections for cable, antenna, or satellite TV reception.

Be careful not to confuse a surge-protector with a power strip. They look very similar, but a power strip provides only an extension cord and additional outlets, with no protection against surges and line noise.

So we know that surge-protectors are defense devices. They are designed to absorb surges so that this extra energy does not flow into their electronic components. The result is fried circuits and a broken TV or stereo, so it’s really something to avoid. Although surge-protectors are not as robust as a flash, they are very useful. Basically, they work like a ramp on a dangerous road. Excess energy is dissipated from the electronic device to a series of metal oxide varistors (or MOVs). The MOV “practically accepts the shot” on behalf of the machine. The increase has a negative effect, but in MOV, instead of the device.

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