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powerline surge protector Surge Protector Vs. Power Strip

by:KEBO      2019-09-03
If you want to buy a power strip, reconsider your options.When it comes to the confrontation between surge protector and surge protectorSurge Protector is the best choice for your machine.Here is why...
People tend to end up buying a power strip that they think is the same as a surge protector.The fact remains that the two are very different.Their functions are different.
Although most power boards now have built-in surge protectors, it is better to check the component labels to see if the double attributes really exist.Let's see.xa0By explaining the benefits of surge protectors and the types available, which one is safer for your electronics.
No, the power strip is not a surge protector.The difference between the surge protector and the power strip is that the power strip is just an extension lead or power box with sockets for connecting various plugs.
It also has an extensible wire that can be moved around the room to reach the most convenient plug point on the wall.
Simple power strips do not protect electronic devices from power spikes or surges, as they generally do not contain EMI (emc interference) filters or two terminal semiconductors, if the voltage exceeds the specified level, it will transfer the excessive voltage.

It comes with a built-in surge protector and provides a backup system that cuts off the power supply of unused entrances.
When the sensor in the device detects that the machine connected to the strip is not used, the power strip stops flowing in the current to the machine, thus saving your expenses and unnecessary waste of power.
The standard mark for U. S. voltage flow is 120 V, but most households have 208 or 240 high regulationsTo accommodate the end volts of the central faucet.
If there is no control, anything beyond this limit is likely to suppress the normal operation of the circuit, let alone damage the machine.The damage is degraded due to the timeout of the wires inside the machine, as are the components inside the machine.
There are significant differences between voltage spikes and surge.The voltage spike lasts only 1-2 nanoseconds while the voltage surge can last 3 nanoseconds or more, which makes it harmful to the wires inside the machine.
Surge voltage spikes can be concentrated more heavilyA variety of electronic devices such as air conditioners, refrigerators, multiple TVs, elevators, multiple computers/laptops, music systems, and microwaves are used at the same time.
When high-When energy-consuming devices are turned on/off, they tend to absorb a lot of power, which can cause pressure in the circuit.
Lightning increases the charge/pressure in the power cord or circuit, causing the surge to reach the device connected to the wall socket or power outlet.This is another reason for caution during heavy rainfall, especially if your house is prone to power fluctuations, pulling out your machine plug.
When comparing surge protectors and power strips, it is necessary to understand how the former works.These devices are also known as surge inhibitors, which pass through their own current, if the voltage spike or surge exceeds 120 volts, it then introduces the excess power into the ground or ground.

It also includes metal oxide rheostat for semiconductors.When the voltage rises, MOV conducts high current to eliminate excessive voltage and subsequent fluctuations.Therefore, excess power flows into the ground through MOV.
MOV is also composed of two semiconductors, and whenever the voltage is raised from the water, the semiconductor will heat up, thus avoiding any major damage to the device through too low or too high current inflow.Once the voltage spike passes, the voltage inside the hot wire in the surge protector returns to the normal standard.
All of this occurs when the standard current flows, and there is no fault or obstacle in the circuit, thus not hindering the normal operation of the equipment that may be connected to the surge protector.
This also increases the resistance of MOV to cope with further electrical spikes and surges.A truly powerful surge protector or multiple surge protectors that provide complete house surge protection to better protect the home.
Today, some newer models of surge protectors have been introduced in the market, and their built-in fuses act as resistors.Some power strips with built-in surge protectors also follow.
Therefore, although the fuse works normally before the voltage strength remains medium to normal, it is an effective conductive device.Once the voltage exceeds a reasonable level and causes a spike or surge, its main function begins to function.
In this case, the fuse will heat up and burn, thus cutting off the current inside the circuit.This self-Self-immolation strategies can avoid damage to devices connected to surge protectors.
However, the main drawback of the system is that the fuse works once and cannot be reused once burnt out, so it needs to be replaced.Nevertheless, all of these models have a way to avoid the fuse from burning out by introducing excess voltage spikes and surges into the ground wire through the ground slot or prong of the socket.
Some surge suppression devices are equipped with a built-in ring choke.This coil is basically a simple magnet charged through a hotline.The magnet occupies charge/pressure from the current flowing through the hot wire.
Whether the voltage drops or increases, the magnetic field absorbs and smoothly fluctuates.The system makes it easier for the machine to run smoothly.
There are surge protectors that use inert gas to suppress any voltage spike or surge by acting as a conductor of the device.
Inert gas is inert in nature, remains stable and acts as a non-When the voltage is neutral or balanced, the conductor.However, when the voltage rises, the charge causes the inert gas to ionize and conducts the excess electricity to the ground extension until the surge passes through.
This system has its advantages because the gas that is different from the fuse does not burst or burn out and does not require any replacement.These days, however, surge suppression devices consist of fuses, hot wires, inert gases, and emc choke, all of which coexist to protect your machine from surge-related damage
A surge protector with a reaction time of 1 ns or less to make it jumpProtection begins once a surge or voltage spike occurs.
The clamping voltage of the device must be less than 400 V, or ideally 330 V, so you can rest assured that any surge above the mark will be directed to the ground-Line/extension.
Enter a surge inhibitor with an energy absorption capacity of 600 J (joules) or more, as this shows the level at which the surge inhibitor will fail.The higher the absorption capacity, the more effective the device is when it is subjected to excess voltage impact.
The best way to protect your machines is to remember to unplug them after using them.The surge is mainly due to electrical equipment that requires high power to work, which is why it is prudent to turn off the unwanted power supply after each use.
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