Cellular Installations Benefit From Surge Protection
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Cellular network providers must heavily invest in equipment to maintain a functional and modern connectivity network for their customers. People are no longer satisfied with a simple phone to make calls to one another and now rely on their phones the way they previously relied on computers. For many people today, their phone is the only computer they have, and they perform nearly all technological tasks on it. Consumers will stream movies, shop, access social media, and download work from their phones. Little do many of them realize that the supercomputer that they rely so heavily upon is nearly worthless without the fastest cellular connection possible. Engineering advancements like 5G were invented as a response to market demands. Most cellular providers know they must invest heavily to keep up with technological advances, installing equipment where there previously was none and upgrading existing installations with new equipment. The drawback to faster speeds is that users need to be closer to the equipment to gain the necessary signal. Network providers have had to install thousands of more sites nationwide to provide seamless connectivity for customers who expect faster speeds. Anything less will lead to frustration and possibly the switch to a rival provider.
Along with the rollout of new equipment is the necessity to protect it from damage. The more gear that is placed into the field, the more the potential for damage. Because keeping the company profitable is the number one concern, a method of protecting the equipment as best as possible is necessary. Surge protection has become an essential part of the network because of this, minimizing the amount of damage that can happen during a thunderstorm. One of the more common natural occurrences is lightning strikes. And with cellular towers often being the tallest structure in a region, they are particularly susceptible to them. When they are hit, or a hit is even nearby them, often a domino effect of damage will occur. The strike to a tower top will damage the equipment that resides there, but the power surge that follows moves along the connectivity lines that join equipment at the top to equipment at the bottom. Because power cables connect the equipment, lightning surges can find a perfect pathway to travel. The best method of preventing downstream damage from a strike site is to place industrial surge protection devices in front of the equipment, keeping the damaging surge from the sensitive equipment. These surge protection devices continually monitor the power flow levels, instantaneously cutting that flow if it moves outside the safe range. Through effective and redundant surge protection installed on the site, cell networks can protect the equipment in each installation more effectively. Installing surge protection minimizes the typical damage seen when lighting strikes and allows the facility to be returned to functionality faster and for less cost. This creates happy customers who experience less difficulty getting a signal as they move through most regions and pay a lower monthly bill as the networks can operate with less field maintenance expense. Surge protection for cellular installations keeps network connectivity and saves money.
