Fire Alarm Monitoring Service- According to statistics released by the National Fire Protection Association, approximately 355,400 house fires occurred between the years of 2012 and 2016. Furthermore, 2,560 people were killed as a result of house fires, while 11,670 more were injured. In terms of property damage as a result of house fires, the total cost was $6.5 billion, and on average, approximately seven people are killed in house fires each and every day.

When it comes to fires, this type of disaster causes an untold amount of damage; however, when we take the time to understand the different types of fire alarm monitoring systems that are available, we can come to better terms of how to greatly decrease the chance of fire impacting a home or business.

Here are the three main types of fire alarm monitoring to make note of.

*One of the main types of fire alarm monitoring is photoelectric. This is a type of alarm that is designed to help with detecting fires that are smoldering, as the smoke that is often produced by this type of fire is considered to be different than a fire that is raging. This type of alarm typically uses a beam of light that is sent into a chamber away from a light sensor. Whenever smoke enters this chamber, the light is then reflected towards the sensor itself, thereby triggering the alarm to sound.

*Another of the main types of fire alarm monitoring is ionization. This is a type of alarm that is designed to help detect fires that are flaming. Housed inside this specific alarm is a very small amount of radioactive material that is situated between two electronically charged plates. It’s important to note that the amount of radioactive material used in this alarm is not enough to cause any harm to a human being. A constant current of ionized air between the two electronically charged plates then takes place, and whenever smoke enters between the current, then the current itself is interrupted, thereby causing the alarm to be triggered.

*The final type of fire alarm monitoring is a combination, which is a type of alarm that features both photoelectric and ionization detecting technologies. In terms of installing this type of alarm in your home, there are arguments both for and against it, as well as having both photoelectric and ionization alarms as a way to help maximize protection in your home. Perhaps the biggest argument against combination alarms is that they don’t seem to be as great as a single detection method as opposed to the other single units.

In terms of which system is recommended the most, the United States Fire Administration states the following:

“Because both ionization and photoelectric smoke alarms are better at detecting distinctly different yet potentially fatal fires, and because no one can predict what type of fire might start in a home, the USFA recommends that every home and place where people sleep be equipped with either (a) both ionization and photoelectric smoke alarms, or (b) dual sensor smoke alarms (which contain both ionization and photoelectric smoke sensors.”

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