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Smoke, Fire and Carbon Monoxide Detection

A multitude of people suffer great injury, experience significant loss of valuables and property and perish due to a fire. Even though it is an established fact that it is simple and easy to prevent fires, they still are one of the main causes of pain and suffering inflicted upon people in their homes throughout the entire United States. In most circumstances when someone has died in a fire, it is due to the fact they were not warned that their home or the structure in which they inhabit is on fire.


Fire alarm systems warn people of a potential fire. It warns the occupant while they still have time to either put out the fire or evacuate to safety. Most of today's fire alarm systems automatically call or notify the nearest fire department so that the fire will not spread out of control. Fire alarms are either set off manually or by heat detectors or smoke detectors.


Fire alarms are most of the time set to detect levels of heat or smoke which usually is an indication of fire. Many fire detection systems come equipped with flashing and blinking strobe lights for people who are hearing handicapped. Due to modern technology, fire prevention alarms are now incorporated with residential burglar alarm systems for the greatest protection and the best safeguarding of an individual's residence.


Smoke detectors are part of the fire alarm system, it detects smoke in the air and sets off an alarm thus alerting those nearby of a possible fire. Most smoke detectors detect smoke nowadays either by ionization or optical detection and some smoke detectors have carbon monoxide detectors that detect carbon monoxide thus preventing carbon monoxide poisoning.


The optical detector in smoke detectors is a light sensor which uses a beam like laser. These beam sensors then sends a laser like beam to other sensors, if smoke is non-existent, the laser like beam passes through the optical chamber of the light sensor in a straight line. If smoke is present, the laser like beam is scattered by the smoke particles as it enters the light sensor and the scattered light then triggers the alarm of the smoke alarm.


Ionization smoke alarms cost much less than smoke detectors which use light sensors, however these kinds of smoke alarms are increasingly not recommended due to environmental concerns. Ionization alarms work by sensing smoke particles by a minute quantity of radioactive "americium-241" for this reason they are increasingly being discouraged from being utilized. This radiation of this material passes through an ionization chamber. This chamber permits the steady flow of current of electrodes, so that when smoke particles enter this chamber it interrupts the flow thus setting the alarm off.


Some fire alarm systems have sprinkler system that will contain or put out the fire before it becomes uncontrollable. However the only way to prevent fire is to take steps to be careful and take additional preventive measures.


Managing companies in the low voltage products industry has been the focus of John Leo's career. He has managed companies which either manufactured or distributed low voltage products especially coaxial cable, security alarm cable, home theater audio products and fire alarm cable.


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