Fire alarms today are sophisticated, computerized and loaded with 21 st century remote sensors. Fire alarm systems are composed of hundreds and even thousands of remote sensors depending on the size of the building or home that it guards. Even the fire alarm sound has been digitized to accommodate the newest warbling, wavering and neener-neener sounds, which are called a "fire alarm wav".
THE SIMPLEX FIRE ALARM SYSTEM
The Simplex Fire Alarm stepped into the home and business fire alarm provision early. Their parts are well made but difficult to find due to the product line having become a casualty of the 21 st century malapropism called modern business. Their low cost photoelectric smoke detectors, variable heat detectors and their ESL (electronically serially linked) which allow serial alarms to alert when there is fire in the vicinity of one; helped make fire prevention and protection to remain economical and efficient.
THE CIRCUIT SURGE PROTECTION ESL FIRE ALARM
The circuit surge protection ESL fire alarm offers the advantages of electronically serially linked alarms with voltage surge protection. In electronics, particularly in radar and radio systems, voltage irregularities called "spikes" can destroy invaluable equipment if not regulated and alarmed. The circuit surge protection ESL fire alarm has its own power protection in the form of a fiber optic telephone circuit, which reports voltage irregularities before they harm or destroy the building's fire alarm systems. They make the monitoring service aware of the total health of the fire alarm system and the building it protects.
THE NOTIFIER FIRE ALARM AND THE EST FIRE ALARM SYSTEMS
The Notifier fire alarm manufactured by Honeywell and the EST fire alarm developed by General Electric bear the hallmarks of modern fire alarm protection for the large and small office building. They both provide advanced sensor protection, which uses highly accurate prediction software in conjunction with high-speed computers. These in tandem allow building security and maintenance/engineering staff to forestall any potential hazards and eliminate possible fires. The density of these sensors is greater than ever before. Another feature, which has gained greater recognition and emphasis, is the combined public mass hazard alert system and the visual/auditory exit guidance system. The computer systems have logic software, which diagnoses which corridors, and stairwells are the safest to use in the case of a catastrophic disaster. The presence of toxic smoke, carbon monoxide, carbon dioxide and dangerous chemical agents have evolved the modern fire alarm system into a life support system. The sophistication of these systems includes advanced life biometric systems, which can give accurate counts of the number of people living in a particular zone of the system. All fire alarms have rugged alert panels designed for the use of firefighters in their rescue and fire prevention operations. These are the first smart fire alarm systems. The computer, combined with sensors and diagnostic software, establishes environmental norms by which the sensors can quickly diagnose when there is smoke and fire. This means that eventually a building fire alarm system will even be able to pinpoint a hazard and its remedy.
Eventually a building fire alarm system will even be able to pinpoint a hazard and its remedy