Commercial Fire Alarms and Control Panels – What To Be Aware Of So You Do Not Get Burned
Before there were modern day fire alarm control panels and easy-to-use touch screen computer interfaces, the only defense against fire was for an individual to call for emergency response services. The first electric smoke detector was patented over 100 years ago, but was unable to be affordably mass produced until around 1970. Prior to then only large businesses were able to afford smoke detectors. Read more about aito.com.my (fire extinguisher maker.
Up until fairly recently most fire alarm control systems were also prohibitively expensive for all but the largest companies. Fire control equipment is constantly evolving as are the fire codes. There are many considerations to be concerned with when dealing with fire control panels and fire suppression systems.
As advancements in electronics and computers were made the cost of fire alarms have leveled. Newer effective fire suppression chemicals have also increased the effectiveness of fire suppression systems. Depending upon the type and purpose of the building, specific types of fire suppression systems may be required for the intended purpose. For example, restaurants will require a different fire suppression system than a computerized data center.
Of all the varying types of suppression systems available on the market, the most commonly installed is a standard wet pipe system which is what most of the public has seen throughout retail shopping stores. Other systems can be dry pipe systems or strictly use a chemical suppression system designed for sensitive electronics or conditions where grease or other flammable liquids may be present.
Fire alarm panels and control systems have come a long way from the basic siren or bell system with which most adults may remember from elementary school. Today in addition to the traditional fire alarm systems, modern fire alarms, control panels and security systems have evolved into highly complex addressable computer panels and communication centers. Costs can easily exceed well beyond $20,000 for a fire control system in a university dormitory setting. The major obstruction to updating or upgrading these aging buildings is the growing budgetary limitations. The cost to retrofit many of these buildings is prohibitive. Much of the monies delegated to construction and infrastructure is tied up with new buildings and facilities. Schools may qualify for federal funding for the purpose of retrofitting and upgrading those structures which currently do not meet the minimum fire codes.