INTELLIGENT MODEL BUILDING PROTECTION SYSTEM ON FIRE HAZARDS

The fire protection system generally uses a sprinkler, the sprinkler head / head will break and the water radiates in all directions to extinguish the fire but also damages electronic equipment, this research can minimize damage by designing sprinklers that direct water spray in certain areas detected by the sensor. Integrating fire protection systems with electrical installation systems to prevent fires. Build a web-based intelligent information system that is integrated between fire protection systems and electrical installation systems. The research method has 4 stages, namely stage I, preparation of all the tools and materials needed, making a controlled sprinkler prototype directing the spray. Perform testing until this system works properly. Phase II, the making of an electrical installation panel that has been connected to a sprinkler, creates a system that is integrated through the web site between the fire protection system and the building's electrical installation system. Stage III, testing equipment until it is successful. Stage IV, making research reports into a dissertation, publishing in national and international journals. From this research, a prototype sprinkler system has succeeded in directing the jet of water directly to the hotspot. The system simulation works at the maximum distance according to the effective sprinkler beam which is 90 cm. The blackout time depends on the position of the fire in the sprinkler range. The fire point located on the scanning path farthest from the starting point requires a relatively longer blackout time than the hotspot near the starting point of scanning. Intelligent sprinkler systems and electrical installation systems have been integrated through the web service.