HY-JDK-BL централизованно поставляется и централизованно управлять

HYG3000 centrally supplied and centrally control type intelligent fire emergency evacuation lighting and indication systems. 1,Simple system configuration & high intelligence HYG3000 system is composed of both parts of system mainframe set in fire control room and fire emergency signs luminaries and emergency lighting luminaries set in each floor of a building. The system mainframe applies advanced techniques, and is highly integrated and has a large loading capacity that one mainframe can control 20,320 at most, and so bringing maximum convenience for design, construction, application and maintenance, and also improving system stability. 2,Visual human-machine interactive graphic operating interface HYG3000 system mainframe applies human-machine interactive interface which can make operators more clearly and accurately understand and control distribution and working condition of fire signs and lighting luminaries. In the meantime, operators can directly inquire, modify and adjust the evacuation scheme by using the graphic operating interface. 3,Advanced computer and distribution intelligent control technology The system applies advanced distribution intelligent control technology and many intelligent control units cooperatively working mode, which can integrate intelligent control, maintenance and management into an organic whole. There is CPU set in each fire emergency luminary, which uses electronic coding and has independent IP address, and can continuously monitor emergency luminaries, control evacuation and indication direction evacuation, flashing, switching off, voice presentation and switching on of emergency lighting luminaries etc. 4,Rapid input of a fire alarm information The system mainframe can not only input the fire location information manually but also connect with the FAS mainframe by RS232 or RS485 hardware interface so as to make the mainframe of an emergency luminary receive the fire location information and realize its automatic, rapid integration with each detection alarm point and intellectualized evacuation guiding. 5,Safety supplied voltage Because the power supply of fire emergency signs and lighting luminaries used in the system applies safety DC supplied voltage to ensure life safety, so no matter what conditions and where the luminaries are applied in , it is not necessary to worry an unexpected electrical shock accident occurrence. 6,Centrally supplied power, energy saving and environmental protection There is on accumulator in the fire emergency signs and lighting luminaries of the system, thus, the problem of oxidizing, corroding and damaging equipment and environmental pollution resulted from the accumulator long time operation can be fundamentally solved, therefore, even the problem of many miscellaneous works as changing and maintaining due to performance deterioration caused by the long time charging and discharging can be ommited. 7,Simplified and convenient construction The system is supplied by a 2-wire system 48volts D.C. power supply and controlled through a 2-bus communication line, in which, the power line and the communication line can be run into one electrical wire bush at the same time when run. The pipelines distribution can be random branched according to the dendritic structure, a simple and convenient construction method. The electronic circuits of all the emergency luminaries are equipped with high integration technology, with the housings of wall luminaries being low profile ones, and with no need to prepare special built-in boxes, but 86 ordinary boxes built in during civil engineering construction. 8,Centralized management and convenient maintenance The system mainframe can continuously interrogate the fire emergency luminaries 24 hours a day to timely find the problems therein and remind repairers to perform luminaries or circuits inspection and maintenance so as to greatly raise scientific management level. 9,Wide application The systems are not only used in fire evacuation, but also in evacuation management when other disasters occurred in buildings.