Abstract
Many countries use conventional fire alarm control panels (FACPs) and conventional detectors as fire alarm systems (FASs) because of economic advantages. This study analyzes several problems with conventional FASs and describes an advanced FAS, the traceable FAS, that we developed to solve these problems. The traceable FAS can trace the exact location of a fire, can detect multiple fires that occur simultaneously, and can be used with conventional detectors without disrupting the other detectors operation. The traceable FAS consists of a traceable FACP based on the conventional FACP and a traceable heat detector based on the rate-of-rise spot-type conventional heat detector. The new system offers traceability in addition to all the features of the conventional FAS. The traceable FACP has 40 zones; one zone can connect up to 20 traceable heat detectors. Thus, this FACP can connect up to 800 traceable heat detectors, all of which can detect and trace exact fire locations in sequence. Furthermore, the traceable FACP can be used with both traceable heat detectors and conventional heat detectors in the same zone. Even if one detector (either traceable heat detector or conventional heat detector) detects a fire first, other traceable heat detectors in the same zone can also detect it and display the results on the traceable FACP. Prototypes of the traceable FACP and traceable heat detector (rate-of-rise spot-type) have officially received model approvals for use in South Korea. Conventional FASs can be upgraded to traceable FASs simply by changing to the traceable FACP and traceable heat detectors, without any rewiring.
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References
NFPA 72 (2010) National fire alarm and signaling Code 2010 Edition
Korea Fire Industry Technology Institute (2010) Model Approval & Inspection Technical Standards for FACPs. Notification No. 2010-8 by National Emergency Management Agency in South Korea
Korea Fire Industry Technology Institute (2011) Model Approval & Inspection Technical Standards for Fire Detectors. Notification No. 2011-1 by National Emergency Management Agency in South Korea
Bukowski RW, Moore WD (2003) Fire alarm signaling systems, 3rd edn. NFPA Inc., pp 31–252
Wikipedia, http://en.wikipedia.org/wiki/Fire_alarm_control_panel
Liu Z, Kim AK (2003) Review of recent developments in fire detection technologies. J Fire Prot Eng 13:129–151
Kim CT, Hong SK, Yoo YS, Jung HS (2010) A study on design and implementation of an analog addressable detector and a fire alarm system. J Korean Inst Fire Sci Eng 24(4):1–11
Cheon J, Lee J, Lee I, Chae Y, Yoo Y, Han G (2009) A single-chip CMOS smoke and temperature sensor for an intelligent fire detector. IEEE Sens J 9(8):914–921
Jiang G, Shang F, Wang F, Liu X, Qiu T (2006) A combined intelligent fire detector with BP networks. In: Proceedings of the 6th world congress on intelligent control and automation, pp 5417–5419, Jun 2006
Xihuai W, Jianmei X, Minzhong B (2000) Multi-sensor fire detection algorithm for ship fire alarm system using neural fuzzy network. In: Signal processing proceedings, 2000. WCCC-ICSP 2000. 5th international conference, vol 3, pp 1602–1605
Kim J, Baek D (2009) Fire sensing and position tracing using CCD camera. In: KIEE spring conference for electrical installation committee 2009, pp 166–168, Apr 2009
Günay O, Tasdemir K, Ugur Töreyin B, Enis A (2010) Fire detection in video using LMS based active learning. Fire Technol 46(3):551–577
Thuillard M (1994) New methods for reducing the number of false alarms in fire detection systems. Fire Technol 30(2):250–268
Smith RL (1994) Performance parameters of fire detection systems. Fire Technol 30(3):326–337
Qiongfang Y, Dezhong Z, Yongli F, Aihua D (2009) Intelligent fire alarm system based on fuzzy neural network. In: ISA 2009. International Workshop, pp 1–4
Rose-Pehrsson SL, Hart SJ, Street TT, Williams FW, Hammond MH, Bottuk DT, Wright MT, Wong JT (2003) Early warning fire detection system using a probabilistic neural network. Fire Technol 39(2):147–171
Jee SW, Kim SK, Yang SH, Lee JJ, Kim PY, Lee CH (2011) Detection of fire location and reliability improvement of the conventional fire detector and P-type receiver. J KIIEE 25(5):39–44
Korea Institute of Fire Industry & Technology’s Website (2011) http://www.kfi.or.kr
Kim SK, Jee SW, Lee CH, Yang SH, Lee JJ, Kim PY (2010) A study on the necessity of addressable fire detector. In: Proceedings of 2010 autumn annual conference, Korean Institute of Fire Sci &Eng, pp 175–179
National Fire Safety Code (2009) Safety Guides for the Automatic Fire Alarm System (NFSC 203). Notification No. 2009-31 by National Emergency Management Agency in South Korea
National Fire Safety Code (2010) Safety Guides for the Indoor Fire Hydrant (NFSC 102). Notification No. 2010-39 by National Emergency Management Agency in South Korea
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This work was supported by the National Emergency Management Agency in South Korea.
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Jee, SW., Lee, CH., Kim, SK. et al. Development of a Traceable Fire Alarm System Based on the Conventional Fire Alarm System. Fire Technol 50, 805–822 (2014). https://doi.org/10.1007/s10694-012-0299-0
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DOI: https://doi.org/10.1007/s10694-012-0299-0