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i � , i -! - � - - + �! ; I�=r=-=-- ; � � ; Truer =a__= � 3^,u ��i�pl��c F'ir� Al�rnn � ' stem� � I � y ; � UL, �LC* Listed MAP�IET il� �ommunicatin � Devices �� FM A roved ? 4498-Series a� , pp � N.Y.C. B�At Approved �rueAlarmT Sensors I � �� 4� ; , FEATURES: � ; � •;Automatic Environmentaf Compensation ; : �Variable Sensitivi#y Settings � ; •�DaylNight Mode af Qperation ' : ��Gomimunicates with Simplex 410Q and 4020 � _ ; Series Panels over a Common Pair of Wires � �. r, ' i {MAPNET !I)*� - , � ' J:° � � Sensors Communica#e their Exact [dentity , ~ . . ��s' '-�.� ar�d �Status ta the System Contro! Where �� ... : .� �, - :,x.' � � �y��'�� <{a_ r , ..� .>..:>�> .:;.�. .;£:.; Info�mation can be Displayed in English � �� : ' ' Langu ge . ��,?� `��W��:. _ . ; .j a ?r . �:�A��, � � Automatic Alarm Simulatian Tes# af each j � ; Sensor j � �� 4098-97Q1�SENSC?R VI/ITH � i �4098-9781 BASE � I i i IAPP�.iCATION: OPERATtON: ; � TrueAlarm smoke sensars can be mounted on a ceiling The alarm set point for each TrueAlarm Sensor is !or wa!!. determined at the�system cantrol eqc�ipment ta be less �� Ceifing location—sensor should be mounted as close ��nsitive or mare sensitive as the ind�vidual application � as passible to the center of a hallway or room. if this requires. Afarm set paints can be individua(iy varied, � ! is not possible, the edge of the sensor shouid be at autorriatically by time of day to be mvre sensitive at ' � least 4 inches from any walf. night and less sensitive during daytirj�e hpcars. � �• Wali location—locate the top of the sensor at least 4 System controi equipment constantiy monitors each, ; �� incties and not mare than 12 inches from the ceifing. �rue Alarm Sensor's output and mai�tains a maving � � Sensor locations should be determined oN af er average af these autputs. An alarm i determinsd by i y t com arin the Sensor's current c � v ; earefui consideration is made of the physicaf iayout and p g , a tual alus with the ; E Sensar's average value. Utilizing each Sensor's cantents of the area to be protected. Refer to NFPA 72E ; � � "Standard on Automatic Fire Detectors."On smooth average value as�a continuously shifting reference point � filters aut environmentai factars whieh wauld otherwise ! ceilings, spacing of 30 ft. (9.1 m� may be used as a , i � increase the probability of false alarrns caused by shifts ,� guide. in sensitivity. � � ; Wp to 127 Sensars can be connected on a single pair af The system will indicate when indivi I uai Sensors need es to a MRPNET il Interface Moduie within a � � Universal Transponder(UT)as part of a 2120 Multiplex CiEaning. Dirty Sensars wi11 aufomati ca((y be ; � ! Sys#em,or a MAPNET U lnterface Module within a 4100 �nnunciated at tFie control paneF anci the LED an the; i o'r 4020 Fire A1arm Controi PaneL Unshielded wire may Dirty Sensar s base wil! glow steadify. In an alarm ! � condition,#he LED on the alarmed Sensor's_base wiil ; be u�ilized in certain retrofit applications. TrueAlarm g��w steadily and any base LED tha#was on steadiiy ' Sensors and other Simplex Addressable due to a dirty sensar wiil return to a pulsing indication. ' Cammunicating Devices can be intermixed on the same � ; �� MAPNET II circuit. , � ! �� "U�G Nsted devices are designated with a"C"suffix � � (example:4098-9241G). � '"MAPNET is protected by U:S. Patent No.4,796,025. t Approved by the New York City Board of Standards � TrueAlarm is protecied by U.S.Patent No.5,565,468. and Appeals und�r Calender Number 707I 89-SA. I , ' OO 1992 Simplex Time Recortler Go. � Publication 54098-0003-5 i 1,92 i � i i i