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Response mode setting and hysteresis of the individual detectors are stored within the detector's memory. The advantage of storing this <br />critical information in the detector rather in the fire alarm control panel software is that the detector will maintain the programmed response <br />settings and compensated values even when power is removed from the detector. If the detector is powered down or inadvertently <br />replaced in another location, the detector response mode and clean values are not lost, thereby minimizing the errors associated with <br />inferior products; false alarms due to a dirty detector and non -calibrated response/sensitivity mode parameters. <br />Equally beneficial as the response mode settings, the detectors are each capable of being programmed for different response/sensitivity <br />mode settings based on the time of day and day of week. Detectors can be set to one of ten 7-day response mode/sensitivity timers, <br />allowing the detector to be more or less sensitive due to installation changing environments based on time of day and day of week. Such <br />changing environments can be industrial, restaurant, or factory processes that produce smoke, fumes, or excessive dust during normal <br />working hours. <br />Another unique industry feature of the Intelligent Photoelectric Detector, in conjunction with the Axis AX Series Intelligent Fire Alarm <br />Control Panel, is it's ability to sub -address detector base ancillary functions. Each detector is capable of incorporating, based on optional <br />intelligent base utilization, a remote LED and/ or relay. When these options are utilized, the user is capable of sub -addressing each of <br />these options (remote LED and/or relay) to activate independently of the detector. This provides 100% free programmability of the <br />detector base outputs to meet the demanding requirements of today's installations. (For further explanation, refer to Intelligent Detector <br />Bases and Intelligent Isolator data sheets). <br />ea`° Rrr Hote <br />Off <br />Nlarehuuse <br />Loading Bay Rode, Rn, <br />Corrp,ief Rrr,- 1 A <br />HospitaWwa <br />i Restaurant <br />Plarwip Garage <br />ractory <br />- <br />.L_�..�-a <br />Light Industry <br />_ <br />t'E � �� <br />1'- 2 3 4.4{�12 <br />3ia;5 <br />} <br />t Tt `�j 23745.... <br />> <br />1 _4 <br />Moles <br />tar', C f <br />- r_'a ation <br />Response seri`_-11 t`y <br />P og*ammabte <br />Mode 0`+aaracaer-vms <br />Assessment Time <br />5 Sec <br />2 ' 7r, ft <br />30 sec: <br />3 2 3 Vill. <br />5 sec <br />4 2 3 `%41 <br />30 sec <br />5 29`: At <br />55ec <br />Specification <br />Voltage <br />17-28 VDC <br />Modulation Voltage <br />5-9 VDC <br />Operating Current <br />Quiescent <br />0.4 mA <br />Alarm <br />0.4 mA <br />With LED's <br />5.4 mA <br />Surge Current <br />1.0 mA <br />Air Flow <br />0-300 ft/min <br />Sensitivity - Smoke <br />1.16 - 4 %/ft <br />Environment <br />Indoor, Dry <br />Operating Temperature <br />32 ° -120 ° F (0 ° -48 ° C) <br />Humidity <br />10-93% (Non -Condensing) <br />Dimensions <br />4" x 1 %" <br />Weight <br />3.7 oz <br />Housing <br />Polycarbonate, 94 VO <br />