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16-17664
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16-17664
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Last modified
8/10/2017 10:27:35 AM
Creation date
7/18/2017 7:09:40 AM
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Building Department
Company Name
FLORIDA HOSPITAL ZEPHYRHILLS
Building Department - Doc Type
Permit
Permit #
16-17664
Building Department - Name
FLORIDA HOSPITAL ZEPHYRHILLS
Address
7050 GALL BLVD
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i <br /> � <br /> i <br /> . ��S�mplEx Non-Addressable Initiating Peripherals <br /> UL, CS,FM Listed; FM Approved; Electronic Heat Detectors for <br /> . MEA (N;YC) Acceptance* Two-Wire Direct Connect , <br /> � <br /> � <br /> Accura�e thermal detection for protection of - � �`� <br /> property** - - - <br /> i - �+�: <br /> UL liste�d to Standard 521 � <br /> Fixed t Imperature operation is suitable for most ``''- � `�f <br /> applica�ions: i <br /> • Therinistor based design is inherently rate '}'ti��� �;i ��___ ��.,_r,�r <br /> compensated due to minimal thermal lag `'� '' % <br /> � ���. �fr <br /> • Available for 135°F(57°C)or 200°F(93°C) <br /> • UL spacing distance is 60 ft Electronic Direct Connect Heat Detector <br /> �� <br /> Available with rate-of-rise temperature detection: <br />� • Dualithermistor rate-of-rise operation ' - ' ' <br /> • For use where anticipated ambient temperature 15 to 32 VDC,filtered DC with <br /> changes are less than 6°F/minute Voltage Range 30°/o maximum ripple <br />' • UL spacing distance is 70 ft standby Current 8o NA nominal <br /> Epoxy encapsulated electronic design provides: Up to 100 mA maximum,exact <br /> Alarm Current current is determined by alarm <br /> • Operation for ceiling or wall mounting current limiting of connected <br /> • Easily tested, self-restoring operation with repeatable IDC <br /> accuCaCy Meets FM requirements for <br /> �� operation between 15°and <br /> • Alar indicating LED located on detector Rate-of-Rise Operation <br /> u 25° F/min (8.33°and <br /> • Current limited alarm that is compatible with 13.88°C/min) <br /> two-wire initiating device circuits(IDCs) 10%to 95% RH, not intended <br /> Humidity Range <br /> j for outdoor applications <br /> Direct connecting design: <br /> I Storage Temperature 0°to 140° F(-18°C to 60°C) <br /> • Wiring attaches directly to detector terminals <br /> I Color Off-white <br /> • Detector mounts onto mechanical ada ter late <br /> P P <br /> I�� . Dimensions See dia ram on a e 2 <br /> II� <br /> (supplied) 9 P 9 <br /> ; Ambient Temperature Operating Range <br /> 135°F Models 32°to 100° F(0°to 38°C) <br /> � " ' • 200°F Models 32°to 150° F(0°to 68°C) <br /> � <br /> Accurate Electronic Design.Simplex electronic <br /> heat deteictors use a fast response,thermistor based design 'This product has been approved by the California State Fire Marshal(CSFM)pursuant to <br /> to provide temperature sensing that quickly,accurately, Section 13144.1 of the California Health and Safety Code.See CSFM LisUng <br /> 3rid COrislSteritl identifies when fixed tem eratures are �z7a0026:200 for allowable values andlor conditions concerning material presented in <br /> y p this document.Accepted for use—City of New York Department of Buildings—MEA35- <br /> exceeded.The fixed temperature sensing thermistor 93E.This product was not ULC listed as of document revision date.Addi6onal listings may <br /> readily tracks the local ambient temperature.This be applicable,contact your local Simplex product supplier for lhe latest status.Listings <br /> °� and approvals under Simplex Time Recorder Co.are the property of Tyco Fire Protection <br /> eliminates the time required to melt a lead pellet or heat a Proaucts. <br /> bimetall'i�c element as occurs in mechanical heat detector <br /> designs and provides the required heat detection for most <br /> applications. *'WARNING: In most fires, hazardous levels of smoke <br /> Rate-of,l rise detection is determined by comparing and toxic gas can build up before a heat detection <br /> p� device would initiate an alarm. In cases where Life <br /> two ther�istor responses.By combining accurate Safety is a factor,the use of smoke detection is highly <br /> thermistors with proper physical placement,this patented recommended. <br /> rate-of-rise detection design achieves a high level of <br /> performance not normally available with mechanical <br /> detection. <br /> i <br /> N S4098-0007-13 1/2015 <br /> I � <br />
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