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09-73-002D L US FILL VOID OR CAVITY MATERIALS CLASSIFIED BY UNDERWRITERS LARORATOR! =S. UJC,hF.r FCR USE IN THROUGH- PENETRATION FIRESTOP SYSTEMS (XHEZ). SEE CURRENT UL FIRE RESISTANCE DIRECTORY SC-6. 9OG9 @us pSStFjF FILL VOID OR CAVITY MATERIALS CLASSIFIED BY UNDERWRITERS LABORATORIES, INC:.•f, FOR USE IN THROUGH- PENETRATION FiRESTOP SYSTEMS (XHEZ). SEE CURRENT UL FIRE RESISTANCE DIRECTORY 501-6. 9OG9 System No. C -A] -1044 June 15, 2005 F Ratings - 2, 3, and 4 Hr (See Items 2A and 4) T Rating - 0 Hr L Rating At Ambient - 2 CFM /sq ft L Rating At 400 F - less than 1 CFM /sq ft W Rating - Class I (See Item 4) L Floor or Wait AssarMyLlightaeight or nortal swight MO -130 per or 1600 -24M k0/nm cano•eto. Except as noted In tte*IA* viler Iten 4, ah ttidanss M solid mete finer or sea asswbly Is 4 -1/2 h 034 nil. Floe, nay also be constructed of any non 6 In. (132 red thkk U. pnssKkd hallos core Precast Canoe-ate U"Ifen floor Is constructed of hallow core wvcast COnavte nits, paddrp notarial (Its" 3) and cask M material (Item 4) to be Installed syn etrfeaay on bath skies of finer, flush wM floor svYsce. Yait asaseb/y nay also b ccru tr cted M tL tlasslited Cmcrvb BlecksMnx diem et "Pndq k h 'to, ll,y,tnlOht or norm, sNpht concrete, Floor b 32 h. Ca13 m,% Max den of operihp h flan 'ruc of hollow -core precast concrete units Is 7 h 0178 nnL See Concrete Btod CAm and Precast Carcirte MINIM categories In the fire Resistance Directory far nanes of nanufacty IA. Steel S(eevd0ption4 not shown) - Max 13 h Cret .0 ID (or smuer) Sdnedute 10 (or heavier) steel sleeve Can w grouted Into now or, wall nasen6ly. Sleeve nay extwd a nax Of 2 h C51 nn) above tap Of floor ar beyond either surface of wall. Max 16 tea (406 n) @ (or snaller) hen 6a28 CM71 nu wait thici mess (or heavier) gatv*nie*d steel srev, cast or Into now of floor or ' wait usMoty. Sleeve nay extend a nex of t/2 h (13 n) bwyod either 2. Through Penetron4sOe -*&- pipe, cond It or t(bbq to be Installed either cora:mtrka0y or eccentrically within the F"stop system Max annular space between ptoe, conduit or thlhg and edge of through apering or serve k tan the peromts, shown In Itan 4. !h annular space between ppt or Land It and he of ttogh opeMp In 0 h d Pro (petit Coniactl Ppa Condut a tn/kng to b Addy whpPar"tad en both wiARS M }leer or wait asmbly. The follo"Inp types and Om of meta pees, exwhdhtts or thlIng nay b used A Trann Novi 300 h (7622 nil d w ((aron sn�an�)) cast or (e Icy �v� std pipe. G Co nddt- Mon 6 h CIM red den Car s attr) Hgd steel consst. D. Conduit- Nan 4 h (a2 red den cor watter) steel electrical netaaic thubInp G Capper - T�lknp Non 6 h tl32 TIN den Con ana0er) Type L Cor heavier) copper tile. F. Copper Ppe- lion 6 h tl32 nn) elan (ar sra0er) Regular Con heavkr) e»pper ppe. 3. Patfd i; Material Polyethylene badar rod or non 1 h (23 red thNetaess of tightly -padnd rinrrd wool batt er glass fiber hwAattkin nrdy pecked Into operiI as a pernen, i fora to be ta r h Fl of .all r "ot acconoda 'we lhk*rw of caulk d mtrrbt Cite" 44% 4. FSI,Vold or Cavity Msterials - CaW4 or 8eKy1Md to fit the ann ter space flush with top surface of floor, to wee assMaOes, squired CWAk tWdeass to b betaltM synabirol(y on both Odes of well, flush with sea Surface. At paint contact loCatbl betwee n penetrant and sleeve or btwom pore and (xohareta, a r.h 1/4 h (6 rid den bred of calk sad, b aoIXied at tap wrface Of floor and at both surfaces of was. The hourly F Reteps and the f Caulk thideessrs are dependent upon a saber of para sters, as sheen h the Min Floa or well Thkm In. (mm) Nom n14 Tut, - CdhdhR Diem In. (mm) "'.. A-A. Sp_ 'M1 (mm) MM C-M ns k kt (mm F.- le 24/2 (64) 1/2 -12 (13 -305) 1-3/0(35) 1/2 (13) 2 24/2 (64) 1/2 -12 (13- 305) 3-1/4 (63) 1 (25) 2 4-1/2 (114) 1/2 -6 (13.152) 1-3/5(35) 1/4(6)(.) 2 4-1/2 (114) 1/2.12 (13 -305) 1. 1/4(32) 1/2(13) 3 4-1/2(114) 1/2 -20 (13.508) 2 (51) 1 (25) 3 4-1/2 (114) 1/2-20 (13 -506) 2 (51) Lies) 3 4-1/2(114) 1/2 -12 (13. 305) 3-1/4(83) 1 (25) 3 4-1/2 (Il+} 22 -30 (556.762) 2 (51) 2 (51) 3 b3(2 (140) 1(2 -6 (13_152) 1 -3/8 (35) 1 (25) (b) 1 4 COW 2 In, 171 m) tfidinvi s of nher'a.l wod btt Insulation reglred In ar"Aar space. (b)In 1 h 023 rid thiclowen; of neerwl wool batt Insulation required In an cater specie on both antes of floor ar sea assenMy. hen t h C23 rid thidewss of caulk to be installed flush with and surface or floor or wait aasab(y. 311 COWART - CP 25VB+ catAk or FB -3000 VT srelent. Ctbtw V Rating applies only when FB-30M VT sealant M used.) xSearInp the LL Ct"Wicatlon Narltrq * NOTE THIS MATERIAL WAS EXTRACTED BY 3N FIRE PROTECTION PRODl1CTS FROM TIE 20W EDITION ff THE UL FUM RESISTANCE DIRECTORY. System No.W -L -1228 May 19, 2005 F Rating - 1 and 2 Hr (See Item 1) T Rating - 0, 1/2 and 1 Hr (See Item 3) L Rating At Ambient - Less Than 1 CFM /sq ft L Rating At 400 F - 2 CFM /sq ft SECTION A -A I. Wan Aawnbly - The 1 or 2 hr fkrr rated pypsvn board /stud sou do crrbeydIlgx constructed u4W or V4W s�k sWait and Partition ' Design In the (L Fire Resistance Directory and shall bx,(ude the following caetr c:tlnn fwtwow A. studs - Vail frwft shell consist of rdn 3-3/8 Im M2 rvn) wide steel charnel steeds spaced nax 24 h (610 nn) OC. S. Gypsum Board- - Thi(daess, type, saber of layers and fnsterners shall be as specified In the Indvidunt U400 seeks WnU col Parttdah Design In the UI.. Fla Resistance Directory. Nan area of openbp Is 67 -t12 sg h (433 sq cW with nax diem soon of 22 -1/2 im (372 n4% Trio hourly Fasting of the nr"step sysan is equal to the hourly fire rating of the wall assenbiy In whkh N k Installed 2. Through Penetrant - Ora or nor& non 2 In. (51 nn) elan (or snalter) rigid steel cond/t or electrical netallk tubing (EMT) Installed wither concentrkalty or eccentrically within the flrestop system The annular space between ca+dlts or tubing and periphery of opening shall be nin 0 h (point contact) to nax 1 -1/4 Inn. (0 nn to nax 32 nn), The spec& be tseen conduits or she8 be rir 1/4 h to nax 1 h (6 fin to nax 23 nn. Conduit or tubing to be rVdly supported on both sides of wall assmbly. 3. Fln,Veld er Cavity Nnterls -- Galk or Sulartt - hen 3/8 h (16 ern) thickness of flit noterinl applied within the annulus, flush with both shurfacrs of s&tL HIn 1/2 h (13 red dkn bead of caulk applied to the penetrant /0YPsun board Interface at the point contact location on both sides of w(l, The hewriy T Rating of the nrestep system b 0 Hr when used In 1 Hr rat"d wawnbaes. The T Raung her 2 Hr rated ass"nbaes Is 1/2 and 1 Hr for FkeVern 150+ and Q 23WR +, resp"ctively. -N WT iMAr irpj�*elftttRARd89tcnetic or Fa -3000 FROM&S FROM THE 2004 EDITION W THE III. FIRE ■lieiarang JDTECW. (fkxitkwh O LWATM FM �� rr CLASS A raw 00000 nr vRv MAaAFost a lsar hnhrw 4009 ,n ,TM art w am S4" 4 010 race oe afar r°aahrQ rho oUK ou moll, ...a. ■.anw■ CAUITIDN w.a ■..wssm Z Clax cow' POWER-LMITED AND NON-MVER- LD/ITED �' WIRING MUST ENTER THROUGH SEPARATE 4009 -92M WIRING ENTRIES INTO BACK BOX UK /M ASIA ran CONDUIT /SERVICE ENTRANCES. AC POVER kW ENTRANCE INTO BACK BOX IS REGUMM AT DESIGNATED LOCATION OF TIE BACIC BOX PROP 4010 FACP VIRM ENTRIES INTO BACK BOX FAILURE TO ERLY SEPARATE IMV Tlpm mazer n►roa cow= NON- POWER- LIMITED VDRING FROM LOrATM FOR wsRe LOgA O VOa POWER-LIMTED LOW VOLTAGE WIRING, VO1 VOID THE Ul. LISTING FOR THE DEVICE AND WILL PREVENT THE INSTALLATION FROM BEING Oho veaa CERTIFIED. EE 04ART INSTALLATION 00000 1 OOGOO tnmum raw INSTRUCTION SHEET.) � vahr �van, m P111441111 1 I tau S Law= 41 O O U 4006/4008 us nw ASIA rat ON eat uw aw mm rot tw" OLT. 4006/4008 FACP WIRING ENTRIES INTO BACK BOX 41000 FACP VI.RING ENTRIES INTO BACK BOX DEVICE MOUNTING HEIGHTS A/C SUPPLY DIFFUSER CEILING MOUNTED NOTE: MEASUREMENTS SMOKE/HEAT 3' (MIN) 4' SHOOS TARE THE E DETECTOR CE"UNG DETECTOR 6' BELOW CEILING 24- MIN HANDICAP AUDIO ISUAL ACCEPTED HER 4• BEDROOM STROBE MSUAlL -ONLY DEVICES NE 12' (MAX) IMPORTANT NOTE HERE VERIFY EXACT MOUNTING REQUIREMENTS WITH MANUFACTURERS DATA SHE SYNCHRONIZE MORE THAN $ WALL MOUNTED TWO APPLIANCES IN ANY SMOKE/HEA FIELD OF VIEW, SPACED A DETECTOR MINIMUM OF 55' FROM EACH TROTH OTHER IN ROOMS 80' x 80' LESS 3* OR GREATER, NFPA 72 2002 EDITION (SECTION 7.5.4.1.2) SIDE WALL oT 80- MIN 6" 96- MAX MANUAL NFPA 72 2002 PULL EDITION STATION MAGNETIC (SECTION 7.4.6.1) VIRE DOD PH'ONC -_ M HOLDER FINISHW JACK 1 e I ® • WALL 48- MAX (ADA) 42- MIN /54- MAX (NFPA) NFPA 72 2002 FINISHED EDITION (SECTION 5.12.4) FLOOR System No.W -L -3001 ��pSStFjFO September 07, 2004 (Formerly System No. 149) F Ratings - 1 and 2 Hr (See Item 1) LUS T Ratings - 3/4, 1, 1 -1/2 and 2 Hr (See Item 2) L Rating At Ambient - 15 CFM /sq ft (See Item 3) FILL VOID OR CAVITY MATERIALS L Rating At 400 F - less than 1 CFM /sq ft (See Item 3) CLASSIFIED BY UNDERWRITERS LABORATORIES, INCA!, FOR USE IN THROUGH - PENETRATION FIRESTOP SYSTEidS (XHEZ). SEE CUnnENT UL FIRE RESISTANCE DIRECTORY 5CL6,9OG9 3 3 2 .A SECTION A -A 1. Wall Assembly - The 1 or 2 hr fire -rated gypsum wanboard/stud wall assembly shall be constructed of the materials and in the manner described In the Individual 0300 or 0400 Series Wall or Partition De signs in the UL Fire Resistance Directory and shaft Include the following construction features: Ai. Studs - Wag framing may consist of either wood studs or steel channel studs. Wood studs to ca Insist of nom 2 by 41n. )umber spaced 16 In. OC with nom 2 by 4 In. lumber end plates and cross brakes. Steel studs to be min 3 -5/8 In. wide by 1 -3/8 In. deep channels spaced max 24 In 170. 13. Gypsum Boards - Nom 1/2 or 5/8 In. thick, 4 R wide with square or tapered edges. The gypsum wallboard type, thickness, number of layers and sheet orientation shall be as specified In the Individual Wad" or Partition Design. Clam of circular through opening to be 3/8 in. to 5/8 in. larger than outside diam of cable or cable bundle. (_. Fasteners - When wood stud framing is employed gypsum wallboard layers attached to studs with cement coated nails as specified in the Individual Wail or ParUUon Design. When steel channel stud fra ming Is employed, gypsum wallboard attached to studs with Type S self- drilling, sea - tapping bui3le -head steel screws as specified in the individual Wall or Partition Design. Th a hourly F Rating of the nrestop system is equal to the hourly fire rating of the wall assembly In which it is installed. 2. Cables - Individual cable or max 1 in. diam cable bundle installed In through opening with an ani nular space of min 0 in. (point contact) to max 3/4 in. Cable to be rigidly supported on both sides of wa II assembly. The following types and sizes of cables may be used: ,L Max 150 pair No. 24 AWG copper conductor telephone cable with polyvinyl chloride (PVC insulation an.d jacket materials. When max 25 pair telephone able Is used, • i tatping Is 2 hr.When SO to 150 pair telephone cable Is used In 1 he fire rated wan, • I tating Is 3/4 hr.When 50 to 150 pair telephone cable Is used In 2 hr Ore rated wall, T Its Sing Is 1 ha 13. Max No. 10 AWG multiple copper conductor Type NM ( "Romex' ) nonmetallic sheathed able with PVuC Insulation and jacket materials. Wihen Type NM cable Is used, max T Rating is 1 -1/2 hr. (:.. Multiple fiber optical communication cable jacketed with PVC and having a max outside diam of 5/11 In. Wihen fiber optic cable Is used, max T Rating Is 2 hr. Ill. Max 12 AWG multi conductor (max seven conductors) power /control cable with cross - linked polyethylene (XLPE) insulation and XLPE or PVC jacket materials. VA en multi conductor power /control cable Is used, max T Rating is 2 hr. H. Max four conductor with ground No. 2 AWG (or smaller) aluminum SER cables with polyvinyl chi oride Insulation and jacket materials. 3. FIII,Void or Cavity Materials* - Caulk, Sealant or Putty - Caulk or putty fill material Installed to ca npletely fig annular space between cable and gypsum wallboard on both sides of wall and with a min IPI in. diam bead of caulk or putty applied to perimeter of cable(s) at Its egress from each side of the wa II. 3NI COMPANY - MP+ Stix putty, CP 25WB+ caulk, FB -3000 WT sealant or Cable Wrap putty (Nk3te; L Ratings apply only when CP 25WB+ caulk or FB -3000 WT sealant is used.) -B earing the UL Classification Mark NOTES. DETAILS, LEGENDS- \\ 1\ \00-2 OAWUOt SAW HOS"M NWER S() \gM " RISK M(tE -PMR)Y MW 940420911 \SWf HICH R W MIEPSARA,(iRN110 0R!l1Q17)Mlavwrbar 5, 2808 DATB PI.0117ED: December 5, 2008 DATIC SAVED: Decenber 5. 2008 WIRE LEGEND A = INITIATING DEVICE CIRCUIT - IDC 14/2 FPL B = NOTIFICATION APPLIANCE CIRCUIT - NAC /AUDIBLE 12/2 FPL C = AUXILIARY CONTROL CIRCUIT - ACC 14/2 FPL D = V ❑ICE COMMUNICATION CIRCUIT - VCC 18/2 TWISTED SHIELDED PAIR FPL F = FIRE FIGHTERS TELEPHONE CIRCUIT - FTC 18/2 TWISTED SHIELDED PAIR FPL MN = MULTI - ADDRESSABLE PERIPHERAL NETWORK - MAPNET 18/2 TWISTED /SHIELDED PAIR FPL MP = MAPNET POWER CIRCUIT - APC 14/2 FPL SYMBOL LEGEND DEVICES SYMBOL SIMPLEX MODEL # DESCRIPTION FACP 4100 -9111 NETWORK FIRE ALARM PANEL WITH VOICE & PHONES FATC 1 FIRE ALARM TERMINAL CABINET FURNISHED BY ELECTRICAL CONTRACTOR 4099 -9001 2099 -9813 PULL STATION ADDRESSABLE PULL STATION FLUSH TRIM @ 4098-9792 4098 -9714 SSD SENSOR BASE SSD PHOTO SENSOR @E 4098 -9792 4098 -9714 SSD SENSOR BASE SSD PHOTO SENSOR FOR ELEVATOR CAPTURE Z1 4090 -9001 INDIVIDUAL ADDRESS MODULE CONNECT TO N/O CONTACTS ONLY Z2 2190 -9161 NOTIFICATION APPLIANCE ZAM 0H, IF CC -623 HEAT DETECTOR 135" FIXED ELEVATOR SHUNT TRIP OPERATI ❑N kv 4098 -9792 4098 -9733 SSD SENSOR BASE SSD HEAT SENSOR 4098 -9756 2098 -9797 SSD DUCTSENSOR H ❑USING SAMPLING TUBE 49' QR 2098 -9806 REMOTE TEST STATION RED LED KEY SWITCH ® 4098 -9843 RELAY FORM C SPDT PAM -SD VV 2088 -9032 RELAY SPDT W /LED MR -801 /T FS1 FLOW DETECTOR SWITCH FURNISHED BY DIVISION 15 TS TAMPER (GATE VALVE) SWITCH FURNISHED BY DIVISI ❑N 15 -Then END OF LINE RESISTOR SM 4905 -9938 SMARTSYNC CONTROL MODULE 75CD S ,, 4903 -9357 SPEAKER /STROBE75CD SYNC WALL MOUNT 4902 -9703 SPEAKER WALL MOUNT 75CD ® 4904 -9333 STROBE 75CD SYNC WALL MOUNT F 2084 -9001 FIREMAN'S PHONE JACK FEW _S1 EL -1 -SS ELEVATOR WARNING SIGN ® 2088 -9608 DOOR HOLDER 1 CONNECTION TO AN APPROVED, DEDICATED EARTHGROUND, NFPA 70, COMPLY WITH NEC. - 120VAC SOURCE DEDICATED BREAKER COMPLY WITH NFPA 70, ® MOTOR CONTROL CENTER BY OTHERS Pry PIV (GATE VALVE) SWITCH FURNISHED BY DIVISION 15 75CD FS Q 4906 -9151 S/V MULTI - CANDELA 25/70V NON- ADDRE, RED, WALL. 75CD © 4906 -9101 V/❑ MULTI - CANDELA 75CD„ NON- ADDRESSABLE, RED, WALL. N NEW E EXISTING R RELOCATED W WATTS NOTES: 1- REFER TO ENGINEER DRAWINGS FOR EXACT QUANTITY, LOCATION AND PLACEMENT OF DEVICES. 2- THE CONTRACTOR SHALL VERIFY THE SIZE REQUiRF'MF.NTS= 0E- AI_L- B0XkS7 RACEWAYS AND TERMINAL CABINETS AND ASSURE THEIR CONFORMANCE TO NEC 3. MAXIMUM ALLOWABLE LINE RUN, (FOR SLC DATA 'tlt ;E) FROM " ""F.A.0 .-P. 70 FARTHEST DEVICE, NOT TO EXCEED 2500 FEET. 4. MAXIMUM TOTAL WIRE (INCLUDING ALL T -TAPS) ON,- .CIRCUIT, ,(FOR SLC_ DATA LINE) FROM F.A.C.P. NOT TO EXCEED 10,000 FEET OR .°8uF. - (CLASS „C ONtY) " 5- WIRE TYPES LISTED IN THE WIRE LEGEND-ARE =THE MANUFACTURER'S MINIMUM .WIRING REQUIREMENTS. CONTRACTOR SHALL CHOOSE WIRE TYPES ANO RATING "70'ME -cT T ESE` R-ECkiiREMENTS AND ALL OF THE REQUIREMENTS OF THE NATIONAL ELECTRICAL CODE, NFPA, LOCAL AND OWNERS CODE FOR THE APPLICATIONS AND LOCATIONS OF USE. N OTES( 1. FIRE ALARM SYSTEM SHALL BE POWER LIMITED. 2. WIRING SHALL BE #12 THHN, #14 THHN OR 18/2 TWISTED SHIELDED PAIR FPL TYPE CABLE, 3. INSTALLATION SHALL COMPLY WITH NFPA 1, 2003, APPLICABLE CHAPTERS. 4. INSTALLATION SHALL COMPLY WITH NFPA 72, 2002, APPLICABLE CHAPTERS. 5. INSTALLATION SHALL COMPLY WITH NFPA 101, 2003, APPLICABLE CHAPTERS, 6. INSTALLATION SHALL COMPLY WITH NEC 2005, 7. CONDUIT, AS APPLICABLE SHALL BE 3/4' MINIMUM WITH A MAXIMUM FILL OF 40%. COMPLY WITH NEC, 8. SYSTEM SHALL BE GROUNDED PER MANUFACTURERS SPECIFICATI ❑NS. 9. ALL DEVICES SHALL BE COMPATIBLE & SHALL BE UL LISTED FOR FIRE SERVICE USE. 10, ALL SPACES SHALL MEET THE AUDIBLE CHARACTRISTICS OF NFPA 72 AND NFPA 101. 11. SMOKE DETECTORS SHALL NOT BE LOCATED WITHIN 3' OF A/C DIFFUSERS, KITCHEN OR BATHROOM DOORS. 12. CEILING MOUNTED DEVICES SHALL BE LOCATED AT A HEIGHT OF 10' +/- ON SMOOTH FLAT CEILINGS UNLESS OTHERWISE NOTED. 13. SIGNALLING LINE CIRCUITS SHALL HAVE A MAXIMUM OF 250 POINTS PER CHANNEL. SEE FLOOR PLANS FOR QUANTITIES & TYPES OF DEVICES. 14, FIRE ALARM PANEL & ANY ASSOCIATED FIRE ALARM TRANSPONDERS SHALL BE FED BY A 120VAC, SINGLE PHASE, 20 AMP, DEDICATED BREAKER, 15. ALL INTERCONNECTED FIRE ALARM PANELS SHALL BE ARRANGED TO FUNCTION AS A SINGLE SYSTEM AND SHALL BE MONITORED FOR INTEGRITY PER NFPA 72, 16. RACKS, SHELVES AND EQUIPMENT ARE ALL LOWER THAN 80' ABOVE FINISHED FLOOR UNLESS OTHERWISE INDICATED. 17. THE DESIGN INSTALLATION COMPLIES WITH F.B.C. 11- 4.28.3 �-ioilt 1= it - 1. INSTALL 5 NEW PULL STATIONS, 15 SMOKES DETECTORS, 9 NEW SPEAKERS STROBE, 2 NEW STROBES ONLY, FACP IS EXISTING ON 2 FLOOR. NAC PANEL IS EXISTING IN 3 FLOOR, 2. PROVIDE & INSTALL FIRE ALARM SYSTEM AS SHOWN ON DRAWINGS. 3. SIGNALING LINE CIRCUIT WIRING SHALL BE STYLE 4. 4. NOTIFICATION APPLIANCE CIRCUIT WIRING SHALL BE STYLE Y. 5. THIS SYSTEM SHALL BE A EXISTING REMOTE STATION SIGNALING SYSTEM. FIRE ALARM SYSTEM SEQUENCE OF OPERATION TYPICAL UPON ACTIVATION OF A MANUAL PULL STATION, ANY AUTOMATIC INITIATION DEVICE (i.e. Smoke or Heat detector). OR A FIRE SPRINKLER ROW SWITCH THE FOLLOWING SEQUENCE OF EVENTS SHALL OCCUR: ALL AUDIOVISUAL APPLIANCES, SPEAKERS AND STROBES WITHIN THE FLOOR WHERE THE ALARM INITIATED SHALL BE ACTIVATED. IN ADDITION, ALL AUDIOVISUAL APPLIANCES, SPEAKERS AND STROBES LOCATED ON THE FLOOR IMMEDIATELY ABOVE AND ON THE FLOOR IMMEDIATELY BELOW, SHALL ALSO BE ACTIVATED. ALL STROBES ACTIVATED UPON ALARM, WITHIN EACH SMOKE COMPARTMENT, SHALL BE SYNCHRONIZED. ALL MAGNETIC DOOR HOLDERS ASSOCIATED WITH THE DOORS LEADING INTO AND OUT OF THE SMOKE COMPARTMENT IN ALARM SHALL BE ACTIVATED TO RELEASE DOORS TO ISOLATE THE SMOKE COMPARTMENT WHERE THE ALARM INITIATED FROM. ALL AIR HANDLING UNITS AND FANS SERVING THE SMOKE COMPARTMENT, FROM WHICH THE ALARM ORIGINATED FROM, SHALL BE SHUT DOWN. ALL SMOKE DAMFERS ASSOCIATED WiTH THE AIR CONDITIONING DUCTS PENETRATING THE RATED PARTITIONS ASSOCIATED WITH THE SMOKE COMPARTMENT WHERE THE ALARM IS ORIGINATED FROM, SHALL BE CLOSED, UPON ACTIVATNIN OF THE ELEVATOR LOBBY SMOKE DETECTORS (WITH THE EXCEPTI ❑N OF THE ELEVATOR LOBBY DETECTOR AT THE PRIMARY LEVEL OF EGRESS), THE FOLLOWING SHALL OCCUR IN ADDITION TO ABOVE( 1. ELEVATORS SHALL RECALL TO THE PRIMARY LEVEL OF EGRESS. 2. WARNING SIGN SHALL ILLUMINATE. UPON ACTIVATION OF THE ELEVATOR LOBBY SMOKE DETECTOR AT THE PRIMARY LEVEL OF EGRESS, THE FOLLOWING SHALL OCCUR, IN ADDITI ❑N TO ABOVE( 1, ELEVATORS SHALL RECALL TO THE ALTERNATE LEVEL OF EGRESS, 2. WARNING SIGN SHALL ILLUMINATE. UPON ACTIVATION OF THE ELEVATOR MACHINE ROOM SMOKE DETECTOR, THE FOLLOWING SHALL OCCUR, IN ADDITION TO ABOVE, 1. ELEVATORS SHALL RECALL TO THE PRIMARY LEVEL OF EGRESS. 2. WARNING SIGN SHALL BLINK. UPON ACTIVATION OF THE ELEVATOR TOP OF SHAFT SMOKE DETECTOR, THE FOLLOWING SHALL OCCUR, 1, ELEVATORS SHALL RECALL TO THE PRIMARY LEVEL OF EGRESS, 2. WARNING SIGN SHALL BLINK. UPON ACTIVATION OF A TAMPER SWITCH, THE FOLLOWING SHALL OCCUR. 1. A SUPERVISORY SIGNAL SHALL BE SENT TO THE FACP & REMOTE ANNUNCIATOR. 2. A SUPERVISORY SIGNAL SHALL BE SENT TO THE OWNERS REMOTE STATION VIA DACT. UPON ACTIVATION OF A DUCT SMOKE DETECTOR, THE FOLLOWING SHALL OCCUR, 1. A SUPERVISORY SIGNAL SHALL BE SENT TO THE FACP & REMOTE ANNUNCIATOR, 2. A SUPERVISORY SIGNAL SHALL BE SENT TO THE OWNERS REMOTE STATION VIA DACT. 3. THE AIR HANDLER UNIT ASSOCIATED WITH THAT DUCT DETECTOR SHALL SHUT DOWN. UPON ACTIVATION OF A ELEVATOR HEAT DETECTOR LOCATED IN THE SHAFT OR MACHINE ROOM THE FOLLOWING SHALL OCCUR. 1. A SUPERVISORY SIGNAL SHALL BE SENT TO THE FACP & REMOTE ANNUNCIATOR. 2. A SUPERVISORY SIGNAL SHALL BE SENT TO THE OWNERS REMOTE STATION VIA DACT. 3. THE SIGNAL WILL BE SENT TO THE SHUNT SWITCH FOR POWER SHUTDOWN. iN r • UL. TR/ANA &ASSOCIATES INC. CONSW.IA.& tENGI VEERS CERTIFICA OF`A 'H' * IL hrZATION,:26644 5151 S.W4t11 ED MIAMI, FL131�65 { OZ m °- e IN L T fF AST tJANA; P.E. Florida Registration "No. PE65707 W W CO CO Z Q 0 W M LL Q ® C Q d. C%41 W to In �� C14 C14 °I�p = 00 LlI T t'p �LL(jM P Ua to U.) Z Q Z O' uJ O to W C0 W J au Z m L M J O Wj Z Zw it (n 0 X�0W _W-1 y M0 to a: Go J U Z 0 Z 5 o n Of z W U O it Z LLO (n W_ W U CO is Co 4 O 0 Z U W U } iii �1 Z U 3 ° a W ? e--4 aA Q) LL Y W W S-ITn o J J 4 O Z UI w � 3 it X W (Cltl1 A Z a o U) Z J W O U Z U N U .� to � LL a WW z Of Q U wLL 0 a:0 F- D_ 5 W (J J a Oco 2_ Q N 0Ce a FF-- U o �.( 00 Z CL W J J U 1 a ? W s CO 2 J 0 9 o Z to Q � Z J W � 0 J D- � ">y Z CO 0 Z0 -.Ft ° 0 LL U aro LU7:70 tad Z W > Z I.- �O4j -5 00 20 O 04 Q FF��r-� -4i1 0 ;1 g J O- Q 134 t�4 V1 0 4 4 0 DRAWN BY: DATE: RC 11-4 -08 DESIGNED BY: DATE: APPROVED BY: DATE: PROJECT NUMBER: 263-404043/940420911 SHEET TITLE/ PATH: SMHISMHHIGHRISKANTEPARTUMI SHEET NUMBER: NOTES ."E: D (247X36 ;