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Plans (16) FPS2015 - 00092 B NAVEN7U E F'" 71 A ED UI R U ALA R. M SYS7EM CC w cc w z Ow0 crw cc 0 FIRE ALARM GENERAL NOTES B325 S W ROSS S T w w z :D 1. INSTALLATION OF THE SYSTEM SHALL CONFORM TO ALL REQUIREMENTS OF THE U z STATE OF WASHINGTON, ELECTRICAL CODES AND ALL GOVERNING AUTHORITIES CSC LL LU 0 � HAVING JURISDICTION. TIGARDy OR CL O U -� to WIRING RING METHODTHOD S AND MATERIALS SHALL CONFORM WITH ALL APPLICABLE SECTIONS OF NATIONAL ELECTRICAL CODE 760 AND NFPA 72. 3. UPON COMPLETION OF THE INSTALLATION OF THE FIRE ALARM SYSTEM, A 6" MIN SATISFACTORY TEST SHALL BE MADE IN THE PRESENCE OF THE ENFORCING AGENCY. 4. LOCATION OF THE ALARM PANEL AND THE ANNUNCIATOR PANEL SHALL BE ® EXI APPROVED BY LOCAL FIRE DEPARTMENT. 5. INSTALLER SHALL FURNISH OWNER WITH FIELD MARKUP DRAWINGS FOR THE RECEIVE PURPOSE OF "RECORD DRAWINGS". M5 6. FIRE ALARM DRAWINGS ARE SCHEMATIC IN NATURE ONLY. ROUTE CABLE AS FIELD FRCP CONDITIONS RD DRAWINGS. . NOTIFY DESIGNER OF ANY CHANGES OR DEVIATIONS ONRECOC1Ty OV:TiGARp N 101i 7. WIRING SHALL NOT BE LOOPED THROUGH DEVICE TERMINALS. CONDUCTOR MUST BE 72' 80" 96' 13UILDJNG ( V1 a CUT AND WIRED "IN" AND "OUT" SO THAT ADEQUATE SUPERVISION OF THE CIRCUIT CAN BE MAINTAINED. 48" 8. POINTOF COMMON ANNUNCIATOR IS PROHIBITED. FIRE ALARM SYSTEM OPERATIONAL MATRIX 9. T-TAPPING OF ANY NOTIFICATION CIRCUIT IS PROHIBITED. 10. ALL RELEASING SYSTEM WIRINGS MUST BE TESTED AFTER INSTALLATION. MUST TEST BILL OF MATERIAL FREE OF OPENS, SHORT AND GROUNDS. O Z m= �=UJ � 11. CONDUIT AND JUNCTION BOXES NOT BE USED FOR OTHER THAN FIRE ALARM. EQUIPMENT MOUNTING ELEVATION O O O Q Q d Q w o 12. ANY PENETRATION TO A FIRE RATED ASSEMBLY OR PENETRATION OF OCCUPANCY SCALE. NONE U C3 w U J O ¢o Cs c9 C-11(5 ITEM SYMBOL PART DESCRIPTION PART NUMBER MANUFACTURER DIVISION TO BE FIRE STOPPED BY UL APPROVED METHOD. z� z z0 �� wJ i-O z Oz ¢a 13, CONDUIT NOT APPROVED GROUND PATH. USE X12 GAUGE TO WATER PIPE OR OTHER z z� z� �-w �w zw CD uj z� wCJ7 1 1 FACP FIRE ALARM CONTROL PANEL WITH 5815XL Expander 5820XL SILENT KNIGHT SUITABLE METHOD. z¢ ¢ ¢w o O w o,¢ Ckf 2 18 NAC NAC POWER SUPPLY 5495 ryµ SILENT KNIGHT 14. MANUAL STATIONS SHALL BE MOUNTED PER NFPA. IBC, IFC. [3 Cl- a- N¢ N _ W O UCn �y ,�'� O E- 3 148 � SMOKE DETECTOR SK PHOTO SILENT KNIGHT CL U-1 w w �� C12 C5 15. VISIBLE NOTIFICATION DEVICES TO BE MOUNTED AT A MINIMUM OF 80" TO BOTTOM �`' of i< N w taw N¢ 4 - 26 M� ADDRESSABLE INPUT MODULE SK MONITOR SILENT KNIGHT OF LENS TYPICALLY 96 . OR 6' BELOW CEILING. (+82" TO CENTER - 80" TO BOTTOM). WIRE LEGEND U _ _. 16. ALL WIRING, INITIATING DEVICES AND ANNUNCIATOR PANEL SHALL BE SUPERVISED 5 ,= 288 MINI HORN-LOW FREQUENCY HW-LF SYSTEM SENSOR TO THE PRINCIPAL POINT OF ANNUNCIATOR. SMOKE DETECTORS ��. LEITER TYPE FUNCTION I 10 30 FREQUENCY L HORN/STROBE-LOW FRENCY P2WH-LF SYSTEM SENSOR MANUAL PULL STATION X 17. RELEASING SYSTEM IS "POWER LIMITED". {. � __..._.... r _ _ . _ A 1 PAIR 16 AWG. FPL ADDRESSABLE DEVICES 11? 132 N1 C CEILING MOUNT HORN/STROBE i P2W SYSTEM SENSOR 18. SYSTEM DEPICTED HEREIN REPRESENTS ALL FIRE PROTECTION FEATURES AS SURVEYED. ALL FEATURES SUCH AS TAMPER SWITCHES. KITCHEN HOODS AND B 1 PAIR 14 AWG. FPL HORN/STROBE, HOfW X X X X 12 9 STROBE SW SYSTEM SENSOR DUCT DETECTORS ARE TO BE FIELD VERIFIED FOR LOCATION AND QUANTITIES. C 1 PAIR 12 AWG FPL 12DVAC POWER TAMPER SWITCH X 13 ` 1 _ Wp HORN/STROBE WEATHERPRROF P2K SYSTEM SENSOR 19. DEVICE LOCATIONS DEPICTED ON DRAWINGS ARE APPROXIMATE ACTUAL LOCATION MAINTENANCE BYPASS SWITCH X SHOULD BE FIELD VERIFIED. 14 15L STROBE-LOW FREQUENCY SW LF SYSTEM SENSOR _ 20. SMOKE DETECTOR LOCATIONS AND SPACING SHALL MEET THE REQUIREMENTS OF DUCT DETECTORS X X X 16 8 {B} HEAT DETECTOR W SK HEAT _ SILENT KNIGHT NFPA 2001 FOR THE APPROPRIATE FIELD CONDITIONS. HEAT DETECTORS X X X X4 21. STROBE LOCATIONS AND SPACING SHALL MEET THE REQUIREMENTS OF NFPA 72 17 8 DUCT DETECTORS BY OTHERS BY OTHERS FOR THE APPROPRIATE FIELD CONDITIONS. ELEVATOR LOBBY SMOKE DET NOT 1 ST U X X X X X 18 FED FIRE SMOKE DAMPERS BY OTHERS BY OTHERS 22. A LOBBY SMOKE DET N 1ST FLOOR X X X X X - - ~~ _...._ _ ALL WIRINGS SHALL 8E FPL, FPLR., FPLP OR EQUAL. 20 ® TAMPER SWITCH `. BY OTHERS 23• WORK SHOWN Is NEW UNLESS OTHERWISE NOTED. HEAT DETECTOR IN ELEVATOR MACHINE ROOM X ,. _ 24. REFER TO DRAWINGS OF OTHER TRADES FOR ADDITIONAL DETAILS AND "21) ® FLOW SWITCH BY OTHERS REQUIREMENTS WHICH AFFECT THE PROPER PERFORMANCE OF THIS WORK. SMOKE DETECTOR IN ELEVATOR MACHINE ROOM X X X X 22,' ® HI-LOW PRF E PULL _ BY OTHERS 25. RACEWAY ROUTING AND EQUIPMENT LOCATIONS ARE APPROXIMATE. SYSTEM TROUBLE X 23 M' 28 F ADDRESSABL URE S CONTRACTOR SHALL FIELD VERIFY ALL DIMENSIONS TO CONFORM TO FIELD CONDITIONS. HEAT DETECTOR IN ELEVATOR HOIST X X _❑ ., STATION SK-PULL-DA SILENT KNIGHT SMOKE DETECTOR IN ELEVATOR HOIST X 24�; 22 © ADDRESSABLE RELAY MODULE SK-RELAY SILENT KNIGHT _. 26. MATERIALSLOCATED� aTEEDOtS)`TDOORDs ISFiFlALrnL sEWVES. '"A"» �RdBOXES AND coNSTRucTTON HI PRESSURE SWITCH {DRY SYSTEM} X 25 2 ® ANNUNCIATOR SK-ANN SILENT KNIGHT _.� ._ LOW PRESSURE SWTICH (DRY SYSTEM) X 26 2 ®c0 Smoke/Heat/CO detector SK-FIRE-CO SILENT KNIGHT CO DETECTORS X 0 z B 1-- EOLR � U (D ;s a EOLR e � �_ B EOLR NAC13 :c ham- 3 � ¢ EOLR 1 � `m cit o TOCK B SK x5495 EOLR B NAC16 f°� B STOR 3052 Y o � EOLR B $ SK-5495 R EOB ¢ L s U MECH 3098 TOCK -U�—_� P .__ -- COMM 3093 C EOLR B EOLR 120VAC DEDICATED 3 >n u, o n C 0 0 8 8 12DVAC DEDICA7EDC 120VAC DEDICATEDC rnt5 o T E EOLR EOLR B Q � o, °vi� i4a> a EOLR UB EDLR B NAC12 'yLo yQ rL EOLR B ES a) a3, o� 0C1NAC11 ER E tao� BEout B H 45 EOLR E2 � gzcc � ` cc iaX (L) a B COMM 3071 MECH m w EOLR EOLR e EOLR v 0 o m o 120VAC DEDICATED Jg� r��t - aa25 (DEa C SBUS � 1 L cT� Z- N v a as Q 120VAC DSACATEDC 120VAC DEDICA7® C 0- ? 0- ;5 $ 2Q0)T EOLR -ff--- B EOLR �--�� B�- dt�Cla (.s = a B 0 y OO � � F � 0 TOCK B EOLR B NAC7 Suitt } U i NAC10 EOLR B SK-5495 EOLR B SK-5495 BY: 1 p 3 o N u- aYc $TOR 2052 / ( f U O `o S a COMM 2071 EOLR B -1� t l 461 t I EOLR � e � 120VAC DFDICAIFD. OFFICE COPY 120VAC DEDICATED. m Z LO EOLR / B EOLR y z 6j o z > r EOLR B NAC9 EOLR � B NAC6 a a �� P � � �7 �1 B SK-5495 B SK-5495 11 r EOLR -1�'r`7-- Lij PHONE 2093 E MECH 2045 OLR �H� x� w Q B `1 ❑ EMR EOLR _ (D 4 120VAC DEDICATED C 120VAC DEDICATED, U a z u- 7 Cr o JZ w e SEOLR EOLR EOLR U U l.1 z z (0 0 Z LU U3 C7 F = n B B E B !/> J CC EOLR NAC5 EOLR NAC15 EaR NAC2 w a o 0 EOLR SK-5495 EOLR r e SK-5495 EOLR e SK-5495 0 o Y a ¢ a EW B COMM 1080 EOLR e RM 2008 EOLR STOR 2052 00 120VAC DEDICATED 12DVAC DEDICATEDC 1 120VAC DEDICATED. o N 0 0) EOLR B EOLR �r M o F N B EOLR B e CD o EOLR NAC4 NAC8 EOLR NAC1 j L `� 0 EOLR�--,� B SK-5495 EOLR B SK-5495 EOLR ( e SK-54952 Z s EOLR �J — B ELEC 1068 EOU? e MECH 2008 EOLR O B RM 2008 N /-[�— Q 0) E T EOLR B LU 120VAC DEDICATED. 120VAC DEDICATED. 120VAC DEDICATED, m H U) LC Ir O L- -- Cl) VERIFY LOCATION z w O w 3 P9 0#01 ,�- C C �-�co 3rd FLR LOOP 3 w o < = A cn o z 0 Q 1/04 B I/03 �. VERIFY LOCATION AND QTY WITH MECHANICAL e 1/02 A U SID FIR LOOP 2 e Ij01 _ WING C WING B WING A Lu oI= U)CD w FACP ELEVATOR 1 CONTROL ROOM ELEVATOR 2 CONTROL ROOM VERIFY LOCATION AND QTY � W SK-5820XL VERIFY LOCATION VERIFY LOCATION g z Q 0 0 -r RM 2008 A cc Cr f--I-�-}---I- � FIRST FLOOR LOOP 1 }W � >r. Q Q LL CD W Z 0 N F- > O Sim NOTES 120VAC DEDICATED. FROM DACT TO PHONE LINES m Cf) U 1.REFER TO FLOOR PIANS FOR DEVICE OU4M AND LOCATIONS 2 VERFY LOCATION OF TAMPER AND FLOW SWITCHES WITH SFRIIO R CONTRACTOR. 3.WW X ALARMS AND CO DETETCTORS PROVIDED BY OTHERS.REFER 10 ARCFREMIRAL AND ELECTRIC&PIANS FOR LOCATIONS. 4.VERIN LOCA710H OF FACP AND NAC PANELS AND COORDIiATE FINAL LOCATION WH SEC1R1CdfL CONTRACTOR. ANN 1 5.VERIFY ELEVATOR RECALL AMD CONTROLS WT11 ET.EVATOR CONTRACTOR. 2A &VERIFY FIRE 511014:OMIPER AND OLU DETECTOR LOCAIM WITH MECILMICAL CONIWVCIOR. ANN 2 RISER DIAGRAM SHEET IDENTIFICATION FA- 1 SHEET 1 OF 11 - - - - - - - - - -❑ s I HS2 ❑ EOLR i ❑ ❑ 1-5a 107 ❑ 0 HS3 w 1—s iEOLR Q w Q fl ❑ Zm Cc w 0= 0 zm Q 1 D W W z j U Z P OLL w [0 m D STOR I F I Utj Lt�l - - ❑ ❑ Oz o C ❑ ❑ 1-S12 HS6 lu . 6)- _ — — — _ _ _ — EOLR „ ��F ! 1 UP --- o E 1 110 1-3I; ❑ 108 C FZZI 0 IF 1-M3 (231 E t / X s - l009 I i U MATCH LINE 11 M2.1 b ( 1 m IEEE= 0 a SEEM= 0 mmmm� m BEEN= u Miss= m Emma= m I no= 0 soon= n 0 MIER= m ROME= z T - - -- T L ' -- - - 1-S15 0 o I _ I I 1 ECL // a� c a \0 C2 El C / � f m C O U N � 1-2 1-2 / o i x_ _ E 101 102 X 4j Q � _ � � = oma o / � � � � 7 1 0 141719 N T.O .(Q Q i r /Y 6 ELEVATOR MACHINE ROOM 1 4 ° �.� f / Q 'W a N /' , . 1-M5 C❑ ELEVATOR PRIMARY RECALL -f� ` - o U02) Q o 1-M6FC] ELEVATOR ALTERNATE RECALL �-' NAC1 E m cc1-M7 [C ELEVATOR SHUNT - 11 ," \ 1 1 .) i L O01 ❑ ❑ � � a � rn ; 3 3 c 1-M8� ELEVATOR HAT - /'�� o� 1 � � c = U - ❑ O ° 1 o @ E -66 .o N 1-M9 0 ELEVATOR SHUNT MONITOR t Q, 'E t 1-5a 1 om = ��= � 1-M45 CD ELEVATOR SHAFT DAMPER 1-S14 -- -5 Q a ------ 0 ---- _ 0 � T o 2 CORR No Un D to N c N U 1040 ----- O C 15cd o c U) 3 N Y 4 � STOR ❑ � !i7tfiLL'i YY'; O 2 1-S'I' F co 1 ❑ - Y ' wLij uarwutimmWimt 1 D .. 1 m o �� �' ui o Z W z H , m > w F-1 F-1 G CORR Luc O - ... W 1 1 at, 1050 ttf� 120 m 1-S1 TORi 113 ❑ -70 1041 ((''""� 115 1-S2 a, o t_.0 � µ b � � � w ~ w I i 1 1 r DO W 1 i ELEV #2 C i i d �: , {� w m v 3 F Q v 1 i --- I t Q O O w w U) 1 1 2 J s --- ---- I I--S13 1 --� O �` 1-M1 r o o Y C a LL a — — — — 1-S3 I- �: 11 ELEC O 15cd �, 1042 o. C MECH O 1 i O 104 C MECH Q2 Q �' C LLLIOJ co 1�� 1-S11 1 S10 1045 1-S9 1-S7 Nq 1049 1-S5 1-S4 /23) I� o N Rt :x H :li K ::� x HP m n� � C O O (h N1RAA S4 w i ( CD i �� _ E o W j� U � i NAC1 i O 1 0l i 11�0 � � z w � 1 i 1-S8 C i i i �'�' > cfl o cn � � � 1 0 ❑ 1 S i , �, / w rn ani w m co � ® 4 j co N m HS4 ��, < > M -- 4 30cd i I,--I CM1_g w • O Z O Q ui O > 0_ L 1�4 i .... AUNDRY/ ® t ❑ (- � w [� o ¢ _ � 0 LOUNGE ( J 114 '�1 i VEST 1 1 1047 FRI] ❑ ❑ HS3 1 1046 I D NAC1 ❑ i I 1 i DAL -M2 1 1 t W ' ---- F ---- cr- U) Z U) O LZ 0 cr p It �— Q O N o 00 co 1 i 11 . 1�1 • PLANSHEET IDENTIFICATION FA-2 SHEET 2 OF 11 W cr W Lu z m Irco III o -- --- ELEVATOR MACHINE ROOM z D '44 (1 (1 4� 1-M38 C ATOR PRI CALL0 x co co ° 0 t 1-M39 C VATOR ALT RECALL n o U x cn 1-M40© LEVATOR SHUNT -1FW 1-M41© LEVATOR HAT 131 i 1-M42[M] ELEVATOR SHUNT ONITOR t ` - - � - �- 2 >FW [DH R FV`J .. Q;j1-M46© ELEVAT7771 AMPER t E - - _ ® O EOLR (' - 29 1-531 !rLh , ° C 1-S ELEV #1 1-SUR 30cd I STAIR #3 ! i 1027 i i ! G r t N 1- -S f I o ! -� i i I EOLR - - - - - - - -4H . 2, HS11 C '°' , AL DiNIN i E I 1- 33 WOMEN I o C ROOM ° C E F 1031 i 1026 I Ocd I � a 30cd I ' ILII I _M 8 , CAFE i 1033 CORK I i �6 11028 ! i MEN ! t 0 0 1030 0; O ! 34 Com, (2 ' - 2 - - 30cd—- - — -�J. f ® 1-S41 -S E -S28 �2 Q , E i I p 30cd p a E ._,/ � 9R M❑ 01-M30 kMEC E E _ j 0. CM❑ FS 1-M31 t t i JAN 1-M44 ' M S 1-M32 1029 rl ❑ ,�- � F � M❑�1-M33 �-1-M- - - - - - - - - ' - - - - K . ................ ..... ! OFFICE CC � �� � OFFICE M❑ FS 1-M35 .� m -- ------------------------------------------------- -- 1016 018 1023 JAN MPS 1-M36 HI-AIR i i I i E 1-535 t- 1022 1024 ❑ ❑ < , 1 M❑ PS 1-M37 LOW-AIR t _ _ _ _ _ _ _ ___ f/ 0 - f/ I ' 6 MECH 1-M20 M❑ 1-M50 °° jr' ° C 1015 1017 E �_+-_------------ ---= r ' t • 1-543 ------- - 017 KITCH 2 CO 1- I KITCHEN F ! i LOBBY CORR OCO 1020 ° C o CL Q 1019 a E N (0 U t p N -M27 VEST 1002 i -540 , 'o' � OOD � w� � a 1001 w ! E x c NAC3 DRY - - - - - C - Ibj�3- - _ - _ _ _ _ 4m 1 °N' c o c�oi o i E iii 3� !30cd t , Ili RECEPTION OFFICE IE O ao) ra ! Iii i i C ( 1014 1013 i �• z � vcoo WATER I I Thi ! t I t 30cd w 3 cn o c ° PR VATE SERV °, 1025 Q a c aLOBBY t _.. ..:..........:._:.. ................... m FE F0 _ STAIR #1 tt ro ° QCO � 1 ! ! rn °� � vQ � a`� z t 1 - o a 1003 -� 0 a� � o i _ ! U i - •- > c 1S4 I 2 r i I LITU-i �_ - •,- -r o o a r 2 - I E I i c c .: 1 E t i � rn_ m - U T'� U 1-536 i I t OFFICE cn °' E W 1012 _ f � �- U i , T c .3 . P - - - - - - - - - - _ - _ __ - - - - - P L--` SAFE ! _ / o I oo E a.o i>n O 'C Q N U --�--T- ° C ! �° t o O c ~ y � \ 2 ! I C� @c0U) i I 1-S2 I! � No . o@ � 1-S21 1-S } 0 m a ) o CL c Y i � ! O coE °' 3 of o 4 1003A 1-S39 30cd '01 O ILLNAC3 A CORR I O 30cd E w w r 10051 m m z � g i o t2 D o � zMAIL C�_ � o om >106 cd uU J NAC3 o -5cr o ! ! m 6i ' Ell 1008 T I �` w - - - - - - - - - R . 1/r 0 tt i i • / , t 2 -j CW'3 z i ! i GARDEN RM j i , ! - ! ,! m U u; z u- F WORKSHOP t �, i z w 2 Q a bz w m Q � 2 � U 1M26 1007 o C i ! U U � Gz) C3 O2 z � Y HS9 ! ! - -M i w Y OJ � � CC Q 1S o oY a. ¢ u d � 1-S19 I F t I i r - - !- - - - - - - - - - low , \ ' •`/ o`' C ,' ! ! 00 STAIR #2 ! 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I � a I t 1 € I I # A-6e I ! 349 ( € 1 1 I F -1 t I I # # t I I # i I # € A-4cr i # A 4cr € 348 i ij # 345 -1IEl 5cd EOLR 15cd - - - - - - - � - - - - - - - - - - - - ---+ # O; D € # o € 0 33-S32 # I i - 15cd z 3078 H 1 O xx m O C U X I # # # X CORR t�tJ A-1 b # j)TA-3cr € OCO Til A-3cr 339 # e 3- EOLR ' 3100 ( € A-3a 334 _ 335 € € ORR3 # A-2 € 348 �� 33 S26 A 2b € € 076 A-2 t = a NAC 16 ffi € i [ 337 I ' 4 1 1 NAC 17 € 343 E a E ~ .� Q 33-S3 33-S3 m `° ° ol a W # ELEC STOR € GO �� / CO 3073 e w. o iHR FB 3097 3095 34lus m I t Ed i a [- # EL - Q L m - - - - 1 - - - - F 3-42 3 5 _ eJ 8H I,eJ 28H i e� �#H i �!H_ - - - .� w _ c vii c o 0 € s STAIR#7 1 i i STAIR#6 120 3 'p' 33-S31 EOLR 3099 3- 11 O CORRIDOR C # C O CORRIDOR O 2 i 3077 # N OO o 3092 33-S 15cd 0 1 33-S24 3068 33-S23 C O �' -^ - o t ami `o 0 2 33-S27 5cd _ 22 - °, 0 33-S25 33 � ¢ ° ._ I I ! i # I I � La) -° 33- y ig :S iC>, i;R v�q f�R NF kp ty? 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L # # Q € i MECH 8 ° o # 3094T- ELIE A-2 i ; `. co _Co ' A-2b t i (� O C A-2 351 A-3b 6 / 15cd 342 EOLR ' L ` HS 1 � � ., i € _ i i N m a) 33 S35 347 cn € i i = � ° N NAC16 # € � � ° N = >1 C16 1 ° .— OmU) S62 A-1 b 33-S20 4) o -- ---- # 1 0 33 -- ! ---- i-- � � �o a w 1 ° NAC 18 € I61 I 1 15cd HS69 A 33-S28 tt A r I € 333 332 l I w w co 1 - - - - - 135 cd - - - - - - - - - - € � o 111: z z Fn # 1 € # A-4cr p; L _ A-4cr1 € I o 0 0 o w { 352 C RRIDOR 340 # } 3060 b D C17 # Y o ' w o� ' € 67 135 cd NAC t O w U a Q L ` } z 'o 6 6 C 17 w m v � � 1-- v i € v� ¢ p0) w p � 1 S68 € 1 °. z z cn0 w � E 15cd HS6EOLR o o Y a u a O, A-1iw A-1fw 1 L € I 1 331 V 135 cd 330 € I i Me --- 1 i € # 33-0 € # --- Me t 353 CA 2HR FW 2HR FW 2HR R FN 2HR FW 2HR FW CID 341 N -- - - ® I � - - - - - - - - Arm IM HH — U W N U E 7z: STAIR#3 # € XX o I �� z r � a) 3007 ! t w cD C) i I 1HR F 1H�1HR FB 1HR FB L L € € i Q atOo E N � � — _ � I - - a - - - - - - - H . 2, ® . . . . . . . w wow i f MATCHLINE 11 M2.2b MG I-3c2 i f cOQo �� z z � 1 € € ti � — ' I { W F 1 i # B pC (QO z Q 0 Q LU ~ Q O A z ° N � o p c m co KEY PLAN SHEET IDENTIFICATION FA- 1 0 SHEET 10 OF 11 _�__, i r-D I I LL W LL W zm M M Z Z U LU Z =) r HIS HIS HIS HIS Strobe HIS STROBES IVini H Bell VOLTAGE DROP TOTALS __3 U J Z 2F LLx ESTIMATED Low freq Low€rets LowFreq TOTAL WIRE ACTUAL ACTUAL TOTAL O Ir XXX U- X J X m m CIRCUITOUTPUT VOLTAGE=24(FOR CALCULATIONS) CIRCUI CIRCUIT 15CD 30CD 75CD I10CD 15CD 135CD 135CD CKT.LOA GAUGE VOLTAGE VOLTAGE CIRCUIT 0_ X O X U X � C/) CIRCUITS DESCRIPTION TYPE 1 LENGTH 0.079 0.107 0.176 0177 0.066 0.218 0.228 0.138 0.031 (AMPS) 18,16,14,12 DROP%: aROP(VOLTS RESISTANCE CKT# HSI HORNSISTROBES I AN 230 ft. 13 1.794 14 12,42% 2.533 1.4 Ohm CKT# HS2 HORNSISTROBES AN 200 ft. 12 1,656 14 9.97% 2.034 1.2 Ohm CKT# HS3 HORNSISTROBES AN 215 f 11 I 1.518 14 9.82% 2.OD4 1,3 ohm CKT# HS4 HORNSISTROBES AN 230 ft, 11 1.518 14 10.51% 2.144 1.4 Ohm CKT# HSS HORNSISTR{1BE5 AN ISO ft. 3 5 0.927 14 5.30% 1.081 1.2 Ohm CKT# HS6 HORNSISTROBES AN 250 ft. 6 0.474 143.57% 0.728 1.6 Ohm D CKT# HS7 SPARE AN ft. 0.000 14 0.00% 0.000 0.0 Ohm I CKT# HSS SPARE AN €t. 0.000 14 0.00% 0.000 0.0 Ohm CONTACT MOnDR MODEL 5815 I r CKT# HS8 HORNSISTROBES I AN 220 ft. 8 4 1.060 14 7,02% 1.432 1.4 Ohm MODULE FACP 1 , CKT# HS10 HORNSISTROBES AN 250 ft. 2 6 O.SOD 14 6,02% 1.228 1.5 Ohm SLC OUT SLC 1N CKT# HS11 HORNSISTROBES AN ISO ft. 2 2 0.37.2 14 1.79% 0,365 1.0 Ohm a k -� sc s+ SC- s+ CKT# HS12 SPARE AN 170 ft. DODO 14> 0,00% 0.000 0.0 Ohm a " 'r � our w Lo 0 001 CKT# HS13 IHORNSISTROBES AN I 210 ft. 13 1.794 14' 11.34% 2.313 1.3 Ohm CKT# HS14 HORNSISTROBES AN 200 ft. 14 1.932 1411.63% 2.372 1.2 Ohm HEAT OR SMOKE I CKT# HSIS HORNSISTROBES AN 240 ft. 13 1.794 14 12.96% 2.644 1.5 Ohm i f DETECTOR BASE I CKT# HS16 HORNSISTROBES AN ISO ft. I 10 I 1.380 1 14 7.89% 1 1.610 1.2 Ohm I CKT# HS17 HORNSISTROBES AN ISO ft. 8 1 0.698 14 3.99% 0.814 1.2 Ohm (+)I (+) (+)' (+) a Loo K OHY { CKT# H518 HORNSISTROBES AN 260 ft. 11 1 0.935 14 7:32'#6 1,493 1.6 Ohm uaram�R MUTH TO N°(T DEVICE 4 , TO NE)(T CKT# HSIS HORNSISTROBES AN ISO ft. 8 1 0.698 14 3.15% 0,643 0.9 Ohm � DETECTOR CKT# HS20 SPARE AN ft, 0.000 14 0.40% 0.000 0.0 Ohm s s NOTES (-)s s(-) (-)s s(-) . CKT# HS21 HORNSISTROBES AN 230 ft. 13 1.784 14 12A2% 2.533 1.4 Ohm r.MAwau DISTANCE OF DRY CONTACT DEVICE FROM Maas(MODULE a 50 FEET. i CKT# HS22 HORNSISTROBES AN 150 ft. 10 1.380 14 6.23% 1.271 0.9 Ohm- 2.CONECT TO DEVICE USING DRY CONTACT SUCH AS PULL STATION. I CKT# HS23 HORNSISTROBES AN 240 ft. 13 1.794 14 1256% 2.644 1.5 Ohm &DO NOT CONNECT ANY DEVICE TO'SLC IN'. I CKT# HS24 HORNSISTROBES AN 235 ft. 12 1.656 14 11.71% 2.389 1.4 Ohm NOTE DO NOT CONNECT ANY DEVICE TO TERMINAL 35 MID 36. CKT# HS25 HORNSISTROBES AN 170 ft. 4 0.316 14 1.62`% 0.330 1.0 Ohm: TYPICAL VTK FOR TYPICAL VVF1NCi CONNECTION FOR SD500-AM CONTACTOR MODULE TO 8LC LOOP SMOKE DETECTOR TO SIM SLC EXPANDER CKT# HS26 HORNSISTROBES AN 210 . 6 0.474 i4 3A0% 014611 1.3 Ohm i CKT# HS27 HORNSISTROBES AN ISO ft. 3- 2 1.110 14 5.01% 1.022 0.9 Ohm CKT# HS28 HORNSISTROBES AN 130 ft. 2 ! 0.864 14 2.50% 0.530 0.8 Ohm ICKT# HS29 HORNSISTROBES AN 96 ft. 2 1 0.664 14 1.80% 0.367 0.6 Ohm CKT# HS3O SPARE AN ft. 0.000 14 O.D4% 0.000 0.0 Ohm I CKT# HS31 HORNSISTROBES AN 350 ft. 7 2 0.685 14 7.22% 1.472 2.1 Ohm iIil CKT# HS32 HORNSISTROBES AN 275 ft. 1 2 0.293 14 2.43°6 0.495 1.7 Ohm WRR F F CKT# HS33 HORNSISTROBES AN 270 ft. 13 1.794 14' 14.58% 2.974 1,70hm I I I ", CKT# HS34 HORNSISTROBES Alit 170 ft. a 0.828 14 4.24% 0.864 1.06hm R R I e CKT# HS35 HORNSISTROBES AN 285 ff. 13 1.794 14 15.39% 3.139 1,7 ohm E E - - CKT# HS36 HORNSISTROBES AN 250 ft. 13 1.794 14 13.5x% 2.754 1.50hm T 0<1' CKT# HS37 HORNSISTROBES AN 350 ft. 7 0.553 14 5.83% 1,188 2.1 Ohm 80' OR 6" BELOW CEILING CKT# HS38 HORNSISTROBES AN 155 ft. 4' 0.316 14 1.47% 0.301 1.0 Ohm AS MEASURED FROM CEILING � _LL CKT#' HS39 HORNSISTROBES AN 160 ft. 2 1 0.664 94 3.20% O.S52 1.0 Ohm TO TOP OF DEVICE I CKT i#' HS40 HORNSISTROBES AN 115 ft. 3 1 0.882 14 3.05% 0.623 0.7 Ohm S+S 80' OR 6' BELOW CEILING S-S i CKT#: HS41 HORNSISTROBES AN 110 ft. 2 1 0,664 14 2.20% 0,448 0.7 Ohm AS MEASURED FROM CEILING TO TOP OF DEVICE - BLACK CKT#' HS42 SPARE AN ft. 0,000 14 0.00% 0.000 O.00hm \ I CKT# HS43 SPARE AN ft. 0.000 14 0.00% 0.000 0.0 Ohm RED RED FROM PREVIOUS RED (+) LF NEXTCKT# HS44 SPARE AN ft 0.000 14 0.00% 0.666 0,0 Ohm FA DEVICE DEVI F�VIOUS TO NEXT OR FACP ELOR r i I CKT# HS45 HORNSISTROBES AN 230 ft. 13 1.794 14 12.42% 2.533 1.4 Ohm FA DEVICE FA DEVICE F.F. - CKT# HS46 HORNSISTROBes AN 150 fL 10 1.380 14 6.23% 1.271 0,9 Ohm OR FACP OR ELOR +\1 RED BLACK( I CKT# HS47 HORNSISTROBES AN 235 ft 13 1.754 14 12.65% 2.589 1.4 Ohm (-)BLACK BLACK(-) `-� F.F. CKT# HS48 HORNSISTROBES AN 230 fL 12 1.656 14 11AS% 2.339 1.4 Ohm CKT# HS49 HORNSISTROBES ASV' ISO ft, 4 0.316 14 1.52% 0.310 1.o Ohm STROBE + HORN-STROBE WEATHERPROOF WIRING CONNECTION DETAIL HORN-STROBE CKT# HS50 HORNSISTROBES AN 210 ft, 6 0.474 14 3.00% 0.611 1.3 Ohm I CKT# HS51 HORNSISTROSES AN' 'ISO ft. 3 2 1.110 14 5.35% 1.090 1.0 Ohm CKT# HS52 HORNSISTROBES AN' 110 ft. 2 1 0.664 14 2.20% 0.448 0.7 Ohm 1 CKT# HS53 HORNSISTROBES AN 120 ft. 2 1 0.664 14 2.40% 0.489 0.7 Ohm j i CKT# HS54 SPARE AN ft 0.000 14 0,00% 0.000 0.0 Ohm CKT# HS65 HORNSISTROBES AN 350 ft. 7 2 0,685 14 7.22% 1.472 2.1 Ohm OPULL I CKT# HSSS HORNSISTROBES AN 225 ft. 1 2 0.293 14 1.98% 0.405 1.4 Ohm CKT# HS57 HORNSISTROBES AN 9O ft. 2 1 0.S" 14 1.80% 6,367 0.6 Ohm FIR E CKT# MS58 HORNSISTROBES AN 200 ft. 0.000 14 0.00% 0.000 0.0 Ohm RELAY ouTPUTs CKT# HS59 HORNSISTROBES AN 350 ft. 7 2 0.685 14 7,22% 1.472 2.1 Ohm o 0 0 0 0 0 ALARM CKT# HSSO HORNSISTROBES AN 275 ft. 1 2 0.293 14 2,43% 0.495 1.7 Ohm N01 m _ - __ CKT# HSS3 HORNSISTROBES AN 270 fL 13 1.794 14 14.58% 2.974 1.7 Ohm FACP I CKT# HS62 HORNSISTROBES AN 170 ft, 6 0.828 14 4.24% 0.864 1.0 Ohm SD505-ARM CKT# HS63 HORNSISTROBES AN 310 ft, 13 1.794 14 16.74% 3.415 1:9 Ohm RELAY MODULE =T 0 I CKT# HS64 HORNSISTROBES AN 250 ft 13 1.794 14 13.50% 2,x754 1.5 Ohm 0 0 48" I CKT# HS65 HORNSISTROBES AN 3501L 7 0,553 14 5.83% 1.188 2.14hm wr as w w - CC i CKT# HSS6 HORNSISTROBES AN 155 ft. 4 0.316 14 1.47% 0,301 1,0 Ohm + B B / I- i CKT# NS67 HORNSiSTROBES AN ISO ft. 2 1 0.664 14 3.20% 0.652 1.0 Ohm ( RED RED l+) ZO U CKT# HSSS HORNSISTROBES AN 195 ft. 3 1 0.882 14 3.05% 0.623 0.7 Ohm To NEXTFROM PREVIOUS TO NEXT 5 � � CKT# HSSS HORNSISTROBES AN 110 R. 2 1 0.664 14 2.20% 0,448 0.T Ohm FA DEVICE FA DEVICE I CKT# HS70 SPARE AN ft. 0.000 14 0.00% 0.000 0.0 Ohm NOTE; OR FACP { CKT# HS71 SPARE AN ft. 0.000 14 0.00% 0.000 0.0 Ohm (.Do NOT coraECr ANY DEVICE m•ac m'. (-)BLACK BLACK -) F.F. GKT# HS72 SPARE AN ft. 0.000 14 0.00% 0.000 0.0 Ohm d 1 CKT# AN ft O.00D 14 0.00% 0:000 0.0 Ohm TYPICAL V01M CONNECTION FOR 0 a) � c OL SD505-ARM RELAY MODULE TO 81-C LOOP MANUAL PULL STATION :c = •3 9 0. _ c (a A liance Summa Total Load Q (n 114 18 6 0 9 30 15 288 4 61.230 N U w O N CM (0 C 0 U a) a) a) a (U X 4= N U C 0 Q Wire Resistance At 3 N U U Q I.- (� - c N 75 Degrees Celsius Z in e O p 167 Degrees Fahrenheit f. a) 3 fn'- •m a Ohms'If N o c w m ._ ._ .- w >_ iL 3: ,o 'a 10GA=0.001210:. a) 12GA=0.001930 rn= o Co 0 N 14GA=0.003070 •- N •3 16GA=0.004890 L CL- " a 18GA=0,007770 ¢ o) N 17 m L >.t a) •- V,RRE RESISTANCE BASED ON TABLE 8 FROM NATIDHAL ELECTRtCAI_.COTE(UNCOATED 500111 COPPER i^/{REl GO o.- (n E - j = U 0. � N Z 2 0) 0 .0 fl O U) > C 1- E .S-- C O 1,L :: 0 (p c - U V >,Xa) m3 5496NAC1 BATTERY CALCULATION �-_1-111::.__... m` 6I6+tC4 BATTERY CALCULATION _.._:_..____..._ 4) 0 � o (n 0 � - .....::1...1.11.. 5496 NACU.$ATTER('GALCUATION -_., 5495 NAC33 BATTERY CALCULATION I_ � ,, ,. .- 4) . m t LL -0 c -- _. ..1111 _ ...... 11-- , ___,-� _,.. y._:.- ._",.. _------,-___� 11.11..,_ ---_ _ _ � ui 1111._._„1111. _ Bfll lA iEMt12E OF TIGAFffi3 60 p 11.11-_--__. ° 1111 CO}iPONENt OTY :NaiTlai A Alarm(A) t3omdTda. . AlacmT(tai -- .__.._.,.: ;1111 .>, 1111__ 1111_._. _.................... ------�-_ COMPONENT' .QTY. t,i(xmkt(A)Alarm(Aj: lrI(+(rriatTdal ; AIam.Total �•.• :� ,. N •- (D 3 { l f # COMPONENT QTY: N(xmat{A}Rfamrt{A} ; Norma Totat Alarm Td COMPOAENT QTY !Lamm{Ap Alam{A} ' Normal Total Alarm Total tdanCtrCC1TB(ate3 1 O.O.H700___._0.1 0. 004000 016000 Man#rcTit_and- �_�_?. 0.04000. _01 0` {k04000_-- 0.146100T0141 S �Y � _ N U c .1111__,T 1111. Moen{]r(ait I3aard- 1 0.000: O 16000 0 04000'. O.i6 �'"' 't'" Lfa n(Xrc(at BoI 1; 004000 4,16000 0.3.... 0,16444 ,.- -_ KK 12 o . HSI _ 1: 000000 - i 794(30 000000 1,79400 111 1. 1111. 1111.,:1111.,_ .._............ -. _._____ 1111.. H873____ 1 0.00006 t79000.- I 4.60006,,.-- , 179CXt1 !': 11 11-, _ oo L `; (n HS9 1; 0.00000: 1.06000 p(X010 1,(1--", ?, O Co a) N N O a) HS5 f: 000000: 092010 a040A0 ¢92000 1111_. 1111__ _ - _. 1-1514 1 0:04040 1.9I4f 000004 1111-- CD = �- HS2 f, 000000 165600 000000 005606 _ 1111. - 1111._.. 87472015 F Irsio f o,aaoDa a.a�pD o.(>ooaa: usys>M - c" n (n o 1111.. _ HS6 I.. O.00CX10 047400. 000000 0.47400 _ _ ,..11_11-.1111_ ____..,..,. I IS16 1 4:46000' 2790(10: 0.00000` 1791101 a'. t?, a) N HS3 1?- 0.00000: 1.51060: 0:00000; 1.51000 1...111 >. _. 1111. _ 1111 _...-.._..._._ 1, .,,m,. .a a ` ....._ _...,....... 1111_ _._......_....I.... SPARE 1 '. HS11 1:, 0:00000 0.37000 O.O(J000 0.37 .__ _._.,,..,_t ___1 10 p a) >.t rn - 0.00000 0.00000 0'.00000 0{10000 _. -.: O Q a) -__ . _ 1111_-.., I1S16 I, 4:6com 139000; 0,00000; t38QOO ,, 1 LS4.... 1. 0.00000 1.51#300 O ODDDO 1.51000 --„, «) C H _._...... 1111._. 1', 1DO: .._.............._._. : ._1111__,1111,,,_ 1111 _. 1111.. -1111 1111_ _�_____..___.....�.._.-.. 'a.. - SPARE I: 0 000160;. 0 SPARE 1 ,0:00000 0 00000 O 00000 0100 M. . ,, b ._ a) E 0 0000-, 00010, {10004 <_._._____. ♦- . ....4 TOIAS 004000' 063000 Totals- 1111._ OOd000:: 7113000 _ v c t - on _-- 11111.__.______-___, 582W� N > Tf 30Atf s U c >. __......:... 1111 Totals 404004 1.55411 TCta1S _._ 004006 11"._,11. 23g...mm O c c >, „ - m rn ....11...11 .....:. ..11.11 ..... ..........11 �v ., __ -_.__...,____-_ ...... ...__._ M edr Room _. 1111. _?1111 ._- 1111._ 1111 B� Cori cion HrS f Czsrent AH : , trtfetlj t+C1A#t :;: IX v ._ O (a U Bat Calatal an; Hrs Cu rrert AH Batt _ 1111 .. ........ 1111.. 1111.___ tpry at 52tet3 13x81 q{AFi}, erY Sa<etY:._._._ Fae444k{1.:: 8ai Caioalot((� Rs iSarerd �H SafeT __�_ _ . .: aA } r= V a) Narsral _24},.._114000 096000..:...... Battery Calculation Hre ' Current , AH SaFetg - Batt Req{R(1} i�S T HalfRetlG f�rrxl ., _` 24 0.040M 0 96000__........� O) c N O 1111, __; __ Noma! 24' 4.D4DDo 196000 _ lam,-Leet As(u , ,V416-0,.;. a as '55 rn LL 1 Nmra! 24. 004000 0,96000- ___..__,. _ _ 1111 Atar T 5 mn p.06�1 7.D6A001 0.585151 O .- Aarm 5 mn 0.1836:. S 63014: 0.85129 1111.. § '.C1t8rLsO 3 L o 1111. ; i. Ab(rn.5m0. ir 0.08 : 1854{X):: :0.12898:: Alaml5mn ; 408311 2:390pD. 0.19837... : - U 'a O Q... .... Q Total Req(8fed 1.51029: 9.3161. 081235 Tda1 Reyasred 1.53515 1.2000' 11, { 1111.._ 5820>0.CTRLPanet 31215 `0,385 "0-, 4, �f I Trial Legated 1.08898! 1.20051 t3O678 Total Rer�Ered _ 1.158375 12000: €39404 S Leri: 2 i BSIEsv ............r- . . .... __ c 1111 t. (' -..,,._....__ ..,1111., _.-____..._,_ .. .,.1111. ._--1111_ ._ :,,, , Ptrotb Photo-T' 0.040 0}040 a Baiterr Supplied z 7.04 i : ., : .. 83t#erY s+>pPierl.... 2:..._ _,_,...___..... 7i _ I 1-111111 11-11 I'll- _........... .. __ _ _ _„_. _....... W _. 1111 la) Q tQO Op06 ;.: x -_. _ 1111_._ ; 1111, ,. , .._.. ._. . OD� 1002 1111, .... _„ _........ Heat Bed HF- " 0 ='. 1111. 1111.. .......... :; � . 1:111, - - , I -1 . . .. _.... Heat:ROR 1,1 DD DOOO 4k 1111.i _. - ,__. 1111 1111. _-. Ream EimmmI >, D ODQ 0000 Duct 1000 QOOI : w - I I- W W "W' Acclimate 0000 DLIDD * * M 5496NAC6BATTERY CALCULATION .......:..... ...:5Q NA{;tHA.. E CALCULATION _.. ._ - a ;x COntrd' ItODBi 0I'll108 DO 2 llAC5BATTERYCAt'a-LATIDN1. {Ontr(�6: 1110(10; Ot1DD . W _ -- 5496 NAC)9,BATTERY CALCULATION ......... lA .._..... . . ......_..__._..._....w._.. 1111. 1111 1111 ,,iPo Rel than 5)1}001 0 0 DO - Z 2 O . .«...,,w,...,.,...«.._.,_„___._._._ .___.M,___,_.W..�--,_.,_...... 1111_... 4 ........... ..T .. COMPONENT QTY. NDri) A Alam)A Norn-d Total, Alarm Total ...... 1111. 1111,,.:,:i......._,.....,. 4 ;... 1111 1111.: { F {� :1111.. ........... _. -, 1111. >- 1111 .: ,: ,, .. .-1111,., Z > OX}tiPONEI+tF 4TY: Normrai{A, AtarmfA} NDrmL�Trial : .Aiazm Trial _ ,, ,, ., to COtr1PONENF QTY_ Normal(A] Alarm(A) TJOnnai Trial : Alarm Tats Maalox MlrlrigR #15#10; D 010 - ,. W O - W J { l { 1 - Mainarc(xtBoatd' f: 4:440114€ 0.16000: 004D00' 0.16000 OX)MFDNEt T QTY. N(xmai{A, Atarm{A) . ISID(rDaFTdal Alam7da ManCiTait5lo d' 1 1i 004000' 0.16000' 0.03000: 0f6000 .... ..:1111.. _ e I-r lY) > t- J Li a n CSrc ut Board f' 0'04000 4.1611(10' 1.04000! 016100 M Min Circuit Board 1, O.OAOO4 0. 0 0.146400 a 1111_.. 1111, HS25 is 0.04000 0.3f604. 0(IDOOD, 0.31600 B 16000 03000 W W „ Q Q HS21: 1 0.0(HmO . 1.79300 060010: 179400 1111 �€ Da HS17 1'' 0.00000: 69OOfl..... 000004! .0.69000 ._.___............... .„_,._.,.,.._....__,,._..__ -1111., 1111 1111„W._____ ._.,._..,,, 1111_. ,Maatprl0 OLWO 0.900 a xx xx _._ 1111__. __._1-1-1--l- 1111_. ,._ 0 _ ......._. 7: 0 0. 040000'. 047 HSS g is 0.00000: 066300: 1.01004: 05640(} ' 0 O 7 X lY U X H5 6.... ....11... ........ _,.._...{10000. _...._47000 ..-.. 11522 1, 0.00000. 1.38000: 000000. 1:38000 - __.,_._... ......... ._.... .. :.................... f ., HSIS t: 0 093800 0 093546 1111., _.. _._. Pul1St. P111t DA 10011 1011 , 11 11, __,..001100, -_. _. H527 1: 600061: 1.11000. 0OQ= 111 SPARE 1111- 1111.._ 1.,,,,O. 000D;........._DOOODO 1111... (1000 ........ ._0100040. - H523 1 0.04000 1.79400: O.QODOO: 1.79400 HS19 9: 000000 0f 9000'; 00(1000 01101 „_, 1 1', 0: 0 A 00060: 3.68 Rel 1k3100 O ODD HS3 46001 68506 500 1111_ __"r.-­­,.__, _. HS28 1: 0:06400 0466400: 0000130 0.66400 .....1111 ,,., } - HS24 1 01111(1 ___i&51106: QCK)D00, 1.65000 .1..111_ 1111.._.. 1111._. -``11 111 _ ., _ -- 11 ,,a,,.- SPARE I. 001f)00 :.":(LOOM. _ 0.00000: 0-00000 1111 1111. 1111..,.___ _..._..,_..._ 1 HS32 11 0:00000: 02901 : 0 0:29000 Relay-6 %VDQ:- 0.000 m _......_. ...._..._ ..__.._.........,_._._......._...m._........ .. iii - "':, is -. p ........__ 1111... ... 1111 1111 1111_ _. .. ....._._._. Tdals:r 0040€101 272000 1..... 00060 Zane 000 DODO 0 f- ,. : Totalis ...11.1.......1 003011 6.77800 __.._:..:. 1111_.__.___ _.. _....._.. .....�...>�.<�.._. ....�::,_'---0.0 1111 -1111..::_ :: : - - ,_ . ' ;-.<. TUaI : 1111.. . 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Nommal{A,F A9arm{A3 : NornalTtai AtarrrTctal N(t)bcdtamA Circa! o QODO 0.100 D:OO°w ..,._..,,.,.,,_..._,..._...__. _.._._..,._ 1111,.1111 _..._..__-.�_._.__.... - _ -- ; F.f airTCeraaN Board i.. 1'.: 0.04000'. 4 160001 003IX10 01 - L: .� N t$r)ant 7' 4 O 0 Mal CUra&tBoard 1: 003000; 0#0006= 003000: 016000 _Js -i3 said ,;• 4ltCflaa 0. 4DOO: 0,1606 00,1000. .16000 n ------.-.-°------___^____. __._-__�,._ Nalfic�1 OrOuk DDOd 0.000 { �M 0.00 1i�533 1 p.p0000 -1.79FX10'` 0.000(10, l:. 1111 " 1111_ - ,:. 1111. _ m ..., r......... .. _...._._.._ 1.1- � O _,-.1111__._.________„_„ f f6d5 1 D OOOOO 1,79400 D OOODU l 1 0.00000: 05'"5300 0.DOt306: 0.55M IB41 Y 4100066; 066300,* 000060 0.6541. NotlScatlm A Urwf O.OQO 0 001 0.00 1„ :; ;: :0: ,. 0 1,t. tiS46__.. 1111;._-1111_ 1 40CH140 1.35006.... 100000 1:38._...:., 1111 -.:..>, ..,, : ,..":.... 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