Loading...
Plans (21) FPS2O19 -00009 1 RECEIVED �� 0 oN ,i4, OFFICE COPY cp-, • JAN 17 X019 � Lin CITY OF TIGARD ``_ tin oa REVIEWED FOR CODE COMPLIANCE CITY OF TIGARD Johnson BUILDING DIVISION QX AProve`�1 , C o UTC: ._+_,_ Controls Permit it: S�Q, C -9Q00 Q o a Address: ai a .s�,.,,� s p,r,h , .„,„ r1 In C DM suite #: Zs.�u �c) q, O BY: ti Date: -'i , �. 1 V 0., 0 ' 14-4 i7, .,,-2 . ,A., DRAWING INDEX LEGENDS I APPLICABLE CODES & STANDARDS JOHNSON CONTROLS CONTACTS N o�� JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE.CHECK WITH THE Sales Representative Drawings Prepared By LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS. FIRE ALARM SYMBOL LEGEND Oregon Structural Specialty Code,2014 Edition BRYAN K.ADAMS RONNY CONEJO ZUNIGA bryan.adamsOjci.com ronnyy.conejJo.zuniga@jci.com Oregon Fire Code,2014 Edition PHONE:+1503 683 9031 PHONE:913 6604415 SEAN MALLON SYMBOL DESCRIPTION BRAND MODEL BOX WIRE LICENSE #5189LEA CODE TYPE Oregon Mechanical Specialty Code,2014 Edition Drawings Reviewed By PANELS&ANNUNCIATORS JEFFRY JOHNSON EXPIRES 10/01/2020 Oregon Electrical$ ecial Code,2017 Edition4100 9111 ME jeffryjo:+1503 683 90 FACP EXISTING 4100ES FIRE ALARM CONTROL PANEL, 120 VAC SIMPLEX PHONE:+1503 683 9037 j"\ ' National Fire Alarm Code(NEPA 72),2013 Edition TPR# 4100ES TRANSPONDER FIRE ALARM TRANSPONDER SIMPLEX 4100-9600 MFG PANEL,120 VAC Sheet List Table COMM CELLULAR COMMUNICATOR DSC TL300CF MFG Sheet Number 1 Sheet Title General Information(FA-000 Series) DHPS DOOR HOLDER POWER SUPPLY ALTRONIX AL3000LX MFG FA-001 COVER SHEET Floorplans(FA-100 Series) FAA SERIAL LCD ANNUCIATOR SIMPLEX 4603-9101 60 B P FA-101 DEVICE PLACEMENT PLAN-LOWER LEVEL AREA Si 4003-9803 X FA-102 DEVICE PLACEMENT PLAN-LOWER LEVEL AREA S2 MIC REMOTE MICROPHONE ON 2 GANG PLATE SIMPLEX OCCUPANCY TYPE(S): SPRINKLER PROTECTION: FA-103 DEVICE PLACEMENT PLAN-MAIN LEVEL AREA N2 INITIATING DEVICES E Educational Group BUILDING IS FULLY SPRINKLED FA-104 DEVICE PLACEMENT PLAN-MAIN LEVEL AREA N1 4099-9004 4G M FA-105 DEVICE PLACEMENT PLAN-MAIN LEVEL AREA El ❑F MANUAL PULL STATION WITH INSTITUTIONAL COVER KIT SIMPLEX 2099-9828 lE FA-106 DEVICE PLACEMENT PLAN-MAIN LEVEL AREA S1 O ADDRESSABLE PHOTOELECTRIC SMOKE SENSOR WITH SIMPLEX 4098-9714 HEAD 4K M FA-107 DEVICE PLACEMENT PLAN-UPPER LEVEL AREA N2 STANDARD BASE 4098-9792 BASE 4R SCOPE 0 F WORK PROJECT DIRECTORY FA-108 DEVICE PLACEMENT PLAN-UPPER LEVEL AREA N1 4098-9733 HEAD 4A M O HEAT SENSOR WITH STANDARD BASE SIMPLEX 4098 9792 BASE 1B FA 109 DEVICE PLACEMENT PLAN UPPER LEVEL AREA 51 MODIFY EXISTING FIRE ALARM SYSTEM: UPDATE THE EXISTING 4100ES FIRE ALARM CONTROL PANEL BY ADDING AN AUDIO CONTROLLER CHANGING IT TO AN AUDIO Site Johnson Controls District-448 FA 110 DEVICE PLACEMENT PLAN UPPER LEVEL AREA 52 ADDRESSABLE DUCT SMOKE DETECTOR WITH RELAY 4098-9756 MOW M S SIMPLEX SYSTEM.INSTALL NEW TRANSPONDER IN NEW AREA BEING BUILT AND ADD NEW DEVICES AS SHOWN ON DRAWINGS. FA-111 DEVICE PLACEMENT PLAN-UPPER AUX LEVEL AREA Si OUTPUT P TIGARD HS MODERNIZATION MODULES&RELAYS ALL NEW WIRING TO BE CLASS B. 9000 SW DURHAM RD 6305 SW ROSEWOOD ST,SUITE A FA 112 DEVICE PLACEMENT PLAN UPPER AUX LEVEL AREA S2 TIGARD,OR 97224-5499 LAKE OSWEGO,OR 97035 FA 113 DEVICE PLACEMENT PLAN ROOF LEVEL AREA N2 0 ENCAPSULATED RELAY SIMPLEX 4098-9843 10 R THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE PHONE: 503-683-9000 Risers(FA-200 Series) FAX: 503-675-6521 4090-9001 1F M CONTRACTOR'S RESPONSIBILITY TO COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. SERVICE:503-683-9001 FA-201 RISER DIAGRAM ® INDMDUAL ADDRESSABLE MODULE SIMPLEX Z FA-202 RISER DIAGRAM 4090-9002 4H M Installer Panel Details(FA 500 Series) 4131 RELAY IAM SIMPLEX R FA-501 PANEL DETAIL TPR/ TRACK MOUNTED SINGLE RELAY SPDT W/ENCLOSURE, 2088-9008 TRM R PRAIRIE ELECTRIC FA-502 PANEL DETAIL EXISTING FACP ® APOLLO AMERICA INC MR-101/C SIMPLEX 6000 NE 88TH STREET VANCOUVER,WA 98665-0980 Calculations(FA-600 Series) I NOTIFICATION APPLIANCES ** TAP ALL SPEAKERS AT 70.7 VOLTS ** FA-601 CALCULATIONS AND SCHEDULES )2� # ADDRESSABLE STROBE,CEILING MOUNT,APPLIANCE 49VO-APPLC lA A FA-602 CALCULATIONS AND SCHEDULES •`-{ ONLY,CLEAR LENS SIMPLEX 4A FA-603 CALCULATIONS AND SCHEDULES #W NZ. # ADDRESSABLE SPEAKER/STROBE,CEILING MOUNT, 49SV-APPLC 40 A FA-604 CALCULATIONS AND SCHEDULES C APPLIANCE ONLY,CLEAR LENS SIMPLEX S Owner Typical Details(FA-700 Series) #W # ADDRESSABLE SPEAKER/STROBE,CEILING MOUNT, SIMPLEX 49SVH-APPLC-0 4D A TIGARD TUALATIN SCHOOL DISTRIC FA-701 WIRING TYPICALS wp APPLIANCE ONLY,CLEAR LENS,WEATHERPROOF 49SVC-CWFIRE-O S 6960 SW SANDBURG ST. #W 4950-APPLC 4D A TIGARD,OR 97223-8039 FA-702 WIRING TYPICALS SPEAKER ONLY,ADDRESSABLE CEILING MOUNT SIMPLEX S C 4 ADDRESSABLE STROBE,WALL MOUNT,APPLIANCE ONLY, 49V0-APPLW 1A A CLEAR LENS SIMPLEX 4A #W # APPLIANCE BONLYECLEARS ENSBE,WALL MOUNT, SIMPLEX 49$V APPLW 4D s ABBREVIATIONS LEGEND DEVICE TAG LEGEND #W 49SO-APPLW 4D A Z SPEAKER ONLY,ADDRESSABLE WALL MOUNT SIMPLEX AC = ABOVE CEILING NDU = NETWORK DISPLAY UNIT LL S AFF = ABOVE FINISHED FLOOR NEC = NATIONAL ELECTRIC CODE PANEL DESIGNATOR 0 MISCELLANEOUSDEVICES AHJ = AUTHORITY HAVING JURISDICTION NEPA = NATIONAL FIRE PROTECTION ASSOCIATION •• FA:= FACP(NON-NETWORK) ily '" DTK 120HW ALM = ALARM NIC = NOT IN CONTRACT • #:= NODE NUMBER SSP OVERVOLTAGE SUPPRESSOR DITEK ANN = ANNUNCIATOR NPU = NETWORK PROCESSING UNIT • T#:=TRANSPONDER NUMBERFE- BMS = BUILDING MANAGEMENT SYSTEM NTS = NOT TO SCALE #:T#= NODE:TRANSPONDER NUMBER a BY OTHERS FBO Z C = CEILING MOUNTED PAP = PRE-ACTION PANEL VS TAMPER SWITCH BY OTHERS CD = CANDELA RATING RC = EXISTING TO REMOVE AND COVER 1 N#: NAC EXTENDER NUMBER 7-6 DET = ETECTOR RD = EXISTING DEVICE TO BE RELOCATED CIRCUIT DESIGNATOR WF WATERFLOW SWITCH BY OTHERS BY OTHERS FBO Z DGP = DATA GATHERING PANEL RL = RELOCATED DEVICE • A#:#= EPS1 NUMBER:IDNAC2 CHANNEL NUMBER �� E = EXISTING TO REMAIN RR - REMOVE EXISTING&REPLACE WITH NEW • D#= DOOR HOLDER CIRCUIT NUMBER Z ® REMOTE TEST STATION W/LED AND KEY SWITCH SIMPLEX 2098-9806 EOL = END OF LINE SCC = STATUS COMMAND CENTER • F#= FIRE PHONE CIRCUIT �/ 12 EPO =EMERGENCY POWER OFF SLC = SIGNALING LINE CIRCUIT • H#=AUDIBLE(HORN)CIRCUIT NUMBER `i © FIRE SMOKE DAMPER BY OTHERS BY OTHERS FBO Z FAA = FIRE ALARM ANNUNCIATOR SMK = SMOKE • M#=IDNET LOOP NUMBER LL' FACP =FIRE ALARM CONTROL PANEL SUPV = SUPERVISORY • P#= POWER CIRCUIT NUMBER FATC =FIRE ALARM TERMINAL CABINET TAC = TRUEALERT ADDRESSABLE CONTROLLER 0 Z • S#=SPEAKER CIRCUIT NUMBER a -NW 6. END-OF-LINE RESISTOR 6.8K(EOL) SIMPLEX 4081 9004 FBO = FURNISHED BY OTHERS TRBL = TROUBLE 0 FCC = FIRE COMMAND CENTER TS = TAMPER SWITCH 8K • V#=VISUAL CIRCUIT NUMBER 0 H 2 DH DOOR HOLDER RSG/AAMES DH24120FPC D FSD = FIRE SMOKE DAMPER TYP - TYPICAL •• Z#=ZONE NUMBER Q Cn 73 FTR = FIRE ALARM TRANSPONDER UON = UNLESS OTHERWISE NOTED DEVICE NUMBER c,,, H = HIGH HUMIDITY VCC = VOICE COMMAND CENTER BRANCH/ISOLATED LOOP DESIGNATOR: Fa 0 0 CONDUIT RISER TO FLOOR ABOVE NONE N/A N/A N/A HT = HEIGHT VT = VALVE TAMPER • (L#)=IDNET ISOLATED LOOP NUMBER Z Ce LSA HVAC = HEATING VENTILATION&AIR CONDITIONING W = WATTAGE • (#)=IDNAC BRANCH NUMBER CeCC • • CONDUIT RISER FROM FLOOR BELOW NONELUG N/A N/A N/A IMS = INFORMATION MANAGEMENT SYSTEM W/ = WITH • (E#:#) = EPR3 NUMBER:BRANCH NUMBER L zr MAX = MAXIMUM W/O = WITHOUT 0 Q N ��r� �� 1.EPS= ENHANCED POWER SUPPLY 0 = N/A N/A N/A MIN = MINIMUM WF = WATERFLOW 1:T2:A2:1 E1:1 2.IDNAC=ADDRESSABLE NOTIFICATION CIRUICT t CONDUIT RISER TO FLOOR ABOVE AND BELOW NONE N/A = NOT APPLICABLE WP = WEATHERPROOF CC cc C1 NAC = NOTIFICATION APPLIANCE CIRCUIT XP = EXPLOSION PROOF 3.EPR= ENHANCED POWER REPEATER Q G = Ce BACKBOX CODES = p CODE BOX SPECIFICATIONS CODE BOX SPECIFICATIONS E 4A 4"SQ.BOX 11/2"DEEP ID SINGLE GANG BOX 2 1/8'DEEP W/COVER SYSTEM S E U E N C E OF OPERATIONS 0 cc 4D ,4"SQ.BOX 2 1/8"DEEP 1E SINGLE GANG BOX 2 1/2"DEEP Q 4G '4"SQ.BOX 2 1/8"DEEP W/SINGLE GANG COVER 1F SINGLE GANG BOX 2 1/2"DEEP W/COVER a 4H '4"SQ.BOX 21/8"DEEP W/TWO GANG COVER 6D 6 GANG BOX 3 1/2"DEEP I 4K ''4"OCT.BOX 11/2"DEEP FB0 'FURNISHED BY OTHERS CTRL UNIT ANNUNCIATION NOTIFICATION - FIRE SAFETY CONTROL i 4R 4' SQ.BOX 11/2"DEEP W/RACO 787 OR EQUIV. MFG SUPPLIED BY MANUFACTURER 1A 'SINGLE GANG BOX 1112"DEEP MOW!MOUNTS TO DUCTWORK , -75 /f W 1B I$INGLE GANG BOX 2"DEEP TRM 3.5"WIDE SNAP TRACK W/MOUNTING SCREWS •/ / p�/ �' i F / F/ FOR ADDITIONAL BACK BOX OPTIONS,REFER TO THE XX 700 SERIES DRAWINGS OR PRODUCT DATA SHEETS AND t$� Off/ ;" '�O O� / / Off' a� Q �P P4.�,,!-",/ /�,c INSTALLATION INSTRUCTIONS. < tib; ICS �O AN5(�-' 7-/C,. / # C45 QAC PN Q� ��� SLP `n�P�0, C,."� / �� �' J ti V O S V o ., 4 � c-, v A� 7,<3. `.• • \,'.. JP `P 5 0c' ` v°/ ` \' S" '' / / /. c, �� �� ��.� J ��� O � Q0 \,. 43,4•V po�4kc QPi // �i ° 5 P,P �� 4/DP <c�\�,B �Q4F� )/ `` Ak` �pti �oc .<(-- Q / `0P+✓ OS0- Q, �cJ & �� �� . � ; • Oc , , OOti , ` ( � e�/'*/'v.,• '. '�� , I ! / '\k' '\k' �� 4 / ' 4, •\<, sV. -k � �,. �?/,.O ,C) 6,, . , / j SQ '�:OC . ��P �� ���PG � �� �P � �/ ' C� �Q `�P _/ p � � t p �C 0 FIRE ALARM WIRE LIST ACCEPTABLE CABLE TYPES °C SYSTEM INPUTS � C� �� � � � � QQ `P P PP P P P O �� � / A B CIDIEIF G H I J K - 1_ M N 0 ! P QIRISITUIV WXY Z AAIABIACIADIAEAFIAGIAHIAIIAJ REMARKS • 1 • I 1§ 1 SMOKE SENSOR/DETECTOR • • ! I ' • • • • • I ! • I I Q CIRCUIT DESCRIPTION CONSTRUCTION GAUGE CIRCUIT PROPERTIES -J a = LL . .� 2 MANUAL PULL STATION • j • 1 I i I • • • • • I I I I. I ': i I I I I i • 2 1 • • • • • I I +; 1 • } 60 f/ft.MAX CAPACITANCE;3 u ~ ~ u 3 HEAT SENSOR/DETECTOR • 3 • I 1 i I ! I I 1 • ! ! I • 3 P 4 DUCT SENSOR/DETECTOR I • , • I I • ! 1 I I • 1 • I 1 • 4 A ADDRESSABLE NOTIFICATION UTP STRANDED 14 AWG X X o twists/ft.RECOMMENDED 5 MAIN FLR ELEV.LOBBY SMOKE DETECTOR • • I I I • • I • ! • • . I I • I • , • ! I I ! ! I I • I • ! I • 5 a 60pf/ft.MAX CAPACITANCE;3 6 ELEVATOR LOBBY SMOKE DETECTORS(EXC.MAIN FLR.) • 1 • I I I H • 1 • f • • I I • I • I I 1 ! • 1 I I I I I 1 . 1 . 1 I • 6 B RUI+ COMMUNICATION UTP SOLID 18 AWG X X s twists/ft.RECOMMENDED 7 ELEVATOR MECH.ROOM HEAT DETECTOR • '': • 1 1 ! I • • ( • . • • ! I • ! 1 I I I ! I l I I I • 7 8 ELEVATOR MECH.ROOM SMOKE DETECTOR • ' • 1 I I I I . •• I •• •I • • I i •1 • •! • l ! •• ! I 1 I I 1 I ' • • I 1 •• 8 z D DOOR HOLDER TP SOLID 14 AWG X X X ! 1 0 9 ELEVATOR SHAFT HEAT DETECTOR • 1 . 1 1 I I • • 1 . 1 1 • • I 1 " I 1 • I I I I I ! I ! I • 9 GENERAL NOTES K REMOTE TEST SWITCH/LED (2)2 COND.SOLID 14 AWG X X X 10 ELEVATOR SHAFT SMOKE DETECTOR • 1 • I • • 1 • I I I • I . 1 € • I 1 ! I 1 I I I • i • I I • 10 a 11 ELEVATOR POWER MONITOR 1 I • I • I • ! • • 1 I ! I I I ! 1 I 11 0 1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT&FIELD DEVICES.EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN M IDNET UTP SOLID 18 AWG X X 12 T ATERFLO SWITCH • I • I I • • I • ! ! • • I I 1 ! • 1 I I 1 I , I 1 ! • 12 13 TAMPER SWITCH 1 I . 1 • ! • I 1 • I i • I 1 I I 1 ! I I I ! 1 1 . . • 13 THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDTT]ONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. 14 FIRE ALARM AC POWER FAILURE • • 1 I • ' I • ( I ! • I 1 • 1 i I 1 I I • 14 v 2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK P POWER 2 COND.SOLID 14 AWG X X X ' ' ! I I I ! ' I • 15 OPEN CIRCUIT OR GROUND FAULT I j ! • • • ! I • ! I ; I 1 ! 15 SHOWN,THE CONTRACTOR SHALL CONTACT JOHNSON CONTROLS IN A TIMELY MANNER SO AS NOT TO IMPAIR THE CONSTRUCTION SCHEDULE. ; i i 0 16 FIRE ALARM SYSTEM LOW BATTERY ; 1 I i • • i . • 1 • 1 I I I I I I ? 16 a 3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO R RELAY 2 COND.SOLID 14 AWG X X X 17 CLASS B NOTIFICATION CIRCUIT(NAC)-SHORT i I I I • • I I I • ' • ! I ' j 1 I I I I • i • 17 ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE.ALL CHANGES SHALL BE 18 j ! ! ( I ! I I ! ! ? I 1 1 18 30pf/ft.MAX CAPACITANCEI i CLEARLY INDICATED ON THE RECORD DRAWINGS. S AUDIO UTP SOLID 18 AWG X X 19 1. i i I ! I ! I ! I l ! I I I I I I I I 19 a iu a RECOMMENDED 4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION. i i I ! 3 t 0 5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V,20A BRANCH CIRCUIT BREAKER,ANDLOW CAPACITANCE CABLE MAY BE 20 ! i I I i I ! i 1 I 1 1 ; 20 o Sd DIGITAL AUDIO RISER UTP SOLID 18 AWG REQUIRED X X 21 i I I I ! [ i I ' ! ! I I 1 1 i I i 21 SHALL HAVE A RED MARKING,LOCK ON PROVISION AND SHALL BE IDENTIFIED AS"FIRE ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT Q 22 • ' ! I ! • ! 1 I I I • 1 ( I I I 1 ! I 22 o DISCONNECT MEANS(CIRCUIT BREAKER)SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. X REMOTE MICROPHONE TSP SOLID 18 AWG X X 23 I i i I I I I I , I I i 1 1 1 23 DI M NI 6. UPDATE THE AS BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS BUILT DRAWING SET TO JOHNSON CONTROLS NO LATER THAN 7 24 • I ! i • I ! I ! I I i i i I 24 PAYS AFTER FINAL TEST. i ! Z ZONE(IOC) 2 GOND.SOLID lb AWG X X X 25 I l •I f I I I 1 ! r 25 d 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER. 26 i 1 I I 1 j i I 1 1 I I I I ! 26 z 8. DO NOT APPLY POWER EXCEPT W THE PRESENCE OF A FACTORY TRAINED JOHNSON CONTROLS TECHNICAL REPRESENTATIVE. I CONDUIT SIZE MAX CONDUCT/R AREA CONDUIT SIZE MAX CONDUCTOR AREA NOTES 27 i I I ( I I I I I 27 9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE 1/2" fl.12 5Q]NCH 1 1/4" 0.60$Q INCH 4D/o FILL PER N.E.C. ! 1' I 28 DRAWN BY: R.CONEJO N /2" 0.82 SQ]NCH* SUBSCRIPT" 28 ! I ! I I I I I I i i i 3 ALARMS DUE TO DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER. 3/4" 0.21 SQ INCH* 1-1 * u .UNSHIELDED CABLES MIXED WITH 29 i i 1 I j ; I i I 29 CHECKED BY: J.JOHNSON 3 10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL,CEILING,AND ROOF ASSEMBLIES ANY TIME THAT WORK IS 1 0.34 SQ INCH 2 1.34 SQ INCH SHIELDED CABLES OF SAME CIRCUIT DESIGNATION. 30 • • ! ! I I ! • I I I I I 1 30 ISSUE DATE: 11/7118 NOT ACTIVELY BEING PERFORMED. **OUTDOOR AERIAL CABLE REQUIRES MESSENGER 31 i I I I I I I 1 31 I ; l JOB#: 11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER LIMITED FIELD ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM 32 1 I I I I I ( I I ( I I 1 I I I 32 WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL INSTALLATION.THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL ; I i I I ! PROJECT#: 448:609109801 AIB , C ! DI EI FIG HI I 'I IK1 LIMINiO P Q , RIS ! T , U ! V WIX Y Z , AAIABIAC ,ADAE AF ,AG ' AHAI AJ JOHN50NCONTROLSC2018 CODES.REFER TO'APPLICABLE CODES&STANDARDS'FOR SPECIFIC CODE REFERENCES. THAT MEETS OR EXCEEDS THE ABOVE REQUIREMENTS,RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES. UPON REQUEST. SYSTEM: 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN ACCORDANCE FIRE ALARM SYSTEM WITH APPLICABLE ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE. 14 FIRE ALARM CABLE INSTALLED IN DUCTS,PLENUM,AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP, SHEET: 15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL RUNS IN SHAFTS SHALL BE TYPE FPLR. 16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS. 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE ELECTRICAL VALIDITY OF PERMIT COVER SHEET CODES,WHERE APPLICABLE, THE ISSUANCE OF A PERMIT 18. ALL WIRING,INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. BASED ON CONSTRUCTION N 19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE, DOCUMENTS AND OTHER PLEASE PROVIDE N 20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT. DATA SHALL NOT PREVENT COMPLETED NEPA 72 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. THE CODE OFFICIAL FROM RECORD OF a 22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS. REQUIRING THE CORRECTION 23. EXISTING CONDUITS MAYBE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY;HOWEVER,ANY EXISTING CONDUIT WILL BE USED OF ERRORS.OSSC 105.4 COMPLETION AT ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES.JOHNSON CONTROLS MAKES NO STATEMENTS WRITTEN OR VERBAL AS TO THE FINAL INSPECTION FA-001 CONDITION OF EXISTING CONDUITS. m J. ..-...1. -1 A. ._ Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall beat the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. 4 GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. `��/. 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. o ry 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY rn LD SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION. ``_ 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON in a ADDRESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION z INSTRUCTIONS FOR MORE INFORMATION. O o Q a KEYNOTES: 0 ¢ DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, in C <> REFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C N o SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT O o LOCATION ON SITE, = U ce 11o f S t ti ADDRESSABLE MODULES FOR ELEVATOR CONTROL INTERFACE,REFER TO FA 200 SERIES o -"'- t S S2 (53 { S4 f ��� �` /' � r ��/` ��j (Si+. r 2 (RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO SEE POINT TYPES AND �1 a o v / `` ~` '� �'"'' i �`� O DESCRIPTIONS FOR THE ADDRESSABLE MODULES.VERIFY EXACT LOCATION ON SITE. I- o Y 5 I I ! I I I I =TAIR 04 W00IA MACHINER.....O..... OM ! . SEAN MALLON • € — W001 B LICENSE #5189LEA I G I ------ ! EXPIRES 10/0112020 <2> ____ _ 1 I - __.==....:.:..:: : ...... ii:Mi SU5Ii1 IiMfitUb(LL): -i._._� -._.._ _.._......._._._._.___ r iii _ • ' T1. 1107(I � [\ �� I i I 1 . T1:M1-104(L2) avoc�u►o► 1 ' I liIl l ! ` I T5A,45103(L2) ►ka© I 6.8K € T1:M11b8(�2) I i RISER UP TO 8 T1;M1 109J1 ` ); TPRlIN „� j L VAT - �' ! I ! I I I . MAIN LVL ��'1 I1 ® D ,� SRO A101 .. R� R O10K 1 K • �K W3 1 T1:M1 110(L2) ©R Rt> -- 1 I I �' I ! 1 T1:M1 L2)• i II TO TPRI IN MAIN LVL . . T1:A3:1-1(1) •1 p. j I l li I1 SRO A101 IA15W A'S C T1:M1-112(L2) - °I ! I - --- --- - -._.._ _._. _______ ! - IAIl \ 15 1:! lil , • OFFICE _OFFICE ! y! ,' - / j W003 �-' � W002 I STORAGE I e I i _ E 3 W003A 11 li I ' C ! II ! / I 1 111 ) I ' SC - _ - -- - ! - , - _ - I - - - - - - - - _ y - I - _ } TO TPR11N MAIN LVL T1:5'•1 i ` I S Y w ! TO TPR1 IN SRO A101 T1:A3-2(1) - ---• J' MAIN LVL Ti:A2:3 1(1) S 15 W T1:A2 3 3(1) ISRO A101 15 J.r lel c • 15 ! f ! I, I3 A — I A ni 3 T : f i i � . �. _..__.__._.__._____._._-. _.-- ....._ _. -_• _ -- _.___-: 1 PE TEACHERS � ___. I 00 WOb4B W00 C im 1 i r 1 i ` I_ I LL -� , I = 1 _-- -- _______ ,----• _ 5W I r i _ r i _ I -t- i --- _. fICC p A I I 721 ]iEl C o i - r _ ____ _ ................... ; • I L W04 1 f I I T1:S7 3 T1:S7 2 T1:A3:1 4(1) \ I ! I _._._._ _- __-_. _............... -- - - _ .. ... ....._ 3 5 1) \ T1:A2:3 4(1) ! AS 1: ril 1W a _ / T1:58-10 - - - - _.._._...__ _ _ 0 iij. \ 30 W ii i — — — i T1:A3 1 h1 1 - - - , 111• I. ; 75 I `S E i - _ I - I' 110 O' - - - _-- - - ..:. J 31 ISI C :- I�� C -r - S C' �J G a, A, t �`_i ! 1W I ! ! ! '� ,' • i -�-' - I it \ Q z 1I -- _ -�� _.�--_ - - __ 1 �/ TOILETS o } pu I oao Q v, • . [ 2 t A ci at ! ! I ! \ I n 'I I ! DC Ln AUX GYM „ A,s LA '�� _ Q N I 1 .. II N o = n w • I '� W005 ! 'I I A'S • DC ON fD CC ` . LA t=1 • Z �/ \� 1 /' i ,ii ,i C� i ICE opo i I I '; '; / ! i' SHOWER ! LA t-J ) I ' r, .i T158 5 I V a o a IT1SB 9 it `f TI:A3:1-5(1) 11 ! W004E �It .. l� — T1:A3:1-10{1) I I i ! 1 i 1W ,. T1:57 4 I - - - 1W I CORR T1:A2:3-6(1). __17:57-� I r..r O r-4 l O 1 SFS _ - 5 - - I - - - - - p� - - 5W - - - n {�, ! � ASF c� o ; p o ! o ',� a i 3i WOOC)A IA 30 S C • (��135 : • • ` ._.._._._.._.__...............I ._ U-- -� =-�� moi_`-+L:, • fl Al \ A li• U L I = I 3 1 O AS WP I N LL I I r I r I i --- - - = 5W 2: 11 I ) ! I 1 J �. ` I j 1 15 i I i \ ' • �` ��� I i I I �• A,S I // �� i A,S/ !\, � ! , i ! �� ' sz... , ..4 i II ii \ il : 1 ! „,____,__-. _.-..1-",--. '”— i% ` Il' ! is J h ! f �1.1 •1 I ! I ! f 1 ,__. I r T1:S8 8 II �.:= T1.A3.1- z �� • 91 O / ) t..; I lt 1 - ~ ` �` -- ..----- -- - _.._.� _ _ _._.-._ _._.. -_ ._�� -,.....,.._..-.-_� --__... ._...._ ._._._ - _._. .-.__--- T1:58 6 _.. .---' - C -_.......... ........... ... ------__ .... .-' - --..� _ r -'-_--- - / I I I. 1 ply _.__ _ E 1W SG SG I T1:A3:1-61 Fib I I , I TEAM LOCKER I \`__ .� 1 W004N Ti s7 7 Ti:S7 8 T1.A2.3 91 :s 6 I O '1 - ! : i � � -° � -t ._....... - -_ +� Ti�A2� 0(1) 5W TiTl-A2� 8(1) o -- - - - - . rt r K y. I . I 5W �S 5W _.._._.__ p -- ---- _ A fi- - ... 75 75 - 75 t 1 T - - r— A r... - �- — „� Cril C a ii 1C f d ._ • - - AS ' �i 1 _ i _ I I U r` - • ret I H � f j i5 __ , - I- UNIFORM Y1ss 7 �'-� T1:A3:1-8(1) � , T1.A3:1-7(1) 1 TEAM LOCKER �`__.f I 30 STORAGE , 1W I "' 11 1 ti._ 110 ' 1 /004. ! a r4 i W006 IR TEAM LOCKER I '" A .u W004G I I:1Lu cc '00y i ` _ I I � iffi. 2--- „...-_,,,\ E - .1 i J TEAM LOCKER -- TOILETS �, SH�` ER r1:A2:3 12(1) C MEN r---_-_ ----.- _ - 1111' W0�'7C 5W1 A W014 KEYPLAN E MATCHLINE(FA-101) - Om - - - - ' - Y i - - i - - ! - iim - L ;r ( �� MATCHLINE(FA 101) DRAWN BY: R.CONEJO AIR '11 , WU07G ` -` W007D m! - rrr. �. .. -m1 m ,,,, _ • EN m - EN o lu- . ,:: - MI - IN NM - CHECKED BY: J.JOHNSON MATCHLINE(FA-102) MATCHLINE(FA-102) ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS©2018 SYSTEM: N2 1\11 FIRE ALARM SYSTEM SHEET: 1111 E 1DEVICE PLACEMENT E2 PLAN-LOWER LEVEL AREA S1 . (.4.. N iN w S2 DEVICE PLACEMENT PLAN-LOWER LEVEL AREA Si ....d) v SCALE: 1/8” = 1'-0" SCALE:118" = 1' 0" IN FEET FA-101 X _ 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall beat the sole risk of the user. This information may not be sold or transferred to any third parry,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. MATCHLINE(FA-101) I 1 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. MATCHLINE{FA-101} ! ( ! `� 1mi m T ' ` ' rt ..I. .'., • ' Ii 1 I 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70 7V SETTING MATCHL[NE(FA lb2) 5W T1.A2:3-23(2) - 5W S�� � • y T1:A2:3 13 ) -• I 4 ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY �� I 75p..c..........,...............,T1:57-15 } A T_A2_20{24 / q MATCHLIN {FA 102) j SETTING OF"FACP"UNLfSS OTHERWISE DIRECTED BY THE AUTHORITY HAVING ��WOOF A q TO TPRI IN MAIC LVL I E I. LT1 A2:3 22{2) 3b : I I __WP T1:57-14 SRO A101 \ 15 i 15 I JURISDICTION m A S� F1.A2.3 212 1 11 I a o I A 1 I I I 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON IA manummin [ MAhM�I I �' ' ADDRESSABLE A/V DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION w 0 I i l 1 / I LOCKER. T1:57-11 ( A I INSTRUCTIONS FOR MORE INFORMATION. LL I: A 5� r �; ?:.:__I hi, �� w T1:A2:3 26 2) C�i G o a OO I•I 25W I 1 I `I , I I1 1 I KEYNOTES: ` a l 15 1 T1:A2:3 I4(1) L. . .. _.._ li i T1:S7-16 j / C , �. 30 DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, I/l 1 T1:A2:3 24(2) I / € I I I C =Y; 5W OMEN I93 1 1 REFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C v).=:.0 \ / I I I I O SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT 0 o O-, I 75 S� �O,y-/ �� Q O� 1 / S A PHASE 2 LOCATION ON SITE. w o �7 r i i E — - ! i — — — — - i i_i r - — i . — - — - S — — — - .. - - - - - - - f i.-.�--♦ -,— —— — — — — ! — — — — ■ — — — — I 1 � Q O _ = c -TEAM-LOCKER-{ER- ( l._. _--- - - [ / - (sL ,,� :, I T1:S7 13 Tl:S7 12 ,� PHASE 1 I � O VERIFY EXACT LOCATION ON SITE. O ce o I WOO7H 1 T5A2:3 29(2} BOYS LOCKERS 5w 2:3 z8(2) '`/ T1:A2:3 2715 • • IL.,-..L.,, r , W I I I L _—_.__.-� w 35 V Y V 0 f I w : I .-+ m w i , I 1 75 y I I I a ��� 1 ( ( A S I •� C �•� C A • • iI 1 I 3 T1:S7 17 l �' ' w ` \ 5 �, I • I • T1:A2:3 25(2) // 11 PE TEACHERS _ _ - - � I } I I - - I I 75W WOO7A ' 1 1 STAIR O55 t 1' I I • ' SEAN MALLON IC 1, I ---- * TO TPR1 IN MAIN LVL STO5-Q 1 I• I ! I 0 l ISRO A101 �- LICENSE #5189LEA L TEAM LOCKER I A,s 1 1 /----1 ii I I EXPIRES 10/0112020 ! WOO7J ! - _ _ _ -- • — T1:510-1 ------L - PHASE 2 T1:A2:1 - .. .I I' - - I 1 : I . PHASE 1 ........ Tl 510 2 I �i I I .....-.._.._..__ _ I I 'Ll I 5W G !� 1 nslo ��� I5 ELEC. --I—..,— --mol. ,- - „._____ rb OFFICE ! ,'` I I 7, \ (• .. 5W 2:1 20(2) A$ 1aK TSW 2:1 19(2) A 5 C I S001 I CERAMICS 15 `�' �' CC►RR 15 SOO2 002AV I %- I I I UVOOOC • ! I _ I _ ! C .R 1 L. _ C I 1 1 ! TIMI. ...._ ......._______,,..._ -41(L1)- K •.O \ I I T1:510.5 ` .I • , , R \/ I 5W2:1 22(2) ArS�I T1:A21 23(2) . t. I I ? ! I ) .. r)( r_,..41, __._ —- TORS - I I ' R \ i FETING ROOM ]] O I I 7� I R 75 �� 5002: j I V--V T1:A3:1-19 2 1 - �•� a I `\JU.I I1,-DA,S TlS9-3 AS I C I C � - . I I I 1 W012 i II I I BOILER ROOM .SW f I I T1:59 4 75 I I I . I I I i T1:A3:1 20(2) € I W010 1 i 717.7" .SIN MAIN t ,4 I I Hil 25W RO A101 I I I 1 I I 15 --- - I q 5 I j .i/ \ II ( 1, i�,l i _ I•I 1 !) A,S I 1 • r1:S91 - i T1:59-5 C T1:59-2 • _ -3 1 T1:A3:1 21(2) AS 1' .. T1.A3:1 1$(2) , T1:A3:1 17(2) : -- r Y`� - , Ilo AS € 1' I .5W % € 3 I 25W ' 25W 1 �$ { € -- I i ` f I �E • �_ ` w _. • w30 w30 ? \ r - r � . I i 1 : , i C � ... C _ 1 ' - I _ �, • ________T____.„=._____ -__-----•- :: �1.M1-42(Ll �.NS C ` ! T1.510-t" -'; ., �` . . -� I•Il I IL.: f5 O` Y1:I143(Ll iv-NS 6.8K A S T1:A2:1 21(2) 1 T1:510-7 =_ ', I _ _- 1 I -44(Ll S .BK 15W • [ Ti .1 2 O AS 42 I i 1 -.. i T1I�1 hJV I 1 - 1 T1:141-45(L1 ' M/VS6'$K I ��� I RA 15 '- TRAINING I OFFICE • ` I Til 6.8K DRY TEAM DRY TEAM I c CORR -' C I I Tl f1-46(L1 ' M VS�llllr 1' ; CORR \ f- _. _ I .y' 6.$K ROOM 1 ROOM 2 °IS000B W011 i „�• �Y� I I l _I T1:r�1-47(Ll tiws'W16 € 1 5000A i I I I _._.__._.__._._._, - �I I W011A _ I >. T1 MI-48(L1 . h .NF WrBK W009 W008 1 • �' - - `[ '- I - I r I ;-I - - - - TI:M149(Ll / ►F .8KI - — - - r� - - - t • • . i T 11 �...- _ - - - (s 0 1 i 6.8K I f 'r ji A,S I -r . L. I 1 1, — I l • • L • I 'w I 1 aM I : I \„ �_ A s LEAN RO _Ul fi'fi j SOO4A I ENGINEERING I • • RK 1 1 ! II 1 _ 1 - \ -MUA' I 5004 • ©R r 1 ; T1:M1 52(L1) 11 T1:510 10 T1:5109 I T1:S10-8 1 [ E T1:A2:1 27(2) T1:A2:1 26(2) I I 11€ " I 5W 25W, "1- , A5 5W2:125(2) I / • I I j i �' l I` IT CLASSROOM I��75 1: I:' 30 • I:, 75 L-,..-._ T1:59-7 T1:S9 6 I I 11 -- AS C I C .- _ -r---m --�; I T1:A3:1-23(2) T1:A3:1 22(2) 1 ;, 5003 I C ; ' -6 -- I • I 1W AUTOSHOP 1W II I �q�g�,I 1' MINIM , ---- !i'•b111 p 75 5007 I�1 75 1 j E lI 1 I EXTERIOR STOR c C I ; E' I _.-... ......._-.-.-.- AIS ..A f - --7 1 I L 150O7B 1 /; • • A,S - I o ar, A S iIII _. A,S t� I SJ a a N 1 I II 1 — ` I 0 Z _ /.,...-''4 T1:59-8 T1:59-9 ;I I I I �/ T1:A3:1 24(2) I 11:A3:1-25(2) hi illi■ 1W 'ifI I LU It•! �5 1�1 C5/ I 1W ) I I Z ._.._._ - ;I , p-A : � 01 ....................... . ............................................ ................................................................... ... ... . ............... ..... LASSROOM I• 15W i I -r� I I lOK Imo ! I La !Trr5007AII IIIT ' • 3 �0 LIRO COMPRESSOR 111 I„,, IL_ , -: al _7 - . 1M15 ( J I ` �� �` r2 cc al - ... ©RT0 L1 I 1w ` I - I --RC�aM I I E• r4 u 10K ��..�_ �� GSC o ; • ' SOO6A I I I _ 1- �. 1 1 ��• I ~�YJ�� a �. L _ - - TO EI � r:l I I QRT1M1 51(L1) • �. M_-” t I t/f ce I 1 ]S RAG I I �''' - STORAGE - - . .-- - - - - J i _ - ! ' aoa • I 50058 I ' I //�� t r.._ ____I-1 I r T1:59 10 �-- - -__ 1 I �---"� - �� J Loo 6 I T1A3:126{2) I 1..-._ _ �------ -; HEAVY MAKER - LL -- SPACE w 15W %I !I '� ""J�f I j I 1 O \ti • 1 i , : a I i ! i I ! SOOS (•' C ( ! I ,�� I ! I w ( 1 I I r_ I11:S9-13 T1:59-12 . _� L T1A3:129(2) T1:A3:128(2} '� � I !ry • I ' ;- ., .. L- f- -_' t • I II 1 A 5 �� I �'� € 110 110 I I __ .._ ! c. 1 I 1 As ` STORAGE l ' II I' • - S005C ILa , _ ii I r I ! I I l 1 I 1 1 , . '`\ I 1 I 11 I • a5 T1:A3:1 27(2) '">- I I I I I I I j I I I / I w i l • I I ` € : ! .5W I 0 1 30 I I ( ! 1 . I I '• w I I II ! ! • (•� C ! I ! I 1 I I 1' I t I I I i I I _____] CLEAN MAKER I j I ! 1 LI 1 r SPACE =1 I 11 1 Z I 00 I o I I S 5A fl I I 1 ! E. 1 : I ! 1 I I j ; I I ' IL-_- !I I u I - l I o I1 1 1 -- - 7 -- - — i, -- � � _ 1 I • J ' ❑ li • / * / \ I I I I I ! a • Nit a 1 IO j I j tI 4 2 N [[ I 1 f -€ 1 ( I I 1 I L... } it ! I r S6 '' f �� ,1S7 ,S8 ' S9 9, (f�7 ,l ( 1 2 (/S 13 �' 4 KEYPL4N DRAWN BY: R.CONEJO : S2 , 533. � S4 , a ;S `�> _J \ ._. .._ ._ • �, _ - • `___.�' `- \ f CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS C 2018 SYSTEM. FIRE ALARM SYSTEM N2 --=N1 _r---------- SHEET S 1 E 1DEVICE PLACEMENT • E2 PLAN-LOWER LEVEL AREA 52 N ( N) 11111 U DEVICE PLACEMENT PLAN-LOWER LEVEL AREA S2 •, -.c SCALE: 1/8" = 1'-O„ v SCALE:1/8" = 1'-0" IN FEET �A-1�2 x ,==, 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party, used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: NA', /" "�� 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.SMOOTH CONSTRUCTION UNLESS NOTED N 1 OTHERWISE. J 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. ``� 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. �j o N 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY /„..----,„ / \ SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVINGc0 N- (NB\ ,/ JURISDICTION. L7 ti �` 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON -�;j :)%b,,'''''.:"-------, Sin `,,� N2 ADDRESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION w INSTRUCTIONS FOR MORE INFORMATION. o;� `ti '� C O a 11‘;'II--K, ~\�� �` // KEYNOTES: 0 a / i. �� ADDRESSABLE MODULES FOR ELEVATOR CONTROL INTERFACE,REFER TO FA-200 SERIES tn C �` \\ T IIR 02 �� / / `` O1 (RISER SHEETS)AND FA 600 SERIES(CALCULATIONS SHEETS)TO SEE POINT TYPES AND C d.-I cD 7-:,-..1:-..„.:::'\\ , _a 7 �, ",....s` DESCRIPTIONS FOR THE ADDRESSABLE MODULES.VERIFY EXACT LOCATION ON SITE. e' / ' ;/�\�\�:;A /�` f ```R''`%�, ` 2O DEVICES LOCATED AT SPRINKLER RISER N110B.VERIFY EXACT LOCATION ON SITE. u 4 o LP,f. \,, ~. \� �� a mos \` \\ `` Al \\ \\ `` ` ! ` p1 i D Ce vwi , .', ... ... i ..... N i/ : '''',,,,,, ''''',C, (N3 , /2 7 ......,, ,....... iE ) iI � � SEAN MALLON ► � �' `�`� ' \ 1w ` 4 E....1) C2 �C3J LICENSE #5189LEA /'!``(���� Y ' ,� ` �� �,� �`" EXPIRES 10/01/2020 . / -•,. ,/....i / ., / , i 14).‘\ i/oN.‘ / I'''',..,,,,,,,....,''',.,,, / i , /il.• 4.:*3- AY ,-A,'' / / -"Tift ,,, / KI-.' / -• ----. /,,/ `�` -- / "---„.„..., / / ,,.) "-- - / T1:S1 8 Aj . r T1:S1 9 T1:A1:1-15(1) `.: › I I I ,, % / '/ T1:A1:116(1) 5W �, 1W /� 75 �" `� / VEST '-. 110 /4- ` NSI .,� \ ' ` \` ; / , f �/ / N 101 D Ni" c •E' / ! / / N106 A,S A,S A I• \. �'' `.I ' `` ,�--, / ' �� �`-, - t IBJ NE '. /1:-/-1 ��' ,/ • A cLAssRooM i % '� N 105 ` ; _ -,\ . *pi �/'a .`_.f'� �c ! fill '" if T1:A1:1-14(1) ,i .I`� `, / / / �, ` `' �� �_ \\ \ ° /jam 75 �/° ' ` �t %' �• T1:A1:1 17(1) / �, �,I , �� ' 15 _- T1:A1:1-22 ,.'2-., �) � C I ! /` / i 15 A T � � TOILET' I OFFIGE'' .,, / / I:Sl 1 A,S / ' ; A107 ,�` / `` ` ` • 120( i N 1 7 Ti:Sl 6 ♦/'`.. MEETING / i 1 IL:E ,/, Tl`Al '� �. / N �� '1.-- --„,._ 5W 1-1:A1:1-139. or��,`e;,�i N107A I ' %i -� , - `�� 15- `Cj�� I .� .5W . (N7 i /1 _'`.•. - A \ ..! � s CORK C�LASSROUM / \ �, Ip �. '`,, OFFICE n:5114 �� �� '� . -..7,.. / T ��\ •• i T1:A1:1-23(1) i '� `N 1 F _ __..._-.! ��� •`. - /ri i �/ N101B N104 OFFICE' / r� N107B 25w 08 �., ''''''y \i' i OFFICE C � • j! y!; ..s • 74/11411111F ! /'",F1:A1: ,.> BK RM I VIIORK \ CORK. 1 ,{ ,� �� i 15 ��� , / ' ' N101C TEACHING / - / `�.P. `� �/ �,' A108 Y A100B ��� ` \�:: / / h 1` _ r1:5113 , , . A,s _ .� / KITCHEN ' I �'� �- �.� T1A1:1 21 T1:A/I/ TOILET • ='y ? ��, ! N1 �� /r , 5W /: ER EQMT ' j'• N115 �I, A 15I.f j.f4N* ' ` % / ;�� 4 51-5 OFFICE �\ .,�.,„ ! �i4 ` • f ELE t�� 15 / �,• "'- f • ' '.A •`' -� �- ` /` I Ti:` (1) 1 `, i ,,, e, o N. ,., • Y. ! �, -rtAt. 0 / ., .. C .C , TOILET, S1 T1 Al ~ t� do N110C• 5W' A105 , VAUL �. - z. CUSTODIAL '�`� ' 15 1 � ) • �� Z 16 T1 1 ` s y 81 � y, ` Tl All 1 / .4E r �4, 'V ". N110 P..-s, 5W / A 15 A • J I :� ` �J �(� �, •r ��S�RINKLERf._.__. ,: �, •,� i M11....-..._ _ ll A110B �P / L I �"r A109 i • Nip, ��/ RISER rl:sll5 /// • . , � I: Jr ,,� T1:A1:1 261 //k / Q N 1108 )LI /-. ., -,,, /1"1.• 4,„„,_ ___________ .o'i .5W ( ) `• ` 4„./.10, ,�/ A S rr r OFFIC; `�� S �+I �� E /), I TO T I Z =OO K KEEPER T1:51 4 I mi ''. ' - 1? T1:M1 23 Ll 68KCe• T1:M1 24{Ll -VS MM ISI MM ' N110A41114Y," N118 �___r�- .----- A • C T1:A1.1 6(1)I 6.8K ' SW T1:M1 25{Ll VS Nl/lr / f/ • / T1:A1:1-25{1} � / �� ��� 30 LL� y 6.SK -� 3D, 1 � �'� C Q Z ini, 1 T1:M1 26(Ll VS N1M 1 _ • • f 6.SK •r r�iii -., % " BOYS / IRL 0�7 / T1:51-10 AS i1 T1:M1 27{Ll VS fWIr6.8K 1 / - - ///'• I I AS �_ 11 o • T1:M1-28(L1 ' h VS 'IIV1r1111+ 1.•.�� - N111 ,. N112 /�I j..� . A I 5 ~ 6.SK - / P�� / i A. I 1.5W AS Q C� Ahhil,1 Ar T1:M1 29{L1 ' h WF MAr6.8K T1:S1 16 i f - '' Jjam 15 �� I 2i., ,_, „„,„ T1:M1-30(L1 N WF W-6.8K I I T1:A1:1 27{1) / N. / '�`°,. . ' J• �/ / `I C \;�. Z LA 15 I I ,, 6.8K ;,_ :M1 16(L1) `� '\ cc I 15 ` _ \ f\ - w"T1:A1:1 24(1) ;: fl"' W 6 C I�� Gj'a/ 30 i T1. 1 21(L1) a� '•,,,..° I :' . / T 0 a N O ;•- T1:M1-22 L1 - 0 N. l� TOILET DRY STORAGE ( � 1 GC .N ! I '_., I USTODIAL 1 1L18(L1) r �.. 0$E ` W108E i `" ./^‘,„Qa� � // 0 T 1U1 9(Ll) ` V� oN _ ce N113 ��`'�° 0 0 ♦ 2 OFFICE �,c , 2 �� I �} ` 0 / o(u} EV W108C , /FREEZER EL`r ,� 0 d o Q t T1:A1:1-28(1) `. 1 EL 01-1-� o II 5 W108G ''''''>/i/ / i / ``� ~� O 1-1 J I' l VES / H +� ��// I COOLER / /` �.- -, / - .. �Hi W108D �;' ELEVATOR /,:/ W108H /, S3 3. S4 (S5w � Iii ,--�. I MACHINE OM / / /2;"N114 ',-// TIS2-9 T1:A1:2.9(1) € , \ • i I 110 A,S I' / i //! T1:52-8 s t �� ;v T1:A1:2-8(1) '� ,'moi i" • _-_..-_._ r,f .5W r LFI r 30 r I;ri } O , rCA to a CI c1II KITCHEN I - • : ,� W108B lv I " . SERVING- _ � . ... SERVER 1 _ r-.-_.-.....-. I �I, W108A 1 111 i W108 • 9 -.-.- -.-.,.,..,.., .... ......._. ._-�...'� -...-'... . .... ........ _ _...... ----.,..,..,..,................. -_. -- ��. .,..,. .. ..,..,..-.-......_.-_-.__-..._-.._..-__-._-._-.__.,._1..,..-'--'-_-.......____.-.._-.-.....-.... - -- --- --_. • .....,.-...-.. I E- (CB) . VS , E III : I • .. { - I 11 CI i � E a f, ,`� I` 0 .. . -- __ ---- ;� .._- ..... .-.__ -..-..- --- T1A1:2-10(1) • T1:S2-11 a r a ' .5W T1:A1:2-11(1) 110 Fv-A,S o oc, - i r. C C o - _ �,_ - - _ T_ r. t :--t .,_r --- --...- ! -..-_ .-----s-.t • • r _._...._ ....---._. __ _-�_...... _------ - , _ ..__.. - ._._._ -_.._. __.-.-- � ----- I I _ -- [ I I I KEYPLAN DRAWN BY: R CONEJO I , - I i L I CHECKED BY: J.JOHNSON I ISSUE DATE: 11/7/18 • • 1 IIS; • INMAGYM1 • PROJECT#: 448:609109801 r.... _ I - � i 2 1 11 AS JOHNSON CONTROLS 0 2018 I SYSTEM: - -- - 1----- III I ': = FIRE ALARM SYSTEM 4Pki 0 _7--------• • I 11 ii I SERVER'S SHEET: u I I I �v - I� I I -__-�_� I ��-- I 11 - ` �I E 1 DEVICE PLACEMENT MATCHUNE _ i. \ E 2 MATCHUNE(FA-1D3) I `�'� ,.: (FA-103) I � ` I - - - - - - -i - - - - .1 m - - I s I I . uiiii. m .t... ._. al . - - / PLAN MAIN LEVEL AREA N2 A` / N I I i S2 DEVICE PLACEMENT PLAN-MAIN LEVEL AREA NZ �- ) ,. SCALE: 1/8" = 1'-0" SCALE:1/8" = 1'-0" IN FEET FA-10 3 X -- Q 0 4' 8' 16' Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party, used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. .. GENERAL NOTES: '!---.,--• ,.,, • ., 1. ALL CEILINGS ARE ASSUMED TO BE 10A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED c. ., , 7 I ' C4 ) OTHERWISE. _1•11b. ir ck/ ‘"--,..„ L \., / , „44 ,.‘,.> •' ---. `41iV, ‘- -' 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. V11•111111, 1. -41 (".-----"\ °SRO .. - cjz• ',, 1 OFFICE _..... ---- , 7---- 7 , 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. 0(NI •It• S/ /„._:z4L•4 I/ 1 A104 I '' 'N. f C5 )( ) ( C7 ) 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY allillinilliN ,.., ‘‘,.. i '!„,,, \,,,_____} SETTING OF"FACP1' UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING ,-,-.L.f, co r--- •„ ,,, l --.„,..; -,,,, ‘ JURISDICTION. .."1111\46,,,,.."11411 ,-,,-,en •=c! 11/ , .-, / 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON '...•i I/ / / 1 , / i / I c,Zsa, 1 „ 1 ''',„ ), ,,,,, 4....: 2.,,,,.. ..,' ,,,.„....,...,, •..,,,, ..‘ i, ,, 1 N8 ' 444, ) PRINCIPALL. •-- / KEYNOATDEDS:RESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION INSTRUCTIONS FOR MORE INFORMATION. C 0 di o =•zE 0_u_ 0 1r, < , 1---,.„ A103 1 --t. \..,.. ‘,.,./ 6u * s'‹-,,,- ,,,,,, I - 6(1)5 ,/ Tl:A1:1-2(1) „zie ;_ _. 0, CONTROL RELAY&MONITOR MODULE FOR DOOR HOLDER POWER SUPPLY INTERFACE. VI C 4„,...../ , . 15 1 I VERIFY EXACT LOCATION ON SITE. , . , '-‘,. • C 0 ASST. i ) ,,,,,, , 1 '''; '''•-• 2 CONTROL RELAY&MONITOR MODULE FOR CELLULAR COMMUNICATOR INTERFACE.SEE o--) -co i '''...,, , •-•..__---` ' ' --,.... FA-502 FOR DETAILS.VERIFY EXACT LOCATION ON SITE. 0 i 1618 L.-f3; A112 1 ,..., ----„,., / ' A T1:51-1 `To..'• ", NN -‘ CONTROL RELAY MODULES TO REPLACE EXISTING RELAY CARD IN EXISTING FACP.VERIFY iik G ;cl ifi : , ,.. , Tl:A1:1-1(1) SRO A101 -,,, EXACT LOCATION ON SITE, / ea o ce .„',:,,,,,... ,,,- : .25W '-„, "-- •' A.5 \ 30 CONF.„, '''‘. .;') EXISTING FACP FINAL LOCATION.FACP TO RELOCATED BEFORE PHASE 2 DEMO. T151-3 .; '-,... ks N9 ) .., 4.... AS 1 i ' -:\„ T1:A1:1-5(1) / . , A102 1 ,06,,,, ,;!, --, .//:s • ij ' - C '‘‘, „„, / iNkt -._3C , . --. •--.. / An, "TI.:M1-3(Li)1/--,, \''-, - . • "Nli"Sp4.4) ..,, • i * „ s. C , --.._ ,,., , / ' ' '----..31M1-4 rat 41-1:M1-4(L1) ' ) SEAN4MALLON i 4110 , , ---...-- / --„, A101 LICENSE#5189LEA , • Iti41/ ' -•- -/ ''''' - EXPIRES 10/01/2020 / ..,,,..... , - TIM1-7(t.i)l -140.1112 „ / •-... ' .. ---„,,,„ , TIM1-15(11) „..„, 4,:.4.....4... A . -_ --\ 0 . „' . --, , , •-••„. •,„,, ,. / . Tl:A1:1-4(1) . ! RECEPTION' Nor 374. Tyr 1) 'i,-•-• 'l-:-:-:>--.. . , 15 / ly /ATTENDANCE • Alp / / ,,, -,, / '7‘...-\., ! , • / 7. . \ / . Niq / / ..........„.„2.,_... ..Nsec/ :. I s'..-"*"•••,‘,,,.,,, ---.„,,, „ \\ ---TIA-11-_-3(1)!•„, T1M1-12(L1) t' I Tl:A1:2-7(1) / TO TPR1 IN ! 1W ./ iei ---.... .„._, ,.., : i . •--,..., .., •Tl: ` . ' •••••, 1 ----...,, I 110 „ A,S . , : •,...,, :•• : C ""--..-''''-, ,,- .. •-, I 110.1 C / ''',., . ,/TIA1:2- '••:.,, :•• i •-,„ / „ , : 1W1 t"s,„_. • '-'•-••„.‘„, "---,,,, ,. , ''''''"'''''':'•N''''' / ------,-. , N. , it . -.. / ; ,._, ,, • c ',. ,..---, i .i" / 0 1.‘ 'N'.- ""-., (N I 1) ,.., i N. /4''' • .. ' COMMONS ,„ , / '-:',,i ..I ... --,,„ / \ / ,:/''C ,,,-N . '•-....„ , „,, . / 1-___---/ ,-; / -------)c,) . , ALCOVE -, . / // -....., ..„.. ,-, / , . „ -..... ; 1 ----..‘ks, ..... WAITING : 1 / -.„ /1 / / /2 --.... '-', N.;,;,„ / ''... •,..„.•% WI 1 / ENTRY VEST." ,Sit* a \ / ? ',,k',, ."-, ' NN. : . -. -..„ -.., , . •=:z:-. Al 00A #..kk,„ Ii):71//: ::::..,..,, , .,... ..i.,,..,..,[ 1 ' N100A -..." , -,-., -,..,,,,.. ....„... , ... ---,„. ,...-----: „ ---. . N.•::‘"‘-k *SS. ------ ---- -- --- --- _ ,•• ''''A••'' ' ,-, N.,... ''''•••,,, / 410 •,., r'- / 1! - --k-----4 / . •`„, , s-‘4,‘„;•-...,., is/ 1 ••-•.„....,•, / ''''''''',-- -‘••..,,i ,,,„ , , i ..sliztil t.S1 3101-1 /1 / :-...:, 1 / ,,,,, ‘• .: , / ''''••,,,k,\/,/ STORAGE I. 7 „ • itio / -,),- 1;"-W' G5A i - 7---- tI-----1 • . . • "-•-- --..„, 0 1 4 0 P/ , / .,„,,,, ,,,:‘--,,/, 4:. -.., '.., ..`"•-• ,// / "'-- ... • ..•• ''''',',' / 1.1 / '7:--''' •--, -..., /' 1 • . • , --:•.:-.. ,-.. ''.- -<- ''-‘: ,.. ..... '1/4-• '''••• .. • / • / • : • 1 ..(/ • •-• ..... --‘,. •., .1,• ..... /' '---,,, -,...z --... 0 /• -.. •`--, • • / //Y. '-1,-..„,..,'‘N , A,S / • -....„--- ..,,,.. ., • • :-, A,S / , - '''•----• -.A.--,>, -,.„ --,,, -...,, r, ,.. ... ‘..„ ---., •/./ i , _I!' I "'s•--„,,,.,..:„ r , '••-,-. '" , / •-•-...,,,, . li Tt ./ t ..... .., .... .. -,/./ . s*,.., -••:-... / 4, ,-- -N. -, •••• ':- 57 i '`,.., 's .:-",', ''•••-•.. / / '-`,. ,. i---I/ -L4 • • . • ...."":-..„, .7 ..,,......,‘N.! ,..'......:" //0. ..- %. .4. •... i' I ‘!`„,.„ ''''''.,\*.' / /: .,. . , .,!' .:*al i „ ,-.., I '--, I-----1! -1 ,i .„,,.., •-....• --.!.. -,„ , /7 /4 ' :'''` :''...:'' '.• f4s."!: '.,>:::'',.:‘s / / . -,,, T152-2 I ,, 1 . ----- . T1A1:2-2(1) ,-IN,: 4 , ....,_ ..,,,,. „ , .., / ,,,,, N. , ,..., ,./ 0 / ,,, , ., -... r 4 ( , - . „..- . ... „,, : ..- / 1W , 1 --- , .„ ,----• ______ ___L. ,.. *-..:‘10 i 1k , _______------ • ...1 110 i / . 1 I ' / C . i ''''..,,,,,,,,, ' 4 1 Tl:S2-6 / t, / ‘..-.., -,. i i / of . , '!.‘",-.. / A •„1,,, // / I ‘...„,,,, I . ,.. \ ',.. i i 7, T1A126(1) / „„ li / ;. , .1 i I '''' '•‘-.._ AS ., C I , , i 1 1 / / , i 11 • I / 1.-- - / _r,-- -----.... i.4-3.M1-13(L1) ,,i/ i , I AS ' -. _ , •-... ,:! i''' ......1.. 1 'W / /i. ''---. 1 .- 10 T1525 „. . ../.), ... 1 . / :, , ~-. it• „ ! ... ----.. 1/ / I / C T1A1:2-5(1) , ,/ T1:S2-3 / ' 1 Z -17 / 1W .,,, , , /. .-n , T1A1:2-3(1) COUNSELING F-1, . , covvtvti1005N! no ,, , ,.... " 1, E Er\„„„7'DH ri „/ .:., / 0 .':- ' .25W . . , , .. 1-7' , ‘ , , 15 , . E1/01 , - - ,' !, , . - '' . 2 i . :',1=2 11:1J C Li=' - / . ...„ . • ' 1 Tl:M1-14(L1) l-- ' / ,..„ 00 ! ] ! a-, ,, t : • „,,.. 41C i 1 , , ,' .! I ! . A ORK ROOM,- - : 1 i ' i ..., , , .r . 1 = . ' L E112 1 7 I ' / i , T152-4 I 11414 I I I .c, I // „ , , . , 1 l .„.„ - . - !'!------ I ' T1:A1:2-4(1) l I ill A,s / :11".""........ll 'Ol. / i .5W zr, i , -,a / STUDENT I , 1 ELEC CLO Z - / 15 i !.•-, i i : .i RECORDS ril c E1191 1 Cie ' N ; 1 PHASE 1 ' • = = = =. Elrlsirimini;m .m m m m m m m m m . in in mi mi 0 in m m m • in m m m m in m m IN in me in m 1 s m IN um so me ' ra▪, . 1 , 1 I / IMINI TO TPR1 IN I / I I - I PHASE 2 / 7 CORR : Am ---- - - . -:.,•- - r a ,,----20 ,---,,,, MATCHUNE(FA-103) t !,, , • . , . -! = i . ' il 1 SRO A101 .5i i OFFICEEi1 0 Z ,ii i • • 72 • , IIM IMINI = NM I= .li- '""" Ill .-. 11111//1111111-EN -MI = NM = MIMINNIMr . . : ; cr, • i ' / A,5 r---- OFFICE ! 0 / I E100 ' . . . . pi • .. Tl:S4-1 1 / i \,„. 1 E120A ' : I, 0 T152-13 Jo T152-12 • • , ' - . '----- - ! WAITING T1A2:1-1(1) 1 .....4,_ 4'... i Tl:A1:2-13(1) A,S-, T1:A1:2-12(1) • . . • 1 CONF. .5W - 1 ' ,- , . lit( at ,!! r - . / , 1 El 01A 110 , ' 2 NI am.. crt Z li .5W .5W 1 .; E110 lil C 1 / • . 1. 6 u mi. -= -<., / ! A,S • , 'oIll \\, IA CC T1:91-2(1) :, 1 7----,.. . , LLI 2 4 15 r - / 1 il \ . . CV -2 . ... - .. - . • , • / , • . . . : . .. • : . . .; . 1: = CI 4:4 CNI __3____,J-1______ _ : ; • 1 1 . i.•=- . . A 1 : : . . . . . . . . ,_•____ • 4 • n• 1 . . / Li! -- / -.„ . . . , . „ ill , . '"----1 PHASE 1 : ! , . , . / 1 i WAITING II NURSE 1 CI 2 cc at , i / I - --,-- r „ 1 = ce . .../.0&,.._._._7_._a =mt. .m..m_.... woo_t.,...._. m..m.... - m-t•-••••-.1 ot otm,..6•1.- 1.10-1. on-1.-m-m-m ==.....m.,m..... = m m I. . . -,- _ its-=-E. •.-._;. .....„. IA ) 1 , • , 7 I : ----- i C63 I ind ••,.... Ci 0 it PHASE 2 , _c ....,_._• 'i41 , , -.. . . / .,-1 • / 1 . / , / ,.., T154-5 \-A • 1 . . • ' + - 1 1 --'''' 114 . - E '-. 1 1 rT .. . ri ,', , i I T1A2:1-7(1) I '1 T1:53-1 • . / L.)=- T1A1:3-1(1) / ID , 1 , 1 , 1W AS Tl:S3-2 4 . - ' 1 1 C , - Ti _ / W CZ$ W . 110 T1:A1:3-2(1) i N 1 - 2 : • p. all= ii.= -ci A ; : C 1W '.1 ! • 15 s ... , 1 : :••• • .• cu -----1,i'---LJ 1) i 1 14;„ I I a,- i 110 _ •:- , i 7, 4 A,5 Fil IA C -' FLEX OFF , E 1 -- -i I I% TO TPR1 IN ! ' E109 1 I :1 ›.- r ' :::::::... io SRO A101 i ' - E .1 !=1 ! - ! I , !I -79 , . A I OFFICE OFFICE OFFICE L ' . 1 / \ [ : • I E12 IV ----"i E120C 1 i,- 4---- 38 I i i -.._. 0 ' ... --.._._' .-' I 1 1 ELEC , OFFICE i 4: i_ .. AS ! I ---'1, MAIN GY .. . I :r1-07i E108 11 I 1 I 39 i c - ?, L W102 : Tl:S3-7 ! i ___.._1 / i 1 '4 T1A1:3-9(1) OFFICE 1-4(1)1 OFFICE T1:54-3 1 1 II .f!p_. ._. I ,,.............., 1 i 1 14 ' .5W , : , 1 E107 1 5*: [ E103 T1:A2:1-5(1) .1,_ i_______ -..-..-: : I , , ! 1 L_______ ___I rl .5W mom AS OFFI E (CE) --4-t , .e.....tn__ A _L STOR. ______r . • ,-1 LI : ! ___ --r--1 -- : + C : O i [ W102A I i , L I I , , 0 I . / .T • T1:S4-4 Ci i I : ! _ . 1 L 1 . I .\ < I.RAB-N- ,/ , , , _ OR- - I T1A2:1-6(1) ii ,, ,.: ,, -‹ : , : i I \ W106 ' 1 . : , . i ! 1 i E101 .•• i, ______ L . ; ; - , C ' 11 A\ , CAS ISS ,.'1 , Z `x '------L---- 1 . ! , OFFICE i I : • • . E121 1 I - 1 , ; . : . , coRR •; ., !,,i I ioic I , .., • . ., 1 OFFICE E I 06 ! I....,,,___ .•: E 104 JI . , • I ir \\ 1 E. :I , , ,• L LI -,• !!.- ,,- L___j ' . . .i : \ ` A,S . . I -, 1 0 1 : 1 - - •-i 1 BOYS : I . . :, CAREER CENTER I ,,, I m W103 T1:A1:3-7(1) 711. 1 , ,. . 1 E105 . 1 ,.., 30 1 • . , • ,., , _ . . . .: 4 ' ]; ....--I 1 =="'••""'=`°A 1 , • ( ; [ [ FT .1: : \---i , -,-. ! • , ., - . Ti 546 ll \ „ I . t..) I , .•. T1A2:1-8(1) ...., FL 1 \ Pc 1 \ i . I 1 PI illi' ,.1')1 : : : . I 1 , .5W ‘ I-NI i , ! P• i •ii ) 1 .,__._4ii-' :±L .•• 75 Ji ! . cl !,15 I I I -1, • 4 , - : 17-1 C ••- 1 4 I -I' • . L......-....--- '-":4 . - , ! , Tl:S3-4 T153-3 •---1 00 '• kc..)) 7 0 :ricu) 1 fp 7.-xl Tl:A1:3-4(1) Tl:A1:3-3(1) Lf) a !, 1 ,,,.„,1,.,I. NI ____„,,,.,._ ll ,../ ••,i ' )!1 ----. _............ ,_ - ,-... ,............-,..------1 , , , '\ '\, .. il : 1 . 1 il [ , .-, - ' I! ' A \ :-; ....... I •h' WI c i ... - - - --- ' I IA ' ,, -, _i--:--=,-------r________ c ". ...... , , GIRLS I \ : : H: : .:I ffi ,--- =I I 1 Tl:S3-6 +. • ...---1, z T1:A1:3-8(1) . ! ..... W104 1• ,„_,_ KEYPLAN DRAWN BY: R.CONDO ..7 ..., ________ TiTI.:A1:3-6(1) •• ! A,S . . .. g i c._ - q ' ; .5W i N ; . . , , . ! ,- 30 A,S • I ! i !, , 1 LP ---1- •°- ± • _____ ..,.. ! ! N. I CHECKED BY: J.JOHNSON . 1 AS i i ' ,--L1 11 I 15 I ! ,• ,• I A . „ '--' ----1 , . , i y I C \ PS .-- A .., , . !I b-s , - , ISSUE DATE: 11/7/18 . . I' •-•::::::::::=_-==,,-.,....,_,..- i, r Nk ---, 1-- 7--- : ,, --._ ......, . . ... ___ _ „ . ..__ I- i!-__--J _ MATCHLINE(FA-104) =7_ . vA. a --- . _ _ ___cH T191-7 -- 1-: .,3, --- • a_. =41, ----- -7"---- _ \., / PROJECT#: 448609109801 m m 1 mi 11. _ ___ __ .7_0....1L....._ mi missi; _ _ r.",.„:„,;-......._.,,,1 ., . , . , : : CORRIDOR T1A2:1-9(1) .5W . Tl:S4-8 ,,,---='''------..- .. Tl10(1) / : _ JOHNSON CONTROLS 0 2018 MATCHUNE(FA-106) - I COMMONS . : • 15 .1 E100A . . . . !.....7...................im; 1.5r cmm, SYSTEM: I Wi 05 . . - :.. , ' • . ---:-, I 6,- \.,.._ / • AS -"-- I// / FIRE ALARM SYSTEM I • S A C MATCHUNE(FA-104) i v 7- , \ ,„....--i-...„_ 1- ,.! . 'il' 1'l'i !i I I, , m m m m m m I. m I. • m • m m m m 1\ 41-1--------- SHEET: (S7 ) 87 i • ( S8 ) ( S9 I 69 : . .. :: ;„ , ; ,, -- • • MATCHLINE(FA-105 5 . ) : -1 . :i... ! • . , 6 • S1 El DEVICE PLACEMENT 1 , M K I ' 1 I / -I -. .1. . E2 PLAN-MAIN LEVEL AREA N1 !7-' - . ---- ---- --;;;;;;;;;;;41 "-74.4444;7; T ;:gi*i:4;4;;i!;•44,7-7-.-----L-77 .....____f-- __ _:1-: / \r, ‘, 1 3 ) , (CC°) (.7 1 4 1 3.6 i (: 1 1 , ) I 1 0 \( 9 9 ' teo N . S2 .--1 „......:.....„ . L.,/ ,.. 1 , : , \. _ , / ' , ,/ ; 1 2 ) }, . / ,.., I ., \., i \_ ,, \. / --- ,... __ - .,...- 1 . ! . , ..z DEVICE PLACEMENT PLAN-MAIN LEVEL AREA N1 . : . , _./ _L ! : --.L SCALE: 1/8" = l'-0" --- , _,, •:I- IN FEET FA-104 \i/S 1 1 1 4 0 4 (S 3'' ) 1...._. 2=. ' 8' 16' ...„ . Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party, used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. 1111111 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. tiNb-'IIIIIIIIII �4 c:,-, 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY m SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING .1- JURISDICTION. . 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON VI c7= ADDRESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION z INSTRUCTIONS FOR MORE INFORMATION. ci) oz a a li MATCHLJNE(FA-164) o . a I MATCHIINE(FA-105 o a o T Ch o- ._. �_ - - - - — — Vco A I 0 o�� T — � w �0w— LC STUDENT STOFI T1A2:1-11(1) Ir � U Il Ell 3A 1 30 ' ' i 1 :ix 1 in �Yw � ----___ 1 _-- -.-- .--- I�S e 1I SEAN MALLON AtLICENSE #5189LE f � EXPIRES 1010112020 ` ' ' Ii \ 1I , r � 1\ _...� ter` -- — • '� 'I I I , 12, , 11� (1 10v9. , 9 J T1:S4 9 \,___., � _.-� _._ . . T1:A2:1-12(1) .5Wi v - - - - - - - - - , LL) I I BUSINE;:E113 LASSRO.. 3I 3� i - - - { N /`/ .............__,..,._.,._.__...— 1 I \_____ I —' IKK ` i II 1 / T1:S5-1 �-� ! '` T1A22 1(1) — - - AS 5W © C . M.) 1 TO TPR1 IN • 1 , BUSINESS CLASSROOM SRO A1o1 fp E114 i T1:55-4 AS III T1:A2:2-4(1) .5W I f 75 I I I . ,- _ l _ _ ; J GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. • y 1 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. `` /��\ 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. o t„ T1:S3 11 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY T T uM ! ! SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING en �� T1:A1:313(1) JURISDICTION. 15 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON d ADDRESSABLE AN DEVICES(CFIG1),REFER TO DEVICE DETAILS AND INSTALLATION 1 9 i.- Ii Q z C �i ? [NSTRUCTIONSFORMOREINFORMATION. C oX d1¢L 13 nCE I I KEYNOTES. O Q ._� I I I DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, �/1 C N REFER TD FA 200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO o SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT 0 0"co I LOCATION ON SITE. o WI, o 1, O I- � � office . Lelm w coRR 1 ��, • ,` W101A1 , I 1 SEAN MALLON A,S I LICENSE #5189LEA IIII I EXPIRES 10/01/2020 • � i I I CF1 - - - I i I' I I ,I- : T1:S3-10 I T1:A1:3-12(1) 1DfC' n... (s6) _ 5 5 in 12�. ! 83.�.,� ( S4) (S5 I ( S7 I 6- i,SC7 ' S9' i19. C R T _ `r -. K • TLM1-92(1.2 1 9Z(LZ • h • • �.._._...._ . ... .. ....�_.... T1:53 9 =_ _._. _ _ - MATCHLINE(FA IDb) ' �,..... S� A i.. 1 I T1:A1.3 11(1) T1:S3 8 I CORD ` A7,S I W A,S Tl:A1:3 10(1) ENTRY - A S • ! 1 W CORK a © .5W W101 B T1:S3 5 I I W100 I ' C �01 B •C • T1:A1:3-5(1) O 1 - T1.Ml 91 L2 f ,�_ — — - - / T 1'3 1$(1) — — - __ .— ---...1, �S _ C_.. n a I SA 1� .5w 7 I 3-r; - _._ _ T1:A1:3 171 W109D € ,- ENTRY \ aS O T l__., T1:S3 4 T1:S3 12 °- 1 11 5W T1:A1:3-16( ) T1:S3 13 1 N ��' 75 a I i 15 W ''''''''''74' ELEC T1:A1:3 15(1) +45 T1:A1:3 14(1) -,:..;.,....:::1 ,- .,.J.--- . ._ r .5W 5W TO TPR1 IN L C , I W109C - 75 75 : 3 SRO A101 s Iaas c CUSTODIAL ti � '� CONCESSION 1 Y/ ' CO W109 CONTROL _ / W 110 1-- W 1098 I / 4� 0-- ' � 1.-LL1 "LM Y Ms ! T1:56-1 t_-i a ( .-.� -� T1:A2:213(2) MEN f �' . . — TOILET TOILET / 75 3 � .25W W115 I �' � W112A � W113A ' I / 1 I r I o 0 I I-\ i g _-_M- STOR a E / STO I -_ F ,� T a I�. STORAGE . I - 11 "�, _ ._. NF i �, 1 :I ).' .L,1 i rAi l i i r-i i � , ( ' � W 114 i • 1e. - - . - _ COACH LQCKERS +A : 215} ,+� If - I i • Z - I q) T1:56— .� AD tJF ICE I-� F WOMEN J LL T1A2: -14(2) 1 i q `�S . I — l W11 �:..... 25W I . B T W 116 .._ 1:53-20 1 • CO T1:53 21 T1:A1:3 29(2) 4;, C S i T1:A1:3 30(2) q 5 .5W f REFEREE c cr. 3 ` I LOCKERS . - `_. 30 ' S -19 25W Lc, 1 _.. T1:56-3 15 �l • ` W113 I T1:A2:2 16(2) I,.,I C C • AS • T1:S3 I: �� NI il — I \ .5W (�' Tl:S3-1' (�� T1:A1:3 �" 2 A `� 75 I 25W ( } (? -- Tl .3 ) Al' (2 T1:A2:2 ) C I AS I 155W 15 .....__ N 15 = I I C C ; ` Ole f , • • A AD UPPORT 1.1.1 I _4J AS E. \\ TOILET �, 111A \ _ II, co i W116A I - :\ / ' !I I I in Z I I M.. $ i=T1.S3 22 T1:53 17 iii , I I O AIo 1 T1:564 T1:A1:331(2J ,S •, firir 1 Q .1,... . alI T1:A1:3-24(2) T1:A2:217(2) 5W CORR sw , r i s I € IN Cril \ ait , ii 1 :I �1 • • 5 � 44-AIR DSZ SA75 ILC W101C ' A I! c .f Ii _ 1 ; r T07-1 N DC ro 1•1•1 4 - 1 TO TPR1 IN ._._.- IN i r N I Q N 1 ; SRO A101 ; N I I T1:A22 20(2) ""I _ _ CI 2 cc cri I _ E € I I 5W ' i —�— .. I __ — I- d VI 0 i i AL. ,S •.- --. N , __— _--_ ._.._ ____._._..- -.,_.. -- 15 — ( O • I i_. ........ -- - ..... ....... — - ,.., ., —— � r � 1 i Q Q 1 il CD 11 v' 1 - 1 11 ---�' .._ ...._tic_ � ,, t al 11 1 -::L—:--- -- I — — — { 1 , AUX GYM ; tJ LL ,SES H ' - --- - i L 1 r 1 I' Iii c' - v I I ii - I 1t I , 1 i t 1 e ' 1 k I STAIR 9 I i o I 4 _ e I i STO9 I I 1 I A,S !I E d �I` I I F2 T1:S6-5 g WEIGHTS T1.2 18(2) = CORK I 5 • I a 75 is W1 01❑.-_ I. I 1 W117 - Q C i 3 - - i I I , i T1:56-8 In ,, G 5W T1:A2:2 2l{2) ( ; I I . .,„ ,....... 7------, I -Lel -I - - I ° I I - _ E ( - — { — — — — III 1 �' 1 11 - - - - - - s ' SF - - I 1= 1 I I I c _ I F ( — i I a 1 E Il a VI I W .. I I I c e Y I • fII CY Q • iI I ^ III W AS 1 FL. 1 11111111(1 L .— i _ ! G .� r. r i STAIRI3 . , o IST13 � I _ Ce 00 ' lil a Ti VI 2 C [ . 1C5W 1 —._, I / .l r I ,\ r--I 1 I L 1 I I I I • Z {. SG l— — 1 — — — _ _. __ _ / — — — t— — — _ — KEYPLAN DRAWN BY: R.CONEJO _ T1:S6 9 F �� = CHECKED BY: J.JOHNSON 1:S6-6 i Tl:A2:2-22(2) j.5W I I SUE DATE: 11/7/18 15 1 I G1:A2:2 19(2) ]5 I•� C . _ ------- _ _-_ JOB#: __. I PROJECT#: 448:609109801 I : .___ --1 -. _._.., . 4.-�. _... . — _ _.._.._.. _-_w....-.._ _._____ -._LL..- _.-.........r JOHNSON CONTROLS©2018 1 � a � SYSTEM: I 4 - � - FIRE ALARM SYSTEM 1 _ I ...mac= --�—+ wl 'I/ ?I I f. �— i I I �--�•. , �, ; e i - _ -.. .-_._ -. ._�___ —.— f i SHEET: • 1. ASH > 11 ` 1 T1:56-10 T1:56 12 TT r , ) s �' - A,S T1:A2:2 23(2} CORFU T1:56 11 A,S Tl:A22 25(2) , , , t `9TH � DEVICE PLACEMENT E1 I / .5W • • T1:A2:2 2412) 5W ' ; ' ' TO$ 1 E2PLAN-MAIN LEVEL AREA Si STOR. 15 • W101E j .5W 15 f ._..._ ' DEVICE PLACEMENT PLAN MAIN LEVEL AREA S1 `'' • ° `'' '\1 1 E E ' 'll E IV I W117A I C as r SCALE...., : 1/8" _ 1'-Oe, \� r o r Illie) S2 srs-J ' - __ - _ ..:I ii i , 1f -11 if1 . 11 I 1 1 I 1 I1 v i , , , , , , , fIi ,, „ SCALE:1/8"-1'-0' IN FEET #f iF \ 4 1 ) I 1 1 1 I 1 I SII .1.� / \ti._� I m 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: Z �N 1% 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.SMOOTH CONSTRUCTION UNLESS NOTED „_ti._-. OTHERWISE. i / 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. ,� NA ° 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. 4 CD r' ��� / 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYCil lO- SETTING OF"FRCP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING ao JURISDICTION. ``_ o a uD (---N2 N5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON w pp ADDRESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION �� N L7 -� INSTRUCTIONS FOR MORE INFORMATION. o a ,_ C 0 ''',.. / - it.9 MIM. W WO/v VI Ai/ 1-1 _ N3 ' Co oo� � f//''' ''.'''N..' -.'..:'2.:-s r''•,} '''* /,.:.'- '-''"-,'' ,, „„,„ / MOM% homer _ / / ' j / '�� �'. SEAN MALLON / -�,� r,' CLASSROOM 7 /' // / , �` ; N4 LICENSE #51$9LEA /STAIR 02 `i�� ,% `N207 J ` `~� / `T- EXPIRES 10/01/2020 '—'; ... ST02-2 \,` --. INDc.F\ , �,.. . , _� T1:A3:210(1) i \ / \, if f ti 11// ,/// �.� 15W `�`' `' \ \ `� N J 1' / i „L., „ / , .....,„ 7----/ I I CLASSROOM ` / N206 - , / �'' �` Ars `�` / I �' �`\ i i T1:511-18 � " � ` 'N / T1:A3:2 25(2) ;(� \ '-4• ',,,/ ! i;. T1:A3:2 8(1)75 d� \ �. / FLEX ! MTC 1�� .25W \\ ` r : s r♦ .5W `.y`. ` ''''''''N:,... / r Ni � � ; / A ; . ;. ! � C N� iii / 7,, 4./' -„ 7 i -,',.. ,,,„c ./., .„,, , ,„ .....„..... . ,,,,„, / f %„.. ; A,S ` , / „„„....... \`` �S ,� ..., / `\`N„_ ., ..„ .„ ,.. ;, / T1:S11-17 by 'J� �� T1:A3:2-7(1) .. . ,, / T1:A3:2 24(2) �. � , / .5W �' �/ CLASSROOM 75 • N209 C T T1:S11= , �/ ``� �, , cLAssROallll / ��/ �_-- �' i ��`; T1:A3:2 9(1� `' N2�rJ� /, -' �� `.` / `� ,--„-____--/ - ` /< ,� , �•� c5 / ...7,` .� CLASSROOM `\irfli . / / / ” N-, ``'\ //,/' A,S `, <C. �\ //// -N,` • s. 41, , , V 11 i ,,,..„/ i T1:511 16 �• /, T1:511-6 / `. a,� : _ �`N. �� T1:A3:2 23(2) 1/, I' ` j�' // 5W �` �`�.,,, CLASSROOM C ��� ',„Ai, r `s! 1 -- 1 .,//71, . 11 , /' j'-`"7/7 , ., CLASSR©QM o `�. ♦,' �� ` i N203 \ o AS ,:. .- .., ----2..„ /'"-.../. / / \ ~ •�� ` CORK ♦ ��-�� f'J2 o \� `' / \ `\\ T1a11-15 \� f N20013 i ��`�.` ` T1:511-3 ��i N y''` `N AS T1:A3.2-22(2) /�� -,, T1:A3:2-3(1) ,,,, ,..., C ,;.,/ ' ---7:".:21---H' „ / \�` /� /, ; f T1:511-1 4O (' i �� r ///// '-. - , cr• cLAssRooM \ L----"' 5W `� o ..0 02 I— �� N211A'2 iljrogellti \ /*it /*I / i A,s • �! 5 / Q c �i = GILS— TO TPI�11 �� �`' , �` z LSA CITi „, (// / •`\` //- T1:A3:2 21(2) \ N21„3 MAIN LVL :� / A,5• _ , / / W I ,' 75 �,: �� �� SRO A10] - \ �� J �` ,� BOYS / / 1 / / ."--, i Cr N crl 'i _,, T1:A3:2-20(2) e ��4 /11 5 j / `:\`� 1 ' Q\ it f� .. ~if) \; `.,\. ' e'er y °” 75 `;' / ` \ �• ♦�♦ 2(1) J � N L76 / f ' •.`� ' \ e /� -647.`,‘°' 15 `ice _ CA 0 `` \ Tl'`Sll 16 7, O 41/ Q 0 0 l ``� ��j `4 A I TI A3.2-1 I2_ //r / ' ♦ ♦ 1' ce N 7,1 f; 1 /` . ,,,&.../. TO TO TPR1 IN \ 5W • �� © ,/// V QC) Q I 1 4•/� MAIN LVL fij 75 . /.' T1:M1-�3{Ll' __ Q E A "// f SRO,A101 A,c / /7 * H Q� H jii ✓ b.z di N215 I' --It::' a J / �� , , . :::/ o ElEG . ' / wn� ': N216 / f / / �\\ -SRO A141 ''.•-••„, - N.' .` / .„.,, -..,_i '�. l ce (---\, ..,..„... '--. !Z i ,,„ CA .14,,.. _i_ ...._..... . ..,....„.., ...„ „. • .„, , .. ,..____..... . o ` , ` 44 V7 - - - _ - - - - - ---------- -- - - -- - -- • , Z > ) Lai w o 1 ff 4 f� .nom, i - -- �... � Ii 2 I I I 1. ..... .... tD ~- ........ __ _. _.._ __ _._ _... - __.�_�-__-- - O .� - - -_._—-._._ __...._ ..—. r_� 0 I us Y 00 ... . T - _� _.__.___.,. _. -_ Ce .. ....____ VI ,, • -- f .. : f�-ice- — -_,_ — -----' _. [. �, � � I i T -.- I • KEYP2AN DRAWN BY: R.CONEJO _ -- - • GENERAL NOTES: - ti ` 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED - . ; �� ;,` r� � OTHERWISE. / `� ` ! J GENERAL NOTES: • 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED - OTHERWISE. 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. `� 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. +� i - 4 ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY op,Lo SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION. "_ 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON In d o ADDRESSABLE A/V DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION z INSTRUCTIONS FOR MORE INFORMATION. C O o Q • KEYNOTES: 0 ._u_ DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, tiv, C REFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C --o 0 SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT C O o 2; • LOCATION ON SITE. II _ o o rn O WQ� 2 _ 1 — I _ r--- — — _ �� i Dov € I —_. MATCHL]NE(FA 108) - " M-7---="' I Ci ic`i 5 i-,),-i _ .,..,. .:. ._ __ �..-.-.. ------ MATCHLINE(FA-109) -------------- . .�.. 1 [It ' \ \ . j F'. SEAN MALLON 10K • 10K I r r j _ ! I \ LICENSE#5189LEA i .. .. I -' EXPIRES10/01/2020 [ SAL _ .-- __ __ - I L_, o 0 0 0 0 ._-- 1 - __. I , ; ;r--� ;-- - -- -- • 1 I \ 1 e • T1:M1-123(L2) T1:M1-124(12) (,:p_,. - - ' Iti 1 f I \ ii I I I ll l • ri 11 ( I 1 ' j I 11 I �._i 7- ''\\ I 0 El • \ I 1 I RK I R _ �_ _ - - - - __. - - - _ _ - - -__._.-..._.... - ._ - -_ _ _- ... TIMI=I25(L2) ©R _ - -r _.._... iOSA\ 11111 _________ _ _ _ – – – – – _ - I I - - - ._ i_ -. - - _ – 4--- - - - – – – — – – I — — 111 i I ! I I/ I . . [ . / • // i 1 I - - - - - _ - - - - - \- I . \ 1. . . . . . . . . . . . . ,r, __________, • IIE• :. S❑ - - - fi I - 1 iZ0LL f , III I .n ( 1 a c N E ai a Q 7- -_ • J — -_--.......____- __. ____-._ --•-•-.— ..._.. ..-..-- --'___--------'- E _ - _ _ _. -8 Ine „___Y I I I I I W I I I 0 z a Oa I I Q I I crt o 1 I ! I I N0 Cri L N ,-, ZCein 1 Y1 W N " I I I ICI 2 LSC Q't I • D cC I Cie =VI 0 O = a opo I gil I _ - • I V aoa - _ _ -- -- - - - - - - - I 1.1 J ��i • I H F- alCli F- - I . I I E a • 1 J �l I • I I' I o cuI I _. —_ I — — — — — — _ — — — — — — — — — — — — — — I— — — — M I 3 . I I . I • I Z • V m a 1 I � 1 z I ( I I 1 11 a n Y v I , I I I_ 1 Q W H I Q M I l I I c1.6n o 1 0 o I J ae II co SJ I ._ _...- - - - -I - - - -. _—._.._. _ ! - - MATCHLINE(FA 149) m C / MATCHuNE(FA-11o) ' I ! I 1 3 I —�\ o I I I .,• ! I ' ( KEYPLAN - - DRAWN BY: R.CONEJO i - - _ - - - - f _ - - - - - - - - - - _._ CHECKED BY: J.JOHNSON ' I 3 I I I a ' DATE: 11/7/18 IOB - JOB*: MATCHL[NE(FA 109 _ - . f I I . . . . . . I = PROJECT*: 448:609109801 JOHNSON CONTROLS 2018 MATCHIiNE(FA 110) I '` 1I Li a SYSTEM: N2 N FIRE ALARM SYSTEM I V SHEET: II E 1DEVICE PLACEMENT E2 PLAN-UPPER LEVEL AREA S1 . fe N N - AREA 1 P LEVEL AR S � S2 DEVICE PLACEMENT PLAN-UPPER PER � a SCALE: 1/8" = 1'-0" SCALE:1/8" = 1'-0" IN FEET x FA-109 0 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party, used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. �` /4 o N 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY111% o SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING n JURISDICTION. "_ 0 0 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON in "'`r' . ADDRESSABLE AN DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION Z INSTRUCTIONS FOR MORE INFORMATION. 0 0 • iii i_ KEYNOTES: 0 milma a DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, i ■ C N OREFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C d o SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT 0 0 LOCATION ON SITE. INC0 m0. ii Oo 1111.1) o w Ca Ccr3 n'CA SEAN MALLON LICENSE #5189LEA EXPIRES 10/01/2020 I I I (::? ____.._.-_ _—__-_ — — MATCHLINE(FA-109) s/ i I n , i i i . i i — i •• mr i i i - i I I. i — i i i i — i i i i — i i 7`IMATCHLINE(FA-II0) \ F I i , — _ - - - - - - - - - - - - - — N. 7-1 oI I f W 1 MATCHLINE(FA-109) I i . . . . . . ; z it r i i i i i i i i I I I MATCH LINE(FA-110) i i I M • I • I i = — !-F �1 i i i i i i i i i i i i i i i i i i • • I ' MATCHLINE(FA-110) \` — — — — — — — - — — — ^.� ,- - PHASE 2 f . ' — — —� — — — — — — - — — — 'iliiiiiiilmiiiiiiiiiilii-m� iii ii ii iiiiiiii iiiiii iiiiiiiiiiiiiiiiiiii iii - iiiiiii ( SL , -r � . ',,, ! • i PHASE 1 , I 1 1 • I E ( i i I I i I 10K � i I 1 „„------,, \I�E� . _ _ — - - ! } K I `' OSa _ • \,_,__,/i QR 1:M1 66(L1)• I i l 1 i • PHASE 2 i - (S-1 )___ — — --i"-mE- - iiiiiiiiiimi - iiiiiiii - - ice i i-=-= -MI-ii 1.-- i i i i i — — I — !”- F v y PHASE 1 — (A.2) I i I,,..-- : i I I i . — .,Bp) .\7 \, • I I I ILIIII � �\,1 , \ , : iii O , O ! • R - R • - K K Z©R1:M1 68(L1) © T1:M1 67(11)R ;I a .E 1 I i __. � _______.._.__._.._ E \ , l� i I NI o L S N ! I — — — -- — — — — — — — — — I i i — — -- I I I III N_ \�._..� 1 I I ISI - - I i { N 3 ane.v< - I 0 vl fCie I I — - - f I feCi Z I I I IP 0 rn (SO , aI I ON• 2 utzt Q!o w �u I . I I IN OC ii Z oC LAI W N I I = Q Q I I I I I i ( i ! o I I . ii O � n ce g. i Cie c„ to a. I I I _- ILl Qlid a I I I I ( I I • V aga II o f I-- I~ LL I € 1 I 1 I I ( E (Thi 1 I ; L i ; I i } i I I 1 I gg Z I ( i I f I I / I I I I I I O I � I m ; 1 7-----, 0-1, (-- / , . ..... ___ < (- -21-)1S2� , S3 oi (s ) S?'� S8 S9 9. S1 Q; *11) S 2) 513 X514�' �S4 6 `' ' a W c V G a u W a Q 0 o 0 0 0 — o w ac 0 NI C 0 w KEYPLAN DRAWN BY: R.CONEJO E. N CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS©2018 SYSTEM: Nr� 21 N1 -1------ FIRE ALARM SYSTEM SHEET: J S1 E 1DEVICE PLACEMENT E2 PLAN-UPPER LEVEL AREA S2 rN M - N., DEVICE PLACEMENT PLAN-UPPER LEVEL AREA SZ vitt I SCALE: 1/8" = 1'-0" X SCALE:1/8"=1'-0" IN FEET ��-��0 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. ._� 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. `���. 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. o N 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY Cr)LA LA SETTING OF"FRCP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING 00 JURISDICTION. "_ o 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON in o ADDRESSABLE A/V DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION z INSTRUCTIONS FOR MORE INFORMATION, C 0 oz KEYNOTES: 0 a DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL in C p OREFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C G o SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT o cD LOCATION ON SITE. = o o O t� qw cn ,-------•-, , : --,\ ,--------, --. CD Lu cza S7 ( S8 , C1 ) S9 9.2,C2 (C3,) (S10' a ��cc � w ;f / ' / 1RRISERDOWN TO I TPRI IN MAIN LVL SRO A101 \, 3i 2S (SA') — _. .._._ - - - '\__} __ - — ! SEAN MALLON �� „ ELEV 02 —; LICENSE #5189LEA _ • i. __ ELO2-2 1 ---' i ! EXPIRES 10/01/2020 i _1117. - - _ T1:M1-136(L2)�i� Li CIF , — • • ,, 1-4---7------ ..-.s.._,_.� _:_ R 3 Li � T1:M1137(L2) �„..... „� K � Oo-K '• ! _ ; 0 © I :Ml 139( • T1:M1-138(L2)....e�m.. T1:512-1 I 31A3:3-1(1) TO TPR1 IN MAIN LVL 55W O I I SRO A101A S C T1:M1-140(L2) ' A,S . --...\ 1 2 • \ S — TT1:A3:3:S12 =2(1) — -- — — -------. ._._-(S B) ,_____, I .5W �/ 15RRC ! 1 • HEALTH • W201 AS • T1:S12 3 CORR T1:A3:3-3(1) W200� 75W ! IA- I , ArS _ _._. — STORAGE (SCS _�� ::-:.� .__._ � (S-- C • W202A II \\ I SD' - ._,. — SD) t •� T1:S12 6 A,5i �� • • T1:A3:3 6(1) } • STAIR OT .5W © C r • • Z ,� ST07-1 I a i O I I ao o.E SSE - - -- SES N �\ �� � T1:512-4 . / T1:A3:3-4(1) Z 1W ! ! AEROBICS III c ; 1Cie N I I W202 1 iW A,S-f I p 0 . , , •E z . .- ,,_, i Ln Wim N a,La, ! = oQ . O = n - T1:5127-',E F = W t/'! L �+ SF — - _.. T1:A3:3 7(1) T — — S F 0 \,..______../ 5W A,S� 11141C ! 15 II CC tn ce V QoQ L I I 0000 HCCI H LL I I ,_.. 75 LL I T1:S12-5 0 T1:A3:3-5(1) o 1W 5 75 ` I i A5 SG 11,:j _---- - - ----Ii SG' s i \• __ cc w . Z Q m STAIR 08 s ST08-1 i \_ TOILET (_. - . i a �� ,... _ - ,,I T1:5128 — — — I • T_ , w- 1:A3:3 8(1} It we LSu c 1 i .H i 1 I .5W I ]C • i It I I T1:A3:3-9(1) �i °l !' I 15 I v • ' I . 5 A • • ' TAI R 1 STOR. a 1 !, i - � IL MATCHL[NE(FA 111) I L. _.. T10 2 1 VV202B �7�\ a. I- 2 MATCHUNE(FA-112) o o \ j MATCHUNE(FA-111) . O a a a s J Y 00 MATCHUNE(FA-112) N a 0 N n N .--I d z KEYPIAN DRAWN BY: R.CONDO N CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS C 2018 SYSTEM: tu N 2 1\11 FIRE ALARM SYSTEM `,. SHEET: J E � DEVICE PLACEMENT E2 PLAN-UPPER AUX LEVEL AREA S1 r N S2 L DEVICE PLACEMENT PLAN-UPPER AUX LEVEL AREA Si 1 1 Q SCALE: 1/8" = 1'-0" SCALE:1/8" = 1-0' IN FEET FA- 0 0 4' 8' 16' Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.,SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. IN"7 �j o N 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION. "_ mm 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON VI ,, ADDRESSABLE A/V DEVICES(CFIG1).REFER TO DEVICE DETAILS AND INSTALLATION Z INSTRUCTIONS FOR MORE INFORMATION. C 0 o Q aL.1.- 0 ` a VI C Cc C) ,)� —C o� OM :it W un o WO! S/1 O W Q ��.n�Ouy 5kMf MATCHLINE(FA-1111 _k ; k I.1 II I I ITU-1 I YVLU k3 "' -S--LJ) i .a-s ll■ a aaawia - .. a-- - a a a a .. rrrrrrarr. ■. a MII�Ilaal� " = _ — .._ - _, --� ) il MATCHLINE EFA 112} STORAGE I I — — SJ --- T1:A3:3 10(1) w.J MATCHLiNE(FA 111) • a a a Aa I I /i • MEN i; I HLINE(FA 11z) , .. 't r �' i; I �._ SEAN MALLON r: -. II I y, I W204 J I I j1 I — 7--- L __ LICENSE#5189LEA rt / i'' L1 7 i II % EXPIRES 10101/2020 w Ir ! I I j _ a T iIi ' WRESTLING --�.� i �.�. .�_..._.:, 3 S208 ,� I A WOMEN i 0ORRIDO" — ._._ U11205 i T1:512-9 5zo8A , I T1:S12-10 T1:13:3-12(1) -.</ I T1:A3:3 11(1) ' I I I I T1:A3:3-13(1) A,S .5W i 5W '110 _�� h~ 30 I 75 F , _ — • — — I PHASE 2 _... _... — ...... • , C ) S� — — _.. - _y - I - _ - -- -- C 1 Hla�� ��# iaa� `#' a1* aa�� a�f �laaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa - aaaaaaa ' IDF I _...- ; Ii PHASEI l T1S1.2-11 i f ..... i ..: 1.-.- _ AS S21 O C i 1 I I I: I I [ T1:A3:3 14(1)_ r I, J I sw 1 I iMI ST�41Rp5i; ;I i 1 • 15 — — T1:S13-1 r ! I • I E a• —Ili ;' I STQS-2 ' 1 i C I T1:A3:3 2Q(2) I •� I i i,, —1 h 5W • i I I I [ a 1 d I0! C L =_— _— —_ I AS I I� I i • • I. E E \ I I' ii i I - - 1 _ i T I�( �.1 �_ I r B ,�... MAIN LVA i J I I1, 1 I ' �` j l A,5 5RO A101 I i \ ( i ( i Ii �. M PHASE 2 l . T FI pi irli(SMSaa-a-. a-a — a _ -a-a, aa-as—a-a-a-aaaaaaa as - - - - - aaaaaa - - a .. - - - - - - a - - - - - - - - a - - - - - - - - - - - - - - aaa - - a - aa a a a as - - - NJ — — — [ — — — — !/'� \ PHASE 1 Tl:$I3-2 ;; — __ • _ — _ — — — — - I"L T1:S14-3 T1:A3:3-2 .__ I I. '. i T1:A1:2-21(2) .5W ..._ -Y _ W - --- € ! fp„---- N7 - I I i T1:A1:2 22(2) 5W lel C r — —. ..— --- — — — — — B C] ) 15 A �5 [.' I DRAWING • T1:S13 3 T1:513 4 T1:S13-5 ; \ 1.1.--.,„‘ �' / _ A,5 T1:A3:3 22(2) AS 5W3:3 23(2) Ti 3:3 24(2) S202...................... .5W - �� [' II / JOURII ALISM I 1TH 30 30 75 I i I I I I w.N. A S 121 C RR i� C CORR / uIDEa PAINTING ` A,5 - T1:S14 5 A PRODUCTION ( �.._._._ T1:A1:2 24(2) c` / i, 5w I �' / S206 h I 200A S201 C 75 S A,S -- - - j T1:S14-2 T1:S14-1 i I I IA C i I T1:514 4 i I I i ; / T1:A1:2-20(2) T1:A1:2-19(2) F. 25W:2-23(2) / .5W 5W i I Ll I A'S 30 30 -- I I _ ; 30 f I I '' - -- -- -- - - - - - - - - --- - - -_ Imo) TOTPRIIN MAIN L # - .\ — ,-- -- iSN A c T � ��. V , 1 SRO A101 I / T I I I I I T1:A1 6 2 I - __._ . __ _:.__ COMPUTER T1:S13-6 T1:513 7 A'S — • T1:513-8 11 I • 5( ) 4RR 1 �___ I 11 i 5W S200R0 T1:A3:3 26(2) T5VA3:3 27(2) RAMP I I I Z I GRAPHICS STUDIO? ; in S207 S205A C • 5 c c 15 S200C ii I ; 5W i LL A,S --- 'I T1:S13-9 I ` ' _ -= • 0 1 I I I ( I `� , A,S T1:A3:3-28( ) ! I I � t i rail I — — --- — — i" n..;:: ,.._., II .. il �- -� li I I N 1 1 I I i i FLEX IIIIM••� I l S100D Z i I I I I = 1 I AS • II Ce W I I I I I I Ti:S13 1Q '` Ti:513 11 •E45 Ti:513 12 Z II; T1:A3:3-29(2) T1:A3:3-30(2) T1:A3:3-31(2) -- 0 i 5W 5W .5WIII' � r-. • i I��• 75 i• 75 ISI • N� 75 .. — ~ o iC a C C _ —� 2 N CM 4 __.__-_._.. _ _.._ I crl S i c I I I I I I Zo�C � N CC • COMPUTER i LLI D Q N CLASSROOM SCIENCE i = = n CLASSROOM r. — —, I .-i-i , S204 —S203...... I I 2 cc 0% I i i I 1 I S205 I 1 ] kil 0 GC • t: \, ) I -ra ` i � I I I L7 [Qn 0 (Q� m { I I I I i 1 I I , I I 1 I O V o I I F. I I - I II • • i , 2 a I . i 1 I I I LL j I I I I I I I ' • I 1 C I` I I _2 I I i If I I I I II 1 I S I i I I I, i i I I I i I I I I ' • ' I i I` I t i j �_ -__ - a ; 1 I I I i 1 . l i • l • I I I x I LZ I • 1 i • O I ' _ • iI - - - _ - - _ _ II f a - _ I : f I 11 E I z i I I I I c . Ei { a i I i I I i I i a • Wv I I I I = • . j I I I . j ; I a I 6 • I I FL I I • Q / ,J m , / (/S 1 ) „ ...„co2 ;S3\' 3. i'(S4:\'' S� S7 ) 87.i E S� �S S9. iS1 Q S1 : �y12 'S13' 514' 2 0 a KEYPLAN DRAWN BY: R.CONEJO L' CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT*: 448:609109801 JOHNSON CONTROLS©2018 SYSTEM: 1\12 N1 FIRE ALARM SYSTEM SHEET _J DEVICE PLACEMENT S1 El r� PLAN-UPPER AUX LEVEL E L AREA 52 N - .,oe N MMT1 DEVICE PLACEMENT PLAN-UPPER AUX LEVEL AREA S2 , „) SCALE: 1/8" = 1'-0" SCALE:1,/8" =Ni1' Q" IN FEET FA- �� :' 0 4' 8' 16' Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user: This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. GENERAL NOTES: 1. ALL CEILINGS ARE ASSUMED TO BE 10'A.F.F.SMOOTH CONSTRUCTION UNLESS NOTED OTHERWISE. \ ry' 2. TAP ALL SPEAKERS AT 0.5W UNLESS NOTED OTHERWISE. ,��/ N 2 7 ''" 3. SET ALL SPEAKER VOLTAGE JUMPERS TO THE 70.7V SETTING. 4 o / ( C2 ', C�3 4. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORY uF \ / ' J SETTING OF"FACP"UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING co / ` JURISDICTION. I 5. DO NOT CHANGE DEFAULT APPLIANCE CONFIGURATION SWITCH SETTINGS ON Ian 41 4-,0 I • / • ADDRESSABLE AN DEVICES(CFIGl).REFER TO DEVICE DETAILS AND INSTALLATION z A l�I / i • INSTRUCTIONS FOR MORE INFORMATION. cD Q a ---, KEYNOTES: ` a ' (NA) / • 4-1 , /. DUCT DETECTOR DEVICES AND ENCAPSULATED RELAY FOR HVAC EQUIPMENT CONTROL, CN 1 REFER TO FA-200 SERIES(RISER SHEETS)AND FA-600 SERIES(CALCULATIONS SHEETS)TO C a o / ' O SEE THE EQUIPMENT'S TAGS CONNECTED TO THE ENCAPSULATED RELAY.VERIFY EXACT O ocm r \ o � / N oowo gi LOCATION ON SITE. �N� f ''.--.: / / Wo \ / \ \ i • a �lzw \ / / . \ `"` `` / / / • SEAN MALLON / ,,---\ LICENSE #5189LEA / / v , [ N • EXPIRES 10/0112020 //2 '---.. :::'...,„!,,,l'-':`. --.., -...:,''''' --...„ --.„,, / • / / i / "\ \ ' / / / ., —\1C) ` ,`,` \ ` i---.„..,.., / : / \,, / • ./ / .---„ / / ` \ �'� �` 1 // I \N 5 ) - (ND) / / / ‘-,, ,, ....,,, , / ,/ -",. ......„.., ... // ,....,. -. / f \ • // '' . / N"'"----.„...„ / -...--.....'. -----,„ , /// ---, \ / i (N6) tf / / / 'N.,,,.....„ J/ •/ -•--„, \� / / (—N---E , , ,......., „......... ,, . . ....„ ,,,, ...„,,, / ,/, / . ,....„ ,...„, , / . ,. ,.... -,,,, ,..„... / ,./ „ ,,,,, - . 2 - ._ . ,/, ,,,,_ / - -------.„„,, „ .... -,.....,,,_ .......„ ;; / , / „„ �`. / ..„,,„ / `,....„„ , ..._ „, � ,,,„ ./ / „,,, , „,...., ,..,„ , ,",,,, ....... ,, _,....„ ,,, , . ,s....., ..„„ ....„ , . ........ / ,„,, , 7 / 4,1 ,� \��\ `\ `• C6 I;=11 \ / / 'IR illi ,,. '''''-- / '''''-, / II iIIV; ;. ` / ``\ �� / \`l ``Nb. \ ` \ i Z .2( / 11.i 1' ' ,./ ›. • I— "; I • / ,, ,, -....„,,,::::„.. -i.i,.. . >, / II., / j I \ 'N'''-‘„,.„.., hhi ''''' 'X'!. CI Z CI 19=1 2 NI „wit in -,E.- /;ii lit '''''N--,„,s / -, . Cli E VI \- '''...: <IC 0 ci" / / Ce ! te/ 01 0 I � - O J / " 3 `` A1.-- al vR �•„,,... � \` / / --„, 2 'N2i''''''''''',..„... / 'u / ,; / irri lir, '''''',...,,....<, / -..„... El / . i�i'',e `l��' '\`` /' / ��\„''\...,,.,.,.. I 3 4' • {j ilk `\ r''`„ ``` \ / / { LLL m \ / / \ \ • a li i `\ "".. / ''''''...,,,....,„ DEVICE PLACEMENT PLAN-ROOF LEVEL AREA N2 T1:M1-79(L1) ©R / � \ \ SCALE: 1/8” = 1'-Q„ ,,� �` �' 1i)K . li / 0' II • .11'Ir. s i/ ____, "--..„, 1 ci ,,,_/ \ W g T1:M1-80(L1) © i / \. a a _ R a — / ! 1-1 . 1111,111111101141111011111111111111.111.1.6161116111.11101111111111111111111 AHU` • o o \ nc •\` // `\�' - ' I KEYPIAN DRAWN BY: R.CONEJO 10K r �_—{ -r `� ;/r CHECKED BY: J.JOHNSON I + / i ISSUE DATE; 11/7/18 I Ii I ( 11�� D O I I / JOB#: i „RK ” / � I L i I ! \ / PROJECT#: 448:609109801 • / • � I ( / JOHNSON HNSON CONTROLS 2018 T1:M181(L1) ©R / \ / trf7N'' SYSTEM: EFIRE ALARM SYSTEM' / / N1 — SHEET:` I: � � I I i ( ' i. M I _ . / — _-..-----'-- r l / A�� T / �� DEVICE PLACEMENT S1 E1 / E2 PLAN-ROOF LEVEL AREA N2 r! /i . / �� ! I /N i N �` I / / S2 I FA-113 �' i / i SCALEii8"=1'-0" [N FEET x a i I1I `rte 0 4' 8' 16 Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. Li RISER NOTES: 1. RISER ISA DIAGRAMMATICAL REPRESENTATION OF THE SYSTEM ARCHITECTURE IN BUILDING CROSS SECTION.IT IS NOT INTENDED TO REPRESENT ACTUAL WIRE RUNS,PANEL `�. CONTINUES ON SHEET FA-202 CONFIGURATIONS OR PENETRATIONS.REFER TO FLOOR PLANS AND PANEL DETAILS FOR ,��� CIRCUIT ROUTING AND CONFIGURATION INFORMATION. c)--4 r A ti 2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL CODES.REFER TO'APPLICABLE CODES&STANDARDS'ON SHEET FA-000 FOR SPECIFIC CODE REFERENCES. 3. DEVICES ARE TYPICAL SEE FLOOR PLAN FOR QUANTITY&LOCATIONS. IIII, 1‘ 111 al S KEYED NOTES: � o •• -- ._.5<>...5_5_i-- ------ -NAC-TI:S6- -� I C 0 zx -8.LL .5W 15 .5W 255 .25W... 75 120VAC PRIMARY POWER SOURCE SHALL BE A MECHANICALLY PROTECTED BRANCH 0a C © C • ��1 C NAC-Tl:A2:2(2) LAOl CIRCUIT,THE CIRCUIT DISCONNECTING MEANS SHALL HAVE A RED MARKING,AND BE Lj N,ti til NN 3O �, ti �` N IDENTIFIED AS"FIRE ALARM CIRCUIT". VI a F- ti SNL' ti Nti' '1 �"� ti <\' FOR EXACT QUANTITY OF INITIATING DEVICES,REFER TO THE IDNET LIST ON Co Orn C �N� �N 'NC 2 CALCULATIONS SHEETS. I o I V c N FOR EXACT QUANTITY OF NOTIFICATION DEVICES,REFER TO VOLTAGE DROP O IL g u/ O S O CALCULATIONS ON CALCULATIONS SHEETS.ALSO REFER TO DEVICE PLACEMENT PLANS TO moat aP. p v -.5W1-15 - -5(..) 5••.5-575N-Iii-15- - -- --- •NAC-T1:S5- -1 SEE NAC CIRCUIT CONNECTIONS. o Y i ES �g� 5W6-30- 5W C �••• .5W C 5W© C NAC T1:A2:2(1) - - - - FOR EXACT QUANTITY OF SPEAKERS,REFER TO VOLTAGE DROP CALCULATIONS ON . J4 CALCULATIONS SHEETS.ALSO REFER TO DEVICE PLACEMENT PLANS TO SEE SPEAKER 3 N1 'L N1 N LA CIRCUIT CONNECTIONS. KN -KC -KN -<c - 5 TO MONITOR MODULE FOR CELLULAR COMMUNICATOR INTERFACE.SEE FA-501 FOR ce Z I DETAILS. SEAN MALLON L., LICENSE#5189LEA OS aTO CONTROL RELAY MODULE FOR CELLULAR COMMUNICATOR INTERFACE.SEE FA-501 FOR EXPIRES 10/01/2020 --5•••5- ---- NAC-TI:S4---- ----1 DETAILS. .5W 75 g 30 r 7 15 .5W --110 a C )...5_3( ••7 (�� C NAC-T1:A2:1(1) o 10K 4 TO MONITOR MODULE FOR DOOR HOLDER POWER SUPPLY. ` A R A?) Nti 3 �`1 N. N. `�1 0 I O TO CONTROL RELAY MODULE FOR DOOR HOLDER POWER SUPPLY. N '< N KC'?" ti.�N' R .. NNP,, NN `NP Kcr ! MK IDNet-Tl:Ml(L2) 0 43 R C .0. -5 -75;15 _5...�- -- ---I �� �ti .5W 15 ( C 1W 10 1W x-110 ) �N �N C )•• ) C 111 C NAC-T1A1:3(1) ! 3 `A ti1Np ti' `, 'b til N I NN NN I- '� 6.8K 6.8K L O - -- --- -- --- Si -- _ ••• -5...� NAC-TI:S3- -I 5W -- 15 .25W 15 •••C.25W 15 .5W -- 15 �) C C ) > C �!l { NAC T1A1:3(2) I _ - Z - Z Ate, /� �`/ .'��� N";1S ti'•,'tib' Nati 1 - '.N N1 N1 <s)*.. <•• `NP ,`1) �O� N� ,LCL ,yn� gyp\ *ti _„,n, �N �ti Citi NN. <N. ,�N. NN. ,<N. O --- -5°"5-5- S1- --5••• c -- NAC-T1:S2--- --I .5W5 .5W 30 t { 1W 110 1W .--110 C C �••• ) C I�� C NAC-T1:A1:2(1) 3A o N.PNS SNS• ~�<~� NPN NN N�N�NN I g w o O w 0 w -LLI O J O C7 cc W w 'JQ op 2p vv vl.J Ems : d w Lu P:- <> , O Oa � o- 0 OZ � Z viW a �°� owc 4 Siu' � CWS ¢ � Qa 6.8K S�•..�- NAC-TI:S1-- --�--' tea = � 0- .9 tp0 QoLLI 15 .5W 15 15 .25W.- 30 M "' _ "' _ " `�' v M �' ,V. <> O f a `t `s ••• ail NAC T1:A1:1(1) I I IDNet T1:M1(L1) 0 @)( 0 �A i •••5____® Q ••• l�1► 0 0 0 ;1� ;L1\�.0 O 1` %..ti ALN, AL~ �~� off~ 1 � N`, 1�N� cep- ',�N �b�1 p`\ ol NQN� NPN `NS N. NNS �N' NN NN NN N N NDN CNV �W. � N �W. AWN N N fiP <P I N� �� �� K.C. ,� N~ �ti N, KC. '<C. Nti Z tv W - a I I LE Z- •-R II I 4100ES 4100ES FACP j_BP DHPS N .12 FAA rSd Z OCT EDINENTRYLOCOi TED IN SRO ®P ~�20 VOLT AC,. x 7_ Cle VI _ �X Lu 12 MIC Q Z BATTERY LOCATED IN •t CABINET EXISTING FACP TRANSPONDER 1 - RECEPTION r-. a LOCATED IN SRO A101 ® AC LOCATED IN SRO A101 ® ATTENDANCE A100 o V PO.20 VOLT P 20 VOLT AC N a% G .14... CAT5 CABLE ETHERNET DROP 01 ce S TERMINATE W/R145 FEMALE JACK 6 r I ( - W 2 •d' = as F N Z--- ••---RCI 2 oC at o RJ-31X JACK I VI 13 .0 0 6UNE 1 SUPPLIED BY EC 2 PAIR TELCO 6.8K Cid _ Q 14'RJ45 CABLE(2080-9047)SUPPLIED COMM I a Ca N re WITH PANEL LOCATED IN SRO ®p<>20 VOLT AC Co0 CC efX oA101 I E- p a F- MAIN LEVEL MAIN LEVEL ± ellaIlIMINIIIII . 0111.1* i i I a. J J .tsi 1 C 0 Z Z 3 3 0 0 o Oce Lu ccL1.1 N Z a 1- s I W a J o lOK o IOKcc 0. Sl 6 8 ce _ NAC1 ril 1:3 LI -TI:SB-----•1-I I M m ~ ~ .r. -- �...�- -- ---- -K.. K.. LA lW 11O IW 5W 15 .5W .-. 15C R a a s a2 © •••t ' 1111 NAC-T1:A3:1(1) IDNet T1:M1(t2) 0 0 GI ; ••• S R OR ce o �N���tip ft � 0' 1, `��'� �N�``�~ Ip o��� ��1 h�, ��, �* off, N. $:. '\ '1 '`N' J 4 y '`l•' KS' J '<S.. J 4 v ,`N O O O is I Z Z � -S� O 0 O ZO --1W-1110-5;6i �...5-(1-.25i1-30- �- -- ---- NAC-TI:S9--- --� W W W L../ z 1W0 1W 110 25W 30 .25W•- 30 0 5•••5' NAC-T1:A3:1(2) o a C C C tri C LA o 10K 6.8K 6.8K 0 10K o 10K o 10K W N'> `1 'y1' O `1 'b til N R .- R .. R .' R .. ci ,�ti��NS°' �titit;5g INti�NSa �N Ks.',4i I !�4 ® ® tom/ D tom/ D ►�/ D _ <>'' `NP' `' `.' R .. R .. R " R .. u FM , K .. Z O -• Z .. K .. K .. K ZDNet T1:M1(L1) S R _ ••• ' r OR S R ©R cl .0 S -- -. FL r- -5...� - -- -NAC-TIS7 ---- ---I �P ��'y�� Ny`L�1 ��p`�, �cp�� Nc�y�N, �c,1 � 30 30 5W .25W 15 15 4 0 0 Q I © C ...5 C NAC-T1:A2:3(1) �'�' NN' �C' �C' .N' �"`�' o tq '-I J w he CC r, Np, N'' N>\• b° 'L`t1N N`� oI 3 ?i yi NN`' 1'i NN' 1'' `N NNS' '`N NNP• `V . I- a O I DRAWN BY: R.CONEJO -- �...�- --_._) WP CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 5W0 .5W 75 5...;.5W 35 15 y.�15 NAC-T1:A2:3(2) JOB#: C C WP M LA 609109801 '1"c c1' ``b c,1' 3 1' c1' 1 ti° PROJECTJOHNSON CONT RO S(©2018 \ '1 �1 NtO `1 .yN til `1 1:5 KN• KN• Kc' KC' KC' _ SYSTEM: FIRE ALARM SYSTEM O -2-11 S-� - -J SHEET: RISER DIAGRAM -- -�•••�- -- - NAC-T1:S10 --SCALE: - N.T.S. .5W5 .5W 75 ;••• SW 15 .5W .- 15 C C 5' C 1°1 C NAC-T1:A2:1(2) 3 LA RISER DIAGRAM 4a�,pNN . ,z.° �`1pl. �`NpN, N `N�~��,N `N ~N 5N `N��~N~S ,`N�~• �N L 4 tN LOWER LEVEL LOWER LEVEL FA-201 x b. M J Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall beat the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. RISER NOTES: 1. RISER IS A DIAGRAMMATICAL REPRESENTATION OF THE SYSTEM ARCHITECTURE IN - BUILDING CROSS SECTION.IT IS NOT INTENDED TO REPRESENT ACTUAL WIRE RUNS,PANELVIII0. CONFIGURATIONS OR PENETRATIONS.REFER TO FLOOR PLANS AND PANEL DETAILS FOR �` '"* CIRCUIT ROUTING AND CONFIGURATION INFORMATION. j e:),-1 es,up 2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL CODES.REFER TO'APPLICABLE o"' CODES&STANDARDS'ON SHEET FA-000 FOR SPECIFIC CODE REFERENCES. CO N. 3. DEVICES ARE TYPICAL SEE FLOOR PLAN FOR QUANTITY&LOCATIONS. LA �� KEYED NOTES: C 2 o OFOR EXACT QUANTITY OF INITIATING DEVICES,REFER TO THE IDNET UST ON Uma CALCULATIONS SHEETS. 0 � "' VI C tel FOR EXACT QUANTITY OF NOTIFICATION DEVICES,REFER TO VOLTAGE DROP 2� CALCULATIONS ON CALCULATIONS SHEETS.ALSO REFER TO DEVICE PLACEMENT PLANS TO C 0 it-1"i gSEE NAC CIRCUIT CONNECTIONS. � m inC wr N � o , FOR EXACT QUANTITY OF SPEAKERS,REFER TO VOLTAGE DROP CALCULATIONS ON 0 IL c , .< CALCULATIONS SHEETS.ALSO REFER TO DEVICE PLACEMENT PLANS TO SEE SPEAKER moI a N o u CIRCUIT CONNECTIONS. In o Ne ce a o � SEAN MALLON LICENSE#5189LEA EXPIRES 10/01/2020 Cr - O J dd Q W N OC tr, 7 1= o_J =-7. N o_i Qo r"'t - o 010K o o10K o 010K R •- R •• R •• 0L 0u 1,.r10 R •• R •• R •• FM - K - K .' K IDNet-Tl:M1(L1) OR S R OR ROOF LEVELI ROOF LEVEL d --- -�...C�-- -- --- NAC-T1:S12 -I 5W 15 .5W 75 C •»{ .5W 5 .5W 1 15 • ( (�( NAC-T1:A3:3(1) C C C C to 0ip. ��1 �~ '�, ti0 ��\,y:L N. by LI: amyl .-t c 11 — — — — — — 3 S Ii --- »»»CT— -- --- NAC-T1:513 -1 _, J Q .5W NI lc 75 .5V--f5 t•»»C .5W 15 .5W .-. 15 cc cc C J C (�� C NAC-T1:A3:3(2) o o I II E-$ �}\ 'L til y �\ '1, �\ N. LA LLI U., Z Cie 0, I �� �� �ti 0 10K 0 10K `U sQ Z R O O sl. 1:1 Li tl 0 I H 0 —— —5...5-— —— —— NAC-T1:S14R .. R .. F— M .. K K N c3� N 4 .5W 75 .25W 30 .5W 30 .5W 302 C C 5»•» C (�( C NAC-T1A1:2(2) f IDNet T1:Ml(L2) © ••• �R �R Z LA Ce Lrl PI- • Iv Iv ail '`'�'• Pti).<ti�~ �ti 'K'' S'. 'SNS I O 2 h*14% IS- I Q 2 re cn = re aC = o 0 t� _ _ a a 1 C ,� c cc cc c - - - UPPER AUX LEVEL 0f-I- I UPPER AUX LEVEL iii 0 ii o 0 Faga r 0 Z } I E a i- a a. cc tn N I I" JJ ,.-1 -1 •I O o10K o 010K 0 010K L R '. R .. R -. o t:/ L 0 ID 11 LI I R •• R •• R •• I M - K •• K •- K I IDNet-T1:M1(L2) S R S R ©R Q S LP — — "1 �) ��. I---- —5»»»Cy— -- -- NAC-T1:511---- ————- I o�ti titi� �1ti D .5 30 .5W 15 E •• .5W -15 .5W -- 15 KS' �ti� KS' COMING FRC}N SHEET FA-201 z I0 C C 5' C (�( C NAC-Tl A32(1) I a m I O`` ti0 ��,'�� O 1`, y1 �`\'�y LA to t� I �tiP '‹Y �ti"25. ••\' '" o z a z Q z I_ 7 ©0 010K o 010K a 010K R R R •• o O I I 1�1 i0 !'1 0 1,~/ I z E 725;i5-S...Cs- -- --J R .. R .. R .- I a 5Wai-- 5- 1t••»C .5W 110 5W .^ 75 M O1 K K K c (.1NAC T1:A3:2(2) IDNet T1:M1(Ll) © ••• © S C C C to — — — R R R he vv" v LIJ da %.0 L_I-L1,1,, H c o he 71 o COMING FROM SHEET FA-201 he W O N Q UPPER LEVELUPPER LEVEL CiW z z DRAWN BY: R.CONDO CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS©2018 SYSTEM: FIRE ALARM SYSTEM SHEET: RISER DIAGRAM SCALE: N.T.S. RISER DIAGRAM CU N V1 r-4 W S Q FA-202 0 m Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. KEYED NOTES: - 0, SEE FA-702 FOR OVERVOLTAGE PROTECTOR CONNECTION. . -- V ...„7,,u' [ a B R E a pl pi a a a _ LEI ga 14 pa 16 ga 1 0 TIT 6--8 Z6i @ A 0R 0 BAY 1 TERMINATIONS 13 CI 10 CI CI 0 BAY 1 TERMINATIONS .. BOP 4P \/ ) ',Jou- -----i--1- ) pP‹ III il '4 A El TLA1:1(1) - MAIN LEVEL PHASE1 IDNAC CKT X X X X x-iyr- I I g . lid . x 1 CI ES Tl:A3:1(1) - LOWER LEVEL PHASE2 IDNAC CKT C 0 1` a 0. 1\ 1 n r I , A El TLA1:2(1) - MAIN LEVEL PHASE1 IDNAC CKT A ga Tl:A3:1(2) - LOWER LEVEL PHASE1 IDNAC CKT L. -- -Waritri;rki. n Inc:ponitRO TB . 1 -- 1 1 1 . 111 , e i , _ T: inw ' . aii () . --Y-* -!--i: - ° liThtil alht.ii Egi W" 11.4 iloti 0 ID T1:A1:2(2) - UPPER LEVEL PHASE2 IDNAC CKT e T131 1888!Bdit.t.i LN .t.i log 0 14 Tl:A3:2(1) - UPPER LEVEL PHASE1 IDNAC CKT B. 8" B. I8DNIAL 1) C3'3 0 4 T1:A1:3(1) - MAIN LEVEL PHASE2 IDNAC CKT kit= B+ B+ B- B- 1 1 B+ B+ B- B- B+ IDNAC 3 0 ga T1:A3:2(2) - UPPER LEVEL PHASE1 IDNAC CKT in C isp+NAL * 8' 8+ +NAI8' 21)-(- ' , ....,, IDNAC 1 IDNAC 2 AUX ----- 0 RUI POWER e -,. POWER — rtgrttaii :41!:0..eg.. +24 OV 011 Tl:A1:3(2) - MAIN LEVEL PHASE2 IDNAC CKT — / +24 OV 0 16 T1:A3:3(1) - UPPER LEVEL PHASE2 IDNAC CKT C 0 I-6P 3Mg Int ,C :E) 3 3 a 13lai e• T1:A3:3(2) - UPPER LEVEL PHASE1 IDNAC CKT NBC a 0, go ~FS —1 al. IDNet2 EXP IDNet2 EXP e GB pi M1(L1) - PHASE1 IDNET CKT 0 (II) LOOP CARD LOOP CARD al 119 Ml(L2) - PHASE2 IDNET CKT immeni t E fli n 4100-0620 I 1.....1 BASIC TIC s'-,--;.-11- =MUG_ .. 1'__. , 6.33t,,,,,5 kill ___ Oil FROM EXISTING FACP LOCATION MAIN LEVEL SRO A101 IDNet2+2 MODULE I .ract gg: : ze . CIO pl OD pi 1n I OF] TO REMOTE ANNOUNCIATOR LOCATION ENTRY VEST N100A DD P2 X+24 ' ,, AUDIO RISER CARN --C---' 250 DEVICES Oa n ,C113 11/g 24c '°°°°°°F, o o I Jac, DO P3 13 P3 1001C, in DOO \-/ X111 X X X X Rg HRH x x el. °5-( c=3P .x- ); .... .. x X EH FROM EXISTING FACP LOCATION MAIN LEVEL SRO A101 24V. /.. . ao PS E PS aao 0 0 X I __ . „,:, X I SEAN MALLON atirl t6 oon,,, am 4100-0622 P1 gggggggg P El PHASE1 24VDC DEVICES MO LICENSE#5189LEA am) 4100"BB 4100-5325 _..., DIGITAL AUDIO EXPIRES 10/01/2020 RISER CARD ENHANCED TA POWER SUPPLY ENHANCED TA POWER SUPPLY 120VAC 60Hz 120VAC 60Hz ...._.--..=.) 0 ,_ 3 B r____ cP . • RECT(-)0 RECT(-). RECT(4)0RECT(*)0 a DAR CHANNEL OUT JUMPER EARTH FAULT a 3 EARTH FAULT JUMPER a I'll A?* 0= / aml) BTRY(+)...... -- R + 2-,- E8 --- PAP B8 iee-A "N22.zz &IL ® @ © © — as888 6 6 7 8 9 10 pa El9 10 . gig Es 00 A 0 0 BAY 2 TERMINATIONS 7 8 0 0 13 0BAY 2 TERMINATIONS X X X X x 14410.iii2 , fAll' 0 0 6 T1:A2:1(1) - MAIN LEVEL PHASE2 IDNAC CKT X X X X c, 1 op ' Tl:S7 - LOWER LVL PHASE2 SPK CKT 7,1 ram mil Oa T1:A2:1(2) - LOWER LEVEL PHASE1 IDNAC CKT O‘ - a • #; - Q© L 0 8 T1:58 - LOWER LVL PHASE2 SPK CKT TB 0882 Bigs .ID TB ISA ' 41 0 8 TiA22(1) - MAIN LEVEL PHASE2 IDNAC CKT r TIE , , NO , a la 9 T1:59 - LOWER LVL PHASE1 SPK CKT B. 113NAC 1 + IDNAC 2 _B. B- B- ;t :.+Ny3 0 9 TI.A2:2(2) - MAIN LEVEL PHASE2 IDNAC CKT = \,/ Tra VIM 4/11.011(111)10 WOO*tit la 10 T1510- LOWER LVL PHASE1 SPK CKT AUX 1 ....„..— ItIkt 2 if-211412:1141t 1,1414eitotivtlikel*4.4 i ' , POR r"\ +24 WEOV 0 0 T1:A2:3(1) - LOWER LEVEL PHASE2 IDNAC CKT .1 9 . 06 1 A 9, ot, a +, a, 9 0+, .6 El EE T1:511- UPPER LVL PHASE'SPK CKT a 3 a Ein Tl:A23(2) - LOWER LEVEL PHASE2 IDNAC CKT 3 NAC ,_?,, 1/AC NAC ,,T,„, NAC NAC F„, NAC 1 2 3 4 5 6 3 g gii T1:S12 - UPPER LVL PHASE2 SPK CKT • 0 ig PHASE2 24VDC DEVICES .C/Ct riir(: xt. OD pi OD pi J30 ,Cla a 1-' 7 D p2 DO PI 431g p3 ...Q0 DO p3 24V. x x x x ....7 MEER X x 24V. x x x x .... z„ , ‘, Ls ,-.. x x x aiiii n Pi CF. a n - a ataa FFIC.!pt 4100-5325 ENHANCED TA POWER SUPPLY -7:1- 120VAC 60Hz , . . g RECT(-)0 a _ so° RECT(+)0 41004329 1 A EARTH FAULT -'JUMPER 6 , 3 •i . i DIGITAL 100 WATT AMPLIFIER 70V ; k•-1 _ fl= RMS 120VAC 60Hz ( 1 BACKUP AU010 © EBE2 © _ Ts2 1 ./1 ism(.)7• 3 "R © ETRT 0 — 17 (§) --/ < 0 II E-' i 8 Fallill Se° ICEal S @ Iii in m @ 6 gil 14 $ BAY 3 TERMINATIONS la n 10K 10K 10K 10K BAY 3 TERMINATIONS ,, . ,..... MN wi fmt imill 'c la gij Tl:S13 - UPPER LVL PHASE1 SPK CKT A x x x x ' ,-.7r, E' 1 13 0 Tl:S1 - MAIN LVL PHASE'SPK CKT x x x x O. >‹ -AC-, 1 Z . .. . . 4 1.1>< I . la 14 Tl:S14 - UPPER LVL PHASE1 SPK CKT m ©0) ril e (:))@ 1 , lal El Tl:S2 - MAIN LVL PHASE1 SPK CKT I -,Cd ---. ti.9\ 0 O& = 0 pi T1:S3 - MAIN LVL PHASE2 SPK CKT -- 1 i ce "E I ' N , i 4-2' 0 4 Tl:S4- MAIN LVL PHASE2 SPK CKT \_ 1131 p:Zi,togr ,-,motte,, ,-311r, i r , _____— \_. TB 1 Ittit IA 11111110101211 gl , . SWIM& iBiti . PP i k CIAL I CI Z tENAC ,T, NAC NAC T., IAC NAC sT, NAC 3 3 NAC ,T., 'PAC NAC ,., NAC NAC ,T, NAC 1 2 3 4 5 6 i= 0 6 T1:S6 - MAIN LVL PHASE2 SPK CKT pi 56 3a 0cc crl 10.4 imi ROr 2 tn'" Z Ce Ln 1 111/1 X-1 i ,.., trl pi I in 4( pill 1 JaD Pet etti p2 act p2 0 ,OD I Ce CI au P3 Oa n II" X x x x x X X X 24V. X X X X \/ x x x CI aill PS p r-\ I 1 Cie WI to% 0 acua X gamil aTts 4 tX +OD MID I ,C3F-1 P7 I 14:C CA CS al ed LA ce "1- (...9 ..c co ICC N -1- -, 0 ti 0.0 C:) Ilime , —1 14-4111 — ,---, ,----- 8 It t ;ff, ± ! 4100-1329 A . - 4100-1329 A E DIGITAL 100 WATT AMPLIFIER 70V k....) ..-- 3 maw i s., Leffit .,_ DIGITAL 100 WATT AMPLIFIER 70V ,...) 6 RMS 120VAC 60Hz — . ggRMS 120VAC 60Hz BACKUP 1- BACKUP AUDIO40 TB2 =al I. :Oil( PRY 0)IT• , .24, _ TB2 AUDIO WI Ism O.-. P5 1 I Jim any 07 © © BTRY()- 0 CO '-' )%,1‘ CONNECT TO 120VAC 60HZmir .-. ,.:'` CONNECT TO 120VAC 60HZ N......., • I ...., 1-, N.--/ I MOUNTS TO BACKBOX I- MOUNTS TO BACKBOX 7 ---------------- :10 0 0 0 I -------------------- 01-50 0 0 in - 0 0 0 0 te. 1 I 1 r -1 i >" 1 —141 0 0 0 0 0 0 0 Ok4 0 0 0 0 ' ) I 1 1 _____ 1 M, 0 0 0 0 :: I 0 0 0 0 Ci 0 - . I 4 Q < 0 0 0 0 - - 0 0 0 0 CI .4 C.4 M •41F I-4 e•I M .41. Ce M M O. M 6 , I L _I , REVACIVE THE 3 LINES TOUCHING THE RED LliislE REMOVE THF 3 LINES TOUCH ' 1 50 Ah BATTERY 50 Ah BATTERY Ah BATTERY 50 Ah BATTERY ____e fte 2081-9296 2081-9296 IF YOU HAVE A 4100- 5128 BA i i ERY BLOC,K 9N ORDER 2081-9296 2081-9296 IF YOU HAVE A 4100- 5128 BA : USE RED X AS THE INSERTION POINT FOTHE 4100- 5128 LP° 11 USE RED X AS THE INSERTION 8 .../ ,-. FL /-.. 0 clita cs9 , - be = tll "CC r-9 .., L..0. 2 L. .._ _ L . ,IN 1 x 41 r 6 zz'w DRAWN BY: R.CONDO CHECKED BY: J.JOHNSON . ' ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS 0 2018 SYSTEM: • FIRE ALARM SYSTEM SHEET: FIRE ALARM CONTROL PANEL TPR1 FIRE ALARM CONTROL PANEL TPR1 PANEL DETAIL TPR1 CABINET #1 - MAIN LEVEL CABINET #2 - MAIN LEVEL N,..' . SRO A101 SRO A101 L. SCALE: NTS ' SCALE: NTS -k- m Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. — -- • , KEYED NOTES: OJOHNSON CONTROLS TECHNICIAN TO INSTALL NEW PANEL COMPONENTS AS SHOWN ON DRAWINGS. diiimim.‘6" -40 a,� "1111.111111111141/4111V co r-- Ir 0 SYSTEM CONDUIT, 314" MIN. (2" SHOWN) o un REFER TO MOUNTING DETAIL FOR TYP. CONDUIT w z PENETRATION LOCATIONS C 0 0 a O 11.11 a ,. , - \ DO NOT LOCATE POWER-LIMITED WIRING IN THE SHADED AREAS Iin I. OF THE BACKBOX,THIS AREA I5 RESERVED FOR NON POWER C lnrn LIMITED CIRCUITRY SUCH AS AC POWER, BATTERIES AND CITY C o [ I aoc,� [ I CONNECTION. O �o [ I V oi Ic cwo Iiii C.,1 cn_o� W V9 O Y COI W A war .,, ..., .. - - —. II �i���� � ..-_-f. �_ -�-� � �D V7 pQ44oQICANIC I {B _ n I a TO TRANSPONDER 1 AT MAIN LEVEL SRO A101 �!� FERRITEBEAD �✓ ! I BAY 1 TERMINATIONS ! — SEAN MALLON I I i LICENSE#5189LEA _ n3 ri�ia n= / 1l+fi�.��� iiia I - I , j;n 000 a®m a SOINIM s w� s■sessLiNA a lOK lOK lOK Ei I '+ PI 2 I EXPIRES 10101!2020 ® IP I ;.' 'm I.. ..1 t a a i 4 A 000 ® 000®0®00000®00®1 E 371 i , 4100-5005 ` 1 r °;u s ma L It 0) T N ('-- 144-ix iI a IED BLIT 91D SE TI RI — 0 8ZONE /� —�I �� a € CLASS B « �.I ,...' . .... V (::_p_,. O t 1 s L MOTHER$D. °� ,,,Irk�I,�ipi:u': ,,, ii:14+P:bil'10sEIM �:);,.II. —§1 I e1 O ( - �1 0 1 1 .... K I? to CPU MOTHERBOAR�D = - : 4 4 1 I �� I..,�...Iwlq=nw. A.M.., ,.... -..e. a ® 4100-6052 •. 1 1 A : P fp ■.L1 IUL1 .n[= eJ [ m I `�� C 00, 0 0 I . ,.�, ..,=, © 0 8 EVENT i '2 -- Il M5 �1 I • cams O O 001 l �7 ("' � , Com, ° ( 7 e �1 U nw nCroaTlNG ooal I B DACT 001 (� ' 3a SYSTEM POWER SUPPLY •■ k `9 o 01n I g.„-- 3a N MOUNTS ON 1 Ode O� O / • An' BRACKET ��1 '_ 111 - ®® 120VAC 6 Hz U.•II To prevent wires from 16P1 y o m n 00[ 1 ,� C._.� 0 Q QJ o , �3 0 C� th®®n�sur onto batteries, Pe them m a „II ' _ _ �1 �r�w heulleb� -_ __ —,.. 1� — a a — —i � � :M..eal1 o.all. �Miro E. WI t-I o e =�Y.r.■I.. lull!!.Iwl A. '., — I `,-1= Ir r k+elrs,r W.!von M.N1 Ire.,.,■n■ m;K. " I , !r G ,,IIM Iw.IY nit IleYll lHkIt. Pro.Iw.�c �I' ° • lel Y1* adint,.i. hu.Y I.IIik.Ilw YII[I. ® Li ® I p N I.nl hw.III Il llwl. j • J a uA Nlt1town 7 w rzl-�-1 I I it II 0 0 MC ............ ............. ............................ _ __- ___ ____ , t `1 S g la7f2 1`Ilial 11�� 1€1 IA n . At a H •a g ,, .•...... �I I IN SimpEx 4100' 1 -----.--._-._._._.__-_. g 5 T R A N S F©R P�EG3 • 1 Cliff L_TO ANNUNCIATOR AND DUCT DETECTORS 11 M 1oen * BLACK RED ca I I N Ml ilM M2 a ;1 1., 1r. BAY 2 TERMINATIONS B � �� o L 1�In1 t1 0. `l El en Q TO TRANSPONDER 1 LOCATION MAIN LEVEL SRO A101 ® Alt( ��� �OG�O D�� o}n1�1�09 I ll SC Du 9 ......!loll... °� °_ '21.-, lil tli fA.M. Ip „ ml 1 I. >>{h • H:::.. I ,', , . ;ter (NON-POWER t,i 2VI7° 11 �� r ,• a ® "" °`" �. ,� Ste ' _ _ LIMITED) i FROM UL--LISTED F.A.C.P. ri 4100-96211-1311 :, 001. AAA. I 1 ,_. 4100-3102 4100-3102 1 OR PREVIOUS ZDNet f DIGITAL AUDIO MAPN ET Q ADDRESSABLE MAPN ET Q ADDRESSABLE �' DEVICE AVM �1 CONTROLLER 41001290 — 24 PT.I/O INTERFACE MODULE INTERFACE MODULE 1 O COMMAND a:ih4 OF ! • ® QO 1 1 Q LI o0 I wu n :4 o IIII Ili CELLULAR TO SDACT COMM ? + 0 Eti•Ac ,ao illar �`�E giLd LOSS CONTROL RELAY MODULE I 1 n O a °I ", . 'I" `-- (AOM) (SIMPLEXGRINNELL 1 In; "" "" II.. " 1 I . . I ' — 4090-9002) I i 110. IMO 00. O ® ndo: lam! a O I .. I //-�� l_3:�R 2 WV ,r�s I 1 L°SI�1 A a e!t a11 rt rl, v I `A 514ACER 1 iI■1 L ►.I 1f I ��== O - © I 1 �, Q • 1 1 I ., I - _ .� r ) © o0 I Z �.�,� 4F+L-. d I s,.raaC I� • o � k I I 'IR uE- ni a I I 0 1 _ PN71l� i I _ �, I --.- O' LL @ } i N !c E ® I-" C�1..I�7.v WHT—I C AI -R- - 11� o I .III..0:IRS f11'`tli m U z r;I7 O t 1 t) {' y I et. :. PAM 2 1 '-�1 ° ° °... 0 I+ 12V NO w '� � 2 E3— I ..aiiiii I RELAY 0.O m1 o ;1[ I c 'TO REMOTE MICROPHONE LOCATION MAIN LEVEL RECEPTION ATTENDANCE A100 M M TROUBLE WLIH CELLULAR M3 M4 10K 10K 10K 10K� COMMUNICATOR B R ~B Z 2 II -a 15 = I 111_ 111 C\ 11 0 a D BAY 3 TERMINATIONS MODULE (AIM) ± fi ILI 07. INDIVIDUAL ADDRESSABLE I I �.,' -''I D©i EXISITING CIRCUIT MAi� �� ° �� 1 DB EXIS NG CIRCUIT (SIMPLEXGRINNELL Z a 1.1.1 m '�1► m - m m = r•�i—_-.-c) �c�; �c) �c f� 1- IS EXISmN�clRCurr 4090-9001 ) T T Z ,.,'= TOADDITIONAL DEVICES 0 sem ' "=e-' I'=r' 1 eru DQ' EXISITING CIRCUIT O L� 4100-5005 �B'" 3{ OR RETURN TO FIRE 41aa 3102 alao'3102O H o MAPNET Q ADDRESSABLE MAPNET II ADDRESSABLE 8 ZONE B a 10K 10K + Q I INTERFACE MODULE INTERFACE MODULE I ALARM CONTROL PANEL 4 0 MOTHER BD. a 2FOR N C1 �A 1. " 4 ....I � �. I APPLICATION CTA ION YLE 6 SYSTEM ZLel 7. 1 1 C 41]:: , ���• � I _..,..,..,..,._ ,�,� 4 5�-�fi_� 8 910�l lz.� I DSC CELLULAR COMMUNICATOR W � � ma4mmsa }I° I MAIN cLECNI [n '' mNAC1 NAC mNAC3 I ,3aN 1 1 ,. III SRO A101 0 = n I R I I11 - 50 '�In XPS fXPANO• ill 1 �' Z � a 0 0 41 its Ce Tor {I� `� 4100-5101 l H C, H `J • I —~ XPS POWER SUPPLY III ' 120VAC 60Hz 1 ,111, d Fi�E Control 1 11 al 3 s" � ® wnEe € e, e o o a ° ,r� *, •l CONNECT TO 120VAC 60HZ [ 11 1 1 111 111H� li � �f � f � l'iKIf.- . L. .14 . _.. _ _ _ 6 L I 10K 10K 10K lOK EIiF MOUNTS TO BACKBOX ACKBOX CO O ____ 085: 11IO OOO c3 .I 0L 1 ill 11[41111111-11111-- ill ti 118 O O O O ,00 00 cc L JJL ___ _ Aida Uam. ULU All -- _ r a a a a a L ,_ -- J 0 O 0 a FACTORY WIRING I - -- - n I j] FUSE I a a i I 5 l — RED z l o r — I I B al ©1 a ♦� vi- + s BLACK 11! I0 E x { i f - I —Min ADDRESS 734-083 110 Ah BATTERY SET 2081-9279 SWITCH FACTORY WIRING Q w b 15A FUSE a rN ND O Ne Do • BATTERY CHARGER v-, cr o I CONTROL CARD N .`-I 0 0 L FIRE ALARM CONTROL PANEL EXISTING FACP I °° CD,,,n DRAWN BY: R.CONEJO CABINET #1 MAIN LEVEL EI ° CHECKED BY. J.JOHNSON SRO A101 01- I ISSUE DATE: 1117118 SCALE:NTS °° JOB#: 4081-9306 CABINET W/2081-9279 110Ah BATTERIES PROJECT#: 4A8:609109801 SCALE:NTS JOHNSON CONTROLS 0 2018 ACCESS PANEL LOCATED SYSTEM: JUMPER P3 ON SIDE OF CHARGER FIRE ALARM SYSTEM SHEET: ' O O 9 120VAC O O ACCESS DOOR LOCATED ON NEUTRAL ® 0 0 ® FRONT OF CHARGER PANEL DETAIL EXISTING FACP 120VAC CONNECTION m N Cr) .--I I-U L rNi x FA-502 ©Johnson Controls 2018.All rights reserved.Reuse,copying,modification or alteration of the drawings and other information contained herein is strictly prohibited. - 4100es XPDR I IDNET CHANNEL Ml ADDRESSES IN USE:65(26%)I SPARE ADDRESSES:185(74%) SWITCH SETTINGS IDNET CHANNEL M1 ADDRESSES IN USE:69(27.6%)I SPARE ADDRESSES:181(72.4%) SWITCH SETTINGS Standby Total Alarm Total I Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 9 Address Location Description 1 2 3 4 5 6 7 8 9 ��� Module Qty Description Current Standby Current Alarm §c - M1-i X ON M1-126 XXXX X X ON Q Panel Equipment M1-2 X o" M1-127 X XXX X XX o" ,proo en 4100-9600 1 BASIC TRANSPONDER * 0.0870 0.0870 0.0870 0.0870 MI-3(L1) RIAM RELAY MAIN LVL SRO.0101-SIGNAL DH PS 1-3 X X ON M1-128 X ON `__ Ln M1-4(L1) IAM SUPERV MAIN LVL SRO A101-MONITOR DH PS 1-4 X I ON M1-129 X X ON 4100-0622Ln 4.11 fit 1 DIGITAL AUDIO RISER MODULE 0.0700 0.0700 0.0700 0.0700 � z M1-5(L1) RIAM RELAY MAIN LVL SRO A101-COMM SIGNAL 1-5 X X ON M1-130 x X ON = " 4100-0634 2 POWER DISTRIBUTION MODULE 120V 0.0000 0.0000 0.0000 0.0000 C LAM SUPERV MAIN LVL SRO A101-COMM MONITOR 1-6 X X ON M1-131 X X X ON 4100-1329 3 DIGITAL 100W AMP,6NAC,120VAC,70V 0.0850 0.2550 3.8000 11.4000 M1-6(L1) 0 <Ml-7 XXX °" M1-132 X X ON .�■� � 4100-3110 1 IDNet2+2 MODULE-UP TO 250 DEVICES 4 ISOLATED LOOPS * 0.0500 0.0500 0.1000 0.1000 I M1-8 X ON M1-133 X X X ON N C 4100-5128 2 EXTERNAL BATTERY POWER 0.0000 0.0000 0.0000 0.0000 I Mi-9 X X ON M1-134 X X X ON C0 ton0rIn a„C) 4100-5325 3 ENHANCED POWER SUPPLY,3 CHANNELS,120V 0.1250 0.3750 0.2200 0.6600 M1-10 X X ON M1.135 XXX X ON o� Panel Totals 0.8370 12.3170 M1-11(L1) PHOTO SMOKE MAIN LVL SRO A101 1-11 X X X ON M1-136(L2) PHOTO SMOKE UPPER LVL ELEV 02 EL02-2 TOP HOIST 1-136 X X ON0 43 624' M1-12(L1) ADRPUL PULL MAIN LVL RECEPTION/ATTENDANCE A100 1-12 X X ON M1-13712 HEAT HEAT UPPER LVL ELEV 02 EL02-2 TOP HOIST 1-137 X x X ON ~v �let') IDNet Addressable Devices(SLC) ( } M M1-13(11) PHOTO SMOKE MAIN LVL CORR E100 BY ST01-1 1-13 X X X ON ' M1-138(12) RPHOTO LSDUCT UPPER LVL W200 BY EL02-2 DAMPER 1-138 X X X ON o`�w 4099-9004 1 ADDRESSABLE SINGLE ACTION MANUAL STATION * M1-14(L1) PHOTO SMOKE MAIN LVL CORR E100 BY RM E101 1-14 XXX ON ON �' `p �" ( ) M1-139(L2) RPHOTO LSDUCT UPPER LVL W200 BY EL02-2 DAMPER 1-139 X X X X 4090-9001 20 IDNET SUPERVISED IAM * M1-15(L1) PHOTO SMOKE MAIN LVL COMMONS W105B BY EL 01-1 1-15 X X XX ON M1-140(L2) PHOTO SMOKE UPPER LVL CORR W200 BY EL02-2 1-140 X X X ON 4090-9002 10 IDNET RELAY IAM * Constant current draw of.8mA standby and 1mA alarm per address used. M1-16(1.1) IAM SUPERV MAIN LVL ELEV MACH RM N114 POW MON 1-16 X ON M1-141 X X X x ON Devices requiring additional current are accounted for in the section M1-17(L1) RIAM PRIMARY MAIN LVL ELEV MACH N114 PRI RECALL 1-17 X X ONON 4098-9714 12 TRUEALARM PHOTO SMOKE SENSOR labeled"Miscellaneous Peripheral Devices Requiring Additional System ( ) ON M1-142 XXX X * Power". • M1-18(11) RIAM ALTERN MAIN LVL ELEV MACH N114 ALT RECALL 1-18 X XM1-143 XXXX x ON SEAN MALLON 4098-9733 4 TRUEALARM HEAT SENSORI M1-19(Ll) RIAM RELAY MAIN LVL ELEV MACH N114 SHUNT TR 1-19 X X X ON THRU ON LICENSE#5189LEA 4098-9756 18 TRUEALARM DUCT SMOKE SENSOR W/RELAY OUTPUT * M1-20(L1) RIAM RELAY MAIN LVL ELEV MACH N114 HAT FLASH 1-20 X X ON M1-250 I I x I X I X I X(XIX ON EXPIRES 10/01/2020 * M1-21(L1) PHOTO SMOKE MAIN LVL ELEV MACHINE RM N114 1-21 X X X ON 4098-9792 16 TRUEALARM SENSOR BASE NOTE:THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. M1-22(11) HEAT HEAT MAIN LVL ELEV MACHINE RM N114 1-22 X X X ON THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. Miscellaneous Peripheral Devices That Require(Additional)System Power M1-23(LI) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-23 XXX X ON ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW,PRIOR TO PROGRAMMING. 4098-9843 I 18 ENCAPSULATED RELAY PAM-SD 0.0000 0.0000 0.0150 0.2700 M1-24(L1) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-24 X X ON POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. 4098-9756 I 18 TRUEALARM DUCT SMOKE SENSOR W/RELAY OUTPUT 0.0030 0.0540 0.0150 0.2700 M1-25(11) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-25 X X X ON 4603-9101 1 1 SERIAL LCD ANNUNCIATOR 0.0650 0.0650 0.1400 0.1400 M1-26(L1) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-26 X X I x ON Notification Appliances Setting I M1-27(L1) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-27 X X X I X ON 49SO-APPLC 12 SPEAKER ONLY APPLIANCE,CEILING MOUNT 0.0008 0.0096 0.0090 0.1080 I M1-28(L1) IAM SO MAIN LVL SPKLR RISER N110B TAMPER 1-28 X X I X ON 4950-APPLW 2 SPEAKER ONLY APPLIANCE WALL MOUNT 0.0008 0.0016 0.0090 0.0180 I M1-29(L1) IAM WATER MAIN LVL SPKLR RSR N110B WATERFLOW 1-29 X X X I X ON M1-30(L1) IAM WATER MAIN LVL SPKLR RSR N110B WATERFLOW 1-30 XXXX ON 49SV-APPLC 19 S/V APPLIANCE ONLY,CEILING MT 110 0.0008 0.0152 0.1930 3.6670 ON . M1-31 XX XXX 495V-APPLC 60 S/V APPLIANCE ONLY,CEILING MT 15 0.0008 0.0480 0.0590 3.5400 M1-32 X ON 49SV-APPLC 25 S/V APPLIANCE ONLY,CEILING MT 30 0.0008 0.0200 0.0820 2.0500 M1-33 X X ON 495V-APPLC 51 S/V APPLIANCE ONLY,CEILING MT 75 0.0008 0.0408 0.1450 7.3950 M1-34 X I X ON 49SV-APPLW 5 S/V APPLIANCE ONLY,WALL MT 110 0.0008 0.0040 0.1320 0.6600 M1-35 X X X ON 49SV-APPLW 1 S/V APPLIANCE ONLY,WALL MT 75 0.0008 0.0008 0.1000 0.1000 I M1-36 X X ON 49SVH-APPLC-O 2 TA WP ADDRESSABLE S/V APPLIANCE ONLY,CEILING WP135 0.0008 0.0016 0.3350 0.6700 I M1-37 X X X ON 49V0-APPLC 22 STROBE,APPLIANCE ONLY,CEILING MOUNT 15 0.0008 0.0176 0.0550 1.2100 i M1-38 X X X ON 49VO-APPLC 9 STROBE,APPLIANCE ONLY,CEILING MOUNT 30 0.0008 0.0072 0.0830 0.7470 M1-39 XXX X ON M1-40 X X ON 49VO-APPLC 2 STROBE,APPLIANCE ONLY,CEILING MOUNT 75 0.0008 0.0016 0.1530 0.3060 M1-41(11) RPHOTO LSDUCT LOWER LVL WOOOC BY RM WOIO DAMPER 1-41 X X X ON 49VO-APPLW 1 VO APPLIANCE ONLY WALL MT 30 0.0008 0.0008 0.0570 0.0570 I M1-42(L1) IAM SO LOWER LVL BOILER RM WO10 TAMPER 1-42 X X X ON Peripheral Totals 0.2878 21.2080oN M1-43(Ll) IAM SO LOWER LVL BOILER RM WOZO TAMPER 1-43 X X X X Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 11.7034 M1-44(L1) IAM SO LOWER LVL BOILER RM W010 TAMPER 1-44 X X X ON RUI Totals 1 0.0035 0.0035 M1-45(L1) IAM SO LOWER LVL BOILER RM WO10 TAMPER 1-45 X X X X ON • Address Totals 65 Addresses 0.0520 0.0650 M1-46(L1) IAM SO LOWER LVL BOILER RM WO10 TAMPER 1-46 X X X X ON *Device Address current draw included below (See Additional Current Draws): System Totals*: Standby 1.1803 Alarm 45.2969 M1-47(L1) IAM SO LOWER LVL BOILER RM WO10 TAMPER 1-47 X X X X X ON M1-48(L1) IAM WATER LOWER LVL BOILER RM WO10 WATERFLOW 1-48 X X ON 2. Backup Amplifier assumes Main Amplifier alarm current on failure. M1-49(L1) IAM WATER LOWER LVL BOILER RM W010 WATERFLOW 1-49 X X X ON • Standb StandbyM1-50(L1) RPHOTO LSDUCT LOWER LVL CORR S000A BY 5005 DAMPER 1-50 X X X ON Y Alarm Alarm M1-51(L1) RPHOTO LSDUCT LOWER LVL CORR S000A BY 5005 DAMPER 1-51 X X X X ON Battery Set#1 (Cabinet/Charger#1) Current Total Current Total ON Select ALL Power Supplies on this battery set M1-52(L1) RPHOTO LSDUCT LOWER LVL EXTR STOR S007B MUA-3 1-52 X X X M1-53 X I X X X ON EPS-1 0.5094 8.0410 M1-54 X X X X ON EPS-2 0.1786 6.6560 M1-55 XXX XX ON Amp-1 0.0850 3.8000 M1-56 X X X ON 01 Sub Total 0.7730 18.4970 M1-57 X I XXX ON Z o Additional Current Draws: M1-58 X XXX ON IDNac Current Boost for 29vdc Regulated Output** 0.0000 7.5940 M1-59 X X I XXX ON 0 RUI Connected Peripheral Devices �~ P 1 x 0.0035 =0.0035 x 0.0035 =0.0035 M1-60 XXXX ONll M1-61 X XXXX ON 0 MAPNET/IDNet Device Address Communication Current 65 x 0.000800 =0.0520 x 0.001000 =0.0650 I M1-62 XXXXX ON s Sub Total 0.8285 26.1595 I M1-63(L1) PHOTO SMOKE UPPER LVL ELEV BY COMMONS N200C 1-63 XX XX X X °N NIN M1-64(11) HEAT HEAT UPPER LVL ELEV BY COMMONS N200C 1-64 X ON 0 Spare addressable point capacity 0% 0 x 0.0008 =0.0000 x 0.001 =0.0000 I PHOTO SMOKE UPPER LVL COMMONS N200C ELEV LOBBY 1-65 X x oN v-) M1-65(11) Total 0.8285 26.1595 I M1-66(Ll) RPHOTO LSDUCT UPPER LVL ROOF OSA-2 SUPPLY 1-66 X X ON Cie i I M1-67(L1) RPHOTO LSDUCT UPPER LVL ROOF AHU-2 SUPPLY 1-67 X X x ON PANINI Standby Time= 24 Hrs x 0.8285 =19.8840 Standby Ah I Ml-68(L1) RPHOTO LSDUCT UPPER LVL ROOF AHU-2 RETURN 1-68 X X ON a Z I M1-69 X X X ON 0 p Alarm Time= 15 Min 0.25 x 26.1595 =6.5399 Alarm Ah �-- 262 .4239 M1-70 X X X ON ICC QS Additional Spare Battery Capacity= 20% + 5.2848 IN pot a% 0 M1-71 XXX X ON Z cd Ln M1-72 x x 31.7086 ONcc 'Nil17 • 17 Battery Discharge Factor= 20% + 6.3417 M1-74 M1-73 x X X x °N X d N Minimum Battery Required 2081-9296 SOAH(2x) 38.0504 M1-75 X X X X ON e Battery Supplied 2081-9296 50AH(2x) I M1-76 Ix x X ON N d GC 15, *System Totals represent total system current requirements.Those currents may be distributed between multiple battery sets or power supplies as shown above. I M1-77 X X X X ON = 0 M1-78 XXXI X ONC(� B a trh M1-79(L1) RPHOTO LSDUCT ROOF LVL AHU-1 RETURN 1-79 X X X X X ON 0 ce co Q **IDNac Current Boost formula: ((29.5*IDNac Alarm Current)/.92)/20.4=Adjusted Current M1-80(L1) RPHOTO LSDUCT ROOF LVL AHU-1 SUPPLY 1-80 x X ON w Cii) i.7 DC-DC Converter Output=29.5vdc.Terminal Output is 29vdc due to 0.5vdc internal loss. CO Converter Worst Case efficiency is 92%,20.4vdc represents battery output in 85%depleted state M1-81(11) RPHOTO LSDUCT ROOF LVL MUA-1 SUPPLY 1-81 X X X ON P G"1 M1-82 X X X ON Standby Standby Alarm Alarm M1-83 X X X - X ON 0 Battery Set#2 (Cabinet/Charger#2) Current Total Current Total M1-84 X X X ON !-L1 Select ALL Power Supplies on this battery set I M1-85 X X X X ON -- EPS-3 0.1818 7.4280 I M1-86 X X X X ON 3 o Amp-2 0.0850 3.8000 M1-87 XXX X X ON • Amp-3 0.0850 3.8000 I M1-88 X X X ON c, Sub Total 0.3518 15.0280 M1-89 X X X X ON Additional Current Draws: M1-90 X X X X ON IDNac Current Boost for 29vdc Regulated Output** 0.0000 4.1094 M1-91(12) PHOTO SMOKE MAIN LVL ELEV LOBBY BY RM W105 1-91 X X X X X ON MAPNET/IDNet Device Address Communication Current 0 x 0.000800 =0.0000 x 0.001000 =0.0000 M1-92(12) RPHOTO LSDUCT MAIN LVL CORR W101A BY W101 DAMPER 1-92 X X X X ON Sub Total 0.3518 19.1374 M1-93 X X X X X ON o I M1-94 XXXX X ON 8 Spare addressable point capacity 0% 0 x 0.0008 =0.0000 x 0.001 =0.0000 I M1-95 XXXXX X ON I M1-96 I X X ON 0. Total 0.3518 19.1374 W M1-97 x X X ON StandbyTime= StandbyAh M1-98 X X X ON 5 24 Hrs x 0.3518 =8.4432 M1-99 X X X X ON z o Alarm Time= 15 Min 0.25 x 19.1374 =4.7844 Alarm Ah M1-100 X X X ON r- 13.2276 13.2276 M1-101 X X X X ON a Additional Spare Battery Capacity= 20% + 2.6455 M1-102 X X X X ON c 15.8731 M1-103(L2) IAM SUPERV LOWER LVL ELEV MACH WOO1B POW MON 1-103 X X X X X ON he Battery Discharge Factor= 20% + 3.1746 M1-104(12) RIAM PRIMARY LOWER LVL ELE MAC WOO1B PRI RECALL 1-104 X I X X ON Minimum Battery Required 2081-9287 25AH(2x) 19.0477 M1-105(L2) RIAM ALTERN LOWER LVL ELE MAC WOO1B ALT RECALL 1-105 X X I X X ON u Battery Supplied 2081-9296 SOAH(2x) M1-106(12) RIAM RELAY LOWER LVL ELE MACH WOO1B SHUNT TR 1-106 X X X X ON M1-107(12) RIAM RELAY LOWER LVL ELE MACH WOO1B HAT FLASH 1-107 XX X XX °N a m M1-108(L2) PHOTO SMOKE LOWER LVL ELEV MACHINE RM W001111-108 X X X X ON a o M1-109(L2) HEAT HEAT LOWER LVL ELEV MACHINE RM WOO1B 1-109 X XX XX ON 9 .:4 M1-110(L2) RPHOTO LSDUCT LOWER LVL ELEV MACH WOO1B DAMPER 1-110 XXX XX ON UJ g N M1-1l1(L2) RPHOTO LSDUCT LOWER LVL ELEV MACH WOO1B DAMPER 1-111 XXX X XX ON C M1-112(L2) PHOTO SMOKE LOWER LVL ELEV LOBBY WO3B 1-112 Ix X X ON Z 4100es XPDR Speaker Db Loss Calculations M1-113 X I x x x ON MAXIMUM-3 dB DROP M1-114 X I I x x x ON DRAWN BY: R.CONEJO to *Circuit Voltage=70vrms[Et] ON CHECKED BY: J.JOHNSON Total Total Wire Est.Ckt. Wire Res. Circuit Speaker Speaker Voltage Watts Actual Max Allowable Ml-1!5 X X I X x x ON ISSUE DATE: 11/7/18 Plan Speaker Speaker Speaker Speaker Speaker Speaker Speaker Speaker Spkrs Watts Gauge Length Per Foot Resistance Current Resistance At End At End dB Loss Ckt.Length Mi-116 I X XXX ON JOB#: M1-117 X X XXX PROJECT*: 448:609109801 SPEAKER CIRCUIT DESCRIPTION Circuit Tap Tap Tap Tap Tap Tap Tap Tap per [P] [D]in [Rw] [RI=2D*Rw] [I=P/Et] [Rs=Et/I] [Es=(Et*Rs) [Pe=(Es) [dB=Log10 [ML=(0.414*Rs) Amp# Number .125 Watt .25 Watt .5 Watt 1.Watt 12.Watt 4.Watt 7.5 Watt 15.Watt Circuit Feet /(Rs+RI)] "2/Rs] (Pe/Wit)] /(2*Rw)] Mi-118 XX XXX ON JOHNSON CONTROLS O 2018 MAIN CVL PHASE1 Amp-1 Tl:S1 2 13 1 16 8.Watts 189a 900 0.0078 13.986 0.114 612.500 68.437 7.647 -.2 db 16318 Ft M1-119 XXX XXX ON SYSTEM: MAIN LVL PHASE1 Amp-1 T1:S2 1 7 5 _ 13 8.75 Watts 189a 710 0.0078 11.033 0.125 560.000 68.647 8.415 -.17 db 14919 Ft. MI-120 I XXXX ON FIRE ALARM SYSTEM MAIN LVL PHASE2 Amp-1 T1:53 4 14 4 22 12.Watts 189a 1400 0.0078 21.756 0.171 408.333 66.459 10.817 -.45 db 10878 Ft. M1-121 X XXXX ON MAIN LVL PHASE2 Amp-i T1:S4 1 8 9 4.25 Watts 189a 600 0.0078 9.324 0.061 1152.941 69.438 4.182 -.07 db 30715 Ft. M1-122 X X I X X X ON SHEET: MAIN LVL PHASE2 Amp-1 Tl:S5 I 7 7 3.5 Watts 18ga 820 0.0078 12.743 0.050 1400.000 69.369 3.437 -.08 db 37297 F#. M1-123(L2) RPHOTO LSDUCT UPPER LVL ROOF AHU-4 RETURN 1-123 XXI XXXX ON MAIN LVL PHASE2 Amp-1 T1:56 I 2 7 I 3 12 7.Watts 189a 1010 0.0078 15.695 0.100 700.000 68.465 6.696 -.19 db 18649 Ft. LOWER LVL PHASE2 Amp-2 T1:S7 I 3 14 I - - 17 7.75 Watts 189a 1100 0.0078 17.094 0.111 632.258 68.157 7.347 -.23 db 16844 Ft M1-124(12) RPHOTO LSDUCT UPPER LVL ROOF AHU-4 SUPPLY 1-124 IX XIX X X ON CALCULATIONS AND LOWER LVL PHASE2 Amp-2 T1:S8 3 I 7 10 8.5 Watts 189a 800 0.0078 12.432 0.121 576.471 68.522 8.145 -.19 db 15358 Ft. I MI-125(L2) RPHOTO LSDUCT UPPER LVL ROOF OSA-1 SUPPLY 1-125 X I X X X X X ON SCHEDULES LOWER LVL PHASE1 Amp-2 T1:S9 3 4 I 6 13 8.75 Watts 18ga 1100 0.0078 17.094 0.125 560.000 67.927 8.239 -.26 db 14919 Ft. NOTE:THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. N LOWER LVL PHASE2 Amp-2 T1:S10 1 10 11 5.25 Watts 189a 1150 0.0078 17.871 0,075 933.333 68.685 5.055 -.16 db 24865 Ft. THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. al UPPER LVL PHASE1 Amp-2 T1:S11 1 18 19 9.25 Watts 189a 1700 0.0078 26.418 0.132 529.730 66.675 8.392 -.42 db - 14112 Ft. ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW,PRIOR TO PROGRAMMING. _ UPPER LVL PHASE2 Amp-2 T1:S12 9 2 � 11 6.5 Watts 189a 900 0.0078 13.986 0.093 753.846 68.725 6.265 -.16 db 20083 Ft. a POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. FA-601 UPPER LVL PHASE1 Amp-3 T1:S13 12 � 12 6.Watts l8ga 1100 0.0078 17.094 0.086 816.667 68.565 5.756 -.18 db 21757 Ft. x UPPER LVL PHASE1 Amp-3 T1:S14 1 4 5 2.25 Watts 189a 1000 0.0078 15.540 0.032 2177.778 69.504 2.218 -.06 db 58018 Ft. 0 M Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall beat the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. ilmor .0.011111MN pN en t0 en in igen "":417....11114tik,H1‘ en en -EPS-1 CIRCUIT SUMMARY&VOLTAGE DROP W Alarm Unit Wire Spare Spare o Channel Description Current %Drop Load* Length Current VoltageDrop C 0 a LL Tl:A1:1 MAIN LVL PH1 2.203A 11.54% 28 1,030 27% 44% 0 a T1A1:2 MAIN LVL PH1&UPPER LVL PH2 2.390A 10.04% 19 1,342 20% 51% 43 1-3 T1:A1:3 MAIN LVL PH2 2.291A 16.40% 26 1,585 24% 21% TiA1:1 Notification SLC Distributed Load Voltage Drop C tn C moa Starting Voltage: 29vdc o 0 g om Min. Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75°Celsius Li) cc N 8 M Allowable%Drop: Y0,7% Home Run Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75°Celsius 0 C 2,-Eg iiik m enol POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. Class B Calculations to a""e S o5vwi I T1:A1:TRUEALERT POWER SUPPLY-CHANNEL 1 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length T1:A1:1-1 SV 49SV-APPLC 30cd MAIN LVL CONF A102 1-A1:1-1 X ON 1 T1:A1:1-1 PANEL 30 49SV-APPLC 30cd 0.0820 2.203 0.406 28.594 Branch 1:11.54% T1:A1:1-2 VO 49V0-APPLC 15cd MAIN LVL PRINCIPAL A103 1-A1:1-2 X ON 1 T1:A1:1-2 T1:A1:1-1 37 49V0-APPLC 15cd 0.0550 0.055 0.012 28.582 Length:1030 Ti:A1:1-3 SV 495V-APPLC 75cd MAIN LVL RECEP/ATTENDANCE A100 1-A1:1-3 X X ON 1 Tl:A1:1-3 T1:A1:1-1 35 49SV-APPLC 75cd 0.1450 2.066 0.444 28.150 SEAN MALLON T1:A1:1-4 VO 49V0-APPLC 15cd MAIN LVL RECEP/ATTENDANCE A100 1-A1:1-4 X ON 1 T1:A1:1-4 T1:A1:1-3 31 49V0-APPLC 15cd 0.0550 1.921 0.366 27.785 LICENSE#5189LEA T1:A1:1-5 SV 495V-APPLC 30cd MAIN LVL 0 ASST.A112 1-A1:1-5 X X ON 1 T1:A1:1-5 T1:A1:1-4 36 49SV-APPLC 30cd 0.0820 1.866 0.412 27.372 T1:A1:i-6 SV 49SV-APPLC 30cd MAIN LVL 0 ASST.A112 1-A1:1-6 X X ON 1 T1:A1:1-6 T1:A1:1-5 44 49SV-APPLC 30cd 0.0820 1.784 0.482 26.890 EXPIRES 10/01/2020 T1:A1:1-7 SV 49SV-APPLC 15cd MAIN LVL CORR.A100B BY RM A106 1-A1:1-7 X X X ON 1 T1:Ai:i-7 T1:A1:1-6 36 49SV-APPLC 15cd 0.0590 0.954 0.211 26.679 Ti:A1:1-8 VO 49V0-APPLC 15cd MAIN LVL MAIL A109 1-A1:1-8 X ON 1 T1:A1:1-8 T1:A1:1-7 29 49VO-APPLC 15cd 0.0550 0.895 0.159 26.520Cf--\ ' T1:A1:1-9 VO 49V0-APPLC 15cd MAIN LVL TOILET N118 1-A1:1-9 X X ON 1 T1:A1:1-9 T1:A1:1-8 21 49VO-APPLC 15cd 0.0550 0.840 0.108 26.412 T1:A1:1-10 VO 49V0-APPLC 15cd MAIN LVL TOILET N117 1-A1:1-10 X X ON 1 T1:A1:1-10 T1:A1:1-9 18 49V0-APPLC 15cd 0.0550 0.785 0.087 26.325 T1:A1:1-11 VO 49V0-APPLC 15cd MAIN LVL TOILET N116 1-A1:1-11 X X X ON 1 T1:A1:1-11 T1:A1:1-10 18 49V0-APPLC 15cd 0.0550 0.730 0.081 26.244 Ti:A1:1-12 VO 49VO-APPLC 15cd MAIN LVL TOILET N115 1-A1:1-12 X X ON 1 T1:A1:1-12 T1:A1:1-11 18 49VO-APPLC 15cd 0.0550 0.675 0.075 26.170 T1:A1:1-13 SV 49SV-APPLC 30cd MAIN LVL BK RM/WORK A108 1-A1:1-13 X X X ON 1 T1:A1:1-13 T1:A1:1-12 38 49SV-APPLC 30cd 0.0820 0.620 0.145 26.025 T1:A1:1-14 SV 495V-APPLC 75cd MAIN LVL CLASSRM N104 1-A1:1-14 X X X ON 1 T1:A1:1-14 T1:A1:1-13 46 49SV-APPLC 75cd 0.1450 0.538 0.152 25.873 T1:A1:1-15 SV 49SV-APPLC 75cd MAIN LVL CLASSRM N105 1-A1:1-15 X X X X ON 1 T1:A1:1-15 T1:A1:1-14 54 49SV-APPLC 75cd 0.1450 0.393 0.130 25.743 T1:A1:1-16 SV 49SV-APPLC 1i0cd MAIN LVL CE2 N106 1-A1:1-16 X ON 1 T1:A1:1-16 T1:A1:1-15 46 49SV-APPLC 110cd 0.1930 0.248 0.070 _ 25.673 T1:A1:1-17 VO 49VO-APPLC 15cd MAIN LVL N107A MEETING 1-A1:1-17 X X ON 1 T1:A1:1-17 T1:A1:1-16 54 49V0-APPLC 15cd 0.0550 0.055 0.018 25.654 Ti:Ai:i-18 SV 49SV-APPLC 15cd MAIN LVL CORR N101B BY RM N114 1-A1:1-18 X X ON 1 T1:A1:1-18 T1:A1:1-6 39 49SV-APPLC 15cd 0.0590 0.748 0.179 26.711 Ti:A1:1-19 SO 4950-APPLC MAIN LVL CORR N101B BY RM N104 1-A1:1-19 X X X ON 1 T1:A1:1-19 T1A1:1-18 66 4950-APPLC 0.0090 0.264 0.107 26.604 T1:A1:1-20 SV 49SV-APPLC 15cd MAIN LVL CORR N101B BY RM N105 1-A1:1-20 X X ON 1 T1:A1:1-20 T1:A1:1-19 66 49SV-APPLC 15cd 0.0590 0.255 0.103 26.501 Ti:A1:1-21 SV 49SV-APPLC 15cd MAIN LVL CORR N101B BY N110B 1-A1:1-21 X X X ON 1 T1:A1:1-21 _ T1:A1:1-20 35 49SV-APPLC 15cd 0.0590 0.059 0.013 26.488 Tl:A1:1-22 VO 49V0-APPLC 15cd MAIN LVL TOILET N107E 1-A1:1-22 X X X ON 1 Ti:A1:1-22 T1:A1:1-20 36 49VO-APPLC 15cd 0.0550 0.137 0.030 26.470 11:A1:1-23 SV 49SV-APPLC 30cd MAIN LVE TEACH KITCHEN N107D 1-A1:1-23 X X X X ON 1 T1:A1:1-23 T1A1:1-22 29 495V-APPLC 30cd 0.0820 0.082 0.015 26.456 Ti:A1:1-24 VO 49V0-APPLC 30cd MAIN LVL GIRLS N112 1-A1:1-24 X X ON 1 T1:A1:1-24 T1:A1:1-18 41 49V0-APPLC 30cd 0.0830 0.425 0.107 26.604 Ti:Ai:i-25 VO 49V0-APPLC 30cd MAIN LVL BOYS Nill 1-Ai:1-25 X X X ON 1 T1:Ai:i-25 T1:A1:1-24 27 49V0-APPLC 30cd 0.0830 0.342 0.057 26.547 T1:A1:1-26 SV 49SV-APPLC 75cd MAIN LVL CUSTODIAL N110 1-A1:1-26 X I X X ON 1 T1A1:1-26 T1:A1:1-25 35 495V-APPLC 75cd 0.1450 0.259 0.056 26.492 Ti:A1:1-27 SV 49SV-APPLC 15cd MAIN LVL CUSTODIAL N110 1-A1:1-27 X X X X ON 1 T1A1:1-27 T1:A1:1-26 38 495V-APPLC 75cd 0.0590 0.114 0.027 26.465 T1:A1:1-28 VO 49V0-APPLC 15cd MAIN LVL TOILET W108E 1-A1:1-28 X X X ON 1 T1:A1:1-28 T1A1:1-27 27 49VO-APPLC 15cd 0.0550 0.055 0.009 26.456 Ti:A1:1-29 X X X X ON 0.0000 0.000 0.000 0.000 T1:A1:1-30 X I X X X ON 0.0000 0.000 0.000 0.000 T1A1:1-31 XIXIX X X ON 0.0000 0.000 0.000 0.000 • Ti:A1:2 Distributed Load Voltage Drop Starting Voltage: 29vdc Min.Device Voltage: 23.vdc Primary Wire Gauge:1i4ga Wire Res.Per Ft 0.003070 @ 75°Celsius Allowable%Drop: 20,7% Home Run Wire Gauge:I i4ga Wire Res.Per Ft. 0.003070 @ 75°Celsius POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. Class B Calculatio is T1:A1:TRUEALERT POWER SUPPLY-CHANNEL 2 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) I 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length T1:A1:2-1 SV 49SV-APPLC 110cd MAIN LVL COMMONS ALCOVE W1058 1-A1:2-1 X ON 1 T1:A1:2-1 PANEL 78 49SV-APPLC 110cd 0.1930 1.885 0.903 28.097 Branch 1:10.04% Ti:A1:2-2 SV 49SV-APPLC llOcd MAIN LVL COMMONS ALCOVE W105B 1-A1:2-2 X ON 1 T1:A1:2-2 Tl:A1:2-1 76 49SV-APPLC liOcd 0.1930 0.311 0.145 27.952 Length:687 T1:A1:2-3 SV 49SV-APPLC 15cd MAIN LVL WORK RM E112 1-A1:2-3 X X ON 1 Tl:A1:2-3 T1:A1:2-2 46 49SV-APPLC 15cd 0.0590 0.118 0.033 27.919 Ti 0, A1:2-4 SV 49SV-APPLC 15cd MAIN LVL CORR E100 BY RM E120A 1-A1:2.4 X ON 1 Tl:A1:2-4 Ti:A1:2-3 53 49SV-APPLC 15cd 0.0590 0.059 0.019 27.900 T1:A1:2-5 SV 49SV-APPLC llOcd MAIN LVL COMMONS W105 1-A1:2-5 X X ON 1 T1:A1:2-5 T1:A1:2-1 60 49SV-APPLC ilacd 0.1930 1.381 0.509 27.588 a T1:Ai:2-6 SV 49SV-APPLC llOcd MAIN LVL COMMONS W105 141:2-6 X X ON 1 T1:A1:2-6 T1:A1:2-5 63 49SV-APPLC 110cd 0.1930 1.188 0.460 27.129 0 T1:A1:2-7 SV 49SV-APPLC 110cd MAIN LVL COMMONS ALCOVE W105B 1-A1:2-7 X X X ON 1 T1:A1:2-7 T1A1:2-6 53 495V-APPLC 110cd 0.1930 0.995 0.324 26.805 LIt T1:A1:2-8 SV 49SV-APPLC 30cd MAIN LVL KITCHEN W108B 1-A1:2-8 X ON 1 T1:Ai:2-8 T1:A1:2-7 41 49SV-APPLC 30cd 0.0820 0.802 0.202 26.603 T1:A1:2-9 SV 49SV-APPLC llOcd MAIN LVL KITCHEN W108B 1-A1:2-9 X X ON 1 T1:A1:2-9 T1:A1:2-8 50 495V-APPLC 110cd 0.1930 0.720 0.221 26.382 T1:A1:2-10 SV 49SV-APPLC liOcd MAIN LVL SERVERY W108 1-A1:2-10 X X ON 1 T1:A1:2-10 T1A1:2-9 59 495V-APPLC 110cd 0.1930 0.527 0.191 26.191 a o T1:A1:2-11 SV 49SV-APPLC 110cd MAIN LVL SERVERY W108 1-A1:2-11 X X X ON 1 T1:A1:2-11 T1:A1:2-10 21 49SV-APPLC 110cd 0.1930 0.334 0.043 26.148 N T1:A1:2-12 SV 49SV-APPLC 30cd MAIN LVL COMMONS W105 1-A1:2-12 X X ON 1 T1:A1:2-12 T1:A1:2-11 54 49SV-APPLC 30cd 0.0820 0.141 0.047 26.101 ILII o T1:A1:2-13 SV 49SV-APPLC 15cd MAIN LVL COMMONS W105 1-A1:2-13 X X X ON 1 T1:A1:2-13 T1:A1:2-12 33 49SV-APPLC 15cd 0.0590 0.059 0.012 26.090 Z T1:A1:2-14 X X X ON 0.0000 0.000 0.000 0.000 T1w/ A1:2-15 X X X X ON 2 T1:A1:2-19 PANEL 490 49SV-APPLC 3Qcd 0.0820 0.505 1.519 27.481 Branch 2:6.21% et Ti:A1:2-16 X ON 2 T1:A1:2-20 T1:A1:2-19 34 49SV-APPLC 30cd 0.0820 0.423 0.088 27.392 Length:655 W 12 T1:A1:2-17 X X ON 2 T1:A1:2-21 T1:A1:2-20 30 495V-APPLC 15cd 0.0590 0.341 0.063 27.330 Q Z - I T1:A1:2-18 X X ON 2 T1:A1:2-22 Ti:A1:2-21 31 49V0-APPLC 15cd 0.0550 0.282 0.054 27.276 2 T1:A1:2-19 SV 49SV-APPLC 30cd UPPER LVL JOURNALISM 5206 1-A1:2-19 X X X ON 2 T1:A1:2-23 T1:A1:2-22 28 495V-APPLC 30cd 0.0820 0.227 0.039 27.237 0 Q 9 T1:A1:2-20 SV 495V-APPLC 30cd UPPER LVL JOURNALISM S206 1-A1:2-20 X X ON 2 T1:A1:2-24 T1:A1:2-23 42 49SV-APPLC 75cd 0.1450 0.145 0.037 27.199 cri82 MA1:2-21 SV 49SV-APPLC 15cd UPPER LVL CORR 5200A BY 5206 1-A1:2-21 X X X ON 0.0000 0.000 0.000 0.000 N Ce in T1A1:2-22 VO 49VO-APPLC 15cd UPPER LVL COMPUTER GRAPH 5207 1-A1:2-22 X X X ON 0.0000 0.000 0.000 0.000 VIii T1A1:2-23 SV 49SV-APPLC 30cd UPPER LVL STUDIO S206A 1-A1:2-23 X X X X ON 0i-r .0000 0.000 0.000 0.000 W rN 12 Ti: A1:2-24 SV 49SV-APPLC 75cd UPPER LVL COMPUTER GRAPH 5207 1-A1:2-24 X X ON 0.0000 0.000 0.000 0.000 = 0 Q Ply t' Tl:A1:2-25 X X X ON 0.0000 0.000 0.000 0.000 0 = r• T1:A1:2-26 X X X ON 0.0000 0.000 0.000 0.000 a _ art a T1:.01:2.27 X X X X ON 0.0000 0.000 0.000 0.000 w/ = d O ,,-,- II dd Quce vi cc c Q co Q .9 to ZI F- E= CO Foos - TiA1:3 Distributed Load Voltage Drop Q 0. Starting Voltage: 29vdc J Min.Device Voltage: 23.vdc Primary Wire Gauge: 14ga 1Wire Res.Per Ft. 0.003070 @ 75°Celsius Allowable%Drop: 20,7% Home Run Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75°Celsius o L Lt c POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. Class B Calculationso T1:A1:TRUEALERT POWER SUPPLY-CHANNEL 3 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) I 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length T1:A1:3-1 SV 49SV-APPLC 110cd MAIN LVL COMMONS W105 1-A1:3-1 X ON 1 T1:A1:3-1 PANEL 212 49SV-APPLC 110cd 0.1930 1.804 2.348 26.652 Branch 1:16.4% Ti:A1:3-2 SV 49SV-APPLC 110cd MAIN LVL COMMONS W105 1-A1:3-2 X ON 1 T1:A1:3-2 Tl:A1:3-1 50 49SV-APPLC 110cd 0.1930 1.611 0.495 26.157 Length:977 T1:A1:3-3 SV 49SV-APPLC 110cd MAIN LVL COMMONS W105 1-A1:3-3 X X ON 1 T1:A1:3-3 T1:A1:3-2 60 49SV-APPLC 1i0cd 0.1930 1.418 0.522 25.635 T1:A1:3-4 SV 49SV-APPLC 110cd MAIN LVL COMMONS W105 1-A1:3-4 X ON 1 T1:A1:3-4 T1:A1:3-3 50 49SV-APPLC 1i0cd 0.1930 1.225 0.376 25.259 °o Ti:A1:3-5 SV 49SV-APPLC 15cd MAIN LVL CORR W101B BY RM W104 1-A1:3-5 X X ON 1 T1:A1:3-5 T1:A1:3-4 59 49SV-APPLC 15cd 0.0590 1.032 0.374 24.885 cc T1:Ai:3-6 VO 49V0-APPLC 30cd MAIN LVL GIRLS W104 1-A1:3-6 X X ON 1 T1:A1:3-6 T1:A1:3-5 25 49V0-APPLC 30cd 0.0830 0.234 0.036 24.849 u T1:A1:3-7 VO 49V0-APPLC 30cd MAIN LVL BOYS W103 1-A1:3-7 X X X ON 1 T1:A1:3-7 T1:A1:3-6 24 49VO-APPLC 30cd 0.0830 0.151 0.022 24.827 T1:A1:3-8 SV 49SV-APPLC 15cd MAIN LVL CORR W101C BY RM W104 1-A1:3-8 X ON 1 T1:A1:3-8 Ti:A1:3-7 40 49SV-APPLC 15cd 0.0590 0.068 0.017 24.810 o T1:A1:3-9 SO 4950-APPLC MAIN LVL CORR W101C BY RM W102A 1-A1:3-9 X X ON 1 Ti:A1:3-9 Tl:A1:3-8 43 4950-APPLC 0.0090 0.009 0.002 24.808 T1:A1:3.10 SO 4950-APPLC MAIN LVL CORR W101B BY RM W109 1-A1:3-10 X X ON 1 T1:A1:3-10 T1:A1:3-5 60 4950-APPLC 0.0090 0.739 0.272 24.613 Ti:A1:3-11 SV 49SV-APPLC 15cd MAIN LVL CORR W101B BY RM W110 1-A1:3-11 X X X ON 1 T1:A1:3-11 T1A1:3-10 59 495V-APPLC 15cd 0.0590 0.177 0.064 24.549 z Ti:A1:3-12 SV 49SV-APPLC 15cd MAIN LVL CORR W101A 1-A1:3-12 X X ON 1 T1:A1:3-12 T1:A1:3-11 53 49SV-APPLC 15cd 0.0590 0.118 0.038 24.510 0 Ti:A1:3-13 SV 49SV-APPLC 15cd MAIN LVL CORR W101A BY RM W102 1-A1:3-13 X X X . ON 1 T1:A1:3-13 T1A1:3-12 51 49SV-APPLC 15cd 0.0590 0.059 0.018 24.492 a T1:A1:3-14 SV 49SV-APPLC 75cd MAIN LVL CUSTODIAL W109 1-A1:3-14 X X X ON 1 Tl:A1:3-14 T1:A1:3-10 38 49SV-APPLC 75cd 0.1450 0.553 0.129 24.484al T1:A1:3-15 SV 49SV-APPLC 75cd MAIN LVL CUSTODIAL W109 1-A1:3-15 X X X X ON 1 T1:A1:3-15 T1:A1:3-14 51 49SV-APPLC 75cd 0.1450 0.408 0.128 24.356 T1:A1:3-16 SV 49SV-APPLC 15cd MAIN LVL CONCESSIONS W110 1-A1:3-16 X ON 1 T1:A1:3-16 T1:A1:3-15 39 49SV-APPLC 15cd 0.0590 0.263 0.063 24.293 z T1:A1:3-17 SV 495V-APPLC 75cd MAIN LVL LOBBY W101 1-A1:3-17 X X ON 1 T1:A1:3-17 T1:A1:3-16 28 49SV-APPLC 75cd 0.1450 0.204 0.035 24.258 u T1:Ai:3-18 SV 49SV-APPLC 15cd MAIN LVL ENTRY W100 1-A1:3-18 X X ON 1 T1:A1:3-18 Ti:A1:3-17 35 49SV-APPLC 15cd 0.0590 0.059 0.013 24.245 in a T1:A1:3-19 X X X ON 0.0000 0.000 0.000 0.000 T1:A1:3.20 X X ON 2 T1:A1:3-24 PANEL 417 495V-APPLC 1Scd 0.0590 0.487 1.247 27.753 Branch 2:5.3% ,., a T1:A1:3-21 X X X L ON 2 T1:Ai:3-25 T1:A1:3-24 33 49SV-APPLC 15cd 0.0590 0.428 0.087 27.666 Length:608 c m T1:A1:3-22 X X X ON 2 T1:A1:3-26 T1:A1:3-25 24 49VO-APPLC 1Scd 0.0550 0.369 0.054 27.612 0 T1:A1:3-23 X X X X ( ON 2 T1:A1:3-27 T1:A1:3-26 20 49VO-APPLC 15cd 0.0550 0.314 0.039 27.573 j he °3 T1:A1:3-24 SV 49SV-APPLC 15cd MAIN LVL CORR W101C BY RM W114 1-A1:3-24 X X ON 2 T1:A1:3-28 T1:A1:3-27 24 49SV-APPLC 75cd 0.0590 0.259 0.038 27.535 g C Ti:A1:3-25 SV 495V-APPLC 15cd MAIN LVL REFEREE LOCKERS W113 1-A1:3-25 X X X ON 2 Ti:A1:3-29 T1:A1:3-28 31 495V-APPLC 30cd 0.0820 0.200 0.038 27.497 T1:A1:3-26 VO 49V0-APPLC 15cd MAIN LVL TOILET W113A i-A1:3-26 X X X ON 2 T1:A1:3-30 T1A1:3-29 33 49SV-APPLC 15cd 0.0590 0.118 0.024 27.473 a T1:A1:3-27 VO 49VO-APPLC 15cd MAIN LVL TOILET W112A 1-A1:3-27 X X X X ON 2 Tl:A1:3-31 T1:A1:3-30 26 49SV-APPLC 15cd 0.0590 0.059 0.009 27.464 F Ti:A1:3-28 SV 49SV-APPLC 15cd MAIN LVL COACH LOCKERS W112 1-A1:3-28 X X X ON 0.0000 0.000 0.000 0.000 DRAWN BY: R.CONDO T1:A1:3-29 SV 49SV-APPLC 34cd MAIN LVL AD SUPPORT W111A 1-A1:3-29 X X X X ON 0.0000 0.000 0.000 0.000 T1:Ai:3-30 SV 49SV-APPLC 15cd MAIN LVL AD OFFICE W111B 1-A1:3-30 X X X X 0.0000 0.000 0.000 0.000 ISSUE DE DATE: ONCHJ.11/7/18 JOHNSON 11(1/18 T1A1:3-31 SV 495V-APPLC 15cd MAIN LVL CORR W101C BY WlihA 1-A1:3-32 X X X X X ION 0.0000 0.000 0.000 0.000 JOB#: TiA1:3-32 X ON 0.0000 0.000 0.000 0.000 PROJECT#: 448:609109801 Tl:A1:3-33X X ON 0.0000 0.000 0.000 0.000 _ - _ JOHNSON CONTROLS 0 2018 ThA1:3-34 X X ON 0.0000 0.000 0.000 0.000 SYSTEM: FIRE ALARM SYSTEM SHEET: CALCULATIONS AND SCHEDULES N W V FA-602 x M Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing maybe subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall beat the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. • 1 �` o� 0 un MN -EPS-2 CIRCUIT SUMMARY&VOLTAGE DROP Alarm Unit Wire Spare Spare oz .. Channel Description Current %Drop Load* Length Current VoltageDrop C O a I T1:A2:1 MAIN LVL PH2&LOWER LVL PHl 1.996A 12.66% 23 1,365 - 33% 39% T1:A2:1 Notification SLC Distributed Load Voltage Drop 0 a I T1:A2:2 MAIN LVL PH2 1.737A 13.91% 20 1,489 42% 33% N T1:A2:3 LOWER LVL PH2 2.543A 13.63% 24 1,405 15% ° C `,, 34/o Starting Voltage: 29vdc5 o r....., Min.Device Voltage: PrimaryWire Gauge: 14 a ._,o 9 23.vdc 9 9 Wire Res.Per Ft. 0.003070 @ 75°Celsius 0 o Q, Allowable%Drop: 20.7% Home Run Wire Gauge:I 14ga Wire Res.Per Ft.I 0.003070 @ 75°Celsius 60 l)o VN POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. Class B Calculations ga O CN o T1:A2:TRUEALERT POWER SUPPLY-CHANNEL 1 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop a o Y> IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length c (g IN T1:A2:1-1 SV 49SV-APPLC 110cd MAIN LVL WAITING E101A 1-A2:1-1 X I ON 1 T1:A2:1-1 PANEL 106 49SV-APPLC iiOcd 0.1930 0.980 0.638 28.362 Branch 1:4.43% Ti:A2:1-2 VO 49V0-APPLC 15cd MAIN LVL CONF.EllO 1-A2:1-2 X I ON 1 T1:A2:1-2 T1:A2:1-1 31 49V0-APPLC 15cd 0.0550 0.787 0.150 28.212 Length:460 T1:A2:1-3 VO 49V0-APPLC 15cd MAIN LVL FLEX OFFICE E109 1-A2:1-3 X X oN 1 T1:A2:1-3 T1A2:1-2 23 49V0-APPLC 15cd 0.0550 0.732 0.103 28.109 T1:A2:1-4 SV 49SV-APPLC 15cd MAIN LVL CORR.E101B BY RM E103 1-A2:1-4 X ON 1 T1A2:1-4 T1A2:1-3 38 495V-APPLC 15cd 0.0590 0.677 0.158 27.951 T1A2:1-5 SO 4950-APPLC MAIN LVL CORR E100 BY RM E121 1-A2:1-5 X X ON 1 T1:A2:1-5 Tl:A2:1-4 34 4950-APPLC 0.0090 0.127 0.027 27.925 SEAN MALLON T1:A2:1-6 SV 49SV-APPLC 15cd MAIN LVL ISS E121 1-A2:1-6 X I X oN 1 T1:A2:1-6 T1:A2:1-5 32 49SV-APPLC 15cd 0.0590 0.118 0.023 27.901 LICENSE#5189LEA T1A2:1-7 SV 49SV-APPLC 15cd MAIN LVL WAITING E120 1-A2:1-7 X X I X ON 1 T1A2:1-7 T1A2:1-6 40 49SV-APPLC 15cd 0.0590 0.059 0.014 27.887 EXPIRES 10/01/2020 T1:A2:1-8 SV 49SV-APPLC 75cd MAIN LVL CAREER CENTER E105 1-A2:1-8 X ON 1 T1:A2:1-8 T1:A2:1-4 37 49SV-APPLC 75cd 0.1450 0.491 0.112 27.840 T1A2:1-9 SV 49SV-APPLC 15cd MAIN LVL CORR E100A 1-A2:1-9 X X ON 1 T1A2:1-9 T1:A2:1-8 31 49SV-APPLC 15cd 0.0590 0.346 0.066 27.774 . T1:A2:1-10 SV 49SV-APPLC 15cd MAIN LVL CORR E100 BY E100A 1-A2:1-10 X X ON 1 T1A2:1-10 T1A2:1-9 35 495V-APPLC 15cd 0.0590 0.059 0.013 27.761 T1:A2:1-11 VO 49V0-APPLC 30cd MAIN LVL STUDENT STORE E113A 1-A2:1-11 X X X ON 1 T1:A2:1-11 T1:A2:1-9 20 49V0-APPLC 3Ocd 0.0830 0.228 0.028 27.746 TiA2:1-12 SV 49SV-APPLC 75cd MAIN LV BUSINES CLASSROOM E113 1-A2:1-12 X X oN 1 T1:A2:1-12 T1:A2:1-11 33 49SV-APPLC 75cd 0.1450 0.145 0.029 27.716 T1A2:1-13 X X X ON 0.0000 0.000 0.000 0.000 T1:A2:1-14 X X X ON 2 T1:A2:1-18 PANEL 425 495V-APPLC 15cd 0.0590 1.016 2.651 26.349 Branch 2:12.66% T1A2:1-15 XX X X ON 2 T1:A2:1-19 Ti:A2:1-18 33 495V-APPLC 15cd 0.0590 0.118 0.024 26.325 Length:905 T1:A2:1-16 X ON 2 T1:A2:1-20 TiA2:1-19 86 495V-APPLC 15cd 0.0590 0.059 0.031 26.294 T1:A2:1-17 X X ON 2 T1:A2:1-21 T1:A2:1-18 38 495V-APPLC 15cd 0.0590 0.839 0.196 26.153 Ti:A2:1-18 SV 49SV-APPLC 1Scd LOW LVL CORR WO00A BY ST05-01 1-A2:1-18 X X ON 2 T1:A2:1-22 T1:A2:1-21 60 49SV-APPLC 75cd 0.1450 0.780 0.287 25.866 T1A2:1-19 . SV 49SV-APPLC 15cd LOWER LVL CORR W000C BY W008 1-A2:1-19 X X X ON 2 T1:A2:1-23 T1:A2:1-22 41 49SV-APPLC 75cd 0.1450 0.635 0.160 25.706 T1:A2:1-20 SV 49SV-APPLC 15cd LOWER LVL CORR W000C BY W011 1-A2:1-20 X X ON 2 T1:A2:1-24 T1:A2:1-23 47 49SV-APPLC 15cd 0.0590 0.490 0.141 25.564 T1:A2:1-21 SV 49SV-APPLC 15cd LOWER LVL CORR S000A BY 5001 1-A2:1.21 X X X ON 2 T1:A2:1-25 T1A2:1-24 40 49SV-APPLC 75cd 0.1450 0.431 0.106 25.459 T1:A2:1-22 SV 49SV-APPLC 75cd LOWER LVL CERAMICS S002 1-A2:1-22 X I X X ON 2 T1:A2:1-26 T1:A2:1-25 37 49SV-APPLC 30cd 0.0820 0.286 0.065 25.394 T1:A2:1-23 SV 49SV-APPLC 75cd LOWER LVL CERAMICS S002 1-A2:1-23 X X X X ON 2 T1:A2:1-27 T1:A2:1-26 32 49SV-APPLC 75cd 0.1450 0.204 0.040 25.353 T1A2:1-24 SV 49SV-APPLC 15cd LOWER LVL CORR SOOOB BY SOO2B 1-A2:1-24 X X ON 2 T1:A2:1-28 T1:A2:1-27 66 495V-APPLC 15cd 0.0590 0.059 0.024 25.330 T1:A2:1-25 SV 49SV-APPLC 75cd LOWER LVL ENGINEERING S004 1-A2:1-25 X X X ON 0.0000 0.000 0.000 0.000 T1:A2:1.26 SV 49SV-APPLC 30cd LOWER LVL CLEANRM SOO4A 1-A2:1-26 X X X ON 0.0000 0.000 0.000 0.000 T1:A2:1-27 SV 49SV-APPLC 75cd LOWER LVL 17 CLASSRM S003 1-A2:1-27 X X X X ON 0.0000 0.000 0.000 0.000 T1:A2:1-28 SV 49SV-APPLC 15cd LOWER LVL CORR S000A BY S005 1-A2:1-28 X X X oN 0.0000 0.000 0.000 0.000 T1A2:1-29 X X X X ON 0.0000 0.000 0.000 0.000 T1A2:1-30 X I X X X ON 0.0000 0.000 0.000 0.000 T1:A2:1-31 X X I X X X ON 0.0000 0.000 0.000 0.000 I Tl:A2:2 Distributed Load Voltage Drop Starting Voltage: 29vdc Min.Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 I @ 75°Celsius Allowable%Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 I @ 75°Celsius POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. Class B Calculations T1:A2:TRUEALERT POWER SUPPLY-CHANNEL 2 SWITCH SETTINGS IDistance Device Current Voltage Voltage %Vdrop IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) I 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length T1:A2:2-1 SO 4950-APPLC MAIN LVL CORR E100 BY RM E114 1-A2:2-1 X ON I 1 T1:A2:2-1 PANEL 247 4950-APPLC 0.0090 0.558 0.846 28.154 Branch 1:3.79% T1:A2:2-2 SV 49SV-APPLC 15cd MAIN LVL CORR E100 BY RM E115 1-A2:2-2 X oN I 1 T1:A2:2-2 T1:A2:2-1 62 495V-APPLC 15cd 0.0590 0.118 0.045 28.109 Length:538 T1:A2:2-3 SV 49SV-APPLC 15cd MAIN LVL CORR E100 BY RM E117 1-A2:2-3 X X ON I 1 T1:A2:2-3 T1:A2:2-2 65 495V-APPLC 15cd 0.0590 0.059 0.024 28.085 T1:A2:2-4 SV 49SV-APPLC 75cd MAIN LVL BUSINESS CLASSRM E114 1-A2:2-4 X ON 1 T1:A2:2-4 Tl:A2:2-1 48 49SV-APPLC 75cd 0.1450 0.431 0.127 28.027 T1:A2:2-5 SV 49SV-APPLC 75cd MAIN LVL BUSINESS CLASSRM E115 1-A2:2-5 X X ON 1 T1:A2:2-5 T1:A2:2-4 44 49SV-APPLC 75cd 0.1450 0.286 0.077 27.949 T1:A2:2-6 SV 49SV-APPLC 15cd MAIN LVL CORR ElOOB BY RM E118 1-A2:2-6 X X ON 1 T1:A2:2-6 T1:A2:2-5 34 49SV-APPLC 15cd 0.0590 0.141 0.029 27.920 T1:A2:2-7 SV 49SV-APPLC 30cd MAIN LVL TEACHERS LOUNGE E118 1-A2:2-7 X X X ON 1 T1:A2:2-7 T1:A2:2-6 38 49SV-APPLC 30cd 0.0820 0.082 0.019 27.901 T1:A2:2-8 X ON 0.0000 0.000 0.000 0.000 T1:A2:2-9 X X ON 2 T1:A2:2-13 PANEL 486 49SV-APPLC 75cd 0.1450 1.179 3.518 25.482 Branch 2:13.91% T1:A2:2-10 X X ON 2 T1:A2:2-14 T1:A2:2-13 25 49SV-APPLC 75cd 0.1450 1.034 0.159 25.323 Length:951 w T1:A2:2-11 X X X ON 2 T1:A2:2-15 T1:A2:2-14 32 49VO-APPLC 15cd 0.0550 0.200 0.039 25.284 0 T1:A2:2-12 X X ON 2 T1:A2:2-16 T1:A2:2-15 27 49SV-APPLC 75cd 0.1450 0.145 0.024 25.260 IB 0, T1:A2:2-l3 SV 49SV-APPLC 75cd MAIN LVL MEN W115 1-A2:2-13 X X X ON 2 T1:A2:2-17 T1:A2:2-14 32 49SV-APPLC 75cd 0.1450 0.689 0.135 25.188 Imml T1:A2:2-14 SV 49SV-APPLC 75cd MAIN LVL WOMEN W116 1-A2:2-14 XXX ON 2 T1:A2:2-18 T1:A2:2-17 48 49SV-APPLC 75cd 0.1450 0.290 0.085 25.102 T1:A2:2-15 VO 49V0-APPLC 15cd MAIN LVL TOILET W116A 1-A2:2-15 X X X X ON 2 T1A2:2-19 T1:A2:2-18 51 49SV-APPLC 75cd 0.1450 0.145 0.045 25.057 T1:A2:2-16 SV 49SV-APPLC 75cd MAIN LVL LOBBY W101 1-A2:2-16 X ON 2 T1A2:2-20 T1:A2:2-17 40 495V-APPLC 15cd 0.0590 0.254 0.062 25.125 N . Tl:A2:2-17 SV 495V-APPLC 75cd MAIN LVL WEIGHTS W117 1-A2:2-17 X X ON 2 T1A2:2-21 T1A2:2-20 42 4950-APPLC 0.0090 0.195 0.050 25.075 ~B a TLA2:2-18 SV 49SV-APPLC 75cd MAIN LVL WEIGHTS W117 1-A2:2-18 X X ON 2 T1A2:2-22 T1A2:2-21 42 49SV-APPLC 15cd 0.0590 0.186 0.048 25.027 Z v, TiA2:2-19 SV 49SV-APPLC 75cd MAIN LVL WEIGHTS Will i-A2:2-19 X X X ON �/ 2 T1:A2:2-23 T1A2:2-22 34 49SV-APPLC 15cd 0.0590 0.127 0.027 25.001 ii. T1:A2:2-20 SV 49SV-APPLC 15cd MAIN LVL CORR W101D BY STO9 1-A2:2-20 X X ON 2 T1:A2:2-24 TiA2:2-23 46 4950-APPLC 0.0090 0.068 0.019 24.981 1.3 T1A2:2-21 SO 4950-APPLC MAIN LVL CORR W101D BY STO9 1-A2:2-21 X X X ON 2 T1A2:2-25 T1A2:2-24 46 49SV-APPLC 15cd 0.0590 0.059 0.017 24.965 ,"`� T1:A2:2-22 SV 49SV-APPLC 15cd MAIN LVL CORR W101D BY ST13 14.2:2-22 X X X ON 0.0000 0.000 0.000 0.000 0 Z Ti:A2:2-23 SV 495V-APPLC 15cd MAIN LVL CORR W101E BY ST08-1 1-A2:2-23 X X X X ON 0.0000 0.000 0.000 0.000 0 pi T1:A2:2-24 SO 4950-APPLC MAIN LVL CORR W101E BY ST08-1 1-A2:2-24 X X ON 0.0000 0.000 0.000 0.000 T1:A2:2-25 SV 49SV-APPLC 15cd MAIN LVL CORR W101E BY ST08-1 1-A2:2-25 X X X ON 0.0000 0.000 0.000 0.000 N C1 if T1: A2:2.26 X X X ON 0.0000 0.000 0.000 0.000 Z DC in Z in T1:A2:2-27 X X X X ON 0.0000 0.000 0.000 0.000 N re T1:A2:2.28 X X X ON 0.0000 0.000 0.000 0.000 Q a nJ in m ce al a � o DC = o ,Q a) 0II o T1:A2: TRUEALERT POWER SUPPLY - CHANNEL 3 SWITCH SLIIINGS T1:A2:3 Distributed Load Voltage Drop I Pm' 1-- C1 I'-' IDNac Address Device Type PID Setting Custom Label (Max 40 Characters) I 1 2 3 4 5 6 7 8 T1:A2:3-1 VO 49V0-APPLC 15cd LOWER LVL PE TEACHERS WOO4A 1-A2:3-1 X I ON Starting Voltage: 29vdc E 0. T1:A2:3-2 SV 49SV-APPLC 15cd LOWER LVL LOCKERS WOO4B 1-A2:3-2 X I ON Min, Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res. Per Ft. 0.003070 0 75' Celsius - T1:A2:3-3 VO 49V0-APPLC 15cd LOWER LVL TOILET WOO4C 1-A2:3-3 X X ON Allowable % Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res. Per Ft. 0.003070 @ 75' Celsius T1:A2:3-4 SV 49SV-APPLC 30cd LOWER LVL TOILETS WOO4D 1-A2:3-4 X ON T1:A2:3-5 SV 49SV-APPLC 75cd LOWER LVL GIRLS LOCKERS W004 1-A2:3-5 X X ON Class B Calculations r T1:A2:3-6 SV 49SV-APPLC 30cd LOWER LVL GIRLS LOCKERS W004 1-A2:3-6 X X ON Distance Device Current Voltage Voltage % Vdrop o T1:A2:3-7 SV-H 49SVH-APPLC-0 WP135 LOWER LVL SHOWER WOO4E 1-A2:3-7 X X X ON Branch Device # From (Feet) PID Setting Draw at Device Drop at Device Wire Length T1:A2:3-8 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER W0040 1-A2:3-8 X ON 1 T1:A2:3-1 PANEL 308 49VO-APPLC 15cd 0.0550 1.482 2.803 26.197 Branch 1: 14.44% T1:A2:3-9 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER WOO4J 1-A2:3-9 X X ON 1 T1:A2:3-2 T1:A2:3-1 22 49SV-APPLC 15cd 0.0590 1.427 0.193 26.005 Length: /05 T1:A2:3-10 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER WOO4H 1-A2:3-10 X X ON 1 T1:A2:3-3 T1:A2:3-2 18 49V0-APPLC 15cd 0.0550 1.368 0.151 25.853 T1:A2:3-11 SV 49SV-APPLC 15cd LOWER LVL CORR W000A BY W005 1-A2:3-11 X X X ON 1 T1:A2:3-4 T1:A2:3-3 31 49SV-APPLC 30cd 0.0820 1.313 0.250 25.603 T1:A2:3-12 SO 49SO-APPLC LOWER LVL CORR W000A BY W006 1-A2:3-12 X X ON 1 T1:A2:3-5 T1:A2:3-4 30 49SV-APPLC 75cd 0.1450 1.231 0.227 25.377 o T1:A2:3-13 VO 49VO-APPLC 30cd LOWER LVL MEN W014 1-A2:3-13 X X X ON 1 T1:A2:3-6 T1:A2:3-5 37 49SV-APPLC 30cd 0.0820 1.086 0.247 25.130 o T1:A2:3-14 VO 49VO-APPLC 30cd LOWER LVL WOMEN W013 1-A2:3-14 X X X ON 1 T1:A2:3-7 T1:A2:3-6 31 49SVH-APPLC-0 WP135 0.3350 0.770 0.147 24.983 S T1:A2:3-15 X X I X X ON 1 T1:A2:3-8 T1:A2:3-7 41 49SV-APPLC 75cd 0.1450 0.435 0.110 24.874 T1:A2:3-16 I X ON 1 T1:A2:3-9 T1:A2:3-8 23 49SV-APPLC 75cd 0.1450 0.290 0.041 24.833 co T1:A2:3-17 X X ON 1 T1:A2:3-10 T1:A2:3-9 24 49SV-APPLC 75cd 0.1450 0.145 0.021 24.812 a T1:A2:3-18 X X ON 1 T1:A2:3-11 T1:A2:3-6 36 49SV-APPLC 15cd 0.0590 0.234 0.052 25.078 T1:A2:3-19 X X X ON 1 T1:A2:3-12 T1:A2:3-11 52 4950-APPLC 0.0090 0.175 0.056 25.022 T1:A2:3-20 VO 49VO-APPLC 15cd LOWER LVL SHOWER WOO7C 1-A2:3-20 X X ON 1 T1:A2:3-13 T1:A2:3-12 35 49V0-APPLC 30cd 0.0830 0.166 0.036 24.987 a T1:A2:3-21 VO 49VO-APPLC 15cd LOWER LVL TOILETS WOO7D 1-A2:3-21 X X X ON 1 T1:A2:3-14 T1:A2:3-13 20 49VO-APPLC 30cd 0.0830 0.083 0.010 24.977 a T1:A2:3-22 SV-H 49SVH-APPLC-0 WP135 LOWER LVL SHOWER WOO7F 1-A2:3-22 X X X ON 0.0000 0.000 0.000 0.000 a T1:A2:3-23 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER W0070 1-A2:3-23 X X X X ON 2 T1:A2:3-20 PANEL 435 49V0-APPLC 15cd 0.0550 1.221 3.261 25.739 Branch 2: 12.96% c T1:A2:3-24 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER W007G 1-A2:3-24 X X ON 2 T1:A2:3-21 T1:A2:3-20 31 49VO-APPLC 15cd _ 0.0550 0.825 0.157 25.582 Length: 697 NG T1:A2:3-25 SV 49SV-APPLC 75cd LOWER LVL TEAM LOCKER WOO7J 1-A2:3-25 X X X ON 2 T1:A2:3-22 T1:A2:3-21 34 49SVH-APPLC-O WP135 0.3350 0.770 0.161 25.421 T1:A2:3-26 SV 49SV-APPLC 15cd LOWER LVL LOCKER WOO7B 1-A2:3-26 X IX X ON 2 T1:A2:3-23 T1:A2:3-22 44 49SV-APPLC 75cd 0.1450 0.435 0.118 25.304 T1:A2:3-27 VO 49VO-APPLC 15cd LOWER LVL PE TEACHERS WOO7A 1-A2:3-27 X X I I X X ON 2 T1:A2:3-24 T1:A2:3-23 23 49SV-APPLC 75cd 0.1450 0.290 0.041 25.263 a T1:A2:3-28 SV 49SV-APPLC 75cd LOWER LVL BOYS LOCKERS W007 1-A2:3-28 I X X X ON 2 T1:A2:3-25 T1:A2:3-24 23 49SV-APPLC 75cd 0.1450 0.145 0.020 25.242 T1:A2:3-29 SV 49SV-APPLC 3Ocd LOWER LVL BOYS LOCKERS W007 1-A2:3-29 X IX I X X ON 2 T1:A2:3-26 T1:A2:3-20 18 49SV-APPLC 15cd 0.0590 0.341 0.038 25.701 i. T1:A2:3-30 X I X X X ON 2 T1:A2:3-27 T1:A2:3-26 23 49VO-APPLC 15cd 0.0550 0.282 0.040 25.661 a T1:A2:3-31 X X I X X X ON 2 T1:A2:3-28 T1:A2:3-27 26 49SV-APPLC 75cd 0.1450 0.227 0.036 25.625 0 a T1:A2:3-32 I X ON 2 T1:A2:3-29 T1:A2:3-28 40 49SV-APPLC 30cd 0.0820 0.082 0.020 25.605 wbe ce a 0 N e-I .-1 b w 0. DRAWN BY: R.CONDO N CHECKED BY: J.JOHNSON ISSUE DATE: 11/7/18 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS 0 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: CALCULATIONS AND SCHEDULES CD N V! e--1 W FA-603 K k M Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. 1 oN „r,LA ao en A -EPS-3 CIRCUIT SUMMARY&VOLTAGE DROP Alarm Unit Wire Spare Spare o .. Channel Description Current %Drop Load* Length Current VoltageDrop C 0 a I T1:A3:1 LOWER LVL PHl&PH2 2.374A 16.83% 24 1,599 21% 19% 0 a I T1:A3:2 UPPER LVL PH1 2.538A 7.91% 21 1,249 15% 62% I T1:A3:1 Notification SLC Distributed Load Voltage Drop a I T1:A3:3 UPPER LVL PHi&PH2 2.296A 11.74% 26 1,723 23% 43% TIGARD HIGH SCHOOL,MAIN OFFICE- 4100es FACP tn C v,u+ Starting Voltage: 29vdc Standby Total Alarm Total C0 o„o Min.Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75°Celsiusoeiti °i Allowable%Drop: 20.7% Home Run Wire Gauge:I 14ga I Wire Res.Per Ft.1 0.003070 I @ 75°Celsius Description StandbyMC tad co MModule QtY P Current Current Alarm ry Panel Equipment 0 oLL,o C NNW Class B Calculations 4100-9111 1 4100 CONFIG.DOMESTIC 1201 * 0.3730 0.3730 0.4700 04700 mow% g ("of-) T1:A3:TRUEALERT POWER SUPPLY-CHANNEL 1 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop HS o IDNac Address Device Type PID Setting Custom label(Max 40 Characters) 1 2 3 4 5 6 7 8 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length 4100-3102 4 MAPNET MODULE,UP TO 127 PTS * 0.2550 10200 0.2750 1.1000 °5`':I T1:A3:1-1 SV 49SV-APPLC 15cd LOWER LVL CORR W000A BY WOO1B 1-A3:1-1 X oN 1 T1:A3:1-1 PANEL 266 49SV-APPLC 15cd 0.0590 0.862 1.408 27.592 Branch 1:8.94% 4100-5005 2 ZONE MODULE,8 IDC CLASS B 0.0750 0.1500 €.1950 0.3900 T1:A3:1-2 SV 49SV-APPLC lScd LOWER LVL CORR W000A BY RM W003 1-A3:1-2 X oN 1 T1:A3:1-2 T1:A3:1-1 33 49SV-APPLC 15cd 0.0590 0.803 0.163 27.429 Length:687 4100-5101 1 EXPANSION PV/R SUPPLY(XPS)-120'VAC 60HZ 0.0500 0.0500 0.0500 0.0500 Ti:A3:1-3 SO 4950-APPLC LOWER LVL CORR W000A BY RM W004 1-A3:1.3 X I X oN I 1 T1:A3:1-3 T1:A3:1-2 52 4950-APPLC 0.0090 0.744 0.238 27.192 4100-5115 1 EXPANSION NAC MODULE 3 NACS 0.0250 00250 0.0250 0.0250 T1:A3:1-4 SV 495V-APPLW 110cd LOWER LVL AUX GYM WOOS 1-A3:1-4 I X I oN 1 Ti:A3:1-4 T1:A3:1-3 26 49SV-APPLW 110cd 0.1320 0.735 0.117 27.075 T1:A3:1-5 SO 4950-APPLW LOWER LVL AUX GYM WOOS 1-A3:1-5 X X I ON 1 T1:A3:1-5 T1:A3:1-4 35 49SO-APPLW 0.0090 0.603 0.130 26.945 4100-6052 1 EVENT REPORT/NG DACT 0.0300 I 0.0300 0.0400 0.0400 SEAN MALLON T1:A3:1-6 SV 49SV-APPLW 110cd LOWER LVL AUX GYM WOOS 1-A3:1-6 X X ION 1 T1:A3:1-6 T1:A3:1-5 35 49SV-APPLW 110cd 0.1320 0.594 0.128 26.817 4100-9621 1 BASIC AUDIO WITH MICROPHONE-DIGITAL 0.0750 I 0.0750 0.0820 0.0820 LICENSE#5189LEA T1:A3:1-7 SV 49SV-APPLW 110cd LOWER LVL UNIFORM STRG W006 1-A3:1-7 X X X I ON 1 T1:A3:1-7 TiA3:1-6 31 49SV-APPLW 110cd 0.1320 0.462 0.088 26.729 4100-1290 1 24 POINT GRAPHIC I/O MODULE 0.0340 I 0.0340 0.0750 0.0750 EXPIRES 10/01/2020 TI:A3:1-8 VO 49V0-APPLW 30cd LOWER LVL UNIFORM STRG W006 1-A3:1-8 X ON 1 Tl:A3:1-8 T1:A3:1-7 84 49V0-APPLW 30cd 0.0570 0.330 0.174 26.559 4100-1252 1 1 CHANNEL AUDIO OPERATOR INTERFACE 0.0400 ( 0.0404 0.0244 0.0240 (� T1:A3:1-9 SV 495V-APPLW 110cd LOWER LVL AUX GYM WOOS 1-A3:1-9 X X ON 1 T1:A3:1-9 Ti:A3:1-8 57 49SV-APPLW 110cd 0.1320 0.273 0.096 26.464 Panel Totals 1.7570 2.2560 �} - 71:A3:1-10 SO 4950-APPLW LOWER LVL AUX GYM W005 1-A3:1-10 I X X ON 1 TI:A3:1-10 T1:A3:1-9 34 49S0-APPLW 0.0090 0.141 0.029 26.434 CCJJ T1:A3:1-11 SV 495V-APPLW 110cd LOWER LVL AUX GYM WOOS 1-A3:1-11 X I X I X ON 1 T1:A3:1-21 TiA3:1-10 34 49SV-APPLW 110cd 0.1320 0.132 0.028 26.407 ZDNet Addressable Devices(SIC) Ti:A3:i-12 I x I x ON 0.0000 0.000 0.000 0.000 4090-9002 4 1 IDNET RELAY IAM . * I T1A3:1-13 X X I X ON 2 T1:A3:1-17 PANEL 429 49SV-APPLC 30cd 0.0820 1.512 3.983 25.017 Branch 2:16.83% Mapnet Addressable Devices(SIC) TI:A3:1-14 X X I X ON 2 T1:A3:1-18 Tl:A3:1-17 24 49SV-APPLC 30cd _ 0.0820 0.323 0.048 24.970 Length:912 T1A3:1-15 XX XX ON ( 2 T1:A3:1-19 T1A3:1-18 48 49SV-APPLW 75cd 0.1000 0.241 0.071 24.899 2190-9156 14 MAPNET CLASS B MONITOR ZAM T1:A3:1-16 X ON 2 T1:A3:1-20 T1A3:1-19 46 49SV-APPLC 15cd 0.0590 0.141 0.040 24.859 2190-9157 2 MAPNET 4 WIRE DETECTOR ZAM * T1:A3:1-17 SV 49SV-APPLC 30cd LOWER LVL DRY TEAM RM 2 W008 1-A3:1-17 X I X ON i 2 T1:A3:1-21 T1:A3:1-20 31 49SV-APPLC 30cd 0.0820 0.082 0.016 24.843 2190-9161 11 MAPNET CLASS B SIGNAL Z/!# T1A3:1-18 SV 49SV-APPLC 30cd LOWER LVL DRY TEAM RM 1 W009 1-A3:1-18 X I X ON 2 Ti:A3:1-22 T1:A3:1-17 53 49SV-APPLC 75cd 0.1450 1.107 0.360 24.657 T1A3:1-19 SV 49SV-APPLW 75cd LOWER LVL BOILER RM W010 1-A3:1-19 X I X I X ON 2 T1:A3:1-23 T1A3:1-22 52 49SV-APPLC 75cd 0.1450 0.290 0.093 24.564 2190-9163 18 MAPNET UNSUPERVISED CONTROL ZAM * T1:A3:1-20 SV 495V-APPLC 15cd LOWER LVL MEETING RM W012 1-A3:1-20 I X X ON 2 Ti:A3:1-24 Ti:A3:1-23 32 49SV-APPLC 75cd 0.1450 0.145 0.028 24.536 4099-9001 36 ADDRESSABLE SINGLE ACTION PULL STATION * T1A3:1-21 SV 495V-APPLC 30cd LOWER LVL TRAINING W011 1-A3:1-21 X X X ON 2 T1:A3:1-25 T1:A3:1-22 32 49SV-APPLC 75cd 0.1450 0.672 0.132 24.525 4098-9714 359 TRUEALARM PHOTO SMOKE SENSOR T1:A3:1-22 SV 49SV-APPLC 75cd LOWER LVL AUTOSHOP 5007 1-A3:1-22 X X I X ON 2 Tl:A3:1-26 T1:A3:1-25 44 495V-APPLC 15cd 0.0590 0.527 0.142 24.383 Th:A3:1-23 SV 49SV-APPLC 75cd LOWER LVL AUTOSHOP 5007 1-A3:1-23 X X X X ON 2 T1:A3:1-27 T1:A3:1-26 38 495V-APPLC 30cd 0.0820 0.468 0.109 24.273 4098-9733 1 TRUEAL4RM HEAT SENSOR T1:A3:1-24 SV 49SV-APPLC 75cd LOWER LVL AUTOSHOP S007 1-A3:1-24 X X ON 2 T1:A3:1-28 T1:A3:1-27 46 49SV-APPLC 110cd 0.1930 0.386 0.109 24.164 4098-9717 1 TRUEALARM ION SMOKE SENSOR T1:A3:1-25 SV 49SV-APPLC 75cd LOWER LVL AUTOSHOP S007 1-A3:1-25 X I X X ON 2 71:A3:1-29 T1:A3:1-28 37 49SV-APPLC 110cd 0.1930 0.193 0.044 24.121 T1:A3:1-26 SV 49SV-APPLC 15cd LOWER LVL CLEAN MAKER SOOSA - 1-A3:1-26 X X X ON 0.0000 0.000 0.000 0.000 4098-9756 3 TRUEALARM DUCT SMOKE SENSOR VI/RELAY OUTPUT * T1:A3:1-27 SV 49SV-APPLC 30cd LOWER LVL CLEAN MAKER SOOSA 1-A3:1-27 X X X X ON 0.0000 0.000 0.000 0.000 4098-9792 361 TRUEALARM SENSOR BASE * T1A3:1-28 SV 49SV-APPLC 110cd LOWER LVL HEAVY MAKER S005 1-A3:1-28 X X X ON 0.0000 0.000 0.000 0.000 T1:A3:1-29 SV 49SV-APPLC 110cd LOWER LVL HEAVY MAKER 5005 1-A3:1-29 X X X X ON 0.0000 0.000 0.000 0.000 2098-9652 2 ADDRESSA E SMOKE DETECTOR rCTOR BASE * T1:A3:1-30 XXXX ON 0.0000 0.000 0.000 0.000 2098-9576 2 IONIZA T TON SMOKE DETECTOR 1 T1A3:1-31 XXXXX ON 0.0000 0.000 0.000 0.000 4090-9001 18 IDNET SUPERVISED IAM * Tl:A3:1-32 I X I ON 0.0000 0.000 0.000 0.000 Miscellaneous Peripheral Devices That Require(Additional)System Power 4098-9843 3 ENCAPSULATED RELAY PAM-SD 0.0000 G.0000 0.0150 0.0450 4098-9756 3 TRUFALARM DUCT SMOKE SENSOR VI/RELAY OUTPUT 0.0030 01.0090 0.0150 0.0450 71.03:2 Distributed Load Voltage Drop 4603-9101 1 SERIAL LCD ANNUNCIATOR 0.0650 0.0650 0.1400 0.1400 Notification Appliances Setting Starting Voltage: 29vdc EXIST-DEV1 3 EXISTING SG NOTIFICATION APPLIANCES 0.0000 0.0000 2.0000 6.0000 Min.Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75°Celsius EXIST-DEV2 1 EXISTING SG NOTIFICATION APPLIANCES 0.0000 0.0000 0.0150 0.0150 Allowable%Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res.Per Ft.1 0.003070 @ 75°Celsius Peripheral Totals 0.0740 6.2450 Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000 POINTS SHOWN IN ITAUC TEXT REFER TO EXISTING DEVICES. Class B Calculations RUI Totals 1 0.0035 0.0035 I T1:A3:TRUEALERT POWER SUPPLY-CHANNEL 2 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop Address Totals 469 Addresses 0.7937 0.7945 I IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) I 1 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length * System Totals*: Standby ° Device Address current draw included below (See Additional Current Draws): T1:A3:2-1 SV 49SV-APPLC 15cd UPPER LVL CORR N2006 BY RM N214 1-A3:2-1 X ON Y 2.6282 Alarm 9.2990 1 T1:A3:2-1 PANEL 168 49SV-APPLC 15cd 0.0590 1.192 1.230 27.770 Branch 1:7.91% 1. 2-wire detector alarm current is included in the alarm current of the Initiating Device Circuit. T1:A3:2-2 SV 49SV-APPLC 15cd UPPER LVL CORR N200A BY RM N202 1-A3:2-2 X ON 1 T1:A3:2-2 T1:A3:2-1 40 49SV-APPLC 15cd 0.0590 1.133 0.278 27.492 Length:610 T1:A3:2-3 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N203 1-A3:2-3 X X ON 1 T1:A3:2-3 T1:A3:2-2 37 49SV-APPLC 75cd 0.1450 1.074 0.244 27.248 StandbyStandby-- Alarm Alarm T1:A3:2-4 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N202 1-A3:2-4 X ON 1 T1:A3:2-4 T1:A3:2-3 55 49SV-APPLC 75cd 0.1450 0.290 0.098 27.150 01 T1:A3:2-5 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N201 1-A3:2-5 X X ON 1 T1:A3:2-5 T1:A3:2-4 57 49SV-APPLC 75cd 0.1450 0.145 0.051 27.099 Battery Set#1 (Cabinet/Charger#1) Current Total Current Total T1:A3:2-6 SV - 49SV-APPLC 75cd UPPER LVL CLASSRM N204 1-A3:2-6 X X ON 1 T1:A3:2-6 T1:A3:2-3 53 49SV-APPLC 75cd 0.1450 0.639 0.208 27.040 Select ALL Power Supplies on this battery set: LL T1:A3:2-7 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N205 1-A3:2-7 X X X ON 1 T1A3:2-7 T1:A3:2-6 55 49SV-APPLC 75cd 0.1450 0.494 0.167 26.873 SPS-1 1.7810 2.4360 0 T1:A3:2-8 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N206 1-A3:2-8 X ON 1 T1:A3:2-8 T1:A3:2-7 55 49SV-APPLC 75cd 0.1450 0.349 0.118 26.756 XPS-2 0.0500 6.0650 �B c T1:A3:2-9 SV 49SV-APPLC 15cd UPPER LVL CORR N200B BY RM N210 1-A3:2-9 X X ON 1 T1:A3:2-9 T1:A3:2-8 35 49SV-APPLC 15cd 0.0590 0.059 0.013 26.743 Sub Total 1.8310 8.5010 I'" T1A3:2-10 SV 49SV-APPLC 75cd UPPER LVL CLASSRM N207 1-A3:2-10 X - X ON 1 T1:A3:2-10 T1:A3:2-8 55 49SV-APPLC 75cd 0.1450 0.145 0.049 26.707 Additional Current Draws: T1:A3:2-i1 X X X ON 0.0000 0.000 0.000 0.000 RUI Connected Peripheral Devices 1 x 0.0035 =0.0035 x 0.0035 =0.0035 T1:A3:2-12 X X ON 2 T1:A3:2-16 PANEL 151 49SV-APPLC 75cd 0.1450 1.346 1.248 27.752 Branch 2:6.03% MAPNET/IDNet Device Address Communication Current 469 x 0.001692 =0.7937 x 0.001694 =0.7945 v. N pug X X X ON 2 T1A3:2-17 T1:A3:2-16 49 49SV-APPLC 110cd 0.1930 0.531 0.160 27.592 Length:639 Sub Total 2.6282 9.2990 T1:A3:2-14 X X X ON 2 T1:A3:2-18 T1:A3:2-17 79 49SV-APPLC 110cd 0.1930 0.338 0.164 27.428 = T1:A3:2-15 XXXX ON 2 T1A3:2-19 T1:A3:2-18 76 49SV-APPLC 75cd 0.1450 0.145 0.068 27.361 Spare addressable point capacity 0% 0 x 0.001692 =0.0000 x 0.001694 =0.0000 Cie 12 T1:A3:2-16 SV 49SV-APPLC 75cd UPPER LVL MECH N214 1-A3:2-16 X ON 2 T1:A3:2-20 T1:A3:2-16 27 49V0-APPLC 75cd 0.1530 0.670 0.111 27.641 Total 2.6282 9.2990 LIU T1:A3:2-17 SV 49SV-APPLC 110cd UPPER LVL UPPER COMMONS N200C 1-A3:2-17 X X ON 2 T1:A3:2-21 T1:A3:2-20 29 49V0-APPLC 75cd 0.1530 0.517 0.092 27.549 Z T1:A3:2-18 SV 49SV-APPLC 110cd UPPER LVL CORR N200A BY N201 1-A3:2-18 X X ON 2 T1:A3:2-22 T1:A3:2-21 41 49SV-APPLC 30cd 0.0820 0.364 0.092 27.457 StandbyTime= StandbyAh CI T1:A3:2-19 SV 49SV-APPLC 75cd UPPER LVL CORR N200A BY ST01-1 1-A3:2-19 X X X ON 24 Hrs x 2.6282 =63.0768 (� 2 T1:A3:2-23 T1:A3:2-22 55 49SV-APPLC 30cd 0.0820 0.282 0.095 27.362 Alarm Time= 15 Min 0.25 x 9.299 =2.3248 Alarm Ah 0 T1:A3:2-20 VO 49V0-APPLC 75cd UPPER LVL GIRLS N213 1-A3:2-20 X X ON 2 T1:A3:2-24 T1:A3:2-23 54 49SV-APPLC 30cd 0.0820 0.200 0.066 27.296 65.4016 t= CA T1:A3:2-21 VO 49VO-APPLC 75cd UPPER LVL BOYS N212 1-A3:2-21 X X X ON 2 T1:A3:2-25 T1:A3:2-24 47 49SV-APPLC 15cd 0.0590 0.118 0.034 27.262 Additional Spare Battery Capacity= 0% + 0.0000 2 ,Na.a at , T1:A3:2-22 SV 49SV-APPLC 30cd UPPER LVL CLASSRM N211 1-A3:2-22 X X X ON 2 T1:A3:2-26 T1:A3:2-25 31 49SV-APPLC 15cd 0.0590 0.059 0.011 27.250 65.4016 Z ce Ln T1:A3:2-23 SV 495V-APPLC 30cd UPPER LVL CLASSRM N210 1-A3:2-23 X X X X ON 0.0000 0.000 0.000 0.000 pe Battery Discharge Factor= 20% + 13.0803 d' T1:A3:2-24 SV 49SV-APPLC 30cd UPPER LVL CLASSRM N209 1-A3:2-24 X X ON 0.0000 0.000 0.000 0.000 W '� N 0.0000 0.000 0.000 0.000 Minimum Battery Required 2081-927911OAH(2x 78.4819 0 Q T1:A3:2.25 SV 49SV-APPLC 15cd UPPER LVL FLEX/MTG N209A 1-A3:2-25 X X X ON ) N T1:A3:2-26 SV 49SV-APPLC 15cd UPPER LVL CORR N200B BY N209A 1-A3:2-26 X X X ON 0.0000 0.000 0.000 0.000 Battery Supplied 2081-9279 110AH(2x) 0 T1:A3:2-27 X X X X ON 0.0000 0.000 0.000 0.000 *System Totals represent total system current requirements.Those currents may be distributed between multiple battery sets or power supplies as shown above. CI T1:A3:2-28 X X X ON 0.0000 0.000 0.000 0.000 m re Cle = 00 0T1:A3:2-29 X XXX oNQ 0.0000 0.000 0.000 0.000 CC W In re Q Q T1:A3:3 Distributed Load Voltage Drop Starting Voltage: 29I vdc Min.Device Voltage: 23.vdc Primary Wire Gauge:i14ga I Wire Res.Per Ft.i 0.003070 @ 75°Celsius Allowable%Drop: 20,7% Home Run Wire Gauge: 14ga Wire Res.Per Ft. 0.003070 @ 75'Celsius J _ POINTS SHOWN IN ITAUC TEXT REFER TO EXISTING DEVICES. Class B Calculations IDNET CHANNEL M1 ADDRESSES IN USE:4(1.6%)I SPARE ADDRESSES:246(98.4%) SWITCH SETTINGS .c T1:A3:TRUEALERT POWER SUPPLY-CHANNEL 3 SWITCH SETTINGS Distance Device Current Voltage Voltage %Vdrop Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 9 N IDNac Address Device Type PID Setting Custom Label(Max 40 Characters) I 1 Branch Device# From (Feet) PID Setting Draw at Device Drop at Device Wire Length M1-1 RIAM DRESET RESETABLE RELAY M3-1 X °Ns T1:A3:3-1 SV 49SV-APPLC 15cd UPPER LVL CORR W200 BY EL01-2 1-A3:3-1 X I oN 1 T1:A3:3-1 PANEL 268 49SV-APPLC 15cd 0.0590 1.248 2.054 26.946 Branch 1:11.74% ONcu T1:A3:3-2 SV 49SV-APPLC 15cd UPPER LVL CORR W200 BY RM W201 1-A3:3-2 X ION Length:834 M1-2 RIAM SRELAY INTERCOM SYSTEM CONTACT POINT M1-2 Xce 1 T1:A3:3-2 T1:A3:3-1 37 49SV-APPLC 15cd 0.0590 1.189 0.270 26.676 g M1-3 RIAM RELAY AES RADIO CITY TIE TBL AND SUPV M1-3 X X ON Ti:A3:3-3 SV 49SV-APPLC 75cd UPPER LVL HEALTH W201 1-A3:3-3 X X I ON 1 T1:A3:3-3 T1:A3:3-2 41 49SV-APPLC 75cd 0.1450 0.435 0.110 26.567 T1:A3:3-4 SV 49SV-APPLC 75cd UPPER LVL AEROBICS W202 1-A3:3-4 X IONMl-4 RIAM RRELAY AES RADIO CITY TIE ALARM M1-4 X ON 1 T1:A3:3-4 T1:A3:3-3 59 49SV-APPLC 75cd 0.1450 0.290 0.105 26.462 T1:A3:3-5 SV 49SV-APPLC 75cd UPPER LVL AEROBICS W202 1-A3:3-5 X X I ON 1 T1:A3:3-5 T1:A3:3-4 49 49SV-APPLC 75cd 0.1450 0.145 0.044 26.418 M1-5 X X ON T1:A3:3-6 SO 4950-APPLC UPPER LVL CORR W200 BY RM W202 1-A3:3-6 X X [ON 1 T1:A3:3-6 T1:A3:3-2 49 4950-APPLC 0.0090 0.695 0.209 26.467 Mi-6 X X ON 0 T1:A3:3-7 SV 49SV-APPLC 15cd UPPER LVL CORR W200 BY RM W202 1-A3:3-7 X X X ION 1 T1:A3:3-7 T1:A3:3-6 49 49SV-APPLC 15cd 0.0590 0.686 0.206 26.261 M1-7 X X X ON 0 T1:A3:3-8 SO 4950-APPLC UPPER LVL CORR W200 BY RM W203 1-A3:3-8 X ION 1 T1:A3:3-8 T1:A3:3-7 49 4950-APPLC 0.0090 0.627 0.189 26.072 M1-8 X ON ✓ T1:A3:3-9 VO 49V0-APPLC 15cd UPPER LVL TOILET W203 1-A3:3-9 X X ON 1 T1A3:3-9 T1:A3:3-8 20 49V0-APPLC 15cd 0.0550 0.618 0.076 25.996 M1-9 X X ON T1:A3:3-10 VO 49V0-APPLC 30cd UPPER LVL MEN W204 1-A3:3-10 X X I ON 1 T1A3:3-10 T1:A3:3-9 27 49VO-APPLC 30cd 0.0830 0.563 0.093 25.903 o T1:A3:3-11 VO 49V0-APPLC 30cd UPPER LVL WOMEN W205 1-A3:3-11 X X X ON M1-10 X X ON 1 TI:A3:3-11 T1:A3:3-10 26 49V0-APPLC 30cd 0.0830 0.480 0.077 25.826 T1:A3:3-12 . SV 495V-APPLC 110cd UPPER LVL WRESTLING 5208 1-A3:3-12 X X I oN 1 T1A3:3-12 T1:A3:3-11 59 49SV-APPLC - 110cd - 0.1930 0.397 0.144 25.682 THROUGH ON L7, T1:A3:3-13 SV 49SV-APPLC 75cd UPPER LVL WRESTLING S208 1-A3:3-13 X X X I oN 1 MA3:3-13 T1:A3:3-12 57 49SV-APPLC 75cd 0.1450 0.204 0.071 25.611 M1-250 I I X I IXIXIXIXIX oN T1:A3:3-14 SV 495V-APPLC 15cd UPPER LVL CORR S208A 1-A3:3-14 X X X ON 1 T1:A3:3-14 T1:A3:3-13 44 495V-APPLC 15cd 0.0590 0.059 0.016 25.595 NOTE:THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES. o 71:.033-15 XXXX ON 0.0000 0.000 0.000 0.000 THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS. a 71:.033-16 X ON 2 T1:A3:3-20 PANEL 448 49SV-APPLC 15cd 0.0590 1.048 2.883 26.117 Branch 2:11.72% ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW,PRIOR TO PROGRAMMING. W T1:A3:3-17 X _ X ON 2 T1:A3:3-21 T1:A3:3-20 26 49SV-APPLC 15cd 0.0590 0.989 0.158 25.959 Length:889 Q T1:A3:3-18 x X ON 2 T1:A3:3-22 T1A3:3-21 34 49SV-APPLC 30cd 0.0820 0.309 0.065 25.895 POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES. T1:A3:3-19 X X I X I ON 2 T1:A3:3-23 T1:A3:3-22 37 49SV-APPLC 30cd 0.0820 0.227 0.052 25.843 T1:A3:3-20 SV 49SV-APPLC 15cd UPPER LVL CORR W200 BY ST05-2 1-A3:3-20 X X I ION 2 T1:A3:3-24 T1A3:3-23 42 49SV-APPLC 75cd 0.1450 0.145 0.037 25.806 T1:A3:3-21 SV 49SV-APPLC 1Scd UPPER LVL CORR S200A BY 5201 1-A3:3-21 X X X ON 2 T1:A3:3-25 T1•A3:3-21 34 49SV-APPLC 15cd 0.0590 0.621 0.130 25.830 v T1A3:3-22 SV 49SV-APPLC 30cd UPPER LVL PAINTING 5201 1-A3:3-22 X X I x ON 2 T1:A3:3-26 T1A3:3-25 51 _ 49S0-APPLC _ 0.0090 0.127 0.040 25.790 g T1:A3:3-23 SV 49SV-APPLC 30cd UPPER LVL PAINTING 5201 1-A3:3-23 X X X X I ON 2 T1:A3:3-27 T1:A3:3-26 51 49SV-APPLC 15cd 0.0590 - 0.118 0.037 25.753 a F.-, T1:A3:3-24 SV 49SV-APPLC 75cd UPPER LVL DRAWING S202 1-A3:3-24 X X I ON 2 T1A3:3-28 T1:A3:3-27 37 49SV-APPLC 15cd 0.0590 0.059 0.013 25.740 C.J c TiA3:3-25 SV 49SV-APPLC 15cd UPPER LVL CORR 5200B BY S205 1-A3:3-25 X [X X I ON 2 71A3:3-29 TI:A3:3-25 42 49SV-APPLC 75cd 0.1450 0.435 _ 0.112 25.718 0 o _ be �, T1A3:3-26 SO 4950-APPLC UPPER LVL CORR 52006 BY 5204 1-A3:3-26 X X X I ON 2 T1:A3.3-30 T1•A3:3-29 44 --49SV-APPLC 75cd 0.1450 - 0.290 0.078 25.639 o< c T1A3:3-27 SV 495V-APPLC 15cd UPPER LVL RAMP S200C BY S203 1-A3:3-27 X X X X ON 2 T1:A3:3-31 T1:A3:3-30 43 49SV-APPLC 75cd 0.1450 0.145 0.038 25.601 t:1 c T1A3:3-28 SV 49SV-APPLC 15cd UPPER LVL FLEX S100D 1-A3:3-28 X X X ON 0.0000 0.000 0.000 0.000 T1:A3:3-29 SV 49SV-APPLC 75cd UPPER LVL CLASSRM 5205 1-A3:3-29 X X X X ON 0.0000 0.000 0.000 0.000 0 Z T1:A3:3-30 SV 49SV-APPLC 75cd _ UPPER LVL CLASSRM S204 1-A3:3-30 X X X X I ON 0.0000 0.000 0.000 0.000 irc T1:A3:3-31 SV 49SV-APPLC 75cd UPPER LVL COMPUTER S203 1-A3:3-31 X X X X X ON 0.0000 0.000 0.000 0.000 DRAWN BY: E1 O '' T1:A3:3-32 X ON - - __ 0.0000 0.000 0.000 0.000 CHECKED BY: J.JOHNSON T1:A3:3-33 X x ON 0.0000 0.000 0.000 0.000 ISSUE A 11 /18 T1A3:3-34 x X I ON 0.0000 0.000 0.000 0.000 JOB#: PROJECT#: 448:609109801 JOHNSON CONTROLS 0 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: CALCULATIONS AND SCHEDULES v N LelW L) FA-604 X M Important notice to user.By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. tNibili IN4 ca c .61.11'44-41111N111"N, mm o(=, Zi C0 Z 0 4a o ` a mimmill Luin CLA cim LA C O V)o,--i QMC O�g Q� FIRE ALARM CONTROL PANEL BACKBOX INSTALLATION DEVICE MOUNTING HEIGHT REFERENCE REMOTE ANNUNCIATOR i 3wa a �o SIMPLEX 4100es SERIES TYPICAL CONDUIT LOCATION FOR PER NFPA 72 SIMPLEX 4603-9101vl. ,=se ce 11 11/16" REFER TO FIG.1 FOR TYPICAL CONDUIT PWR.LIMITED FIELD WIRING n " - 6 29/32" PENETRATION LOCATIONS A VISUAL APPLIANCE MOUNTING HEIGHT CONSIDERATIONS IN SLEEPING ROOMS ° 17/16° - 3114"MIN. KNOCKOUT SCREW/NAIL 24 10°MAX. 000 1. MIN DISTANCE IN SLEEPING ROOMS I5 24"(610mm)FROM CEILING TO TOP A/C SUPPLY HOLES FOR SEMI-FLUSH - 4 3/4" - ry 16" Fl OF LENS FOR 110CD STROBES WITHIN 16'OF THE PILLOW OR RETURN THE 4"REQUIREMENT FOR SMOKE DETECTORS HAS MOUNT(SEE NOTE 3)-\\:, I I I I 2. 177CD STROBES,USED IN SLEEPING ROOMS,CAN BE WITHIN THE 24" DIFFUSER BEEN REMOVED FROM THE 2010 EDITION OF NFPA 72 D110I ELECTRICAL BOX I' I (610mm)MINIMUM DISTANCE FROM THE CEILING.THE HIGHER INTENSITY A 6 8 �, 0 o // FIG.1 IS TO COMPENSATE FOR A POSSIBLE SMOKE LAYER, 4, ` ` o SEAN MALLON / �/ 3'(914mm) NOTE:MEASUREMENTS TRIM PLATE Its. • / LICENSE#5189LEA : \ fl / I MINIMUM (102mm) SHOWN ARE TO THE CLOSEST ` �'� "�, ' / • EXAMPLE OF ADDITIONAL ` INSTRUCTIONS 1 CEILING �i \ �. t. EXPIRES 10/01/2020 CABINET MOUNTING V//hili//7f///////r/////////////////////////// ///////////////////////////////////// Fir////////////////////////iiirr�////1 \\\\\dill//lull/.///////////iiiiiiii/////v///rrr ///// / / EDGE OF THE DETECTOR. o `` �o / 1. REMOVE ELECTRONIC CARD CAGE(IF PRESENT)AND STORE IT IN A SAFE DRY AREA, f o WALL STUD GUIDES / LOCATION // 2. NO KNOCKOUTS PROVIDED.CUT CONDUIT/SERVICE ENTRANCE OPENINGS.REFER TO FIC.1 FOR PROPER FOR CEILING HEIGHTS LESS THAN 86"(2180mm), NFPA 72 AUDIBLE APPLIANCE 6"MIN CEILING MOUNTED" 4 `1 l�� - /: / LOCATIONS.CONDUIT PROTRUSION INTO BOX 1/2" MAX, � f • (152.4mm MIN) BELOW FINISHED CEILING SMOKE/HEAT % o (SEE NOTE 3) / THE VISUAL LENS MOUNTING HEIGHT SHALL BE (102mm) 12" .,• 3. MOUNT BOX TO WALL:BOX MUST BE LEVEL AND PLUMB. FOR SURFACE MOUNT USE TEAR DROP AND DETECT° (MAX)( 40r1 ® % WIRING NOTES i CLEARANCE HOLES ON BACK SURFACE.FOR SEMI-FLUSH MOUNT:USE WALL STUD GUIDES FOR MAXIMUM WITHIN b"(150mm)OF THE•CEILING. ACCEPTED HERE _L_ (305mm MAX) ' % h k, / / ALLOWABLE BOX DEPTH TO PROVIDE OPEN DOOR CLEARANCE.USE KNOCKOUTS ON SIDE WALL,SCREW 0 4 HEAT DETECTORS II 1. MAINTAIN CORRECT POLARITY ON OR NAIL BOX TO WALL STUDS. F�� F R�� NEVER HERE1TERMINAL CONNECTIONS. / � p� I 4. MINIMUM DISTANCE BETWEEN ANY TWO BOXES IS 31/4"(6" MAXIMUM). AUDIBLE ONLY WALL MOUNTED LCD ANNUNCIATOR 2. ALWAYS CUT CONDUCTORS AND / 5. IF PRESENT, USE WIRE MANAGEMENT BRACKETS ON BOX SIDES TO SECURE WIRE RUNS. AUDIBLE/VISUAL SMOKE/HEATASSEMBLY SECURE UNDER TERMINALS.NEVER • 6. NEMA RATING:NEMA 1 GENERAL PURPOSE. &VISUAL ONLY TO EXIT DOOR LOOP WIRES UNDER TERMINALS. / APPLIANCES 90"MIN(2286mm MIN)ABOVE FINISHED 5'(MAX.) DETECTOR MOUNTING OPTION .,A„ 3. ONE INDICATOR MAY BE INSTALLED • FOR SURFACE MOUNT 7. DO NOT LOCATE POWER LIMITED WIRING IN THE SHADED AREAS OF THE BACKBOX,THIS AREA IS I (1524mm) RESERVED FOR NON-POWER LIMITED CIRCUITRY SUCH AS AC POWER,BATTERIES AND CITY CONNECTION. FLOOR(OTHER MOUNTING HEIGHTS SHALL PER DETECTOR. CHART USE 4 HOLES TO SECURE 8. REFER TO SIMPLEX BACKBOX INSTALLATION DOCUMENT 579-117 FOR DETAILED INSTRUCTIONS. SYNCHRONIZE MORE BE PERMITTED BY THE AHJ PROVIDING IT 3ACKBOX TO WALL THAN TWO APPLIANCES MEETS THE SOUND LEVEL OUTPUT REQUIRED.) FROM 24VDC TO ADDITIONAL IN ANY FIELD OF VIEW. 96"MAX(NFPA,ADA) MAGNETIC 5'' POWER SOURCE • 24VDC DEVICES DOOR r (127mm) • NOTE: ADA REQUIREM€NTS LIMIT THE ALLOWABLE PROTRUSION OF OBJECTS (2440mm MAX) HOLDER t o o SHIELD(NOT REQUIRED SIDE WALL C72Z7 162ON RUE+APPLICATIONS) 7.V MOUNTED IN PUBLIC ACCESSIBLE WALKS,HALLS,CORRIDORS,PASSAGEWAYS OR ABOVE FINISHED FLOOR FINISHEDIMMO 66" AISLES.THE 4INCH (100mm)RESTRICTION APPLIES TO ANY ITEM IN WHICH THE REF.80"MIN(IBC) TO TOP OF LENS 6 I WALL o0 ,�RUI TO NEXT DEVICE OR RETURN / A/9 MEASUREMENT FROM THE FLOOR TO THE BOTTOM OF THE UNIT IS MORE THAN (2032mm MIN) REF.96" 80"MIN (ADA) DOOR 0 RUI ADDRESS r!=1-71._ TO FACP IN CLASS A SYSTEM (TYPICAL, FOR WIDTHRUI FROM FACP OR 5 FOOT HEIGHT - 27 INCHES. MAX(IBC)(2440mm MAX) LESS - �DIPSWITCH` TO LCD DISPLAY ABOVE FINISHED FLOOR 80"MIN(NFPA) FIRE STATION PULL (7fimm) o I�a e a a ee el T81r4 61.0 s s PREVIOUS DEVICE CENTERLINE) : PHONE -CONDUIT FOR INTERNAL PANEL BACKBOX AND DOOR OPTIONS (2032mm MIN) - 5 17/32" HARNESSES OR NPL WIRING. PKG.SIZE BOX W/GLASS BOX W/SOLID BOX GLASS SOLID BOX TO BOTTOM OF LENS JACK AC 8 TERMINATION VIEW 317132" BATTERY AREA / DOOR DOOR ONLY DOOR DOOR HEIGHT o 1 (IF APPLICABLE) BATTERY BOX HEIGHT REFERENCE 1 BAY RED 2975-9441 2975-9447 2975-9407 4100-2124 4100-2134 22" NOTE:REFER TO THE PROPER DEVICE / 48"MAX(ADA)(1219mm) MOUNTING OPTIONS . 0 / 2 BAY RED 2975-9442 2975-9448 2975-9408 4100-2125 4100-2135 40" INSTALLATION INSTRUCTIONS NO CONDUIT ENTRY OR I / BOX BOX BOX FOR BACKBOX MOUNTING HEIGHT. 48"MAX(NFPA,ADA)(1219mm MAX) OPTION' DESCRIPTION NOTE • WIRING IN THIS AREA �^ PID NUMBER HEIGHT LENGTH DEPTH 3 BAY RED 2975-9443 2975-9449 2975-9409 4100-2126 4100-2136 56" 42"MIN(NFPA)(1067mm MIN) 12081-9280 11-0" 21-2 1/21' l'-0" 1 BAY PLATINUM 2975-9444 2975-9450 2975-9438 4100-2104 4100-2114 22" MEASUREMENTS SHOWN ARE A FLUSH MOUNT-6-GANG BOX,3-1/2"(89mm)DEEP BY OTHERS -' , I WALL 14081-9306 1'-11/2" 2'-3 7/8" 1'-2 5/8'' 2 BAY PLATINUM 2975-9445 2975-9451 2975-9439 4100-2105 4100-2115 40" FINISHED TO TOP OF PULL HANDLE B FLUSH MOUNT-MASONRY BOX,3-1/2"(89mm)DEEP BY OTHERS ______/-7........ --- 4081 9308 1' 1 112" 2' 3 7/$" 1' 2 5/8" 3 BAY PLATINUM 2975-9446 2975-9452 2975-9440 4100-2106 4100-2116 56" /FLOOR I C SURFACE MOUNT-SIMPLEX 2975-9206,2-3/4' (70mm) DEEP ORDERED SEPARATELY FINISHED FLOOR 1. FOR ADDITIONAL INFORMATION, DOWNLOAD DATA SHEET 4603-0001 FROM HTTP:/IWWW.SIMPLEX-FIRE.COM 1, FOR ADDITIONAL INFORMATION,DOWNLOAD DATA SHEET S4100-0100 FROM HTTP://WWW.SIMPLEX-FIRE,COM 2. REFER TO RUI DIPSWITCH SETTINGS DETAIL STANDARD SENSOR BASE ADDRESSABLE INPUT MODULE ADDRESSABLE RELAY MODULE ADDRESSABLE PULL STATIONS REMOTE ALARM INDICATOR / KEY SWITCH SIMPLEX 4098-9792 SIMPLEX 4090-9001 (IAM) SIMPLEX 4090-9002 SIMPLEX 4099 SERIES SIMPLEX 2098-9806 OPTIONAL TAP LOCATION 4"(102mm)SQUARE BOX OPTIONAL TAP FOR IDNet SLC LOCATION FOR SINGLE GANG ELECTRICAL BOX �- y- + , CAT( SLC HEAT SENSORS 3'(941mm) / 2-1/2" DEEP O ( J L� ) �e '�/ O y, -{,{ ) NEVER HERE MIN.-- �..�1► 733-896 I 733-886 I 1 TO CONTROLLED ''' J L+ lv„ CEILING MOUNTED 4090-9001[AM i (4.7K 1/2W) (6.8K 1/2W) 4090-9002 RELAY IAM--..,... �,, <"� DEVICE.SEE DATA �� r--0�10• , 1 �`^-- SHEET FOR POWER �r 4 :n :63 1 4 r r., 3 I SENSOR (102mm) / RATING LIMITATIONS OPTIONAL TAP10 IAM MOUNTING /� l (� LOCATION FOR 2 �,; 1 12 1 I LL OPTIONAL TAP BRACKET /[7�� 733-984 r' C Iret SIC 0 0 ' ' L _ J FIRE ALARM0 12''(305mm) j .__.____WAM0U1NTED ®®®/ LOCATION FOR Pte. -s♦,, (1.8K 1/2W) r)� [�:; I f+? {-) ( ) ( ) r MAXIMUM SENSOR f I IDNet SLC I ' „ _. 11 J L TOP OF PULL HANDLE � IDNet SLC (+� (+) IDNet SLC STANDARD SINGLE GANG 0 TRIM PLATEZ AEI �� � �� rt SERIES T TAP(SPLICE) /-FINISHED WALL �r� (-)� L(+) cmc°" , r.. ["�'j'`;I�I �I� , I ! I I I 1!I Tfl BE MOUNTED AT I PULL DOWN ' ELECTRICAL BOX 2"X 3", ` WALL 'I,1 f M 5 6 7 8 5 6 7 8 g CONNECTION CONNECTION 2"MINIMUM DEPTH. O 0O O "'' 1 ., ., • y', • ��M 1I' ., .. ", .. ,I 42" 48"A,F,F, nTERMINATION VIEW:DEVICE REAR SUPPLIED BY ELECTRICAL �� 2 � 1 : 2 � 1 / (�II�II�I^ CLASS B WIRING /TjoLoL I n n -� 1. I..-.1 CONTRACTOR. L. ,1I I I �•� L J - 0a HEAT SENSOR o (-) 1- (-) , (-) (-) WIRING NOTE$ u. �/ ®110{ < � 1 li ] ZDNet SLC• I �IDNet SLC IDNet SLC ilIDNet SLC „ „ \ FRED�r� L J '(+) SERIES T TAP(SPLICE) l+1 ' (+) SERIES T-TAP(SPLICE; (+) MOUNTING OPTION B 1. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. CONNECT r0 REMOTE ALARM LEDIsl�I1 o I' CONNECTION CONNECTION caNNECnoN coNNEcnoN 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS. �`� c 1 aurPUT of APPROPRIATE INI1TAnNG IDNet SLC ( ) I ( ) �+IDNet SLC VNEVER LOOP WIRES UNDER TERMINALS. * DEVICES IBLK{+) (+) } ;.I TERMINATION VIEW:DEVICE REAR r. TERMINATION VIEW /0 SERIES T-TAP(SPLICE) 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AH1}'„ CONNECTION CONNECTION CLASS B WIRING ��_ , CLASS B WIRING APPROVED METHODS. r ® CONNECT TO REMOTE TEST SWITCH �� TERMINATION VIEW:DEVICE REAR INPUT ON APPROPRIATE INITIATING/ ;I-TEST ce �"1 SENSOR BASE WIRING NOTES COVER PLATE '\� DEVICES 0 " MI •'r� CLASS B WIRING FIRE U ALARM FIRE c) ALARM FIRE FIRE p ALARM FIRE �) ALARM TERMINATION VIEW : �l)� MOUNTING OPTION °B 1. MAINTAIN CORRECT POLARITY ON TERMINAL WIRING NOTES �0� 0 Z J SMOKE SENSOR `"- CONNECTIONS. T a WIRING NOTES 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER MOUNTING OPTION "B" 1. MAINTAIN CORRECT POLARITY ON TERMINAL ; oLwss PUSH 0 PULL DOWN P R� PULL DAWN 1a_ .. MOUNTING OPTION "B" 1 MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. CONNECTIONS. .•',• I--r �: , I O F S 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS. 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER _ 6 °.43 a O� TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. WIRING NOTES 2 v� NEVER LOOP WIRES UNDER TERMINALS. APPROVED METHODS. FLUSH MOUNTING 1. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. 1-1 1_1 ilgir 3 ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ ssl.� s � s�mE war. .c Z Ce LP1 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS. APPROVED METHODS. 4099-9004 4099-9021 4099-9005 4099-9006 WITH 2099-9828 4099-9805 NEVERLOOPWIRESUNDERTERMINALS. APPROVED METHODS. W m 4- 17 SINGLE ACTION NO GRIP BREAKGLAS5 PUSH INSTITUTIONAL NO GRIP 3. ONE INDICATOR MAY BE INSTALLED PER DETECTOR. (r.1SINGLEACTION COVER KIT RETROFIT KIT 0 0 = n MOUNTING OPTIONS 2 cc al OPTION 1 DESCRIPTION NOTE 1 MOUNTING OPTIONS 1 MOUNTING OPTIONS MOUNTING OPTIONS MCC o OPTION DESCRIPTION NOTE (OPTION DESCRIPTION NOTE 1 o OPTION DESCRIPTION NOTE LA ci 0 t A SINGLE GANG BOX,2 118"(54mm)DEEP BY OTHERS _ A SINGLE GANG BOX,2 1/2"(64mm)DEEP WITH SINGLE GANG COVER PLATE BY OTHERS A 4"(102mm)SQUARE BOX,2-1/8"MINIMUM DEPTH WITH DOUBLE GANG COVER PLATE BY OTHERS A SINGLE GANG BOX,2-1/2"(64mm)DEEP BY OTHERS 4" (102mm)SQUARE BOX,1-1/2'DEEP(MIN) a 0 Q B BY OTHERS SINGLE GANG BOX,2-1/2"(64mm)DEEP WITH SIMPLEX 4090-9810 IAM MOUNTING BRACKET AND BOX BY OTHERS,PLATES 4"(102mm)SQUARE BOX,2-1/8"MINIMUM DEPTH WITH SIMPLEX 4090-9801 TRIM W/SINGLE GANG COVER PLATE 3/4" (19mm)EXTENSION B B BOX BY OTHERS,PLATES ORDERED SEPARATELY B 4"(102mm)SQUARE BOX,2-1/8"DEEP(MIN)W/SINGLE GANG COVER PLATE 3/4"(19mm)EXTENSION BY OTHERS SIMPLEX 4090-9806 TRIM PLATE FOR SEMI-FLUSH MOUNTED BOX ORDERED SEPARATELY PLATE FOR SEMI-FLUSH MOUNTED BOX ( n Q O Q 12 I C 4" (102mm)OCTAGONAL BOX,1-1/2" (38mm)DEEP,MINIMUM BY OTHERS SINGLE GANG BOX,2-1/2'1(64mm)DEEP WITH SIMPLEX 4090-9810 IAM MOUNTING BRACKET AND BOX BY OTHERS,PLATES 4"(1D2mm)SQUARE BOX,2-1/8"MINIMUM DEPTH WITH SIMPLEX 4090-9802 TRIM BOXBY OTHERS,PLATESORDEREDC SIMPLEX 2975-9022-5H x 3-7/8"W x 2-3/16"D(127mm x 98mm x 56mm) ORDERED SEPARATELY rte,/ D 4'1 (102mm)SQUARE BOX,1 1/2"DEEP MIN W/SIMPLEX 4098 9832 ADAPTER KIT BOX BY OTHER,4098 9$32 ORDERED SEPARATELY C C0 E S, SEPARATELY I 0 0 Q (MIN) SIMPLEX 4090 9807 TRIM PLATE FOR SURFACE MOUNTED BOX ORDERED SEPARATELY PLATE FOR SURFACE MOUNTED BOX D SIMPLEX 2975 9178 5-3/41-Ix 3 7/8"W x 2 3/16"D(132mm x 102mm x 56mm) ORDERED SEPARATELY 0 H J 1. FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET 4098-0019 FROM HTTP://WWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4090-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4090-0002 FROM HTTP://WWW,SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET 4099-0005 FROM HTTP://WWW.SIMPLEX-FIRE.COM DUCT SMOKE DETECTOR INSTALLATION GUIDE DUCT SMOKE DETECTOR 24VDC POLARIZED RELAY SPOT CONTROL RELAY W SIMPLEX 4098-9756 ANALOG 4-WIRE DUCT SENSOR WITH 24VDC RELAY SIMPLEX 4098-9843 /APOLLO AMERICA PAM-SD SIMPLEX 2088-9008/APOLLO AMERICA MR-101/C u- PRE-INSTALLATION ROUTINES DETECTOR/SENSOR DUCT DETECTORS/SENSORS SHOULD BE INSTALLED IN A LOCATION OF RELATIVELY /-- BASE NON-TURBULENT AIR FLOW AND WITHIN THE INTENDED OPERATING VELOCITY RANGE OF EXHAUST= RETURN AIR f ANY SINGLE GANG ELECTRICAL BOX o 300-4000 FEET-PER-MINUTE(91 TO 1220 M/MIN.) I SUPPLIED BY ELECTRICAL CONTRACTOR EXHAUST DAMPER -DO NOT LOCATE HOUSING COVER o MEASUREMENTS OF AIR FLOW AND EXAMINATION OF ENGINEERING SPECIFICATIONS THAT �/ DETECTOR/SENSOR HERE NOTES: �~ ? 5CQ DEFINE EXPECTED DUCT AIR VELOCITIES UNDER ALL CONDITIONS IS RECOMMENDED.THIS IS 1. THE TAB ON THE INLET TUBE RETAINER \D‘ _ CD RETURN AIR DAMPER o METAL ENCLOSURE DONE TO DETERMINE IF A LOCATION IS SUITABLE FOR DUCT DETECTOR/SENSOR OPERATION. _ -- BRACKET INDICATES THE INLET HOLE - C) 0 i' SPOT CONTACTS AN ALNOR INSTRUMENT CO.(CHICAGO)MODEL 6000P VELOMETER OR EQUIVALENT(NOT FRESH AIR INTAKE - I SUPPLY AIR SIDE IF THE PIPE. o •' / SUPPLIED WITH RELAY 10 AMPS SUPPLIED)MAY BE USED TO CHECK THE DUCT AIR VELOCITY. DO NOT LOCATE I J 2. THE INLET TUBE MUST BE INSTALLED IP ` o COVER PLATE / 00 @ 115 VAC INSTALLATION GUIDELINES DETECTOR/SENSOR HERE FILTER BANK u\-DETECTOR/SENSOR TAB THROUGH THE HOLE IN THE HOUSING `� �= o SUPPLIED BY ELECTRICAL CONTRACTOR All �&Igl 1. LOCATE DUCT HOUSINGS SO THAT DAMPERS DO NOT RESTRICT AIR FLOW AT THE FIGURE 1. DUCT HOUSING PLACEMENT LOCATION OF DAMPERS** SEE NOTE 1 0 - CORNER NEXT TO THE SMOKE PORT/AIR ( Ni \ (11114/;17/(1-, 0 00- FLOW TEST HOLES ,� 1 c cm ) w DETECTOR/SENSOR LOCATION,SEE FIGURE 1. •!-EXHAUST TUBE ► J '� N/C C N/O 0 2. LOCATE AIR DUCT DETECTORS/SENSORS ON THE RETURN OR SUPPLY DUCT OF THE INLET TUBE RETAINER o \ J ) 1� yam, EQUIPMENT'S AIR HANDLING SYSTEM.HOWEVER,DETECTORS/SENSORS SHOULD NOT BE [4 AIR FLOW AIR FLOW BRACKET �_�l' 0 I'��" Q -i OR 1 DIRECTION DIRECTION OR ® \ INLET TUBE HOLES FACE � `� BASE GASKET I ' INSTALLED IN THE RETURN AIR DAMPER BRANCH.SEE FIGURE 1. (( • I /UPSTREAM OF AIRFLOW �3. LOCATE AIR DUCT DETECTORS/SENSORS ON BRANCH LINES IF CLOSE IDENTIFICATION OF THE HORIZONTAL DUCTS OVER 13"HIGH HORIZONTAL DUCTS UNDER 13"HIGH (� I • RELAY ENERGED LED000el if. .... _ ALARM SOURCE IS REQUIRED. _ : -_- -- ����/� I I 4. LOCATE AIR DUCT DETECTORS/SENSORS ON THE DOWNSTREAM SIDE OF FILTERS TO SENSE SEE NOTE 2� - INLET TUBE RUBBER PLUG ~ DETECTOR OR SENSOR � ` I (� BIT `:I/; ' z FIRE IN FILTERS.HOWEVER,SHOULD THE FILTERS BLOCK,SUFFICIENT AIR FLOW MAY NOT BE 4 OR AIR FLOW DAMPER OR AHU o AVAILABLE FOR PROPER AIR DUCT DETECTOR/SENSOR OPERATION.SEE FIGURE 1. �� FIGURE 4. INLET TUBE INSTALLATION L. ®® 0 0 18/24 115 230 DIRECTION (( • POWER(BY OTHERS) a 5. WHENEVER POSSIBLE, LOCATE AIR DUCT DETECTORS/SENSORS WHERE THEY CAN BE OR AIR FLOW r O T1011C) W CONVENIENTLY OBSERVED AND READILY SERVICED. _DIRECTION NEVER MOUNT AT AN ANGLE DAMPER o - swz OR AHU 6. LOCATE THE AIR DUCT DETECTORS/SENSORS IN RETURN AIR DUCTS AHEAD OF MIXING AREAS. VERTICAL DUCTS WITH RESPECT TO AIR FLOW z 2 4098-9756 18-35 VDC (-) (+) 7. DO NOT LOCATE AIR DUCT DETECTORS/SENSORS NEXT TO OUTSIDE AIR INLETS UNLESS YOU FIGURE 2. TEMPLATE POSITIONING INLET TUBE SELECTION 3 4-WIRE DUCT SENSOR OCI 18-35 VAC AC AC V WANT TO MONITOR SMOKE ENTRY TO THE HANDLING SYSTEM FROM AN ADJACENT AREA. 4 �WHT-. r1NHT 1/2 W 10K EOL =WHT USE MOUNTING HOLES OVERALL DUCT WIDTH TUBE REQUIRED TUBE TYPE SUGGESTED TOTAL LENGTH , EZ1 ADDRESS 115 YAC N H 8. LOCATE AIR DUCT DETECTORS/SENSORS UPSTREAM OF AIR HUMIDIFIERS AND COOLING e 409$ 9843 -BLU-C RESISTOR -WHT� TO SECURE TO WALL v SWITCH `0 PAM-SD -YEL-N.C. 230 VAC H ��, H v COILS. 12" 30cm) 4098-9854 13"(33.02cm) 1/2"(1.27cm)LONGER THAN DUCT WIDTH a + RE Y 4081 9008 {-� 9. pHOE OTEDT STEMPERATTALL THE DURE RATINGSUCT FOR TR OHf DEVICE.USING OR DUCT TUBES IN LOCATIONS THAT EXCEED FOR DUCT WIDTHS 36" 95" FOR DUCT WIDTHS 12" 36" 13"(33.02cm)TO 23"(58cm) 4098 9855 24"(60.96cm) 1/2"(1.27cm) LONGER THAN DUCT WIDTH 1+ 2 3� 4 7� 1�D 1�1 13 f1�4 15 16 • REDS RE-0RCrN.O. - BLU -C INPUT CONTROL TUBE SUPPORT HOLE VOLTAGE ONLY FOR DUCTS MORED-{ 24VDC 4098-9843 1o.4AMP INSERT RUBBER PLUG THIS - YEL- N.C. 2LEID VIEWING HOLE 4C a 10. DO NOT MOUNT THE DUCT HOUSING ON BOTTOM OF DUCT. TO OPTIONAL REMOTE (18 VDC TO 32 VDC) PAM-SD RELAY CONTACTS c THAN 3 FEET WIDE END OF INLET TUBE LED INDICATOR OR WIRING NOTES o - 24"(60cm)TO 46"(116cm) 4098-9856 49"(125.46cm) 2"(5.8cm)LONGER THAN DUCT WIDTH - ORG- N.O. c DUCT DETECTOR/SENSOR INSTALLATION ii / TOP VIEWTEST STATIONq INLET TUBE _ (+} SURFACE MOUNTING CUT EXHAUST 46"(116cm)TO 71"(180cm) 4098-9857 73"(185cm) 2"(5.8cm)LONGER THAN DUCT WIDTH (+) (+) (ATO ADDITIONAL MAPNET D/IDNet SLC DEVICES -RED 1. MAINTAIN CORRECT POLARITY ON CONNECTIONS. heLL, ce 1. TAPE THE TEMPLATE(SUPPLIED)ON THE DUCT SURFACE.DO NOT POSITION THE HOLES FACE OR MAPNET D/IDNet SLC 42. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ APPROVED D a Q TEMPLATE WITH EDGES ANGLED WITH RESPECT TO AIR FLOW DIRECTION.SEE UPSTREAM OF I AIR FLOW DIRECTION I I TUBE TO z OF (-)(+) • oPnoN�SHIELD (-) + .OR RETURN TO FACP ON CLASS A APPLICATIONS -RED METHODS.CLASS B APPLICATIONS ONLY. M -- 1--- FIGURE 2. AIR FLOW - - - DUCT WIDTH 71"(180cm)TO 95"(240cm) 4098-9858 97"(245(m) 2"(5-SCM)LONGER THAN DUCT WIDTH 24VDC POWER �� ( } 24VDC POWER -1 2. DRILL TWO 1 1/4 INCH (31.75 MM)HOLES(MARKED"A")AS LOCATED BY THE EXHAUST TUBE WHEN WIDTH IS TABLE 1. INLET TUBE SELECTION (-) (-) WIRING NOTES TEMPLATE.REMOVE TEMPLATE AFTER HOLES HAVE BEEN DRILLED. DO NOT INSERT LESS THAN 24" WIRING NOTES 1. MAINTAIN CORRECT POLARITY ON CONNECTIONS. 3. IF THE DUCT IS MORE THAN 3 FEET(0.9 M)WIDE,THEN PUNCH A 1-INCH (25.4 RUBBER PLUG INLET TUBE HOLES FACE EXHAUST TUBE TO BE MADE BY MM) HOLE IN THE DUCT WALL DIRECTLY OPPOSITE THE UPSTREAM 1 114 INCH NOTE: UPSTREAM OF AIR FLOW DO NOT INSERT RUBBER PLUG * REFER TO INSTALLATION INSTRUCTION DOCUMENT 574-776 FOR MORE DETAILED 1. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS. 2. METHODS.CLASS 56 APPLICATIONS ONLY D AND AHJ APPROVED DRAWN BY: R.CONDO S' (31.75 MM) HOLE.SEE FIGURE 3.THIS HOLE IS USED TO SUPPORT THE INLET TUBE. AIRFLOW CAN BE IN EITHER DIRECTION.MAKE SURE THE INLET TUBE HOLES FACE INFORMATION. 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS.NEVER LOOP CHECKED BY: J.JOHNSON 4. INLET TUBES SHOULD BE SELECTED AND CUT TO LENGTH AS SPECIFIED IN TABLE 1. UPSTREAM OF AIR FLOW *N WHEN PROVIDING CONTROL FOR A SMOKE DAMPER INSTALLED WITHIN AN AIR WIRES UNDER TERMINALS. ISSUE DATE: 11/7/18 AFTER TRIMMING THE INLET TUBE OPPOSITE THE SLOT,TAP RUBBER PLUG FIGURE 3. INLET TUBE ORIENTATION TRANSFER OPENING IN A WALL THE DUCT DETECTOR SHALL BE INSTALLED WITHIN 5 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ APPROVED METHODS. JOB#: (SUPPLIED)INTO THE TRIMMED END.SEE FIGURE 3. FEET HORIZONTALLY OF THE DAMPER. CLASS B APPLICATIONS ONLY. FOR ADDITIONAL DETAILS SEE DATA SHEET 2088-0010 ON HTTP:/J WW.SIMPLEX-FIRE.COM FOR ADDITIONAL DETAILS SEE DATA SHEET 2088-0010 ON HTTP://WWW.SIMPLEX-FIRE.COM PROJECT#: 448:609109801 JOHNSON CONTROLS 0 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: WIRING TYPICALS N N uJ W L V_ Q X FA-701 r1 M Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom. . i O r' OCDN- 4,N- CO N- T T VI u9 u0 w co z .Q d LL o " IA c D Co F� mC 0 o� V Qm ENDOF LINE RESISTOR CODES TrueAlert ES ADDRESSABLE APPLIANCES TrueAlert ES ADDRESSABLE APPLIANCES Tru Al ESADDRESSABLE APPLIANCES TrueAlert ESADDRE ALE APPLIAN E o 5 1' S O S a ert SS C S ue ert SSB C S a dos SIMPLEX 49V0 SERIES CEILING MOUNTED VISUAL ONLY SIMPLEX 49V0 SERIES WALL MOUNTED VISUAL ONLY SIMPLEX 49SV SERIES CEILING MOUNTED SPEAKER/VISUAL SIMPLEX 49SV SERIES WALL MOUNTED SPEAKER/VISUAL - O U-,5 in �aN ELECTRICAL BOX ENTIRE LENS: ADDRESS DIP SWITCH ELECTRICAL BOX APPLIANCE 80"(2032mm)A.F.F.MINIMUM NOTE:REFER TO PANEL/MODULE AND DEVICE �� - .--, • ELECTRICAL BOX. 96"(2044mm)A.F.F MAXIMUM `APPLIANCE BACKPLATE INSTALLATION INSTRUCTIONS FOR PROPER APPLIANCE - MOUNTING PLATT= 1_/ 4"(102mm)SQUARE BOX, TERMINATIONS. N. 1 f , FOR CEILINGS< 86"(2180mm)A.F.F.: APPLIANCE ,, f2h/8 �- �� ��� >�� APPLIANCE DO NOT BRING <=6" (150mm) FROM CEILING I �,'--�- "(54mm)DEEP(MIN) . ..\ ,:_ ( ' '- OPTIONAL TAP COVER r, CONDUIT THROUGH 10.41 011 SEAN MALLON REFERENCE BAN }NUMBER FIRE ALARM ,\ y= 0 . APPLIANCE / O MODEL OHMS WATTS CIRCUIT TYPE �___ /~ ; LOCATION FOR _ •- � v ® REAR OF ELECTRICAL �' �, NUMBER 1 2 3 4 5 PANEL/MODULEiidi }l i COVER �� 111►"; . f LICENSE #5189LEA S o IDNAC SLC �� BOX. t ►i„ ,:�r ]i _ 40E1-9001 733-892 2.2K RED RED RED OLD N/A 1/2 ANNUNCIATOR(4300) 4004,4010(TROUBLE) r-_�_ trieiriastra...,...4".11.11VA� jI f } ® � y- • r0 iif�� 'I`�I� �� O EXPIRES 10/0112020 N.O.INITIATING PULL,SMOKE, 4004*,40D4R,4005*,4006, Fa � - LVial % �� ���r�w.rr O 4081-9002 733-893 3.3K ORG ORG RED GLD N/A 1 HEAT,WATERFLOW,TAMPER, ETC. 4100,4120,4100U,ZAMs i (.1 � � �_���� ��) , p.__...__,,. 0 E 1111. ��- All iii i (:?_, - • 0 O 24 PT.I/O SWITCH SUPV. 4605 7401,4100 SERIES rg ��' ��50 aJ0 ' 0 _0 (`) (+) I O{+ I ;, r;r' 1� i Q � \`'�CURRENT LIMITED N.0"'NIT. 4090-9001 IDNET IAM (EOLR) �"� ,•�..�.� mw�r. 1 iI��I� I I r?f f"�- r .___,... .,. O� h 4081-9003 733-896 4.7K YEL VLT RED GLD N/A 1/2 e� cJ r'4Zh J �` j ° C NOTIFICATION(DACT) 2080-9024 :--- "I" I. I I- I I \�/ 1 - =�' 4004,4005,4090-9001 © L J {•.� �4I4s�_ ;►i .•rr«�•�� ` �, N.O.INITIATING PULL,SMOKE, IDNET IAM 2190-9173 ' !;!.� �t.�aa: 0 � Y-4= \ - ` JJ,ti ti ,�4%. V ► :il •y.r • `,� 4081 9004 733-886 6.8K BLU GRY RED GLD N/A 1/2 HEAT,WATERFLOW,TAMPER,ETC. MAPNETII2 PT]/0 CANDELA SELECTION (-j (-) If d ,. ;;�tionaNi�� CANDELA INTENSITY •..�;• •.�.•"•, r 4 ZOMA ZAM(1ROUBLE) ` SLIDER 1 IDNAC SLC 6 } IDNAC SLC �' f ��������=-� �� v*.:1.41. �," 0 i L .��.����� PLUG ON BOTTOM OF r '•«•' N ;.:�:��- . r«° • ° p CANDELA INTENSITY 4081-9005 733-984 1.8K BRN GRY RED GLD N/A 1/2 CURRENT LIMITED N.O. 4090-9001 IDNET IAM \� / I 'H SERIES T TAP(SPLICE) (+) \ ;;��:`��� APPLIANCE ' �r?,';a;; S �� '� INITIATING(IN LINE) 8-32 SCREWS(2) _ � CANDELA INTENSITY CONNECTION CONNECTION `+��$ ;;� C PLUG 4005*,4090-9001 IDNET IAM _ PLUG ACCESSIBLE FROM TERMINATION VIEW:DEVICE MOUNTING PLATE ~~ter OPTIONAL TAP LOCATION FOR r: : : : OPTIONAL TAP LOCATION FOR 4081-9006 733-890 560 0 GRN BLU BRN OLD N/A 1 N.C.INITIATING(EOLR) APPLIANCE COVER t� ,� OPTIONAL TAP 4100,4100U MOUNTING OPTION A ` REAR OF HOUSING CLASS B WIRING I IDNAC SLC&AUDIO CIRCUIT '•°..' IDNAC SLC&AUDIO CIRCUIT 4081-9007 733-891 1.2K BRN RED RED GLD N/A 1 N.C.INITIATING(EOLR) 4005 LOCATION FOR _ TOP OF LENS: MOUNTING OPTION "A" :11-'1'(+) +`f MOUNTING OPTION "A" O f'(+) (+)`i` ( ) 4004,4005,4006,4008,4009, IDNAC SLC { } ( ) �( L 4081-9008 733-894 10K BRN BLK ORG GLD N/A 1/2 NOTIFICATION 4010.4100.41000 {_}`-' '-r 96"(2044mm)A.F.F MAXIMUM -- r J L. -I� rr- J 1_ �� J L_ FOR CEILINGS< 86" (2180mm)A.F.F.: WIRING NOTES SPKR STRB I I( sTRBII SPKR SPKR STRB II SPKR STRBI14081 9009 733 912 200 RED BLK BLK GLD N/A 1 TO MR 101 RELAY COIL 40058 POINT I/O (+) -) (-)(+) (+) (-) -)(+)NC.INIT.(ACROSS CONTACTS) 4005*4090-9001 IDNET IAM I -. <-6"(150mm)FROM CEILING (+) (-) -) +) 1 1 -) -)(+ I I D a a ❑ 1I 1 2 I 1 1 2 I 1. MAINTAIN CORRECT POLARITY ON TERMINAL _ tI 1124 PT.I/O(ACROSS CONTACTS) 460 -7401,4100 SERIES -BOTTOM OF LENS: 11111111 I [I II II I . I II II. . I; i4081-9010 733973 1K BRN BLK RED GLD N/A 1 WIRING NOTES -- + - CONNECTIONS. WIRING NOTES � �rli II '� �� �' II ' lio ' 1! I I el *Il�-� - J II CURRENT LIMITED NO.INIT. , I �, , 1 80"(2032mm)A.F.F.MINIMUM ti `' L "' `" "'' "'' J WIRING NOTES L- J 4090-9001 IDNET IAM 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER :� rb �■II .(IN SERIES WITH CONTACT) 1. MAINTAIN CORRECT POLARITY ON TERMINAL 0171 I ©Zil I 1. MAINTAIN CORRECT POLARITY ON TERMINAL rrf/ rL - J z lin .��. .... 4081-9011 733-974 100 0 BRN BLK BRN GLD N/A 1/2 ANNUNCIATOR(N2) 4006,4008,4010 `:-. TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. 1. MAINTAIN CORRECT POLARITY ON TERMINAL 14081-9012 733-985 22K RED RED ORG GLD N/A 1/2 SPEAKER CIRCUIT 4003 CONNECTIONS. L J MOUNTING OPTION "B" CONNECTIONS. - - 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ ( ) ( ) CONNECTIONS. () ( ) IDNAC 1 9013 734 086 4.99K YEL WHT WHT BRN BRN 1/2 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER ( ) O APPROVED METHODS. 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER IDNAC SLC _ IDNAC SLC 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER IDNAC SLC - ' j SLC TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. IDNAC SLC IDNAC SLC TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. N.C.INITIATING(SECURITY {+) (+) ' 4100ES AUDIO +� _ w (+) AUDIO TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. 4100ES AUDIO +) - (+) AUDIO 4081-9014 734-092 2.4K RED YEL RED GLD N/A 1/2 MONITORING EOLR) 4090-9001 IDNET IAM 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ SERIES T-TAP(SPLICE) 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AH1 CIRCUIT _ ` CIRCUIT 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ CIRCUIT ��CIRCUIT APPROVED METHODS. CONNECTION CONNECTION APPROVED METHODS. O SERIES T-TAP(SPLICE) O O SERIES T-TAP(SPLICE) O ' 4081-9015 734-093 1.5K BRN GRN RED GLD N/A 1/2 CURRENT LIMITED N.O.INIT. 4090-9001 IDNET IAM TERMINATION VIEW:DEVICE MOUNTING PLATE APPROVED METHODS. (SECURITY MONITORING EOLR) CONNECTION CONNECTION CONNECTION CONNECTION 4081-9016 734-149 150K BRN GRN YEL GLD N/A 1/2 CLASS B WIRING MOUNTING OPTIONS TERMINATION VIEW:DEVICE MOUNTING PLATE TERMINATION VIEW:DEVICE MOUNTING PLATE 4081-9017 734-171 3.9K ORG WHT RED GLD N/A 1 1 CLASS B WIRING CLASS B WIRING 4081-9018 734-168 10K BRN BLK ORG GLD N/A 1 70VRMS CONSTANT SUPV.NACS 4100-1260 MOUNTING OPTIONS OPTION DESCRIPTION NOTE 378-090 8.2K GRAY RED RED GLD N/A 1/2 SECURITY MONITORING(EOLR) 4100,4100U OPTION1 DESCRIPTION NOTE A SINGLE GANG OR DOUBLE GANG BOX,1-1/2" (38mm)DEEP(MIN) BY OTHERS 378-046 5.6K GRN BLU RED GLD N/A 1/2 N.O.SECURITY MON.(SERIES) 4100,4100U A 4"SQUARE ELECTRICAL BOX,1-1/2"(39mm)MINIMUM DEPTH BY OTHERS B 4"(102mm)SQUARE BOX,1-1/2"DEEP(MIN) BY OTHERS MOUNTING OPTIONS MOUNTING OPTIONS 378-069 12K BRN RED ORG GLD N/A 1/2 N.C.SECURITY MON.(SHUNT) 4100,4100U BOX BY OTHERS, SIMPLEX 2975-9145,7-7/8"H x 5-1/8"W x 2-3/4"0 OPTION' DESCRIPTION NOTE I OPTION' DESCRIPTION NOTE B SINGLE GANG ELECTRICAL BOX,1 1/2"(39mm)MINIMUM DEPTH,WITH 49VO-APCS ADAPTER PLATE SIMPLEX ADAPTER PLATE C (127mm x 98mm x 56mm)REQUIRES 4905-9931 PLATE ORDERED SEPARATELY *USE WITH RETROFIT OR HIGH CURRENT MODULE A 4" (102mm)SQUARE BOX,2-1/8"(54mm)DEEP(MIN) BOX BY OTHERS I A 4"(102mm)SQUARE BOX,2-1/8"(54mm)DEEP(MIN) BY OTHERS 1 FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET S49VOC-OOC1 FROM HTTP:/MWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET S49V0-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET S49SVC-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET S49SVW-0001 FROM HTTP://WIMN.SIMPLEX-FIRE.COM TrueAlert ES ADDRESSABLE APPLIANCES TrueAlert ES ADDRESSABLE APPLIANCES PARALLEL CONNECTED SURGE PROTECTOR MAGNETIC SURFACE MOUNT DOOR HOLDERS SIMPLEX 49S0 SERIES CEILING MOUNTED SPEAKER SIMPLEX 4950 SERIES WALL MOUNTED SPEAKER DITEK DTK-120HW DH24120S APPLIANCE BACKPLATE SURFACE MOUNT BOX APPLIANCE SUPPLIED WITH DOOR OPTIONAL MOUNTING ARMATURE ASSEMBLY 4"(102mm)SQUARE BOX, HOLDER O (-3/4'DOOR TOP OF DO e BACKPLATE �► Q �� - PULL SIDE OF DOOR �` 2 5/8"� APPLIANCE 2-1/8"(54mm)DEEP(MIN) � �, 1: ARMATURE BASE I -. ® APPLIANCE „ hk,•,. I� 2"�{ BACK VIEW ® APPLIANCE rl'Wilk rj,i�Illljill, - k 0 HARNESS FIRE ALARM CONTROL PANEL o COVER ›.,® I l _ IIW1APPLIANCE w, --i1 0 :r.�; % N o o ��1i�1 Cji)1 COVER � ` \ ' 1;f �_ ;f �� F Il§iy T SWIVEL ,- • 0 -- FROM FACP OR O (-) THREADED y D ` �I I �1, I rW TO NExT DOOR ROD UNTING HOLES 1 INSERT HERE ANSFER POINT-r�1 I 1 ; / PREVIOUS DDDR �t EE�TEE(�SSII N(�SS 0 ' I a L I > HOLDER O (+)..HOLDER BACKPLATE 'V` BALL SVIRIEL Z n I . ::�y = H-----')<1 ° 0 j , \ THRU-BOLT MOUNTING i h0 ® ,. .,,,�, ` N TERMINAL: -_-_ �� e-•-�., :04.'. :0:0 ��1,,� 1 c STRIP I % TERMINATION VIEW:DEVICE REAR iz l 1 I 0010:10"1 il 666:04:::::::::::1:::.''N�i;�';°`��' ' \�` GROUND O I N LOW VOLTAGE SETTING .. , ,, ,. 4"(102mm)SQUARE BOX, - WIRING NOTES I r + ,.�''.�.a' ..,,. , 1 f•`. I •! 2 1/8"(54mm)DEEP(MIN) a h \It% �,���,ai,, ZL MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS.rn � fir-. ,� rNt f. �; `a'"::'': 1 L. I 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS.��, ,.,.:,i..�,a�1:k } I iMOUNTING ARMATURE ASSEMBLY NI- : 7 14 ,.r a:::: i \�,Fr I j NEVER LOOP WIRES UNDER TERMINALS. PULL SIDE OF DOOR-\ TOP OF DOOR�� 2 5/8"- P f `/ 1yh:„��.M; l % 3, ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ APPROVED ARMATURE BASE Fri '.w"':' / METHODS. 2#1D X 1 /12" T .;,,*... 4N FOR '''' APPLIANCE / BACK VIEW '� MOUNTING OPTION A OPTIONAL SLC&AUDIO COIRCUIT DNAOPTIOC SLC&NAL TAP LOCATION AUDIO CIRCUIT 01 % TO LOCATE AND MOUNT OUTLET 80X :WS Z • •• / SURFACE MOUNTING �`" ` '(+) (+)Y�( MOUNTING OPTION A }� -r'(+) (+)Y'�( ":;/ PROVIDE AND LGCIH A MINEMUM CIF 2 Y= DIMENSION OF DOOR CENTER LIP!` �J #I O 0,`''3 fll � L �� ,�r J L �1 I ' 28 30 32 34 36 38 40 42 44 46 48 OUTLET BOQ _ Atli APPLIANCE COVER SPKR STRB SPKR STRB FEET OF CONDUCTOR LENGTH BETWEEN I I I I I I I I I DOO• i v WALL LI df PIVOT s EL °� W = SPKR STRB 1 1 SPKR STRB I I {+) -) )i+) I I Jr) - (_){+)l I I THE DTK 12flHW TO THE FIRE ALARM 'i X Z=THE INTERSECTION OF X AND Y(THE DIMENSION BETWEEN WALL AND OUTLET BOX) 1 THREADER ROD EXTENSIONS M PUNTING HOLES Z +) (-) (-)(+) +) -} -) +) . a© .. . ,a D CONTROL PANEL BEING PROTECTED. 2 26 28 29-7/8 32 34 36 38 40 42 43-7/8 45-5/8 I I II �-1lt tarn II I .pt aII n II O III III III III I I III III 111 III i�1,�olio�, I I lr�� r� i�� I 4 26 28 29-7/8 32 34 36 38 40 42 43-7/8 45-5/8 X� ✓� REIMg ANSFER POINT 0 WIRING NOTES �I� 1I WIRING NOTES �l�� I I �. i��" ' 11 ' -- DOOR JA B `� �� r� c� �� �� r� r� e? �� 6 2S 7/B 27 5/8 29 S/8 31 3/a 33 3/4 35 3/a 37-3/4 39 3/a 41-3/4 43 5/8 45 3/8 SURFACE CONCEALED MOUNTING O �� L _MI pry_j J� � - L 4■ Ilil J �� - 1._ �. I 8 25-1/4 27-1/4 29-1/4 31-3/8 33-1/2 35-1/2 37-3/8 39-1/2 41-1/2 43-3/8 45-1/4 I N ON 1. MAINTAIN CORRECT POLARITY ON TERMINAL _ !P - _ 1. MAINTAIN CORRECT POLARITY ON TERMINAL • • D 10 24-5/8 26-3/4 28-3/4 30-7/8 33 35 37 39-1/8 41-1/8 43 44-7/8 1 MOUNTING ARMATURE INSTRUCTIONS I'• 11• 0 -vi 2 CONNECTIONS. (-) (-) CONNECTIONS. ( (-) (-) 12 23-3/4 25-7/8 28 30-1/8 32-1/4 34-3/8 36-3/8 38-1/2 40-5/8 42-1/2 44-3/8 I 1 WITH DOOR MAGNET SECURELY FASTENED,ALIGNED AND ENERGIZED,PROCEED WITH SWIVEL BASE ASSEMBLY. Z CC in 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER IDNAC SLC - -IDNAC SLC IDNAC SLC 0 - - •IDNAC SLC -- - 2. ATTACH SWIVEL PORTION OF MAGNET,BEING CAREFUL TO CENTER CATCH PLATE OVER MAGNET. + 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER r+ \ DTK-120HW 14 23-3/4 25 - 27-1/4 29-3/8 31-1/2 33-3/4 35-7/8 38 40 42 43-7/8 I Ce TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. 3. WITH CATCH PLATE ASSEMBLY ATTACHED MAGNETICALLY TO DOOR MAGNET,PEEL ADHESIVE BACKING OFF MOUNTING TEMPLATE AND SLIDE OVER CATCH PLATE,MAKING SURE 1.1.1 Cr � (+) AUDIO TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. 4100ES AUDIO{ + (+) AUDIO `- 16 21 3/4 24 26 1/4 28 1/2 30 3/4 33 35 1/8 37-1/4 39 3/8 41 3/8 43 3/8 I ADHESIVE SIDE FACES DOOR. N 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ 4100E5 AUDIO�� _ e 1 r 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ o r 18 20 22-1/2 25 27-3/8 29-3/4 32 34-1/4 36-1/2 38-5/8 40-5/8 42-1/2 CI Q APPROVED METHODS. CIRCUIT'(-} SERIES T T+P(SPLICE) (-) CIRCUIT CIRCUIT (_) SERIES T-TAP(SPLICE) O CIRCUIT ` 4. GENTLY CLOSE DOOR AND WITH ONE HAND ADJUST BASE OF CATCH PLATE TO LIE FLAT AGAINST DOOR. N APPROVED METHODS. 0 ( I 0 20 18-1/4 21 23-1/2 26 28-1/2 30-7/8 33-1/8 35-1/2 37-5/8 39-5/8 41-5/8 5. WHILE KEEPING SUGHT PRESSURE ON DOOR,SLIDE MOUNTING TEMPLATE OVER CATCH PLATE TO DOOR SURFACE AND APPLY PRESSURE TO TEMPLATE IN A FEW SPOTS 0 = n CONNECTION CONNECTION CONNECTION CONNECTION \ I 22 18-3/4 21-5/8 24-3/8 27 29-3/8 31-3/4 34-1/8 36-1/2 38-5/8 40-3/4 6. OPENING DOOR WILL REVEAL MOUNTING TEMPLATE.APPLY FINAL PRESSURE TO INSURE TEMPLATE DOES NOT FALL OFF WHILE ASSEMBLY TAKES PLACE. CI 2 re 01 TERMINATION VIEW:DEVICE MOUNTING PLATE TERMINATION VIEW:DEVICE BACKPLATE 24 22-1/2 25-1/2 28-1/8 30-5/8 33-1/8 35-5/8 37-7/8 40 7. INSERT ALIGNMENT TEMPLATE INTO CENTER OF MOUNTING TEMPLATE.USE TAB TO ROTATE FOR FINE ADJUSTMENT.WHILE HOLDING ALIGNMENT TEMPLATE WITH ONE HAND, mcc CLASS B WIRING CLASS BWIRING %,°GROUND 26 26-1/4 29 31-5/8 34-1/4 36-1/2 38-5/8 REMOVE ADHESIVE BACKING OF TAB,THEN PUSH FLAT AGAINST DOOR. Ce = 00 8. IFUSING OPTIONAL DOOR BACK PLATE,CENTER PUNCH POINTS INDICATED ON ALIGNMENT TEMPLATE FOR EITHER HORIZONTAL OR VERTICAL MOUNTING.FOR BEST RESULTS 1 DRILL 1/8'PILOT HOLE FIRST,THEN FOLLOW WITH 5/16' DIA.DRILL DRILL STRAIGHT THROUGH DOOR. ` DEDICATED CIRCUIT 30 27-3/4 30-5/8 33 35-3/8 9. IF MOUNTING CATCH PLATE ASSEMBLY DIRECTLY TO DOOR,DRILL 118"DIA PILOT HOLE APPROXIMATELY 1 TO 1112'DEEP,BEING CAREFUL NOT TO GO THROUGH DOOR. < C5 d MOUNTING OPTIONS MOUNTING OPTIONS 32 31 3/8 33 7/8 10. FOR EITHER STYLE OF MOUNTING(THRU DOOR/DIRECT)REMOVE ONLY ALIGNMENT TEMPLATE,THEN PLACE SWIVEL IN CENTER AUGN HOLES,THEN INSERT SCREWS AND TIGHTENS OPTION1 DESCRIPTION NOTE I OPTION1 DESCRIPTION NOTE % X= DIMENSION OF DOOR JAMB TO WALL ASSEMBLY FULLY,LASTLY,REMOVE MOUNTING TEMPLATE. Q CO Q W VR A 4"(102mm)SQUARE BOX,2 1/$"(54mm}DEEP(MIN) BY OTHERS I A 4 {102mm)SQUARE BOX,Z 1/8 (54mm)DEEP(MIN) BY OTHERS 1. REFER TO DRAWING&CHART TO LOCATE OUTLET BOX. III 2. INSTALL THE OUTLET BOX ON THE HORIZONTAL CENTER LINE 5''FROM TOP OF DOOR. iii CI, - v 1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET S49SOC-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM 1. FOR ADDITIONAL MOUNTING OPTIONS,DOWNLOAD DATA SHEET S49SOW-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM TrueAlert ES ADDRESSABLE APPLIANCES TD W SIMPLEX 49SVH SERIES WEATHERPROOF CEILING MOUNTED SPEAKER/VISUAL 1 LL L ci O t' T' : -'-. WEATHERPROOF BACK APPLIANCE BOX. }APPLIANCEDO NOT BRING CONDUIT THROUGH COVERREAR OF ELECTRICAL • BOX. •, ▪ o -.a1 ' fI O ecNYiitl 1 .. i : kw , pNa ' -' l AI ./.. i ▪gii• a..▪..▪ .• fa.•N, C a....•4a..,. ,.9.m; )lam 1�+4�r .��� Z y� _-te �� ,�CC� O t'''- - vde-��_`- '�rCANDELAINTENSITY -' ~�. PLUG ON BOTTOM OF ----- 1� I I APPLIANCE OPTIONAL TAP LOCATION FOR a - IDNAC SLC&AUDIO CIRCUIT a ._ MOUNTING OPTION "A" r_if`f'(+) (+)Y' j-( r J L �1 0 SPKR STRB II SPKR STRB II +) (-) (-)(+1 II (+) (-) -) +) II v WIRING NOTES Ih III!I!II! 1 1 'I!III III III II V' ti-5 `' L� r� r,J v 1. MAINTAIN CORRECT POLARITY ON TERMINAL _�firLL Lti I i -JJ CONNECTIONS. ' ' r (-) - ( )IDNAC SLC a 2. ALWAYS CUT CONDUCTORS AND SECURE UNDER IDNAC SLC 0 _ o v TERMINALS.NEVER LOOP WIRES UNDER TERMINALS. + `� 3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ 4100ES AUDIO + _ (+)(AUDIO w = CIRCUIT' Y CIRCUIT o a APPROVED METHODS. (-) SERIES T TAP(SPLICE) ( ) P, CONNECTION CONNECTION N TERMINATION VIEW:DEVICE MOUNTING PLATE r-iZ CLASS B WIRING rdzI- w DRAWN BY: R.CONDO MOUNTING OPTIONS LII- OPTION' {DESCRIPTION NOTE ISSUE DATE: 11/7/18SON A I WEATHERPROOF BACK BOX SIMPLEX 49WPBB-SVCR(RED)OR 49WPBB-SVCW(WHITE) 1 JOB#: 1. FOR ADDITIONAL INFORMATION, DOWNLOAD DATA SHEET S49SVC-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM PROJECT#: 448:609109801 JOHNSON CONTROLS C 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: WIRING TYPICALS _N N - a1J L FA-702 Q mX Important notice to user:By accepting or using this drawing and/or the information contained herein,the user agrees to the following terms and conditions: The electronic information in the drawing may be subject to intentional or unintentional alteration. Any use,reuse,copying modification or alteration of the information contained herein shall be at the sole risk of the user. This information may not be sold or transferred to any third party,used on other projects or additions to the project for which it was prepared,or used for completion of this project by any third party. Johnson Controls disclaims all iiability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall,to the fullest extent permitted by law,defend,indemnify,and hold Johnson Controls harmless from any and all claims for loss,damage or injury arising directly or indirectly therefrom.