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1851 WP Ball Blvd (fr alarm) (a) (2)
Permit # : 03 — VD J� Joh Address: 1I`-1 WP P0.. Description of Work: If ns 47ox.0 Historic District: Zo CITY OF SANFORD PERMIT APPLICATION Date: Permit Type: Building Electrical Mechanical _.-___ Plumbing Fire Sprinkle lar —X__ Pool Electrical: New Service - # of AMPS Addition/Alteration Change of Service Temporary Pole Mechanical: Residential Non -Residential Replacement New (Duct Layout & Energy Calc. Required) Plumbing/ New Commercial: # of Fixtures _ # of Water & Sewer Lines # of Gas Lines Plumbing/New Residential: # of Water Closets _ Plumbing Repair - Residential or Commercial Occupancy Type: Residential Commercial Y,industrial Total Square Footage:02--;-4Da Construction "Type: _ # of Stories: �_ # of Dwelling Units: Flood Zone: (FEMA form required for other than z) 3a 1 .30-n1- (3000 • 00-10 Parcel IX•� 7 •.�.'�0•�`-'�0 ' �� (Attach Proof of 0,Anership & Legal Description) Owners Name & Address: Contractor Name & Addr Lcttt LL)OI, Phone & F 40L k] Bonding Company: Address: Mortgage Lender: %4- -ie-1V 1 ► ' , State License trrPerson: Phone: it c 7 Phone -4W, -37 Y. /(at L Fare 4/ � /3/ V Application is hereby made to obtain a permit to do the work and installations as indicated. I certify that no work or installation has commenced prior to the issuance of a permit and that all work will be performed to meet standards of all laws regulating construction in this jurisdiction. 1 understand that a separate permit must be secured for ELECTRICAL WORK, PLUMBING, SIGNS, WELLS, POOLS, FURNACES, BOILERS, HEATERS, TANKS, and AIR CONDITIONERS, etc. OWNER'S AFFIDAVIT: I certify that all of the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BETORE RECORDING YOUR NOTICE OF COMMENCEMENT. NOTICE: In addition to the requirements of this pennit, there may be additional restrictions applicable to this property that may be found in the public records of this county, and there may be additional permits required from other governmental entities such as water management districts, state agencies, or federal agencies. Acceptay of the requirements of Florida Lien Law, FS 713. r at ofOwmer/Ager Date Signature of Contractor/Agent Date Signature of i/I ,DAV1s Iarid .e'._ Date Ow ner/Agcntl .f('yfsor�lt ___.. Produced }J���T•—C ..DcQ APPLICATION APPROVED Special Conditions: 4' rM Print Contractor/Agent's Name Signature of Notary -State of Florida Date Contractor/Agent is _ Personally Known to Me or Produced ID Zoning: Utilities: FD: L (Initial & Date) (initial & Date) (Initial te) / I l - --.._- ------- ALARM CONTRACTOR SHALL COORDINATE AND i' VERIFY WITH THE SPRINKLER CONTRACTOR ITHAT ALL '<Y.ATERFLOV; .AND TAMPER SWITCHES ACCII IATC) 1A117U I AFDC R 3711 V -VE P Sanford T even Ion Date- EI FRE ALAE -\"M I N I T I A T I [\4'G DEVICE LAYC1UT Scale: 1/8"=V -1 77 4-111,op ul ice. � juj PLANS REVIEWED CITY OF SANFORD D E C 7 9�,Z�P gilt "IRE LEGEND O — COMMUNICATION CIRCUIT 16 AWG FPLP ONE PAIR (SLC AND .ANNUNCIATOR DATA) i B 14 AWG FPLP ONE PAIR (ANNUNCIATOR POWER AND POWER SUPPLY ACTIVATION CIRCUIT) OC — — — — — — — NOTIFICATION CIRCU!,f 14 AWG FPLP ONE PAIR MULTIPLE CABLES (-1-) POSITIVE CIRCUIT POLARITY 1 (—) NEGATIVE CIRCUIT POLARITY O � � I D O v7 C > it7 > Cn � m ! 0 CO QJ c � I 0 f-- X Q f-- i L CO V- N I CET LEVEL 3 KEN TOCKSTEIN, ET FIRE ALARM SYSTEMS CERTIFICATION NUMBER 10-4 Z 4 n: a _ PROJECT NO. 04045 EIRE ALARM SYMBOLS EEGENE AP.CHI T E+�T CHECKED BY: ARCH. CHECKED DATE: LNT CHECKED BY: 00 MANUAL PULL STATION SD500—PS S T ORE NUMBER: 1100 SCALE: AS NOT=) FILE: 11 00FA01 .DWG7 FACP FIRE ALARM CONTROL PANEL SILENT KNIGHT 5808 (SEE RISER O 4- PROVIDE 4x ,x� BACK BOX `,hfTH SINGLE GANG MUD RING (SEE FA03 HV GENTEX CEILING MOUNT HORN/STROBE LIGHT GCC24—CR 115cd PROVIDE 4x4x2j BACK O CIRCUIT NUMBER N.O. NORMALLY OPEN S.F DIAGRAM) S.F. DETAIL 1) S.F. BOX (SEE FA03 DETAIL 5) I ,: t 1 PUB #I SLC SIGNALING LINE CIRCUIT L� MONITOR MODULE SD500—AIM PROVIDE GENTEX WALL MOUNT STROBE LIGHT 0 IDC INITIATING DEVICE CIRCUIT TAPS FIRE ALARM POWER SUPPLY M 4x4x 4 BACK BOXSEE RISER DIAGRAM BOX( GES3-24WR. 75cd UNLESS OTHERWISE NOTED. PROVIDE 4x4x4 BACK BOX (SEE END OF LINE RESISTOR /DEVICE 0 0 ALTRONIX AL$02ULAD,A C) FOR DETAILS) ` LL- L0@0:Z� MNF MANUFACTURER z LLI FA03 DETAIL 1) 11 r 0 ^ONTROL RELAY SD500—AR\4 N GEN i tX WALL MOUNT HORN /STROBE LIGHT LD NAC NOTIFICATION APPLIANCE CIRCUIT ANN ANNUNCIATOR SILENT KNIGHT 5860 �.R CR 4 e.• BACK CC PROVIDE .x .x2� B. �K BOX (S�� �}� GEC3-24WR. 75cd UNLESS OTHER',,'ISE NOTED. PROVIDE 4x4xi� BACK BOX (SEE � REVISION NO. X LL r , �— FLUSH MOUNT (SEE FA03 DETAIL 1) LL M RISER DIAGRAM FOR DETAILS) CD TBL TROUBLE FA03 DETAIL 1) SD } SMOKE DETECTOR, SD505—.APS PROVIDE OCTAGON BACK BOX . GENTEX CEILING MOUNT STROBE LIGHT GCS24—CR 1 15cd PROVIDE 4x4x2� BACK U GBI O-24 10" ELECTRIC BELL[ ? WIRE QUANTITIES WP WEATHERPROOF (SEE FAO 3 DETAIL 4) BOX (SEE FA03 DEI -AIL 5) WP �--` DUCT SMOKE DETECTOR DD! SD505—ADH (SEE FA03 DETAIL 3) R 3711 V -VE P Sanford T even Ion Date- EI FRE ALAE -\"M I N I T I A T I [\4'G DEVICE LAYC1UT Scale: 1/8"=V -1 77 4-111,op ul ice. � juj PLANS REVIEWED CITY OF SANFORD D E C 7 9�,Z�P gilt "IRE LEGEND O — COMMUNICATION CIRCUIT 16 AWG FPLP ONE PAIR (SLC AND .ANNUNCIATOR DATA) i B 14 AWG FPLP ONE PAIR (ANNUNCIATOR POWER AND POWER SUPPLY ACTIVATION CIRCUIT) OC — — — — — — — NOTIFICATION CIRCU!,f 14 AWG FPLP ONE PAIR MULTIPLE CABLES (-1-) POSITIVE CIRCUIT POLARITY 1 (—) NEGATIVE CIRCUIT POLARITY O � � I D O v7 C > it7 > Cn � m ! 0 CO QJ c � I 0 f-- X Q f-- i L CO V- N I CET LEVEL 3 KEN TOCKSTEIN, ET FIRE ALARM SYSTEMS CERTIFICATION NUMBER 10-4 Z 4 n: a _ PROJECT NO. 04045 DATE: 'VI 5/ 04 DRA\--VN BY- AP.CHI T E+�T CHECKED BY: ARCH. CHECKED DATE: LNT CHECKED BY: 00 LNT CHECKED DATE: S T ORE NUMBER: 1100 SCALE: AS NOT=) FILE: 11 00FA01 .DWG7 --j{I13I 1{313 tll�!�I I {It 11!tilIlt�l�7{Ivii!I� In �IH' a u Itl i t' lir; r u t ,1 �1 iAt: •, 1! u,; tL,+ dll GROSS AREA 28 x-18 S.F. SALES AREA 25,o�i4 S.F. STOCK AREA F. OFFICE AREA D 254 BI\EAK I\OOIvi S.F TOILET ROOMS 526 S.F. CORRIDORAHSC 1,01& S.F. if I �i ifa l !I_:tl Jl t t11 jlfli Itl! i39{Iil h 13!_ � 3 i 1 N �� E I I ,: t 1 PUB #I REVISION L� 0 SH ELT TITLE: INITIATING DEVICE LAYOUT N 00 i w C CD �> T L� 0 QLn ( 1 L 0 0 0 ° 0 C) ` LL- L0@0:Z� z LLI .1 11 r 0 N LD O )✓ t— 0,�/ LL r , �— LL M V l CD T�f '1 --------- ------- ................_-..._-..---_5,,,,-.... FIRE. SAFETY. SEC $_Rl TEL (248) 476-0000 FAX (248)478-1597 MN DESIG\ER: SRIAN HZLEY CAD: MARSHALL SCALISI N I CET LEVEL 3 KEN TOCKSTEIN, ET FIRE ALARM SYSTEMS CERTIFICA110N NUMBER 104622 /- PROJECT NO. 04045 DATE: _T/15/04 DRAWN BY: ARCHITECT CHECKED BY: ARCH. CHECKED DATE: LNT CHECKED BY: LNT CHECKED DATE: S I ORL NUMB_ LR. 1100 SCALE: AS NOTED FILE: 1 100FA02.DWG GROSS AREA 28,418 S.F. SALES :AREA 25,6Q4 S.F. STOCK AREA 2,56Q S.F. OFFICE AREA 551:1 S.F. BREAK ROOM 254 S.F. TOILET ROOMS 32G S.F. CORRIDORAlISC 1,016 S.F. �'.�I�iI�IIf•a'����I�IIIh�li��.�IIII�IIIiiN111 ;jli�iilh� rliif{r'd`�Ii� I t,�lls.�°IjI'dIIII��I.ktII PUB # ,RFEVISION SHEET TITLE: NOTIFICATION DEVICE LAYOUT 005) W W � 777-7-7 L� ❑ Q u'7 �Q� m O 00 ❑ O - LL_ W�< z o � LL J U � " Mimi €i1 „ z �J L --1 D 771 i 5808 BATT ERY CALCULATIONS DEVICE TYPE s QTY STANDBY CURRENT TOTAL STANDBY CURRENT .ALARMCURREN_ I TOTAL ALARNI CURRENT 5808 CONTROL UNIT 1 0.20600 1 0.20600 1 0.35600 0.35600 5860 ANNUNCIATOR 1 0.02000 0.02000 1 0.02500 0.02500 SD500-PS PULL STATION I 1 I 0.00055 I 0.00055 0.00055 0.00055 SD500-ARM CONTROL MODULE 11 0.00055 0.00385 0.00055 0.00385 SD500-AiM MONITOR MODULE ! 2 � 0.00055 I O.aa110 0.00055 0.0011a SD505-APS SMOKE DETECTOR 3 0.00055 1 0.00165 1 0.00055 0.00165 SD505-ADH DUCT SMOKE DETECTOR 2 1 0.00055 0.00110 0.00055 0.00110 GSIO-24 ELECTRONIC BELL 1 I AL802ULADA I 0.10000 0.10000 TOTALS 0.080 TOTAL STANDBY i0.234 TOTAL ALARM I 0.489 COMPUTATIONS TOTAL AMPS USED IN STANDBY= 0.234 X 60 HOURS = 14.06 AH TOTAL AMPS USED IN .ALARM= 0.489 X .083 (5 MINUTES) = 0.04 AH TOTAL STANDBY BATTERY REQUIRENIENTS = 14.10 AH TOTAL BACKUP BATTERY PROVIDED = 18.00 AH TOTAL BACKUP BATTERY REQUIRED = 14.10 AH TOTAL BACKUP BATTERY RESERVED = 3.90 AH POWER SUPPLY #1 BATTERY CALCULATIONS AH TOTAL STANDBY BATTERY REQUIRED= 5.444 AH STANDBY TOTAL .ALARM TOTAL ALARIM DEVICE TYPE OHMS RES. QTY CURRENT STANDBY CURRENT CURRENT CURRENT f DROP DROP 3 CURRENT 319 I 12 1 6530 GCS24 -CR CEILING STROBE @ 115 cd 1.946 11 RISER %VATERFLOW GCS24-CR CEILING STROBE @ 115 cd I 0.360 3.960 GES3-24WR STROBE @ 75cd i I 3 I 3.240 I h I 0.180 I 0.540 GCC24-CR CEILING HORNISTROBE @ 115cd LL_ I 7 0.382 3.820 I 0.382 1 2.674 GEC3-24WR HORN/STROBE @ 75cd 1 2 I 0.205 1 0.205 0.410 AL802ULADA -7f31 1 0.080 0.080 0.175 0.175 TOTALS TOTALS ------- . TOTAL 0.080 TOTAL ALARM 7.759 7.440 101 CONTROL RELAY RTU #1 STANDBY 1 STANDBY , 102 CONTROL RELAY RTU #'2 COMPUTATIONS RTU Pr#tos SD500-.ARM -----amu COMPUTATIONS TOTAL AMPS USED IN STANDBY= 0.080 X 60 ;TOURS = 4.800 AH TOTAL AMPS USED IN ALARM= 7.759 X .083 (5 MIN) = 0.644 AH I TOTAL STANDBY BATTERY REQUIREMENTS= TOTAL STANDBY BATTERY REQUIREMENTS= 5.444 AH TOTAL BACKUP BATTERY PROVIDED= 12.000 AH TOTAL STANDBY BATTERY REQUIRED= 5.444 AH TOTAL BACKUP BATTERY RESERVED= 6.556 AH POWER SUPPLY #2 BATTERY CALCULATIONS WALL MOUNT WAIL ANT WALL MOUNT G� P 57R08< LIGHT STANDBYALARiM TOTAL AWG TOTAL ALARIM OHMS RES. DEVICE TYPE PERCENT QTY CURRENT STANDBY' CURRENT CURRENT DROP DROP 3 1.844 319 I 12 1 6530 CURRENT 1.946 1 8.11 Oo RISER %VATERFLOW GCS24-CR CEILING STROBE @ 115 cd S.F. 9 S.F. i 0.360 I 3.240 I h GCC24-CR CEILING HORNISTROBE @ 115cd RISER TAMPER 10 LL_ 0.382 3.820 RELAY GEC3-24WR HORNISTROBE @ 75cd RTU f03 1 PTf103 SD500-ARM 0.205 0.205 PULL STAT ION FRONT VESTIBULE AL802ULADA -7f31 1 0.080 0,080 0.175 0.175 DUCT SMOKE DETECTOR RTU #5 TOTALS ------- . 76 TOTAL 0,080 'TOTAL ALARM 7.440 101 CONTROL RELAY RTU #1 _ SD505-ADH -- 1 STANDBY , 102 CONTROL RELAY RTU #'2 RTU Pr#tos SD500-.ARM -----amu COMPUTATIONS CONTROL RELAY RTU #3 PT176 TOTAL AMPS USED IN STANDBY= 0.080 X 60 HOURS = 4.800 AH TOTAL AMPS USED IN ALARM= 7.440 X •083 (5 NiiN) = 0.618 AH I TOTAL STANDBY BATTERY REQUIREMENTS= 5.418 AH CONTROL RELAY RTU -#4 TOTAL BACKUP BATTERY PROVIDED= 12.000 AH TOTAL STANDBY BATTERY REQUIRED= 5.418 AH TOTAL BACKUP BATTERY RESERVED= 6.582 AH VOLTAGE DROP CALCULATION POWER SUPPLY #2 - CIRCUIT #2 APPROXIMATE TOTAL WIRE: 319 ft. TOTAL VOLTAGE DROP IN CIRCUIT: 1.946 VDC TOTAL PERCENTAGE DROP IN CIRCUIT: 8.11% OPERATING VOLTAGE AT LAST DEVICE: 18.454 VDC MINIMUM OPERATING VOLTAGE: 16 VDC BASED UPON A 20.40 VDC CIRCUIT OPERATING AT 72 DEGREES POWER SUPPLY #2 - CIRCUIT #2 TOTAL VOLTAGE DROP EQUALS THE SUM OF ALL INDIVIDUAL VOLTAGE DROPS PER EACH SIGNAL CIRCUIT SEGMENT. CALCULATIONS ARE BASED ON THE FOLLOWING FORMULA: DEVICE LOAD(AMPS) X SECTION RUN(FEET) X RESISTIVITY OF CU(21.6) CIR. MIL.OHM/FT. OF WIRE GAUGE POINTS TO BE ANNUNCIATED WALL MOUNT WAIL ANT WALL MOUNT G� P 57R08< LIGHT HORN/STROBE WIRE LTG. AWG CIRC. OHMS RES. i VOLT PERCENT TOTAL AMP. (FEET) SIZE MILS PER/FT. DROP DROP 3 1.844 319 I 12 1 6530 1 0.00267 1.946 1 8.11 Oo APPROXIMATE TOTAL WIRE: 319 ft. TOTAL VOLTAGE DROP IN CIRCUIT: 1.946 VDC TOTAL PERCENTAGE DROP IN CIRCUIT: 8.11% OPERATING VOLTAGE AT LAST DEVICE: 18.454 VDC MINIMUM OPERATING VOLTAGE: 16 VDC BASED UPON A 20.40 VDC CIRCUIT OPERATING AT 72 DEGREES POWER SUPPLY #2 - CIRCUIT #2 TOTAL VOLTAGE DROP EQUALS THE SUM OF ALL INDIVIDUAL VOLTAGE DROPS PER EACH SIGNAL CIRCUIT SEGMENT. CALCULATIONS ARE BASED ON THE FOLLOWING FORMULA: DEVICE LOAD(AMPS) X SECTION RUN(FEET) X RESISTIVITY OF CU(21.6) CIR. MIL.OHM/FT. OF WIRE GAUGE CEILING `w CEILING `' CEILING '', CELING ��',' _ CEILING 'STROBE LIGHT ::STROBE LIGHT I 4HORN/STROB STROBE LIGHT _HORN/STROBE GCS24-CR DOS24-CR GCC24-CR CCS24-CR GOCZ•f--�"R E) C}+ e e 80 ® 1^ �e CKT #1 �. , CE '- UNG ;' CEILING - CEILING ' = - CEILING . CEILING . WALL MOUNT 'HORN/STROBE STROBE LICHT� "HORN/STROBE' ' STROBE LIGHT '"HORN/STROBE STROBE LIGHT GCC24-CR GCS24-CR GCC24-CR DDS2a-CR GCC24-CR GES3-24WR 75cd +S+S-H+H S+S+S-H+H S+S+S-HCH +S+S-H+H S+S+S-H++S+S-H+H CK -1 42 �. CKT #3 POINTS TO BE ANNUNCIATED WALL MOUNT WAIL ANT WALL MOUNT G� P 57R08< LIGHT HORN/STROBE STROBE LIGHT GESS-24WR 75cd GEC3-24WR 75cd +S+S-H+H e JI +S+S 1 Ir, .. ...`L ......i CONTROL O SUPPLY i ���� ,~\�� 'ell � RELAY 'A� /G�O�\�\ Q\��0� 1 \�PO� C` f F �G -- O F A�/�j ��� / �F��O� �� G a��� �J% a�� >�J• �J��� jJ�G`JQ F�G Ct x PQ�� I SWITCH PTf21 I 21 RISER %VATERFLOW -_.- S.F. INDICATOR S.F. SWITCH-- - I I h 31 RISER TAMPER Norc,Nc, nazc2Ncx' - - LL_ BUTTERFLY VAL --- MONITOR MODULE RELAY TAMPER SWITCH O RTU f03 TAMPER PTf103 SD500-ARM 1 4 PULL STAT ION FRONT VESTIBULE TO HVAC -7f31 1127 LIt I SMOKE DETECTOR ABOVE CONTROL PANEL r TO HVAC CSO 75 DUCT SMOKE DETECTOR RTU #5 f ------- . 76 DUCT SMOKE DETECTOR RTU #6 --�" NOTCT4CT -.02=a=' RTU 105 101 CONTROL RELAY RTU #1 _ SD505-ADH -- 1 DUCT SMOKEE DETECTOR , 102 CONTROL RELAY RTU #'2 RTU Pr#tos SD500-.ARM -----amu 103 CONTROL RELAY RTU #3 PT176 I !� L 104 CONTROL RELAY RTU -#4 TO RTU r SHUTDOWN CIRCUIT 'f N01 CiNCT NO2C2NC2 •• :-: I i 105 CONTROL RELAY RTU `5 - TY L RELA RELY I co I SD500-ARM 106 CONTROL RELAY RTU #6 i SHUTDOWN ( 107 1 CONTROL RELAY RTU #7 ALL FIRE ALARM SYSTEM CIRCUIT WiRING MUST ANNUNCIATE A TROUBLE SIGNAL DURING OPEN AND GROUND FAULT CONDITIONS. ADDITIONALLY .ALL OUTPUT CIRCUITS ARE REQUIRED TO ANNUNCIATE A TROUBLE SIGNAL DURING A WIRE TO WIRE SHORT CONDITION. THE FIRE ALARM SYSTEM, BE TESTED BY THE OWNER'S REPRESENTATIVES TO THE CRITERIA M Wi OF L - TABLES 3-5.1 AND 3-7.1 OF THE 1995 NEPA 72. i CEILING `w CEILING `' CEILING '', CELING ��',' _ CEILING 'STROBE LIGHT ::STROBE LIGHT I 4HORN/STROB STROBE LIGHT _HORN/STROBE GCS24-CR DOS24-CR GCC24-CR CCS24-CR GOCZ•f--�"R E) C}+ e e 80 ® 1^ �e CKT #1 �. , CE '- UNG ;' CEILING - CEILING ' = - CEILING . CEILING . WALL MOUNT 'HORN/STROBE STROBE LICHT� "HORN/STROBE' ' STROBE LIGHT '"HORN/STROBE STROBE LIGHT GCC24-CR GCS24-CR GCC24-CR DDS2a-CR GCC24-CR GES3-24WR 75cd +S+S-H+H S+S+S-H+H S+S+S-HCH +S+S-H+H S+S+S-H++S+S-H+H CK -1 42 �. CKT #3 CEILING- STROBE LIGHT" CEILING 'STROBE LIGHT WALL MOUNT WAIL ANT WALL MOUNT WALL MOUNT 57R08< LIGHT HORN/STROBE STROBE LIGHT GESS-24WR 75cd GEC3-24WR 75cd +S+S-H+H e GESS-24WR 75cd -H+H +S+S 1 Ir, .. ...`L ......i CEILING- STROBE LIGHT" CEILING 'STROBE LIGHT WALL MOUNT GCS24-CR GCS24-CR HORN/STROBE S+S+S-H+H S.S+S-H+H GEC3-24WR 75,d +S+S-H+H E+'ie \'\A L CEILING - , CEILING CEILING CEILING CEILING = CEiUN " 'STROBE LIGHT' -a HORN/STROBE STROBE LIGHT {STROBE LIGHT HORN/STROBE 'STROBE LI. -HT GCS24-CR - GCC24-CR GCS24-CR - GC324--CR .'X',C24-CR GCS24-CR S+S+S-H+H CEILING wCEILING �; CEILING CEILING ''- CEILING 'HORN/STROBE 'STROBE UGC HORN/STROBE STROBE LIGHTHORN/STROBE GCC24- GCS24-^R �C24-CR GCS24-CR GCC24-CR S+S+S-H+H +S+S-H+H S+S+S-H+H - +S+S-H+H +S+S-H+H e xT #5 e e eED i CPJUNG �� ^ CEILING "E)'LING CEILING '='' - CEIUNG uSTROBE LIGHT- "HORN/STROBE -'STROBE LIGHT HORN/S, P,OBE STROBE UGHT GC324-CR GCC24-CR GCS24-CR GCC24-CR GC. 4 -CR CKT #6 ee ee (D E) e e® CEILING ., CEILING CEILING+", CEILING CEILING 'HORN/STROBE STROBE LIGHT 'HORN/STROBE 'STROBE LIGHT HORN/STROBE GCC24-CR GCS24-CR GCC24-CR GCS24-CR GCC24-CR i S+S+S-H+H +S+S-H+H S+S+S-H+H S+S+S-H+H S+S+S-H+H CKT #7 e e e e ED e e @© =, - - AN CEILING , ' CEILING CEIUNG - CEILING S STROBE LIGHTHORN/STROBE !STROBE LIGHT HORN/STROBE WALL MOUNT =4-CRGCC24-CR GCS24-CR G24 -CR HORN/STROBE - GEC3-24WR 75cd S+S+S-H+H CKT #8 EB® ®® @® e® ee ® WALL MOUNTED u STROBE AND HORN/STROBE 80 TOP OF DEVICE STATION TOP OF DEVICE 1 ANNUNCIATOR i 48" 48" RLI XFMR n Ru-' ; . - .F. - 000 ' sMUM' - y ' � -� I� O✓'4f � 24V 5111 QQ4i; �,ZV• �` -6tµ ��] AL'SO2ULADA �• 115 VACJ80 Hti 32A.;'s +DO - +BAIT- AC AC ! iComw3 ,o w -+x O cltronix cop. -_- _ _ O m sj •,prp spaR�EL r 71 OU OU73 U \J L/ � c; siROBE St'MC - AUX+ N - + REMOTE Or atrz arab "-I rvv2 T�E)vQL e PwLr RESET --1te: STROEE Sn+C •_,.:: �� AL802LGK 1�, UPPER TERMINALS M1+ N1_-142t!9TRr t vc Z SW1 SW2 LOWER TERMINALS �T, 'fes RErz+-RET2 Tar Z'NO U +OUT1-+OU72- i0U73-�-0ifi4-,aI z� TYPICAL DEVICE MOUNTING HEIGHT NO SCALE NAC 12V 12AH 12V 12AH POWER batter v battery SUPPLY #1 ���IOPEN XFfvSR' � �1 fl! - NY A11 QD3D -0 - • AL802ULADA -i- © Q 10 BL ,uvacJssrl 3�A:n„� +BATr - Ac .c o- 25:rTenod Ac_ ft) o alt onix corp. o L-L�J e ON` Tf?Qvc5E1.E,.:C y OLM U7 OUTS ®L UT -... -r : TFmm srncc. i - HAx + NSE -DC + INP1 NP2 7 REESEr AL802LGK a� LPPER TrEFW1N4LS IN1+• Ni 'IN2i-INZ-:. SR(, NC SWt 512 LOWER TEAMINN.S+rRE('I-RE12r fEM-2 ,•ZaY••2-NC U +OIRI -+OUf2 - HOUT3 -+OUT4 - _ ----- 109 I NAC 12V 12AH 12V 12AH POWER battery battery SUPPLY #2 �ABLiNG SHALL BE SEPARATED A \ jMINIMUM OF 24" FROM .ANY OTHER I \ \ I CONDUCTORS. \ I L_---------- - WIRE RUN DETAIL NO SCALE G �I i ELECTRIC BSL GBiO-24 S+S- NAC TO PRIMARY TO SECONDARY FiRE RJ31X FIRE RJ31X i c m T 3 a3. v m v o v a a o u. 01-11 1 11 'ECO t l PHONE 1 TELCO 2 I?G III HONE 2 + L4iG11 r 21 n 17�,T7 0 0 j75TT 4 O .ALARM OTROUBLE O SUPERVISORY O SILENCED O POWER ACK a o 0 0 PROJECT 1\10. 0404 SILENCE TO RTU ENT R ' SHUTDOWN O m O NO RESET 0 ----- MONITOR 1 Ir, .. ...`L ......i a: to TO 115VAC 20 AMP ;um LOCKED DEDICATED �c BRANCH CIRCUIT f� INSERT RUBBER PLUG THIS END OF INLET TUBE INLET TUBE HOLES FACE UPSTREAM OF / 401 AIRFLOW 12V 18AH 12V 18AH battery battery 5860 REMOTE ANNUNCIATOR r� Li W Lr� a cn 2345 RISER DIAGRAM TUBE SUPPORT HOLE THROUGH OPPOSITE SIDE ONLY FOR DUCTS MORE THAN 3ft (0.9 m) WIDE d i DUCT WIDTH _ AiRFLOW OiRECTION DO NOT INSERT RUBBER PLUG EXPECTED AIRFLOW DIRECTION RETURN TUBE SLANT CUT FACE ORIENTED DOWNSTREAM OF AIRFLOW TYPICAL DUCT SMOKE DETECTOR INSTALLATION DETAIL NO SCALE OCTAGON CONDUIT BACK Box / 0 0 0 TRUSS I hdOUNTOCTAGON BOX WITH BENM CLA�!PS7 DO NOT PENETRATE THE ROOT DECK. L - - - - - - - - - - - - - - TYPICAL SMOKE DETECTOR MOUNTING DETAIL NO SCALE �i 4" X 4" OCTOGON TRUSS CONDUIT BOX O 0 O LL STROBES AND HORN /STR0-BE S SHALL BE PLACED ACCORDING T� DRAWINGS. THE ELECTRICAL CONT RACTOR SHALL PROVIDE AND I INSTALL UNISTRUTS IF NECESSARY TO ACHIEVE THIS PURPOSE. L-----------------------� TYPICAL (EIL IN' STROBE AND MORN/STROBE MOUNT INS DETAIL. NO SCALE 1+ Z+ SMOKE DETECTOR SD505-.APS ABOVE O4 CONTROL PANEL k PTf 27 �' lJ 5-5- =� 120V.AC DEDICATED CIRCUIT - SILENT KNIGHT 5BOB n2i J 31X - G J 31X RJ31X JACKS PROVIDED AND INSTALLED BY SBS AL302UL-A.DA 4' X 4 X 2 }" No�IFlC.aIION POWER Q SUPPLY AL302UL-40-A 7. PROJECT 1\10. 0404 4•" X d' TO RTU SHUTDOWN CIRCUIT- - NO -- ----- MONITOR POWER CONTROL O SUPPLY MODULE RELAY COM -- O S.F. WATEPFLOW INDICATOR S.F. - SD500-AIM SWITCH PTf21 PT�011 1 WATERFLOW -_.- S.F. INDICATOR S.F. SWITCH-- - SHUTDOWN CIRCUIT ,. ......;-......., ,I Norc,Nc, nazc2Ncx' - - LL_ BUTTERFLY VAL --- MONITOR MODULE RELAY TAMPER SWITCH O RTU f03 TAMPER PTf103 SD500-ARM SWITCHH TO HVAC -7f31 _SD500-AIM --- r TO HVAC CSO SHUTDOWN _ _-- - NOI C,NC1 NO2C2NC21 - f ------- . CONTROLSMOKE RELAY O 1 --�" NOTCT4CT -.02=a=' RTU 105 RTU f05 CONTROL RELAY O _ SD505-ADH -- PT#75 DUCT SMOKEE DETECTOR RTU f06 _ %------ RTU Pr#tos SD500-.ARM -----amu SD505-ADH PT176 L ®® TO RTU r SHUTDOWN CIRCUIT 'f N01 CiNCT NO2C2NC2 •• :-: TY L RELA RELY RTU f04 co SD500-ARM 0 RTU SHUTDOWN CIRCUIT I ; ', f-. INo,awc,Nozcxlcz; - -- �- CONTROL O I RELAY RTU fO2 Pr11oz SD500-ARM TO RTU SHUTDOWN - :401CINCI H02C2NC21. - CONTROL O = pRTU RELAY 107 PTf107 SD500-ARM --- o n D n +(SLC) PULL O STATION ELECTRtCAL ROOM „'l< PT1i4 120V.AC DEDICATED CIRCUIT - SILENT KNIGHT 5BOB n2i J 31X - G J 31X RJ31X JACKS PROVIDED AND INSTALLED BY SBS AL302UL-A.DA 4' X 4 X 2 }" No�IFlC.aIION POWER Q SUPPLY AL302UL-40-A SDSQO-PS r=• PROJECT 1\10. 0404 4•" X d' TO RTU SHUTDOWN CIRCUIT- - + t _ No,aNc, va2cxNc2� i, Oo LNT CHECKED DATE: POWER CONTROL O SUPPLY i RELAY + H I tii 7 5.. a i I t - . try �' , ,. _ GROSS AREA 28,418 S.F. SALES AREA 23,6':�4 S.F. STOCK CRE: PT�011 1 SD500-ARM -_.- S.F. i S.F. 70 RTU SHUTDOWN CIRCUIT ,. ......;-......., ,I Norc,Nc, nazc2Ncx' - - LL_ CONTROL O RELAY RTU f03 c PTf103 SD500-ARM TO HVAC SHUTDOWN ,_......... ,._....._ o CSO - NOI C,NC1 NO2C2NC21 - ' CONTROLSMOKE RELAY O 1 DUCT DETECTOR RTU 105 RTU f05 Pr las SD500-ARM _ _ SD505-ADH -- PT#75 W�< � O 120V.AC DEDICATED CIRCUIT - SILENT KNIGHT 5BOB n2i J 31X - G J 31X RJ31X JACKS PROVIDED AND INSTALLED BY SBS AL302UL-A.DA 4' X 4 X 2 }" No�IFlC.aIION POWER Q SUPPLY AL302UL-40-A PROJECT 1\10. 0404 4•" X d' DRAiVN BY: ARCHITECT CHECKED BY: X 2�" NOiiRCAiION Oo LNT CHECKED DATE: POWER -TORE NUiviBER: 1100 SUPPLY FI LE: 1 100FA03. DWG PANEL LAYOUT NO SCALE NICET LEVEL 3 KEN TOCKSTEIN, ET FIRE ALARM SYSTEMS CERTIFICATION NUMBER pmjr PROJECT 1\10. 0404 DATE: `A5/04 DRAiVN BY: ARCHITECT CHECKED BY: ARCH. CHECKED DATE: LNT CHECKED BY: Oo LNT CHECKED DATE: -TORE NUiviBER: 1100 SCALE: AS i�10T�D FI LE: 1 100FA03. DWG + H I tii 7 5.. a i I t - . try �' , ,. _ GROSS AREA 28,418 S.F. SALES AREA 23,6':�4 S.F. STOCK CRE: 0Fi IC,E AREA 551:� BREAK ROOi/i 254 S.F. TOILET R00IvIS 326 S.F. CORRIDOR i 110sc I,OI& S.F. I°II?iii!111.I!"ICiI a ,�r F iif.'til;Illilli;l . !1 III ;1rI ,.:, 111 11i PUB REVISION JHLLT TITLE- SYSTEM DETAILS FAOJ _4ZT- -IR LEI Oo W I - is f LL_ W c Z o CSO LL- W�< � O L G €'- co FAOJ _4ZT- -IR -PART 1 - GENERAL F_ ;-- I I I 1,01 GENERAL REQUIREMENTS A. The requirements of the Contract Documents, 'including the General and Supplementary General Condition and Division I - General Requirements shall apply to the work of 'this section. . B. At 'the 'Lime of bid the general contractor shall list all exceptions taken to 'these Specifications, all variances from these Specifications and all substitutions of o ' Derating capabilities or equipment called for in 'these Specifications and forward said list to TVA. Any such exceptions, variances or substitutions that were not listed at the tim� of bid and are identified 'or irrinne in the submittal, shall be grounds I dicte disapproval without comment. Final determination of compliance with this Specification shall rest with TVA, who, at their discretion, may require proof of performance. C. All ']ire clar-rin equi ' oment shall, be furnished by the specified Linens IN Things fire alarm supplier, herein referred to as the FPS under 'this Section. The general contractor shall coordinate all work as provided for in 'this section with oil other related sections and trades. 1. The Linens N Things Fire Protection Engineer, herein referred to cis FPE, is TVA, Fire & Life Safety, Inc. The FPE primary contact is Ron LesZC7 nski (248) 476-0000, fox (248) 476-1597- ZY 2 2. The Linens N Things 17PS is Fire Materials Group (FMG), LLC. The FPS i primary contact is John Delaney (248) 476-0000. 3. The general contractor shall select an alarm company licensed in the field of fire clarm installation and service- The awarded 'installation and v shall provide a minlimurn of one NICETI Level 2 certified technician to install the specified system. The NICET certified technician shall be on site at oil times during instcliation and testing until 100% completed and approved by TVA and the ,Authority Having Jurisdiction. . D. The electrical contractor shall coordinate all locations with the latest linens and 'things fixture plans Prior to installation. Any discrepancies between plans will require the more stringent to be bid on and installed. 1.02 E_ Division IS: Basic materials and methods Division 15: Sprinklers Division '15: HVAC Systems 1-03 RESPONSIBILITIES A. This section of the specification includes the provision and �nsticllation of the F -ire Alarm System. The general contractor shall include in his bid all moneys required to install a fully functional Fire Alarm System. The general contractor shall include in his bid troubleshooting and replacement of devices -found inoperable. The general contractor shall include in his bid testing and retesting id necessary to provide c 100% fully operational system approved by the authority having jurisdiction and TVA. - B. The cieneral contractor shall provide all tools, lifts, materials and labor to pipe, and install all mounting and equipment enclosures as required per drawings and specifications. This installation shall reflect 'the FPE shop drawings as much cis practically possible. I- 1". X The general contractor shall coordinate installation of conduit., boxes etc., lor the fire alarm systern. D. The alarm contractor shall be licensed in the -field of fire alarm system installation meeting all local, state arid national requirements and NICET * minimum level 2 certified. E. The general contractor shall contact' 'the FIDE with any comments, r reservations tto 'the drawings arid specification prior to bid. By not identifying any differences prior to bid, the contractor is not entitled to any additional money. E, The general contractor shall provide a motorized aerial work platform and I . . ladder for use during the entire Period of the fire alarm installation. The platform shall be capable of any work elevation inside the building. "I C1. All conduit, boxes (unless Otherwise Indicated), fittings, couplings, I connectors, Straps, supports, pull strings, bushings, cable, etc., shall be provided and installed by the general contractor. H. The general contractor shall provide all line voltage (120 V. max.) and low-voltoge (up to 50 VAC/VDC) circuiting in separate conduit. 1. The general contractor Shall provide and Install cable exposed using fire rated cable (.'--'PLP) per N' ---:'C article 760 unless otherwise noted by local � ' jurisdictional authorities. J_ System operation, testing, turn over, warrant%,,, complionce and after morket service shall be provided by 'the general contractor. . K_ The fire alarm system must be complete prior to the acce ' Dtance test date. The system shall be powered and tested, signals verified to 'the central station prior to TVA on-site acceptance test. The general contractor will be responsible for reimbursing the FPE for travel cost and other related -expenses, should the associated work of the general contractor not be complete at 'the 'Lime of 'the scheduled on-site acceptance test date. The general contractor shall also be responsible for reimbursements a-,' cancellation charges incurred b TVA if advance trovel plans must be y I altered after test is scheduled. L. A written report shall be Pre,DGred by 'the FPE and submitted to the Linens N Things representative at 'the completion of 'the project, Drior to turn over. This report shall outline 'the acce ' ptance-test results and identify any items not completed or fully operable. Any item 'that is identified in 'this report must be corrected by the installing contractor and the system must prior 'O be fully operable L turn over. M. The FPS will provide 'the following fire alarm equipment as indicated on 'the E -PE drawi.ngs: 1. Fire clarm control panel 2. Stand-by batteries 3. Annunciators - 4. Manual pull stations 5. Area smoke detectors 6. Duct smoke detectors 7. Control relays (HVAC shutdown, door release, etc) 8. Notification appliances (horns, strobes, bells, etc) 9. Modules for monitoring initiating devices (wcter-flow switches, gate valves, sprinkler tamper switches, PIV's, etc.) Any additional equipment not indicated on the FPE drawings and added by state and local ouihorities shall be immed�ctely reported' to the FPS. FPS ' will provide additional equipment deemed necessary, unless otherwise directed by FMG personnel. Any deviations shall be grounds for disapproval I N. The FPS Will provide approved drawings to the general contractor for installation. The general contractor shall be responsible for acquiring permit. All plan review and permit fees shall be paid by owner. 0. The FPS shall pi-ogrom an initial setup program into the control panel prior to shipment to the general contractor. It may be necessary for the general contractor to make adjustments to the program per FPS/FPE instructions. The general contractor shall include 'in his bid adequate time to provide additional modifications if necessary. P. The general contractor shall install, terminate and test "the fire alarm system until fully operational. 0. The general contractor shall obtain final cpprovo[ from state and local authorities. (it' applicable) R. The general contractor shall provide services necessary to obtain final approval deemed necessary until final approval is obtained by state and local authorities. (11' applicable) S. The general contractor shall ' provide a professionally operated guard service / fire watch, if system is not complete one (1) week prior to turnover, tested and approved by 'the Authori�y Having Jurisdiction. The guard service // fire watch shall be provided until such systems are found acceptable and approved by TVA and/or Linens N Things and the Authority Having Jurisdiction. The general contractor shall be responsible for all costs incurred by not meeting 'these requirements. T. The general contractor shall provide the FPE with shipping address, name, phone number, and e-mail address of those individuals directly responsible for 'the installation of the Fire Alarm �ystem. 1.04 SCOPE A. The work covered by 'this Section of the Specification shall include all labor, i equipment, materal nd services to furnish and install 0 Complete fire ,alarm system of the zoned, non -coded general clarm type. It shall be comolete with all necessary ,hardware, software and memory specifically toilo�ed -for this 'installation. It shall be possible to Dermcnently modifIV the ' I software on site by using c plug-in progrommer. The system shall consist of, but not be limited to, the following: 1. ,-Fire alarm control panel listed for all intended applications 2. Remote annunciator 3. Addressable manual fire alarm pull stations 4. Addressable analog area smoke detectors ' ). Addressable analog duct smoke detectors 6. Addressable anclog heat detectors 7. Sprinkler waterflow alarm switches B. Audible notification appliances; bells, homs, speakers . 1 9. '%-risual notification appliances; strobes 10. Central station cilarrin connection 1 1. Air handling systems shutdown control where required 1 2_ Dry pipe sprin�kler release valve supervision 15. Smoke -exhaust systems startup control 14. Sprinkler super-visory switches and tamper switch supervision 15. Emergency generator supervision 16. Fire ,Dump supervision 17. Botte,7,, standby 1.05 QUALITY ASSURANCE A. iMaril-IfICICtUrer 1. The system and components shall be manufactured by Silent Knight, Altronix and Gentex. 2. The equipment described in '(.,his section represents the flUnction and -type of some of 'the materials required and herein specified. The equipment indicated in this section does not intend to be a com plete list of all components required 'for an operational arid approved system but only as guidelines. Additional equipment not I - herein specifically indicated but is a necessary part of an operational and approved system shall be provided as required. B. Equipment Handling 1. The ,FPS shall provide each piece of equipment in durable shipping cc -tons. 2. The general contractor is responsible for receiving the system at "he site, or predetermined lt�cation, review or -der for completeness, inspect oil c f nd correct labeling. Once received the general contractor shall 'Lake full responsibility for the storage and protection of all materials furnished by the owner. .3. The general contractor shall replace at their cost any equipment lost or damaged after receipt. Replacernent equipment shall be of I 'the some r,qanufactu,---r m ake and mod --I as indicated on T�`A drawings. . i L I L L C. Applicable Installation Codes and Standards 1 . All equipment shall be UL listed for its intended use. 2. NFPA Standard 72. ,�. The National Electric Code. 4-. All other applicable local and national codes/standards and authorities having jurisdiction. 5. Americans ,,k,ith Disabilities Act Accessabilities Guidelines (ADA(AG)). D. Standards 1. The system shall be installed per the following standards as applicable: UL 86+/UOJZ, APOU Control Units for Fire Protective Signaling Systems. UL 268 Smoke Detectors for Fire Protective Signaling Systems. UL 268 A - Smoke Detectors for Duct Applications. UL 228 Door Closures -Holders for- Fire Protective Signaling Systems. UL 4-64 Audible Signaling Appliances. UL 1971 Visual Signaling Appliances. UL 38 Manually Actuated Signaling Boxes. UL 346 Water flow Indicators for Fire Protective Signaling Systems. UL 1481 Power supplies for Fire Protective Signaling System s. UL 521 Heat Detectors for Fire Protective Signaling Systems. E. Related 'Nork 1. The general contractor shall coordinate work in this Section with all related trades. ftrk and/or equipment provided in othe related to t�e fire alarm system shall include, but not be limited to: a. Sprinkler woterflow and supervisory switches shall be furnished and installed by the general contractor. The general contractor is " :, responsible for piping to an accessible junction box and provide c flexible raceway to 'the final termination at 'the device. Module and Sprinkler system monitoring device termination's by general contractor. b. If applicable, duct sm, oke detectors shall be furnished by 'the FPS. The general contractor shcII be responsible for all wiring to the detector and from Fire Alarm System N.O. contacts (Le. addressoble control relay module) to res ' pective HVAC unit fan motor starter control circuit terminations. The Duct Detector housing and sampling tube shall be installed by the General contractor. The general contractor shall be responsible for terminations to HVAC equipment. c. Air handling and smoke exhaust system fon control circuits and status contacts to be furnished by the HVAC control equipment - d. Elevator recall control circuits to be provided by the elevator control equipment supplier (11' applicable) - e. Emergency generator supervision contacts to be provided by the -emergency generator control equipment supplier. (If applicable) - f. Raceways (Conduit). g. Outlet Boxes and Junction Boxes. h. Grounding cis per Linens N Things standards. F. Wo rrc n ty . 1. The general contractor shall guarantee all wiring and raceways to be free from inherent mechanical or system defects for one (1) year from date of grand opening. 2. Upon completion of the installation of fire alarm system equipment, the general contractor shall Provide to the Linens N Things Project Manager a signed written statement, substantially in form (is follows: "Th e - undersigned, having engaged as the general contractor on 'the L'Ncme of Project.] confirms that '-the fire alarm system equipment was installed in accordance with 'the wiring diagrams, instructions and directions provided � to us by the FPE. 5. General contractor is required to include all labor required to per -form warranty work during warranty period. a. This warranty work will include replacement of warranty components, ordering warranty components, installing or reinstalling warranty components and all management and labor required to satisfy warranty issues. b. Components in the above paragraph refers to fire alarm equipment supplied by the FPS. 1.06 SYSTEM OPERATION A. G er i er a I 1. The fire detection and alarm system shall detect all changes in status of monitored points and sholl initiate appropriate actions to alert and/or evacuate occupants, provide event annunciation and actuate auxiliary controls as specified herein. - 1 2- The system shcll accept, process and evaluate the following types of signals: C. Automatic -fire cletect:-)rs b. Manual alarm pull stations C. Sprinkler woterifl,avi a�,�4.ltahes d. Sprinkler tomper switches e. Other supervisory type inputs f. Control relay response confirmations g. Detector sensitivity data I . 3. Analog type smoke detectors shall hove their sensitivity continuously monitored. 4. Walk test mode shall test initicting devices and circuits, and indicating devices and circuits from the field without returning to the panel to reset the system. Upon activation of an initiating device, the associated visual and audible output shall operate for approximately six seconds. 5. When an alarm condition is detected on an initiating device circuit that has been programmed for alarm verification, the system shall automatically enter the clorm verification mode. If the alarm condition is " I still present after c preset time period, the system will automatically enter 'the alarm mode. 6. The Fire Alarm Control Panel (FACP) shall communicate with field devices over one or more Style 4 analog-addresscble signaling line circuits. 7. Sub -circuits from addressable input/output modules, used to interface input/ output devices (i.e. bells, conventi onal fire detectors, tampers, etc-) shall be supervised. Initiating circuits shall be wired for Style B operation and indicating circuits wired for Style Y operation. Super -vision shall include open circuit, short circuit and gr-ound fault. Modules requiring external power for operation of two -wire conventional detector sub-c'rcuits and initiating device circuits shall super -vise 'the presence of 11 external power. . 8. The s stem shall provide Summary printouts, initiated by operator y � command, that 'include the following 'information: a. Analog values of all points including instantaneous value and long � Lerm average value b. Points isolated C. Points tested/failed test d. Points out of sensitivity compensation e. Event log contents - on site and remote programmable. 10. The system shall provide for the disabling of a single point or group of ' points. The systern shall ignore signals from 'input devices when disabled. The system �hall annunciate and remain in a trouble state while cry device is disabled. 11. The system shall provide identification of point type, location and status. Each addressable and analog device shall have a field assigned 20 -character zone identification message and a unique 16 -character device identification message. 12. The system shall provide standby batteries for complete system operation during AC power outages. a. A fault condition shall be indicated when the system is operating on standby battery. When AC power is restored the system sholl revert back to AC power without operator intervention or manual ,restart. B. System Alarm Operation L Li I f any initiating device shall initiate the following system alarm Ac",vot:on o - response: 1. Sound an evacuation signal in all locations specified on the drawings. a. The evacuation signal shall consist of on audio signal sounding the prescribed alarm audible until silenced or reset. 11 2. Activate all connected visual clarm strobes that are specified on the drawings. U ' con operation Of system silence, audible signals shall silence while Visual signals shall continue to oPercte until the system is ,---set. - 3. The alarm condition shall be visually and audibly indicated at the FACIP as -follows: a. Illuminate a red "system fire alarm" LED indicator. b. Continuously sound an audible buzzer at 'the FACP 'that shall sound until the system is silenced. C. Dis , play specific information about the alarm condition on the LCD , as Tollows; 1. Type of event 2. Numeric identification of point. and zone in alarm - J. 16 character text message unique to the specific point in alarm 4. 20 -character text message associated with the zone in alarm 4. The system shall display the alarm condition at all remote ' annunciator and dis ' play panels shown on the shop drawings. These panels shall contain the identical controls and indicators os contained on the FACP. 5. ,Activate the digital communicator to the central station service. `� 1. Operation of the system silence switch shall silence all connected " - audible cp ' olionces with the exception of appliances designated as not to be silenced in response to on clarm -from a waterflow alarm. All displays shall remain illuminated until 'the system has been cleared and reset. In the event of a subsequent alarm after system silence, the FACIP shall resound 'the building alcrnn signals. All audible appliances 'that had been previously silenced shall resound and all audible appliances Programmed to respond to the new clarm condition shall activate. 7. Each event shall be individually acknowledged before 'the system con be returned to normal operation. Access to 'the acknowledge Z kev or code ,restricted such -that only authorized personnel may Operate. 8. 11' applicable the systern shall direct the HVAC system fans, ' dampers and other equipment as ind I cated on -the shop &Qw,*rrgs Wn 3 accordance with relevc�t local, state and national codes and standards. 9. If applicable, a system shall recall building elevators as indicated on , the shop drawings. 10. If applicable., any egress doors equipped with time -delay hardware will automatically release upon ' Dower loss at the mechcnism, the fire alarm system, or upon alarm initiation in accordance with relevant local, state and national codes and standards and T`V'A drowings and specifications. C.Supervisory Operation The system shall activate a supervisony condition when a sprinkler tomper Or other supervision input 'is activated. The supervisory condition shall cause the following system response: 1. The supervisory condition shall be visually and audibly indicated at the FACIP as follows; a. Illuminate a yellow system "supervisory" LED indicator. b. Pulse an audible buzzer at the FACP that shall sound until the system is silenced. c. Display specific information about the supervisory condition on the LCD as follows; 1. Type of event 2� Zone and point numeric identification 3. 16 character text message unique to the specific point causing 'the supervisory condition 4. 20 character text message associated with the zone in the supervisory condition 2. The system shall display the su ' pervisory condition at all remote annunciators and display panel t drawings. These panels shall contain the identical controls and indicators as contained on the E`ACP. PART 2 - PRODUCTS 2.01 EIRE ALARM SYSTEM A. Special pricing and delivery arrangements have been made through the ' FPS. No other alternates to shop drawings and specif I cations will be - considered, unless written approval is received from the E -PE. 2.02 FIRE ALARM CONTROL PANEL A. Fire alarm control ' Donel shall be manufactured by Silent Knight Alarms or as determined by TVA personnel and provided by FMC7. A silent kni-aht microprocessor -based multiplex fire alarm system with intelligent, addressable, initliction devices is required. The riser diagram is based around a multiplex oddresscble system. The fire alarm system shall be monitored by an a ' oproved u.1. listed central station monitoring service. Interface will be fully listed and c1pproved q: ior 'this Purpose. B. The fire alarm control panels shall incorporate all control electronics, relays and necessary modules and components in a surface or sen -ii -flush mounted cabinet. The operating controls and zone/supervisory indicators shall be located behind locked door with viewing window. All control modules shall be labeled, and oil zone locations shall be identified. The ' cabinet shall be 18 GA_ steel, w ' th c permanent. finish. The assembly shall contain c base panel, system power supply and battery charger with optional modules sultable to meet the requirements of 'these Specifications. C. System circuits shall be capable of configuration cis follows: Addressoble analog loops Class A or B; Initiating Device Circuits Class B; Notification Appliance Circuits Class A or B. D. The system shall be supervised, site programmable, remote programmable and of modular design with expansion modules. ' E. The system shall store oil basic system functionality cnd job specific data in non-volatile memory. The system shall survive a complete power failure intact. F. The system shall allow down loading of a job specific custom program created by system application software. It shall support programming of any Input point to any output point. It shall allow authorized customization of fundamental system operations using initiating events to start cations, timers and sequences. G. The systern shall use full digital communications to supervise all addressable loop devices for installation, addressing and operation. H. The system shall have a UL Listed Detector Sensitivity test feciture, which -141II be a function of the smoke detectors and performed outomc-Lica7ly every 3 hours. 1. The system shall support 100% of all remote devices in alarm. J. All panel modules shall be supervised for placement and return trouble if damaged or removed. K. The system shall hove a CPU watchdog circuit to initiate trouble should the CPU fall. L. The system evacuation signal rate shall be continuous. M. Audible notification appliances shall be affected by signal silence features - Visual signal appliance shall not be affected by signal silence features. N. The system progr-cm shall meet the requirements of this project, current codes and standards and satisfy the local Authoriity Having jurisdiction. 0. Passwords shall protect any changes to system operations. P. The Dower supply shall provide line monitoring to automatically switch to batteries for power failure or brown out conditions. Input power shall be 1 20 VAC, 60 HZ. The automatic battery charger shall have low battery discharge protection. The power supply shall provide internal power and 24 Vdc at 5A for notification appliance circuits. The power supply shall be capable of providing 8A to output circuits for c maximum period of 5 mins. Auxiliary power shall be 24 Vdc at IA. All outputs shall be power limited. Q. Auxiliary Power Supply: Provide where required a switching power supply that provides auxiliary 24 VDC power for- system devices (conventional detectors and indicating appliances). 1. Brownout and loss of AC power shall cause automatic changeover to connected standby battery supply sized to provide for the attached load 'in accordance with control equipment specifications. 2. ,AC line, battery condition and output wiring ground faults shall be I monitored by the power supply and signaled to the FACP. A, Ground "cult LED shall be provided on the power supply unit.. Bct-tery condition monitoring shall include low voltage, missing batteries, reverse connection and shorted bottery connection. Reverse and shorted battery connections shall not' damage the power SUDDly. 3. The power supply assembly shall consist of the power supply/battery charger mounted within c dedicated and locked enclosure designed for surface wall mounting. 4. The power supply shall provide a regulated 24 VDC Output ct 6 Amps. Power supply outputs shall meet NFPA standards for power I . . L limited/class 2 circuits. ' R. The LCD Display Module shall be of membrane style construction w ' th a Liquid Crystal Display. The LCD shall use backlighting for high contrast , Visual clarity. In 'the normal mode display the time, the total number of ' active events and +the total number of disable points. In the alarm mode display the total number of events and the type of event on display. Reserve 40 characters of display space for user custom messages. The module shall have visual 'indicators for the following common control functions; AC Power, alarm, supervisory, monitor, trouble, disable and ground foult. There shall be common control keys and visual indicators for; reset, alarm silence, trouble silence, drill and forward // backward scrolling through event listings. The operation of these ke l integrated ,,�,ith the related comnion control indicators to flash 'the indicators when undisplayed events are available for display and turn on steady when all events have been displayed. Allow the first event "'the highest priority to capture the LCD for display so that arriving fire -fighters can view the -first alarm event hands free." Provide system function keys-, status, reports, --noble, disable, activate, restore, program and test. The module shall hove a numeric keypad, zero through nine with delete and enter keys. S. The Main Controller Module shall control and monitor all local or remote peripherals. It shall support the LCD Display Module, power supply. remote LCID and zone display annunciators. T. The Ponel shall have: 1. An Interface module -for remote site monitoring. The module shall hove the ccPability for local energy municipal loop arid reverse polarity -, I I � I connections -C " jor each Of alarm, supervisory arid trouble. 2. Zone display indicator modules to annunciate zones per the fire alarm Z_ I I zoninci schedule. 3. The followina conditions shall be indicated on the 80 character alphanumeric display m, ounted on the face of the Fire Alarm Control Panel and Remote Annunciator: a. AC Power b. System Alarm c. Supervisory Device Activation d. System, Trouble e. SiQncls Silenced f. Module Failure g. Power Trouble In. Initiating Device Alarm i. Initiating Device Trouble j. indicating Circuits Trouble 4. The following switches shall be provided on the FACP: a. .Acknowledge b. Signal Silence c. Sys -tern Reset 5. Fire Alarm Control Panel shall be Capable of the following: a. Selectable clarm verification and acknowledged. b. Global acknowledge of troubles. c. Self contained audible alarm system. d. Self contained audible trouble systern. e. Municipal master box and reverse polarity connection circuit. . � f. Transient suppression module for municipal connections and power Supply. . U. Alarm/trouble one man walk test. a. Alarm resound. V. Power consumption and circuit loading parom eters shall not. exceed a maximum of 90% of capacity during peak amperage draw conditio (i.e. alarm). Power supplies shall be located and sized to achieve this purpose. wire size and circuit length shall also be considered. 2.03 REMOTE ANNUNCIATION A. Remote annunciators and Display Units shall be provided as shown on the shop drawings. Each Fire ' ' \Iar-m control panel IFACP) shall be capable of supporting multiple remote units. B. Each remote unit shall be equipped with identical controls and displays as Z Iound on 'the FACP. - �_. Remote annunciators and dispicy units may be powered locally or from the i a a lly supervised by the FACP. In the evenL of loss of local power or c failure 'In communications to a remote un it, both 'the FACP and remote unit(s) shall audibly and visually annunciate the fault condition. D. Annunciator switches may be programmed for system control such as, global acknowledge, global signal silence and global system reset. - E. The alphanumeric display annunciator shall be a supervised, locally or remotely located bccklit LCD display containing c minimum of eighty " 30) J � characters for alarm annunciation in clear English text. F. The LCID annunciator shall display oil alarm, and trouble conditions in the system. G. LCID display annunciators shall mimic the main control Ponel 80 character disPlcy and shall not require special Progromming. 2.04 FIRE ALARM NOTI E'l CATION APPLIANCES AND EQUIPMENT " A. Notification opplionce devices �horns, strobes, bells, etc) shall be - . I. L __PE nd manufactured by Centex COrDoration or as determined by 'he ,I- a provi�ed by the FPS. B. Notification appliance power supplies shall be manufactured by Altronix or . as determined by the FPE and provided by FPS. C. General Notification Appliances 1. ,All appliances shall be UL Listed for Fire Protective Service. 2. All strobe appliances or combination appliances with strobes shall be capable of providing the "Equivalent Facilitation" that is allowed under the Ame6cons with Disabilities Act Accessibilities Guidelines ,'ADA'AG)), t, � and shall be UL 1971, UL 1638 and ULC S526 Listed. D. Addressable Indicating Circuit Module: The general contractor shall install addressable indicating circuit modules and power supplies used to activate indicating appliances connected to its sub -circuit in response to command X ,rorn the control equipment. 1. The module shall interface to the alarm signaling appliances via a supervised, Style Y sub -circuit and shall be rated �for 3 AMP output. All signaling appliances attached to the sub -circuit shall report their status and be activated as c single Identity. The module ;.hall be UL compatibility listed for use with the conventional 24- VDC type bells, horns and strobes used In 'this project. 2. TVA shall Provide line voltage drop calculations that shall demonstrate 'that the voltage supplied at all indicating appliances are above the UL specified minimum for the indicating appliances employed. These calculations shall assume operation on standby batteries after 'the required standby period. The design shall Provide sufficient quantities of addresscbl-- indicating circuit modules and 24 VDC Power supplies, in the Pro , Der locations, to insure that the UL specified minimum voltage 'IS present at all indicating appliances. C'. - Notification Appliances Visual Indication and Audibl I 1. All strobe appliances or combination appliances with strobes shall be capable of ' Droviding '-the "Equivalent Facilitation" that is allowed under the ,Americans with Disabilities Act Accessabilities Guidelines "ADA�'AGA � � , and shall be UL 1971, UL 1638, and ULC S526 Listed. 2. Strobes shall operate on 24 VDC nominal. 3. Strobes shall meet the requirements of 'the ADA as defined in UL standard 1971 and shall meet the following criteria: a. The maximum pulse per UL 1971- b. Ccndelc intensity shall meet the requirements of UL 1971, C. The flash rate shall meet the requirements of UL 1971. d. The wall mount a ' DOicrices shall be placed 80 in (2,030 mm) above the highest floor level within the sDace, or 6 in (152 mm� below the ceiling, which ever is lower unl�ss otherwise indicated. / e. The 115 -cd strobe or horn strobe, UL 1971 listed for ceiling mountinQ, shall be placed at the bottom of the bar joist centered directly over the respective aisle. If a bar joist does not center directly over the aisle, the general contractor shall Provide and install unistrut to meet this requirement. The general contractor shall coordinate installation and verify rocking and lighting plans prior to instaliction. The general contractor is responsible for . relocating devices if cable and devices cre installed prior to ' Installation of racking. 4. Indoor devices shall be mounted on 4x4 square outlet boxes, surface mounted on columns, walls or joists in the sales area, flush mounted in the office or the interior side of tilt walls or block. 5. Outdoor devices shall be mounted on 4x4 square cast weatherproof outlet boxes (2 gong Bell box). Strobes shall have outlet boxes with weatherproof covers. Horns shall be of the weatherproof type. 6. Horns shall be minimum 83 dBA. 2.05 INITIATING DEVICES, EQUIPMENT, AND FIELD MODULES A. General - Intelligent Addressclble Analog Devices 1. Furnish and install where 'indicated on the plans. * 2. Each detector shall continually monitor the env' ronmental impact of temperature and cir-born contaminates. The process shall cdopt the detector to long term environmental changes. 3. Differential sensing algorithms shall maintain c constant sensitivity I setting between the clarm threshold and compensated base line sensitivity. The base line sensitivity shall be updated approximately 4. .,Ml detectors sholl be suitable for wall mount applications. The detector shall initiate a freeze warning signal at 40 degrees F/4.44 degrees C. B. Ceiling Mounted Fire Sensors 1. Addressable smoke and thermal detectors shall provide alarm and power/polling LED. The LED shall flash under normal conditions, indicating 'that the detector 'is operational and in regular ' communication with the control panel, arid shall be placed into steady illumination by the control ponel, indicating that an alarm condition has been detected. 2. Using software in 'the FACP, detectors shall automatically compensate for dust accumulation and other slow environmental y ect the�r performance. The detectors shall be listed by UL as meeting the calibrated sensitivity test requirements of NFPA Standard 72- 3. The detectors shall be ce�ling-mount and shall include a separate twist -lock base. i 4. Detectors will operate I n on analog fashion, where 'the detector . _ _,Imply measures its designed environment variable and transmits on anclog value to the FACP based ,In real-time measured values. The system operator shall view the current analog value of each detector at the FACP. 5. Addressable devices shall provide address -setting means and shall that , i also store an internal identify' ng code L 1. the control panel shall E, _ use to identify the type of device. LED(s) shall be provided that shall flash under normal conditions, indicating that the device is operational and is in regular communication with the control panel. 6. Intelligent Photo Detector shall use a light scattering type ' D h oto sensor. The detector shall be suitable for crec protection arid direct insertion into air ducts up to 3 feet high and 3 feet wide L with air velocities up to 4000 ft./ , min. without requiring s ' Deci-fic duct detector housings or supply tubes. The detector sholl have a ULI Smoke Sensitivity Range 0.67 - 3.77 % Obscu ration/ ft. The detector shall be rated for ceiling installation ct a minimum of �,O_ I , oot. centers. __ - /. Detector bases shall mount to North American 1 gong, 3 1 ' /2 " a, 4" octagon boxes, and a 4" square box. Removal of the respective detector shall not offect communications with other d et e ct o rs. Terminal connections shall be made on the room side of 'the base. All detectors shall be compatible with any base. �1. L - pplicable) u Intelligent Duct Smoke Detectors (If A 1. The in-rUCI smoke detector housing shall accommodate either an I L intelligent ionization detector or an intelliclent. photoelectric detector, that provides continuous onaloo monitoring and alarm verification Z Irom 'the Ponel. 2. When sufficient smoke is sensed, an olorm signal Is Initiated at -the FACP, and opp ' ropriate action taken to change over air handling s . ystems to help prevent the rapid distribution of toxic smoke and Tire gases 'throughout the areas served by 'the duct system. An auxiliary relay will interrupt fan motor starter control voltage thereby rendering the fan motor Inoperable - 3. Provide and install LED source, addressable cir duct Photoelectric smoke detectors and integral twist -lock bases at locations as indicated on 'the drawings. Air duct smoke detector shall utilize sarne detector head as ceiling mounted photoelectric detector. 4. Detector- sampling tubes and housings shall be provided by FMG to 'the general contract--,, for installation as indicated on T�IA drawings. 5. Sampling tube length and tube openings shall be coordinated by ' the general contractor with the mechanical contractor. Detectors Shall be install -ed where indicating LED con be visually inspected _C -floor below% but as ,high in 'he ductwork as I- , om the sales . I L L possible. D. Addressable Pull Station (manual clarrin initiation) � I 1I.Addressable Pull boxes sholl, or, comr-nand from the control panel, Send data to the panel re ' presenting the state of -the manual Switch and the addressable communication module designed so that after actual emergency operation, they cannot be restored -to normal use except by the use of a key. 2. All operated stations shall have a positive, visual indication of operation and utilize a key type reset. 3. Manual stations shall be constructed of Lexan (as a minimum) with ' clearly visible operating instructions provided on 'the cover. The word FIRE shall appear on the front of the stations in raised letters. 4. Stations shall be suitable for surface mounting or semi -'lush 11 'I on 'the plains, and sho be installed not less than 42 inches, nor more 'than 4_8 inches above the finished -floor. E_. Addressable Dry Contact Monitor Module L_ � I 1. Addressable monitor modules shall be provided to connect supervised IDC zones of conventional clarm initiating devices (any N-0. dry contact device) to one of the fire alarm control panel SLC loops. " 2. The monitor module shall mount in a 4 -inch square, 2-1/8 inch deep electrical box. 3. The IDC zone may be wired -for Style D Or Style B operation. F. Addressoble Control Module . 1. Addressable control modules shall be provided to supervise arid control the operation of conventional NACs of compatible, 24 VDC powered, polarized audio/visual notification appliances. For fan shutdown and other auxiliary control -functions, the control module may be set to operate as a dry contract relay. 2. The control module shall mount in a standard 4 -inch square, 2-1/8 inch deep electrical box, or to a surface mounted backbox. 3. The control module NAC mcy be wired [for Style Z or Style Y "Class I � A/B) with up to 1 amp of inductive A,/V signal, or 3 amps of I " I resistive A/V signal operation, or as a dry contact (Form -C) relay. L The relay coil shall b� magnetically lctch�d LO reduce wiring connection requirements, and to insure that 100% of all auxiliary e energized at the some 'Lime on the some pair or' wires. 4. Audio/visual power shall be provided by a separate supervised power loop from the main fire alarm control panel or from a supervised, UL listed remote power supply. 5. The control module shall be suitable for pilot duty applications and rated for a minimum of .6 amps at 30 VDC. G. Isolator Module 1. Isolator modules shall be provided to automatically isolate wire -to -wire short circuits on on SLC loop. The isolator module shall limit the number of modules or detectors that may be rendered inoperative by a short circuit fault on the SLC Loop. At least one isolator module shall be provided for each floor or protected zone of the building. 2. If a wire -to -wire short occurs, the isolator module shall automatically open -circuit (disconnect) the SLC loop. When the Z short circUiL condition 'is corrected, the isolator module shall automatically reconnect the isolated section. 3. The Isolator module shall not require any address setting and its operations shall be totally automatic. It shall not be necessary to replace or reset an 'isolator module after its normal operation. 4. The isolator module shall mount in a standard 4 -inch deep electrical box or 'in a surface mounted backbox. It Shall provide a single LED that shall flash to indicate that the 'isolator is operational and shall illuminate steadil to indicate that a short , I y circuit condition has been detected and isolated. H. Fire Protection System Alarm and Supervisory Equipment 1. W'cterflow Switches shall be an integral, mechanical, non -coded, non-accur-nulative retard type. 2. �,%Icterflow Switches shall .hove on alarm transmission delay time that is conveniently adjustable from 0 to 60 seconds. Initial settings shall be 30-45 seconds. 3. All waterflow switches, gate valve supervisory switches, post * indicator valve su ' Dervisory switches, and waterflow clorm gongs (if required) shall be provided and installed by 'the general contractor. The electrical water -flow alarm -sig nall Ing appliance (as indicated on drawings) shall be provided by FPS and installed by the general contractor. The genera[ contractor shall make adjustments and final * wire terminations. 4� All conduit for the sprinkler- switches and clarm-slgnaling applionce(s) shall be provided by 'the general contractor. Provide 4" square junction box on closest structural wall to device. Flexible conduit shall be provided and installed by the general contractor. Wiring and final connection shall be provided by the general contractor. 5. Each sprinkler system water supply control valve riser and zone control valve shall be equipped with a supervisory switch. 6. DIV (post indicator valve) or main gate valves shall be equipped Wit Lh 0 Supervisory switch. 7. The switch shall be mounted so as not to 'Interfere with 'the normal J operction of the valve and adjusted to operate within two revolutions toward the closed position of the valve control, or when the stem has moved no more than one-fifth of the distance from its normal position- The general contractor shall verify and coordinate all supervisory switches are adjusted as required. 8. The supervisory switch shall be contained in a weatherproof aluminum housing, which shall provide a 3/4 -'inch (19 mm) conduit entrance and incorporate the necessary facilities for attachment to the valves. 9. The switch housing shall be finished 'in red baked enamel. 10. The entire installed assembly shall be tamper proof. � 11. Valve supervisory switches under this section shall be provided and installed by general contractor. 2.06 OFF PREMISES REPORTING EQUIPMENT A. The fire clarm control panel shall be provided with c built-in Digital Alarm Communicator Transmitter (DACT) for reporting alarm, trouble and supervisory conditions to c remote central station using telephone communication lines. mount within the FACP enclosure. include a built-in 0-90 second programmable delay. 3. The DACT shall monitor the telephone lines for trouble. 4. The DACT shall hove a programmable delay for reporting of AC power loss. PART 3 EXECUTION 3.01 GENERAL A. Installation of the fire alarm system shall be in strict compliance with manufacturer's recommendations. Consult 'the manufacturers control panel and peripheral equip ment Installation manuals for oil wiring diagrams, schematics, physical equipment sizes, etc. before beginning system installation. Refer to the riser/connection diagram for all specific systern, installation/ terminatlon/ wiring data. B. Fastening and supports of all equipment shall be adequate to support the required load arid provide a safety factor of 5. C. As indicated on 'the FPE shop drawings, each system clarm point or zone in the system shall be uniquely labeled within the fire alarm control panel. Names of the system point (s) / zone (s) shall be as defined by or in consultation with the FPE. D. All device activation shall be indicated 'individually on a separate zone in the fire clarm control panel as indicated on the drawings. Z'. - -'s failure to carry out the TVA shall not be res ' oonsible for the controcto. construction work in accordance with the contract documents, nor shall they be required to supervise the conduct of the construction procedures ' followed by 'the contractor, subcontractors, their respective employees or any other p erson at the job site other 'than tva employees and I . /or the engineer of record. F. Caution: TVA shall not be responsible for unauthorized changes to or uses of these plans. All changes to the plans must be in writing and must be approved by T�-`.A. . 3.02 CABLE AND 1�`IRING A. The Fire ,Alarm Control Panel shall be connected to a separate de4icated branch circuit, maximum 20 amperes. This circuit shall be labeled at 'the emergency panel arid within the fire alarm control panel enclosure as "FIRE ALARM CIRCUIT CONTROL" and the circuit breaker shall be effectively locked out with an approved, listed brecke ' - lock device provided and Installed by general contractor. The ' control ' Donel cob I net shall be grounded securely to 'the main ,i,__ _ al building ground. Conduit shall enter into the I - orm control panel only at those areas of 'the backbox that have factory conduit knockouts. B. Provide all line voltage (120 V. rnox.) arid low -voltage (up to 50 ing 'in separate conduit. Low-voltoge circuiting shall be installed exposed using NEC-FPLP rated cable per NEC article 1/60 unless otherwise noted by local jurisdictional authorities. C. ,Branch wiring from control and monitor modules 'to controlled and monitored points shall be minimum ;ilt'l 5 *�'G-CU paired cable (not ,necessarily twisted) or as per manufacturer's recommendations. Wiring for addressable and data transmission connections shall be minimurn #16 AWG -CU, low capacitance, per manufacturer's recommendations. Control panel to annunciator cable shall be one pair RS -4-85 (communication) and one -pair #14 AWG -CU (24 VDC Power). All cable jackets shall be red in color tto readily Identity it cis fire alarm cable. D. All wire terminations shall be stripped, landed, and devices installed � by the genera[ contractor. The general contractor- shall provide not less than 12" slack wire at devices and 6'-O" slack wire at the control panel for -final termination by general contractor. C'. 'i no shall be completely supervised. In -the event of a All f eld wirin, � primary power failure, disconnected standby battery, removal of any ' internal modules or any open circuits in 'the field wiring-, -on audible and Visual trOUble signal will be activated until the system -and its associated field wiring are restored to normal condition. - .". The general ccontroctor shall provide and install low voltage cable, tie wrops, wire nuts etc? Per NEC Article 760 standards and manufactur-ers requirements. � .1. A minimum, oft 10% excess cc ' Docity is required on each signaling line circuit (sic). T -tapping is an acceptable method of wiring as indicated on tva d-,cwinQs. A form of circuit isolation from a fault condition is required to prevent complete sic Impairment and ensure survivability- An isolation m. odule for each t -top is required. H. Signaling line circuits shall be class b, style 4 minirnum. Initiating device circuits shall be class b, style b minimum. Notification appliance circuits shall be class b, style y minimum. 1. All fire alarm system cabling shall be routed through, 3/4-7' emt conduit from devices and shall be stubbed uLn to bottom chord of , bar- joist. At that point cabling shall be rU n exposed along the ceiling if acceptable by the ohj. Ail exposed wiring shall be type . I C P I.D. J. No horizontal runs on walls will be allowed below the bar joist. K. Loose wire shall be installed and secured to the upper level of the bar joist and shall run -either parallel or at 90' to' the joist. No diagonal wiring will be allowed. 3.03 CONDUITS AND BOXES A. Conduit shall be provided and installed by the general contractor. B. All exposed cable below the bottom bar joist or other roof structure protruding lower, or other locations where the cable may become exposed and/or damaqed, must be within a steel conduit, provided by 'the general contractor. (I. The general contractor shall Provide and install oil junction boxes and coverpictes per manufacturer's instructions and details. All electrical junction boxes shall be labeled as fire alarm systern with decal or other approved markings by general contractor. 3.04- END OF LINE RESISTORS A. The general contractor shall Install all end -of -line resistors at 'the device to ensure circuit reliability per manufacturer's instructions. 3.05 IDENTIFICATION A. The general contractor shall number code conductors appropriately and permanently for identification and servicing of the system. Labeling shall clearly identify the circuit, zone and/or device served. -7.06 FINAL SYSTEM ACCEPTANCE A. The system will be accepted only after a satisfactory test of the entire system has been accomplished by the general contractor in the Presence of a representative of the local authority having jurisdiction and Linens IN Things Management. The general co-ntractor shall coordinate and schedule the test. with 'the authority having jurisdiction prior to turnover to obtain final approval for certificate of occupancy. At the completion of the project, full documentation shall be presented to Linens N Things Management indicating acceptance testing has been approved per NFPA 72 and a Certificate of Compliance per NFPA 72 is provided. B. The general contractor shall perform a fire alarm system acceptance test in the presence of the FPE. This test is in addition to the tests required by 'the local authority having jurisdiction for the Certificate of Occupancy. The tests shall be in accordance with NFPA 72 and shall be per -formed after 'the complete installation of oil systems (one week ' DriOr to turnover). The contractor shall '* notify 'the FPE ten 00) working days prior to 'the completion ,of the installation for scheduling. The contractor shall budget for one day of testing and have two (2) personnel on site, however the contractor shall be responsible to be present. until such time that all systems are found acceptable. The contractor shall furnish all personnel, lifts, hand tools and any other equipment needed for testing. The contractor shall be responsible for all additional costs incurred by the failure to per -form the tests on the scheduled date, ithin 'he budgeted time (I day), and/or retests due to system wit. L failure (costs include, but are not limited to travel, lodging, per diem, tronsPortation and labor). C. Fi n a I acceptance will require the contractor to deliver (3) sets to the Linens N Things Project Manager and (1) set to TVA at time of acceptance test the following: 1. Record drawings (as built drawings). 2. NFPA 72 (1999) certificate of completion. - _). The general contractor-, U Don completion, shall provide to the Linens N Things project m ancger and TVA at a minimum: letter of completion indicating the System has been fully tested locally and remotely, signals hove been verified to the _� central station and operation of the system has been fully demonstrated to Linens N Things personnel (include names of those who were demonstrated to), users and installctlon manuals, cut sheets on all alarm devices installed on the premise. The general contractor shall receive written sign off �rom 'the Linens N Things project manager indicating oil above have been received. D. The general contractor shall provide a fully operational and tested fire clarm system, training on 'the Operation and proper use of the installed systems (c minimum of 2 classes shall be provided), including 24 .hour phone number for questions and service request t Lo the Linens IN Things representative, per the specification one (1) week prior to turnover. C, ". If the system cannot be 100% completed (le. construction of the building not complete), the affected devices shall be bypassed by 'the general contractor (resistors placed at each module) as to allow 'the system to be fully operational one (1) week Drior to turnover. � .' The affected devices shall be activated Immediately upon final construction of the affected area. F. The general contractor shall obtain from the Linens N Things Management, contact lists for- notification purposes in case of system activation. The notification list shall include contact phone numbers, 'individuals title, and pass codes. This information shall be transmitted to the Central Station and the FPE upon receipt two weeks prior to turnover. G. The alarm company central station shall provide uploccling and downloading functions to the control panel from the central station. The central station shall provide at a minimum, zone and code program changes at the request of authorized Linens IN Things management. H. Prior to TVA's on-site acceptance test the general contractor shall have completed and be prepared to provide to TVA, during the TVA test, the following: 1. System shall be complete. 2. Ali devices and components shall be tested and signals verified to the central station - 3. NFPA 72 certificate of occupancy - 4. Central station monitoring instruction sheet completed and provided to the central station. - D. work is ready to turnover to the LNT ' contruction project manager as indicated: 0. As -built drawings. b. NFPA 72 certificate Of Completion. C. Installation manuals. d. Users manuals. e. The system shall be demonstrated to LNT management. 9 1. Clearly labeled keys. AY A. The general contractor shall guarantee all wiring and raceways to be free from inherent mechanical or system defects for one (1) year from date Of grand opening. B. General contractor is required to include all labor required to perform worronty work during warranty period. 1. This warranty work will include replacement of warranty ' components, ordering worranty comDonents, installing or reinstolling warrant components and all management and - CY labor required to satisfy warranty issues. 2. Components in 'the above paragraph refers to fire alarm equipment supplied by the FPS. 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