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HomeMy WebLinkAbout22-3823AMERICA INC �*~tu» m�� �\���&�xw�%�~N0�� ��m�� x�u m�~�m-mn��wwowmm 5335Eighth Street Zeohvrh||ka.FL33542 Phone: (813)78O-UO2O Issue Date: 04/14/2022 Name: NESTLE WATERS NORTH ANERIC Permit Type: Fire INC Class ofWork: Fire Alarm Address: PuBox 12OO29 Building Valuation: o2O.00U.0O STAMFDRD.QO 08912-002* Electrical Valuation: Phone: Mechanical Valuation: Plumbing Valuation: Total Valuation: $26.000.00 Total Fees: $150I0 | Amount PeW:s15Q.0V Date Paid: 4/14/2022 2:22:12PM REINSPECTION FEES: (c)With respect to Reinspection fees will comply with Florida Statute 553.80he local government shall impose afee mffour times the amount of the fee imposed for the initial inspection mr firstpeinmpmct|mn whichever is greater, for each subsequent |msmti Notice: In addition to the requirements of this permit, 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 permit required from other governmental entities such mawater management, state agencies orfederal agencies. accordance with City Codes and Ordinances. NO OCCUPANCY BEFORE C.O. NO OCCUPANCY BEFORE C.O. / / s / / i , , , / / l P =� B 10/N2- EOL�~� BP10/N2' BP POINT 3 , W. �� � � , BPIOIN2-4 AL % O 110Gd — — z, O 110cd i : I A. I E 5 "'.�.....' C E Y w� 1 I ` yLl r i i� L1 M50 .I AREA 1 FLOOR PLAN - FIRE ALARM SCALE:1/8" = V-0" (IN FEET) I I I I I I I I I BP10/N3 I ( I I I DESCRIPTION OF WORK: 1, ALL TESTING DONE PER NFPA 72, 2016 EDITION 2, INSTALL NEW INITIATING AND NOTIFICATION DEVICES FOR PROPER COVERAGE FOR LINE 12 WIRE/CABLE LEGEND FACP: CIRCUIT TAG ID: CABLE TYPE- DESCRIPTION LINE TYPE- SLC1 18AWG 2/C FPLP SLC #1 TO ADDRESSABLE DEVICES ON 1st FLOOR MUL TIPLE CIRCUITS SLC2 18AWG 2/C FPLP SLC #2 TO ADDRESSABLE DEVICES ON 2nd FLOOR FCP/NAC1 14AWG 2/C FPLP FACP NAC1 SYNC TRIGGER TO ACTIVATE BP1 FCP/NAC2 14AWG 2/C FPLP FACP NAC2 TO 1ST FLOOR CHIME, HORN/STROBES & STROBES FCP/NAC3 14AWG 2/C FPLP FACP NAC3 TO 1ST FLOOR CHIME, HORN/STROBES & STROBES FCP/NAC4 14AWG 2/C FPLP FACP NAC4 TO 1ST FLOOR CHIME, HORN/STROBES & STROBES AHU2 14AWG 2/C FPLP 2nd FLOOR AHU SHUTDOWN CIRCUIT. FACP/AUX 24V TO NORMALLY ENERGIZED PAM-1 RELAYS LOCATED NEAR AHU'S. 24V IS DE -ENERGIZED VIA ADDRESSABLE RELAY. MUL TIPLE CIRCUITS BOOSTER PANEL (BP#) BP#/NAC1 14AWG 2/C FPLP BP# NAC1 TO FLOOR CHIME, HORN/STROBES & STROBES BP#/NAC2 14AWG 2/C FPLP BP# NAC2 TO FLOOR CHIME, HORN/STROBES & STROBES -- -- BP#/NAC3 14AWG 2/C FPLP BP# NAC3TO FLOOR CHIME, HORN/STROBES & STROBES FSD 14AWG 2/C FPLP FIRE SMOKE DAMPER CLOSURE CIRCUIT. BP1/AUX 24V TO NORMALLY ENERGIZED PAM-1 RELAYS LOCATED NEAR FSD'S. 24V IS DE -ENERGIZED VIA ADDRESSABLE RELAY. MULTIPLECIRCUITS AHU1 14AWG 2/C FPLP 1st FLOOR AHU SHUTDOWN CIRCUIT. BP1/AUX 24V TO NORMALLY ENERGIZED PAM-1 RELAYS LOCATED NEAR AHU'S. 24V IS DE _ENERGIZED VIA ADDRESSABLE RELAY. L:B:P2/N1 L1S001. -r T FCP=FACP�� SLC LOOP NUMBET BP=BOOSTER PANEL) I i S=SENSOR BOOSTER PANEL NUMBEF�2-----i M=MODULE NAC CIRCUITS --- ADDRESS NUMBER} DEVICE NUMBER]-- NAC IDENTIFICATION DEVICE ADDRESSING / / / / i , DEVICE SUMMARY SYM DESCRIPTION MANUFACT. MODEL TOTAL QTY. BP# NAC BOOSTER PANEL SIMPLEX 4009-9201 1 ❑F PULL STATION SIMPLEX 4099-9001 1 ;o; XGd HORN/STROBE WALL MOUNT - RED SIMPLEX 4903-9254 4 & XcdHORN/STROBE CEILING MOUNT - RED SIMPLEX 4903-9254 9 M SURGE PROTECTOR (BY OTHERS) OL BPI O/N3-4 O 110cd I I I I I I I I '10lN3 I I ( I I I BPI O/N3-3 -(0 1- 110cd 2ND FLOOR -KEY PLAN SCALE: NTS 61G15-32.008 DESIGN OF FIRE ALARM SYSTEM (1) Fire alarms and detection systems include fire protection supervision, emergency alarm circuits, activation of life safety system controls and remote signaling of emergency conditions. Items to be considered in the design or analysis of fire alarm and detection systems are, as applicable to the particular project: occupancy and classification, monitoring, control and communication, cabling and supervision requirements, installation requirements, interoperability and performance requirements. (2) The design specifications shall be based on the Florida Building Code, the Florida Fire Prevention Code, or as required by the local authority having jurisdiction. The Florida Building Code and the Florida Fire Prevention Code are incorporated by reference in rule 61G15-18.011, F.A.C. (3) For systems below the threshold requirements for mandatory use of professional engineering services, the Engineer of Record may specify the minimum system requirements only. (4) To ensure minimum design quality of Fire Alarm and Detection Systems Engineering Documents, said documents shall include as a minimum the following information when applicable: INCLUDED E] N/A (a) The documents shall be clear, with a symbols legend, system riser diagram showing all initiation and notification components, and cabling requirements. The documents shall indicate locations where fire ratings are required as determined by the system's survivability requirements, and shall identify the general occupancy of the protected property and each room and area unless it is clear from features shown. MINCLUDED E] N/A (b) Locate initiation and notification devices and connections to related systems on the floor plans and sections when needed for clarity. Related systems include elevator controls, smoke control systems, dampers, door release, any other systems or elements directly or indirectly controlled or monitored. MINCLUDED [I N/A (c) Strobe intensity and speaker output ratings for all notification devices. MINCLUDED El N/A (d) Identify the Class of circuits as listed in NFPA 72, which is contained within and incorporated into the Florida Fire Prevention Code. N/A (e) Identify the functions required by the alarm and control systems including the transmission of emergency signals being monitored or annunciated. ,NCLUDED INCLUDED eN/A (0 Indicate whether the fire alarm is conventional or addressable, and indicate all zoning. MINCLUDED ❑N/A (g) Locate surge protective devices and required protective features. []INCLUDED EN/A (h) Identify and locate system devices that are subject to environmental factors, and indicate requirements for the protection of equipment from temperature, humidity or corrosive atmospheres, including coastal salt air. ❑INCLUDED NN/A (i) The documents shall include a site plan of the immediate area around the protected building, structure or equipment when alarm devices are required outside the structure. ❑INCLUDED EN/A 0) In buildings where smoke detection will be obstructed by walls, beams or ceiling features, the Engineer of Record shall provide applicable design and details to direct the installer to mitigate the,obstructions. In buildings with smoke detection under a pitched roof, the plans shall indicate the roof pitch and a building section shall be provided as part of the Engineering Design Documents. ❑INCLUDED EN/A (k) For fire detection systems utilizing smoke detection in situations where smoke stratification is anticipated, the design shall provide the necessary criteria to mitigate the detection problems. MINCLUDED ❑N/A (1) Systems designed using Performance Based criteria shall be identified and referenced to design guides or standards approved by the local authority having jurisdiction consistent with standards adopted by the Florida Fire Prevention Code and the Florida Building Code. INCLUDED ❑N/A (m) The system design must indicate if the system is to provide a general evacuation signal or a zoned evacuation for all high-rise buildings or multi -tenanted properties as defined in section 2 of the Florida Building Code, Building. MINCLUDED ❑N/A (n) Wiring requirements for underground, wet locations, campus style wiring, protection against damage and burial depth shall be specified or indicated on the engineering design documents. INCLUDED ❑N/A (o) Requirements for operations and maintenance procedures, manuals, system documentation, and instruction of Owners operating personnel, as needed to operate the systems as intended over time. ❑INCLUDED EN/A (5) In the event that the Engineer of Record elects to specify specific equipment and to show the required wiring, battery and voltage drop (circuit analysis) calculations shall be completed. The calculations shall be completed using the equipment manufacture's data and applicable NFPA 72 procedures. MINCLUDED ❑N/A (6) System test requirements shall be noted on the Engineering Design Documents. []INCLUDED NN/A (7) When the Engineer of Record determines that special requirements are required by the owner, insurance underwriter or local fire code amendments these requirements shall be documented or referenced on the Engineering Design Documents. 120V 00 POWER SUPPLI lei lqi lei lei 110cd 110cd 110cd 110cd IBP10/N3 EOLF lei lei lei 10 110cd 110cd 110cd 110cd IBP10/N2 EOLH e lei lqi lqi 10 110cd 110cd 110cd 110cd 110cd L1M50 FROM EXISTING F SLC LOOP N D . RMEW DATE - -I CITY OF ZEPHYRHILLS FIRE AND LIFE SAFETY ALL WORK SHALL COMpLY WITH NFFA CODES ANA STANDAROS L M UJ W` t LL Z n � vl U UJ I.- J p,�^.[L/ W CO UJ �w Z N ENGINEER SEAL CURTIS ENGINEERING SERVICE, LLC CA#31561 JAMES M. CURTIS, P.E. PE937912 29775 BAYHEAD ROAD DADE CITY, FL 33523 "SlaSs iten'[ Uta[s f3eck['xixtita;.iY Digitally e�ia i Ae,r.:. gr�gf¢YrsJ dxt�pr s g€E+.: signed b Y f, James Curtis f Date: 202203.24 10:39:17-04'00' Fh£ iigflRkteie lifu3i b? v�+rFiexl nxh i' 83CLErRe 3£ LGPi45. SYSTEM DESIGN CRITERIA TYPE SYSTEM: FIRE ALARM SYSTEM CONVENTIONAL or ADDRESSABLE CIRCUITS CLASS A or CLASS B Sprinkler or Non -Sprinkler Building 0Occupanty Type F-1 MlNurhber of stories: 1 `Evacuation Type: General Alarm E Notification Type: Horn Strobe E Battery Power: 24hr /5min Scope Square footage: 62,047sg fir Reporting: Central Station N Raceway: Full Pathway Survivability: Level 0 Florida Building Code (7th Edition 2020) 0 Florida Fire Prevention Code (7th Edition) 0 Testing per NFPA 72 (2016 Edition) ■ MANUFACTURERS REQUIREMENTS NFPA STANDARDS: # 101 (2018 EDITION) - Chapter 39 0472 (2016 EDITION) 0,,470 (2017 EDITION) ❑ 92001 (2015 EDITION) REVISIONS DATE BS dDATE BS /y DATE s} DATE B1 S C U L O d i 'E E �Q h to co co � J < v = < z _ X U. z U. U [ -�_ z n T < E . a 3 z I 0 4 o a000 to ' O �Z�< u _ C r `N i o MN W as O Q J x .. M < U z > u = O J LL W •C z v c V LL 3 O 0 c R CL0 < < < V tm� 'C r p _J i ° 'z a O t!J co N JOB e 369710` DATE 03/18/2022 DESIGNER I.E.A. APPROVED C.R. DRANVING TITLE'. FIRE ALARM MODIFICATIONS DRAWING NO FA1 of 2 �. 110cd ! � BP101N1 fr / BP10/N1 " qp'- 'r FTz t,. , i f / �I 3 Pmmwmm, jj 3g @ BP1 /N1 4 / I 14„ i / V 1f a d f r €> SLC1 de !______3..�-._a-k,---t1; ( fy i01, k, it �Ef j j §.�. '., �a : E,..il � „ € �Y 3 E I I ✓ s �- E{ .4 € I 11 I I z. E ( tr 3 .f i I ( ttt j E E 1 « ( � 1 }`- r- €. ii i I ry t` { 3 BP10/N1 it t� i !t ..._....... SN - st, All @ E I- g N i i' c= r I -,& t Lr N I BP10/N1.__ ii! I j I i .' 4 E F rr ( I _J It s sf� / \y I AREA 2 FLOOR PLAN FIRE ALARM- / SCAL.E:1/8' = V-0' 0 4 8 16 (IN FEET) r r i : IBP /01� N2 BP10/N1 EOL " "~ BP10/N1 1�'"�// L1 M50 - - - -- - 110cd �O,% F BP10/N1-5 ■ 110cd 9FI E E Y 0/N1 - 110c �0, L� BP10MI-2 / 110cd � F E E WAREHOUSE KEY PLAN SCALE: NTS U&V/G& /NSIALLA TIUN DETAIL III FINISHED CEILING I _ LENS IN 6 TOP OF DACE TO�OF DWBMOUNTEDV4GOR / THIS AREA DOUBLE � MOUNµD TO CABINET 4-Si x 1 D BOX 4-SQUARE x 1.5'D BOR OX 72-7.5.4 72-7.4 6.1 MOUNT SUCH THAT THE ENTIRE IF CEILING HEIGHTS ALLOW, MOUNT 4' SQUARE BOX OR OCT BOX LENS IS NOT LESS THAN 80in 96" TOP OF DEVICE AFF AT HEIGHTS 77 3 1/4• PLASTER RING AND NOT GREATER THAN 96In OF NOT LESS THAN 90in AND MOUNTING SCREWS ABOVE THE FINISHED FLOOR. 80 BELOW THE FINISHED CEILING AT DISTANCES OF NOT LESS THAN 6in. SMOKE, HEAT DETECTOR FINISHED COUNG OR BASE NOTIFICATION DEVICE FINISHED FLOOP, FINISHED FLOOR FINISHED FLOOR INITIATING OR NOTIFICATION DEVICE VISUAL/NOTIFICATION DEVICE AUDIBLE/NOTIFICATION DEVICE MOUNTING DETAIL (FINISHED CEILING) (WALL MOUNTED) (WALL MOUNTED) FIRE ALARM CONTROL PANEL NTS NTS NTS NITS MOUNTED TO MOUNTED TO DOUBLE GANG OR SINGLE GANG BOX 4-SQUARE BOX CADDY SNAP ON FIXTURE SQUARE BOX OR OCT BOX FIRE 7 SUPPORT HOLE FOR DUCTS BOTTOM OF O O a MORE THAN 3 FEET WIDE� // BACK BOX SUPPLY DUCT 5" BASE TEE BAR/ NFPA-722016ed. 17.145 � ACOUSTICAL CEILING TILE \\`SMOKE, HEAT DETECTOR THE OPERABLE PART OF A MANUALLY $ o OR ACTUATEDALARM INITIATING DEVICE SHALL o INLET HOLES FACE AIR FLOW NOTIFICATION DEVICE BE NOT LESS THAN 421n AND NOT MORE 42 0 48 o INTO AIR FLOW AUST TUBE THAN 48in FROM FINISHED FLOOR. z INITIATING OR NOTIFICATION DEVICE Io MOUNTING DETAIL (ACOUSTICAL CEILING) UCT DETECTOR HOUSING NTS DOWN STREAM UP STREAM FINISHED FLOOR FIN'SLED FLOC I OF FILTERS OF ALL BRANCHES ALARM PULL STATION DUCT SMOKE DETECTOR REMOTE ANNUNCIATOR NTS NTS NITS I Module Qh' Descri ion F� Standby Current Total Stand by Alarm Current Total Alarm (Panel EqulpmeM 4009-9201 1 1 14009IDNET NAC E,(TENDER. 120 VAC 0.08 OOii 1 0.0a5, OO 0.'1 35 2.10:t Total Panel Stby 1 0.085000 Total Panel Alarm 1 0.185 Peripheral Devices 4603.9101 2 ISERAL LCD ANNUNaATOR 4E0 00 , 00 1 0.090000 0200 0.400 409E-9003 34 IDNET DOUBLE ACTION PULL STATION 0.0000DO 0.000000 0,000 0.000 4098.9714 12 TRUEALARIA PHOTO SMOKE SENSOR 0.000000 O OCO NJO O.Ono 0.000 409$-9792 12 TRUEALRkh4SENSOR BASE O:fliAk700 ©.000070 0000 0.000 4095-9756 5 TRUEALARER DUCT SF76KE SENSOR W/ RELAY OUTPUT 0.003000 0,016000 0,015 0,075 2098-9797 5 SAAMPLING TUB- 49« 0.000000 0,000000 t1-000 0.000 4093-983 5 Ct R�t�A OTE LED AND KEY TEST SWITCH 0 COOUOu' O.000000 0.000 0:000 4608-50C 1 LCD DISPLAY 4603-9101 0 03XX 0 03f�0 0.170 0,170 Total Periph Stbv, 0.1350 Total Periph Alarm 1641 Total Standby Ampj 0.220 Tatal Alarm Amps 0,830 Standby Alarm --y aer xr 1.-.euureuuraryc3 xrr crry Cabinet 41 Card Power 0.085 Bgi AmDlfe- 0185 Current DrawFor 100 Watt Or 95Wa[ Amafers n 0.00u O.flOJ Current Draw For Flex-8and 5OiAatt,A{np[fies 0 0,000, 0.000 PowOr For External Peripheral Device, 0.1 50n 0.64500 0, 220 <- Sub Totals -= 0.830 Additional Current. Draws .f g , tNcf;.DNie, .a nor, a .tab'-e RL'f Connected Peripheral DovceS 3 0 011 0.011 NIAPNET]DNer Device Addresses ordered i useJ 7 , 510 0 0Ai, 0.051 Spare addressable pant capacity included for battery. cal.. 0! 0 0,000 0.000 0,271 <--Grand Totals-> 0.892 Additional Batterp Capacity Required O% 0.0( 11 0000 Standby Time = 24 Firs 6.511 Standbv At: I Aaron Time = 15 Mins. 0,22-1 Alarm An Standby + Alarm = 5.7:34 Minimum Battery Required 2081-92741DAH. 8.081 20%Safety Margin Included Battery Supplied 2081-92,7410AH BP10 4009-9201 Battery Calculations I DATE/TI ME: 08/03/21 13:13:20 MAIN BOARD CITY DRAW STANDB DRAW ALARM 4009-9201 POWER MODULE 1 X 0.08500 0.08500 0.18500 0.18500 NOTIFICATION APPLIANCE CIRCUITS NAC #1 TOTAL AMPS FROM VOLTAGE DROP CALCULATION ENTER: 1.4250 NAC #2 TOTALAMPS FROM VOLTAGE DROP CALCULATION ENTER: 1.1400 INAC #3 TOTALAMPS FROM VOLTAGE DROP CALCULATION ENTER: 1.1400 NAC #4 TOTAL AMPS FROM VOLTAGE DROP CALCULATION ENTER: AUXILIARY 24VDC TOTAL FROM VOLTAGE DROP CALCULATION ENTER: STANDBY LOAD 35% . ALARM LOAD 6 0.0850 = 0 3m8900 SPARE CAPACITY 5% X X T F 24 f U- y T 2.04 + 0.32 ''..T'ANDBYLOAD, STANDBY LOAD 35°lF ALARM LOAD SPARE CAPACITY A L S TOTAL SECONDARY LOAD (AH)4 STANDBY AH + ALARM AH 2.3 ..a. nfATING EACiOR-�. .20 BATTERY LOAD 2.84 REQUIREMENTS (AH114 12V BATTERY %AH PART # .. . ,- SEQUENCE OF OPERATION MATRIX Input Signals Smoke Detectors & Thermal Detectors Smoke Detector in list Floor Elevator Lobb Smoke Detector in Elevator Lobb n oof 1st Y( Smoke Detector in Elevator Equipment Rol Thermal Detector in Elev. Eqpmt Rm. Manual Pull Station Fire Sprinkler Tamper Switch Fire Sprinkler Waterflow Switch Duct Smoke Detector AC Power Loss Battery Loss Phone Line Fault e 4 0� t � 5°� y��a ��� �`°�• `�e�Q �e�Q `tea 5,c� lac '<edP .e C t t C a L ti o 0 0 0� X X I X X X X X X X X X X X X X X X X X X X IX XII I E BP10 VOLTAGE DROP CALCULATIONS ATE/TIME: 1 03/18/22 09:15:34 AREA COVERED SOURCE VOLTAGE: 20.4 �-85%OF 24V WIRE GAUGE: 14 SOLID MIN DEVICE VOLTAGE: 16 NFPA-72 10.3.5(1) OHM'S/1000 FT:L 3.07 TOTALS: END OF LINE VOLTAGE:1 16.69 V I VOLTAGE DROP PERCENT: 18.17% CURRENT AMPS: IA27 A CIRCUIT LENGTH FT(1WAY):j 614 IBLOCKINAME TAG i AC_ID CD APAPS CKT FT MOLTS V`% DROP HORN STROBE CEILING BP10/N1-1 110cd E 2K 205 18.61 8.79% HORN STROBE WALL BP10/N1-2 110cd " 85 144 17.60 13.73% HORN STROBE CEILING BP10/N1-3 110cdl 0 2 .5 94 17.10 16.15% HORN STROBE CEILING BP10 N1-4 110cd f ,LC 64 16.88 17. 51 2 D HORN STROBE WALL BP10/N1-5 110cd Q- 2r3,3 ( 107 16.6E 18.17% BP10 VOLTAGE DROP CALCULATIONS ATE/TIMEd 03/18/22 09:33:37 IAC AREA COVERED SOURCE VOLTAGE: MIN DEVICE VOLTAGE: 20.4 E-85%OF 24V NFPA- WIRE GAUGE: 72 10,3,5(1) OHM's/1000 FT:L 14 SOLID 16 1 3.07 TOTALS: END OF LINE VOLTAGE: 17A6 V VOLTAGE DROP PERCENT: 15.87% i CURRENT AMPS: 1_14 A CIRCUIT LENGTH FT(1WAY): S63 BLOCKINAME TAG NAC ID CID AMPS CKT FT VOLTS V9l DROP HORN STROBE WALL BP10/N2-1 110cd 0,'"'85 350 17.95 12,01% HORN STROBE CEILING BP10/N2-2 110cd 0,2--;zS 88 17.49 14,27% I HORN ST ROBE CEILING BP10/N2-3 110cd 0.2 .: 61 17.27 15.32D/ HORN STROBE CEILING BP10/N2-4 110cd 1 0.2� 2 1 64 17.16 15.87% BP10 VOLTAGE DROP CALCULATIONS ATE/TIME: 03/18/22 09:43:41 NAC3 AREA COVERED SOURCE VOLTAGE: MIN DEVICE VOLTAGE: 20.4 F85%OF 24V NFPA- WIRE GAUGE: 172 10.3.5,1) OHM's/1000 FT: 14 SOLID 16 3.07 TOTALS. END OF LINE VOLTAGE: 6.50 V VOLTAGE DROP PERCENT: 19.14% CURRENT AMPS:l 1,14 A I CIRCUIT LENGTH FT(1WAY): 660 BLOCKNAME TAG NAC ®ID CD APA1"S , CKT FT VOLTS l DROP HORN STROBE WALL BI>10,/E'N3-1 110cd }. ,28: 433 17.37 14.86% HORN STROBE CEILING SPiO/N3-2 110cd C0,285 106 16.81 17.585 -% I HORN STROBE CEILING BP1O/N3-3 110cd 0.28_� 60 16.60 18.610/: MORN STROBE CEILING P10/N3-4 10€ e, 0 287 61 16.50 19.14% N It U W fy z LL .J U LU J J a� of CIO ULI M L 1� z W N ENGINEER SEAL CURTIS ENGINEERING SERVICE, LLC CA431561 )AMES M. CURTIS- P.E. PE#37912 29775 BAYHEAD ROAD DADE CITY. FL 33523 &h rt e 3 rv'a9 g+iaaas icdn g, I� kg { ;s { Digitally signed by James Curtis Date. T 2022.0324 10:42:58 -04'00' n= e.eceruerva caPrw SYSTEM DESIGN CRITERIA TYPESYSTEM. FIRE ALARM SYSTEM CONVENTIONAL or ADDRESSABLE CIRCUITS CLASS A or CLASS B Sprinkler or Non-Spriillcler Buildins Occupancy Type: F-1 E Number of stories: i E Evacuation Type: General Alarm Notification Type: Horn Strobe BatteryPower: 24hr /5nam Scope Square footage: 62,047sq ft Reporting: Central Station ERaceway: Full Pathway Survivability Level 0 0Florida Building Code (7th Edition 2020) 0 Florida Fire Prevention Code (7th Edition) Testing per NFPA 72 (2016 Edition) 0 MANUFACTURERSREQUIREMENTS NFPA STANDARDS: 101 (2018 EDITION) - Chapter 39 ='72 (2016 EDITION) 470 (2017 EDITION) ❑ k2001 (2015 EDITION) REVISIONS rrQ DATE. Bl ADATE BY ADATE BT ADATE Bl E V G L 0 E N W w 2 � �L _ E V � T 4 M . 4- Y Cn 00 DO o C J G c X f6 i 'zJ z � • U � E z � m Q .2 4 v < 3 Z y r 00 oo c r 0 J v, o l o _� -a M t6 U Z J Gt Q < LL E yVLL 7 < - ` �p 0 z Q- VI Mo c vc Z r r i Y M � w > r _ = z E ^> O v_t V T Q ✓ v' \ 0 N JOB- 369710 DATE 03/18/2022 DESIGNER I.E.A. .APPRON ED C.R. DRAWING TITLE FIRE ALARM MODIFICATIONS DRAWING NO FA2 of 2