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Home My WebLink AboutBLDG PERMIT #7714 (Fire Upgrade Plans) CITY OF CAPE CANAVERAL DOCUMENT COVER SHEET c641( (1"jsk Box #: 2 Item #9 — 280 Columbia Dr.; Permit #7714 (31) 8 '/2 x 11 pgs. &fi large format plans (Fire) UPON RETURN OF PAPER ORIGINALS FROM MCCI, add to file name: CITY OF CAPE CANAVERAL DOCUMENT COVER SHEET Box #: 2 Item #9 — 280 Columbia Dr.; Permit #7714 (31) 8 1/2 x 11 pgs. & 6 large format plans (Fire) UPON RETURN OF PAPER ORIGINALS FROM MCCI, add to file name: SCOPE OF WORK PHASE 1 OF 2 PHASE UPGRADE TO FIRE ALARM SYSTEM IN EXISTING BUILDING LOCATED AT: 230 COLUMBIA DR. CAPE CANAVERAL, FL 32920 PHASE 1 UTILIZE THE EXISTING BOSCH D7024 DIALER AS NEW FIRE PANEL REPLACE ALL HORN/STOBES WITH NEW SYSTEM SENSOR FOR SYNCHRONIZATION REUSE ALL WIRING FOR NAC AND INITIATING CIRCUITS PHASE 2 TO BE PERMITTED AT A LATER DATE PER OWNER'S REQUEST INSTALL SOUNDERS IN ALL LIVING SPACES PER NFPA INSTALL ELEVATOR RECALL PROVISIONS FOR LATER USE CLASSIFICATION OF THIS FIRE ALARM SYSTEM THE FIRE ALARM SYSTEM IS A CENTRAL STATION SERVICE THE FIRE ALARM SYSTEM TO BE MONITORED BY A LISTED CENTRAL STATION SERVICE THE FIRE ALARM SYSTEM IS POWER LIMITED THE FIRE ALARM SYSTEM IS IN CONDUIT WHERE REQUIRED BY NEC CONDUIT FILL NOT TO EXCEED 40% COMPLIANCE THE DESIGN AND INSTALLATION OF THE FIRE ALARM SYSTEM SHALL COMPLY WITH THE NFPA - 72 2002 EDITION, THE NFPA-70 NATIONAL ELECTRICAL CODE (NEC) 2005 EDITION, THE FLORIDA BUILDING CODE 2005 EDITION, THE NFPA-101 2006 EDITION, AND THE FLORIDA FIRE PREVENTION CODE 2007 EDITION BUILDING DESCRIPTION THIS IS A THREE STORY BUILDING CONSISTING CONSISTING OF 55,000 SQFT THIS BUILDING IS NOT SPRINKLERED CEILING HIEGHT IS 9 FEET THROUGHOUT SEQUENCE OF OPERATION ALARM CONDITION UPON ACTIVATION OF ANY MANUAL STATION, OR SMOKE DETECTOR OR WATER FLOW THE FOLLOWING SHALL OCCUR: 1. HORN/STROBES WILL ACTIVATE UNTIL SILENCED 2. THE FACP & ANNUNCIATOR SHALL DISPLAY THE DEVICE OR ZONE IN ALARM. 3. AN ALARM SIGNAL SHALL BE SENT TO THE CENTRAL STATION VIA DACT. TROUBLE CONDITION ANY OPEN LOOP,GROUND FAULT,SHORT CIRCUIT,MISSING DETECTOR AND/OR MODULE WILL GENERATE A TROUBLE AND THE FOLLOWING SHALL OCCUR: 1. THE FACP SHALL DISPLAY THE DEVICE, ZONE OR NOTIFICATION LOOP IN TROUBLE. 2. TROUBLE INDICATOR HORN WILL SOUND UNTIL SYSTEM IS SILENCED. 3. A TROUBLE SIGNAL SHALL BE SENT TO THE CENTRAL STATION VIA DACT. lu Thu 40%Ar '1111, 11040% 0 Ar 11L Col 11q1 3 H,,us i SYSTEM NOTES FIRE ALARM SYSTEM CONSISTS OF 36 DEVICES ALL DEVICES ARE NEW ALL EQUIPMENT AND DEVICES USED IN THE FIRE ALARM SYSTEM ARE COMPATIBLE INITIATING DEVICE CIRCUITS SHALL BE CLASS "B" STYLE "4" NOTIFICATION APPLIANCE CIRCUITS SHALL BE CLASS "B" STYLE "Y" THE FIRE ALARM SYSTEM IS IN CONDUIT WHERE REQUIRED BY NEC CONDUIT FILL NOT TO EXCEED 40% FACP NOT LOCATED IN AIR CONDITIONED SPACE CONTRACTOR NOTEES CONTRACTOR IS APPROVED BY A NATIONALLY RECOGNIZED TESTING LABORATORY ETL CERTIFICATION SYSTEM TO BE CERTIFIED AND MAINTAINED BY ETL CERTIFIED CONTRACTOR Guide XHEZ October 03, 2001 Through -Penetration Flrestop Systems C -AJ -1080-A Card System No. C -AJ -1080 F -Rating - 3 Hr T -Rating - 0 Hr L Rating At Ambient - Less Than 1 CFM/sq ft L Rating At 400 F - Less Than 1 CFM/sq it rA (� 3B I 313 Ri 2 -A Section A -A ., e11Na,'As_ ,.r5 - .icA ,,f ,j ---i ,oht,100 150 po con,,e,e LCs..stn-dCo""teBI—e'hla.dw"& 1119.s 9 p, nl d f b g t q�,iry t , Op�r, i„ti ,.. , •. �. ... „ 0 0r ..rat. -,b,,:,Dnq t Copper F pe 1 . I .. _ a II R, d' 0ppe, ppe 9 , d D, be, f d Tb 1p—Peck,, t ... l b d I,- lt0r s, ",prep, a. .a a-,,.{ cyto aeeo—dale the teq".rd tn,kes,:,ffr male ial P Fill V.11 0T Ca,'ty Ma'-- a ma1,1 applied •n,h,n the --lus _ (1051 "nth Io, 5',! :e o; fieo, 0i „ith b0111udaces 01 -11 s�ECIF1ED TECH?40LO'3'ES MJC Spec9eb? 100 191, 105 S, 1] '9e'a�1ng the 1JL CIass lig' eticn ,r'a,kn Wall Penetration 4" Of BOX RING - CONDUIT MOUNTING SURFACE HEAD ----"BASE IONIZATION OR PHOTOELECTRIC DETECTOR MOUNTING DETAIL (NOT TO SCALE) HORN -STROBE —\ 0 O Ljj ® ® O LLJ Uj�U Q Cn w z v, 0 coCn ?a� LLI co U T CV LO 0 0-) N O CY) �— CO LL 00 W ' C S� N W eta (D N LL - ® ® CC\1 U O CD Q U CV O LL ,It W HORN/STROBE MOUNTING AY LEVE N WALL -MOUNTED NOTIFICATION APPLIANCES SHALL HAVE THEIR � N � TOPS ABOVE THE FINSIHED FLOORS AT HEIGHTS OF NOT LESS THAN 90" AND BELOW THE FINISHED CEILINGS AT DISTANCES I OF NOT LESS THAN 6'. (NFPA 72 7.4.6.1. (2002 ed.) CONTROL 0 MIN. 80" FROM ADA SFBC W PANEL CID BOTTOM OF LENS THE APPLIANCE SHALL BE PLACED 80" ABOVE THE HIGHEST FLOOR LEVEL WITHIN THE SPACE. OR 6" BELOW THE CEILING El T Shaun 96" MAX. WHICHEVER IS LOWER. TO TOP OF LENS SFBC 2004 sec 11 CHECKED: Jason 66" MANUAL PULL 10/29/10 SCALE: PULL STATION MOUNTING 3/3211= 1' JOB NUMBER: XXXXX NFPA 72 - SECTION 5.12 .4 - 2002 Ed 4 „ THE OPERABLE PORTION OF EACH MANUAL PULL STATION SHALL BE NOT LESS THAN 1.1M (3 1/2 FT), NOR GREATER TO THAN 1.37M (4 112 FT) ABOVE FLOOR LEVEL. C.L. FLORIDA BUILDING CODE- SECTION 907 3,2 - 2004 Ed.'. THE HEIGHT OF THE MANUAL FIRE ALARM BOXES SHALL BE A MINIMUM OF 42 IN (1067mm) AND A MAXIMUM OF 48 IN (1219mm), MEASURED VERTICALLY, FROM THE FLOOR LEVEL TO THE ACTIVATING HANDLE OR LEVER OF THE BOX. FINISH FLOOR TYPICAL EQUIPMENT ELEVATION REVIEWED FOR COMPLIANCE This approval shall not be OWStrued as authority to violate, cancel, alter or set aside any provisions of any state or local governing "ority regulating constructon or the per1`0rM8ft6 of construction. All provisions of law and ordriances.§ovdming this type of work rnuSt be omplied with whether herein specified tar not Nor shall lilpikoval of these plans prevent the Fire Department from requiring additional specificatio uir, g correction' In plans for n. ATE s Examinor 0 O Ljj ® ® O LLJ Uj�U Q Cn w z v, 0 coCn ?a� LLI co U T CV LO 0 0-) N O CY) �— CO LL 00 W ' C S� N W eta (D N LL - ® ® CC\1 U O CD Q U CV O LL ,It W SEAL 1 OF 6 SHEETS N � N � 0 W CID DRAWN: Shaun CHECKED: Jason DATE: 10/29/10 SCALE: 3/3211= 1' JOB NUMBER: XXXXX SEAL 1 OF 6 SHEETS SCOPE OF WORK PHASE 1 OF 2 PHASE UPGRADE TO FIRE ALARM SYSTEM IN EXISTING BUILDING LOCATED AT: 230 COLUMBIA DR. CAPE CANAVERAL, FL 32920 PHASE 1 UTILIZE THE EXISTING BOSCH D7024 DIALER AS NEW FIRE PANEL REPLACE ALL HORN/STOBES WITH NEW SYSTEM SENSOR FOR SYNCHRONIZATION REUSE ALL WIRING FOR NAC AND INITIATING CIRCUITS _Colonial House 2nd Floor Plan Scale: 3/32"=1'-0" F_ACP Bosch D7024 Fire Alarm Control Panel: 1 FAPS 1 ------ Silent Knight 5295 Fire Alarm Power supply 1 ..T.FAAN Remote Annunciator 1 BG -10 Manual Pull Station Dual Action 11 1 0 I Duct Detector O521 B Photoelectric Smoke Detector 1 OHeat Detector CR Control Relay System Sensor P2R Multi cd Horn/Strobe 21 �Q Mini Horn Strobe Only ® Ditek DTK-FPK Surge protector 3 GE Security End of Line Resistor 3 E Existing Devise Total number of Fire Alarm devices 42 LEGEND/ EQUIPMENT LIST This calculator provided voltage drop calculations in three formats (Point to Point, End of Line, and Load Centering). Make sure that you know what method is accepted by, and the results do not exceed the limits set by the respective jurisdiction Point to Point Method End of Line Method Load Centering Method Project Name The Colonial House I CIRCUIT IS WITHIN LIMITS I CIRCUIT IS WITHIN LIMITS I CIRCUIT IS WITHIN LIMITS Date #######!## Circuit Number FACP CKT 1 Area Covered 1st,2nd, Floor Nominal System Voltage 1 20.4 Minimum Device Voltage 16 Total Circuit Current 1.099 Wire Ohm's Voltage Drop Gauge Per 1000 Distance from source to 1st device 20 16 4.89 Wire Gauge for balance of circuit 16 4.89 Enter current in amps. Distance 325 1.73 Totals Voltage Drop Totals Voltage Drop Totals Voltage Drop Current I Distance Current Distance 1 Current Distance 1.099 325 1.73 1.099 325 3.493 1.099 1 325 1.747 End of Line Voltage 18.67 End of Line Voltage 16.91 End of Line Voltage 18.65 Percent Drop 8.49% Percent Drop 17.12% Percent Dropl 8.56% End of Line and Load Centering Methods use only the wire guage for the first device to source Standard Wire Resistance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors FACP CKT 1 .150 = 150 ma Device Current from previous device At Device Voltage Drop from source Percent Drop Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative) The voltage calculated to the last device in any method must not be lower then the manufactures listed minimum operating voltage (IE: rated operating voltage 20-3:2 VDC) Device Mar ufacturer JSystem Sensor Current @Rated Model # Candela Voltage Model # Candela P2R 75 0.157 Device Number Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Device 7 END END END END END END 0.157 20 20.19 0.215 1.05% 0.157 30 19.91 0.491 2.41% 0.157 36 19.63 0.768 3.760/6 0.157 25 19.48 0.921 4.52% 0.157 135 18.86 1.543 7.56% 0.157 44 18.72 1.678 8.23% 0.157 35 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% END 18.67 1.732 8.49% END END END END END 1 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 18.67 1.732 8.49% 118.67 1.732 8.49% END 1 Totals 1 18.67 1.732 1.099 325 End of Line Voltage 8.49% 18.67 This calculator provided voltage drop calculations in three formats (Point to Point, End of Line, and Load Centering). Make sure that you know what method is accepted by, and the results do not exceed the limits set by the respective jurisdiction Point to Point Method I End of Line Method =Load Centering Method Project Name The Colonial House I CIRCUIT IS WITHIN LIMITS I CIRCUIT IS WITHIN LIMITS I CIRCUIT IS WITHIN LIMITS Date 10/29/2010 Circuit Number FACP CKT 2 Area Covered 1 st,2nd Floor Nominal System Voltage 20.4 Minimum Device Voltage 16 Total Circuit Current 1.099 Wire Ohm's Voltage Drop Gauge Per 1000 Distance from source to 1st devic 25 16 4.89 Wire Gauge for balance of circuit 16 4.89 Enter current in amps Distance 280 1.67 Totals Voltage Drop Totals Voltage Drop Totals Voltage Drop Current Distance Current Distance Current Distance 1.099 280 1.67 1.099 280 3.010 1.099 280 1.505 End of Line Voltage 18.73 End of Line Voltage 17.39 End of Line Voltage 18.90 Percent Drop 8.17%1 Percent Drop 14.75%1 Percent Dropl 7.38% End of Line and Load Centering Methods use only the wire guage for the first device to source Standard Wire Resistance in Ohms per 1000 feet. 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 18-14 Awg = Solid Conductors 12-10 Awq = Stranded Conductors FACP CKT 1 .150 = 150 ma Device Current from previous device At Device Voltage Drop from source Percent Drop Notes: Wire resistance is doubled in the calculations for two wires (Positive and Negative) The voltage calculated to the last device in any method must not be lower then the manufactures listed minimum operating voltage (IE: rated operating voltage 20-32 VDC). Device Manufacturer GEMSIS Current @Rated Model # ICandela Voltage Model # Candela P2R 75 0.157 Device Number Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Device 7 END END END END END END END END END END END END END Totals 0.157 25 20.13 0.269 1.32% 0.157 30 19.85 0.545 2.67% 0.157 30 19.62 0.775 3.80% 0.157 95 19.04 1.359 6.66% 0.157 30 18.90 1.497 7.34% 0.157 40 18.78 1.620 7.94% 0.157 30 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 1 18.73 1 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 18.73 1.666 8.17% 1.099 280 End of Line Voltage 18.73 This calculator provided voltage drop calculations in three formats (Point to Point, End of Line, and Load Centering). Make sure that you know what method is accepted by, and the results do not exceed the limits set by the respective jurisdiction Scale: NTS co Z wo ? Q. w CO www �aLC ILL. LL i LL +-+ Cn Cz 0 U U 0- E O L co co 0 ® co O U C) Cz '!1 U dLl I , 1 �NN! U �J CV Ln 'I - NCD CY) ', LL C: r M CY) 75 a --J C(U G (D Q c\jL_ 0 O t- C\1 i O LL C\J L1J w �o N Point to Point Method End of Lone Method Load Centering Method Project Name The Colonial House CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS o C � ooN Date 10/29/2010 Circuit Number FACP CKT 1 QJ� Totals Voltage Totals Voltage Totals Voltage Area Covered 1st,2nd, Floor Current Distance Drop Current Distance Drop Current Distance Drop Nominal System Voltage 1 20.41 1.099 300 1.86 1.099 1 300 3.224 1.099 1 300 1.612 Minimum Device Voltage 161 End of Line Voltage 18.54 End of Line Voltage 17.18 End of Line Voltage 18.79 Total Circuit Current 1.099 Wire Ohm's Percent Drop 9.11% Percent Drop 15.81 % Percent Dropl 7.90% Gauge Per 10010 End of Line and Load Centering Methods use only the wire guage for the first device to source Distance from source to 1st devic 40 16 4.89 Standard Wire Resistance in Ohms per 1000 feet. Global Project Values: Wire Gauge for balance of circuit 16 4.89 18=7.77 16=4.89 14=3.07 12=1.98 10=1.24 Enter current in amps Distance 18-14 Awg = Solid Conductors 12-10 Awg = Stranded Conductors Project Name: IThe Colonial House Standby Hours: 24 .150 = 150 ma Device from At Voltage Drop Notes: Project ID:7_7771Alarm Mins: 5 Device previous from Percent Wire resistance is doubled in the calculations for two wires (Positive and Negative) Number Current device Device source Drop The voltage calculated to the last device in any method must not be lower then Pre pared B :Shaun p Nichols Derating Factor: 1.2 Device 1 0.157 40 19.97 0.430 2.11% the manufactures listed minimum operating voltage (IE: rated operating voltage 20-32 VDC). Date: 10/29/2010 Voltage Drop Warning Device 2 0.157 30 19.69 0.706 3.46% Device 3 0.157 30 19.46 0.937 4.59% Threshold %: 15 Device 4 0.157 100 18.85 1.551 7.60% Device 5 0.157 30 18.71 1.689 1 8.28% Device 6 0.157 40 18.59 1.812 8.88% Device Manufacturer GENiSIS Panel ID: 5495 Model: 5495 Power Expander Max NAC Current: 3.0 Amps Device 7 0.157 30 18.54 1.858 9.11% Current Current Location: Cape Canaveral Volts: 24 VD1C Max Panel Currer,.. 6.0 Amps END 18.54 1.858 9.11% @Rated @Rated END 18.54 1.858 9.11% Model # Candela Voltage Model # Candela Voltage END 18.54 1.858 9.11% P2R 75 0.157 Ckt.# Circuit Name Current Draw Wire AWG Ohms Per Length(ft) Actual Volts @ END 18.54 1.858 9.11% Standby Alarm & Type 1000 Ft. ° One -Way Ohms EOL /o Drop END 18.54 1.858 9.11% 5495 5495 Pwr Module 1 1 0.075 0.205 END 18.54 1.858 9.11°% END 18.54 1.858 9.11/° NAC #1 5495 Circuit 1 0.000 1.099 #16 Solid 4.02 325 2.61 17.53 14.08% END 18.54 1.858 9.11% NAC #2 5495 Circuit 2 0.000 1.099 #16 Solid 4.02 280 2.25 17.93 12.13% END END 18.54 1.858 9.11% NAC #3 5495 Circuit 3 0.000L3.502 #16 Solid El 4.02 300 2.41 17.75 12.99% 18.54 1.858 9.11% END 18.54 1.858 9.11% NAC #4 5495 Circuit 4 0.000#12 Solid T 1.59 0.00 20.40 0.00% END END 18.54 1.858 9.11% Aux 5495 Aux Power Out 0.000#12 Solid 1.59 0.00 20.40 0.00% 18.54 1.858 9.11% Totals 1.099 300 End of Line Voltage 18.54 Total Standby Current (Amps) 0.075Total Alarm Current (Amps) Standby Time In Hours 24 Alarm Time In Minutes / 60 (5 Mins)Total Standb AH Required 1.800Total Alarm AH Required Total Combined AH Required 2.09 Wire resistances are based upon an ambient temperature of 72 degrees F. Multiply By The Derating Factor 1.20 Because of the minimal difference between solid and stranded wire no differential Minimum Battery AmpHours Requiredl 2.51 was made. Scale: NTS co Z wo ? Q. w CO www �aLC ILL. LL i LL +-+ Cn Cz 0 U U 0- E O L co co 0 ® co O U C) Cz '!1 U dLl I , 1 �NN! U �J CV Ln 'I - NCD CY) ', LL C: r M CY) 75 a --J C(U G (D Q c\jL_ 0 O t- C\1 i O LL C\J L1J w �o DRAWN: Shaun CHECKED: Jason DATE: 10/29/10 SCALE: NTS JOB NUMBER: XXXXX 7714 SEAL 6 OF 6 SHEETS N o C � ooN QJ� DRAWN: Shaun CHECKED: Jason DATE: 10/29/10 SCALE: NTS JOB NUMBER: XXXXX 7714 SEAL 6 OF 6 SHEETS