Loading...
HomeMy WebLinkAboutConstraction PlanSLEEVE (IF SPECIFIED) SEQUENCE OF OPERATIONS SCOPE OF WORK ATTACHED W/ 3/16- HEX HEA6 1 1/4TAPGON OR HILTI /' NAIL W/ WASHER (X-U27PBS15) 4' SO. BOX RACO 190 OR EQUAL EMT CONNECTOR TC-501 OR EQUAL 4' SO. TO ROUND - PLASTER RING RACO 767 OR EQUAL DETECTOR BASE DETECTOR HEAD STRUCTURAL CEILING EMT CONNECTOR TC-501 OR EQUAL DETECTOR, CEILING MOUNTING DETAIL (NOT TO SCALE) CONDUIT Copy, 1/2" CONDUIT SUPPORTED TO STRUCTURAL CEILING WHEREVER POSSIBLE /- 1/2' EMT CONNECTOR / TC-501 OR EQUAL 4' SQ. BOX RACO 190 OR EQUAL ADDRESSABLE MODULE 4' SQ. BLANK COVER RACO 752 OR EQUAL ADDRESSABLE MODULE 1/2" CONDUIT SUPPORTED TO STRUCTURAL CEILING WHEREVER POSSIBLE 1 "� 1/2" EMT CONNECTOR TC-501 OR EQUAL 0 4' SO. BOX e RACO 190 OR EQUAL MANUAL STATION BACKPLATE MANUAL STATION HOUSING MANUAL STATION HORN -STROBE DISPLAY LEVEL 0 MIN. 80" FROM BOTTOM OF LENS ONTRO TO TOP MAX. PANEL o 86' 4e' MANUAL PULL TO C.L. FINISH FLOOR DEVICE MOUNTING ELEVATION (NOT TO SCALE) HORN STROBE MOUNTING AUDIBLE: IF CEILING HEIGHTS ALLOW, WALL -MOUNTED APPLIANCES SHALL HAVE THEIR TOPS ABOVE THE FINISHED FLOORS AT HEIGHTS OF NOT LESS THAN 2290 MM (90") AND BELOW THE FINISHED CEILINGS AT DISTANCES OF NOT LESS THAN 150 MM (6"). (NFPA 72, 7.4.7.1) VISIBLE: WALL -MOUNTED APPLIANCES SHALL BE MOUNTED SUCH THAT THE ENTIRE LENS IS NOT LESS THAN 2030mm (80") AND NOT GREATER THAN 2440mm (96") ABOVE THE FINISHED FLOOR. (NFPA 72, 7.5.4.1) ADAAG THE APPLIANCES SHALL BE PLACED 80" ABOVE THE HIGHEST FLOOR LEVEL WITHIN THE SPACE OR 6" BELOW THE CEILING WHICHEVER IS LOWER. (ADAAG 4.28.3(6)) PULL STATION MOUNTING THE OPERABLE PORTION OF EACH MANUAL PULL STATION SHALL BE NOT LESS THAN 1.1 M (3 � FT), NOR GREATER THAN 1.37M (4 J FT) ABOVE FLOOR LEVEL. (NFPA 72-2007, 5.13.4) ADAAG THE MAXIMUM FORWARD REACH SHALL BE 48". THE MAXIMUM SIDE REACH ALLOWED SHALL BE 54". (ADAAG 4.2.5; 4.2.6) 1/2' CONDUIT SUPPORTED TO CEILING WHEREVER POSSIBLE r1 /2' EMT CONNECTOR / TC-501 OR EQUAL AUDIO/ VISUAL, CEILING 30' MAX. 4' SQ. BOX RACO 190 OR FLOOR 1/2' CONDUIT SUPPORTED TO STRUCTURAL CEILING WHEREVER 1/2' EMT CONNECTOR I TC-501 OR EQUAL It t7� 6a,O • �- 4'BOX RACOO 1900 OR EQUAL �- WALL OPENING MUST EQUAL PLATE OPENING LOCKING RIB SLOT LOCKING RIB AUDIO/ VISUAL, WALL HORN/STROBE CEILING MOUNTING DETAIL (see floor plan for individual room - height dimensions) 1' DEPTH 3M FIRE BARRIER CP 25WB CAUL( IMIN TO / METAL PIPE OR CONDUIT I" MAX. AN {/ ANNULAR SPACE ANNULAR SPACE CONCENTRIC OR -^��-- ECCENTRIC, DIA MIN TO 1 JIN MAX. SOLID CONCRETE OR UI CLASSIFlED BLACK a 1. System justification: PACKING MATERIAL 1' MINERAL WOOL UL through -penetration system no. C-AJ-1044 per ASTM E 814 (ANSI/UL 1479) fire test. 2. Assembly: Minimum thickness of solid concrete wall is 5 Jin or may be constructed of UL classified concrete blocks. 3. Rating: F-4hr. 4. Penetrating Item(s): Nominal bin dia (or smaller) sch. 10 (or heavier) steel pipe Nominal bin dia (or smaller) rigid steel conduit Nominal bin dia (or smaller) type L (or heavier) copper pipe Nominal 4in dia (or smaller) steel EMT conduit 1. Install the fire stop symmetrically on both sides of the wall assembly. 2. Minimum annular space requirement is zero, point contact. Maximum annular space allowable is 1 Jin. 3. Recess 1 in thick packing material (mineral wool, etc) 1 in from both sides of wall. 4. Fill the annular space around the pipe with a minimum 1 in depth of 3m fire barrier CP 25wb caulk to both sides of wall, 5. The fire rating of the cp 25 caulk is based on the wet installed depth. Shrinkage may be expected after installation. 6. Where insulation is required it shall butt against wall and vapor barrier sealed against wall. PENETRATION FIRESTOP FOR MAX. 10" DIA. METAL PIPE/ CONDUIT THROUGH A CONCRETE WALL F-rating - 1 and 2 Hr. T-rating - 0 and 1/2 Hr. 1. Wall Assembly - The 1 or 2 hr fire -rated gypsum board/stud wall assembly shall be constructed of the materials and in the manner specified in the individual U300 or U400 Series Wall or Partition Design in the UL Fire Resistance Directory and shall include the following construction features. A. Studs - Wall framing may consist of either wood studs or steel channel studs. Wood studs to consist of nom 2 by 4 In. (51 by 102 mm) lunber spaced 16 in. (406 mm) OC. Steel studs to be min 3-1/2 in. (89 mm) wide and spaced max 24 in. (610 mm) OC. B. Gypsum Board* - Thickness, type, number of layers and fasteners as specified in the individual Wall and Partition Design. Max diam of opening is 10-5/8 in. (270 mm). The hourly F Rating of the firestop system is equal to the hourly fire rating of the wall assembly in which it is installed. 2. Through Penetrant - One metallic pipe, conduit or tube to be installed eccentrically or concentrically within the firestop system. Pipe, conduit or tubing may be installed at an angle not greater than 45 degrees from perpendicular. The annular space between the pipe, conduit or tube and the periphery of the opening shall be min 0 in. (0 mm, point contact) to max 2 in. (51 mm). Pipe, conduit or tube to be rigidly supported on both sides of the wall assembly. The following types and sizes of metallic pipes, conduits and tubes may be used: A) Steel Pipe - Nom 8 in. (203 mm) diam (or smaller) Schedule 5 (or heavier) steel pipe. B) Iron Pipe - Nom 8 in. (203 mm) diam (or smaller) cast or ductile iron pipe. C) Conduit - Nom 6 in. (152 mm) diam (or smaller) rigid steel conduit, nom 4 in. (102 mm) diam (or smaller) steel electrical metallic tubing (EMT) or nom 4 in. (102 mm) diam (or smaller) flexible steel conduit. D) Copper Pipe - Nom 4 in. (102 mm) diam (or smaller) Regular (or heavier) copper pipe. E) Copper Tube - Nom 4 in. (102 mm) diam (or smaller) Type L (or heavier) copper tube. 2A. Through Penetrating Product* - Flexible Metal Piping - As an alternate to Item 2, one nom 1-1/4 in. (32 mm) diam (or smaller) steel flexible metal pipe to be installed either concentrically or eccentrically within the firestop system. The annular space between the pipe and the periphery of the opening shall be min 0 in. (0 mm, point contact) to max 2 in. (51 mm). Pipe to be rigidly supported on both sides of the wall assembly. OMEGA FLEX INC GASTITE, DIV OF TITEFLEX WARD MFG LLC 3. Fill, Void or Cavity Material* - Sealant - Min 5/ 8 in. (16 mm) thickness of fill material applied within annulus, flush with both surfaces of wall assembly. At point contact location, min 1/ 4 in. (6 mm) diam bead of fill material applied at metallic pipe/gypsum board interface on both surfaces of wall. G\dsg i f/eo SPECIFIED TECHNOLOGIES INC - SpecSeal LCI Sealant *Bearing the UL Classification Mark 1-or 2-HOUR FIRE RATED THROUGH PENETRATION FIRESTOP FOR �� Automatic response functions shall be initiated only by the first fire alarm received. Additional alarms shall be received, annunciated and shall initiate automatic response functions associated exclusively with subsequent alarm. Common alarm functions shall not be reinitiated unless the first alarm is returned to normal. The actuation of the fire alarm initiating device shall automatically initiate the functions detailed below: 1. Activation of Manual Fire Alarm Stations shall initiate the following functions: a. Transmit a fire alarm signal to a designated third party Remote Station by way of the Wireless Communicator, b. Indicate the location of the device by zone on the control panel and on the remote annunciator. c. Cause an audible signal at the control panel. d. Transmit an audible and visual alarm signal to all areas of the building simultaneously. e.lnitiate relay activation of all auxiliary relays controls (i.e. for shutdown, etc.). 2. Activation of Smoke Detectors, shall initiate the following: a. Transmit a fire alarm signal to a designated third party Remote Station by way of the Wireless Communicator. b. Indicate the location of the device by zone on the control panel and on the remote annunciator. c. Cause an audible signal at the control panel. d. Transmit an audible and visual alarm signal to all areas of the building simultaneously. e. Initiate relay activation of all auxiliary relays controls (i.e. for shutdown, etc.). 3. Water Flow switches shall initiate the following: a. Transmit a fire alarm signal to a designated third party Remote Station by way of the Wireless Communicator. b. Indicate the location of the device by zone on the control panel and on the remote annunciator. c. Cause an audible signal at the control panel. d. Transmit an audible and visual alarm signal to all areas of the building simultaneously. e. e. Initiate relay activation of all auxiliary relays controls (i.e. for shutdown, etc.). f. Initiate sprinkler bell on exterior of building. Waterflow bell is to remain active as long as water is flowing, 4. Actuation of any supervisory device shall automatically initiate the following functions: a. Transmit a supervisory signal to a designated third party Remote Station by way of the Wireless Communicator. b. Sound an audible supervisory signal at the control panel. c. Initiate the location of the device by zone on the control panel and on the remote annunciator. Replace existing addressable Fire Alarm system for Contender Boats, located at 5701 Environmental Drive, Fort Pierce, Florida. A Firelite ES-20OX Fire Alarm Control Panel will be provided with a 24hr. battery backup. This is a Remote Station (NFPA 72, 8.5) fire alarm system. Perform the installation and start-up of the fire alarm system and a complete system test in accordance with NFPA72 Record of Completion (NFPA72, 7.8.2(a)). Perform the inspections required to be witnessed by the AHJ for final inspection. Wireless cellular communicator will be provided for connection to the Listed Central Station as permitted by NFPA 72 8.6.3.2.3. The internal FRCP mounted DACT communicates its transmission sequence (contact ID) via Line1 or Line2 to the Wireless transmitter. The wireless transmitter sends a radio signal through the Honeywell Alarmnet GSM network which sends the signal (contact ID) to the Listed Central Station Service. The DACT test signals will generate once every 24hours. • Failure to of five attempts to communicate with the Central Station Service will result in an trouble signal. All external circuits extending from this fire alarm system are CLASS "B", power limited. This fire alarm system will be installed in conduit. Installation of wiring, conduit and conduit stub -ups, and devices for this fire alarm system shall be installed in accordance with manufacturer's recommendations and all applicable building codes and standards. COMPLIANCE The design and installation of the Fire Alarm System shall comply with: 2017 NFPA 70 (National Electrical Code), 2016 NFPA 72 (Fire Alarm Code), 2020 FLORIDA BUILDING CODE, 7TH EDITION 2020 FLORIDA FIRE PREVENTION CODE, 7TH EDITION All system components are UL listed for their intended use and compatibility. FIRE ALARM SYMBOL LEGEND SYM. PART NO. MANUFACTURER DESCRIPTION MOUNTING HEIGHT MOUNTING BOX FAc ES-20OX FIRELITE FIRE ALARM CONTROL PANEL 6'0" to to of display p p y 19."x 16i65% 5.25 PNs FCPS-24FS8 FIRELITE REMOTE POWER SUPPLY as needed as needed coM TG-7FS TELGARD WIRELESS COMMUNICATOR as needed 11.4 x 7.75 x 3.3" F7q ANN-80 FIRELITE REMOTE ANNUNCIATOR 6'0" to top of display 4" square 0 BG-12LX FIRELITE MANUAL PULL STATION 48" A.F.F. to center sI pl stern ring n g O O SD365 FIRELITE PHOTOELECTRIC SMOKE DETECTOR greater than 4" to wall 3 -0 from air supply 900s .ft. 4 octagonal H365 FIRELITE HEAT DETECTOR greater than 4 to wall 50 spacing 4" octagonal © EXISTING EXISTING WATERFLOW SWITCH EXISTING EXISTING TJ EXISTING EXISTING TAMPER SWITCH EXISTING EXISTING EXISTING EXISTING BACK FLOW PREVENTOR EXISTING EXISTING R CRF300 FIRELITE RELAY MODULE device bein controlled 4" square El MMF301 P2RL PC2RL FIRELITE SYSTEM SENSOR MONITOR MODULE ,HORN/STROBE C DENOTES CEILING MOUNT device beingmonitored 80" A.F.F. to top of lens 4" square 4" square °' SCRL SYSTEM SENSOR "C" DENOTES CEILING MOUNT to too* of ens 4" square ®4P P2RK SYSTEM SENSOR HORN/STROBE, WEATHERPROOF 80" A.F.F. to to of lens 4." square, FIRE ALARM WIRE LEGEND SYM. DESCRIPTION CLASS A 18AWG./ 2COND. THHN IN CONDUIT FOR "SLC" CIRCUIT & RS485 CLASS "B" N 14AWG./ 2COND. THHN IN CONDUIT FOR "NAC" & AUX. POWER CIRCUIT CLASS B„ PALIL WELCH INC. MECH-ELECT-CIVIL ENG. 1984 BILTMORE ST. #114 PORT SAINT LUCIE, FL 34984 PAUL WELCH F.E. FLA REG NO.29945 31 ■o N C O O 0 U CU � M O 0)�� 0)¢Z3 nLo 0 LLZJN N CU CUEn U) Lo O V � cc ap. w LL_O1a� z o w a_ N 2 owoo�s�Zmo� Zmc+rsw0¢ O QO C.JNZC�XN S py pa_�j wOf a n on ¢ U� O NZOo_Uow� 3 � 1n LEI O z L I -kd o � CD ¢� Cn zLLJ OJ L- LJ I- C) L� >- vi m Z J CD L'i v LLJ w � En B z LJ a- Q M W F- o Cr - � r U If) L� L. (n M. STYPE SCALE: AS SHOWN LATE I JOB No: CHEDOD BY: K. NIELSEN SHEET NO.: OF 5 FEB 1 0 2022 m DIPA TCH NA3- 6 I NA3-07 3 -J - _ __ _ _ _ _ ,. _ ._ _ -._ - _ _ _. _ ._ ---_---_.----_ ----- DESK ASSEMBLY AREA I m , CUTTiNv BOOTH AREA 0 SPRAY BOOTH AREA SPRAY BOOTH AREA SPRAY BOOTH AREA 0 3 S N NA2 1 0 55 D NA -Q6 15 D NA2-07 EDE 1 5 C1 - — — ...... yg qq�� � ��--� __ _ _ _ _ 01 -31 0 TAN SHUTDOWN RELAY ELEC. RM _,; r SPRAY BOOTH AREA SPRAY BOOTH NA1--€}5 NAt- 6 NAt®N7 NAI--DR EOL AREA a 1C17 ml--1R f, EAST ` AREHuuSE 01 8 Scale in feet DRAWING NOTES: 0 REPLACE ALL EXISTING DEVICES WITH NEW PAUL WELCH INC. MECH-ELECT-CIVIL ENG. 1984 BILTMORE ST. #114 PORT SAINT LUCIE, FL 34984 PAUL WELCH R.E. FI.A REG NO.29945 i FEB 10 2022 0 0 0 M N ia� 8 W O ++ M 0 NW� C) C NHU t LL 0 !T N O_ O (6 N — u O S}6 i N SA O � �' _] Lj akz U LL r' (L z w e 1� Z �=�waJ 3c~i om~�S"o�00 J 3 J Zo O X N O U C p C f3 W O A O d U W rwwrr0 'tZ'i cn�F� 3 0 0 a g � N I7 Y Vf Cl 1A .6 0 w w o N Q a w �w�� of omL— m O w N¢ Tr�v� LJ ozwTr w LLI IL LLI F t- = zo 0 c5 0 r CJ Lo u- L DRAn W. M. STYPE SaA L, RATE 2/3/22 JOB NO: CHECKM EY: K. NIELSEN SHEET NO.: I 2 CF 5 SHEETS I N W 7T7 E S OFFICF 103 OFFICE 102 OFFICE 1c1 MATCHLINE PRIVATE BATHROOM STOR. qs CORRIDOR oe OFFICE AREA 0 OFFICE m I OFFICE 109 OFFICE WOMEN'S Fl 101 �N IN .13 — — HALL ! ' - ENTRY 0o MEN'S TOILET 113 na MD OFFICE 122 1.05 s, '�"Qi WOMEN'S 115 STORAGE BATH OM LAB LOV.NGE DISPAT I P ���_��—� ( Nl 1 CC I : [ L -- _ _. --- I -� -- [ I I I I I I CD' A� I [ I II I 1�A3mDD6 1 50C II I II !I �3 I 'i !I ALUMINUM AREA O ENGINE INSTALL AREA I I, 0 i I� l i NA2--9 1NCD NA2-02 €50CD NA2-43 1 D C I I . E 5HUMIM RE AY _ — _ — _ _ _ � _ _ _ _ - _ _ - �a '11 11 II 'I3I 3] ■ : ] I NAI-01 NAI —02 150CD ICI D CORRIDOREMI_ I ?-- ...._..._...._........_........_.._.......... ...._ ..._......- ._....._........_.._..........-.........�.._........_.............- ._....._.........- ._....._........_....._ ....._ ._........_......-._....._........_.._..._....._....._..,......- �..... ,._..,......._....._......._.._.........- CONSOLES ._....._.... _............_..._....._.... -,;.. , OFFICE IE AREA 21 191 � I BREAK ROOM COR IDOR I I I OFFICE" 15CD 117 20 H � I I p�q OFFICE 119 OFFICE 118 OFFICE & WEST WAREHOUSE 0 i o Scale in feet 1.-04 DRAWING NOTES: 0 REPLACE ALL EXISTING DEVICES WITH NEW MATCHLINE ELECTRICAL ARM Cal-02 TRANSF. VAULT FINAL ASSEMBLY AREA ELECTRICAL RM _0 I I I _- � ( PAUL WELCH INC. (� MECH-ELECT-CIVIL ENG. I 1984 BILTMORE ST. #114 I NA1-03 PORT SAINT LUCIE, FL 34984 , Q Q PAUL WELCH P.E. I 1 0CD FLA REG NO.29945 _ _ _.-®_, _ - _ — ®n-r— — — —®___ _ -- — — ——-_ w. __ __ FEB 10 2022 N O 7 O i O M 10 }' M O LLZJN T r Cu ca L fop Occo�, U°� tir'aI-' e> 4 Z J=jW Q J � �GFuG�Faa pOO�ial�N�FZ Z m Z O O 2 Q U ZZUw3z1�i "n�o $.-q N 5N0}OON 1�200 V CD W K 0 Vf Q^d' Up O �ZOCLd U=O W =WWocl � 0 0 S $— .ornmmm O w !n O w w of � N o w I.- W OJ kLl Li Cn m O ILLJ 6-- of U o Z w O w w ¢ w zo�w V) O r` O r U u') IJ- N Oun Of. M. STYPE SCALE 1 /8"= l'—O" OAT: 2/3/22 JOB NO: CHEMEO BY: K. NIELSEN SHEEP NO.: 3 OF 5 SH= A W E S T L MATCHLINE arr vpam Kom ! 108 FIRE ALARM SCALE: 1 f8"=1'-0" a� a Scale in feet MEZZANINE DEVICE LAYOUT r1 ki� A i i �i �r i t A r'i1 A f I I V H L 17' I'� L I— /A R [JA DRAWING NOTES: (D REPLACE ALL EXISTING DEVICES WITH NEW PAUL WELCH INC- MECH-ELECT-CIVIL ENG. 1984 BILTMORE ST. #114 PORT SAINT LUCIE, FL 34984 PAUL WELCH P.E. FLA REG NO29945 FEB 10 2022 U) c O 0 O M ca ram L 3 W M +' M W U �) C �4 i Lo if U� O O LL Z J T cu FF -a'n '� O U) Oros Uik z w � I oll f ml O OK� J V%mIZ-ZC U Z m Z 0 c) 2¢ ¢ H N W } =2Urr3Z N Np J N W Z W 3. J—�Nfl1 OUNW Odd U � W s Oo�ww y O{' z �E 3cn 0 Of 0 3 0 0 0 W U O Elf V) J d g d Z OCcn cr- M O d cn O wEn U W E Li Z W W Q `Q H- F-- F- z O- O O > U Ln W L� On BRON BY: M. STYPE scNE, DATE 2f3/22 JOB NO: CHECM ar: K. NIELSEN SHEET NO.: 4 OF 5 SHETS N W E S FCPS-24FS6 / Calculation Regulated Load in Standhy Device Type Number of Devices Current (Amps) Total Current' (Amps) Main PC Board 1 X fl-065 = 0.065 STANDBY LOAL1 = 0.£i65'' Regulated Load in ALARM Device Type Number of Devices Current (Amps) Total Current' (Amps) Main PC Board without AC 1 X 0.145 = 0.145 NAC / Output # 1 1 X 1.652 = 1.652 NAC 1 Output # 2 1 X 1.407 = 1.407 NAC / Output # 3 1 X 1.558 = 1-558 NAC / Output # 4 1 X 0.176 = 0.176 ALARM LOAD = 4,938' Battery Amp Hour Calculation - Standby Load Current (Amps) Required Standby Time (Typically 24 or 60 Hours) 0 065 X 24 = 1.56 AH Alarm Load Current (Amps) Required Alarm Time (Typically 5 or 10 Unutes ) 4.938 X 5 = 0.41'AH Sub Total Standby / Alarrn Amp Hours 1.97 AH Multiply by the Derating Factor X 1 21* Total Ampere Hours Required - 3 AH TOTAL = 0.176 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT 3. TOTAL LENGTH OF WIRE = 400 FEET 4. 400 / 1000 = .400 (3.07) = 1.228OHMS 5. 0.176 AMPS * 1.228 OHMS = 0.216 VDC 6. 20.4 VDC - 0.216 VDC=20.184 VDC NA3 VOLTAGE DROP CALCULATIONS 1. (3) 15CD STROBE 0.041=0.123 AMPS (3) 150CD STROBE 0.189=0.567 AMPS (4) 150CD HORNSTROBE 0.217=0.868 AMPS TOTAL = 1.558 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT 3. TOTAL LENGTH OF WIRE = 600 FEET 4. 600 / 1000 = .600 (3.07) = 1.8420HMS 5. 1.558 AMPS * 1.842 OHMS = 2.870 VDC 6. 20.4 VDC - 2.870 VDC=17.530 VDC VOLTAGE DROP CALCULATIONS 1. (4) 150CD STROBE 0.189=0.756 AMPS (3) 150CD HORNSTROBE 0.217=0.651 AMPS TOTAL = 1.407 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT 3. TOTAL LENGTH OF WIRE = 500 FEET 4. 500 / 1000 = .500 (3.07) = 1.535OHMS 5. ----------------------------- 1.407 AMPS * 1.535 OHMS = 2.160 VDC 6. 20.4 VDC - 2.160 VDC=18.240 VDC NAi VOLTAGE DROP CALCULATIONS 1. (3) 150CD STROBE 0.189=0.567 AMPS _ (5) 150CD HORNSTROBE 0.217=1085 AMPS TOTAL = 1.652 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT J. TOTAL LENGTH OF WIRE = 550 FEET 4. 550 / 1000 = .550 (3.07) = 1.689OHMS 5. ----------------------------- 1.652 AMPS * 1.689 OHMS = 2.789 VDC 6. 20.4 VDC - 2.789 VDC=17.611 VDC N2 1. (2) 150CD STROBE 0.189=0.378 (3) 150CD HORNSTROBE 0.217=0.651 AMPS'. AMPS TOTAL = 1.029 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT 3. TOTAL LENGTH OF WIRE = 525 FEET 4. 525 / 1000 = .525 (3.07) = 1.612OHMS 5. 1.029 AMPS * 1.612 OHMS = 1.658 VDC 6. 20.4 VDC - 1.658 VDC=18.742 VDC VOLTAGE DROP CALCULATIONS 1. (4) 15CD STROBE 0.041=0.164 AMPS (5j 15CD HORNSTROBE 0.054=0.270 AMPS TOTAL = 0.434 AMPS 2. #14/2C. FPL 0 3.07 OHMS/FOOT 3. TOTAL LENGTH OF WIRE = 250 FEET 4. 250 / 1000 = .250 (3.07) = 0.7680HMS 5. 0.434 AMPS * 0.768 OHMS = 0.333 VDC ----------------------------- 6. 20.4 VDC - 0.333 VDC=20.067 VDC 8nMiJTeALarms by Honeywell ES-20OX Battery Calculation Secondary Power Source Requirements e• a •, � Main Crcuit Board 1 x 0.141000 = 0.141000 1 Ix!i 0257000 I= 0257000 tPOTS-COM Communicator 1 1 IxI 0.040000 1=1 0.040000 1 1 x 0.041000 = 0.041fl0 ANN-BUS Devices ANN-80(-W) I 1 IxI 0.015000 1=1 0-015000 1 jxj 0.040000 1=1 0.040000 Addressable Devices SD365 I 1 Ix 00003000.104003010 ` Q IW -- H365 1 x 0.000300 MMF-301 6 x 0,000375 BG-12LX 14 x 0,000375 CRF-300 2 x 0.000270 Output Circuits NAC/Output #1 MMMIJI:0,0000000.434fl00 NACIOutput #2 0.00i1000 = 1.429000 = 1.0294062 NAC/Output #3 0.000000 = 0-000000 = NAGOutput#4 O:fl00fl0o = 0.000000 = _ FCPS (remote Sync) 0 x 0-000000 = 0 x 0.021700 Current Draw from T133 >: 0.000000 = 0000000 = Total Standby Load 1 0.204640 ToI Alarm Load 2:201tf00 (FlnmuTeAwnm by Honeywell ES-20OX Battery Cal pulation Calculation in Total Suet ! aI a 24 Hours ;x Standby Load Current 0.20464Amps 24 = 4-911 AH • 5 Minutes Alarm LoadCurrent(Amps) 2.20100Amps x 0.084 = 0.185AH Tota I, Current Load 5.096 AH Multiply by the Derating Factor 1.2 = x 1.20 Total Ampere burs Required 6:12 AH I Recommended Batteries: I BAT-1270 - 7AH Batteries I I NA4 -01 75CD EOL- HORNSTROBE WEATHERPROOF P/N: P2RK I NA3-10 NA3-09 NA3-08 NA3-07 NA3-06 NA3-05 NA3-04 NA3-03 NA3-02 I NA3-01 I 150CD 150CD 150CD 150CD 150CD 15CD 15CD 15CD 150CD 150CD I NW NEW NEW' NE`b' MEN NEW Ica xEw WN II I NA2-07 NA2-06 NA2-05 NA2-04 NA2-03 NA2-02 I I NA2-01 II 150CD 150CD 150CD 150CD 150CD 150CD 150CD II • •NEW -I I iEW III NA1-08 NAl-07 NAi-06 NA1-05 NAt-04 NAl-03 NAi-02 III NAl-01 III 150CD 150CD 150CD 150CD 150CD 150CD 150CD 150CD III E0L ;c'a; --;Q� - --;E� -- ; i - ;em -- ;4;---e; ----�1II xEW KIN NEW NEW NEW NEW NCB NEB STROBE HORNSTROBE CEILING MOUNT CEILING MOUNT I P/N; SCRL PIN: PC2RL IIII N2-06 N2-05 N2-04 N2-03 N2-02 IIII N2-01 IIII 115CD 150CD 150CD 150CD 150CD 150CD E0L � , ° -- /G'-- IIII'II xEw ea NEW NEW IIII Nt 09 10-08 Ni-07 Ni-©6 41-05 N1-C? W-03 N i - 0 Z IIII 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD 15CD IIII EOL O ---� , ( , ° -0---- - . ° e---fl----)3(- % ° ../ - °o- - ° °g -- , ° �@° ------ , . Elf 1A EY C Ex C a C a C NEW a EX IIII HORNSTROBE IIII P/N: P2RL #12/3C. MIN' THHN (BY OTHERS) 120VAC; 60 Hz. (trorn dedicated 20Amp circuit breaker) (BY OTHERS) 4)#14/2C. THHN N CONDUIT -- -I I II I II II 8/2C. THHN CONDUIT D1-01 SMOKE DETECTOR P/N: SD365 !18/2C. THHN J#14/2C. THHN /// IN CONDUIT M1-04 REMOTE ANNUNCIATOR P/N: ANN-80 FIRE ALARM RISER DIAGRAM SCALE:lfl M1-05 PULL STATION P/N: BG12-LX t6 t t Ee ���v,•�i���rm' REMOTE STATION M1-15 M1-16 M1-24 M1 M1-18 M1-19 M1-09 M1-1O M1 11 M1-20 MI-22 M1-21 M1-23 M1-12 M1-13 M1-14 D1-03 1 I FAN FAN Ts NEW Ts HEAT DETECTOR SHUTDOWN SHUTDOWN MONITOR MODULE P N: H365 / RELAY MODULE TAMPER & FLOW SWITCH P/N: CRF301 P/N: MMF-301 WIRELESS TRANSMITTER MUST BE LOCATED WITHIN 20' OF FRCP. ALL WIRING BETWEEN FACP AND WIRELESS TRANSMITTER MUST BE IN CONDUIT, WIRELESS TRANSMITTER IS _MANUFACTURERED TO HAVE 24HRS. BATTERY BACKUP USING ONE 12V, 7AH. BATTERY. ELECTRICAL NOTES: 1. CONTROL PANEL SHALL BE WIRED THROUGH A SEPARATE CONDUIT TO A 20AMP, 120VAC DEDICATED CIRCUIT BREAKER PROVIDED BY OTHERS. 2. ALL 24VDC POWER LIMITED CIRCUITS SHALL CONFORM TO THE FOLLOWING REQUIREMENTS FOR CIRCUIT SEPARATION: TWO OR MORE POWER LIMITED FIRE ALARM CABLES ARE PERMITTED IN THE SAME CABLE, ENCLOSURE OR RACEWAY. POWER LIMITED FIRE ALARM CIRCUITS AND CLASS 2 CIRCUITS (Low -Energy 100VA or less/ Low -Voltage under 30V) ARE PERMITTED WITHIN THE SAME CABLE, ENCLOSURE OR RACEWAY IF THE INSULATION OF THE CLASS 2 CIRCUIT CONDUCTORS IS AT LEAST THAT REQUIRED BY THE POWER LIMITED FIRE ALARM CIRCUIT. POWER LIMITED FIRE ALARM CIRCUITS AND LOW POWER NETWORK BROADBAND COMMUNICATIONS CIRCUITS ARE PERMITTED IN THE SAME ENCLOSURE OR RACEWAY. POWER LIMITED FIRE ALARM CABLES SHALL NOT BE PLACED IN THE SAME CABLE TRAY, ENCLOSUURE, DEVICE BOX, RACEWAY, ETC AS CIRCUITS FOR ELECTRIC LIGHT, CLASS 1, NON -POWER LIMITED FIRE ALARM, AND MEDIUM POWER NETWORK -POWERED BROADBAND COMMUNICATIONS CIRCUITS CONDUCTORS, EXCEPT:. IF SEPERATED BY A BARRIER IN A RACEWAY WITHIN AN ENCLOSURE IN ENCLOSURES, DEVICE BOXES, ETC. WHERE THEY ARE INTRODUCED SOLET1' TO CONNECT THE EQUIPMENT CONNECTED TO POWER LIMITED FIRE ALARM CIRCUITS AND MAINTAIN A MINIMUM OF .25" SEPARATION POWER LIMITED FIRE ALARM CABLES AND IN TIJE CAAdE CABLE TRAY, ENCLOSUURE, DEVICE BOX, RACEWAY, ETC AS CIRCUITS FOR ELECTRIC LIGHT, CLASS 1, NON -POWER LIMITED FIRE ALARM, AND MEDIUM POWER NETWORK -POWERED BROADBAND COMMUNICATIONS CIRCUITS CONDUCTORS MUST MAINTAIN A MINIMUM OF 2" SEPARATION FOR ALL OTHER APPLICATIONS. PAUL WELCH INC. MECH-ELECT-CIVIL ENG. 1984 BILTMORE ST. #114 PORT SAINT LUCIE, FL 34984 PAUL WELCH R.E. FLA REG NO.29945 fA C 0 3 0 0 T M ICU Fay :3 a'' M 0 U) IU F U �C'J LID LO p CIO {A 0cco LL � LL °fad zw 1 0 r a ' s+E MW Q O O O N On_ On omo0s12ga1� OZ� W �2N{n�m Z fY�pU=?w0 N ZZ _ Elf 0 FL FL g - N I7 Y Vl M utI N z 0 c.� J J w > a a twit J < of in Z o LLJ w LJ J 1- LL C) In ® Cn V) LJ Q U W > a' � Elf p Z w_ wL`'a a z C) it o% CD � O o U lC) LL ti Li OR M W. M. STYPE AS SHOWN OAM 2/3/22 Joe NO: CHECKED BY: K. NIELSEN SHEET NO.: 5 OF 8 SHEM FEB 1.0 2022