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Plans (7) FPS2020-00055 ( 2/2 ) OFFICE COPY 1EVISIISN RECEIV, PRIME AUG 4 2020 ELECTRICAL CITYOFTIGARy' SERVICES OO ,« ING DIVISIC PO BOX 822395 Vancouver,WA 98682 (360)335-3565 DURHAM L M NTARY SCHOOL ­gJ1 � � zjz� (360)869-9989 fax CCB#217825 IU IN THE EVENT CONFLICTS ARE DISCOVERED BETWEEN THE ORIGINAL SIGNED AND FIRE ALARM UPGRADE SEALED DIXMITTEDBYMAI.FAX,MENTS PREPARED THE ARCHITECTS AND/OR THEIR CONSULTANTS, AND ANY COPY OF THE DOCUMENTS TRANSMITTED O BOTH E.FAX, ELECTRONICALLY OR OTHERWISE,THE ORIGINAL SIGNED AND SEALED DOCUMENTS SHALLGOVERN. ©Copyright Prime Electrical 2020 This drawing mntafns information that is property of Prime Electrical Semen LI.C.This drawing is received in confidence and its cements j may not be disclosed without priormmem of Prime Electrical Services,LLC.This drawing shall not be used for competitive bid purposes. SHEET LIST TABLE PRIME JOB# PROJECT# NUMBER TITLE DATE: SITEADDRESS INSTALLER FO.1 — COVER SHEET REVISIONS 7980 SW DURHAM RD . PRIME ELECTRICAL SERVICES , LLC FO.2 — GENERAL INFORMATION Rev.#1 7/28/2020 FO.3 — CALCULATIONS #1 TIGARD , OR 97224 PO BOX 872395 FO.4 — CALCULATIONS #2 QQ Q VANCOUVER, WA 8687 FO.5 — RISER DIAGRAM F1.1 — SOUTH EAST SIDE OF THE BUILDING PLAN #6270S F1.2 — SOUTH SIDE OF THE BUILDING PLAN F1.3 — NORTH SIDE OF THE BUILDING PLAN F1.4 — MECHANICAL ROOM AREA PLANS PROPERTY OWNER GENERAL CONTRACTOR TIGARD-TUALATIN SCHOOL DISTRICT INLINE COMMERCIAL CONSTRUCTION , INC . 6960 SW SANDBURG ST. PO BOX 5837 TIGARD , OR 97223 ALOHA, OR 97006 0 ow U Q N Cq 4_j a `� Q 0h PRIME ELECTRICAL T SERVICES & DESIGN Q DRAWN-BY: DATE: P.O. BOX 872395 DRAWINGS PREPARED & DESIGNED BY: GP 4/20/2020 VANCOUVER, WA 98687 DESIGNED-BY: DATE: OP 4/20/2020 PHONE: (360) 335-3565 OLEG PRIMACHENKO G FAX: (36o) 869-9989 PHONE: (503) 318-5170 1 DRAWIN EMAIL: oleg.p@primeelectricalco.com Cover # 6270S SHEET Fo . 1 FILE: FA1 PLANS—RECOVER.DWG — COVER PAGE F0.1 BY: OP PLOT: 7/29/2020 10:52 PM PRIME GENERAL NOTES: ABBREVIATIONS LEGEND FIRE ALARM WIRE SCHEDULE ELECTRICAL SERVICES 1 . ALL WIRE AND CONDUIT MUST BE INSTALLED IN ACCORDANCE WITH PLANS NAD SPECIFICATIONS. EOLR END OF LINE RESISTOR SYMBOL DESCRIPTION WIRE SIZE/TYPE PO BOX 872395 EOL END OF LINE S SLC LOOP or INITIATION CIRCUIT 18/2 FPLR Vancouver,WA 98687 (360)335-3565 2. ALL WIRE AND CABLE MUST BE RATED FOR FIRE ALARM USE PER THE LATEST REVISIONS OF THE NATIONAL ELECTRICAL CODE FSD FIRE/SMOKE DAMPER N NOTIFICATION APPLIANCE CIRCUIT 14/2 FPLR (36o)869-9989 fax SECTION 760. THIS IS A POWER LIMITED FIRE ALARM SYSTEM, ALL CALBE MUST BE MARKED FPL, FPLR, OR FPLP. FARA REMOTE FIRE ALARM ANNUNCIATOR (N) NOTIFICATION APPLIANCE CIRCUIT 12/2 FPLR CCB#217825 IN THE EVENT CONFLICTS ARE DISCOVERED ND 3. ALL CONDUCTORS MUST TEST FREE OF GROUND BEFORE MAKING CONNECTION TO THE FIRE ALARM CONTROL PANEL. CD CANDELLA A AUDIO NOTIFICATION CIRCUIT 18/2 FPLR BETWEEN D CUMENTSTHE PRE AREDRSIGNED TH SEALED Txx:IfbIENTS PREFAB®EYTHE ARCHITECTS AND/OR THEIR CONSULTANTS, SD SMOKE DAMPER (A) AUDIO NOTIFICATION CIRCUIT 16/2 FPLR AND ANY COPY OF TIM DOCUMENTS Y MAIL,FAX, 4. THE LIFE SAFETY SYSTEM IS A COMPLETELY SUPERVISED SYSTEM. TRANSMITTED OR OTHERVaS ELECTRONICALLY OR 017IRRW ISE,THE DH DOOR HOLDER F SBUS CIRCUIT 16/4 FPLR ORIGINAL SIGNED AND SEALED DOCUMENTS SHALL GOVERN. 5. PUBLIC MODE LIFE SAFETY AUDIBLE TONES SHALL BE AUDIBLE THROUGHOUT THE SPACE AND SHALL HAVE A SOUND PRESSURE RTB REMOTE TEST BUTTON PL PLANUM RATING DESIGNATION ---- FPLP LEVEL NOT LESS THAN 15db ABOVE AMBIENT NOISE LEVEL MEASURED @ 10' FROM THE DEVICE & 5' ABOVE FINISHED FLOOR. WP WEATHERPROOF ALL WIRING AND INSTALLATION METHODS SHALL BE IN COMPLIANCE ©Copyright Prime F.1edT1cal 2020 WITH CURRENT RELEVENT NATIONAL ELECTRICAL CODE ARTICLES This drawing contains information that is properly of Prime Electrical Services,LLC.This 6. SYSTEM SHALL BE CLASS "B" CONFIGURATION. WG WIREGUARD AND RELATED SECTION CODE REQUIREMENTS. drawing is received inconfidence and its enmeo,a may not be disclosed without prior coment of (D) EXISTING TO BE DEMOLISHED/REMOVED WIRING INSTALLATION NOTES: Prime Electrical Services,LLC.Thisdrawing • LABEL ALL NETWORK,ANNUNCIATOR AND 1/0 CONTROL CIRCUIT shall nm be used for compendw bid purposes. 7. INSTALL ALL PULL STATIONS AND AUDIOVISUAL UNITS AT SPECIFIED HEIGHTS PER NFPA 72 AND ADA REQUIRMENT. SEE MOUNTING (E) EXISTING TO REMAINWIRING WITH CIRCUIT NUMBER TAG AND DESCRIPTION. • LABEL ALL SIGNAL CIRCUIT WIRES WITH SIGNAL CIRCUIT HEIGHTS DETAIL ON THIS SHEET' NUMBER TAG AND DESCRIPTION. PRIME JOB# (RL) EXISTING TO BE RELOCATED LABEL ALL ZONE WIRES WITH ZONE NUMBER TAG AND PROJECT# 8. THE BUILDING IS FULLY SPRINKLED AND NOT REQUIRED TO HAVE AUTOMATIC SMOKE DETECTION FIRE SYSTEM. DESCRIPTION. DATE: (RP) EXISTING TO BE REPLACED 9. SMOKE DETECTORS ON CEILING MUST BE NO MORE THAN 15' FROM A WALL AND/OR NO MORE THAN 30' FROM EACH OTHER EXCEPT (N) NEW REVISIONS IN NARROW CORRIDORS OR IRREGULAR SPACES. (NIC) NOT IN CONTRACT 10. ALL FIRE ALARM DEVICES SHALL BE RIGIDLY AND SECURELY FASTENED TO WALLS OR CEILINGS. (N/A) NOT APPLICABLE 11 . NO SMOKE DETECTOR OR HEAT DETECTOR SHALL BE LOCATED CLOSER THAN 36" TO ANY AIR REGISTER, DIFFUSER, FLUORESCENT LIGHT OR CEILING FAN BLADE. FIRE ALARM SYMBOLS LEGEND #6270S 12. NO HEAT DETECTOR SHALL BE LOCATED CLOSER THAN 36" TO ANY PART OF ANY HEAT GENERATING DEVICE (FUSES, BOILERS, SYM DESCRIPTION MODEL# BACK BOX WATER HEATERS, ETC.) FACP FIRE ALARM CONTROL PANEL SK-6820—EVS E—A—C-9 NAC EXPANSION PANEL SK-5496 ----- 13. HEAT DETECTORS ACCOMPANYING ELEVATOR SPRINKLER HEADS SHALL BE MOUNTED WITHIN 24" OF ASSOCIATED HEAD. ONE BATT FACP BATTERY CABINET DETECTOR PER HEAD. FA—AN-1 REMOTE ANNUNCIATOR PANEL SK-5860R ----- 14. INITIATING AND SIGNALING CIRCUITS ARE SEPARATE, CAN BE RUN IN SAME CONDUIT/RACEWAY/RISER IF ALLOWED BY NEC. MP A AMPLIFIER PANEL EVS-50W,1DOW ----- 15. ALL CONDUCTORS SHALL BE LABELED BY CIRCUIT/ZONE AND ALL COLOR CODES SHALL MATCH. DIAL DILER COMMUNICATOR ----- ----- © SPRINKLER FLOW SWITCH ----- ----- 16. ALL WORK SHOWN SHALL COMPLY WITH ALL NATIONAL, STATE AND LOCAL CODES, ORDINANCES, ETC. SPRINKLER TAMPER SWITCH ---- ----- O 17. PER NFPA 72 17.7.1 .11 .3, ALL SMOKE & HEAT DETECTOR HEADS NOT REQUIRED FOR CONSTRUCTION SHALL BE INSTALLED AFTER ADDR. MONITOR MODULE SK—MONITOR 4x4 STANDARD ELEC.BOX C) ALL OTHER TRADES HAVE COMPLETED THEIR CLEANUP PROTOCOLS. WHERE DETECTORS ARE ALREADY INSTALLED, THEY SHALL ©2 DOUBLE ADDR. MONITOR MODULE SK—MONITOR-2 4X4 STANDARD ELEC.BOX j::: w BE PROTECTED FROM DUST, DIRT & DEBRIS IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. V^ .. Q ADDR. MANUAL PULL STATION SK—PULL—DA 1 —GANG STANDARD ELEC.BOX V1 18. PROVIDE FIRE ALARM SYSTEM EQUIPMENT AND SERVICE LABELS PER AHJ REQUIREMENTS. THE LOCATION OF ALL FA PANELS ® ADDRESSABLE RELAY SK—RELAY 4X4 STANDARD ELEC.BOX TO BE PERMANENTLY NOTED AT THE PANELS. THE LOCATION OF THE POWER SOURCE CIRCUIT BREAKER PERMANENTLY LABELED II-WI-�I�--11 IS ISOLATION MODULE SK—ISO 4X4 STANDARD ELEC.BOX rr ►�� N AT ALL FA PANELS. V^ . CV © ADDRESSABLE CONTROL MODULE SK—CONTROL 4X4 3.5" DEEP ELEC.BOX F'+�i 19. PRE-TEST THE SYSTEM TO VERIFY PROPER PERFORMANCE PRIOR TO INSPECTION. MAGNETIC DOOR HOLDER ------ 4X4 3.5" DEEP ELEC.BOX � DH 20. LABEL ALL ADDRESSABLE FIELD DEVICES SUCH THAT ADDRESS INFORMATION CAN BE READ FROM FLOOR LEVEL WITHOUT NEED DUCT SMOKE DETECTOR SK—DUCT 4x4 STANDARD ELEC.BOX O FOR LADDER - OTHER BOXES AND DEVICES LABELED AND READILY LEGIBLE ALSO. Q2 PHOTO SMOKE SENSOR W/BASE SK—PHOTO 4" OCTAGON ELEC.BOX ^ Q QH HEAT DETECTOR W/BASE SK—HEAT 4" OCTAGON ELEC.BOX A� CEILING SPEAKER/STROBE UNIT SPSCWL 4x4 3.5" DEEP ELEC.BOX F CEILING HORN/STROBE UNIT PC2WL 4" OCTAGON ELEC.BOX 0 —1 CEILING F F F CEILING STROBE UNIT SCWL 4" OCTAGON ELEC.BOX w 6"MIN 6"MIN WALL SPEAKER/STROBE UNIT SPSR 4x4 3.5" DEEP ELEC.BOX ct .� 30' MAXIMUM HEIGHT WALL HORN/STROBE UNIT P2R 1—GANG STANDARD ELEC.BOX �T , F WALL STROBE UNIT SR 1—GANG STANDARD ELEC.BOX SPRINKLER FIRE ALARM BELL ----- 1 —GANG STANDARD ELEC.BOX ❑J JUNCTION BOX ----- 4x4 STANDARD ELEC.BOX 96"MAX 96"MAX FACP OR EARA SCOPE STATEMENT DESIGN INTENT EXTENDER 80"MIN 80"MIN PANEL E 60" BOTTOM BOTTOM FIRE ALARM SYSTEM PROPOSED IS TO PROVIDE A NEW EMERGENCY BUILDING CONSTRUCTION CONDITIONS: APPROX. OF LENS OF LENS COMMUNICATIONS SYSTEM. A NEW SILENT KNIGHT FIRE ALARM OCCUPANCY E, E DRAWN-BY: DATE: 72.. PANEL WILL BE INSTALED, INCLUDING REMOTE ANNUNCIATOR, • LOW-RISE OP 4/20/2020 POWERED AMPLIFIERS &BOOSTER POWER SUPPLIES. • FULLY SPRINKLED DESIGNED-BY: DATE: 48 MAX • EMERGENCY COMMUNICATIONS SYSTEM 42"MIN THE POWERED AMPLIFIER WILL PROVIDE AUDIO CAPABILITY TO • GENERAL ALARM EVACUATION OP 4/20/2020 MULTIPLE SPEAKER CIRCUITS THROUGHOUT THE BUILDING. IT WILL RECEIVE AUDIO SIGNALS FROM THE FACP IN THE FORM OF LIVE OREGON STRUCTURAL SPECIALTY CODE: 2014 ED. DRAWING VOICE AND PRE-RECORDED MESSAGES. OREGON FIRE CODE: 2014 ED. FINISHED FLOOR OREGON MECHANICAL CODE: 214 ED. THE BOOSTER POWER SUPPLIES WILL PROVIDE 24VDC SYNCHRONIZED FIRE ALARM & SIGNALING CODE, NFPA 72: 2013 ED. Info. TO STROBE CIRCUITS THROUGHOUT THE BUILDING. ELECTRICAL CODE, NFPA 70: 2017 ED. a REUSE EXISTING CELLULAR COMMUNICATOR ACCOMPLISH TY P. FIRE ALARM DEVICE MOUNTING OFF-SITE COMMUNICATIONS TO THE MONITORING G STATION. THE SHEET CELLULAR COMMUNICATOR IS LISTED FOR SOLE-PATH F0.2 SCALE: NONE COMMUNICATIONS. REMOVE EXISTING AUTOMATIC SMOKE DETECTION SYSTEM. Fo . 2 FILE: FA1 PLANS—RECOVER.DWG — FA FO.2 BY: OP PLOT: 7/29/2020 10:50 PM IntelliKnight 6820-EVS Battery Calculation NPS-2 5496 Battery Calculation NPS-3 5496 Battery Calculation SK-MODULES PRIME OP ADD# TYPE Part.# DESCRIPTION/LOCATION Secondary Power Source Requirements Secondary Power Source Requirements Secondary Power Source Requirements LO1 1 Pull Station SK-PULLSA Vestibule 100 Main Door n T t Sltaandby Current(am ps) SecondCary Alarm Current(amps) Standby Current amps) Secondary Alarm Current(amps) Standby Current(a-m ps) Secondary Alarm Current(amps) 1 2 Pull Station SK-PULLSA Hall 57 West Door ELECTRICAL • • rrent Draw • " • rrent Draw Device •ty Current •raw Tota I •lly I current •raw Tota I •evice • Current • " • " • � Current •raw ' " 1 3 Pull Station SK-PULLSA Hall 67 South Door r� 1.Control Panel 5495 Power Module 1 X 0.0400 = 0.0400 1 X 0.1600 = 0.1600 5495 Power Module 1 X 0.0400 = 0.0400 1 X 0.1600 = 0.1600 SERVICES CES 6820 Control Panel 1 x 0.190000 = 0.190000 1 x 0.250000 = 0.250000 NAC/ Output# 1 0.0000 = 0.0000 1.0660 = 1.0660 NAC/ Output # 1 0.0000 = 0.0000 0.7300 = 0.7300 1 4 Pull Station SK-PULLSA Hall 77 East Door 2.Addressable SLC Devices NAC/ Output#2 0.0000 = 0.4400 0.0000 = 0.0000 NAC/ Output #2 0.0000 = 0.0000 1.1380 = 1.1380 1 5 Pull Station SK-PULLSA Hall 119 East Door PO BOX 872395 SK-PHOTO 18 x 0.000300 = 0.005400 18 x 0.000300 = 0.005400 NAC/ Output#3 0.0000 = 0.0000 1.3290 = 1.3290 NAC/ Output#3 0.0000 = 0.0000 0.6790 = 0.6790 1 6 Pull Station SK-PULLSA Cafeteria 120 West Door Vancouver,WA 98687 SK-HEAT 11 x 0.000300 = 0.003300 11 x 0.000300 = 0.003300 NAC/ Output#4 0.0000 = 0.0000 1.5020 = 1.5020 NAC/ Output#4 0.0000 = 0.0800 0.0000 = 0.0000 1 7 Pull Station SK-PULLSA Hall 128 West Door SK-DUCT 15 x 0.000300 = 0.004500 15 x 0.000300 = 0.004500 (360)335 3565 SK-MONITOR 3 x 0.000375 = 0.001125 3 x 0.000375 = 0.001125 Total Standby Load 0.4800 Total Alarm Load 4.0570 Total Standby Load 0.1200 Total Alarm Load 2.7070 1 8 Pull Station SK-PULLSA Hall 130 West Door (360)869-9989 fax SK-MINIMON x 0.000375 = x 0.000375 = 1 9 Pull Station SK-PULLSA Vestibule 141 West Door CCB#217825 SK-PULL-DA 12 x 0.000375 = 0.004500 12 x 0.000375 = 0.004500 NPS-2 5496 Battery Calculation NPS-3 5496 Battery Calculation 1 10 Pull Station SK-PULLSA Gym 142 South Door SK-MONITOR-2 3 x 0.000750 = 0.002250 3 x 0.000750 = 0.002250 1 11 Pull Station SK-PULLSA Gym 142 North East Door w THE EVENT CONFLICTS ARE DISCOVERED SK-RELAY 6 x 0.000255 = 0.001530 6 x 0.000255 = 0.001530 Calculation in Total Sheet Calculation in Total Sheet Y BETWEEN THE ORIGINAL SIGNED AND _ 4.SLC Isolator Devices Y_ 1 12 Pull Station SK-PULLSA Gym 142 North West Door SEALED DOCUMENTSPREPAREDBYTHE _ _ ARCHITECTS AND/OR THEIR CONSULTANTS, SK-ISO 1 x 0.000450 = 0.000450 1 x 0.000450 = 0.000450 • • • ' AND ANY COPY OF THEDOCUMans ISO-6 x 0.002700 = x 0.102000 = 24 Hours 24 Hours TRANSWITEDBYMAI,FAY, HE B224BI x 0.000500 = x 0.000500 = Standby Load Current(Amps) 0.4800 Amps X 24 = 11.520 AH Standby Load Current(Amps) 0.1200 Amps X 24 = 2.880 AH 1 15 Monitor SK-MONITOR-2 Water Flow Riser#1 IGINALSI SIGNED AND DSEALOR E DOCUMENTS 6.Accessory Modules -- , -" , 1 16 Monitor II Tamper Valve oxrcnvAGsfcxSHALL� DocUMaNrs SK-5860R 1 x 0.020000 = 0.020000 1 x 0.025000 = 0.025000 15 Minutes 15 Minutes 1 17 Monitor SK-MONITOR-2 Water Flow Riser#2 SK-5496 1 2 jxj 0.010000 1=1 0.020000 1 2 jxj 0.010000 1=1 0.020000 Alarm Load Current(Amps) 4.0570 Amps X 0.25 = 1.014 AH Alarm Load Current(Amps) 2.7070 Amps X 0.25 1=1 0.677 AH 1 18 Monitor II Tamper Valve#2 7.Voice Amplifiers and Accessories 1 19 Monitor SK-MONITOR-2 Water Flow Riser#3 EVS-50W 1x 0.0[0000 1=1 0.010000 1 1XI 0.010000 = 0.010000 Total Current Load 12.53 AH Total Current Load 3.56 AH @ Copyright Prime Electrical zozo 1 20 Monitor II Tamper Valve#3 pmpern ofPri EVS-100W 1 x 0.010000 = 0.010000 t x 0.010000 = 0.010000 'Multiply by the Derating Factor 1.2 = x 1.20 'Multiply by the Derating Factor 1.2 = x 1.20 pmpenyofPrimeDise=wires,u.c.7n;s EVS-VCM 1 1 jxj 0.070000 1=1 0.070000 1 1 jxj 0.100000 1=1 0.100000 ar.M+°gisreceived inco°sd®teand immmenm 9.o Circuits 1 41 Monitor SK-MONITOR RTU#1 Duct Detector maYnot bed�osedwitmntprior comeotof Output Total Ampere Hours Required 15.04 AH Total Ampere Hours Required 4.27 AH Prime Elecb cal5e vices,LLC.Thedmw ng NAC 1 0.000000 = 0.000000 = 1 42 Monitor SK-MONITOR ANSULSYSTEM shaanot be used for competitive bid purposes. NAC 2 0.000000 = 1.222000 = 1.222000 NAC 3 0.000000 = 1.486000 = [.486000 Recommended Batteries: 6914-18AH Batteries Recommended Batteries: BAT-1270-7AH Batteries 1 43 Monitor SK-MONITOR Radio Box Monitoring NAC 4 0.000000 = 0.000000 = PRIME JOB# NAG5 0.000000 = 0.000000 = NPS-2 5496 Circuit Detail NPS-3 5496 Circuit Detail 1 45 Relay SK-RELAY HVACcontrolPnl.�meoutMag. PROJECT'# NAC 6 0.000000 = 0.000000 = NAC/ Output# 1 I I NAC/ Output#1 1 46 Relay SK-RELAY ASU#6 Shutdown DATE: Device " Draw Tota I Oty Alarm • Device " Non-AlarmDraw Tota I " Draw Tota Total Standby Load 0.343055 Total Alarm Load 3.146055 _ _ _ _ Y SK-RELAY ASU#5 Shutdown SPSRLK @ 75 Candela 1 x 0.000000 - 0.000000 1 x 0.107000 - 0.107000 SRL @ 15 Candela 2 x 0.000000 - 0.000000 2 x 0.043000 - 0.086000 1 47 Relay 1 48 Relay SK-RELAY ASU#7 Shutdown REVISIONS SPSRL @ 75 Candela 3 x 0.000000 = 0.000000 3 x 0.107000 = 0.321000 SCWL @ 15 Candela 1 x 0.000000 = 0.000000 1 x 0.041000 = 0.041000 IntelliKnight 6820-EVS Battery Calculation SPSRL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 SPSRL @ 15 Candela 1 x 0.000000 = 0.000000 1 x 0.041000 = 0.041000 1 49 Relay SK-RELAY ASU#8 Shutdown 1 Calculation in Total Sheet SPSRL @ 15 Candela 3 x 0.000000 = 0.000000 3 x 0.041000 = 0.123000 SPSRL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 1 50 Relay SK-RELAY ASU#10 Shutdown Rev. #T x/28/zozo SPSCWL @ 75 Candela t x 0.000000 = 0.000000 1 x 0.111000 = 0.111000 SPSRL @ 75 Candela 2 x 0.000000 = 0.000000 2 x 0.107000 = 0.214000 _-• ;51 SRL @ 15 Candela 5 x 0.000000 = 0.000000 5 x 0.043000 = 0.215000 SPSCWL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 SRL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.0630000.063000 SPSCWL @ 75 Candela 2 x 0.000000 = 0.000000 2 x 0.111000 = 0.222000SK-SENSORS Standby Load Current 0.34306 Amps x 8.233 AH x 0.000000 = x 0.000000 = x 0.000000 = x 0.000000 = LOOP ADD# TYPE Part.# DESCRIPTION/LOCATION x 0.000000 = x 0.000000 = x 0.000000 = x 0.000000 = 1 1 Photo Smoke SK-PHOTO Reception 102 FACP ' s Total Standby Load 0.000000 Total Alarm Load 1.066000 Total Standby Load 0.000000 Total Alarm Load 0730000 1 2 Photo Smoke SK-PHOTO Lobby 101 double door#1Alarm Load Current(Amps) 3.14606 Amps x 0.787 AH #62705 i NAC/Output#2 NAC/Output#2 1 3 Photo Smoke SK-PHOTO Lobby 101 double door#2 Total Current Load 9.020 AH Device • Non-Alarm • " Tota I „ I Alarm •raw Total Device • Draw TotalQty Alarm Draw Tota 1 1 4 Photo Smoke SK-PHOTO Hall 52 double door Multiply by the Derating Factor 1.2 = x 1.20x 0.000000 = x 0.000000 = SPSRL @ 95 Candela 2 x 0.000000 = 0.000000 2 x 0.121000 = 0.242000 1 5 Photo Smoke SK-PHOTO Hall 57 double door#1 Total Ampere Hours Required 10.82 AH door holders 22 x 0.020000 = 0.440000 22 x 0.000000 L= 0.000000 SRL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 1 6 Photo Smoke SK-PHOTO Hall 57 double door#2 X 0.000000 = x 0.000000 = SPSRL @ 75 Candela 3 x 0.000000 = 0.000000 3 x 0.107000 = 0.321000 1 7 Photo Smoke SK-PHOTO Hall 58 double door Recommended Batteries: BAT-12120- 12AH Batteries x 0.000000 = x 0.000000 = SPSRLK @ 75 Candela 1 x 0.000000 = 0.000000 t x 0.107000 = 0.107000 1 8 Photo Smoke SK-PHOTO Hall 67 double door#1 Total Standby Load 0.440000 Total Alarm Load 0.000000 SPSCWL @ 75 Candela 1 x 0.000000 = 0.000000 1 x 0.111000 = 0.111000 NPS-1 IntelliKnight 6820-EVS Circuit Detail SPSCWL @30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 1 9 Photo Smoke SK-PHOTO Hall 67 double door#2 NAC 1 NAC/ Output#3 SPSCWL @ 15 Candela 1 x 0.000000 = 0.000000 1 x 0.041000 = 0.041000 1 10 Photo Smoke SK-PHOTO Hall 68 double door Device Qty � Non-Alarm Draw Total Qty I Alarm Draw Total Device • Draw Tota I Qty Alarm Draw Tota I SRL @ 15 Candela 2 jxj 0.000000 = 0.000000 2 x 0.043000 =1 0.086000 1 11 Photo Smoke SK-PHOTO Hall 77 double door#1 SPSCWL @ 75 Candela 2 x 0.000000 = 0.000000 2 x 0.11 WOO = 0.222000 SPSRL @ 15 Candela 1 x 0.000000 = 0.000000 1 x 0.041000 = 0.041000 1 12 Photo Smoke SK-PHOTO Hall 77 double door#2 X 0.000000 = x 0.000000 = x 0.000000 = x 0.000000 = X 0.000000 = x 0.000000 = SCWL @ 15 Candela 4 x 0.000000 = 0.000000 4 x 0.041000 = 0.164000 1 13 Photo Smoke SK-PHOTO Janitor 113 AMP1&NPS2 SRL@ 15 Candela 7 x 0.000000 = 0.000000 7 x 0.043000 = 0.301000 Total Standby Load 0.000000 Total Alarm Load 1.138000 X 0.000000 = x 0.000000 = 1 14 Photo Smoke SK-PHOTO Stage 122 Total Standby Load 0.000000 Total Alarm Load 0.000000 SPSRL @ 75 Candela 6 x 0.000000 = 0.000000 6 x 0.107000 = 0.642000 1 15 Photo Smoke SK-PHOTO Stage 122 X 0.000000 = x 0.000000 = NAC I Output#3 g X 0.000000 = x 0.000000 = Device • • • • • • - • - 1 16 Photo Smoke SK-PHOTO Electrical Rm. 134NPS3&SMP2 NAC 2 SRL 30 Candela 1 x • 0.000000 = 0.000000 1 x 0.063000 = 0.063000 •- • •ty Non-Alarm •raw Tota I •ty Alarm • Traw Totalotal Standby Load 0.000000 Total Alarm Load 1.329000 @ 1 17 Photo Smoke SK-PHOTO Hall 130 double door t^� SRL @ 15 Candela 2 x 0.000000 0.000000 2 0.043000 0.086000 SPSRL @ 30 Candela 3 x 0.000000 = 0.000000 3 x 0.063000 = 0.189000 1 18 Photo Smoke SK-PHOTO Vestibule 141 double door O = x = SPSRL 110 Candela 1 x 0.000000 = 0.000000 1 x 0.148000 = 0.148000 SCWL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 NAC/ Output#4 @ O Device • arm •raw • arm •raw Total SPSRL @ 135 Candela 1 x 0.000000 = 0.000000 1 x 0.172000 = 0.172000 SPSCWL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 SPSRL 75 Candela 1 x 0.000000 = 0.000000 1 x 0.107000 = 0.107000 1 20 Heat Detector SK-HEAT by ASU#2, 3,4 J SPSRL @ 75 Candela 6 x 0.000000 = 0.000000 6 x 0.107000 = 0.642000 SPSCWL @ 75 Candela 2 x 0.000000 = 0.000000 2 x 0.111000 = 0.222000 @ - - SPSCWL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 x 0.000000 - x 0.000000 - 1 21 Heat Detector SK-HEAT by ASU#2, 3,4 SPSRL @ 95 Candela 2 x 0.000000 = 0.000000 2 x 0.121000 = 0.242000 @ _ = Total Standby Load 0.000000 Total Alarm Load 0.679000 1 22 Heat Detector SK-HEAT b ASU#5 U X 0.000000 = x 0.000000 = SRL 15 Candela 5 x 0.000000 0.000000 5 x 0.043000 0.215000 Y y x 0.000000 = x 0.000000 = SPSRL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 1 23 Heat Detector SK-HEAT in Boiler Room T�1 SPSRL 75 Candela 5 x 0.000000 = 0.000000 5 x 0.107000 = 0.535000 NAC/ Output#4 V 1 Total Standb Load 0.000000 Total Alarm Load 1.222000 @ 1 24 Heat Detector SK-HEAT by ASU#7,9 Y •• • • • • SPSRL @ 95 Candela 3 x 0.000000 = 0.000000 3 x 0.121000 = 0.363000 1 25 Heat Detector SK-HEAT by ASU#7,9 SPSRL @ 15 Candela 1 x 0.000000 = 0.000000 1 x 0.041000 = 0.041000 x 0.000000 = x 0.000000 = NAC 3 _ _ 1 26 Heat Detector SK-HEAT b ASU#8, 10 lel V X 0.000000 = x 0.000000 = Door Holders 4 x 0.020000 - 0.080000 4 x 0.000000 - 0.000000 Y Device • Draw • • x 0.000000 = x 0.000000 = 1 27 Heat Detector SK-HEAT b ASU#8, 10 BPSCWL 75 Candela 2 x 0.000000 = 0.000000 2 x 0.111000 = 0.222000 x 0.000000 = x 0.000000 = - - Y A y..t N @ x 0.000000 - x 0.000000 �►V Total Standby Load 0.000000 Total Alarm Load 1.502000 - 1 28 Heat Detector SK-HEAT by ASU#8, 10 SPSCWL @ 30 Candela 1 x 0.000000 = 0.000000 1 x 0.063000 = 0.063000 Total Standby Load 0.080000 1 Total Alarm Load 1 0.0000001 29 Heat Detector SK-HEAT by ASU#1 4-J SPSRL @ 75 Candela 5 x 0.000000 = 0.000000 5 x 0.107000 = 0.535000 rzi SPSRL @ 95 Candela 2 x 0.000000 = 0.000000 2 x 0.121000 = 0.242000 1 30 Heat Detector SK-HEAT by ASU#6 SPSRL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 Al NPS-2 5496 EOL Voltage Drop 1 31 Duct Detector SK-DUCT ASU#6 SUPPLY DD SRL @ 15 Candela 4 x 0.000000 = 0.000000 4 x 0.043000 = 0.172000 1 32 Duct Detector SK-DUCT ASU#6 RETURN DD O SRL @ 30 Candela 2 x 0.000000 = 0.000000 2 x 0.063000 = 0.126000 Starting Voltagel 20.4 Volts 1 33 Duct Detector SK-DUCT ASU#7 SUPPLY DO ]XI 0.000000 1= x 0.000000 = Minimum Voltage @ EOLI 16 Volts t� 1 34 Duct Detector SK-DUCT ASU#7 RETURN DD ]XI 0.000000 1=1 x 0.000000 = Voltage Drop Warning % °h 10.00 Total Standby Load 1 0.000000 Total Alarm Load 1.486000 1 35 Duct Detector SK-DUCT ASU#8 SUPPLY DO Current Draw Wire Type Resistance Length Actual Resistance Voltage @EOL Percent Drop 1 36 Duct Detector SK-DUCT ASU#8 RETURN DD W NAC 4 Circuit Name Amps AWG Ohms/1000 ft. Feet(One Way) I Ohms Volts Percent 1 37 Duct Detector SK-DUCT ASU#9 SUPPLY DD o Device • Draw Total Qty I Alarm Draw Total NAC/ Output # 1 1.066 #14 Solid 3.07 371 2.28 17.97 11.90% 1 38 Duct Detector SK-DUCT ASU#9 RETURN DD W x7Standby = x 0.000000 = NAC/Output#2 0.440 #14 Solid 3.07 429 2.63 19.24 5.68% 1 39 Duct Detector SK-DUCT ASU#10 SUPPLY DD C\ X = x 0.000000 = NAC/ Output#3 1.329 #14 Solid 3.07 413 2.54 17.03 16.52% 1 40 Duct Detector SK-DUCT ASU#10 RETURN DD �r..� X = x 0.000000 = NAC/ Output#4 1.502 #14 Solid 3.07 385 2.36 16.85 17.40% y V Totaoad 0.000000 Total Alarm Load0.000000 1 41 Duct Detector SK-DUCT ASU#S SUPPLY DD NPS-3 5496 EOL Voltage Drop 1 42 Duct Detector SK-DUCT ASU#5 RETURN DO NAC 5 1 43 Duct Detector SK-DUCT ASU#2 SUPPLY DD Device Qty Non-Alarm Draw Tota I Qty Alarm Draw Tota I Voltage 20.4 Volts 1 44 Duct Detector SK-DUCT ASU#3 SUPPLY DD rpt x 0.000000 = x 0.000000 = X 0.000000 = x 0.000000 = Minimum Voltage @EOL 16 Volts 1 45 Duct Detector SK-DUCT ASU#4 SUPPLY DD x 0.000000 - x 0.000000 =1 Voltage Drop Warning %1 10.00°/n Q Total Standby Load 0.000000 Total Alarm Load 0.000000 Current Draw Wire Type Resistance Length Actual Resistance Voltage @ EOL Percent Drop SBUS Circuit Name Amps AWG Ohms/1000 ft. Feet(One Way) Ohms Volts Percent NAC 6 LOOP ADD# TYPE Part.# DESCRIPTION/LOCATION Device Qty I Non-Alarm Draw Tota I Qty Alarm Draw Tota I NAC/Output# 1 0.730 #14 Solid 3.07 211 1.30 19.45 4.64% FACP SK-6820EVS Reception 102 1!1 0.000000 = x 0.000000 = NAC/ Output#2 1.138 #14 Solid 3.07 280 1.72 18.44 9.59% x 0.000000 = x 0.000000 = NAC/ Output#3 0.679 #14 Solid 3.07 410 2.52 18.69 8.38% 1 1 EVS-EVS Reception 102 x 0.000000 = x 0.000000 = NAC/ Output#4 0.080 #14 Solid 3.07 174 1.07 2031. 0.42% 1 3 FAA SK-586OR Lobby 101 Annunciator Total Standby Load 0.000000 Total Alarm Load 0.000000 1 5 Audio PS SK-EVS100W AMP1 Janitor 113 DRAWN-BY: DATE: 1 6 Audio PS SK-EVS50W AMP2 Electrical Rm. 134 OP 4/20/2020 NPS-1 IntelliKnight 6820-EVS EOL Voltage Drop 1 7 NAC PS SK-5496 NPS2 Janitor113 DESIGNED-BY: DATE: Starting Voltagel 20.4 Volts 1 8 NAC PS SK-5496 NPS3 Electrical Rm. 134 OP 4/20/2020 Minimum Voltage @ EOLI 16 Volts Voltage Drop Warning %1 10.00% DRAWING Current Draw Wire Type Resistance Length I Resis Voltage @ EOL Percent Drop Circuit Name Amps AWG Ohms/1000ft. Feet(One Way) Ohms Volts Percent '. NAC 1 0.000 #14 Solid 3.07 0 0.00 20.40 0.00% CCS. #1 NAC 2 1.222 #14 Solid 3.07 309 1.90 18.08 11.36% NAC 3 1.486 #14 Solid 3.07 468 2.87 16.13 20.93% NAC 4 0.000 #14 Solid 3.07 0 0.00 20.40 0.00% SHEET NAC 5 0.000 #14 Solid 3.07 0 0.0020.40 0.00% NAC 6 0.000 #14 Solid 3.07 0 0.00 20.40 0.00% Fo . 3 FILE: FA1 PLANS_RECOVER.DWG - FA F0.3 BY: OP I PLOT: 7/30/2020 12:27 AM PRIME Audio Notification Appliance Circuit Calculation Form Audio Notification Appliance Circuit Calculation Form ELECTRICAL SERVICES Project Name: Durham Elementary School Resistance Table Project Name: Durham Elementary School Resistance Table PO BOX 872395 Project Number. PO 20-167 Ohm/pair/1 Ohm/wire/1 Project Number. PO 20-167 Ohm/pair/1 Ohm/wire/1 98687 Panel Type: EVS-10OW Wire Type AWG k ft. k ft. Panel Type: EVS-50W Wire Type AWG k ft. k ft. Vancouver,WA(360) 5 Panel Location: Electrical Room 134 #10 Solid 2.42 1.21 Panel Location: Janitor 113 #10 Solid 2.42 1.21 (360)869 9-998665 9989 fax Comment: #10 Stranded 2.48 1.24 Comment: #10 Stranded 2.48 1.24 #12 Solid 3.86 1.93 #12 Solid 3.86 1.93 CCB#217825 #12 Stranded 3.96 1.98 #12 Stranded 3.96 1.98 System Voltage(Vac): 70 vrms #14 Solid 6.14 3.07 System Voltage (Vac): 70 vans #14 Solid 6.14 3.07 IN THE EVENT CONFlsCTSAREDISCOVERE.D BET WEEN THE ORIGINAL SIGNED AND Amplifier Watts: 100 w #14 Stranded 6.28 3.14 Amplifier Watts: 50 w #14 Stranded 6.28 3.14 SEALED DOCUMENTS PREPARED BYTHE Maximum dB loss: -1.00 #16 Solid 9.78 4.89 Maximum dB loss: 1.00 #16 Solid 9.78 4.89 ARCHrrECTSAND/ORTR®RCONSULTANTS, AND ANY COPY OFTHE DOCUMENTS Circuit Spare Capacity %: 67% #16 Stranded 9.98 4.99 Circuit Spare Capacity %: 65°/n #16 Stranded 9.98 4.99 TRANSMITTED BY MAR,FAY, Derating Factor 1.2 #18 Solid 15.54 7.77 Derating Factor 1.2 #18 Solid 15.54 7.77 ELECTRONICALLY OR OT IERWISE,THE ORIGINAL SIGNED AND SEALED DOCUMENTS #18 Stranded 15.9 7.95 #18 Stranded 15.9 7.95 SHALLGOVERN. Maximum Circuit Calc. Wire Type Length Feet Speaker Volts @ Watts @ Actual dB Spare Maximum Circuit Calc. Wire Type Length Feet Speaker Volts @ Watts @ Actual dB Spare Circuit# Circuit ID: Circuit Ohm. Comments Circuit# Circuit Circuit Ohm. Comments ©CopyrightPrime Electrical 2ozo (Watts) (Watts) (Watts) AWG (One Way) Ohm. End End Loss Watts (Watts) (Watts) (Watts) AWG (One Way) Ohm. End End Loss Watts rn�am ;ng con�nsmf°non°ntn.t0 1 AMPI-01 20 5.5 6.6 #18 Solid 371 5.765 742.42 69.461 6.499 -0.067 db 14.5 w 1 AMP2-01 16.6 4.5 5.4 #18 Solid 211 3.279 907.41 69.748 5.361 -0.031 db 12.1 w property of Prime Electrical Services,LLC.TLis 2 AMPI-02 20 8.5 10.2 #18 Solid 409 6.356 480.39 69.086 9.935 -0.114 db 11.5 w 2 AMP2-02 16.6 8.25 9.9 #18 Solid 280 4.351 494.95 69.390 9.728 -0.076 db 08.4 w drawing is received in confidence and its contents may not be disclosed without prior consent of 3 AMPI-03 20 9.5 11.4 #18 Solid 568 8.827 429.82 68.591 10.946 -0.177 db 10.5 w 3 AMP2-03 16.6 5 6 #18 Solid 362 5.625 816.67 69.521 5.918 -0.060 db 11.6 w Prime Electrical Services,LLC.This drawing 4 AMPl-04 20 9.75 11.7 #18 Solid 385 5.983 418.80 69.014 11.373 -0.123 db 10.3 w 4 #18 Solid I shag not be used for competitive bid purpoeee 5 AMPI-05 20 8 9.6 #18 Solid 395 6.138 510.42 69.168 9.373 -0.104 db 12.0 w 5 #18 Solid 6 #18 Solid 6 #18 Solid Total: 33.25 39.9 Total: 17.75 21.3 PRIMEJOB# Note: All Resistance values are taken from Table 8 Note: All Resistance values are taken from Table 8 PROJECT# Conductor Properties ofthe NFPA70 National Conductor Properties ofthe NFPA70 National DATE: Electrical Code.NI values are for Direct Current Electrical Code.All values are for Direct Current Resistance at 75°C(167°F). Resistance at 75°C(167°F). REVISIONS Rev. #1 7/28/2020 AMP-1 EVS-100W Battery Calculation AMP-2 EVS-50W Battery Calculation Secondary Power Source RequirementsSecondary Power Source Requirements Standby . .. • Device Type Qty Current Draw Tota I Qty Current Draw Tota I 11 Device Type Qty Current Draw Total Qty I Curr nt Draw Tota I i EVS-100W (25V) X 0 1100 = X 1 2000 = EVS-50W (25V) X 0.0850 = X 0.5AT = EVS-100W (70.7V) 1 X 0.1100 = 0.1100 1 X 1.4000 = 1.4000 EVS-50W (70.7V) 1 X 0.1000 = 0.1000 1 0.5800 #6270$ EVS-100WBU X 0.0400 = X 0.1100 = EVS-CE4 X 0.0200 = AXIF Number of Watts @ 25 Vrrns X 0.0000 = X 0.0400 = Number of Watts @ 25 Vrns X 0.0000 =ber of Watts @ 70.7 Vnns 41 X 0.0000 = 0.0000 41 X 0.0450 = 1.8563 Number of Watts @ 70.7 Vrrms 18 X 0.0000 = 0.0000 0.8213 Total Standby Load 0.1100 Total Alarm Load 3.2563 Total Standby Load 0.1000 Total Alarm Load 1.4013 Al AMP-1 EVS-100W Battery Calculation AMP-2 EVS-50W Battery Calculation Calculation in Total Sheet Calculation in Total Sheet 24 Hours 24 Hours Standby Load Current(Amps) 0.1100 Amps X 24 = 2.640 AH Standby Load Current(Amps) 0.1000 Amps X 24 = 2.400 AH 15 Minutes 15 Minutes Alam Load Current(Amps) 3.2563 Amps X 0.25 1=1 0.814 AH Alarm Load Current(Amps) 1.4013 Amps X 0.25 = 0.350 AH Total Current Load 3.45 AH Total Current Load 2.75 AH *Multiply by the Derating Factor 1.2 1=1 x 1.20 *Multiply by the Derating Factor 1.2 = x 1.20 O Total Ampere Hours Required 4.14 AH Total Ampere Hours Required 3.30 AH O ^� Recommended Batteries: BAT-1270 -7AH Batteries Recommended Batteries: BAT-1270 -7AH Batteries A AMP-1 EVS-100W Circuit Detail AMP-2 EVS-50W Circuit Detail Speaker#1 Speaker# 1 ► d Device Qty Watt Tap Watts Device Qty Watt Tap I Watts SPSCWL @ 1/2 Watt Tap 1 x 0.500 = 0.500 SPSCWL @ 1/2 Watt Tap 3 x 0.500 = 1.500 li SPSRL @ 1 Watt Tap 2 x 1.000 = 2.000 SPSRL @ 1/2 Watt Tap 2 x 0.500 = 1.000 ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL N SPSRL @ 1/4 Watt Tap 2 x 0.250 = 0.500 SPSRL @ 1 Watt Tap 2 x 1.000 = 2.000 O� z C SPSRL @ 1/2 Watt Tap 5 x 0.500 = 2.500 x 0.000 = t x 0.000 = x 0.000 x 0.000 = Total Quantity: 7 Total Watts: 4.500 Total Quantity: 10 Total Watts: 5.500 Speaker#2 Speaker#2 Device Qty Watt Tap Watts Device Qty WattSPSCWL @ 1 Watt Tap 1 x 1.000 I SPSCWL @ 1/2 Watt Tap 2 x 0.500 = 1.000 SPSCWL @ 1/2 Watt Tap 1 x 0.500 = 0.500 V O� 2P0� � � ���O � � �� \, J �w j..t SPSCWL @ 1 Watt Tap 7 x 1.000 = 7.000 SPSCWL @ 1/4 Watt Tap 1 x 0.250 = 0.250 C& �� �O GP ��O �O� v V� QP �� �V M SPSRL @ 1/2 Watt Tap 1 x 0.500 = 0.500 SPSRK @ 1 Watt Tap 1 x 1.000 = 1.000 A� �� ��JOvOv O JQ Q ��O ���O =� CO �� �vbio x 0.000 = SPSRL @ 1 Watt Tap 5 x 1.000 = 5.000J Q Q� O OJ G VJ JQ V� J <v MMQ ,r„1 x 0.000 = SPSRL @ 1/2 Watt Tap 1 x 0.500 = 0.500 J�Q FsQs�J ojJ h��� �Q Q V�Qv�O Q� OO = W Total Quantity: 10 Total Watts: 8.500 x 0.000 IXF 0.000 �. O O O Q O F CT 0 �J ki 2 1'r•_'rYj�. Speaker#3 Total Quantity: 10 Total Watts:Device Qty Watt Watts SPSCWL 1/2 Watt Tap 3 x 0.500 • = 1.500 Speaker#3 @ ' SPSRL @ 1 Watt Tap 7 x 1.000 = 7.000 Device Qty Watt �J �J �J A,J SPSRL 1/2 Watt Tap 2 x 0.500 = 1.000 SPSCWL 1/4 Watt Tap 2 x 0.250 = 0.500 V V V V V V V C.t V G TV J Q O O V @ @ QQ- 000QQ- QQQ Q � � � Q- O e- x 0.000 = SPSCWL @ 1/2 Watt Tap 1 x 0.500 = 0.500 SYSTEM INPUTS & ACTIONS A BIC D E F G H I J K L M N 0 P Q RIS T U V W X Y Z AA AB x 0.000 = SPSRL @ 2 Watt Tap 2 x 2.000 = 4.000 1 SMOKE SENSOR/DETECTOR x x I x I Ix x I X1 x x I Ix 1 Total Quantity: 12 Total Watts: 9.500 SPSRL @ 1/2 Watt Tap 1 x 0.500 = 0.500 2 HEAT SENSOR DETECTOR x x Ix I x x I x x x I Ix 1 2 x 0.000 = Speaker#4 Total Quantity: a Total Watts: 5.500 3 FIRE PULL STATIONS x x x x x x x x x 3 Device •ty 4 SMOKE DUCT DETECTORS x x x x x x 4 Watt Tap Watts SPSRL @ 1 Watt Tap 7 x 1.000 = 7.000 Speaker#4 1 5 5 SPSRL @ 1/2 Watt Tap 2 x 0.500 = 1.000 Device Qty Watt Tap Watts 6 1 1 1 6 SPSRL @ 1/4 Watt Tap 1 x 0.250 = 0.250 x 0.000 = 7 FACP, NAC, AMP, DIALER PANELS AC POWER FAILURE x x x 7 SPSCWL @ 1/2 Watt Tap 3 x 0.500 = 1.500 x 0.000 = 8 FACP, NAC, AMP, DIALER PANELS LOW BATTERY x x x 8 x 0.000 = Total Quantity: Total Watts: 0.000 9 1 SYSTEM TROUBLE x x x 1 191DRAWN-BY: DATE: x 0.000 = 10 GROUND FAULT x x x 10 OP 4/20/2020 Total Quantity: 13 Total Watts: 9.750 1 1 1 1 Speaker#5 12 LIVE VOICE MICROPHONE x x x x 12 DESIGNED-BY: DATE: Device •ty 13 13 OP 4/20/2020 i Watt Tap Watts SPSCWL @ 1 Watt Tap 1 2 IxI 1.000 1=1 2.000 14 14 SPSRL @ 1 Watt Tap 6 x 1.000 = 6.000 15 WATERFLOW SWITCH x x x x x x x x x x 15 DRAWING x 0.000 1=1 16 TAMPER SWITCH x x Ix X1 1 16 x 0.000 1=1 17 17 /r 7 11 # Total Quantity: 8 Total Watts: 8.000 18 18 CECS. 2 19 19 Speaker#6 Device • 20 20 Watt Watts Ix 0.000 • _ JAB C D E F G H I J K L M N 0 P Q R S T U V W X Y Z AA AB SHEET 1XI 0.000 = Total Quantity: Total Watts:1 0.000 A SEQUENCE OF OPERATION MATRIX Fo . 4 SCALE: NTS FILE: FA1 PLANS_RECOVER.DWG L FA F0.4 BY: OP I PLOT: 7/29/2020 10:47 PM 75 30 30 30 30 135 115 PRIME NPS3-03 A F ____ A --- A --- A --- A ___ A NPS3-03 4.7K --- ELECTRICAL AMP2 03 1/2w 1/4w 1/4w 1/2w 2w 12w AMP2-03 SERVICES - - -I I PO BOX 872395 Vancouver,WA 98687 (360)335-3565 1 (36o)869-9989 fax A� CCM17825 75 15 30 75 15 15 15 95 30 75 75 75 30 95 1 IN THE EVENT CONFLICTS ARE DISCOVERED BETWEEN THE ORIGINAL SIGNED AND W SEALED PREPARED BYTHE 4.7K AAND NPS3-02 A A F F A F A A A F A NPS3-02 I �CALED DOCUMENTS --- A --- A --- THE DOCUMENTS TRANSMITTED BY MAIL,FAY, 1 w 1/4w 1/2w 1 w 1/2w 1 w 1 w 1 w 1 w1 w I ELECTRONICALLYOROT11ERMSE,THE AMP2-02 II ORIGINAL SIGNED AND SEALED DOCUMENTS 15K L - - - - - - - - - � L - - - - AMP2-02- - - - - - - - - - - - - - - - - — — I SHALL.GOVERN. A I I I 1 ©Copyright Prime Electrical 2020 1 I Tbis drawing contains information that is Properly of Prime Electrical Services,I.I.C.This A 1 drawing is o ocived in confidence and its contents may not be disclosed without prior consent of 75 30 15 75 75 30 75 15 15 15 I I Primeotb raced Serfor ra etidLLCIbis drawing 1 shall not be used for competitive bid purposes. NPS3-01 q F __-- A A A A A F F NPS3-01 I 4.7K 1/2w 1/2w 1/2w 1 w 1/2w 1 w 1/2w 1 1 PRIME JOB# AMP2-01 I I PROJECT# AMP2-01 15K L - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - , I I DATE: 1 REVISIONS I I I Rev.#L 7/28/2020 I I I 75 75 15 75 15 75 15 15 75 15 15 75 75 75 15 15 15 15 15 A- 1 I I I NPS2-03 NPS2-03 A ___ A ___ F ____ A ___ F ____ A F F A ___ F ____ F __-- A ___ A ___ A F F F F F I I I 4.7K I I 1w 1w 1w 1w 1w 1w 1w 1w 1 AMP1-05 I I I I I I 1 AMP1-05 15K L - - - - - - - - - � L - - - - - - - 1 1 1 I I A I I I I I 95 75 30 75 75 75 15 15 15 15 15 30 15 95 75 95 75 75 1 1 I I 1 I AS: NPS -K A ___ A ___ A ___ A ___ A ___ A4. F F F A ___ F ____ A ___ F ____ A ___ A ___ A ___ A --- A NPS2-04 1w 1w 1/2w 1w 1w 11/2w 11/4w 1/2w 1w 1/2w 1w 1w 11/2w I I I I AMP1-04 15K L - - - - - - - - - - - - - � L - - - - AMP1_04- - - - - - - - - - - I I I A 1 1 N I I A I I I O 75 15 30 15 15 15 15 15 75 15 30 30 15 75 75 75 1 I I wp --- A NPS2-01 1 1 I I W NPS4 K q ___ A ___ A F F A F ____ F ____ A ___ F ____ A ___ F ____ A ___ A ___ A ,,v"1/2w 1/2w 1 1/2w 11/4w 1/2w 1/2w 1/4w 1 w 1/2w 1 1 w AMP1-01 15K L - - - - - L - - - - AMP1_01 - - - - - - - - - - � I A I 1 1 1 v N 75 30 95 75 30 15 75 30 15 15 75 75 75 15 30 75 30 95 A� I I I I 4 � NPS41:033 ___ A F F A A NPS1-03 I I I I I I W F ___ A ___ F ___ A F F A ___ A ___ A F F A ___ A 1w 1/2w 1w 1w 1/2w 1/2w 1w 1/2w 1w 1w 1/2w 1w I I I O I I I I 1 I I I I I I Q AMP15K L - - - - - �j L - - - - - L - - - - - L - - - - - - - - - - - AMPl-03 IA IA A I I L I I I I I bio N I L L I I 00H I L I I I 95 95 75 75 15 75 30 75 30 15 30 30 75 75 A--6 1 1 I I I I I I I NPS1-020 _ A ___ A ___ A ___ F ____ A ___ A ___ A ___ A NPS1-02 I I I I I I I CIIn/ 4.7K I I I I h-1-1 1w 1w 1w 1w 1/2w 1/2w 1w 1/2w 1w 1w AMP1-021 rT � 15K L - - - - - - - - - - - - - J L - - - - - - - - - - - - AMP1_02 I I I I I 1 1 1 ^ A I I I I I I I I I I I I I I I A--<b 1 1 1 1 (22) 1 1 1 (4) NPS2-02 DH I I I NPS3-04 DH I I I I I 1 1 1 I I I I I 1 1 1 I I I I I 1 1 1 I I I I I N 1 1 1 11 I I I 11 N DRAWN-BY: DATE: I I I I I 1 1 1 OP 4/20/2020 F I I I I I 1 1 1 DESIGNED-BY: DATE: FAA (N) (N) (N) (N) (N) OP 4/20/2020 SK-5860R U DRAWING (15) (6) (3) (3) (12) (11) (18) SBUS-03 SK6820-EVS AMPLIFIER NAC POWER AMPLIFIER NAC POWER ---� — H — 2 IS _ _ _____ _ ___ FACP EVS-100W SUPPLY EVS-50W SUPPLY rf - - NPS-1 AMP-1 SK-5496 AMP-2 SK-5496 S S NPS-2 NPS-3 Riser (E)FACELL SHEET rA---� Fire Alarm System Riser Diagram COMMUNICATOR SBUS-01,02 SBUS-05 SBUS-07 SBUS-06 SBUS-08 F0 . 4 SCALE: NTS F F FF 120VAC 120VAC 120VAC Fo . 5 slo FILE: FA1 PLANS_RECOVER.DWG — FA FO.5 BY: OP I PLOT: 7/29/2020 10:47 PM lQt � � t PRIME ELECTRICAL SERVICES CLASSROOM CLASSROOM PO BOX 872395 10 09 Vancouver,WA 98687 y t (360)335-3565 (360)869-9989 fax CCB#217825 75cd NP5,403 1wRE S,-03 IN THE EVENT CONFLICTS ADISCOVERED AMP7-03 BETWEEN THE ORIGINAL SIGNED AND CLASSROOM 4.7K Pt«+ A CLASSROOM SEALED DOCUMENTS PREPARED BY THE (N) t51C (N) CLASSROOM NPS1� 08 CLASSROOM ARCHTIECfSAND/OR THEIR CONSULTANTS, 11 NA j 1w _ M:02 - AND ANY COPY OF THE DOCUMENTS AMP1-M 1 1 006 OS TRANSMITTED BY MAII,FAY, N (RP) ELECTRONICALLY OR OTHERWISE,THE ORIGINAL SIGNED AND SEALED DOCUMENTS SHALL GOVERN. A NA ©Copyright Prime Electrical 2o2o This drawing contains information that is Aa 950 Property of Prime Electrical Services,LLC.This .,� NPSI-03 (RP) N30cd (RP) N3PS74%1 NA NcPS14)3 N dmwmg is received in confidence and its contents tw AMP1-03 A (RP) (RP) AMP14)3 HR Iof - AMP7-03 AMPl-03 A NPS7473 may not witimLAC.Tb consent g � Prime Electrical Services,LLC.This drawing AMPI-03 75W shall not be used for competitive bid purposes. NPS1-02 — — — — — — — HALL (N)SMOKE DETECTOR TO 1w N 950d BE PLACED WITHIN S (RP) AMPI-02 NPS1-02 NPS1-02 4.7K FROM A DOUBLE RS A 02 57 WITH MAG-HOLDERS -D AMP1-02 A AMPi-02 - -(RP) 15" PRIME JOB# WORK RM WORK RM A (") (°' PROJECT# NA 60_-- 59-- - I q NPS7d (E ... DATE: HALL µIPI HALL 175W NA NPSI-02 61 I s:o5 (N) NA 56 � -- REVISIONS HALL I E ) ( ( )E.. AMP,-02 A (RP) 95tl _.-.-. O NPS1-02 Rev.#1 7/2$/2020 58 s:o5 (N) F Iw 1 IN 15cd AMP1-02 _—__. 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(R ) NP52414 `, A y q A 1 M:45 R M:35 __ �' ARFA OF WOl�l\ O 30W NPS24Y,{ 1 HR TO (") F "A M� — DESIGNED-BY. DATE: CLASSROOM (RP) (°' NPS-0' AMP1-01, - - -- 1/2w15od f INSTALL MONITOR 16 AMP1-04 SPEECH COUNSEL NPS2-03 MODULES ABOVE OP 4/20/2020 F c _—.p-__-_ ______. . HRTO COUNSELING THE CEILING ACP i. 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(RP) OFFICE 1 AMPI-0t NPS2 I 2NA SMOKE DETECTOR TO (E) (Rp A 30rd WP A 7504 BE PLACED WITHIN S NP32-01 (RP) NPS2-01 FROM A DOUBLE DOOR 112v 112. p Copyright Prime Electrical 2020 (N) A AMP7-0t AMPl-01 This dewing contains mfotmation that is GIRLS WITH MAC–HOLDERS j WORK RM 72 (RP) A I NP 75W 112WS:O(RP) VESTIBULE Pd m gof Prime Electrical Se mditl.0 The ❑ ❑ ❑ ❑ la received in con5denceand ita0wtmb 69 A AMPt-07 100 maY not ed sclo�ed withartp orcoocent of 1504 2NA REMOVE OLD N Prime EIe cal Services,LLC.This dra mg NPS2-04 FACP PANEL AND �E) ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ shall not be used for wrapedtiwbid purposes. N 114W NA FA BOXES AMPI-04 (N) a v p o F F A �FACE43 INI N) 75n0 N N j� ( REST. 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N A AMPI-05 (RP) A [ O F M:04 O CLASSROOM CLASSROOM CLASSROOM 7Q)A CLASSROOM 1 NP32-03 gr1 w 20 NPS2-03 21 (N) —1 17 18 V AMP1-05 I BOYS 7� A REFER 110 NPS2-03 �4 a S V AAMP11w I NA ^' GIRLS ^j 117 I `V V ` (N) u (N) A' --_—� NPS3-0 7504 STORAGE q IP2 NP52-03 -0 150dr 1 NPS2-03 AMPI-W 125 118 ^ _HALL (N) NPS2-03 123 ^ 1 T`/! 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REST. 146 O 133 HR TO 300d 30� 138 F 150d CORR. 4 AMP2-02 (RP)"NPS3.02 CLASSROOM CLASSROOM (RP) FNPS3025 (N) NP82-03 123 F1.4 N,A 24 25 NA N F1.4 (RP) (RP) Q 1 A A '^ v1 _ NPS3-02 NA NA NPS3-02 NA STAIRS AMP2-02 AMP2-02 (RP) WG (RP) (RP) "' Q 1f�71• A CLASSROOM M. 75cd 1 NPS2-03 - �yy�.( CA 1w C� AMPI-05 23 NPS (N) 7583 A (N) NPS302 NP33-02 CLASSROOM 1ntPz-0z AWP2-02 1 26 — FIRE#31SER (�) NPS303 STORAGE yrs M:o1 HR TO N 2w 1 24 Mot AMP2-03 (�) AMP2-03 AMP2-03 A QO 00 E:'�' A NORTH SIDE BUILDING 1/8"=1 '-0" F1 . 3 SCALE: 1/8" =1 '-0" 0 5' 10' 15' F�1 r 4 11 J ` - DRAWN-BY: DATE: -- OP 4/20/2020 _ DESIGNED-BY: DATE: ARFA OF WORK OP 4/20/2020 ['_.. DRAWING 11 r _ I � Floor Plan It r SHEET _ I B Key Plan F1193 '\F1 . 3 SCALE: NTS FILE: FA1 PLANS_RECOVER.DWG — FA F1.3 BY: OF PLOT: 7/29/2020 10:49 PM PRIME ELECTRICAL SERVICES PO BOX 872395 Vancouver,WA 98687 (RP) ASU-2 (RP) O (360)869 9989 fax 2 S:43 S:28 ' ASU-10 CCB#217825 (RP) INTHE EVENT CONFLICTS ARE DISCOVERED O BETWEEN THE ORIGINAL SIGNED AND SEALED DOCUMENTS PREPARED BYTHE `520 (RP ARCHITECTS AND/OR THEIR CONSULTANTS, AND ANY COPY OF THE DO(AMENTS S:39 2 TRANSMITTED BY MAIL,FAX, ASU-7 (RP) (RP ELECTRONICALLY OR OTHERWISE,THE 2 2 ORIGINAL SIGNED AND SEALED DOCUMENTS S:33 SAO SHALL GOVERN. 2 (RR P) (RP) (RP) ASU-3 O S:44 2 S:24 ©Copyright Prime Electrical 2020 This dewing contains information that is property of Prime Electrical Services,LLC.This drawing is received in confidence and its contents may not be disclosed withom prior consent of 2 5:41 Prime Electrical Services,LLC.This drawing ASU-5 RP ASU-1 (RP) O shall not be used for competitive bad purposes. 2 S:29 S:27 (RP) 2 (RP) (RP) ASU-9 CRP) 2 S:37 PRIME JOB* OS:21 ASU-42 (RP) AIOEECf# (RP) (RP) O O HR TO REVISIONS S:22 S:29 FACT 5:35(RP ASU-8 2 (RP) (RP) (RP Rev.#I 9/28/2020 F,A S:45 2 O S:36 2 S:25 (N) M DILE NPS2 NA3 (RL) AMP1 (N) (RP) (")� O S:13 S:26 #6270S 1 Mech. Area Fire Alarm 2 Mech. Area Fire Alarm 3 Mech. Area Fire Alarm 4 Mech. Area Fire Alarm 5 Mech. Area Fire Alarm F 1 . 4 SCALE: NTS F 1 . 4 SCALE: NTS F 1 . 4 SCALE: NTS F 1 . 4 SCALE: NTS F 1 . 4 SCALE: NTS O w O W LL, U Q x' N IJ aCA tai ASU-62 (Ri S:31 P) (RP) ^ O 2 S:32 W � O � (RP) �-1 H �--1 S:30 F� Ll �1 r DRAWN-BY: DATE: —j AREA OF WORK OP 4/20/2020 6 Mech. Area Fire Alarm ; DESIGNED BY: DATE: 1 , 4 SCALE: NTS - ��- '- OP 4/zo/zozo "i L DRAWING 16 3 _ Floor Plan - 'J _ n —! Jr® _ SHEET {� !!I A Key Plan F1 F 1 , 4 SCALE: NTS * 4 FILE: FA1 PLANS_RECOVER.DWG — FA F1.4 BY: OP PLOT: 7/29/2020 10:50 PM