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13-531-001BATTERY CALCULATIONS BPS -10 #7 EXISTING 75CD �, Wes` N QTY STANDBY CURRENT STANDBY CURRENT ALARM CURRENT ACTIVATED CURRENT BOTH CURRENTS - - - - -- ------------ - - - --T _ --------- 7 76D 7 7WD 75CD 7F 75D EOL STR#15(11A) I 7 T PER UNiT SUB -TOTAL PER UNIT SUB -TOTAL TOTAL 7 -- 7 7- 7 5TR #14(1.3x) I EOL EDL HO #RN15 7 ED EOL 1 EOL Ill SPARE 1 AMPS AMPS AMPS AMPS AMPS EOL STR #13(1,3x) I T S3-4 D 75CD MHOW. CE 9 8 0 1 0 0 0 0,07 0 0 0 0 07 0 255 0.281 0. 316 0.105 2.295 2.248 0 0.105 2.295 2.248 0 0.175 0 11OCD S11C -1 S11C -2 S11C -3 5110 -4 S11C -5 11 1 EWL 7 7 75CD 75CD 75CD 75CD � 7 1 75CD 7 ED T T ' S11 -1 S11 -2 S11 -3 511-4 S11 -5 Sit -4A S11 -5A 9 -6 0.07 IIq9D 11 11 7 4• 111 T T S11A -1 S11A -2 S11A -3 S11A -4 S11A -5 S11A -6 S11A -7 SA -8 S11A -9 SiIA -10 S11A -11 llfSD ll IIR9D it IIR9D 11 11 75QD 1199D 11 E( 5118 -1 S11B -2 S11B -3 S11B -4 S11B -5 S11B -6 S11B -7 9B-8 S11B -9 SIIB -10 S11B -11 _ CT -1 Wr-1 B 11000 11 11 11 11 EOL ST #51.31A) ® FIRE ALARM CONTROL PANEL EST -2 (ANALOG CONTROLPANEL) T 0 REQUIRED OPERATING TIME OF SECONDARY EL -1 POWER SOURCE FROM NFPA 72 S5-i S5-6 S5-2 S5-3 S5-4 S5+ tA8SZ0 FLOW SWITCH BY OTHERS r ® CONTROL MODULE STANDBY 24 HOURS ALARM 5 MINUTES X 1/ 60 0.083 HOURS SIGA -CT2 Ii F �F-2HD-1 REQUIRED STANDBY TIME HOURS TOTAL SYSTEM STANDBY CURRENT AMPS REQ. STANDBY CAPACITY AMP -HOURS REQUIRED ALARM TiME HOURS TOTAL SYSTEM ALARM CIRCUIT AMPS REQUIRED ALARM CAPACITY AMP -HOURS 2ND FLOOR PARKING 24 0.07 1.68 0.083333333 4.648 0.3873 .STANDBY REQUIRED ALARM TOTAL REQ. OPTIONAL REQ. BATTERY CAPACITY CAPACITY CAPACITY FACTOR OF CAPACITY AMP -HOURS AMP -HOURS AMP -HOURS SAFETY AMP -HOURS W 1,68 0.3873 2.0673 1.2 2.4808 7.0 A/H Su Iled 1S,1 IIXD 11 EOL ST 112 (0.43M) PAFMIRE Ill TO SUPERVISE EOL HORN #5 (0.08A) POWER FOR %JNT TRIP OPERATION RELAY TO BE ACTIVATED BY HEAT DETECTOR AT Ilk-) ELEVATOR RECALL _ CR -4 ELEV. SHAFT 3 MACH. RM. MR SD-1 HD-1 MODULE TO INDICATE PRIM. ALT. FIRE CT -1 SHUNT TRIP SUPERVISION RECAU. RET U HAT -- - - - - - i�-o- i o;�EOL srtiIM(1,.0* DER 75CD �, Wes` mft 1 T F F SUITE -500 EOL ST13 EOL ST 14 5500 -i S500 -2 5500 -3 =O-4 PERMIT AREA ONLY I L EOL ST19 EOL Sf #10 - - EOL ST15 EOL HORN #2 - - - - -- ------------ - - - --T _ --------- 7 76D 7 7WD 75CD 7F 75D EOL STR#15(11A) I 7 T SUiTE -560 S15-1 S15-2 S15-3 S15-4 - S15-5- S15-6- S15-7 S156 L - - - - - --1 - - - - - - - - J - - - - - - - - - - - - - - -- EOL STR #410 7 -- 7 7- 7 5TR #14(1.3x) I EOL EDL HO #RN15 7 ED EOL 1 EOL Ill SPARE 1 -1 0--ID-60 S6-4A L-1 514-2 514-3 - S14-4- S14-5- S14 S6 I 7 EOL STR #13(1,3x) I T S3-4 T SUiTE -555 S13-1 S13-2 S13-3 S13-4 53-5 S3- 53-7 S3-8 B 9 L--------------------- BOX 1 7 7' 75CD 7 75CD EOL Si #110 (1.35A) 80' AFF TO BOTTOM 11 11OCD S11C -1 S11C -2 S11C -3 5110 -4 S11C -5 11 1 EWL 7 7 75CD 75CD 75CD 75CD � 7 1 75CD 7 ED T T ' ' S11 -1 S11 -2 S11 -3 511-4 S11 -5 Sit -4A S11 -5A 9 -6 S11 -7 S11-8 S11 -9 IIq9D 11 11 7 75CD 75CD 75CD EC 111 T T S11A -1 S11A -2 S11A -3 S11A -4 S11A -5 S11A -6 S11A -7 SA -8 S11A -9 SiIA -10 S11A -11 llfSD ll IIR9D it IIR9D 11 11 75QD 1199D 11 E( 5118 -1 S11B -2 S11B -3 S11B -4 S11B -5 S11B -6 S11B -7 9B-8 S11B -9 SIIB -10 S11B -11 _ CT -1 Wr-1 ST #11 (1.7A) ST111B (2.03A) ST#11A (2.16A) F, SUfiE -555 T SUiTE -560 CR -1 CR -2 i DD-1 DD-2 DD-3 SD SD SD SD D D D I I I Ac 5TH FLOOR - - - - ;-------------------- 1 r7 75CD 7 7500 75CD 4- STR #S410(1.86A) I F F F ST ST ST I S410 -1 5410 -2 5410 -3 S410 -4 5410 -5 S410 -6 5410 -7 - SUITE -410J I-------- - - ----- -- _-- _______ - 1 r 7V - 75CD - 7 75CD 75CD 75CD STR #16(1.9 I T T SUiTE -41 S16-1 S16-2 S16-3 S16-5 516-6 S16-4 L--- - - - - -- - - -- -- %lA S,1A 3S,1A 3SIA 15,1 110CD 110CD I lggD ii 11 11 XD 75CD ;TT EOL sT #s (1.75x) s9T1 S9 -2 S9 -3 S9-4 S9-5 S9 -s 59 -7 18 EOL HORN 14 (0.2A) uuu ®lu 1 mm ®m rnuuuwm ulluuuum uuu ®ml I+o►�+ 1 1 ® ® e 7 75W 7 75CD 75CD 75CD 75CD -Xi 7� 7 5M 75M 750 EOL ST #10 (1.56A) BPS 8� 1 BPSj 7� BPS16� BPS;�S� BPS #4 T T T ' 1111111U880 1 IlllllllODBt 1111110p801 Iltllll8888 IIIIIIIIIIIIIII i st0-1 510-2 S10-3 510-4 510-5 Sto-4A 510-5A 7-6 510-7 510-8 S10-9 S10-10 1 E I 3SAB,2A 1 110CD 110CD 1tOCD 11000 110CD 110CD 11000 tlCO 11000 11000 EDL ST1IOA (2.0A) - ft211NN ft 1 1 f 1 z,1NN txtm+ GRAN I L. Gt6n1 - S1DA -1 S1DA -2 SiOA -3 S10A -4 S1DA -5 S10A -8 S10A -7 OA-8 S10A -9 S1M- - - - - -J - -- PANa •�,. �� - - - - - 1 wr -z � Do-� DD-2 , so -s SID-7 SD-8 so-s SD-10 SD-11 WP 1WiFJ11�Rft3 2al1P,t2otr I D D I SD SD SO SO SO SO LDCATED AT BFCr. TIM F F F SD $0 SD E SD SD SCOPE OF WORK F -1 F -2 F -3 SD-1 SD-2 SD-3 SD-4 50-5 L - SUTrE -,40J 4TH FLOOR PARKING WIRE LEGEND: A = 2 #18 FPL (DATA)(UNSHIELDED)(BLUE) B = 2;14 FPL (HORN)(UNSHIELDED)(RED) S = 2#14 FPL (STROBE)(UNSHIELDED)(RED) P = 2$16 FPL (POWER)(UNSHIELDED)(RED) ALL CONDUITS 3/4' EMT MINIMUM-40% FILLED MAX. FOR RISER AND WHERE REQUIRED. IT BPS SCHEDULE BPS 11 DER o -M mft EOL ST #1 EOL ST#2 EOL ST13 EOL ST 14 EOL ST #6 EOL ST #7 EOL ST19 EOL Sf #10 EOL ST 12A EOL HORN #1 EOL ST15 EOL HORN #2 EOL Sf #8 EOL HORN 13 EOL ST#10A EOL HORN 14 BPSJ5 M* r- - - - --I 1 BPS#7:(EXISTiNG)1 ff$R EOL ST #12 EOL STR #118 EOL STR #410 NACf2 SPA EOL EDL HO #RN15 EOL STR #14 1 EOL Ill SPARE 1 NAC14 SPARE S6-4A Sil S6 S6-7 S6-8 S5 WP 11 11 D 11 D » 11 r 11 r rP .TEOL #8 (1.31A) 58-1 S8-6 S8-2 S8 -3 S8-4 SB-5 EOLRN 13 (0.440A) WP WP WT_1 SYMBOL DESCRIPTION CATALOG NUMBER ' _ ; " iiocD WP 11000 11 11000 11000 WR EOL ST #6 (2.OA) 1S,1 11 75CD 110CD 110CD 121n2'X6'� 0- DUCT DETECTOR T T 1S,1 110CD 75CD S6-1 S6-2 S6-3 S6-4 S6-4A Sil S6 S6-7 S6-8 S5 9 T S3-4 53-10 53-5 S3- 53-7 S3-8 B 9 ARC" BOX 1 11 80' AFF TO BOTTOM 11 11OCD B 11 1 EWL [Y, 1W1Wpp D IlA1CIlOH BOX 1 11 iiOCO it 11 11 11 111 EOL ST #7 (1.53A) S4-1 T S4-6 S4-1 S74 S7 -2 S7 -3 S7 -4 S7 5 B 11000 WP 11 11 D 11 D » 11 r 11 r rP .TEOL #8 (1.31A) 58-1 S8-6 S8-2 S8 -3 S8-4 SB-5 EOLRN 13 (0.440A) WP WP WT_1 -WOR 12'X12'X6'� 1 110CD 110CD 11000 75CD 7500 DL ST #1 (0.92A) A,1P S1 -1 S1 -2 S1 -3 S1 -4 S1 -5 TO FACP - 3S,i 3S,1 3S.1 1 75CD i i P 110CD 110CD 1100 75CD 7� I IOC 1� EOL ST 12 (1.5A) 100 IIIIIIIIIIIIIII OIIIIIIIDOH 111111111111111 I I I I I I I I I I I I I I I I I I I rig r"� EM FACP S2 -1 S2 -1A S2 -2 S2 -3 S2 S2 -5 S2 -6 S2 -7 CR -11 BPS #1 BPS #2 BPS #3 WP` IIIIIIIIIIIIIII IIIIIIIIIIIIIII IIIIIIIIIIIIIII 11 DCD 110CD 110CD 114 11000 I I OCD 201 202 - 203 EST -2 a iS,1 11000 WP WP WP DL ST #3 (1.42A) S2A EF -1 S2A -2 S2A -3 S2A-4 S� S2M6 S2A- l (0.32A) if1211HN CREIII I I 1 IL��JJ WP WP Cf -1 CT -2 Ci -3 Ci-4 CT -5 �-1 C t 120V BELL WITH SIGN 2 PHONE LINES FOR SD E SD SD F F F F F BACK FLOW REMOTE STATION 200 SD-1 SD-2 SIl F -1 -2 F -3 F-4 F -5 PREVETNTER NOTIFICATION MAIN RISER B B-1 1 f 1 HN P LOCK VALVE PANEL -4HF -. DEDICATE GREEN r A17AQ TD FACP BRMEF 2DA,1P,120V TO FACP R Cl (FACP,BPSf1,2,3) DR -1 GROUND FLOOR RUNG FIRE ALARM RISER: N.T.S FIRE ALARM PLAN - SUITE 500 SC: 1 /8' =1 '-0' RRE ALARM NOTES (FJ(IS w) 1. FIRE ALARM SYSTEM AND DEVICES TO BE UL LISTED, POWER LIMITED AND COMPATIBLE. 2. VISUAL ALARM PER A.N.S.I. A 117.1.4.26 AND F.B.C. 3. FIRE ALARM SYSTEM SHALL BE TOTALLY SUPERVISED. 4. UPON ACTIVATION OF ANY MANUAL OR AUTOMATIC DEVICE A RED LED SHALL ILUMINATE ZONE IN ALARM AT FACP, IN ADDITION A LOCAL AUDIBLE ALARM SHALL SOUND THE GENERAL EVACUATION SIGNAL IF AN INITIATION OR SIGNALING DEVICE IS DISCONNECTED OR WIRING TO THOSE DEVICES ARE CUT AN APPROPRIATE YELLOW TROUBLE LED SHALL ILLUMINATED AND AN AUDIBLE SIGNAL SHALL SOUND AT THE FACP. 5. THE SYSTEM SHALL HAVE BATTERY BACK -UP FOR 24 HOURS IN THE SUPERVISORY MODE AND 5 MINUTES MINIMUM IN ALARM. 6. THE INSTALLATION SHALL COMPLY WITH N.E.C. CHAPTER 760 AND N.F.P.A. 72. 7. ALL CEILINGS ARE LESS 10' UNLESS OTHERWISE NOTICE. 8. ALL COMPONENTS ARE LISTED FOR FIRE SERVICE USE 9. THE EST2 PANEL PROVIDE A CONTROL OF 96 DETECTORS AND 94 MODULES PER CIRCUIT CIRCUIT AND PER LOOPS.(SEE CUT- SHEET) 10. HEAT DETECTOR IN ELEVATOR SHAFT SHALL BE FIXED TEMPERATURE 1357. 24' MAXIMUM DISTANCE FROM SPRINKLER HEAD. PER FIRE DEPARTMENT HEAT SENSOR SHALL BE PART OF THE FIRE ALARM SYSTEM, CORRELATE TO A SMART RELAY TO ACTIVATE THE SHUNT TRIP FOR ELEVATORS UPON &MM ON THE HEAT DETECTOR. FIRE ALARM MUST PROVIDE SUPERVISION FOR POWER AT THE SHUNT TRIP SYSTEM. 11. PROVIDE RELAY FOR FIRE HAT ACTIVATION AT ELEVATOR CAR, UPON ALARM AT SMOKE DETECTORS AT THE MACHINE ROOM do ELEVATOR SHAFT. 12. FIRE ALARM SYSTEM IS A REMOTE MONITORING STATION WITH 2 LINES DIALER. 13. NOTIFICATION APPLIANCE CIRCUITS (NAC) SHALL BE CLASS 'B', STYLE 'Y WITH AN AVERAGE OUTPUT OF 2 AMPS. 14. SEQUENCE OF ELEVETOR CAPTURE: A. INITIATION OF SMOKE DETECTOR AT MACHINE ROOM SHALL CAPTURE THE ELEVATOR TO THE FIRST FL IN ADDITION FIRE HAT AND ELEVATOR WARNING LIGHT AT ELEVATOR CAR SHALL BE ACTIVATED. B. INITIATION OF SMOKE DETECTOR AT FIRST FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE SECOND FLOOR. C. INITIATION OF HEAT DETECTOR (OPEN AREA) AT SECOND AND THIRD FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE FIRST FLOOR. D. INITIATION OF SMOKE DETECTOR FROM FOUTH AND FIFTH FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE FIRST FLOOR. SEQUENCE OF OPERATION: (EXISTING) 1. SEQUENCE OF OPERATION SHALL AS FOLLOWS: A. OPERATION OF TAMPER SWITCH - SUPERVISORY INDICATION. B. OPERATION OF PULL STATION - ALARM INDICATION, ACTIVATION OF AUDIOVISUAL do VISUAL DEVICES. C. OPERATION OF SMOKE, HEAT, FLOW SWITCH - ALARM INDICATION, ACTIVATION OF AUDIOVISUAL AND VISUAL DEVICES, SHUTDOWN OF AIR HANDLING UNIT(S) IN THE AREA WHERE SIGNAL ORIGINATED. D. DUCT MOUNTED DETECTOR PROVIDE ALARM INDICATION AT THE PANEL ONLY. 2. JURISDICTION: FINAL DECISION ON SYSTEM OPERATION DURING ALARM CONDITION AND LOCATION OF CENTRALIZED PERMANENTLY SUPERVISED LOCATION SHALL BE ESTABLISHED BY OWNER, FIRE MARSHALL AND RULING AUTHORITIES. CONTRACTOR SHALL COORDINATE OPERATION AND LOCATION OF DEVICES ACCORDINGLY BEFORE COMMENCING WORK. 3. TESTING: UPON COMPLETION OF THE INSTALLATION CONTRACTOR SHALL CONDUCT A COMPLETE TEST OF THE SYSTEM AREA AFFECTING THE TENANT SPACE IN QUESTION IN THE PRESENCE OF THE TENANT, LANDLORD AND FIRE DEPARTMENTS REPRESENTATIVE(S). ANY CORRECTIONS TO THE SYSTEM REQUIRED FOR FINAL APPROVAL SHALL BE DONE. SCOPE OF WORK' 1. THIS PROJECT IS A SUITE 5DO THAT SHALL BE ADDED TO PLAZA 57 BLDG. MAIN PANEL EXISTING, EDWARDS EST2 AS SHOWN AT RISER DIAGRAM. 2. SUITE WALL BE PROVIDED WITH STROBES, AND HORNS. FIRE ALARM BOOSTER POWER SUPPLY 17 IS EXISTING AS SHOWN AT RISER DIAGRAM. 3. CALCULATION WILL SHOW EFFECT ON EXISTING SYSTEM ONLY. EXISTING FIRE ALARM DEVICE LEGEND SYMBOL DESCRIPTION CATALOG NUMBER ' _ ; " Mi)UNPNG HEIGI'.T L ®OR ®E SMOKE DETECTOR HORN #2 (0.440A) - ® HEAT DETECTOR SIGA -HRS Q 0- DUCT DETECTOR ,j*.EOL EOL ST #3 2.OA) 11 ® 1S,1 110CD 75CD 11000 i10CD 11DCD 110CD 11 11 tOCD 12'XI2 X6'� STROBE (75CD) T S3-i T S3-2 S3-3 T S3-4 53-10 53-5 S3- 53-7 S3-8 B 9 ARC" BOX 1 11 80' AFF TO BOTTOM 11 11OCD 11 11 1 EWL [Y, 1W1Wpp D HORN /STROBE(11 OCD)(WEATHERPROOF) 757- BA- TW /757A -WBW 11000 ® MULTi CANDELA HORN /STROBE CEILING P OL ST #4 (1.5311) 101 D WP PULL STATION (WEATHERPROOF) S4-1 T S4-6 S4-2 S4-3 S4-7 �BS4 -4 ® 1 11 11000 11 11 11 11 EOL ST #51.31A) ® FIRE ALARM CONTROL PANEL EST -2 (ANALOG CONTROLPANEL) T 0 ELEVATOR WARNING LIGHT EL -1 72' AFF TO CENTER ® WATERFLOW/TAMPER MODULE S5-i S5-6 S5-2 S5-3 S5-4 S5+ tA8SZ0 FLOW SWITCH BY OTHERS r ® CONTROL MODULE SIGA -CT1 � 1 1 WP WP WT -1 CONTROL MODULE SIGA -CT2 Ii F �F-2HD-1 2ND FLOOR PARKING -WOR 12'X12'X6'� 1 110CD 110CD 11000 75CD 7500 DL ST #1 (0.92A) A,1P S1 -1 S1 -2 S1 -3 S1 -4 S1 -5 TO FACP - 3S,i 3S,1 3S.1 1 75CD i i P 110CD 110CD 1100 75CD 7� I IOC 1� EOL ST 12 (1.5A) 100 IIIIIIIIIIIIIII OIIIIIIIDOH 111111111111111 I I I I I I I I I I I I I I I I I I I rig r"� EM FACP S2 -1 S2 -1A S2 -2 S2 -3 S2 S2 -5 S2 -6 S2 -7 CR -11 BPS #1 BPS #2 BPS #3 WP` IIIIIIIIIIIIIII IIIIIIIIIIIIIII IIIIIIIIIIIIIII 11 DCD 110CD 110CD 114 11000 I I OCD 201 202 - 203 EST -2 a iS,1 11000 WP WP WP DL ST #3 (1.42A) S2A EF -1 S2A -2 S2A -3 S2A-4 S� S2M6 S2A- l (0.32A) if1211HN CREIII I I 1 IL��JJ WP WP Cf -1 CT -2 Ci -3 Ci-4 CT -5 �-1 C t 120V BELL WITH SIGN 2 PHONE LINES FOR SD E SD SD F F F F F BACK FLOW REMOTE STATION 200 SD-1 SD-2 SIl F -1 -2 F -3 F-4 F -5 PREVETNTER NOTIFICATION MAIN RISER B B-1 1 f 1 HN P LOCK VALVE PANEL -4HF -. DEDICATE GREEN r A17AQ TD FACP BRMEF 2DA,1P,120V TO FACP R Cl (FACP,BPSf1,2,3) DR -1 GROUND FLOOR RUNG FIRE ALARM RISER: N.T.S FIRE ALARM PLAN - SUITE 500 SC: 1 /8' =1 '-0' RRE ALARM NOTES (FJ(IS w) 1. FIRE ALARM SYSTEM AND DEVICES TO BE UL LISTED, POWER LIMITED AND COMPATIBLE. 2. VISUAL ALARM PER A.N.S.I. A 117.1.4.26 AND F.B.C. 3. FIRE ALARM SYSTEM SHALL BE TOTALLY SUPERVISED. 4. UPON ACTIVATION OF ANY MANUAL OR AUTOMATIC DEVICE A RED LED SHALL ILUMINATE ZONE IN ALARM AT FACP, IN ADDITION A LOCAL AUDIBLE ALARM SHALL SOUND THE GENERAL EVACUATION SIGNAL IF AN INITIATION OR SIGNALING DEVICE IS DISCONNECTED OR WIRING TO THOSE DEVICES ARE CUT AN APPROPRIATE YELLOW TROUBLE LED SHALL ILLUMINATED AND AN AUDIBLE SIGNAL SHALL SOUND AT THE FACP. 5. THE SYSTEM SHALL HAVE BATTERY BACK -UP FOR 24 HOURS IN THE SUPERVISORY MODE AND 5 MINUTES MINIMUM IN ALARM. 6. THE INSTALLATION SHALL COMPLY WITH N.E.C. CHAPTER 760 AND N.F.P.A. 72. 7. ALL CEILINGS ARE LESS 10' UNLESS OTHERWISE NOTICE. 8. ALL COMPONENTS ARE LISTED FOR FIRE SERVICE USE 9. THE EST2 PANEL PROVIDE A CONTROL OF 96 DETECTORS AND 94 MODULES PER CIRCUIT CIRCUIT AND PER LOOPS.(SEE CUT- SHEET) 10. HEAT DETECTOR IN ELEVATOR SHAFT SHALL BE FIXED TEMPERATURE 1357. 24' MAXIMUM DISTANCE FROM SPRINKLER HEAD. PER FIRE DEPARTMENT HEAT SENSOR SHALL BE PART OF THE FIRE ALARM SYSTEM, CORRELATE TO A SMART RELAY TO ACTIVATE THE SHUNT TRIP FOR ELEVATORS UPON &MM ON THE HEAT DETECTOR. FIRE ALARM MUST PROVIDE SUPERVISION FOR POWER AT THE SHUNT TRIP SYSTEM. 11. PROVIDE RELAY FOR FIRE HAT ACTIVATION AT ELEVATOR CAR, UPON ALARM AT SMOKE DETECTORS AT THE MACHINE ROOM do ELEVATOR SHAFT. 12. FIRE ALARM SYSTEM IS A REMOTE MONITORING STATION WITH 2 LINES DIALER. 13. NOTIFICATION APPLIANCE CIRCUITS (NAC) SHALL BE CLASS 'B', STYLE 'Y WITH AN AVERAGE OUTPUT OF 2 AMPS. 14. SEQUENCE OF ELEVETOR CAPTURE: A. INITIATION OF SMOKE DETECTOR AT MACHINE ROOM SHALL CAPTURE THE ELEVATOR TO THE FIRST FL IN ADDITION FIRE HAT AND ELEVATOR WARNING LIGHT AT ELEVATOR CAR SHALL BE ACTIVATED. B. INITIATION OF SMOKE DETECTOR AT FIRST FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE SECOND FLOOR. C. INITIATION OF HEAT DETECTOR (OPEN AREA) AT SECOND AND THIRD FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE FIRST FLOOR. D. INITIATION OF SMOKE DETECTOR FROM FOUTH AND FIFTH FLOOR ELEVATOR LOBBY SHALL CAPTURE THE ELEVATOR TO THE FIRST FLOOR. SEQUENCE OF OPERATION: (EXISTING) 1. SEQUENCE OF OPERATION SHALL AS FOLLOWS: A. OPERATION OF TAMPER SWITCH - SUPERVISORY INDICATION. B. OPERATION OF PULL STATION - ALARM INDICATION, ACTIVATION OF AUDIOVISUAL do VISUAL DEVICES. C. OPERATION OF SMOKE, HEAT, FLOW SWITCH - ALARM INDICATION, ACTIVATION OF AUDIOVISUAL AND VISUAL DEVICES, SHUTDOWN OF AIR HANDLING UNIT(S) IN THE AREA WHERE SIGNAL ORIGINATED. D. DUCT MOUNTED DETECTOR PROVIDE ALARM INDICATION AT THE PANEL ONLY. 2. JURISDICTION: FINAL DECISION ON SYSTEM OPERATION DURING ALARM CONDITION AND LOCATION OF CENTRALIZED PERMANENTLY SUPERVISED LOCATION SHALL BE ESTABLISHED BY OWNER, FIRE MARSHALL AND RULING AUTHORITIES. CONTRACTOR SHALL COORDINATE OPERATION AND LOCATION OF DEVICES ACCORDINGLY BEFORE COMMENCING WORK. 3. TESTING: UPON COMPLETION OF THE INSTALLATION CONTRACTOR SHALL CONDUCT A COMPLETE TEST OF THE SYSTEM AREA AFFECTING THE TENANT SPACE IN QUESTION IN THE PRESENCE OF THE TENANT, LANDLORD AND FIRE DEPARTMENTS REPRESENTATIVE(S). ANY CORRECTIONS TO THE SYSTEM REQUIRED FOR FINAL APPROVAL SHALL BE DONE. SCOPE OF WORK' 1. THIS PROJECT IS A SUITE 5DO THAT SHALL BE ADDED TO PLAZA 57 BLDG. MAIN PANEL EXISTING, EDWARDS EST2 AS SHOWN AT RISER DIAGRAM. 2. SUITE WALL BE PROVIDED WITH STROBES, AND HORNS. FIRE ALARM BOOSTER POWER SUPPLY 17 IS EXISTING AS SHOWN AT RISER DIAGRAM. 3. CALCULATION WILL SHOW EFFECT ON EXISTING SYSTEM ONLY. EXISTING FIRE ALARM DEVICE LEGEND SYMBOL DESCRIPTION CATALOG NUMBER ' _ ; " Mi)UNPNG HEIGI'.T L ®OR ®E SMOKE DETECTOR SIGA -PS / SIGA -SB - ® HEAT DETECTOR SIGA -HRS Q 0- DUCT DETECTOR SIGA -SD ® CONTROL RELAY SIGA -CR G MR MULTi- VOLTAGE CONTROL RELAYS MR -101 J Q 75CD STROBE (75CD) GiF -VM 80' AFF TO BOTTOM ] 75CD HORN /STROBE (75CD) GiF -HDVM 80' AFF TO BOTTOM 110CD HORN /STROBE (IIOCD) 757 -BA -T 80' AFF TO BOTTOM ® 11000 STROBE (11 OCD)(WEATHERPROOF) CS405-8A-TW/LKW- 1 /449 80' AFF TO BOTTOM [Y, 1W1Wpp D HORN /STROBE(11 OCD)(WEATHERPROOF) 757- BA- TW /757A -WBW 80' AFF TO BOTTOM ® MULTi CANDELA HORN /STROBE CEILING GC -HDVM Ce J D WP PULL STATION (WEATHERPROOF) SG -32 48' AFF TO CENTER ❑ MANUALL PULL STATION SIGA -270 48' AFF TO CENTER ® FIRE ALARM JUNCTIONBOX SIZE AS NEEDED I ® BOOSTER POWER SUPPLY BPS -10 ® FIRE ALARM CONTROL PANEL EST -2 (ANALOG CONTROLPANEL) E 0 ELEVATOR WARNING LIGHT EL -1 72' AFF TO CENTER ® WATERFLOW/TAMPER MODULE SIGA -WTM rd ® TAMPER SWITCH BY OTHERS ® FLOW SWITCH BY OTHERS r ® CONTROL MODULE SIGA -CT1 � © SIGNAL MODULE SIGA -CCi ® CONTROL MODULE SIGA -CT2 Ii 1ST FLOOR KEY -PLAN FIRE ALARM SYSTEM TO 13E INSTALLED 114 ACCORD /kNCE VMb NFpA 72; M,, 101. , iml DAIAMI -DARE COUNTY FIRE DEPAIzTIIErIT BLDG, PERIAIT TIRE •' +LAihS__ 1�- FIRE SUPPRESSION WYATER ?RAIN EXT, DATE: /1 %// 3 E_� REP LOCATION EXISTING BPS #7 LOCATION AT ELECTRICAL ROOM 5TH FLOOR KEY -PLAN N.T.S System No. W -L -3065 F Ratings -1 and 2 Hr (See Item 1) T Rating - 0 Hr Z O o LU It O I� m Z � � m In Q LL Z O Q Q J G 2 J Q �- D 0 U QLn l� CIE I.., 0 L W O D 0 Ce w Ln U Z W V G to Vj � Ce J _• 0 Q C) � w Ce I- LL Z O a Ct,r I JUN K-H 1. Wall Assembly -The 1 or 2 fire -rated gypsum wallboard/stud wag assembly shall be constructed of the materials and in the manner specified in the individual U300, U400 or V400 Series Wall and Partition Designs 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) lumber spaced 16 in. (406 mm) OC. Steel studs to be min 2.1/2 in. (64 mm) wide and spaced max 24 in. (610 mm) OC. B. Gypsum Board' - Nom 518 in. (16 mm) thick gypsum board, with square or tapered edges. The gypsum board type, thickness, number of layers, fastener type and sheet orientation shall be as specified in the individual U300, U400 or V400 Series Design In the UL Fire Resistance Directory. Max diam of opening is 5.1/2 in. (138 mm) when sleeve (Item 2) is employed. Max diam of opening is 4 in. (102 mm) when sleeve (Item 2) is not employed. The F Rating of the firestop system is equal to the fire rating of the wall assembly. 2. Metallic Sleeve - (Optil - Nom 4 in. (102 mm) diam (or smaller) steel electrical metallic tubing (EMT) or Schedule 5 (or heavier) steel pipe or min 0.016 in. thick (0.41 mm, No. 28 ga) galy steel sleeve installed flush with wall surfaces. The annular space between steel sleeve and periphery of opening shall be min 0 in. (0 mm, point contact) to max 1 in. (25mm). When Schedule 5 steel pipe or EMT is used, sleeve may extend up to 18 in. (457 mm) beyond the wall surfaces. 3. Cables - Aggregate cross - sectional area of cable in opening to be max 45 percent of the loss- sectional area of the opening. The annular space between the cable bundle and the periphery of the opening to be min 0 in. (0 mm, point contact) to max 1 in. (25 mm) Cables to be rigidly supported on both sides of the wall assembly. Any combination of the following types and sizes of copper conductor cables may be used: A Max 7/C No. 12 AWG with polyvinyl chloride (PVC) insulation and jacket B. Max 25 pair No. 24 AWG telephone cable with PVC insulation and jacket. C. Type Ill coaxial cable with polyethylene (PE) insulation and PVC jacket having a max outside diameter of '% in. (13 mm). D. Multiple fiber optical communication cable jacketed with PVC and having a max OD of 518 in: (16 mm). E. Through Penetrating Products'- Max three copper conductor No. 8 AWG. Metal -Clad Cebit +. 11 AFC CABLE SYSTEMS INC F. Max 31C (with groundXor smaller) No. 8 AWG copper conductor cable with PVC insulation and jacketing. G. Max 314 in. (19 mm) diam copper ground cable with or without a PVC jacket. H. Fire Resistive Cables• - Max 1 -1/4 in. (32 mm) diam single conductor or multi conductor Type MI cable. A min 118 in. (3 mm) separation shall be maintained between MI cables and any other types of cable. Through Penetrating Product' - My cables, Ill Cal or Armored Cable+ currently Classified under the Through Penetrating Products category. See Through Penetrating Product (XHLY) category in the Fire Resistance Directory for names of manufacturers. 4. Fib, Void or Cavity Material'- Sealant or Putty- Fill material applied within the annulus, flush with each end of the steel sleeve orwa4 surface. Fill material installed symmetrically on both sides of the wall. A min 518 in. (16 mm) thickness of sealant is required for the 1 or 2 hr F Rating . M additional 112 in. (13 mm) diam bead of fill material shah be applied around the perimeter of sleeve on both sides of the wall when sleeve extends beyond surface of wall. HILTi CONSTRUCTION CHEMICALS, DN OF HILTI INC - CP601S, CP606, FS-One Sealants or CP618 Putty 'Bearing the UL Classification Mark +Bearing the UL Listing Mark ss IF, Reproduced by Hill Inc. Courtesy of �,i' � Underwriters Laboratories, Inc H11tI Firestop Systems May 31, 2007 C US page: l of 1 R o � U 3 U) W l� . _O 0 W Q CU a Ct,r I JUN K-H 1. Wall Assembly -The 1 or 2 fire -rated gypsum wallboard/stud wag assembly shall be constructed of the materials and in the manner specified in the individual U300, U400 or V400 Series Wall and Partition Designs 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) lumber spaced 16 in. (406 mm) OC. Steel studs to be min 2.1/2 in. (64 mm) wide and spaced max 24 in. (610 mm) OC. B. Gypsum Board' - Nom 518 in. (16 mm) thick gypsum board, with square or tapered edges. The gypsum board type, thickness, number of layers, fastener type and sheet orientation shall be as specified in the individual U300, U400 or V400 Series Design In the UL Fire Resistance Directory. Max diam of opening is 5.1/2 in. (138 mm) when sleeve (Item 2) is employed. Max diam of opening is 4 in. (102 mm) when sleeve (Item 2) is not employed. The F Rating of the firestop system is equal to the fire rating of the wall assembly. 2. Metallic Sleeve - (Optil - Nom 4 in. (102 mm) diam (or smaller) steel electrical metallic tubing (EMT) or Schedule 5 (or heavier) steel pipe or min 0.016 in. thick (0.41 mm, No. 28 ga) galy steel sleeve installed flush with wall surfaces. The annular space between steel sleeve and periphery of opening shall be min 0 in. (0 mm, point contact) to max 1 in. (25mm). When Schedule 5 steel pipe or EMT is used, sleeve may extend up to 18 in. (457 mm) beyond the wall surfaces. 3. Cables - Aggregate cross - sectional area of cable in opening to be max 45 percent of the loss- sectional area of the opening. The annular space between the cable bundle and the periphery of the opening to be min 0 in. (0 mm, point contact) to max 1 in. (25 mm) Cables to be rigidly supported on both sides of the wall assembly. Any combination of the following types and sizes of copper conductor cables may be used: A Max 7/C No. 12 AWG with polyvinyl chloride (PVC) insulation and jacket B. Max 25 pair No. 24 AWG telephone cable with PVC insulation and jacket. C. Type Ill coaxial cable with polyethylene (PE) insulation and PVC jacket having a max outside diameter of '% in. (13 mm). D. Multiple fiber optical communication cable jacketed with PVC and having a max OD of 518 in: (16 mm). E. Through Penetrating Products'- Max three copper conductor No. 8 AWG. Metal -Clad Cebit +. 11 AFC CABLE SYSTEMS INC F. Max 31C (with groundXor smaller) No. 8 AWG copper conductor cable with PVC insulation and jacketing. G. Max 314 in. (19 mm) diam copper ground cable with or without a PVC jacket. H. Fire Resistive Cables• - Max 1 -1/4 in. (32 mm) diam single conductor or multi conductor Type MI cable. A min 118 in. (3 mm) separation shall be maintained between MI cables and any other types of cable. Through Penetrating Product' - My cables, Ill Cal or Armored Cable+ currently Classified under the Through Penetrating Products category. See Through Penetrating Product (XHLY) category in the Fire Resistance Directory for names of manufacturers. 4. Fib, Void or Cavity Material'- Sealant or Putty- Fill material applied within the annulus, flush with each end of the steel sleeve orwa4 surface. Fill material installed symmetrically on both sides of the wall. A min 518 in. (16 mm) thickness of sealant is required for the 1 or 2 hr F Rating . M additional 112 in. (13 mm) diam bead of fill material shah be applied around the perimeter of sleeve on both sides of the wall when sleeve extends beyond surface of wall. HILTi CONSTRUCTION CHEMICALS, DN OF HILTI INC - CP601S, CP606, FS-One Sealants or CP618 Putty 'Bearing the UL Classification Mark +Bearing the UL Listing Mark ss IF, Reproduced by Hill Inc. Courtesy of �,i' � Underwriters Laboratories, Inc H11tI Firestop Systems May 31, 2007 C US page: l of 1 R E. BORJA P.E.# 36040 ELECTRICAL CAD DATE: 5/8/13 SCALE: INDICATED EB# 000 7048 SHEET: FA-1 OF V _O 0 CU V N to M L� C C) d' L Ln o I- M ^ I N f E N Co 4-1 0000 rd Lit o 0 In r r N � � X I- Ii o W E. BORJA P.E.# 36040 ELECTRICAL CAD DATE: 5/8/13 SCALE: INDICATED EB# 000 7048 SHEET: FA-1 OF