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HomeMy WebLinkAboutA15-0084_Brook Tree Sheet 3 cert_1448403720.pdf lel OF 1..... a System 1 (Bldgs A & B -hi...IP--Standby Battery Calculat►ons Based on Remote Station Type System (NEPA 72, 2013) Vail Fire&Emergency Services 11/24/15 24 Hours Standby Phase II 5 minute Alarm System 1 (Bldgs A & B) fl Sv3 /U71:0• +t�E�i ' Standby (ea) Standby (total) Alarm (ea) Alarm (total) >�Phase I Current (Amps) Current (Amps) Current (Amps) Current (Amps)1ea FACP (5820XL) 0.215 0.215 0.385 0.385 ��' `' `'26ea Addressable Smoke/Heat/CO Detector 0.0003 0.0078 0.0072 0.187 FACP �� 6ea Addressable Pull Station 0.0003 0.0018 0.0003 0.0018 Addressable Point Configurations ***, 26ea Addressable Sounder Base 0.0003 0.0078 0.14 3.64 w, �' Phase I Phase II Phase I Phase II __ __ `� Site Plan \ NTS Building A Building A Building B Building B II # Device Type Apt# Level # Device Type Apt# Level # Device Type Apt# Level # Device Type Apt# Level Phase II 1 Smoke/Heat/CO Detector Unit 1 1 41 Smoke/Heat/CO Detector Unit 1 Garden 15 Smoke/Heat/CO Detector Unit 1 1 83 Smoke/Heat/CO Detector Unit 1 Garden 75ea Addressable Smoke/Heat/CO Detector 0.0003 0.0225 0.0072 0.54 2 Smoke/Heat/CO Detector Unit 2 1 42 Smoke/Heat/CO Detector Unit 2 Garden 16 Smoke/Heat/CO Detector Unit 2 1 84 Smoke/Heat/CO Detector Unit 2 Garden 3 Smoke/Heat/CO Detector Unit 3 1 43 Smoke/Heat/CO Detector Unit 3 Garden 17 Smoke/Heat/CO Detector Unit 3 1 85 Smoke/Heat/CO Detector Unit 3 Garden 2ea Addressable Power Supply 0.04 0.08 0.16 0.32 4 Smoke/Heat/CO Detector Unit 4 1 44 Smoke/Heat/CO Detector Unit 4 Garden 18 Smoke/Heat/CO Detector Unit 4 1 86 Smoke/Heat/CO Detector Unit 4 Garden 5 Smoke/Heat/CO Detector Unit 5 1 45 Smoke/Heat/CO Detector Unit 5 Garden 19 Smoke/Heat/CO Detector Unit 5 1 87 Smoke/Heat/CO Detector Unit 5 Garden 6 Smoke/Heat/CO Detector Unit 6 1 46 Smoke/Heat/CO Detector Unit 6 Garden 20 Smoke/Heat/CO Detector Unit 6 2 88 Smoke/Heat/CO Detector Office 1 7 Smoke/Heat/CO Detector Unit 7 1 47 Smoke/Heat/CO Detector Unit 7 Garden 21 Smoke/Heat/CO Detector Unit 7 2 89 Smoke/Heat/CO Detector Unit 1 1 8 Smoke/Heat/CO Detector Unit 8 3 48 Smoke/Heat/CO Detector Unit 1 1 22 Smoke/Heat/CO Detector Unit 8 3 90 Smoke/Heat/CO Detector Unit 1 1 9 Smoke/Heat/CO Detector Unit 9 3 49 Smoke/Heat/CO Detector Unit 1 1 23 Smoke/Heat/CO Detector Unit 9 3 91 Smoke/Heat/CO Detector Unit 2 1 SYMBOLS 10 Smoke/Heat/CO Detector Unit 10 3 50 Smoke/Heat/CO Detector Unit 2 1 24 Smoke/Heat/CO Detector Unit 10 3 92 Smoke/Heat/CO Detector Unit 2 1 Totals 0.33 5.07 11 Smoke/Heat/CO Detector Unit 11 3 51 Smoke/Heat/CO Detector Unit 2 1 25 Smoke/Heat/CO Detector Unit 11 3 93 Smoke/Heat/CO Detector Unit 3 1 PHASE I 12 Smoke/Heat/CO Detector Unit 12 3 52 Smoke/Heat/CO Detector Unit 3 1 Z6 Smoke/Heat/CO Detector Unit 11 3 94 Smoke/Heat/CO Detector Unit 3 1 24 Hours 5 minutes 13 Smoke/Heat/CO Detector Unit 13 3 53 Smoke/Heat/CO Detector Unit 3 1 95 Smoke/Heat/CO Detector Unit 4 1 FACP FIRE ALARM CONTROL PANEL Standby Alarm Total 14 Smoke/Heat/CO Detector Unit 14 3 54 Smoke/Heat/CO Detector Unit 4 1 33 Manual Station NA Garden 96 Smoke/Heat/CO Detector Unit 4 1 Current (AH) Current (AH) Battery Capacity (AH) 55 Smoke/Heat/CO Detector Unit 4 1 34 Manual Station NA 1 97 Smoke/Heat/CO Detector Unit 5 1 fttt 07 SMOKE/HEAT/CO DETECTOR(ADDRESSABLE) 31 Manual Station NA Garden 56 Smoke/Heat/CO Detector Unit 5 1 35 Manual Station NA 2 98 Smoke/Heat/CO Detector Unit 5 1 ❑ PULL STATION(ADDRESSABLE) Battery 0.42 8.46 32 Manual Station NA 1 57 Smoke/Heat/CO Detector Unit 5 1 36 Manual Station NA 2 99 Smoke/Heat/CO Detector Unit 11 2 58 Smoke/Heat/CO Detector Unit 6 1 100 Smoke/Heat/CO Detector Unit 11 2 y Deratin g (20%) 9.6 59 Smoke/Heat/CO Detector Unit 6 1 101 Smoke/Heat/CO Detector Unit 6 2 60 Smoke/Heat/CO Detector Unit 7 1 102 Smoke/Heat/CO Detector Unit 7 2 61 Smoke/Heat/CO Detector Unit 7 1 103 Smoke/Heat/CO Detector Unit 8 2 PHASE II Battery provided: 12 AH 62 Smoke/Heat/CO Detector Unit 8 2 104 Smoke/Heat/CO Detector Unit 9 2 63 Smoke/Heat/CO Detector Unit 9 2 105 Smoke/Heat/CO Detector Unit 10 2 ®## 64 Smoke/Heat/CO Detector Unit 10 2 106 Smoke/Heat/CO Detector Unit 6 3 SMOKE/HEAT/CO DETECTOR(ADDRESSABLE) 65 Smoke/Heat/CO Detector Unit 11 2 107 Smoke/Heat/CO Detector Unit 6 3 66 Smoke/Heat/CO Detector Unit 12 2 108 Smoke/Heat/CO Detector Unit 7 3 67 Smoke/Heat/CO Detector Unit 13 2 109 Smoke/Heat/CO Detector Unit 7 3 Voltage Drop Calculations For worst case voltage drop, these calculations assume that the entire current load is at the end of the circuit. 68 Smoke/Heat/CO Detector Unit 14 2 110 Smoke/Heat/CO Detector Unit 8 3 69 Smoke/Heat/CO Detector Unit 8 3 111 Smoke/Heat/CO Detector Unit 8 3 Ohms Law method used for the following calculations 70 Smoke/Heat/CO Detector Unit 8 3 112 Smoke/Heat/CO Detector Unit 9 3 71 Smoke/Heat/CO Detector Unit 9 3 113 Smoke/Heat/CO Detector Unit 9 3 NAC Circuit Cable - 16 awg FPLP (Ohms/Ft = .00508) from NEC 2011, Chapter 9, Table 8 72 Smoke/Heat/CO Detector Unit 9 3 114 Smoke/Heat/CO Detector Unit 10 3 73 Smoke/Heat/CO Detector Unit 10 3 115 Smoke/Heat/CO Detector Unit 10 3 Kenneth L. Buffington 74 Smoke/Heat/CO Detector Unit 10 3 NICET Level IV 75 Smoke/Heat/CO Detector Unit 11 3 Fire Alarm Systems 76 Smoke/Heat/CO Detector Unit 11 3 Certification#113575 System 1 (P/S NAC1 - Building A) System 1 (P/S NAC1 - Building B) 77 Smoke/Heat/CO Detector Unit 12 3 Curtis F. Toon 78 Smoke/Heat/CO Detector Unit 12 3 NICET Level IV Total NAC# 1 Circuit distance=200' ((200'x 2)x 0.00508)=2.03 Ohms Total NAC# 1 Circuit distance= 150' ((150'x 2)x 0.00508)= 1.52 Ohms 79 Smoke/Heat/CO Detector Unit 13 3 Fire Alarm Systems Total Resistance =2.03 Ohms Total Resistance= 1.52 Ohms 80 Smoke/Heat/CO Detector Unit 13 3 Certification#107227 12 total Sounder Base Units @ 0.14 Amps= 1.68 Amps 7 total Sounder Base Units @ 0.14 Amps=0.98 Amps 81 Smoke/Heat/CO Detector Unit 14 3 Total Current= 1.68 Amps Total Current=0.98 Amps 82 Smoke/Heat/CO Detector Unit 14 3 (Resistance)2.03 Ohms X(Current) 1.68 Amps = 3.41 Volts (Resistance) 1.52 Ohms X(Current) 0.98 Amps = 1.49 Volts co 3.41 Volts Total Voltage Drop this Circuit 1.49 Volts Total Voltage Drop this Circuit Nominal Voltage=24 VDC Nominal Voltage=24 VDC One Line Riser Diagrams , _ 85%of Nominal Voltage=20.4 VDC 85%of Nominal Voltage=20.4 VDC SYSTEIVJ 1 „, (20.4) - (3.41) = 16.99 End of Line Voltage = 16.99 VDC (20.4) - (1.49) = 18.91 End of Line Voltage = 18.91 VDC Z Operating Voltage Range 16 - 33 VDC Operating Voltage Range 16 - 33 VDC N otb BUILDING A BUILDING B FACP 8 9 10 11 12 13 14 22 23 24 25 26 3 O O O O O O O O O ® O O Q p M System 1 (PIS NAC2 - Building A) System 1 (P/S NAC2 - Building B) 5820XL Unit 8 Unit 9 Unit 10 Unit 11 Unit 12 Unit 13 Unit 14 Unit 6 Unit 7 Unit 8 Unit 9 Unit 10 cr Total NAC# 1 Circuit distance=250' ((250'x 2)x 0.00508)=2.54 Ohms Total NAC# 1 Circuit distance=200' ((200'x 2)x 0.00508)=2.03 Ohms Flexputs Q Q Q Q Q Q Q Q Q Q Q Q Q © Q Q Q Q Q Q Q Q Q Q a Total Resistance =2.54 Ohms Total Resistance=2.03 Ohms _ 3rd Level 69 70 71 72 73 74 75 76 77 78 79 80 81 82 3rd Level 10. 107 108 109 110 111 112 11' 114 115 LL CZ 9 total Sounder Base Units @ 0.14 Amps = 1.26 Amps 9 total Sounder Base Units @ 0.14 Amps= 1.26 Amps I/O 1 Sounder Base Pwr (Bldg A) 99@ Q 100 Total Current= 1.26 Amps Total Current= 1.26 Amps I/O 2- Sounder Base Pwr (Bldg A) 62 63 64 65 66 67 68 NAC 3 20 21 101 102 103 104 105 35 36 Y (Resistance)2.54 Ohms X(Current) 1.26 Amps = 3.2 Volts (Resistance)2.03 Ohms X(Current) 1.26 Amps =2.56 Volts I/O 3 Sounder Base Pwr (Bldg B) Q Q Q Q Q Q 2 0 0 Q Q Q Q Q ❑ ❑ L oL.0 3.2 Volts Total Voltage Dropthis Circuit 2.56 Volts Total Voltage Dropthis Circuit I/O 4 Sounder Base Pwr (BldgB) Unit 11 L92 9' 9' Nominal Voltage=24 VDC Nominal Voltage=24 VDC NAC 4 I/O 5 2nd Level NAC3 NAC4 2nd Level CO Y 85%of Nominal Voltage=20.4 VDC 85%of Nominal Voltage=20.4 VDC • m 20.4 (3.2) = 17.2 End of Line Voltage = 17.2 VDC 20.4 (2.56) = 17.84 End of Line Voltage = 17.84 VDC I/O 6 32 1 2 3 4 5 6 7 15 16 17 18 19 34 Operating Voltage Range 16 - 33 VDC Operating Voltage Range 16 - 33 VDC El OO OO OO OO OO OO OO OO OO OO OO OO ❑ o Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Unit 6 Unit 7 Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Silent Knight Q Q Q Q Q Q Q Q Q Q Q Q Q Q Silent Knight Q 4 4 QQ QQ QQ Addressable 1st Level 48 49 50 51 52 53 54 55 56 57 58 59 60 61 Addressable 1st Level NAC 1 88 89 90 91 92 /93 94 95 96 97 98 W Power Supply Power Supply o o System 1 (P/S NAC3 - Building A) System 1 (P/S NAC3 - Building B) NAC 1 31 41 42 43 �44 45 46 t447 NAC 1 83 84 85 86 q:::7) 33 zcoTotal NAC# 1 Circuit distance=250' ((250'x 2)x 0.00508)=2.54 Ohms Total NAC# 1 Circuit distance =200' ((200'x 2)x 0.00508)=2.03 Ohms NAC 2 ❑ Q Q Q `?' QQ `' NAC 2 QQQ 0 Total Resistance=2.54 Ohms Total Resistance=2.03 Ohms NAC 3 NAC 1 NAC 2 NAC 3 NAC 2 A Z 12 total Sounder Base Units @ 0.14 Amps = 1.68 Amps 8 total Sounder Base Units @ 0.14 Amps = 1.12 Amps NAC 4 Garden Level NAC 4 Garden Level -n Total Current= 1.68 Amps Total Current= 1.12 Amps I- : a' 2 o 2 ,O= p S. (Resistance)2.54 Ohms X(Current) 1.68 Amps =4.26 Volts (Resistance)2.03 Ohms X(Current) 1.12 Amps =2.27 Volts - - c� - 3 _,-, ,7) § 63 4.26 Volts Total Voltage Drop this Circuit 2.27 Volts Total Voltage Drop this Circuit >- 51 ° 3 x a. ��,aoa Nominal Voltage=24 VDC Nominal Voltage=24 VDC ���7;.0‘.. ffice 0 0-w:.5- 85% 85%of Nominal Voltage=20.4 VDC 85%of Nominal Voltage=20.4 VDC •� ,p ��� Digitally signed by Paul o a am(20.4) - (4.26) = 16.13 End of Line Voltage = 16. 13 VDC (20.4) - (2.27) = 18.13 End of Line Voltage = 18. 13 VDC Standby Battery Calculations Based on Remote Station Type System (NEPA 72, 2013) r �,� •• tis.1'� ao o NaumannOperating Voltage Range 16 - 33 VDC Operating Voltage Range 16 - 33 VDC 24 Hours Standby % `' '��� • �' DN: cn=Paul Naumann, o, ou, • Z: rr5 minute Alarm ; 25072 j s • -a-13 ; •i, email=pdnaumann@aol.com, Power Supply (Building A) Power Supply (Building B) !''••� ��'A .�•= Date: 2015.11 .07 21 :10:26 -07'00' System 1 (P/S NAC4 - Building A) System 1 (P/S NAC4 - Building B) ••-- Total NAC# 1 Circuit distance=300' ((300'x 2)x 0.00508)=3.05 Ohms Total NAC# 1 Circuit distance =250' ((250'x 2)x 0.00508)=2.54 Ohms Standby (ea) Standby (total) Alarm (ea) Alarm (total) Standby (ea) Standby (total) Alarm (ea) Alarm (total) �. Total Resistance=3.05 Ohms Total Resistance=2.54 Ohms Phase II Current (Amps) Current (Amps) Current (Amps) Current (Amps) Phase II Current (Amps) Current (Amps) Current (Amps) Current (Amps) eN CLI 9 total Sounder Base Units @ 0.14 Amps= 1.26 Amps 9 total Sounder Base Units @ 0.14 Amps = 1.26 Amps lea Addressable Power Supply 0.04 0.04 0.16 0.16 lea Addressable Power Supply 0.04 0.04 0.16 0.16 t•-•41 Total Current=1.26 Amps Total Current= 1.26 Amps (Resistance) 3.05 Ohms X(Current) 1.26 Amps = 3.84 Volts (Resistance)2.54 Ohms X(Current) 1.26 Amps = 3.2 Volts 42ea Addressable Sounder Base 0.0003 0.013 0.14 5.88 33ea Addressable Sounder Base 0.0003 0.0099 0.14 4.62 3.84 Volts Total Voltage Drop this Circuit 3.2 Volts Total Voltage Drop this Circuit Totals 0.053 6.04 Totals 0.05 4.78 Nominal Voltage=24 VDC Nominal Voltage=24 VDC 24 Hours 5 minutes Total 24 Hours 5 minutes Total 85%of Nominal Voltage=20.4 VDC 85%of Nominal Voltage=20.4 VDC StandbyAlarm StandbyAlarm Rev. 10/29/15 20.4 (3.84) - 16.56 End of Line Voltage = 16.56 VDC 20.4 (3.2) - 17.2 End of Line Voltage = 17.2 VDC CurrenAH Current AH Battery Battery ( ) - ( • ) - 9' ( ) - ( - ) - 9' ( ) ( ) Capacity (AH) Current (AH) Current (AH) Capacity (AH) Operating Voltage Range 16 - 33 VDC Operating Voltage Range 16 - 33 VDC 1.28 0.5 1.78 1.2 0.4 1.6 SHEET NO Battery Derating (20%) 5.6 Battery Derating (20%) 5.6 Battery provided: 7 AH Battery provided: 7 AH J1 . 3