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10-101R-004RISER DIAGRAMI '-h 17t1 -XOR D r OE OE (DE GE & (a (DE a OE (DE SE (a �SA 5-D16 5-D15 5-1314 5-D13 5-D12 5-011 5-DIO 5-0• 5-18 5-1 7 5-06 5-05 5-D4 5-D3 5-D2 5-D1 04 4 1_0 Id, �v q0 '4 119 01� 1,10 ME HE R%' E LA N4 E EE EE F*JE 4-M8 4-M7 4-M6 4-M5 4-M4 4-M3 4-M2 4-M1 @E (DE OE OE @E OE (DE & & (a QE (A G)E & & OE & C62 4-D18 4-D17 4-D16 4-D15 4-D14 4-D13 4-D12 4-D11 4-D1O 4-D9 4-•8 4-D7 4-06 4-D5 4-D4 4-D3 4-02 4-D1 PHA5E- l -3RD FLOOR- IFLOWAND 1A�� OE SE (DE OE EJE M REDE EE EE [-;]E & OE (DE 3-D22 3-D21 3-D20 3-D19 3-DIS 3-M7 3-M6 3-M5 3-M4 3-M3 3-M2 3-M1 3-D17 3-D16 3-D15 ri, ,I,]Wjn$I;MIMI,YAWI=pL.l $ $I�I r FLOW MODULE FOR 'FLOW AND TAMPER SWITCHI EE Q 1)"IE HD HD DD EKE 5-40 NE 5-41 Z< E 5-42 (2) E 5-43 Z<E 5-47 ZE 5-48 ME 5-44 NIE 5-45 Z<E BPS#5 NAC -4 5-46 EOL 4.7K 0 1.128 AMP W/ 3.0 AMP MAX. EMIE DE EIE EIE ED E EMIE I %11E alE' [�]E F* 2-1916 5-MID 5-M9 5-M8 5-M7 5-M6 5-M5 5-M4 5-M3 5-M2 5-M1 2-M4 75CD 1575CD 1575CD 75CD 1575CD 1575CD 75CD 1575CD 110CD V DROP 0 18.33 - LENGHT CIRCUIT 302' I Z<E .176A .077A .090A 158A .090A .077A 158A .090A .212A D r OE OE (DE GE & (a (DE a OE (DE SE (a �SA 5-D16 5-D15 5-1314 5-D13 5-D12 5-011 5-DIO 5-0• 5-18 5-1 7 5-06 5-05 5-D4 5-D3 5-D2 5-D1 04 4 1_0 Id, �v q0 '4 119 01� 1,10 ME HE R%' E LA N4 E EE EE F*JE 4-M8 4-M7 4-M6 4-M5 4-M4 4-M3 4-M2 4-M1 @E (DE OE OE @E OE (DE & & (a QE (A G)E & & OE & C62 4-D18 4-D17 4-D16 4-D15 4-D14 4-D13 4-D12 4-D11 4-D1O 4-D9 4-•8 4-D7 4-06 4-D5 4-D4 4-D3 4-02 4-D1 PHA5E- l -3RD FLOOR- IFLOWAND 1A�� OE SE (DE OE EJE M REDE EE EE [-;]E & OE (DE 3-D22 3-D21 3-D20 3-D19 3-DIS 3-M7 3-M6 3-M5 3-M4 3-M3 3-M2 3-M1 3-D17 3-D16 3-D15 ri, ,I,]Wjn$I;MIMI,YAWI=pL.l $ $I�I r VET ' 1' '01 1' 15T Fb_-',Oz: 'i' AQ cr CY, c+0 I+ All 4� qS 4P 0 + 3P Al A' Ali, "Pe- j 'x AV A! 11R_ o0 00 0& AV lzi 1,z)& (�o& q_ -�?" Q- q- q- 4,* 'Ci "(d?L 1011 e Qq- 11311- FEE EDE EDE 7A E El E 7P E ED E EIE EDE OE DE LEDE ME f DE IEE EIE EE FfAJE FR E EJE EDE I-M41 I-M40 1-M39 1-M38 1-M37 I-M36 1-M35 1- M341- M331 -M32 I-M31 1-M30 I-M29 1-M28 1-M27 1-M26 1-M25 1-M24 1-M23 1-M221-M21 I FIRE PUMP SUPERVISION GENERATOR SUPERVISION IRELAY MODULE FOR ELEVATOR RECALL I I -DE I'D E ED ED END E F EIE EME EIE LE--E' EIE EJE ME I K IE EFIE MR E EIE 1-M20 1-M19 I-M18 1-M17 1-M16 1-M15 1-M14 1-M13 1-M12 1-M11 1-M1O 1-M9 I-M8 1-M7 CAE 'Me E IFLOW AND TAMff �VATCH� EE Q 1)"IE HD HD DD FD tiD E 1-M6 1-M5 EIE LIE I-Ml 1-D46 IPt E M EDIE R EE 2-M7 2-1916 2-M5 2-M4 2-M3 2-M2 2-MI VET ' 1' '01 1' 15T Fb_-',Oz: 'i' AQ cr CY, c+0 I+ All 4� qS 4P 0 + 3P Al A' Ali, "Pe- j 'x AV A! 11R_ o0 00 0& AV lzi 1,z)& (�o& q_ -�?" Q- q- q- 4,* 'Ci "(d?L 1011 e Qq- 11311- FEE EDE EDE 7A E El E 7P E ED E EIE EDE OE DE LEDE ME f DE IEE EIE EE FfAJE FR E EJE EDE I-M41 I-M40 1-M39 1-M38 1-M37 I-M36 1-M35 1- M341- M331 -M32 I-M31 1-M30 I-M29 1-M28 1-M27 1-M26 1-M25 1-M24 1-M23 1-M221-M21 I FIRE PUMP SUPERVISION GENERATOR SUPERVISION IRELAY MODULE FOR ELEVATOR RECALL I I -DE I'D E ED ED END E F EIE EME EIE LE--E' EIE EJE ME I K IE EFIE MR E EIE 1-M20 1-M19 I-M18 1-M17 1-M16 1-M15 1-M14 1-M13 1-M12 1-M11 1-M1O 1-M9 I-M8 1-M7 CAE 'Me E EE EE EE EE Q 1)"IE HD HD DD FD tiD E 1-M6 1-M5 1-M4 1-M3 1-M2 I-Ml 1-D46 1-D45 1-044 1-D43 1-D42 1-D41 1-D40 1-D39 1-D38 1-D37 OE a 1D a a (a " ' & (DE OE (DE (BE (DE (DE G)E & (DE I-D36 1- D35.1 -D34 I-D33 1 '1332 1 -D31 1 -D30 1- D29- 1- D28.1 -D27 I-D26 I-D25 1-D24 1-D23 1-D21 I-D20 OE 1-D19 1-DI8 1- D171 -D16 I-DIS I-DI4 I-DI3 I-D121-D111-D1OI-D9 1-D8 I-D7 I-D6 1-D5 1-D4 1-D3 1-D1 A--N WE 5-30 75CD N<E 5-31 1575CD F_ZQE 5-32 1575CD ZIE 5-33 1575CD RIE 5-34 75CD Z<E 5-35 1575CD Z<E 5-36 1575CO k'.f)E 5-37 1575CD V& E 5-38 1575CO BPS NAG,% EOL 4JK 0 .938 AMP W1 3.0 AMP MAX. V DROP 0 17.71 - LENGHT CIRCUIT 293' .158A .090A .090A .090A .176A .090A .090A .077A .077A .158A 118190M EXISTING DEVICES NOT PARTI OF SCOPE OF WORK WE LIN E °=I NE WE U!`NE WE WE L,*J'-J E BPS#5 NAC -2 5-20 5-21 5-22 5-23 5-24 5-25 5-26 5-27 EOL 4.7K 0 .918 AMP W1 3.0 AMP MAX. 1575CO 1575CD 1575CD IIOCD 1575CD 110CD 1575CO 1575CO V DROP 0 17,87 - LENGHT CIRCUIT 282' .077A .090A .090A .202A .090A .202A .077A .090A M<E 5-10 1575CD W E 5-17 1575CD N< E 5-11 1575CD WE 5-12 75CD Z' <q E 5-13 15750D WE 5-14 1575CD WE 5-15 75CD WE 5-18 1575CD '°` E 5-16 1575CD BNPAS#S1 EOL . 7K 0 .907 AMP W/ 10 AMP MAX. V DROP 0 18.6436 - LENGHT CIRCUIT 198' ,090A .077A .090A .158A .090A .077A .158A .077A G9OA .158A ZN E WE L,2;N E WE WE WE WE 'N"AS'! 3 4-30 4-31 4-32 4-35 4-36 4-33 4-34 EOL 4.7K 0 .075 AMP W1 3.0 AMP MAX, 75CD 1575CD 1575CD 75CD 75CD 75CD 750D V DROP 0 10,2080 - LENGHT CIRCUIT 125' A 76A .077A 090A .158A .158A 158A .158A EXISTING DEVICES NOT PARTI OF SCOPE Or WORK F'HA5E- I -3RD FLOOP EKE 4-20 110CD N<E 4-21 1575CD X�>t 4-22 75CD -E 4-23 75CD "-Q 'rE_ 4-28 1575CO OE 4-24 75CD W-YE 4-25 1575CD N<E 4-26 1575CD WN 4-30 75CD WFR 4-27 1575CD NA #4 2 81 EOL 4.7K 0 1,255 AMP W1 3.0 AMP MAX, V DROP 0 17.2947 - LENGHT CIRCUIT 25V ,212A .090A A 58A .158A .077A .158A .077A .090A .158A .077A 090A .090A .077A .158A 07717 A .077 A .090A V DROP 0 18.6730 - LENGHT CIRCUIT 221' Z<E N<E &E Z<E 4-15 1575CD BPSj4 NAC -1 EOL 4.71( 0 997 ANP W/ 3.0 AMP MAX, V DROP 0 18.3036 - LENGHT CIRCUIT 215' 4-10 75CD 0 E 4-16 1575CO W E 4-17 1575CO EKE 4-11 1575CO NE 4-18 1575CD Z'IE 01E 4-12 4-13 1575CD 1575CD k,:5t 4-14 75CD YVE 4-19 1575CD .158A 077A .090A .090A .077A .090A .090A .158A .077A .090A 3-25 211 F'O__o ' _W'AE W-AE W-AE WAE WE %V E VIE 'VE WR E IN -3 9E SP?3 3-30 3-32 3-33 3-34 3-35 3-38 3-36 3-39 3-40 3-37 EOL 4.7K 0 .997 AMP V/ 3.0 AMP MAX 75CD 1575CD 1575CO 1575CD 1575CD 1575CD 75CD 1575CD 1575CD 1575CD V DROP 0 17,894 LENGHT CIRCUIT 257' .158A .090A .090A 090A .090A .077A .158A 07717 A .077 A .090A V DROP 0 18.6730 - LENGHT CIRCUIT 221' Z<E N<E &E 1575CD WE 75CD E1 N<E 5T9 BPSf3 HORN ST. .090A .212A .077A 077A .077A .176A .090A NAC -2 ig 1,896 3-20 3-21 3-22 3-23 3-24 3-25 3-26 EOL 4.7K 0 948 AMP W1 3.0 AMP MAX 110CD 75CD 1575CD 75CD 75CD 1575CO 1575CD V DROP 0 17.88 - LENGHT CIRCUIT 272' .212A .176A .077A .158A .158A .077A .090A 1575CO 75CD STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 .090A .158A 090A 090A ,158A .1 58A 090A .158A EXISTING DEVICES NOT PARTI 16 P. INFORMATION PROVIDED BY BY CUSTOMER) L- 221 1. I OF SCOPE OF WORK VD- 1.7269 VOLTAGE AT LAST DEVICE 18.673057 V) 15,7 FLOOR .- Z'�E 3-10 75CD V�>t 3-11 IIOCD NIE 3-12 1575CO ZE 3-13 1575CO E 3-14 75CD 3-15 75CD 129 03 -1 NAG # -1 EOL 4.7K 0 .879 AMP W1 3.0 AMP MAX. V DROP 0 19.3254 - LENGHT CIRCUIT 125' .176A .202A .090A .077A .176A .158A .090A PHASE -2- 15T FLOOF?_ k6N IN (NN BPS#1ON & WE NAC -1 10-1 10-2 EOL 4.7K 0 .18 AMP W/ 3.0 AMP MAX. 1575CO 1575CD V DROP 0 20.2204 - LENGHT CIRCUIT 102' .090A .090A STANDBY AMP/HRS ALARM TIME �E �E STANDBY QTY. CURRENT .065 1 & WE I" 011E ALARM: 5 MIN. X 1/60 - .0833 HOURS BPS #2 NAC -4 TOTAL REWIRED REQUIRED TOTAL REQUIRED E STANDBY STANDBY AMP/HRS ALARM TIME ALARM NAM CAP. 24 X EOL 4-7K 0 .799 AMP W/ 2.5 AMP MAX, 2-40 2-41 2-42 2-43 2-44 2-45 2-46 ALARM V DROP 0 18.6730 - LENGHT CIRCUIT 221' 1575CD 110M 1575CD 1575CD 1575CO 75CD 1575CD 2 .352 HORN ST. .090A .212A .077A 077A .077A .176A .090A 158 ig 1,896 Z<E kl�)E Z<E Z<E '6k -k 01 E (0 NAC 2-31 2-32 2-33 2-34 2-35 2-36 2-37 15 2-38 -3 EOL 4.7K 0 .092 AMP W1 2.5 AMP MAX, V DROP 0 18,5955 - LENGHT CIRCUIT 116' 1575CD 75CD 1575CO 1575CD 75CD 75CD 1575CO 75CD STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 .090A .158A 090A 090A ,158A .1 58A 090A .158A %CYER 'C>ER 2-20 2-47 75CD 1575CD .158A .077A 2•10 2-11 75CD 75CD .158A .158A SLC NO. 1 159 SENSOR/ 159 MODULE MAX. 3B 4B 1 1 6E 39 LCD -80 REMOTE LCD ANNUNCIATOR ANN 2B A 4B EXISTING NonnER NFS-320 FIRE ALARM PANEL 06.OAMP MA FkC.P. NEW /---W/ C 1 E t_gg 11 O�&C LIDACT 5E fil 4E 3E` 1ON' 2E 7 EEL _T TWO TELEPHONE LINES EXISTING BOOSTER POWER SUPPLY NOTIFIER FCPS-2458 WITH 8 AMP MAX. L'Z'J'4ER 'C>`E Y�YE 2-21 2-22 2-23 1575CD 1575CD 1575CO .090A .077A .077A A N<E �&E WE 2-12 2-13 2-14 1575CD 1575CD 1575CD .090A .077A .077A 1Cz-kJNE Y-YE X->E v->T 2-24 2-25 2-26 2-27 1575CD 75CD 75CD 1575CD .090A .158A 158A .077A A A 2-15 2-16 2-17 2-18 75CD 1575CD 1575CD 15750 A76A .090A .090A .077A IBCOSTER POWER SUPPLY NOTIFIER FCPS-2456 4 NAC'S 0 3 AMP EACH/ 6 AMP MAX. X-YE `r-YE vw,J -4 E BPS#2 2-28 2-29 2- NAC ;2 30 EOL .7K 0 1.38AMP W/ 2-5 AMP MAX 75CD 75CD 1575CD V DROP 017.47E LENGHT CIRCUIT 219' .158A .158A .090A BPS O #2 E NAC -1 2-19 EOL 43K 0 1.151 AMP W/ 2.5 AMP MAX. 75CD V DROP 0 18,430! - LENGHT CIRCUIT 175' ,158A EM BPS CALCULATIONS BPS#2E STANDBY QTY. CURRENT .065 1 TOTAL ALARM CURRENT '065 .145 QTY. TOTAL 1 .145 STANDBY.24HRS ALARM: 5 MIN. X 1/60 is 0833 HOURS ALARM: 5 MIN. X 1/60 - .0833 HOURS REQUIRED TOTAL REWIRED REQUIRED TOTAL REQUIRED STANDBY STANDBY STANDBY AMP/HRS ALARM TIME ALARM NAM CAP. 24 X .065 1.56 0833 X 3.372 = .2809 REQUIRED REQUIRED TOTAL OPTIONAL REQUIRED .325 = .027 STANDBY ALARM REQUIRED SAFETY BATTERY 10 0.00121 21 2 1 1 .22 HO SK 'F H - 176 2 .352 HORN ST. -I SZ75 L- .1090 12 1.08 =E n. . 1,9044 %D= 158 ig 1,896 OWE 1505 [BATTERY S . IZE: 7.0 AMP HRS 17.47 1077 10 .77 14.36% WHERE - VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP TOTAL STANDBY = .065 TOTAL ALARM d 4.455 STANDBY.24HRS ALARM: 5 MIN. X 1/60 w .0833 HOURS FOOT ( VALUES OF RESISTANCE FOR COPPER WIRE REQUIRED STANDBY 24 TOTAL STANDBY x .065 REQUIRED STANDBY AMP/HRS 1.56 REWIRED ALARM TIME .0633 X TOTAL REQUIRED ALARM ALARM CAF), 4.455 - .3711 REQUIRED STANDBY AMP/HRS. 1.56 REQUIRED ALARM CAP. + X11 TOTAL REQUIRED CAP. = 119311 X OPTIONAL REQUIRED SAFETY BATTERY FACTOR CAP. 1.2 of 2.317 BATTERY 7.0 AMP HRS BATTERY CALCULATION BPS#4E STANDBY TOTAL ALARM QTY. TOTAL CURRENT CURRENT IRPs .065 1 065 .145 1 .145 BATTERY CALCULATION BPS#10N STANDBY QTY. -_ Tom ALARM QTY. TOTAL CURRENT CURRENT laps .065 1 .0155 .145 1 .1451 CALCULATIONS BPS#2E TOTAL STANDBY = .065 TOTAL ALARM in 3.372 STANDBY.24HRS STANDBY.24HRS ALARM: 5 MIN. X 1/60 is 0833 HOURS ALARM: 5 MIN. X 1/60 - .0833 HOURS REQUIRED TOTAL REWIRED REQUIRED TOTAL REQUIRED STANDBY STANDBY STANDBY AMP/HRS ALARM TIME ALARM NAM CAP. 24 X .065 1.56 0833 X 3.372 = .2809 REQUIRED REQUIRED TOTAL OPTIONAL REQUIRED .325 = .027 STANDBY ALARM REQUIRED SAFETY BATTERY 10 0.00121 AMP/HRS. CAP. CAP. FACTOR CAP. BATTERY 1.56 + .2809 of 11,8409 X 1.2 2.209 CAP. FACTOR CAP. L- 1.56 + FBATTERY SIZE- 7.0 AMP HRS BATTERY CALCULATION BPS#10N STANDBY QTY. -_ Tom ALARM QTY. TOTAL CURRENT CURRENT laps .065 1 .0155 .145 1 .1451 Through - penetration Firestop Systems System No. W-L-1325 Dec*MW 03, 2003 F Ratings - I and 2 Hr (See Item 1) T Roting - 0 Hr SECTION A-A 1, 1* ftwo" - The I or 2 bf f roboil Mount bowill" Not *wwb1y " be *m1whicted of Un inatirlub OF4 in " in~ BPKY*d In the O*Ad" 11300 or W00 Sen W and Portition Designs In the UL F'o* Rooludance Clint" she 044 intli'do the Idloth Whilbuction foctxft A. Swale - 101 kw*q may conflict of new Now tibuils or and do. sbift Wood wk* to tamp of two I by 4 M. kv*o 0oced 16 h Ot UW dW" twils to to min 3-1/2 K 0& and votiel ntivi, 24 K Or. 9, omm Bore - One or too Wive of own 5/8 h VvIck "turn bard a "dined h the Indwdual WO ores Partition of". Mw dam d c" k 14-1/2 IN. The " F " d the firiffbap rift" is Wd to No " fro rOA4 of ft w.1 "ounntly, L V"o sloom - (optone) - 0 knit rnin Na, 20 " I!v whoot OW drill " ,min I h qvwWp *14rig ft longibuillool soom, 02=1= filth or ad" 0 ", t boyand fach kork" of WA though ponotivets - Q ;;etaNa conthA Lkibirill fak ::=O =VU64 to be of 'X ':=4 Zbes not poes, ooniftl or A. Skid fth 12 K than (or ornalker) Scholluk 10 (or MOW) and I*w M WrOw qpoc* of 0 10. (pol"t contact) to 1-3/4 in. in refilred Win the fhsbv t/wifift k him I" - Nw" 12 Ift. from (or under) 5dwenot to (or hocuivir) cost Inn plo. M wwKdw spove of 0 W (point, twbacl) to 1-3/4 In. k required ~ thit timft system, G Corer Tubirn - Now 4 In 6M (or vnokr) Tyjw L (or how.*) omw Mis. An annular woce d 0 h Look amaQ to 1-7/5 It is mq*W within the firwop shitim D. Copper I" - Ncen 4 K elicit (w winder) Regular (w homier) 0splior INW An Onnallar $one of 0 In. (PcW =A*d) to 1-7/a In. Is mqyw wft to Otiflop "olant. L Ow" - Nam 6 In. (or www) oboil wAA or or nant 4 In. down (or wricker) $led d@Ork-d owtolf: twiduill. M annukir spoce #10 K (pokit *wftQ to 1-7/8 K it ro"itind wVk the fh" rf*m 4. Firindicip Syrbiew - The Incibip "0" end corWet of ft folloiriftV, JL Pon" mobw - in 2 w ird aww^ toofin badw rod Mcly po:w W4 o" ce a Wrionfint fame. Packing rividerial to be not nod from each suiloot d the Not to ox"Modobe am required "duhhot of It indericl, 0. FIN Voil or Crty Matericloi - Or* - kft 1/2 In. Iticluruniv of fill w*wW spoof w" ON WaAA an bath kdom of On od Y. *,in AW ills" is not Low a vinow #W sown b fluilt " ft wag surfoons, o inlit 1/2 RL fliont bred of c*A " be applied to the becird intw!" at the Point anboat lecolon an both sides of wall. "No AW flom Is wind, 0 bood Of =14= thif Act Offivalio" beend irdollwo an both sift of fig. FV=ftM - MC 150+ Oak Motomilk IWO *0" to UL Oft*,=U" Mgt N.A.C. VOLTAGE DROP CALCULATIONS BPS#2E TOTAL STANDBY fic .065 TOTAL ALARM u .325 STANDBY.24HRS AT 75 DEGREES -C ALARM: 5 MIN. X 1/60 - .0833 HOURS 16 REQUIRED TOTAL REQUIRED REQUIRED TOTAL REQUIRED STANDBY STANDBY STANDBY AMP/HRS ALARM TIME ALARM ALARM CAP, 24 X .065 of 1.56 .0833 X .325 = .027 REQUIRED REQUIRED TOTAL OPTKM REQUIRED 10 0.00121 STANDBY NAM REQUIRED SAFETY BATTERY 16 AMP/HRS. CAP. CAP. FACTOR CAP. L- 1.56 + .027 1.587 X 1.2 . 1,9044 %D= VD- 2.9300 W-R x 2 1. x I [BATTERY S . IZE: 7.0 AMP HRS Through - penetration Firestop Systems System No. W-L-1325 Dec*MW 03, 2003 F Ratings - I and 2 Hr (See Item 1) T Roting - 0 Hr SECTION A-A 1, 1* ftwo" - The I or 2 bf f roboil Mount bowill" Not *wwb1y " be *m1whicted of Un inatirlub OF4 in " in~ BPKY*d In the O*Ad" 11300 or W00 Sen W and Portition Designs In the UL F'o* Rooludance Clint" she 044 intli'do the Idloth Whilbuction foctxft A. Swale - 101 kw*q may conflict of new Now tibuils or and do. sbift Wood wk* to tamp of two I by 4 M. kv*o 0oced 16 h Ot UW dW" twils to to min 3-1/2 K 0& and votiel ntivi, 24 K Or. 9, omm Bore - One or too Wive of own 5/8 h VvIck "turn bard a "dined h the Indwdual WO ores Partition of". Mw dam d c" k 14-1/2 IN. The " F " d the firiffbap rift" is Wd to No " fro rOA4 of ft w.1 "ounntly, L V"o sloom - (optone) - 0 knit rnin Na, 20 " I!v whoot OW drill " ,min I h qvwWp *14rig ft longibuillool soom, 02=1= filth or ad" 0 ", t boyand fach kork" of WA though ponotivets - Q ;;etaNa conthA Lkibirill fak ::=O =VU64 to be of 'X ':=4 Zbes not poes, ooniftl or A. Skid fth 12 K than (or ornalker) Scholluk 10 (or MOW) and I*w M WrOw qpoc* of 0 10. (pol"t contact) to 1-3/4 in. in refilred Win the fhsbv t/wifift k him I" - Nw" 12 Ift. from (or under) 5dwenot to (or hocuivir) cost Inn plo. M wwKdw spove of 0 W (point, twbacl) to 1-3/4 In. k required ~ thit timft system, G Corer Tubirn - Now 4 In 6M (or vnokr) Tyjw L (or how.*) omw Mis. An annular woce d 0 h Look amaQ to 1-7/5 It is mq*W within the firwop shitim D. Copper I" - Ncen 4 K elicit (w winder) Regular (w homier) 0splior INW An Onnallar $one of 0 In. (PcW =A*d) to 1-7/a In. Is mqyw wft to Otiflop "olant. L Ow" - Nam 6 In. (or www) oboil wAA or or nant 4 In. down (or wricker) $led d@Ork-d owtolf: twiduill. M annukir spoce #10 K (pokit *wftQ to 1-7/8 K it ro"itind wVk the fh" rf*m 4. Firindicip Syrbiew - The Incibip "0" end corWet of ft folloiriftV, JL Pon" mobw - in 2 w ird aww^ toofin badw rod Mcly po:w W4 o" ce a Wrionfint fame. Packing rividerial to be not nod from each suiloot d the Not to ox"Modobe am required "duhhot of It indericl, 0. FIN Voil or Crty Matericloi - Or* - kft 1/2 In. Iticluruniv of fill w*wW spoof w" ON WaAA an bath kdom of On od Y. *,in AW ills" is not Low a vinow #W sown b fluilt " ft wag surfoons, o inlit 1/2 RL fliont bred of c*A " be applied to the becird intw!" at the Point anboat lecolon an both sides of wall. "No AW flom Is wind, 0 bood Of =14= thif Act Offivalio" beend irdollwo an both sift of fig. FV=ftM - MC 150+ Oak Motomilk IWO *0" to UL Oft*,=U" Mgt N.A.C. VOLTAGE DROP CALCULATIONS BPS#2E DC RESISTANCE FOR SOLID COPPER WIRES DC RESISTANCE FOR SOLD COPPER WIRES AT 75 DEGREES -C NAC. MI WIRE SIZE AT 75 DEGREES -C AT 75 DEGREES -C WRE SIZE VL 16 R. 0.00489 000489 SIZE OHMS PER FOOT L- 175 IS 0.00777 1. 1.151 16 0.0009 VD= 1.9699 14 0,00307 VOLTAGE AT LAW DEVICE 18,4301 12 0.00193 % OF VOLTAGE DROP 9.66% 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8 WIRE SIZE " "P. 16 R. 0.00489 0.00489 FORMULA FOR CALCULATION OF VOLTAGE L- 219 DROP IN DO 2 WIRE CIRCUITS 1. 1.368 %D= VD- 2.9300 W-R x 2 1. x I VOLTAGE AT LAST OM 17.47 % OF VOLTAGE DROP % OF VOLTAGE DROP 14.36% WHERE - VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP OK . RMSTANCE OF WIRE tI OHMS PLO -NALD WRE SIZE 16 FOOT ( VALUES OF RESISTANCE FOR COPPER WIRE N" WIRE SIZE 16 PERT "I' - TOTAL CIRCUIT CURRENT IN AMPERES P. 0,00489 LENGTH WAY OF THE CIRCUIT IN FEET L- 186 I= 0.992 STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VD. STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE 18, 9455 PER U.L & NFPA REQUIREMENTS X OF VOLTAGE DROP 8.85% INIFORWTION PROVIDED BY CUSTOMER) ACCEPTABLE V - DROP OK NAC 14(4 WIRE SIZE 16 P. INFORMATION PROVIDED BY BY CUSTOMER) L- 221 1. 0.799 VD- 1.7269 VOLTAGE AT LAST DEVICE 18.673057 V) X OF," VOLTAGE DROP 8.47% ACCEPTABLE V - DROP OK N.A.C. VOLTAGE DROP CALCULATIONS BPS#4E DC RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C NAC. MI WIRE SIZE AT 75 DEGREES -C NAC 11 WIRE SIZE 16 SIZE OHMS PER FOOT Lio R. 0.00489 SIZE OHMS PER FOOT Lif 215 18 0.00777 1. 0.997 16 0.00489 VD= 2.0964 14 0.00307 VOLTAGE AT LAST DEVICE 18.3036 12 0.001193 Z OF VOLTAGE DROP 10.28% 10 0.00121 ACCEPTABLE V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8 _N&J2 WIRE SIZE 16 FOOT (%aSTANCE S OF RESISTANCE FOR COPPER WIRE R. 0.00489 FORMULA FOR CALCULATION OF VOLTAGE Lc, 253 DROP IN DC 2 WIRE CIRCUITS 10 1.255 V) %D= 3.1053 VD-R x 2 L x I VOLTAGE AT LAST DEVICE 17.2947 % OF VOLTAGE DROP 15-222 WHERE VD of VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT ACCEPTABLE V - DROP OK ,V - =tW[ Of CURE IN OHMS PER FOOT ( VALUES OF RESISTANCE FOR COPPER WIRE -NALD WRE SIZE 16 PER TABLE ABOVE} T = TOTAL CIRCUIT CURRENT IN AMPERES R. 0.00489 1! - LENGTH ONE WAY OF THE CIRCUIT IN rm Lin 125 10 0.975 VD- 11919 STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 VOLTAGE AT LAST DEVICE 19.208063 PER U.• & NFPA REQUIREMENTS % OF VOLTAGE DROP 5.84% ACCEPTABLE V - DROP OK INIFORWTION PROVIDED BY CUSTOMER) V) N.A.C, VOLTAGE DROP CALCULATIONS BPS#10N DO RESISTANCE FOR SOLID COPPER WIRES AT 75 DEGREES -C NAC. MI WIRE SIZE 16 R- 0.00489 SIZE OHMS PER FOOT Lio 102 18 0.00777 In 0.18 16 0.00489 VD= .1796 14 0.00307 VOLTAGE AT LAST DEVICE 20.2204 12 0.150193 X OF VOLTAGE DROP 0.88% 10 0,00121 ACCEPTABLE: V - DROP YES VALUES TAKEN FROM 2002 NEC CHAPTER 9 TABLE 8 FORMULA FOR CALCULATION OF VOLTAGE 0 DROP IN DO 2 WIRE CIRCUITS VD-R x 2 L x I WHERE VD of VOLTAGE DROP AT THE LAST DEVICE ON THE CIRCUIT QE WIRE IR_0M2_PM ILL u FOOT (%aSTANCE S OF RESISTANCE FOR COPPER WIRE PER TABLE ABOVE) -I- - TOTAL CIRCUIT CURRENT IN AMPERES Ln " L" - LENGTH ONE WAY OF THE CIRCUIT IN FEET C) STARTING VOLTAGE USED IN CALCULATIONS IS 20.4 F1 IE ALARM SHALL BE A CEI PER U.L & NFPA REQUIREMENTS S- ATX* SER\nCE. A CE IF 0! 1 RLACARD SHA!J_ BE POM INFORMATION PROVIDED BY CUSTOMER) F1 4AL INSPECTION, PER N1 Fj'j< ALARM SYSTEM TO BE INSTALLED IN ACCORDANCE W SECTION A-A I. Flow or Oct AwwO - 16 4-1/2 In. Vick re0owd 54tit-vi9ht or nonnal 044M (too - 150 PcO OMC*#. Flow " also to constRieWid of ony nift 0 In, thick hoka-,wif Roost Camnoto ILW, West may also be cwdnKW of any LL tsmilics Concept Bodit-, N*x dkm of 0" Is 11-1/4 In. in hollow-tare I'lowit, ffm client of cponin;l Is 7 N. See Controls soft 04 or Precast Conmiq two (CFTv) actopea in the fh Roilrows Dkedory for noment of rA*%.*,bxvm I TWough Ininhoblant - Ont rietaft like, U" or iwouit InAdvil cancieftelly, or eowntdoolly w" the Breflop frystcrn. M onnyler Moot of inki 0 i& (p" 4oatod) to a " 2-3/4 In. is required be~ 11N, penitrant are the Infrowy of the owkg, Inkift, k" or cortiluit to be r4wly an each side of the Pow consintilly, The loom" types &W sa" of motallic pil tubing or ear" may be usink A. Staff Poo - We 8 M. dbn (or walkhr) $dWW# 10 (or hochlor) sted ripe,. L Cq*w Plice - N- 4 in. dken (at -) Regular (- hooviv) copper ploo. C. CA*w Tubing - Nam 4 In. dont (or weedier) Type IL (or hoo,*) coppe, bAk4 D. Confult -Nan 6 in, OW (or wri") *@W von" or AM 4 in. &m (or onnallor) ftd filicbrical ft*dk VAIN. T = le, N tr who "Jor 1-7/5 In, or km off In. "Adw�$ of "dw* wed *1 4 k, thl"Ilk"M of wool in WWI T In, X hr who" amuliv wove If 1-7/8 It. or hies. o min 9 k thidinew of ocidont W4 min 2 In. thidom ct minvol "d Is wed. 7we T WN Is 0 If, for OWKjkr "M gredar thaft t_718 I% I rvaltv *dwn - r1w I"dop n*wn ohd owelift of the follooksr A. Pod&q Mats" - Nan 2 IN, or 4 IrL thickness of enh 4 Not n*wd rod W Insulation Nirty poticto into opening as a permonfint form (See Rom 2 oba") Poe" motolial to bit rficesnd from too tuniocit of Now or It" both infrfsm of out or from boon Wow of heltow-wro ftor fir ro*AW to ouwanwifte the required Vidnoft of M rxitnW, L kit, told or Carty MotwW* - C4uk - Win N In. or I is thick of 11111 walvict applied Nithin the onnuluff. Rush filth top wdoce d flow w with both owfom of bollm-core Ill (S" Rent 2 oba") IRWORSIX - W 150+ -%wing the tx PI. Mgt I E cu r 'S. cn O cz 0 CL a .0 in in w z Nr > "../ ( y) N 0 LL_ ILL u LU Ln C) V) N co x", LU Z < CL Cj V) C/) 0 V) 40 r __j fie C) 0 0 e7 0 I E cu r 'S. cn O cz 0 CL a .0 in in w DATE : i,;,-----j07/O7/1 0 DRAWN BYr- C.N. SCALE: 1/8 1 Agra z-flxoolwmw • CHI ALARMS, INC:- -----SHEET OF -3 ®Ff4 z Nr > "../ ( y) N 0 LL_ ILL u LU Ln C) V) N co 4' LU Z < CL DATE : i,;,-----j07/O7/1 0 DRAWN BYr- C.N. SCALE: 1/8 1 Agra z-flxoolwmw • CHI ALARMS, INC:- -----SHEET OF -3 ®Ff4 0 V) 4' < Cj V) C/) 0 V) __j DATE : i,;,-----j07/O7/1 0 DRAWN BYr- C.N. SCALE: 1/8 1 Agra z-flxoolwmw • CHI ALARMS, INC:- -----SHEET OF -3 ®Ff4