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Home My WebLink AboutPP - 621 SOUTHCENTER MALL - CHARLOTTE RUSSE - PERMITS AND PLANS621 SOUTHCENTER MALL ASSOCIATED PERMITS 08-F-307 08-S-465 FIRE DEPARTMENT SPRINKLER PLAN REVIEW COMMENTS Project Name: Charlotte Russe 621 Southcenter Mall Permit No.: 08-S-465 Date: September 30, 2008 Reviewer: Al Metzler Fire Protection Project Coordinator (206)575-4407 • Lateral sway bracing is required at a maximum spacing of 40' for all mains, cross mains, and branch lines 2.5" and larger. Bracing is provided for the last length of pipe but within 6' of the end of a feed or cross main. Bracing is required unless all the pipe is supported by rods less than 6" or by 30 ° wrap-around U -hooks for any size pipe, 9.3.5.3. • Minimum clearance around pipes: 2 " for 1"-3.5", 4" for 4" and larger, see 4 exceptions, 9.3.4. • Longitudinal sway bracing is a maximum of 80' for mains and cross mains and within 40 ' of the end of the line, 9.3.5.4. • Provide lateral and longitudinal bracing for changes in pipe direction per section 9.3.5.11.2 for pipe size 2 1/2 inches and larger. • Restrain branch lines at the end sprinkler of each line, restrain against vertical and lateral movement, 9.3.6.3. • Restraints for branch lines shall be at intervals per table 9.3.6.4 and section 9.3.6.4, and restrain sprig ups greater than 4', 9.3.6.6. • Comply with ASCE 7-02, section 9.6.2.6.2 (e). • Ceilings used for flex drop attachments shall comply with ASTM C 635 and ASTM C 636 per section 9.2.1.3.3.2. • Where flexible sprinkler hose fittings exceed 6ft. in length and are supported by a suspended ceiling, a hanger(s) attached to the structure shall be required to ensure that the maximum unsupported length does not exceed 6 ft.(9.2.1.3.3.3). • Provide sprinkler protection beneath all obstructions greater than 4 ft. in width. • Extend sprinkler protection to all combustible concealed spaces. • Comply with NFPA 13 obstruction tables. • Sprinkler heads spaced closer than 6 ft. apart must be baffled. • Modifications involving 30 or more sprinkler heads require hydrostatic test and system isolation if necessary. • These conditions apply to any sprinkler piping exposed as necessary to accomplish the permitted scope of work. All code references are NFPA 13, 2007 Edition. ZOh1€flGIflEUO rotedion/ Code Consulting 23 September 2008 Niki Rhodes Cosco Fire Protection 15000 Woodinville -Redmond Rd. NE Redmond, WA 98072 Tuazon Engineering, PLLC 4322 NE 7 Street Renton, WA 98059 425.917.1683 tel 425.917.1705 fax www.tuazon.com RE: Westfield - Charlotte Russe (Space 568) Independent Third Party Review — Fire Sprinkler System Dear Niki: As requested, I have performed an Independent Third Party Plan Review on the fire sprinkler system for the above referenced project. The following was reviewed: • Fire Sprinkler Drawing — Sheet FS -1 dated 9/4/08 • Hydraulic Calculations dated 9/19/08 The documents were reviewed for compliance with 2007 NFPA 13, Installation of Sprinkler Systems and Tukwila Municipal Code Chapter 16.42, Sprinkler Systems. I have found the fire sprinkler design to be acceptable subject to the following comments: 1. Clarify the length of flexhead flexible hose drops to be used. The detail on the drawing indicates 6'-0" drops to be used, however, the calculations indicate 4'-0" drops on the cover sheet while including 30 feet of equivalent length (page 6, FLXDRP to EQ01), which would accommodates 6'-0" drops. 2. Provide Washington State Certificate of Competency stamp on the drawing and calculations submitted to the City of Tukwila. 3. Provide applicable product data with the permit submittal to the City (flexheads, sprinklers). A resubmittal to Tuazon Engineering is not required provided the above are resolved to the satisfaction of Tukwila Fire Department. The comments made above do not relieve the contractor from compliance with requirements of contract drawings, specifications, or codes. Tuazon Engineering has performed a detailed review of the submittal for general conformance with the standards referenced. Please contact me at 425-917-1683 or eric(@tuazon.com with any questions regarding this review. Respectfully, TUAZON ENGINEERING, PLLC Eric P. Tuazon, PE Fire Protection Engineer C Coon., ke12008 Ncp,,d203652 SIMI Fre. W,9btl a.uc Russ \2 cae..mn spreader wxe-rbc ... •• •.. •.••••.• •••••••• •••••••• Iosco Fire Protection COSCO FIRE PROTECTION 15000 WOODINVILLE-REDMOND RD. SUITE B-800 WOODINVILLE, WA. 98072 425-686-6300 Job Name : SD6030 Building : SOUTHCENTER MALL Location : SPACE 568 System : EXISTING Contract : 25SD6030 Data File : 25SD6030.wx1 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 COSCO FIRE PROTECTION Page 1 SD6030 Date 091908 Hydraulic Design Information Sheet Name - CHARLOTTE RUSSE Location - SPACE 568 Building - SOUTHCENTER MALL Contractor - COSCO FIRE PROTECTION Calculated By - T.N.RHODES Construction: ( ) Combustible (X) Non -Combustible Occupancy - ORD. HAZARD GRP II - MERCANTILE S Y S T E M D E S I G N Date - 9-19-08 System No. - EXISTING Contract No. - 25SD6030 Drawing No. - FS -1 Ceiling Height - 11-6 (X) NFPA 13 ( ) Lt. Haz. Ord.Haz.Gp. ( ) 1 (X) 2 ( ) 3 ( ) Ex.Haz. ( ) NFPA 231 ( ) NFPA 231C (X) Figure 11.2.3.2.3.1 Curve 11.2.3.2.3.1 Other QUICK RESPONSE AREA REDUCTION FOR MAXIMUM CEILING HEIGHT 11'-6" AFF Specific Ruling DECREASE R -A BY 37.75% Made By Date Area of Sprinkler Operation Density Area Per Sprinkler Elevation at Highest Outlet Hose Allowance - Inside Rack Sprinkler Allowance Hose Allowance - Outside - 934 - .20 - 130 - 11.5 - 0 - 0 - 250 System Type (X) Wet ( ) Dry ( ) Deluge ( ) Preaction ( ) Other Sprinkler/Nozzle Make RELIABLE Model F1FR Size 1/2" K -Factor 5.6 Temp.Rat.155 Note 4-0 LONG FLEXIBLE DROPS USED 24 ADDITIONAL FEET ADDED PER DROP LENGTH. Calculation Flow Required - Summary C -Factor Used: 120 W A T E R S U P P L Y C 0 M M S T 0 R A G E Press Required - Overhead 120 Underground Water Flow Test: Date of Test Time of Test Static Press Residual Press Flow Elevation 140 20 10900 0 Pump Data: Rated Cap.- Press - Elev. - Tank or Reservoir: Cap. - Elev.- Well Proof Flow Location - Source of Information - Commodity Storage Ht. Storage Method: Solid Piled Class Area Location Aisle W. Palletized % Rack ( ) Single Row ( ) Conven. Pallet R ( ) Double Row ( ) Slave Pallet A ( ) Mult. Row C ( ) Auto. Storage ( ) Encap. ( ) Solid Shelf ( ) Non ( ) Open Shelf K Flue Spacing Longitudinal Clearance:Storage to Ceiling Transverse Horizontal Barriers Provided: Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Water Supply Curve (C) CO 0 0) rn N 0 C) f0 l0 ao Z 0 H U Lu N 0 ce a LU cc U- 00 M coO 0 ci U co M O o co LO NOO)� -a as ti E CIL cpo c oEE0EEo) td i)Q V) W fn fn `� N y y i 41 N O O M gOCOMI (/) E a) O O 0 0) O O N .. 4) .. y3 a f12 o 0a LL adzes a 701 U�CC of co 000 0 (.7) U 0 LSI M O O O N a— N O O U) O r 0 Q ............................. a of •0 0 0 0 U 0 0 0 N0 0 0 0 0 0 0 0) 700 N- tD u) a CL Lu cn (/) D LU 0 N 0 O O U, 1500 344 %Jnde500 Flow Diagram COSCO FIRE PROTECTION Page 3 SD6030 Date 091908 S16 S17 T T I 34.P 35.7 34.R I S15+- 16 . 17 69 T 104.6 128.4 341.3 M1 F-- --- M2F----M34-M4i---- I 242.8 444.9 I 128.4 I 114.4 97.5 34.2 1 S4 F- 4 S8 F- 8 32.P 94.2 I 81.4 29.1 1 S3 S7 F 7 S114- 11 T I 34.p I 31.1 I 52.4 I 62.9 .l. 61.P 1 31.$ 3 - 2 S6 4- 6 S104- 10 I 261 I 32.P 30.5 I 26.4 I 31.3 1 1 1 S2 S5 S9 1 S1 552.1 M5 F 107.1 36.$ S14+- 14 70.4 1 S13F 13 35.E 34.8 S12 TIE1 I 552.1 TIE2 I 552.1 TIE3 T I 552.1 TIE4 T I 552.1 TIE5 T I 552.1 +FLO I 650 TEST Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Fittings Used Summary z 0 I U W I- 0 a w cc LL 00 U c) CO co 013 U (/) N N O N co CO N O CO co U) CO N N M N 0 CO v� O O 0 U)� U) 0 0 0) 0 0 v co Co U) 0 CO I - I - I,- 0 O NCOCO N 0 O N U)U) O) CO U) N a CO I� V 0 N CO CO f� N U) N N- O O N r O Co U) U) N I r N h CO 0 'V Co 0 CO 0 Co 0 N O U O 0 N O ' O N 0 CO Units Summary Pressure / Flow Summary - STANDARD COSCO FIRE PROTECTION Page 5 SD6030 Date 091908 Node Elevation K -Fact Pt Pn Flow Density Area Press No. Actual Actual Req. FLXDRP 10.0 5.6 21.56 na 26.0 S3 10.0 K = K @ EQ01 39.66 na 31.13 S2 10.0 K = K @ EQ01 38.06 na 30.49 2 11.5 40.51 na S4 10.0 K = K @ EQ01 47.86 na 34.19 S10 11.0 K = K @ EQ01 40.75 na 31.55 S11 11.0 K = K @ EQ01 49.07 na 34.62 S16 10.0 K = K @ EQ01 49.51 na 34.78 S17 10.0 K = K @ EQ01 52.11 na 35.68 S13 11.5 K = K @ EQ01 51.93 na 35.62 S14 11.5 K = K @ EQ01 55.3 na 36.75 S5 10.0 K = K @ EQ01 28.44 na 26.36 S7 10.0 K = K @ EQ01 34.64 na 29.09 S8 10.0 K = K @ EQ01 44.38 na 32.93 S1 10.0 K = K @ EQ01 43.46 na 32.58 3 14.75 45.79 na 4 14.75 48.2 na M1 11.5 54.22 na S9 10.0 K = K @ EQ01 40.19 na 31.33 10 14.75 43.51 na 11 14.75 52.26 na S15 10.0 K = K @ EQ01 47.82 na 34.18 16 14.75 49.54 na 17 14.75 52.24 na S12 11.5 K = K @ EQ01 49.49 na 34.77 13 14.75 52.79 na 14 14.75 56.3 na S6 10.0 K = K @ EQ01 27.67 na 26.0 6 14.75 27.72 na 7 14.75 34.09 na 8 14.75 48.07 na M2 13.12 54.81 na M3 13.12 58.42 na M4 13.12 58.58 na M5 13.12 60.82 na TIE1 13.12 69.02 na TIE2 13.0 77.1 na TIE3 13.0 79.17 na TIE4 13.0 79.81 na TIE5 13.0 80.0 na +FLO 0.0 86.51 na 97.95 TEST 0.0 87.35 na 250.0 The maximum velocity is 30.24 and it occurs in the pipe between nodes 7 and 8 0.2 130 7.0 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Hazen -Williams COSCO FIRE PROTECTION Page 6 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes FLXDRP 26.00 1.049 1E 2.0 30.000 21.556 K Factor = 5.60 to 120 0.0 2.000 -0.650 EQ01 26.0 0.2114 0.0 32.000 6.766 Vel = 9.65 0.0 26.00 27.672 K Factor = 4.94 S3 31.13 1.049 1T 5.0 0.080 39.662 K Factor @ node EQ01 to 120 0.0 5.000 -0.650 2 31.13 0.2949 0.0 5.080 1.498 Vel = 11.56 0.0 31.13 40.510 K Factor = 4.89 S2 30.49 1.049 1T 5.0 5.910 38.062 K Factor @ node EQ01 to 120 0.0 5.000 -0.650 2 30.49 0.2840 0.0 10.910 3.098 Vel = 11.32 2 31.13 1.049 1T 5.0 1.410 40.510 to 120 0.0 5.000 -1.408 3 61.62 1.0435 0.0 6.410 6.689 Vel = 22.87 0.0 61.62 45.791 K Factor = 9.11 S4 34.19 1.049 1T 5.0 1.830 47.858 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 4 34.19 0.3510 0.0 6.830 2.397 Vel = 12.69 0.0 34.19 48.198 K Factor = 4.92 S10 31.55 1.049 1E 2.0 7.500 40.747 K Factor @ node EQ01 to 120 1T 5.0 7.000 -1.624 10 31.55 0.3024 0.0 14.500 4.385 Vel = 11.71 0.0 31.55 43.508 K Factor = 4.78 S11 34.62 1.049 1 E 2.0 6.410 49.069 K Factor @ node EQ01 to 120 1T 5.0 7.000 -1.624 11 34.62 0.3591 0.0 13.410 4.816 Vel = 12.85 0.0 34.62 52.261 K Factor = 4.79 S16 34.78 1.049 1T 5.0 0.750 49.512 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 16 34.78 0.3621 0.0 5.750 2.082 Vel = 12.91 0.0 34.78 49.537 K Factor = 4.94 S17 35.68 1.049 1T 5.0 0.750 52.114 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 17 35.68 0.3797 0.0 5.750 2.183 Vel = 13.25 0.0 35.68 52.240 K Factor = 4.94 S13 35.62 1.049 1T 5.0 1.000 51.926 K Factor @ node EQ01 to 120 0.0 5.000 -1.408 13 35.62 0.3785 0.0 6.000 2.271 Vel = 13.22 0.0 35.62 52.789 K Factor = 4.90 S14 36.75 1.049 1T 5.0 1.000 55.300 K Factor @ node EQ01 to 120 0.0 5.000 -1.408 14 36.75 0.4012 0.0 6.000 2.407 VeI = 13.64 0.0 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 7 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes 36.75 56.299 K Factor = 4.90 S5 26.36 1.049 1E 2.0 4.160 28.440 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 6 26.36 0.2169 0.0 6.160 1.336 Vel = 9.79 0.0 26.36 27.719 K Factor = 5.01 S7 29.09 1.049 1T 5.0 0.790 34.638 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 7 29.09 0.2603 0.0 5.790 1.507 Vel = 10.80 0.0 29.09 34.088 K Factor = 4.98 S8 32.93 1.049 2E 4.0 8.580 44.377 K Factor @ node EQ01 to 120 1T 5.0 9.000 -2.057 8 32.93 0.3273 0.0 17.580 5.754 Vel = 12.22 0.0 32.93 48.074 K Factor = 4.75 S1 32.58 1.049 1 E 2.0 11.660 43.463 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 3 32.58 0.3210 0.0 13.660 4.385 Vel = 12.09 3 61.62 1.38 0.0 4.000 45.791 to 120 0.0 0.0 0.0 4 94.2 0.6018 0.0 4.000 2.407 Vel = 20.21 4 34.20 1.61 1E 4.0 5.160 48.198 to 120 0.0 4.000 1.408 M1 128.4 0.5037 0.0 9.160 4.614 Vel = 20.23 M1 0.0 2.157 0.0 10.660 54.220 to 120 0.0 0.0 -0.702 M2 128.4 0.1213 0.0 10.660 1.293 Vel = 11.27 0.0 128.40 54.811 K Factor = 17.34 S9 31.33 1.049 1E 2.0 16.000 40.190 to 120 0.0 2.000 -2.057 10 31.33 0.2986 0.0 18.000 5.375 K Factor @ node EQ01 Vel = 11.63 10 to 11 31.55 62.88 1.049 120 1.0833 0.0 0.0 0.0 8.080 0.0 8.080 43.508 0.0 8.753 Vel = 23.34 11 34.63 1.38 1T 6.0 2.500 52.261 to 120 0.0 6.000 0.706 M3 97.51 0.6414 0.0 8.500 5.452 Vel = 20.92 0.0 97.51 58.419 K Factor = 12.76 S15 34.18 1.049 1E 2.0 8.750 47.824 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 16 34.18 0.3507 0.0 10.750 3.770 Vel = 12.69 16 to 17 34.78 68.96 1.38 120 0.3379 0.0 0.0 0.0 8.000 0.0 8.000 49.537 0.0 2.703 Vel = 14.79 17 35.68 1.61 1 E 4.0 4.330 52.240 to 120 1T 8.0 12.000 0.706 M4 104.64 0.3450 0.0 16.330 5.634 Vel = 16.49 0.0 104.64 58.580 K Factor = 13.67 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 8 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes S12 34.77 1.049 1E 2.0 11.000 49.490 to 120 0.0 2.000 -1.408 13 34.77 0.3621 0.0 13.000 4.707 K Factor @ node EQ01 Vel = 12.91 13 to 14 35.62 70.39 1.38 120 0.3510 0.0 0.0 0.0 10.000 0.0 10.000 52.789 0.0 3.510 Vel = 15.10 14 36.75 1.61 1T 8.0 2.580 56.299 to 120 0.0 8.000 0.706 M5 107.14 0.3604 0.0 10.580 3.813 Vel = 16.88 0.0 107.14 60.818 K Factor = 13.74 S6 26.00 1.049 1E 2.0 2.950 27.672 to 120 1T 5.0 7.000 -2.057 6 26.0 0.2115 0.0 9.950 2.104 K Factor @ node EQ01 Vel = 9.65 6 to 7 26.36 52.36 1.049 120 0.7720 0.0 0.0 0.0 8.250 0.0 8.250 27.719 0.0 6.369 Vel = 19.44 7 to 8 29.09 81.45 1.049 120 1.7482 0.0 0.0 0.0 8.000 0.0 8.000 34.088 0.0 13.986 Vel = 30.24 8 32.92 1.38 1T 6.0 1.000 48.074 to 120 0.0 6.000 0.706 M2 114.37 0.8616 0.0 7.000 6.031 Vel = 24.53 M2 128.40 2.157 0.0 9.160 54.811 to 120 0.0 0.0 0.0 M3 242.77 0.3939 0.0 9.160 3.608 Vel = 21.31 M3 97.50 2.635 0.0 0.580 58.419 to 120 0.0 0.0 0.0 M4 340.27 0.2776 0.0 0.580 0.161 Vel = 20.02 M4 104.64 2.635 0.0 4.910 58.580 to 120 0.0 0.0 0.0 M5 444.91 0.4558 0.0 4.910 2.238 Vel = 26.18 M5 107.14 3.26 1T 20.159 13.870 60.818 to 120 0.0 20.159 0.0 TIE1 552.05 0.2410 0.0 34.029 8.200 Vel = 21.22 TIE1 0.0 3.26 1E 9.408 3.750 69.018 to 120 1T 20.159 29.567 0.052 TIE2 552.05 0.2410 0.0 33.317 8.028 Vel = 21.22 TIE2 0.0 4.26 1T 26.334 5.250 77.098 to 120 0.0 26.334 0.0 TIE3 552.05 0.0655 0.0 31.584 2.068 Vel = 12.43 TIE3 0.0 6.357 1E 17.603 51.620 79.166 to 120 0.0 17.603 0.0 TIE4 552.05 0.0093 0.0 69.223 0.645 Vel = 5.58 TIE4 0.0 6.357 0.0 20.040 79.811 to 120 0.0 0.0 0.0 TIE5 552.05 0.0093 0.0 20.040 0.187 Vel = 5.58 TIE5 0.0 8.249 0.0 337.750 79.998 to 120 0.0 0.0 5.630 +FLO 552.05 0.0026 0.0 337.750 0.886 Vel = 3.31 +FLO 97.95 8.249 1A 34.061 10.500 86.514 to 120 1G 4.698 225.505 0.0 TEST 650.0 0.0035 3E 63.423 236.005 0.836 Qa = 97.95 Vel = 3.90 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 9 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes 3T 123.323 250.00 Qa = 250.00 900.00 87.350 K Factor = 96.30 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 TOLCO FIG. 65 C -CLAMP PIPE ROD SIZE DIA I" 3/8" 1 1/4" 3/8" 1 1/2" 3/8" 2" 3/8" 2 1/2" 3/8" 3" 3/8" 4" 3/8" 6" 1/2" 8" 1/2" RETAINER STRAP, NUT THREADED ROD HILTI FIG LH OR TOLCO FIG 200 HANGER RING 0 ATTACH TO BOTTOM OF ROOF DECK WITH TOLCO FIG. 78 THREADED STEEL DECK PLATE (2)-I/4" x 1" TEK SHEET METAL SCREW PIPE ROD SIZE DIA I" 3/8" 1 1/4" 3/8" 1 1/2" 3/8" 2" 3/8" THREADED ROD TOLCO FIG 200 HANGER RING TOLCO FIG. 25 SURGE RESTRAINER TYPE 1 — FOR 1" AND 1-1/4" PIPE AND HANGER TYPE 2 — FOR 1-1/2" AND 2" PIPE AND HANGER EXISTING BRANCHUNE +I 5'-7" AFF 1" EE PLAN FOR LENGTH STATIC PRESSSURE IN EXISTING SYSTEM EXCEEDS 100 PSI. SURGE RESTAINT IS REQUIRE ON ALL HANGERS SUPPORTING PIPE 12" AND LONGER (NFPA 13 2007 ED.) 4'-0" "FLEXHEAD" FLEXIBLE DROP CORRUGATED STAINLESS STEEL BRAIDED HOSE STRECHED MEMBRANE PANEL +1 I'-0" AFF 4" C -CHANNEL ACOUSTICAL PANEL +11'-0" AFF 7 3" WIDE STAINLESS STEEL CEIUNG TROUGH TYPICAL ARMOVER TO NEW SPRINKLER HEAD SURGE RESTRAINT #25 (N.T.S.) 04/2007 COSCO STANDARD HANGER #2 04/2007 COSCO STANDARD HANGER #8 METAL === 0 0 0 8' (R 1/ Ci / t // 4,_7// ARGCO #3B OFFSET WHERE LENGTH OF ALL THREAD ROD EXCEEDS 1'-10' ADD SECOND RESTRAINT �3/8 X 3-1/2 LAG SCREW FOR WOOD – 3/8' KWIK BOLT FOR CONCRETE 1/4 X 1 TEK FOR BARJOIST OR STEEL BEAM 3/8'x1-10 ALL THREAD ROD MAX PER SINGLE RESTRAINT HANGER RING (UP TO 2' PIPE) LINE RESTRAINT DETAIL NOTE: 1) SPACE WITH IN 6' OF A HANGER EVERY 42'-0', 2) BRACING PER NFPA-13(2007 ed.) SECTIONS 9.3,5,8.8, TABLE 9,3,5,8,8(c) AND 9.3.6-RESTAINT OF BRANCH LINES HYDRAULIC DESIGN—REMOTE AREA APPLE—MOST REMOTE 934 ft2 —QR AREA REDUCTION ORDINARY HAZARD GROUP 2 y_-3(11.5)/2+55 .20 GPM/934 S.F. y=37,75% REDUCTION K=5.6 Remote Area=933.75 ft sq 130 S.F. MAX. PER HEAD 17 SPRINKLERS IN REMOTE AREA SPRINKLER DEMAND: 650.0 GPM © 87.35 PSI ADDED HOSE STREAM: 250 GPM TOTAL SYSTEM DEMAND: 900.0 GPM © 87.35PSI GENERAL NOTES 5. 6. 7. 8, 10, 11, 12 13 DESIGN AND INSTALLATION SHALL CONFORM TO NFPA PAMPHLET 13 (2007 ed.) AND ALL CITY OF TUKWILA REQUIREMENTS. ALL MATERIALS SHALL BE NEW AND U.L. APPROVED. PIPE: ALL PIPE 2' AND SMALLER TO BE SCHEDULE 40 BLACK STEEL. ALL PIPE 2' AND LARGER TO BE SCHEDULE 10 BLACK STEEL. FITTINGS: ALL FITTINGS <SCREWED AND GROOVED) AND GROOVED COUPLINGS TO BE STAR BRAND DUCTILE IRON. PAINTING OF PIPE AND PROTECTI❑N OF SPRINKLER HEADS FROM PAINT IS BY OTHERS. ALL ELECTRICAL WIRING AND CONDIUT IS BY OTHERS. ALL WELDING TO CONFORM WITH AWS D10.9 AND WILL BE PERFORMED IN COSCO'S SHOP. IT IS THE BUILDING OWNERS RESPONSIBILITY TO KEEP ALL AREAS WITH WET SPRINKLER SYSTEMS HEATED TO A MINIMUM 40 DEGREES FAHRENHEIT TO PREVENT FREEZING OF PIPES. OWNER IS RESPONSIBLE TO ASSURE THAT STRUCTURE AS IT IS SHOWN ON THE CONTRACT DRAWINGS CAN ADEQUATELY SUPPORT ALL FIRE SPRINKLER PIPING LOADS. NO AUXILLIARY DEVICES OR ATTACHMENTS SHALL BE PROVIDED BY COSCO TO SUPPLIMENT THE STRUCTURE TO ACCOMODATE FIRE SPRINKLER PIPING L❑ADS, COSCO ASSUMES NO RESPONSIBILITY, EITHER EXPRESSED OR IMPLIED, FOR THE CONDITION, PERFORMANCE OR CURRENT CODE COMPLIANCE OF THE EXISTING SYSTEM TO BE MODIFIED OR ANY OTHER EXISTING FIRE PR❑TECTI❑N SYSTEM ON SITE EXCEPT FOR WORK PERFORMED DIRECTLY BY COSCO FIRE PROTECTION. Q LU L.L.. UNDERGROUND CONTRACTOR SHALL FLUSH THE UNDERGROUND AND PR❑VIDE COSCO WITH THE PROPER CERTIFICATE OF DOING S❑ BEFORE COSCO WILL CONNECT/ TO THE UNDERGROUND PIPE. SPRINKLER HEADS ARE DESIGNED TO BE IN CENTERLINE OF CEILING TILE (+/— 1'). ALL DIMENSI❑NS ARE TO CENTERLINE OF PIPE. SEE PRODUCT DATA INCLUDED WITH SUBMITTAL PACKET FOR INFORMATION ON FLEX -DROPS AND SPRINKLER HEADS ( 0 ) (N 0 0 0 0 1'-32 MALL KEY PLAN - SOUTHCENTER MALL SITE Cti.,.t�r/R�4 SPACE No. 569 n T MALL �RESTROOMS r^a MALL MANAGEMENT OFFICE MALL ADA ACCESS NOTE FOR ACCESSIBLE ROUTE FROM SHOPPN9 MAIL PARKIN4t TO 6PAOE CONTACT MALL MANAGEMENT. GROUND LEVEL OF SINGLE LEVEL MALL (1) L0 .. Without Comments As Noted In Red Per The Attached Letter lameetviontnaltowit 1 i hese plans have been reviewed by The Tukwila Fire Prevention Bureau for conformance with current city standards. Acceptance is :L2 iect to errors and omissions which do not authorize violation:, of adopted ' stanaarcjs and orriin :nces. Tilie r:..: pens bility for the adequacy of design rti; t:.:':, lar; ' I,iii.i tha designer. 'Additions, deletions or rt •visiclns ':o ti l: sc drawings atter this date will void this.accept;y ,ce .nd; •;viii require a field test and inspection b\ i ,i resubmittal of revised drawings for subsequent approval. it Final acceptance is subject 1 The Tukwila Fire Prevention Bureau. [Date: q -3 0 - ''. g By: .,'Il —8 /, I ��K��v.��*��•r :♦ ♦ ��r.♦.w �w�s--- ♦�► vv�►�-w.��fw:��vv��:f� _.:♦�:♦�d o v.• �� .vv.♦�♦� ♦ ♦�► w v��. �w��:��:��♦:��v.�vsv.♦:��♦u.-�� v�v.�•:w:�w:�� w:��v.�� :�♦��o_v♦� ♦a a♦�7a1a�w o._'!�♦a:� fIa'ra�a♦a+Ia�a�a♦ate Q►a'►i.'� �' root rocas►\♦.. «.s a .. o. ,w A .. ,., ,a. 1 ♦ ♦ ♦ Q... �'i..�ig1�a♦a♦a♦� /aT�.�a♦a♦I IaTaRCIa♦a♦��a�a♦aha♦a♦a♦ ♦a♦a�►a�aTar �a'►a�a'Pa♦a r ►i..0:►'•i �a'�a♦a♦�'G��i♦a'�a 11, ♦a♦a♦ � 4\'v�a�' L'�r•'��tr.r��s'3(i11��s 4111111111111Ww All MEM: IMP +ICU (Y) ,�� :: m i -ice•, :,matioripa. 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A6.4 0 +ICU N l ) 12' margcE W nips must be in,...-\mted before pipe is hull , Do riot paint piping prior to hydrostatic test approval. t'UKWILA EPARTM ': Please call:FIRE 575D-4407 t, and give this job - No. (e2/ 5C Mee..d REVISIONS I >- TNR I TOTAL SPRINKLERS = 91 THIS SHEET a 1200 H w1 "1-Q 0 O. ,....13 ...i: o.i: WH DESCRIPTION PRELIMINARY 3RD PARTY APPROVAL TO TUAZON ENGINEERING -a n II V) 'A. (t I- kn ct' .e % C; z - W Lo and exact address for shlr ".-t1m or restoration appro Because of inceased demand our inspectors' sdiedules are booked 3-7 days ahead. Therefore, you will need to call 206-575-4407 to schedule your inspections a minimum of 48 hours in advance of date you want an 11 0 0 0 0 0 0 11 0 ♦♦ hl 0L 0 r' 4. . to. . . . ► .♦...w•��♦ . .�. ....�..�. ♦.. ..♦ . . . �►.♦�r ��►♦ ♦♦� . w►. � r '►1 r' 0 0 3' 10 — 1 0' // 1 0' 10' — 0', FRE SPI\KLER PIPI\G PLA\ SCALE: Y41' 10' 1 0' // 10' /, 10' // z t3 TOTAL SPRINKLERS = 91 THIS SHEET a 1200 H o - o c4 ,....13 ...i: o.i: WH N/A oxH Zz fmU m % W Lo CI 01 I APPROVALS BY: CITY OF TUKWILA d �z W o y to Lt) IX N CO Tac VA SPRINKLER HEAD LEGEND : RELIABLE MODEL G4 CONCEALED PENDANT RELIABLE Fl FR SSU • • • • • • • • •••v •••• • • • • •••• ••• • FIRE PROTECTION AND LIFE SAFETY SPECIALISTS W W z Z Zoei a0, -O a) x TY N o d o • = o o _▪ �� • c co o p N U E 0 0 5 0 H 0 SAN DIEGO • LOS ANGELES • FRESNO • SAN FRANCISCO • SACRAMENTO • PORTLAND • SEATTLE • ANCHORAGE co 'o t1 V)< J Q W � II— W • El LL • • O- N '0)- W (13 Z 0 H U _ co co D- ao Z< • e,‘ Z W J �/ zU 3U 0 co DRAWING TITLE FIRE SPRINKLER TENANT IMPROVEMENT DATE : 9-4-08 SCALE : 1/4" = 1'-0" DRAWN BY : T.N.RHODES JO•NO 25SD6030 SHEET NO. FS -1 ( CHARLOTTE RUSSE FIRE ALARM SYSTEM TUKWILA, WASHINGTON r SHEET INDEX GENERAL NOTES SYMBOLS LEGEND SHEET \UM3ESHEET TITLE FA -01 SYSTEV I\FOMATIO\ FA -02 TYPICAL DETAILS - WRI\ G A\D MOUNTI\G FA -03 FRE ALARM SYSTEM FLOO PLA\ FA -04 SYSTEM CALCULATIONS (CE\ERAL), MISER, SITE PLAN WIRE DESIGNATION SCHEDULE WIRE SCHEDULE AND CONDUIT FILL CHART SHIELDED WIRE TO BE GROUNDED AT POINT OF ORIGIN PUNCHED THROUGH EACH DEVICE WRAPPED WITH TAPE AND TAPED AT END FOR SIEMENS SYSTEM: DO NOT INSTALL ADDRESSABLE INITIATING DEVICES UNTIL PREPROGRAMMED WITH DEVICES ADDRESS. 1. NUMBERS ADJACENT TO DEVICE SYMBOL DENOTE DEVICE CIRCUIT/ADDRESS DEVICE 01-1-02 WOULD BE THE SECOND DEVICE ON ADDRESSABLE LOOP 1. 2. DETECTOR AND AUDIBLE CIRCUIT POLARITY SHALL BE OBSERVED. 3. AUDIBLE/VISUAL CIRCUIT WIRING IS SUPERVISED. NO PARALLEL BRANCHING IS PERMISSIBLE 4. INSTALLATION SHALL BE IN STRICT CONFORMANCE WITH THE NATIONAL ELECTRIC CODE, NFPA 72, LOCAL CODE(S), AND/OR AUTHORITY HAVING JURISDICTION. 5. INSTALLATION MATERIALS (I.E. CONDUIT, WIRE, FITTINGS, HANGERS, STANDARD BOXES, FIBER OPTICS CABLE, FITTINGS, AND ASSOCIATED EQUIPMENT) ARE NOT SUPPLIED BY SIEMENS CERBERUS DIVISION. 6. DETECTORS SHALL NOT BE MOUNTED IN DIRECT AIR STREAM OF AIR SUPPLY OUTLETS. PER NFPA 72 2-3.5.1 7. WIRING SHALL BE PER PLAN WITH RESPECT TO CONDUCTOR SIZE, & OR CABLE TRAY, TYPE, QUANTITY AND COLOR CODE. CONDUCTORS SHALL BE PERMANENTLY, AND UNIQUELY MARKED FOR FUTURE IDENTIFICATION. 8. INSTALLING CONTRACTOR SHALL RETURN ONE SET OF ACCURATELY MARKED DRAWINGS FOR "AS BUILT" PURPOSES. 9. FOR ADDITIONAL INSTALLATION INSTRUCTIONS, REFER TO CATALOG CUT SHEETS AND/OR INSTALLATION INSTRUCTIONS. 10. THE 120vac POWER ELECTRICAL WORK SUPPLYING FIRE ALARM SYSTEM PANELS MUST COMPLY WITH ARTICLE 725 AND 760 OF NFPA 70, N.E.C. AND NFPA 72, SPECIFICALLY SECTION 1-5.2.5.2: IN REFERENCE TO DEDICATED BRANCH POWER SOURCES. 120vac POWER SHALL NOT BE APPLIED TO FIRE ALARM PANEL WITHOUT DIRECT SUPERVISION OF FIRE ALARM TECHNICIAN. 11. ALL HORN/STROBE AND STROBE DEVICES SHALL BE MOUNTED AT A HEIGHT OF 80" A.F.F. OR 6" BELOW DROPPED CEILING, WHICHEVER IS LESS. 12. ALL MANUAL PULL STATIONS SHALL DE MOUNTED AT 48" A.E.F. TO THE ACTIVATION DEVICE. 13. ALL PANEL NUMBERS AND CIRCUITS WILL BE ON THE RECORD DRAWINGS SET. 14. ALL 120VAC CIRCUITS ARE FROM DEDICATED CIRCUITS FROM THE EMERGENCY GENERATOR. 15. PER NFPA 72 SECTION 5-3.6.1.3 DETECTORS SHALL NOT BE INSTALLED UNTIL AFTER THE CONSTRUCTION CLEAN-UP OF ALL TRADES IS COMPLETE AND FINAL. EXCEPTION: WHERE REQUIRED BY THE AUTHORITY HAVING JURISDICTION FOR PROTECTION DURING CONSTRUCTION. DETECTORS THAT HAVE BEEN INSTALLED PRIOR TO FINAL CLEAN-UP BY ALL TRADES SHALL BE CLEANED OR REPLACED IN ACCORDANCE WITH NFPA 72 CHAPTER 7. 16. WIRING SHALL RUN CONTINUOUS FROM FACP TO FIRST DEVICE ON A CIRCUIT AND THEN FROM DEVICE TO DEVICE WITHOUT SPLICING IN PULL BOXES OR OTHER BACK BOXES OF DIFFERENT CIRCUITS. 17. ALL WIRING SHALL BE METERED, VERIFIED TO BE CONTINUOUS, FREE OF GROUND AND FREE OF SHORTS BETWEEN CONDUCTORS AND OTHER CIRCUITS PRIOR TO FINAL EQUIPMENT TRIM. 18. ALL CABLES SHALL BE MARKED AS INDICATED ON FIRE ALARM RISER WITH A PERMANENT LABEL AT ALL DEVICES, JUNCTION BOXES AND FACP. 19. THE ELECTRICAL CONTRACTOR SHALL CLEAN ALL DIRT AND DEBRIS FROM THE OUTSIDE AND INSIDE OF THE FIRE ALARM BACK BOXES AND JUNCTION BOXES AFTER COMPLETION OF THEIR INSTALLATION. 20. DETECTORS MUST BE RATED FOR TEMPERATURE IN THE ENVIRONMENT IN WHICH IT IS LOCATED. 21. ALL WIRING BETWEEN FLOORS SHALL BE LOCATED IN CONDUIT. 22. NFPA 72 2007 6.4.2.2.2 ALL STYLES OF CLASS A CIRCUITS USING PHYSICAL CONDUCTORS (E.G., METALLIC, OPTICAL FIBER) SHALL BE INSTALLED SUCH THAT THE OUTGOING AND RETURN CONDUCTORS, EXITING FROM AND RETURNING TO THE CONTROL UNIT, RESPECTIVELY, ARE ROUTED SEPARATELY. THE OUTGOING AND RETURN (REDUNDANT) CIRCUIT CONDUCTORS SHALL NOT BE RUN IN THE SAME CABLE ASSEMBLY (I.E., MULTI -CONDUCTOR CABLE), ENCLOSURE, OR RACEWAY. 23. NFPA 72 2007 A.6.4.2.2.2 A GOAL OF 6.4.2.2.2 IS TO PROVIDE ADEQUATE SEPARATION BETWEEN THE OUTGOING AND RETURN CABLES. THIS SEPARATION IS REQUIRED TO HELP ENSURE PROTECTION OF THE CABLES FROM PHYSICAL DAMAGE. THE RECOMMENDED MINIMUM SEPARATION TO PREVENT PHYSICAL DAMAGE IS 305 MM (1 FT) WHERE THE CABLE IS INSTALLED VERTICALLY AND 1.22 M (4 FT) WHERE THE CABLE IS INSTALLED QUANTITY 2 1 3 2 2 2 EX SYMBOL DESCRIPTION MODEL MANUFACTURER BACKBOX MOUNTING HEIGHT FACP FIRE ALARM EX CONTROL PANEL XLS-V SIEMENS PROVIDED 66" A.F.F. TO TOP FARA FIRE ALARM REMOTE ANNUNCIATOR SDD-C SIEMENS PROVIDED 66" A.F.F. TO TOP BPS REMOTE BOOSTER EX POWER SUPPLY PAD -3 SIEMENS PROVIDED 66" A.F.F. TO TOP INTERFACE MODULE WITH RELAY HTRI-R SIEMENS 4S DEEP VERIFY IN FIELD E DUAL INPUT INTERFACE MODULE HTRI-D SIEMENS 4S DEEP VERIFY IN FIELD HCP CONTROL POINT MODULE HCP SIEMENS 4S DEEP VERIFY IN FIELD HZM REMOTE CONVENTIONAL HZM ZONE MODULE SIEMENS 4S DEEP VERIFY IN FIELD Ca LINEAR BEAM SMOKE DETECTOR PBA -1191 SIEMENS PROVIDED VERIFY IN FIELD SMOKE DETECTOR HFP-11 W/ SIEMENS (ADDRESSABLE -PHOTO) DB -11 BASE 4S DEEP W/ 1G RING CEILING DUCT SMOKE D DETECTOR AD2-P W/ SIEMENS TSM MODULE DUCT HOUSING VERIFY IN FIELD HEAT DETECTOR (ADDRESSABLE) HFPT-11 W/ SIEMENS DB -11 BASE 4S DEEP W/ 1G RING CEILING Ec FIRE ALARM SPEAKER STROBE (CEILING MOUNT) FIRE ALARM SPEAKER STROBE (WALL MOUNT) FIRE ALARM SPEAKER STROBE (CEILING MOUNT) SET -MC -CW SIEMENS SET -MC -W SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. 4S DEEP BOX W/ 1-1/2" EXT. CEILING 80" A.F.F. TO BOTTOM SET -HMC -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING EIC FIRE ALARM STROBE (CEILING MOUNT) ZR -MC -CW SIEMENS 4S BOX W/ 1G RING CEILING FIRE ALARM © STROBE (WALL MOUNT) ZR -MC -'-V SIEMENS 4S BOX W/ 1G RING an" A.F.F. TO BOTTOM U.O.N. Y C FIRE ALARM SPEAKER (CEILING MOUNT) SET -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING B AWP MR FIRE ALARM SPEAKER (WALL MOUNT) FIRE ALARM STROBE (WEATHERPROOF) MULTI -VOLTAGE CONTROL RELAY SET -W SIEMENS SET -S17 -WP SIEMENS MR -201 /C AIR PRODUCTS 4S DEEP BOX W/ 1-1/2" EXT. 80" A.F.F. TO BOTTOM MT -SUR -BOX 1/2" PIPE VERIFY IN FIELD 4S BOX VERIFY IN FIELD MAGNETIC DOOR HOLDER F.B.O. F.B.O. F.B.O. VERIFY IN FIELD FA JBDX FIRE ALARM TERMINAL CABINET F.B.O. F.B.O. F.B.O. VERIFY IN FIELD. O JUNCTI❑N BOX F.B.O. ---44E$441;4 • IN FIELD A.F.F. ABOVE FINISHED FLOOR N/A N/A F.B,❑, FURNISHED BY OTHERS N/A ' N/A N/A CST N/A Wthout Comments N/A N/A N/A NOT APPLICABLE WIRE DESIGNATI❑N SYMBOL DESCRIPTI❑N NUMBER OF CONDUCTORS SIZE TYPE COLOR CODE D H P S A V I X UD UI M B DATA LINE -ADDRESSABLE LOOP DOOR HOLDER POWER - 24VDC DEVICE POWER - 24VDC STROBE CIRCUIT - FEED ANNUNCIATOR SPEAKER CIRCUIT - FEED REMOTE INDICATION LIGHT LOW LEVEL AUDIO UNDERGROUND DATA UNDERGROUND INITIATION DOOR HOLDER POWER BEAM DETECTOR POWER TWISTED PAIR WITH SHIELD #16 FPL/FPLR RED (JACKET) TWO #14 FPL/FPLR RED (JACKET) TWO #16 FPL/FPLR RED (JACKET) TWISTED PAIR W/ SHIELD #12 FPL/FPLR, RED (JACKET) TWISTED PAIR W/ SHIELD #16 FPL/FPLR RED (JACKET) TWISTED PAIR #14 FPL/FPLR RED (JACKET) TWO #18 FPL/FPLR RED (JACKET) TWISTED PAIR W/ SHIELD #16 FPL/FPLR RED (JACKET) TWISTED PAIR RATED #18 FPL/FPLR RED (JACKET) TWISTED PAIR RATED #18 FPL/FPLR RED (JACKET) TWO #16 .FPL/FPLR RED (JACKET) TWO #14 FPL/FPLR RED (JACKET) Ike plans have been rYiAed by The Tukwila FNr./A Prevention Bureau for conformance with current city CONDUIT FILL CHART WP NO. OF CONDUCTORS VOLTS WIRE SIZE TYPE DIMENSIONS AREA TWO 600V #12 AWG THHN/THWN .244 O.D. .0467 TWO 600V #14 AWG THHN/THWN TWISTED .210 O.D. .0346 TWO CONDUCTOR 300V #18 AWG FPL TW CABLE .156 O.D. .0191 CONDUIT FILL CALCULATE THE TOTAL AREA OF THE WIRE BEING RUN IN THE CONDUIT FROM THE TABLE ABOVE. CHOOSE THE SIZE OF CONDUIT BASED ON THE MAXIMUM FILL DIMENSION FROM THE TABLE BELOW THAT DOES NOT EXCEED THE TOTAL AREA OF THE WIRE. CONDUIT SIZE MAXIMUM FILL 1/2" .12 SQUARE INCH 3/4" .21 SQUARE INCH 1" .34 SQUARE INCH 1-1/4" .60 SQUARE INCH 1-1/2" .82 SQUARE INCH 2" 1.34 SQUARE INCH FIGURES ARE BASED ON 40% CONDUIT FILL AND ARE TAKEN FROM N.E.C., CHP. 9, TABLE 4. SHIELDED WIRE TO BE GROUNDED AT POINT OF ORIGIN PUNCHED THROUGH EACH DEVICE WRAPPED WITH TAPE AND TAPED AT END FOR SIEMENS SYSTEM: DO NOT INSTALL ADDRESSABLE INITIATING DEVICES UNTIL PREPROGRAMMED WITH DEVICES ADDRESS. 1. NUMBERS ADJACENT TO DEVICE SYMBOL DENOTE DEVICE CIRCUIT/ADDRESS DEVICE 01-1-02 WOULD BE THE SECOND DEVICE ON ADDRESSABLE LOOP 1. 2. DETECTOR AND AUDIBLE CIRCUIT POLARITY SHALL BE OBSERVED. 3. AUDIBLE/VISUAL CIRCUIT WIRING IS SUPERVISED. NO PARALLEL BRANCHING IS PERMISSIBLE 4. INSTALLATION SHALL BE IN STRICT CONFORMANCE WITH THE NATIONAL ELECTRIC CODE, NFPA 72, LOCAL CODE(S), AND/OR AUTHORITY HAVING JURISDICTION. 5. INSTALLATION MATERIALS (I.E. CONDUIT, WIRE, FITTINGS, HANGERS, STANDARD BOXES, FIBER OPTICS CABLE, FITTINGS, AND ASSOCIATED EQUIPMENT) ARE NOT SUPPLIED BY SIEMENS CERBERUS DIVISION. 6. DETECTORS SHALL NOT BE MOUNTED IN DIRECT AIR STREAM OF AIR SUPPLY OUTLETS. PER NFPA 72 2-3.5.1 7. WIRING SHALL BE PER PLAN WITH RESPECT TO CONDUCTOR SIZE, & OR CABLE TRAY, TYPE, QUANTITY AND COLOR CODE. CONDUCTORS SHALL BE PERMANENTLY, AND UNIQUELY MARKED FOR FUTURE IDENTIFICATION. 8. INSTALLING CONTRACTOR SHALL RETURN ONE SET OF ACCURATELY MARKED DRAWINGS FOR "AS BUILT" PURPOSES. 9. FOR ADDITIONAL INSTALLATION INSTRUCTIONS, REFER TO CATALOG CUT SHEETS AND/OR INSTALLATION INSTRUCTIONS. 10. THE 120vac POWER ELECTRICAL WORK SUPPLYING FIRE ALARM SYSTEM PANELS MUST COMPLY WITH ARTICLE 725 AND 760 OF NFPA 70, N.E.C. AND NFPA 72, SPECIFICALLY SECTION 1-5.2.5.2: IN REFERENCE TO DEDICATED BRANCH POWER SOURCES. 120vac POWER SHALL NOT BE APPLIED TO FIRE ALARM PANEL WITHOUT DIRECT SUPERVISION OF FIRE ALARM TECHNICIAN. 11. ALL HORN/STROBE AND STROBE DEVICES SHALL BE MOUNTED AT A HEIGHT OF 80" A.F.F. OR 6" BELOW DROPPED CEILING, WHICHEVER IS LESS. 12. ALL MANUAL PULL STATIONS SHALL DE MOUNTED AT 48" A.E.F. TO THE ACTIVATION DEVICE. 13. ALL PANEL NUMBERS AND CIRCUITS WILL BE ON THE RECORD DRAWINGS SET. 14. ALL 120VAC CIRCUITS ARE FROM DEDICATED CIRCUITS FROM THE EMERGENCY GENERATOR. 15. PER NFPA 72 SECTION 5-3.6.1.3 DETECTORS SHALL NOT BE INSTALLED UNTIL AFTER THE CONSTRUCTION CLEAN-UP OF ALL TRADES IS COMPLETE AND FINAL. EXCEPTION: WHERE REQUIRED BY THE AUTHORITY HAVING JURISDICTION FOR PROTECTION DURING CONSTRUCTION. DETECTORS THAT HAVE BEEN INSTALLED PRIOR TO FINAL CLEAN-UP BY ALL TRADES SHALL BE CLEANED OR REPLACED IN ACCORDANCE WITH NFPA 72 CHAPTER 7. 16. WIRING SHALL RUN CONTINUOUS FROM FACP TO FIRST DEVICE ON A CIRCUIT AND THEN FROM DEVICE TO DEVICE WITHOUT SPLICING IN PULL BOXES OR OTHER BACK BOXES OF DIFFERENT CIRCUITS. 17. ALL WIRING SHALL BE METERED, VERIFIED TO BE CONTINUOUS, FREE OF GROUND AND FREE OF SHORTS BETWEEN CONDUCTORS AND OTHER CIRCUITS PRIOR TO FINAL EQUIPMENT TRIM. 18. ALL CABLES SHALL BE MARKED AS INDICATED ON FIRE ALARM RISER WITH A PERMANENT LABEL AT ALL DEVICES, JUNCTION BOXES AND FACP. 19. THE ELECTRICAL CONTRACTOR SHALL CLEAN ALL DIRT AND DEBRIS FROM THE OUTSIDE AND INSIDE OF THE FIRE ALARM BACK BOXES AND JUNCTION BOXES AFTER COMPLETION OF THEIR INSTALLATION. 20. DETECTORS MUST BE RATED FOR TEMPERATURE IN THE ENVIRONMENT IN WHICH IT IS LOCATED. 21. ALL WIRING BETWEEN FLOORS SHALL BE LOCATED IN CONDUIT. 22. NFPA 72 2007 6.4.2.2.2 ALL STYLES OF CLASS A CIRCUITS USING PHYSICAL CONDUCTORS (E.G., METALLIC, OPTICAL FIBER) SHALL BE INSTALLED SUCH THAT THE OUTGOING AND RETURN CONDUCTORS, EXITING FROM AND RETURNING TO THE CONTROL UNIT, RESPECTIVELY, ARE ROUTED SEPARATELY. THE OUTGOING AND RETURN (REDUNDANT) CIRCUIT CONDUCTORS SHALL NOT BE RUN IN THE SAME CABLE ASSEMBLY (I.E., MULTI -CONDUCTOR CABLE), ENCLOSURE, OR RACEWAY. 23. NFPA 72 2007 A.6.4.2.2.2 A GOAL OF 6.4.2.2.2 IS TO PROVIDE ADEQUATE SEPARATION BETWEEN THE OUTGOING AND RETURN CABLES. THIS SEPARATION IS REQUIRED TO HELP ENSURE PROTECTION OF THE CABLES FROM PHYSICAL DAMAGE. THE RECOMMENDED MINIMUM SEPARATION TO PREVENT PHYSICAL DAMAGE IS 305 MM (1 FT) WHERE THE CABLE IS INSTALLED VERTICALLY AND 1.22 M (4 FT) WHERE THE CABLE IS INSTALLED QUANTITY 2 1 3 2 2 2 EX SYMBOL DESCRIPTION MODEL MANUFACTURER BACKBOX MOUNTING HEIGHT FACP FIRE ALARM EX CONTROL PANEL XLS-V SIEMENS PROVIDED 66" A.F.F. TO TOP FARA FIRE ALARM REMOTE ANNUNCIATOR SDD-C SIEMENS PROVIDED 66" A.F.F. TO TOP BPS REMOTE BOOSTER EX POWER SUPPLY PAD -3 SIEMENS PROVIDED 66" A.F.F. TO TOP INTERFACE MODULE WITH RELAY HTRI-R SIEMENS 4S DEEP VERIFY IN FIELD E DUAL INPUT INTERFACE MODULE HTRI-D SIEMENS 4S DEEP VERIFY IN FIELD HCP CONTROL POINT MODULE HCP SIEMENS 4S DEEP VERIFY IN FIELD HZM REMOTE CONVENTIONAL HZM ZONE MODULE SIEMENS 4S DEEP VERIFY IN FIELD Ca LINEAR BEAM SMOKE DETECTOR PBA -1191 SIEMENS PROVIDED VERIFY IN FIELD SMOKE DETECTOR HFP-11 W/ SIEMENS (ADDRESSABLE -PHOTO) DB -11 BASE 4S DEEP W/ 1G RING CEILING DUCT SMOKE D DETECTOR AD2-P W/ SIEMENS TSM MODULE DUCT HOUSING VERIFY IN FIELD HEAT DETECTOR (ADDRESSABLE) HFPT-11 W/ SIEMENS DB -11 BASE 4S DEEP W/ 1G RING CEILING Ec FIRE ALARM SPEAKER STROBE (CEILING MOUNT) FIRE ALARM SPEAKER STROBE (WALL MOUNT) FIRE ALARM SPEAKER STROBE (CEILING MOUNT) SET -MC -CW SIEMENS SET -MC -W SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. 4S DEEP BOX W/ 1-1/2" EXT. CEILING 80" A.F.F. TO BOTTOM SET -HMC -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING EIC FIRE ALARM STROBE (CEILING MOUNT) ZR -MC -CW SIEMENS 4S BOX W/ 1G RING CEILING FIRE ALARM © STROBE (WALL MOUNT) ZR -MC -'-V SIEMENS 4S BOX W/ 1G RING an" A.F.F. TO BOTTOM U.O.N. Y C FIRE ALARM SPEAKER (CEILING MOUNT) SET -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING B AWP MR FIRE ALARM SPEAKER (WALL MOUNT) FIRE ALARM STROBE (WEATHERPROOF) MULTI -VOLTAGE CONTROL RELAY SET -W SIEMENS SET -S17 -WP SIEMENS MR -201 /C AIR PRODUCTS 4S DEEP BOX W/ 1-1/2" EXT. 80" A.F.F. TO BOTTOM MT -SUR -BOX 1/2" PIPE VERIFY IN FIELD 4S BOX VERIFY IN FIELD MAGNETIC DOOR HOLDER F.B.O. F.B.O. F.B.O. VERIFY IN FIELD FA JBDX FIRE ALARM TERMINAL CABINET F.B.O. F.B.O. F.B.O. VERIFY IN FIELD. O JUNCTI❑N BOX F.B.O. ---44E$441;4 • IN FIELD A.F.F. ABOVE FINISHED FLOOR N/A N/A F.B,❑, FURNISHED BY OTHERS N/A ' N/A N/A CST N/A Wthout Comments N/A N/A N/A NOT APPLICABLE N/A - N/A f \ As NotedN 'ged N/A Per The Attached Letter U.❑.N, UNLESS OTHERWISEN/A NOTED Ike plans have been rYiAed by The Tukwila FNr./A Prevention Bureau for conformance with current city 1 A complete WP WEATHERPROOF DEVICE N/A standards. Acceptance Is subject to errors and bhi6sicns which do not ai h'Khze violations of adoNta standards and ordinances. The responsibility for the Fire De P Certificate RED AS BUILT ADD OR CHANGE N/A adequacy of design rests totally with the designer. .Nd'r..ions, deletions or rt.:JIM s to these drawingsNtfer this date will void this acceptance and will require a Lu the I commence, Testing c GREEN AS BUILT REMOVE N/A resubrnittal of revised draWirtgs for subsequent appr�vAal. N/7� Final acceptance is subject to field test and inspection by and Det Failure c BLUE AS BUILT NOTES TO CAD N/A ' Tukwila Fire Prevention/urea . N/A V A ` Date: U.2// O Qi By: 076U in a Re -in terminatio TUKWILA FIRE DEPARTm&M Please call: 575-440Z end give this job and exact address for shut. down or restoration approval, JOTICE d, signed, Tukwil artment Pre-test must be presentee �spector prior to anent of Acceptance if any Fire Alarm ection Systems. f test will result spection Fee and n of the testing. '-AID JUN 10 Z0081k9 Tukwila Fire "`'len" Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved CC v W FAX (206) 628-4990 TEL. (206) 622-6545 J RELEASE/REVISIONS CO Lu z Q DESCRIPTION SHOP DRAWINGS w co 0 0 c0 0 z C Z 0 F Q KALE: 1/8"=1' DRAWN BY: I.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: NUMBER:54495 j SHEET , FA -01 THE DUCT SMOKE DETECTOR ASSEMBLY SHOULD BE INSTALLED IN ACCORDANCE WITH NFPA 72. THE PREFERRED INSTALL LOCATION OF THE HOUSING IS IN A LENGTH OF STRAIGHT DUCT AT LEAST SIX DUCT WIDTHS FROM ANY BEND OR OTHER OBSTRUCTIONS AS INDICATED. BEND OR OTHER OBSTRUCTION ANY DUCK OVER 3' WIDE, SAMPLE TUBE MUST GO THRU THE DUCT AND BE CAPPED. 6-10 DUCT EQUIVALENT DIAMETERS TYPICAL SMOKE DETECTOR ISTALATION REQUIREMENT LABa SCALE COMBINE ALL SHIELDS AND ISOLATE FROM GROUNDING TO NEXT ADDRESSABLE DEVICE STOP IF LAST DEVICE O DUCT DETECTOR LOCATION FROM XLS CONTROL PANEL OR +" PREVI❑US ADDRESSABLE DEVIC' 1 0 END OF LINE DEVICE(3.6K 1/4W) - O SUPERVISED SWITCH GROUND_ O O HTRI—R OSTATUS LED oo 0 N.O. O COM Co O N.C. NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. O TYPICAL HTRI-R CONTROL RELAY MODULE -WIRING AND MOUNTING DETAIL LABEL SCALE (BACKGOUND MUSIC SHUTDOWN) PREVIOUS ADDRESSABLE DEVICE TO NEXT ADDRESSABLE DEVICE L TB1 NOTE 11 VOLTAGE MAX. - CURRENT MAX. - CONT, RES, MAX. - MAX, CABLE LENGTH - C (LINE TO LINE) - C (LINE TO SHIELD) - MAX. LINE SIZE - MIN, LINE SIZE- OUTLET SAMPLING \ TUBE �•� INLET SAMPLIN TUBE AT LEAST SIX DUCT WIDTHS FROM BEND TYPICAL MOUNTING FOR AD2-P DUCT DETECTOR SCALE=NONE MUSIC }-AC POWER SOURCE COMBINE ALL SHIELDS AND IS❑LATE FROM GROUNDING TO NEXT ADDRESSABLE DEVICE fj STOP IF LAST DEVICE -) FROM XLS CONTROL PANEL OR r PREVIOUS ADDRESSABLE DEVICE RELAY CONTACTS (4.OA @ 125VAC) (4.OA @ 30VDC) 27 VDC 3,5 mA DURING POLLING 10 OHMS 200 FT, (18 AWG) 0,02uF 0,04uF 14 AWG 18 AWG NOTE 2: ALL SUPERVISED SWITCHES MUST BE HELD CLOSED AND/OR OPEN FOR AT LEAST 25 SEC. TO GUARANTEE DETECTION, 0 50000 123456 TB2 CP 654321 END OF LINE DEVICE (3,6K 1/4W) SUPERVISED SWITCH GROUND O / / / © 0 HTRI—D OSTATUS LED Co 0 n 0 NOT USED (0 0 O NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. TYPICAL HTRI-D ADDRESSABLE INPUT MODULE -WIRING DETAIL LABEL SCAB (FIRE SUPPRESSION SYSTEM INTERFACE) 0 ONO N AC I73 I I mlopi LI 0 PAD -3 0 00 0 INPUT INPUT TROUBLE NAC1 NAC2 NAC3 NAC4 AUX 1+ 1- 1 2+ 2- 2 NC C NO + - + - + - + - + - 24K n + TYPICAL WIRING FOR HCP MODULE (PAD -3 TRIP) LABEL SCALE ,a2 END OF LINE DEVICE 3.6K 1/4W) .77"\ UPERVISED SWITCH 2 NAC -4 NAC -3 NAC -2 NAC -1 p FRONT VIEW NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. NOT USED REMOTE DEVICE LOOP NOT USED REMOTE _y DEVICE LOOP 0 70— FROM FROM XLS CONTROL PANEL OR (+)> PREVIOUS ADDRESSABLE DEVICE (-)> FROM REMOTE POWER SUPPLY C'S' CABLE) FROM FACP (VOICE CIRCUIT) ('V' CABLE) 470 OHMS 1W EOL T M-1 CSG CQ! TYPICAL AD2-P DUCT SMOKE DETECTOR - WIRING DETAIL +) ( ) STROBE SPEAKER u `J ( STROBE( -) EARTH GROUND -->(+)TO NEXT DEVICE OR } >(-) STOP IF LAST DEVICE (STROBE) SPEAKER SPEAKERISTROBE AND STROBE WIRING LABEL SCALE SPEAKER STROBE OR STROBE ONLY 80" A.F.F. R 4S DEEP BOX W/ 1-1/2" EXTENSION RING (SPEAKER STROBE) 4S BOX (STROBE ONLY) SPEAKER/STROBE WALL MOUNTED FIRE ALARM DEVICE MOUNTING ELEVATIONS SCALE=NONE TO NEXT DEVICE OR END OF LINE TO NEXT DEVICE OR END OF LINE NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. OPERVTI TEMPERATU E: +32 F (0 TO 100' F (338' C) HUMIDITY: 9 % RELATIVE HUMIDITY, NON -CONDENSING HFI' -11 SMOKE DETECTOR -- -* FROM PREVIOUS ADDRESSABLE DEVICE OR POWER SOURCE DATA IN (-) > DATA IN (+) DEVICE IS USTED FOR AIR VOLOCITY APPLICATIONS OF 300-4000 FT/MIN WHEN USED IN CONJUNCTION WITH DUCT HOUSINGS AD -11P OR AD-11XPR OB -11 STANDARD SMOKE DETECTOR BASE REAR VIEW HFP-11 SMOKE AND DB -11 DETECTOR BASE -WIRING DETAIL LABEL SCALE TO NEXT DEVICE > (-) DATA OUT > (+) DATA OUT CEILING MOUNT SPEAKER/STROBE MOUNTING (HARD LID) HARD LID CEILING HARD LID SPEAKER SUPPORT T BRIDGE L_- 4' SQUARE DEEP BOX z WITH 1-1/2' EXTENSION CEILING MOUNTED SPEAKER/STROBE \ �, CEILING MOUNTED SPEAKER/STROBE MOUNTING (DROP CEILING) SCALE=NONE JUNCTION BOX MOUNTED ON \ CEILING FLEX \ JUNCTI❑N BOX MOUNTED AGAINST CEILING SUPPORT EI / / 0 01 n SMOKE DETECTOR SMOKE DETECTOR MOUNTING SCALE=NONE 0 0 TO NEXT DEVICE CADDY BAR `--- SUSPENDED ILLUMINATED CEILING DO NOT INSTALL ADDRESSABLE I\eT6AT DEVICES UNTIL PREPROGRAvIMED WIT DEVICES ADDRESS. NG H Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved 1743 1ST AVE. SO., SEATTLE, WASHINGTON 98134 FAX (206) 628-4990 TEL. (206) 622-6545 RELEASE/REVISIONS z a DESCRIPTION SHOP DRAWINGS w a co 0 0 (0 0 z < C C AL1 U o % Jam") v J ;Fit �Q wCr � w z z F- 2 w laJ Q =s CC cc co _ CO(O = U I— 0 z z 3 0 0 z z (/) J I— W J U eL �CALE: 1/8" =1' DRAWN BY: I.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: JOB NUMBER:54495 SHEET FA -02 10,-0" AFF EOL—S1 19.35V I 0 IL - 0 =fes r a:"C ';Z;77._777rY 6 EX Q v 30 C .- - 177/- 2=1 7::7?.? Jj c 2S,2V 135 J 2 2S,2V 2S,2V 2S,2V 1.1 `` .,i 2S,2V I r C._ perr LL S,2V C A •z.2.f771T f:::-ll::"Cz:7._:.-:Ill L717dY1:.G::7.:1".:1177J1T:"<._::C:3f:C:r,T A r L r. 11 1 Cflato 2S,2V 1 oonoconoononon0000nonon000000non0000no n I I I I lel i r, 7772:-:ZT7i G::rT7lITlT''l7'"L:_l!_.7::7:7Z,7T7T:lr:-C.::-.'"7::7:CS7T:1?:�l:1. 135 C I f' ; - 7_! l��r:z7ir 'Y,'�r r2'r171r:Y7'- :21 7I C .• s. s it 0 L. CD NORTH cp CHARLOTTE RUSSE WESTFIELD SOUTHCENTER MALL SCALE 118"=1' 'LAG NOTES: FIELD LOCATE RELAY MODULE FOR BACK GROUND MUSIC INTERFACE. FIELD LOCATE SIEMENS DUCT DETECTOR ON RETURN SIDE OF ALL VAV UNITS,CSEE SIEMENS INSTALLATI❑N SUBMITTAL FOR LOCATION GUIDELINES AND FA -02) DEVICES SUPPLIED BY GSS, INSTALLED BY MECHANICAL CONTRACTOR, WIRED BY ELECTRICAL CONTRACTOR, SIEMENS HTRI—U ADDRESSABLE INPUT WITH HOOD VENILLAT❑R FIRE SUPPRESI❑N SYSTEM. FIELD LOCATE WITHIN 3 FEET OF CONTRL PANEL. FIELD LOCATE SIEMENS PAD -3 BOOSTER POWER SUPPLY FOR STROBE POWER, AC POWER BY EC FROM DEDICATED, LOCKED OUT 20A, 110 VAC BRANCH CIRCUIT, DO \OT INSTALL ADDRESSABLE INITIATI DEVICES J\TIL PREPROGRAVINiED WI - DEVICES ADDRESS. \G H Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w w w J W Ct REV. BY: z a z 0 1— C E V u_r 0 SHOP DRAWINGS DATE cO 0 0 W N ct ‘CALE: 1/8"=1' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: JOB NUMBER:54495 I SHEET FA -03 j �;� NORDSTROM 13 /II i E.E'IVE:I.`.i \-1 J5_ r.,Isr.x,.w j 01,1'11 Atrprl'v VW, Vt11,0•01 a : 1 1 i4..IBcy§ 4 LE'1, ' LJ 24O7 f ItTt 1.1,02 A111%;%.uIIM ulr �i•o,. PAITIC 111 ,Kaki NAV !MANN J1 ,:I • SEWS atl t: 7-7 ririt rmr Le 1, [toI '_=! opt, SS\ 1 1c 1 g3g; g a y liet8 I'ii1-� Dill- nytervyws 2 .'JEl.Ej 63,257sf J NORTH 01-12:1E:533030° CHARLOTTE RUSSE WESTFIELD SOUTHCENTER MALL ---- ---- 1 3 I 1.1 nitt.aulKc V.0111 KW I1 01010 CM:. 1oIC JCFeramy 3 LEVELS 276, <550 SCALE 1/32':V 2S,2V 2S,2V 2S,2V 135 C 135 C 15 30 30 C 15 15 30 C 30 EOL -S1. FA-BDX 99 � FACP EX 0 D,I D 2I SYSTEM CALCULATIONS CHARLOTTE RUSSE CHARLOTTE RUSSE FACP ADD ONS SIEMENS PAD -3 Signal Extender Panel Battery Load Calculations WESTFIELD SOUTHCENTER MALL PROJECT: CHARLOTTE RUSSE i a Wire Resistance 16 i 1 ! Panel: Current Load: CURRENT TOTAL= Standby: Alarm: Current Load: Date: Standby: Alarm: QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Device Type Qty Amps Total Amps Total SET -MC @15CD Device Type Qty Amps Total Amps Total HFP-11 0.86 0.0022 0.0022 0.0023 392 (WL * 2 ) * (R/ft) 0 AD2-P 1 0.0635 0.0635 0.064 0.064 Main System Board 1 0.03 0.03 0.030 0.030 HTR -R HTRI-D 2 0.009600 0.001600 0.0096 0.021 0.0035 0.042 0 SET -MC @15CD 1 0.064 0.064 SET -MC @30CD 4 0 SET-HMC-C@177CD 0.098 0.392 ICP -B6 0.005 (E= I * R) 2 SET -HMC @135CD SET -MC @75CD SET -MC @110CD SET HMC-C@115CD SET HMC-C@135CD 2 0.175 0.233 0.318 0.318 0.636 EOL Voltage 19.35 0 SET -HMC @185CD 445 0 (20.4 - E) 2 Z-MC@15CD 64 128 0 0.0731 Amps 0.106 Amps SET HMC-C@185CD ZR -MC @15CD ZR -MC @30CD 2 0.445 0.064 0.098 0.128 SET-MC-CW@110CD 233 0 12 265 Standby Current Load: 0.0731 Amps For 24 Hours = 1.754 Amp -hours 9 HCP 0.0015 WESTFIELD SOUTHCENTER Notification Appliance Circuit MALL Detail Alarm Current Load: 0.106 Amps For 5 Minutes= 0.009 Amp -hours Panel: June 5, 2008 0.03 Amps 1.25 Amps Date: CIRCUIT: SPEAKER CIRCUIT QTY Device Type Alarm Current Alarm Total 25% Derating= 2.204 Amp -hours Circuit Total Standby Current Load: 0.03 Amps For 24 Hours = 0.720 Amp -hours 12.6 Total Wire Resistance (R) 2.92 0 0 0 (WL*2)*(R/ft) 0 0 Alarm Current Load: 1.25 Amps For 5 Minutes= 0.105 Amp -hours Total Device Load, Amps (I) Total System Current Load: 0 2.204 Amp -hours 0 (Total Cct Load) 0 0 0 Voltage Drop (E) 25% Derating= 1.031 Amp -hours 0 Battery Pair to be Used: 12VDC Amp -hours 7AH (E=I*R) 0 0 0 EOL Voltage 20.36 - 0 Total System Current Load: 1.031 Amp -hours (20.4 - E) p 0 0 Battery Pair to be Used: 12VDC Amp -hours 7AH BATTERY SIZING CALCULATION FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w LU w LU J W m LU z a DESCRIPT ION N z 4 ct 0 0 0 (1) LU co 0 0 W <KC CCI W 00 co CJ) Q co WCC �0 W u zz �- 2 WOW= O Q�s w 8,QC(ZI�T CJ 1- 0 w W C/) 0 -J W I -- c/) C1!) SCALE: 1/8" =1 ' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: RISER DIAGRAM VOLTAGE DROP CALCULATION Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved `,0B NUMBER:54495 SHEET FA -04 , Notification Appliance Circuit Detail WESTFIELD SOUTHCENTER MALL PROJECT: CHARLOTTE RUSSE i a Wire Resistance 16 i 1 ! Panel: June 5, 008 2 CURRENT TOTAL= 1220 Date: CIRCUIT: Si QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Voltage at EOL Circuit Total 1 SET -MC @15CD 64 64 Total Wire Resistance (R) 0.86 4 SET -MC @30CD 98 392 (WL * 2 ) * (R/ft) 0 SET -MC @75CD 175 0 Total Device Load, Amps (I) 1.22 0 SET -MC @11OCD 233 0 (Total Cct Load) 0 SET-HMC-C@115CD 318 0 T Voltage Drop (E) 1.05 0 SET-HMC-C@177CD 445 0 (E= I * R) 2 SET -HMC @135CD 318 636 EOL Voltage 19.35 0 SET -HMC @185CD 445 0 (20.4 - E) 2 Z-MC@15CD 64 128 0 Z-MC@30CD 98 0 0 SET-MC-CW@110CD 233 0 12 265 19.352508 1220 DEVICES= 9 TOTAL mA= 1220 WESTFIELD SOUTHCENTER Notification Appliance Circuit MALL Detail PROJECT: CHARLOTTE RUSSE Wire Resistance 2 58 Panel: June 5, 2008 CURRENT TOTAL 12.6 Date: CIRCUIT: SPEAKER CIRCUIT QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Voltage at EOL Circuit Total 7 70.7V 1/8 1.8 12.6 Total Wire Resistance (R) 2.92 0 0 0 (WL*2)*(R/ft) 0 0 0 Total Device Load, Amps (I) 0.01 0 0 0 (Total Cct Load) 0 0 0 Voltage Drop (E) _ 0.04 0 0 0 (E=I*R) 0 0 0 EOL Voltage 20.36 - 0 (20.4 - E) p 0 0 0 0 0 DEVICES= 7 - TOTAL mA= 12.6 14 565 20.363265961 12.6 FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w LU w LU J W m LU z a DESCRIPT ION N z 4 ct 0 0 0 (1) LU co 0 0 W <KC CCI W 00 co CJ) Q co WCC �0 W u zz �- 2 WOW= O Q�s w 8,QC(ZI�T CJ 1- 0 w W C/) 0 -J W I -- c/) C1!) SCALE: 1/8" =1 ' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: RISER DIAGRAM VOLTAGE DROP CALCULATION Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved `,0B NUMBER:54495 SHEET FA -04 , 621 SOUTHCENTER MALL ASSOCIATED PERMITS 08-F-307 08-S-465 FIRE DEPARTMENT SPRINKLER PLAN REVIEW COMMENTS Project Name: Charlotte Russe 621 Southcenter Mall Permit No.: 08-S-465 Date: September 30, 2008 Reviewer: Al Metzler Fire Protection Project Coordinator (206)575-4407 • Lateral sway bracing is required at a maximum spacing of 40' for all mains, cross mains, and branch lines 2.5" and larger. Bracing is provided for the last length of pipe but within 6' of the end of a feed or cross main. Bracing is required unless all the pipe is supported by rods less than 6" or by 30 ° wrap-around U -hooks for any size pipe, 9.3.5.3. • Minimum clearance around pipes: 2 " for 1"-3.5", 4" for 4" and larger, see 4 exceptions, 9.3.4. • Longitudinal sway bracing is a maximum of 80' for mains and cross mains and within 40 ' of the end of the line, 9.3.5.4. • Provide lateral and longitudinal bracing for changes in pipe direction per section 9.3.5.11.2 for pipe size 2 1/2 inches and larger. • Restrain branch lines at the end sprinkler of each line, restrain against vertical and lateral movement, 9.3.6.3. • Restraints for branch lines shall be at intervals per table 9.3.6.4 and section 9.3.6.4, and restrain sprig ups greater than 4', 9.3.6.6. • Comply with ASCE 7-02, section 9.6.2.6.2 (e). • Ceilings used for flex drop attachments shall comply with ASTM C 635 and ASTM C 636 per section 9.2.1.3.3.2. • Where flexible sprinkler hose fittings exceed 6ft. in length and are supported by a suspended ceiling, a hanger(s) attached to the structure shall be required to ensure that the maximum unsupported length does not exceed 6 ft.(9.2.1.3.3.3). • Provide sprinkler protection beneath all obstructions greater than 4 ft. in width. • Extend sprinkler protection to all combustible concealed spaces. • Comply with NFPA 13 obstruction tables. • Sprinkler heads spaced closer than 6 ft. apart must be baffled. • Modifications involving 30 or more sprinkler heads require hydrostatic test and system isolation if necessary. • These conditions apply to any sprinkler piping exposed as necessary to accomplish the permitted scope of work. All code references are NFPA 13, 2007 Edition. ZOh1€flGIflEUO rotedion/ Code Consulting 23 September 2008 Niki Rhodes Cosco Fire Protection 15000 Woodinville -Redmond Rd. NE Redmond, WA 98072 Tuazon Engineering, PLLC 4322 NE 7 Street Renton, WA 98059 425.917.1683 tel 425.917.1705 fax www.tuazon.com RE: Westfield - Charlotte Russe (Space 568) Independent Third Party Review — Fire Sprinkler System Dear Niki: As requested, I have performed an Independent Third Party Plan Review on the fire sprinkler system for the above referenced project. The following was reviewed: • Fire Sprinkler Drawing — Sheet FS -1 dated 9/4/08 • Hydraulic Calculations dated 9/19/08 The documents were reviewed for compliance with 2007 NFPA 13, Installation of Sprinkler Systems and Tukwila Municipal Code Chapter 16.42, Sprinkler Systems. I have found the fire sprinkler design to be acceptable subject to the following comments: 1. Clarify the length of flexhead flexible hose drops to be used. The detail on the drawing indicates 6'-0" drops to be used, however, the calculations indicate 4'-0" drops on the cover sheet while including 30 feet of equivalent length (page 6, FLXDRP to EQ01), which would accommodates 6'-0" drops. 2. Provide Washington State Certificate of Competency stamp on the drawing and calculations submitted to the City of Tukwila. 3. Provide applicable product data with the permit submittal to the City (flexheads, sprinklers). A resubmittal to Tuazon Engineering is not required provided the above are resolved to the satisfaction of Tukwila Fire Department. The comments made above do not relieve the contractor from compliance with requirements of contract drawings, specifications, or codes. Tuazon Engineering has performed a detailed review of the submittal for general conformance with the standards referenced. Please contact me at 425-917-1683 or eric(@tuazon.com with any questions regarding this review. Respectfully, TUAZON ENGINEERING, PLLC Eric P. Tuazon, PE Fire Protection Engineer C Coon., ke12008 Ncp,,d203652 SIMI Fre. W,9btl a.uc Russ \2 cae..mn spreader wxe-rbc ... •• •.. •.••••.• •••••••• •••••••• Iosco Fire Protection COSCO FIRE PROTECTION 15000 WOODINVILLE-REDMOND RD. SUITE B-800 WOODINVILLE, WA. 98072 425-686-6300 Job Name : SD6030 Building : SOUTHCENTER MALL Location : SPACE 568 System : EXISTING Contract : 25SD6030 Data File : 25SD6030.wx1 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 COSCO FIRE PROTECTION Page 1 SD6030 Date 091908 Hydraulic Design Information Sheet Name - CHARLOTTE RUSSE Location - SPACE 568 Building - SOUTHCENTER MALL Contractor - COSCO FIRE PROTECTION Calculated By - T.N.RHODES Construction: ( ) Combustible (X) Non -Combustible Occupancy - ORD. HAZARD GRP II - MERCANTILE S Y S T E M D E S I G N Date - 9-19-08 System No. - EXISTING Contract No. - 25SD6030 Drawing No. - FS -1 Ceiling Height - 11-6 (X) NFPA 13 ( ) Lt. Haz. Ord.Haz.Gp. ( ) 1 (X) 2 ( ) 3 ( ) Ex.Haz. ( ) NFPA 231 ( ) NFPA 231C (X) Figure 11.2.3.2.3.1 Curve 11.2.3.2.3.1 Other QUICK RESPONSE AREA REDUCTION FOR MAXIMUM CEILING HEIGHT 11'-6" AFF Specific Ruling DECREASE R -A BY 37.75% Made By Date Area of Sprinkler Operation Density Area Per Sprinkler Elevation at Highest Outlet Hose Allowance - Inside Rack Sprinkler Allowance Hose Allowance - Outside - 934 - .20 - 130 - 11.5 - 0 - 0 - 250 System Type (X) Wet ( ) Dry ( ) Deluge ( ) Preaction ( ) Other Sprinkler/Nozzle Make RELIABLE Model F1FR Size 1/2" K -Factor 5.6 Temp.Rat.155 Note 4-0 LONG FLEXIBLE DROPS USED 24 ADDITIONAL FEET ADDED PER DROP LENGTH. Calculation Flow Required - Summary C -Factor Used: 120 W A T E R S U P P L Y C 0 M M S T 0 R A G E Press Required - Overhead 120 Underground Water Flow Test: Date of Test Time of Test Static Press Residual Press Flow Elevation 140 20 10900 0 Pump Data: Rated Cap.- Press - Elev. - Tank or Reservoir: Cap. - Elev.- Well Proof Flow Location - Source of Information - Commodity Storage Ht. Storage Method: Solid Piled Class Area Location Aisle W. Palletized % Rack ( ) Single Row ( ) Conven. Pallet R ( ) Double Row ( ) Slave Pallet A ( ) Mult. Row C ( ) Auto. Storage ( ) Encap. ( ) Solid Shelf ( ) Non ( ) Open Shelf K Flue Spacing Longitudinal Clearance:Storage to Ceiling Transverse Horizontal Barriers Provided: Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Water Supply Curve (C) CO 0 0) rn N 0 C) f0 l0 ao Z 0 H U Lu N 0 ce a LU cc U- 00 M coO 0 ci U co M O o co LO NOO)� -a as ti E CIL cpo c oEE0EEo) td i)Q V) W fn fn `� N y y i 41 N O O M gOCOMI (/) E a) O O 0 0) O O N .. 4) .. y3 a f12 o 0a LL adzes a 701 U�CC of co 000 0 (.7) U 0 LSI M O O O N a— N O O U) O r 0 Q ............................. a of •0 0 0 0 U 0 0 0 N0 0 0 0 0 0 0 0) 700 N- tD u) a CL Lu cn (/) D LU 0 N 0 O O U, 1500 344 %Jnde500 Flow Diagram COSCO FIRE PROTECTION Page 3 SD6030 Date 091908 S16 S17 T T I 34.P 35.7 34.R I S15+- 16 . 17 69 T 104.6 128.4 341.3 M1 F-- --- M2F----M34-M4i---- I 242.8 444.9 I 128.4 I 114.4 97.5 34.2 1 S4 F- 4 S8 F- 8 32.P 94.2 I 81.4 29.1 1 S3 S7 F 7 S114- 11 T I 34.p I 31.1 I 52.4 I 62.9 .l. 61.P 1 31.$ 3 - 2 S6 4- 6 S104- 10 I 261 I 32.P 30.5 I 26.4 I 31.3 1 1 1 S2 S5 S9 1 S1 552.1 M5 F 107.1 36.$ S14+- 14 70.4 1 S13F 13 35.E 34.8 S12 TIE1 I 552.1 TIE2 I 552.1 TIE3 T I 552.1 TIE4 T I 552.1 TIE5 T I 552.1 +FLO I 650 TEST Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Fittings Used Summary z 0 I U W I- 0 a w cc LL 00 U c) CO co 013 U (/) N N O N co CO N O CO co U) CO N N M N 0 CO v� O O 0 U)� U) 0 0 0) 0 0 v co Co U) 0 CO I - I - I,- 0 O NCOCO N 0 O N U)U) O) CO U) N a CO I� V 0 N CO CO f� N U) N N- O O N r O Co U) U) N I r N h CO 0 'V Co 0 CO 0 Co 0 N O U O 0 N O ' O N 0 CO Units Summary Pressure / Flow Summary - STANDARD COSCO FIRE PROTECTION Page 5 SD6030 Date 091908 Node Elevation K -Fact Pt Pn Flow Density Area Press No. Actual Actual Req. FLXDRP 10.0 5.6 21.56 na 26.0 S3 10.0 K = K @ EQ01 39.66 na 31.13 S2 10.0 K = K @ EQ01 38.06 na 30.49 2 11.5 40.51 na S4 10.0 K = K @ EQ01 47.86 na 34.19 S10 11.0 K = K @ EQ01 40.75 na 31.55 S11 11.0 K = K @ EQ01 49.07 na 34.62 S16 10.0 K = K @ EQ01 49.51 na 34.78 S17 10.0 K = K @ EQ01 52.11 na 35.68 S13 11.5 K = K @ EQ01 51.93 na 35.62 S14 11.5 K = K @ EQ01 55.3 na 36.75 S5 10.0 K = K @ EQ01 28.44 na 26.36 S7 10.0 K = K @ EQ01 34.64 na 29.09 S8 10.0 K = K @ EQ01 44.38 na 32.93 S1 10.0 K = K @ EQ01 43.46 na 32.58 3 14.75 45.79 na 4 14.75 48.2 na M1 11.5 54.22 na S9 10.0 K = K @ EQ01 40.19 na 31.33 10 14.75 43.51 na 11 14.75 52.26 na S15 10.0 K = K @ EQ01 47.82 na 34.18 16 14.75 49.54 na 17 14.75 52.24 na S12 11.5 K = K @ EQ01 49.49 na 34.77 13 14.75 52.79 na 14 14.75 56.3 na S6 10.0 K = K @ EQ01 27.67 na 26.0 6 14.75 27.72 na 7 14.75 34.09 na 8 14.75 48.07 na M2 13.12 54.81 na M3 13.12 58.42 na M4 13.12 58.58 na M5 13.12 60.82 na TIE1 13.12 69.02 na TIE2 13.0 77.1 na TIE3 13.0 79.17 na TIE4 13.0 79.81 na TIE5 13.0 80.0 na +FLO 0.0 86.51 na 97.95 TEST 0.0 87.35 na 250.0 The maximum velocity is 30.24 and it occurs in the pipe between nodes 7 and 8 0.2 130 7.0 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Hazen -Williams COSCO FIRE PROTECTION Page 6 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes FLXDRP 26.00 1.049 1E 2.0 30.000 21.556 K Factor = 5.60 to 120 0.0 2.000 -0.650 EQ01 26.0 0.2114 0.0 32.000 6.766 Vel = 9.65 0.0 26.00 27.672 K Factor = 4.94 S3 31.13 1.049 1T 5.0 0.080 39.662 K Factor @ node EQ01 to 120 0.0 5.000 -0.650 2 31.13 0.2949 0.0 5.080 1.498 Vel = 11.56 0.0 31.13 40.510 K Factor = 4.89 S2 30.49 1.049 1T 5.0 5.910 38.062 K Factor @ node EQ01 to 120 0.0 5.000 -0.650 2 30.49 0.2840 0.0 10.910 3.098 Vel = 11.32 2 31.13 1.049 1T 5.0 1.410 40.510 to 120 0.0 5.000 -1.408 3 61.62 1.0435 0.0 6.410 6.689 Vel = 22.87 0.0 61.62 45.791 K Factor = 9.11 S4 34.19 1.049 1T 5.0 1.830 47.858 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 4 34.19 0.3510 0.0 6.830 2.397 Vel = 12.69 0.0 34.19 48.198 K Factor = 4.92 S10 31.55 1.049 1E 2.0 7.500 40.747 K Factor @ node EQ01 to 120 1T 5.0 7.000 -1.624 10 31.55 0.3024 0.0 14.500 4.385 Vel = 11.71 0.0 31.55 43.508 K Factor = 4.78 S11 34.62 1.049 1 E 2.0 6.410 49.069 K Factor @ node EQ01 to 120 1T 5.0 7.000 -1.624 11 34.62 0.3591 0.0 13.410 4.816 Vel = 12.85 0.0 34.62 52.261 K Factor = 4.79 S16 34.78 1.049 1T 5.0 0.750 49.512 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 16 34.78 0.3621 0.0 5.750 2.082 Vel = 12.91 0.0 34.78 49.537 K Factor = 4.94 S17 35.68 1.049 1T 5.0 0.750 52.114 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 17 35.68 0.3797 0.0 5.750 2.183 Vel = 13.25 0.0 35.68 52.240 K Factor = 4.94 S13 35.62 1.049 1T 5.0 1.000 51.926 K Factor @ node EQ01 to 120 0.0 5.000 -1.408 13 35.62 0.3785 0.0 6.000 2.271 Vel = 13.22 0.0 35.62 52.789 K Factor = 4.90 S14 36.75 1.049 1T 5.0 1.000 55.300 K Factor @ node EQ01 to 120 0.0 5.000 -1.408 14 36.75 0.4012 0.0 6.000 2.407 VeI = 13.64 0.0 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 7 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes 36.75 56.299 K Factor = 4.90 S5 26.36 1.049 1E 2.0 4.160 28.440 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 6 26.36 0.2169 0.0 6.160 1.336 Vel = 9.79 0.0 26.36 27.719 K Factor = 5.01 S7 29.09 1.049 1T 5.0 0.790 34.638 K Factor @ node EQ01 to 120 0.0 5.000 -2.057 7 29.09 0.2603 0.0 5.790 1.507 Vel = 10.80 0.0 29.09 34.088 K Factor = 4.98 S8 32.93 1.049 2E 4.0 8.580 44.377 K Factor @ node EQ01 to 120 1T 5.0 9.000 -2.057 8 32.93 0.3273 0.0 17.580 5.754 Vel = 12.22 0.0 32.93 48.074 K Factor = 4.75 S1 32.58 1.049 1 E 2.0 11.660 43.463 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 3 32.58 0.3210 0.0 13.660 4.385 Vel = 12.09 3 61.62 1.38 0.0 4.000 45.791 to 120 0.0 0.0 0.0 4 94.2 0.6018 0.0 4.000 2.407 Vel = 20.21 4 34.20 1.61 1E 4.0 5.160 48.198 to 120 0.0 4.000 1.408 M1 128.4 0.5037 0.0 9.160 4.614 Vel = 20.23 M1 0.0 2.157 0.0 10.660 54.220 to 120 0.0 0.0 -0.702 M2 128.4 0.1213 0.0 10.660 1.293 Vel = 11.27 0.0 128.40 54.811 K Factor = 17.34 S9 31.33 1.049 1E 2.0 16.000 40.190 to 120 0.0 2.000 -2.057 10 31.33 0.2986 0.0 18.000 5.375 K Factor @ node EQ01 Vel = 11.63 10 to 11 31.55 62.88 1.049 120 1.0833 0.0 0.0 0.0 8.080 0.0 8.080 43.508 0.0 8.753 Vel = 23.34 11 34.63 1.38 1T 6.0 2.500 52.261 to 120 0.0 6.000 0.706 M3 97.51 0.6414 0.0 8.500 5.452 Vel = 20.92 0.0 97.51 58.419 K Factor = 12.76 S15 34.18 1.049 1E 2.0 8.750 47.824 K Factor @ node EQ01 to 120 0.0 2.000 -2.057 16 34.18 0.3507 0.0 10.750 3.770 Vel = 12.69 16 to 17 34.78 68.96 1.38 120 0.3379 0.0 0.0 0.0 8.000 0.0 8.000 49.537 0.0 2.703 Vel = 14.79 17 35.68 1.61 1 E 4.0 4.330 52.240 to 120 1T 8.0 12.000 0.706 M4 104.64 0.3450 0.0 16.330 5.634 Vel = 16.49 0.0 104.64 58.580 K Factor = 13.67 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 8 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes S12 34.77 1.049 1E 2.0 11.000 49.490 to 120 0.0 2.000 -1.408 13 34.77 0.3621 0.0 13.000 4.707 K Factor @ node EQ01 Vel = 12.91 13 to 14 35.62 70.39 1.38 120 0.3510 0.0 0.0 0.0 10.000 0.0 10.000 52.789 0.0 3.510 Vel = 15.10 14 36.75 1.61 1T 8.0 2.580 56.299 to 120 0.0 8.000 0.706 M5 107.14 0.3604 0.0 10.580 3.813 Vel = 16.88 0.0 107.14 60.818 K Factor = 13.74 S6 26.00 1.049 1E 2.0 2.950 27.672 to 120 1T 5.0 7.000 -2.057 6 26.0 0.2115 0.0 9.950 2.104 K Factor @ node EQ01 Vel = 9.65 6 to 7 26.36 52.36 1.049 120 0.7720 0.0 0.0 0.0 8.250 0.0 8.250 27.719 0.0 6.369 Vel = 19.44 7 to 8 29.09 81.45 1.049 120 1.7482 0.0 0.0 0.0 8.000 0.0 8.000 34.088 0.0 13.986 Vel = 30.24 8 32.92 1.38 1T 6.0 1.000 48.074 to 120 0.0 6.000 0.706 M2 114.37 0.8616 0.0 7.000 6.031 Vel = 24.53 M2 128.40 2.157 0.0 9.160 54.811 to 120 0.0 0.0 0.0 M3 242.77 0.3939 0.0 9.160 3.608 Vel = 21.31 M3 97.50 2.635 0.0 0.580 58.419 to 120 0.0 0.0 0.0 M4 340.27 0.2776 0.0 0.580 0.161 Vel = 20.02 M4 104.64 2.635 0.0 4.910 58.580 to 120 0.0 0.0 0.0 M5 444.91 0.4558 0.0 4.910 2.238 Vel = 26.18 M5 107.14 3.26 1T 20.159 13.870 60.818 to 120 0.0 20.159 0.0 TIE1 552.05 0.2410 0.0 34.029 8.200 Vel = 21.22 TIE1 0.0 3.26 1E 9.408 3.750 69.018 to 120 1T 20.159 29.567 0.052 TIE2 552.05 0.2410 0.0 33.317 8.028 Vel = 21.22 TIE2 0.0 4.26 1T 26.334 5.250 77.098 to 120 0.0 26.334 0.0 TIE3 552.05 0.0655 0.0 31.584 2.068 Vel = 12.43 TIE3 0.0 6.357 1E 17.603 51.620 79.166 to 120 0.0 17.603 0.0 TIE4 552.05 0.0093 0.0 69.223 0.645 Vel = 5.58 TIE4 0.0 6.357 0.0 20.040 79.811 to 120 0.0 0.0 0.0 TIE5 552.05 0.0093 0.0 20.040 0.187 Vel = 5.58 TIE5 0.0 8.249 0.0 337.750 79.998 to 120 0.0 0.0 5.630 +FLO 552.05 0.0026 0.0 337.750 0.886 Vel = 3.31 +FLO 97.95 8.249 1A 34.061 10.500 86.514 to 120 1G 4.698 225.505 0.0 TEST 650.0 0.0035 3E 63.423 236.005 0.836 Qa = 97.95 Vel = 3.90 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 Final Calculations - Standard COSCO FIRE PROTECTION Page 9 SD6030 Date 091908 Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Point Qt Pf/Ft Eqv. Ln. Total Pf Pn Notes 3T 123.323 250.00 Qa = 250.00 900.00 87.350 K Factor = 96.30 Computer Programs by Hydratec Inc. Route 111 Windham N.H. USA 03087 TOLCO FIG. 65 C -CLAMP PIPE ROD SIZE DIA I" 3/8" 1 1/4" 3/8" 1 1/2" 3/8" 2" 3/8" 2 1/2" 3/8" 3" 3/8" 4" 3/8" 6" 1/2" 8" 1/2" RETAINER STRAP, NUT THREADED ROD HILTI FIG LH OR TOLCO FIG 200 HANGER RING 0 ATTACH TO BOTTOM OF ROOF DECK WITH TOLCO FIG. 78 THREADED STEEL DECK PLATE (2)-I/4" x 1" TEK SHEET METAL SCREW PIPE ROD SIZE DIA I" 3/8" 1 1/4" 3/8" 1 1/2" 3/8" 2" 3/8" THREADED ROD TOLCO FIG 200 HANGER RING TOLCO FIG. 25 SURGE RESTRAINER TYPE 1 — FOR 1" AND 1-1/4" PIPE AND HANGER TYPE 2 — FOR 1-1/2" AND 2" PIPE AND HANGER EXISTING BRANCHUNE +I 5'-7" AFF 1" EE PLAN FOR LENGTH STATIC PRESSSURE IN EXISTING SYSTEM EXCEEDS 100 PSI. SURGE RESTAINT IS REQUIRE ON ALL HANGERS SUPPORTING PIPE 12" AND LONGER (NFPA 13 2007 ED.) 4'-0" "FLEXHEAD" FLEXIBLE DROP CORRUGATED STAINLESS STEEL BRAIDED HOSE STRECHED MEMBRANE PANEL +1 I'-0" AFF 4" C -CHANNEL ACOUSTICAL PANEL +11'-0" AFF 7 3" WIDE STAINLESS STEEL CEIUNG TROUGH TYPICAL ARMOVER TO NEW SPRINKLER HEAD SURGE RESTRAINT #25 (N.T.S.) 04/2007 COSCO STANDARD HANGER #2 04/2007 COSCO STANDARD HANGER #8 METAL === 0 0 0 8' (R 1/ Ci / t // 4,_7// ARGCO #3B OFFSET WHERE LENGTH OF ALL THREAD ROD EXCEEDS 1'-10' ADD SECOND RESTRAINT �3/8 X 3-1/2 LAG SCREW FOR WOOD – 3/8' KWIK BOLT FOR CONCRETE 1/4 X 1 TEK FOR BARJOIST OR STEEL BEAM 3/8'x1-10 ALL THREAD ROD MAX PER SINGLE RESTRAINT HANGER RING (UP TO 2' PIPE) LINE RESTRAINT DETAIL NOTE: 1) SPACE WITH IN 6' OF A HANGER EVERY 42'-0', 2) BRACING PER NFPA-13(2007 ed.) SECTIONS 9.3,5,8.8, TABLE 9,3,5,8,8(c) AND 9.3.6-RESTAINT OF BRANCH LINES HYDRAULIC DESIGN—REMOTE AREA APPLE—MOST REMOTE 934 ft2 —QR AREA REDUCTION ORDINARY HAZARD GROUP 2 y_-3(11.5)/2+55 .20 GPM/934 S.F. y=37,75% REDUCTION K=5.6 Remote Area=933.75 ft sq 130 S.F. MAX. PER HEAD 17 SPRINKLERS IN REMOTE AREA SPRINKLER DEMAND: 650.0 GPM © 87.35 PSI ADDED HOSE STREAM: 250 GPM TOTAL SYSTEM DEMAND: 900.0 GPM © 87.35PSI GENERAL NOTES 5. 6. 7. 8, 10, 11, 12 13 DESIGN AND INSTALLATION SHALL CONFORM TO NFPA PAMPHLET 13 (2007 ed.) AND ALL CITY OF TUKWILA REQUIREMENTS. ALL MATERIALS SHALL BE NEW AND U.L. APPROVED. PIPE: ALL PIPE 2' AND SMALLER TO BE SCHEDULE 40 BLACK STEEL. ALL PIPE 2' AND LARGER TO BE SCHEDULE 10 BLACK STEEL. FITTINGS: ALL FITTINGS <SCREWED AND GROOVED) AND GROOVED COUPLINGS TO BE STAR BRAND DUCTILE IRON. PAINTING OF PIPE AND PROTECTI❑N OF SPRINKLER HEADS FROM PAINT IS BY OTHERS. ALL ELECTRICAL WIRING AND CONDIUT IS BY OTHERS. ALL WELDING TO CONFORM WITH AWS D10.9 AND WILL BE PERFORMED IN COSCO'S SHOP. IT IS THE BUILDING OWNERS RESPONSIBILITY TO KEEP ALL AREAS WITH WET SPRINKLER SYSTEMS HEATED TO A MINIMUM 40 DEGREES FAHRENHEIT TO PREVENT FREEZING OF PIPES. OWNER IS RESPONSIBLE TO ASSURE THAT STRUCTURE AS IT IS SHOWN ON THE CONTRACT DRAWINGS CAN ADEQUATELY SUPPORT ALL FIRE SPRINKLER PIPING LOADS. NO AUXILLIARY DEVICES OR ATTACHMENTS SHALL BE PROVIDED BY COSCO TO SUPPLIMENT THE STRUCTURE TO ACCOMODATE FIRE SPRINKLER PIPING L❑ADS, COSCO ASSUMES NO RESPONSIBILITY, EITHER EXPRESSED OR IMPLIED, FOR THE CONDITION, PERFORMANCE OR CURRENT CODE COMPLIANCE OF THE EXISTING SYSTEM TO BE MODIFIED OR ANY OTHER EXISTING FIRE PR❑TECTI❑N SYSTEM ON SITE EXCEPT FOR WORK PERFORMED DIRECTLY BY COSCO FIRE PROTECTION. Q LU L.L.. UNDERGROUND CONTRACTOR SHALL FLUSH THE UNDERGROUND AND PR❑VIDE COSCO WITH THE PROPER CERTIFICATE OF DOING S❑ BEFORE COSCO WILL CONNECT/ TO THE UNDERGROUND PIPE. SPRINKLER HEADS ARE DESIGNED TO BE IN CENTERLINE OF CEILING TILE (+/— 1'). ALL DIMENSI❑NS ARE TO CENTERLINE OF PIPE. SEE PRODUCT DATA INCLUDED WITH SUBMITTAL PACKET FOR INFORMATION ON FLEX -DROPS AND SPRINKLER HEADS ( 0 ) (N 0 0 0 0 1'-32 MALL KEY PLAN - SOUTHCENTER MALL SITE Cti.,.t�r/R�4 SPACE No. 569 n T MALL �RESTROOMS r^a MALL MANAGEMENT OFFICE MALL ADA ACCESS NOTE FOR ACCESSIBLE ROUTE FROM SHOPPN9 MAIL PARKIN4t TO 6PAOE CONTACT MALL MANAGEMENT. GROUND LEVEL OF SINGLE LEVEL MALL (1) L0 .. Without Comments As Noted In Red Per The Attached Letter lameetviontnaltowit 1 i hese plans have been reviewed by The Tukwila Fire Prevention Bureau for conformance with current city standards. Acceptance is :L2 iect to errors and omissions which do not authorize violation:, of adopted ' stanaarcjs and orriin :nces. Tilie r:..: pens bility for the adequacy of design rti; t:.:':, lar; ' I,iii.i tha designer. 'Additions, deletions or rt •visiclns ':o ti l: sc drawings atter this date will void this.accept;y ,ce .nd; •;viii require a field test and inspection b\ i ,i resubmittal of revised drawings for subsequent approval. it Final acceptance is subject 1 The Tukwila Fire Prevention Bureau. [Date: q -3 0 - ''. g By: .,'Il —8 /, I ��K��v.��*��•r :♦ ♦ ��r.♦.w �w�s--- ♦�► vv�►�-w.��fw:��vv��:f� _.:♦�:♦�d o v.• �� .vv.♦�♦� ♦ ♦�► w v��. �w��:��:��♦:��v.�vsv.♦:��♦u.-�� v�v.�•:w:�w:�� w:��v.�� :�♦��o_v♦� ♦a a♦�7a1a�w o._'!�♦a:� fIa'ra�a♦a+Ia�a�a♦ate Q►a'►i.'� �' root rocas►\♦.. «.s a .. o. ,w A .. ,., ,a. 1 ♦ ♦ ♦ Q... �'i..�ig1�a♦a♦a♦� /aT�.�a♦a♦I IaTaRCIa♦a♦��a�a♦aha♦a♦a♦ ♦a♦a�►a�aTar �a'►a�a'Pa♦a r ►i..0:►'•i �a'�a♦a♦�'G��i♦a'�a 11, ♦a♦a♦ � 4\'v�a�' L'�r•'��tr.r��s'3(i11��s 4111111111111Ww All MEM: IMP +ICU (Y) ,�� :: m i -ice•, :,matioripa. WE r wierimuti =win= .. • . limiww, ,alloili ___ int _ Iv _ _ ;I__ ._ 4: "1511011120 i : riat- Ain man .4 '4••••110=11.1 EittolNI, 1110111111.11P/111 NM : 'Maw . )0,v -0 -will .1•11=jaiwasIlINNINI raiiirall=• . eriminl II is a, ,, ,..... , lhLJl/ o u-9 n 0, 0, ♦, o• ==.6 11111=1: . •' liitiill II 4 31,11 111111E ,: EN . iria 111 ,. ►♦.�:� tet„ �.r. malu m__guta muliit:Wi i'n .:'iir,a.•�J I ,, ��r•��- - �� s3 ,, rails ,, ...61-- reir VA ill :4 ini Mil MI ♦ ♦ ♦ ♦ jiii♦i♦a.O. ♦i♦i♦�♦i♦as,j►♦�♦�♦�� ►♦] �♦�♦�,� �i♦i♦i♦i♦i♦i♦i♦i� ��.��_!I �I plummcipl IA Irmo ii 4...♦!♦! .i Not•ji!::!::!:!:.I'k * .. !ice gi!'-..!�r...'!i'.!'ti. li g — -- �� T T •. '_■I'.■imma� I rrf► mo ui ri Aso 1 III I1m■1■ ;� mil► l ' 7�• 1 ■1■ �� Lis Mffill ;:Wict .� AV , Ili`'' 0PO linl 1I r Pel _I r r r 1_._.� �.. .._�..... .._-� — f8LFl3.ia...+-�� '.'—.`.—__'�—'ia::-�' �� IIIIIII■lltilllllll� i .ri..,,, ..., ,......„,,, I , =MM. 114 :♦i ♦4 ♦ '4 Alh. A6.4 0 +ICU N l ) 12' margcE W nips must be in,...-\mted before pipe is hull , Do riot paint piping prior to hydrostatic test approval. t'UKWILA EPARTM ': Please call:FIRE 575D-4407 t, and give this job - No. (e2/ 5C Mee..d REVISIONS I >- TNR I TOTAL SPRINKLERS = 91 THIS SHEET a 1200 H w1 "1-Q 0 O. ,....13 ...i: o.i: WH DESCRIPTION PRELIMINARY 3RD PARTY APPROVAL TO TUAZON ENGINEERING -a n II V) 'A. (t I- kn ct' .e % C; z - W Lo and exact address for shlr ".-t1m or restoration appro Because of inceased demand our inspectors' sdiedules are booked 3-7 days ahead. Therefore, you will need to call 206-575-4407 to schedule your inspections a minimum of 48 hours in advance of date you want an 11 0 0 0 0 0 0 11 0 ♦♦ hl 0L 0 r' 4. . to. . . . ► .♦...w•��♦ . .�. ....�..�. ♦.. ..♦ . . . �►.♦�r ��►♦ ♦♦� . w►. � r '►1 r' 0 0 3' 10 — 1 0' // 1 0' 10' — 0', FRE SPI\KLER PIPI\G PLA\ SCALE: Y41' 10' 1 0' // 10' /, 10' // z t3 TOTAL SPRINKLERS = 91 THIS SHEET a 1200 H o - o c4 ,....13 ...i: o.i: WH N/A oxH Zz fmU m % W Lo CI 01 I APPROVALS BY: CITY OF TUKWILA d �z W o y to Lt) IX N CO Tac VA SPRINKLER HEAD LEGEND : RELIABLE MODEL G4 CONCEALED PENDANT RELIABLE Fl FR SSU • • • • • • • • •••v •••• • • • • •••• ••• • FIRE PROTECTION AND LIFE SAFETY SPECIALISTS W W z Z Zoei a0, -O a) x TY N o d o • = o o _▪ �� • c co o p N U E 0 0 5 0 H 0 SAN DIEGO • LOS ANGELES • FRESNO • SAN FRANCISCO • SACRAMENTO • PORTLAND • SEATTLE • ANCHORAGE co 'o t1 V)< J Q W � II— W • El LL • • O- N '0)- W (13 Z 0 H U _ co co D- ao Z< • e,‘ Z W J �/ zU 3U 0 co DRAWING TITLE FIRE SPRINKLER TENANT IMPROVEMENT DATE : 9-4-08 SCALE : 1/4" = 1'-0" DRAWN BY : T.N.RHODES JO•NO 25SD6030 SHEET NO. FS -1 ( CHARLOTTE RUSSE FIRE ALARM SYSTEM TUKWILA, WASHINGTON r SHEET INDEX GENERAL NOTES SYMBOLS LEGEND SHEET \UM3ESHEET TITLE FA -01 SYSTEV I\FOMATIO\ FA -02 TYPICAL DETAILS - WRI\ G A\D MOUNTI\G FA -03 FRE ALARM SYSTEM FLOO PLA\ FA -04 SYSTEM CALCULATIONS (CE\ERAL), MISER, SITE PLAN WIRE DESIGNATION SCHEDULE WIRE SCHEDULE AND CONDUIT FILL CHART SHIELDED WIRE TO BE GROUNDED AT POINT OF ORIGIN PUNCHED THROUGH EACH DEVICE WRAPPED WITH TAPE AND TAPED AT END FOR SIEMENS SYSTEM: DO NOT INSTALL ADDRESSABLE INITIATING DEVICES UNTIL PREPROGRAMMED WITH DEVICES ADDRESS. 1. NUMBERS ADJACENT TO DEVICE SYMBOL DENOTE DEVICE CIRCUIT/ADDRESS DEVICE 01-1-02 WOULD BE THE SECOND DEVICE ON ADDRESSABLE LOOP 1. 2. DETECTOR AND AUDIBLE CIRCUIT POLARITY SHALL BE OBSERVED. 3. AUDIBLE/VISUAL CIRCUIT WIRING IS SUPERVISED. NO PARALLEL BRANCHING IS PERMISSIBLE 4. INSTALLATION SHALL BE IN STRICT CONFORMANCE WITH THE NATIONAL ELECTRIC CODE, NFPA 72, LOCAL CODE(S), AND/OR AUTHORITY HAVING JURISDICTION. 5. INSTALLATION MATERIALS (I.E. CONDUIT, WIRE, FITTINGS, HANGERS, STANDARD BOXES, FIBER OPTICS CABLE, FITTINGS, AND ASSOCIATED EQUIPMENT) ARE NOT SUPPLIED BY SIEMENS CERBERUS DIVISION. 6. DETECTORS SHALL NOT BE MOUNTED IN DIRECT AIR STREAM OF AIR SUPPLY OUTLETS. PER NFPA 72 2-3.5.1 7. WIRING SHALL BE PER PLAN WITH RESPECT TO CONDUCTOR SIZE, & OR CABLE TRAY, TYPE, QUANTITY AND COLOR CODE. CONDUCTORS SHALL BE PERMANENTLY, AND UNIQUELY MARKED FOR FUTURE IDENTIFICATION. 8. INSTALLING CONTRACTOR SHALL RETURN ONE SET OF ACCURATELY MARKED DRAWINGS FOR "AS BUILT" PURPOSES. 9. FOR ADDITIONAL INSTALLATION INSTRUCTIONS, REFER TO CATALOG CUT SHEETS AND/OR INSTALLATION INSTRUCTIONS. 10. THE 120vac POWER ELECTRICAL WORK SUPPLYING FIRE ALARM SYSTEM PANELS MUST COMPLY WITH ARTICLE 725 AND 760 OF NFPA 70, N.E.C. AND NFPA 72, SPECIFICALLY SECTION 1-5.2.5.2: IN REFERENCE TO DEDICATED BRANCH POWER SOURCES. 120vac POWER SHALL NOT BE APPLIED TO FIRE ALARM PANEL WITHOUT DIRECT SUPERVISION OF FIRE ALARM TECHNICIAN. 11. ALL HORN/STROBE AND STROBE DEVICES SHALL BE MOUNTED AT A HEIGHT OF 80" A.F.F. OR 6" BELOW DROPPED CEILING, WHICHEVER IS LESS. 12. ALL MANUAL PULL STATIONS SHALL DE MOUNTED AT 48" A.E.F. TO THE ACTIVATION DEVICE. 13. ALL PANEL NUMBERS AND CIRCUITS WILL BE ON THE RECORD DRAWINGS SET. 14. ALL 120VAC CIRCUITS ARE FROM DEDICATED CIRCUITS FROM THE EMERGENCY GENERATOR. 15. PER NFPA 72 SECTION 5-3.6.1.3 DETECTORS SHALL NOT BE INSTALLED UNTIL AFTER THE CONSTRUCTION CLEAN-UP OF ALL TRADES IS COMPLETE AND FINAL. EXCEPTION: WHERE REQUIRED BY THE AUTHORITY HAVING JURISDICTION FOR PROTECTION DURING CONSTRUCTION. DETECTORS THAT HAVE BEEN INSTALLED PRIOR TO FINAL CLEAN-UP BY ALL TRADES SHALL BE CLEANED OR REPLACED IN ACCORDANCE WITH NFPA 72 CHAPTER 7. 16. WIRING SHALL RUN CONTINUOUS FROM FACP TO FIRST DEVICE ON A CIRCUIT AND THEN FROM DEVICE TO DEVICE WITHOUT SPLICING IN PULL BOXES OR OTHER BACK BOXES OF DIFFERENT CIRCUITS. 17. ALL WIRING SHALL BE METERED, VERIFIED TO BE CONTINUOUS, FREE OF GROUND AND FREE OF SHORTS BETWEEN CONDUCTORS AND OTHER CIRCUITS PRIOR TO FINAL EQUIPMENT TRIM. 18. ALL CABLES SHALL BE MARKED AS INDICATED ON FIRE ALARM RISER WITH A PERMANENT LABEL AT ALL DEVICES, JUNCTION BOXES AND FACP. 19. THE ELECTRICAL CONTRACTOR SHALL CLEAN ALL DIRT AND DEBRIS FROM THE OUTSIDE AND INSIDE OF THE FIRE ALARM BACK BOXES AND JUNCTION BOXES AFTER COMPLETION OF THEIR INSTALLATION. 20. DETECTORS MUST BE RATED FOR TEMPERATURE IN THE ENVIRONMENT IN WHICH IT IS LOCATED. 21. ALL WIRING BETWEEN FLOORS SHALL BE LOCATED IN CONDUIT. 22. NFPA 72 2007 6.4.2.2.2 ALL STYLES OF CLASS A CIRCUITS USING PHYSICAL CONDUCTORS (E.G., METALLIC, OPTICAL FIBER) SHALL BE INSTALLED SUCH THAT THE OUTGOING AND RETURN CONDUCTORS, EXITING FROM AND RETURNING TO THE CONTROL UNIT, RESPECTIVELY, ARE ROUTED SEPARATELY. THE OUTGOING AND RETURN (REDUNDANT) CIRCUIT CONDUCTORS SHALL NOT BE RUN IN THE SAME CABLE ASSEMBLY (I.E., MULTI -CONDUCTOR CABLE), ENCLOSURE, OR RACEWAY. 23. NFPA 72 2007 A.6.4.2.2.2 A GOAL OF 6.4.2.2.2 IS TO PROVIDE ADEQUATE SEPARATION BETWEEN THE OUTGOING AND RETURN CABLES. THIS SEPARATION IS REQUIRED TO HELP ENSURE PROTECTION OF THE CABLES FROM PHYSICAL DAMAGE. THE RECOMMENDED MINIMUM SEPARATION TO PREVENT PHYSICAL DAMAGE IS 305 MM (1 FT) WHERE THE CABLE IS INSTALLED VERTICALLY AND 1.22 M (4 FT) WHERE THE CABLE IS INSTALLED QUANTITY 2 1 3 2 2 2 EX SYMBOL DESCRIPTION MODEL MANUFACTURER BACKBOX MOUNTING HEIGHT FACP FIRE ALARM EX CONTROL PANEL XLS-V SIEMENS PROVIDED 66" A.F.F. TO TOP FARA FIRE ALARM REMOTE ANNUNCIATOR SDD-C SIEMENS PROVIDED 66" A.F.F. TO TOP BPS REMOTE BOOSTER EX POWER SUPPLY PAD -3 SIEMENS PROVIDED 66" A.F.F. TO TOP INTERFACE MODULE WITH RELAY HTRI-R SIEMENS 4S DEEP VERIFY IN FIELD E DUAL INPUT INTERFACE MODULE HTRI-D SIEMENS 4S DEEP VERIFY IN FIELD HCP CONTROL POINT MODULE HCP SIEMENS 4S DEEP VERIFY IN FIELD HZM REMOTE CONVENTIONAL HZM ZONE MODULE SIEMENS 4S DEEP VERIFY IN FIELD Ca LINEAR BEAM SMOKE DETECTOR PBA -1191 SIEMENS PROVIDED VERIFY IN FIELD SMOKE DETECTOR HFP-11 W/ SIEMENS (ADDRESSABLE -PHOTO) DB -11 BASE 4S DEEP W/ 1G RING CEILING DUCT SMOKE D DETECTOR AD2-P W/ SIEMENS TSM MODULE DUCT HOUSING VERIFY IN FIELD HEAT DETECTOR (ADDRESSABLE) HFPT-11 W/ SIEMENS DB -11 BASE 4S DEEP W/ 1G RING CEILING Ec FIRE ALARM SPEAKER STROBE (CEILING MOUNT) FIRE ALARM SPEAKER STROBE (WALL MOUNT) FIRE ALARM SPEAKER STROBE (CEILING MOUNT) SET -MC -CW SIEMENS SET -MC -W SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. 4S DEEP BOX W/ 1-1/2" EXT. CEILING 80" A.F.F. TO BOTTOM SET -HMC -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING EIC FIRE ALARM STROBE (CEILING MOUNT) ZR -MC -CW SIEMENS 4S BOX W/ 1G RING CEILING FIRE ALARM © STROBE (WALL MOUNT) ZR -MC -'-V SIEMENS 4S BOX W/ 1G RING an" A.F.F. TO BOTTOM U.O.N. Y C FIRE ALARM SPEAKER (CEILING MOUNT) SET -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING B AWP MR FIRE ALARM SPEAKER (WALL MOUNT) FIRE ALARM STROBE (WEATHERPROOF) MULTI -VOLTAGE CONTROL RELAY SET -W SIEMENS SET -S17 -WP SIEMENS MR -201 /C AIR PRODUCTS 4S DEEP BOX W/ 1-1/2" EXT. 80" A.F.F. TO BOTTOM MT -SUR -BOX 1/2" PIPE VERIFY IN FIELD 4S BOX VERIFY IN FIELD MAGNETIC DOOR HOLDER F.B.O. F.B.O. F.B.O. VERIFY IN FIELD FA JBDX FIRE ALARM TERMINAL CABINET F.B.O. F.B.O. F.B.O. VERIFY IN FIELD. O JUNCTI❑N BOX F.B.O. ---44E$441;4 • IN FIELD A.F.F. ABOVE FINISHED FLOOR N/A N/A F.B,❑, FURNISHED BY OTHERS N/A ' N/A N/A CST N/A Wthout Comments N/A N/A N/A NOT APPLICABLE WIRE DESIGNATI❑N SYMBOL DESCRIPTI❑N NUMBER OF CONDUCTORS SIZE TYPE COLOR CODE D H P S A V I X UD UI M B DATA LINE -ADDRESSABLE LOOP DOOR HOLDER POWER - 24VDC DEVICE POWER - 24VDC STROBE CIRCUIT - FEED ANNUNCIATOR SPEAKER CIRCUIT - FEED REMOTE INDICATION LIGHT LOW LEVEL AUDIO UNDERGROUND DATA UNDERGROUND INITIATION DOOR HOLDER POWER BEAM DETECTOR POWER TWISTED PAIR WITH SHIELD #16 FPL/FPLR RED (JACKET) TWO #14 FPL/FPLR RED (JACKET) TWO #16 FPL/FPLR RED (JACKET) TWISTED PAIR W/ SHIELD #12 FPL/FPLR, RED (JACKET) TWISTED PAIR W/ SHIELD #16 FPL/FPLR RED (JACKET) TWISTED PAIR #14 FPL/FPLR RED (JACKET) TWO #18 FPL/FPLR RED (JACKET) TWISTED PAIR W/ SHIELD #16 FPL/FPLR RED (JACKET) TWISTED PAIR RATED #18 FPL/FPLR RED (JACKET) TWISTED PAIR RATED #18 FPL/FPLR RED (JACKET) TWO #16 .FPL/FPLR RED (JACKET) TWO #14 FPL/FPLR RED (JACKET) Ike plans have been rYiAed by The Tukwila FNr./A Prevention Bureau for conformance with current city CONDUIT FILL CHART WP NO. OF CONDUCTORS VOLTS WIRE SIZE TYPE DIMENSIONS AREA TWO 600V #12 AWG THHN/THWN .244 O.D. .0467 TWO 600V #14 AWG THHN/THWN TWISTED .210 O.D. .0346 TWO CONDUCTOR 300V #18 AWG FPL TW CABLE .156 O.D. .0191 CONDUIT FILL CALCULATE THE TOTAL AREA OF THE WIRE BEING RUN IN THE CONDUIT FROM THE TABLE ABOVE. CHOOSE THE SIZE OF CONDUIT BASED ON THE MAXIMUM FILL DIMENSION FROM THE TABLE BELOW THAT DOES NOT EXCEED THE TOTAL AREA OF THE WIRE. CONDUIT SIZE MAXIMUM FILL 1/2" .12 SQUARE INCH 3/4" .21 SQUARE INCH 1" .34 SQUARE INCH 1-1/4" .60 SQUARE INCH 1-1/2" .82 SQUARE INCH 2" 1.34 SQUARE INCH FIGURES ARE BASED ON 40% CONDUIT FILL AND ARE TAKEN FROM N.E.C., CHP. 9, TABLE 4. SHIELDED WIRE TO BE GROUNDED AT POINT OF ORIGIN PUNCHED THROUGH EACH DEVICE WRAPPED WITH TAPE AND TAPED AT END FOR SIEMENS SYSTEM: DO NOT INSTALL ADDRESSABLE INITIATING DEVICES UNTIL PREPROGRAMMED WITH DEVICES ADDRESS. 1. NUMBERS ADJACENT TO DEVICE SYMBOL DENOTE DEVICE CIRCUIT/ADDRESS DEVICE 01-1-02 WOULD BE THE SECOND DEVICE ON ADDRESSABLE LOOP 1. 2. DETECTOR AND AUDIBLE CIRCUIT POLARITY SHALL BE OBSERVED. 3. AUDIBLE/VISUAL CIRCUIT WIRING IS SUPERVISED. NO PARALLEL BRANCHING IS PERMISSIBLE 4. INSTALLATION SHALL BE IN STRICT CONFORMANCE WITH THE NATIONAL ELECTRIC CODE, NFPA 72, LOCAL CODE(S), AND/OR AUTHORITY HAVING JURISDICTION. 5. INSTALLATION MATERIALS (I.E. CONDUIT, WIRE, FITTINGS, HANGERS, STANDARD BOXES, FIBER OPTICS CABLE, FITTINGS, AND ASSOCIATED EQUIPMENT) ARE NOT SUPPLIED BY SIEMENS CERBERUS DIVISION. 6. DETECTORS SHALL NOT BE MOUNTED IN DIRECT AIR STREAM OF AIR SUPPLY OUTLETS. PER NFPA 72 2-3.5.1 7. WIRING SHALL BE PER PLAN WITH RESPECT TO CONDUCTOR SIZE, & OR CABLE TRAY, TYPE, QUANTITY AND COLOR CODE. CONDUCTORS SHALL BE PERMANENTLY, AND UNIQUELY MARKED FOR FUTURE IDENTIFICATION. 8. INSTALLING CONTRACTOR SHALL RETURN ONE SET OF ACCURATELY MARKED DRAWINGS FOR "AS BUILT" PURPOSES. 9. FOR ADDITIONAL INSTALLATION INSTRUCTIONS, REFER TO CATALOG CUT SHEETS AND/OR INSTALLATION INSTRUCTIONS. 10. THE 120vac POWER ELECTRICAL WORK SUPPLYING FIRE ALARM SYSTEM PANELS MUST COMPLY WITH ARTICLE 725 AND 760 OF NFPA 70, N.E.C. AND NFPA 72, SPECIFICALLY SECTION 1-5.2.5.2: IN REFERENCE TO DEDICATED BRANCH POWER SOURCES. 120vac POWER SHALL NOT BE APPLIED TO FIRE ALARM PANEL WITHOUT DIRECT SUPERVISION OF FIRE ALARM TECHNICIAN. 11. ALL HORN/STROBE AND STROBE DEVICES SHALL BE MOUNTED AT A HEIGHT OF 80" A.F.F. OR 6" BELOW DROPPED CEILING, WHICHEVER IS LESS. 12. ALL MANUAL PULL STATIONS SHALL DE MOUNTED AT 48" A.E.F. TO THE ACTIVATION DEVICE. 13. ALL PANEL NUMBERS AND CIRCUITS WILL BE ON THE RECORD DRAWINGS SET. 14. ALL 120VAC CIRCUITS ARE FROM DEDICATED CIRCUITS FROM THE EMERGENCY GENERATOR. 15. PER NFPA 72 SECTION 5-3.6.1.3 DETECTORS SHALL NOT BE INSTALLED UNTIL AFTER THE CONSTRUCTION CLEAN-UP OF ALL TRADES IS COMPLETE AND FINAL. EXCEPTION: WHERE REQUIRED BY THE AUTHORITY HAVING JURISDICTION FOR PROTECTION DURING CONSTRUCTION. DETECTORS THAT HAVE BEEN INSTALLED PRIOR TO FINAL CLEAN-UP BY ALL TRADES SHALL BE CLEANED OR REPLACED IN ACCORDANCE WITH NFPA 72 CHAPTER 7. 16. WIRING SHALL RUN CONTINUOUS FROM FACP TO FIRST DEVICE ON A CIRCUIT AND THEN FROM DEVICE TO DEVICE WITHOUT SPLICING IN PULL BOXES OR OTHER BACK BOXES OF DIFFERENT CIRCUITS. 17. ALL WIRING SHALL BE METERED, VERIFIED TO BE CONTINUOUS, FREE OF GROUND AND FREE OF SHORTS BETWEEN CONDUCTORS AND OTHER CIRCUITS PRIOR TO FINAL EQUIPMENT TRIM. 18. ALL CABLES SHALL BE MARKED AS INDICATED ON FIRE ALARM RISER WITH A PERMANENT LABEL AT ALL DEVICES, JUNCTION BOXES AND FACP. 19. THE ELECTRICAL CONTRACTOR SHALL CLEAN ALL DIRT AND DEBRIS FROM THE OUTSIDE AND INSIDE OF THE FIRE ALARM BACK BOXES AND JUNCTION BOXES AFTER COMPLETION OF THEIR INSTALLATION. 20. DETECTORS MUST BE RATED FOR TEMPERATURE IN THE ENVIRONMENT IN WHICH IT IS LOCATED. 21. ALL WIRING BETWEEN FLOORS SHALL BE LOCATED IN CONDUIT. 22. NFPA 72 2007 6.4.2.2.2 ALL STYLES OF CLASS A CIRCUITS USING PHYSICAL CONDUCTORS (E.G., METALLIC, OPTICAL FIBER) SHALL BE INSTALLED SUCH THAT THE OUTGOING AND RETURN CONDUCTORS, EXITING FROM AND RETURNING TO THE CONTROL UNIT, RESPECTIVELY, ARE ROUTED SEPARATELY. THE OUTGOING AND RETURN (REDUNDANT) CIRCUIT CONDUCTORS SHALL NOT BE RUN IN THE SAME CABLE ASSEMBLY (I.E., MULTI -CONDUCTOR CABLE), ENCLOSURE, OR RACEWAY. 23. NFPA 72 2007 A.6.4.2.2.2 A GOAL OF 6.4.2.2.2 IS TO PROVIDE ADEQUATE SEPARATION BETWEEN THE OUTGOING AND RETURN CABLES. THIS SEPARATION IS REQUIRED TO HELP ENSURE PROTECTION OF THE CABLES FROM PHYSICAL DAMAGE. THE RECOMMENDED MINIMUM SEPARATION TO PREVENT PHYSICAL DAMAGE IS 305 MM (1 FT) WHERE THE CABLE IS INSTALLED VERTICALLY AND 1.22 M (4 FT) WHERE THE CABLE IS INSTALLED QUANTITY 2 1 3 2 2 2 EX SYMBOL DESCRIPTION MODEL MANUFACTURER BACKBOX MOUNTING HEIGHT FACP FIRE ALARM EX CONTROL PANEL XLS-V SIEMENS PROVIDED 66" A.F.F. TO TOP FARA FIRE ALARM REMOTE ANNUNCIATOR SDD-C SIEMENS PROVIDED 66" A.F.F. TO TOP BPS REMOTE BOOSTER EX POWER SUPPLY PAD -3 SIEMENS PROVIDED 66" A.F.F. TO TOP INTERFACE MODULE WITH RELAY HTRI-R SIEMENS 4S DEEP VERIFY IN FIELD E DUAL INPUT INTERFACE MODULE HTRI-D SIEMENS 4S DEEP VERIFY IN FIELD HCP CONTROL POINT MODULE HCP SIEMENS 4S DEEP VERIFY IN FIELD HZM REMOTE CONVENTIONAL HZM ZONE MODULE SIEMENS 4S DEEP VERIFY IN FIELD Ca LINEAR BEAM SMOKE DETECTOR PBA -1191 SIEMENS PROVIDED VERIFY IN FIELD SMOKE DETECTOR HFP-11 W/ SIEMENS (ADDRESSABLE -PHOTO) DB -11 BASE 4S DEEP W/ 1G RING CEILING DUCT SMOKE D DETECTOR AD2-P W/ SIEMENS TSM MODULE DUCT HOUSING VERIFY IN FIELD HEAT DETECTOR (ADDRESSABLE) HFPT-11 W/ SIEMENS DB -11 BASE 4S DEEP W/ 1G RING CEILING Ec FIRE ALARM SPEAKER STROBE (CEILING MOUNT) FIRE ALARM SPEAKER STROBE (WALL MOUNT) FIRE ALARM SPEAKER STROBE (CEILING MOUNT) SET -MC -CW SIEMENS SET -MC -W SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. 4S DEEP BOX W/ 1-1/2" EXT. CEILING 80" A.F.F. TO BOTTOM SET -HMC -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING EIC FIRE ALARM STROBE (CEILING MOUNT) ZR -MC -CW SIEMENS 4S BOX W/ 1G RING CEILING FIRE ALARM © STROBE (WALL MOUNT) ZR -MC -'-V SIEMENS 4S BOX W/ 1G RING an" A.F.F. TO BOTTOM U.O.N. Y C FIRE ALARM SPEAKER (CEILING MOUNT) SET -CW SIEMENS 4S DEEP BOX W/ 1-1/2" EXT. CEILING B AWP MR FIRE ALARM SPEAKER (WALL MOUNT) FIRE ALARM STROBE (WEATHERPROOF) MULTI -VOLTAGE CONTROL RELAY SET -W SIEMENS SET -S17 -WP SIEMENS MR -201 /C AIR PRODUCTS 4S DEEP BOX W/ 1-1/2" EXT. 80" A.F.F. TO BOTTOM MT -SUR -BOX 1/2" PIPE VERIFY IN FIELD 4S BOX VERIFY IN FIELD MAGNETIC DOOR HOLDER F.B.O. F.B.O. F.B.O. VERIFY IN FIELD FA JBDX FIRE ALARM TERMINAL CABINET F.B.O. F.B.O. F.B.O. VERIFY IN FIELD. O JUNCTI❑N BOX F.B.O. ---44E$441;4 • IN FIELD A.F.F. ABOVE FINISHED FLOOR N/A N/A F.B,❑, FURNISHED BY OTHERS N/A ' N/A N/A CST N/A Wthout Comments N/A N/A N/A NOT APPLICABLE N/A - N/A f \ As NotedN 'ged N/A Per The Attached Letter U.❑.N, UNLESS OTHERWISEN/A NOTED Ike plans have been rYiAed by The Tukwila FNr./A Prevention Bureau for conformance with current city 1 A complete WP WEATHERPROOF DEVICE N/A standards. Acceptance Is subject to errors and bhi6sicns which do not ai h'Khze violations of adoNta standards and ordinances. The responsibility for the Fire De P Certificate RED AS BUILT ADD OR CHANGE N/A adequacy of design rests totally with the designer. .Nd'r..ions, deletions or rt.:JIM s to these drawingsNtfer this date will void this acceptance and will require a Lu the I commence, Testing c GREEN AS BUILT REMOVE N/A resubrnittal of revised draWirtgs for subsequent appr�vAal. N/7� Final acceptance is subject to field test and inspection by and Det Failure c BLUE AS BUILT NOTES TO CAD N/A ' Tukwila Fire Prevention/urea . N/A V A ` Date: U.2// O Qi By: 076U in a Re -in terminatio TUKWILA FIRE DEPARTm&M Please call: 575-440Z end give this job and exact address for shut. down or restoration approval, JOTICE d, signed, Tukwil artment Pre-test must be presentee �spector prior to anent of Acceptance if any Fire Alarm ection Systems. f test will result spection Fee and n of the testing. '-AID JUN 10 Z0081k9 Tukwila Fire "`'len" Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved CC v W FAX (206) 628-4990 TEL. (206) 622-6545 J RELEASE/REVISIONS CO Lu z Q DESCRIPTION SHOP DRAWINGS w co 0 0 c0 0 z C Z 0 F Q KALE: 1/8"=1' DRAWN BY: I.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: NUMBER:54495 j SHEET , FA -01 THE DUCT SMOKE DETECTOR ASSEMBLY SHOULD BE INSTALLED IN ACCORDANCE WITH NFPA 72. THE PREFERRED INSTALL LOCATION OF THE HOUSING IS IN A LENGTH OF STRAIGHT DUCT AT LEAST SIX DUCT WIDTHS FROM ANY BEND OR OTHER OBSTRUCTIONS AS INDICATED. BEND OR OTHER OBSTRUCTION ANY DUCK OVER 3' WIDE, SAMPLE TUBE MUST GO THRU THE DUCT AND BE CAPPED. 6-10 DUCT EQUIVALENT DIAMETERS TYPICAL SMOKE DETECTOR ISTALATION REQUIREMENT LABa SCALE COMBINE ALL SHIELDS AND ISOLATE FROM GROUNDING TO NEXT ADDRESSABLE DEVICE STOP IF LAST DEVICE O DUCT DETECTOR LOCATION FROM XLS CONTROL PANEL OR +" PREVI❑US ADDRESSABLE DEVIC' 1 0 END OF LINE DEVICE(3.6K 1/4W) - O SUPERVISED SWITCH GROUND_ O O HTRI—R OSTATUS LED oo 0 N.O. O COM Co O N.C. NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. O TYPICAL HTRI-R CONTROL RELAY MODULE -WIRING AND MOUNTING DETAIL LABEL SCALE (BACKGOUND MUSIC SHUTDOWN) PREVIOUS ADDRESSABLE DEVICE TO NEXT ADDRESSABLE DEVICE L TB1 NOTE 11 VOLTAGE MAX. - CURRENT MAX. - CONT, RES, MAX. - MAX, CABLE LENGTH - C (LINE TO LINE) - C (LINE TO SHIELD) - MAX. LINE SIZE - MIN, LINE SIZE- OUTLET SAMPLING \ TUBE �•� INLET SAMPLIN TUBE AT LEAST SIX DUCT WIDTHS FROM BEND TYPICAL MOUNTING FOR AD2-P DUCT DETECTOR SCALE=NONE MUSIC }-AC POWER SOURCE COMBINE ALL SHIELDS AND IS❑LATE FROM GROUNDING TO NEXT ADDRESSABLE DEVICE fj STOP IF LAST DEVICE -) FROM XLS CONTROL PANEL OR r PREVIOUS ADDRESSABLE DEVICE RELAY CONTACTS (4.OA @ 125VAC) (4.OA @ 30VDC) 27 VDC 3,5 mA DURING POLLING 10 OHMS 200 FT, (18 AWG) 0,02uF 0,04uF 14 AWG 18 AWG NOTE 2: ALL SUPERVISED SWITCHES MUST BE HELD CLOSED AND/OR OPEN FOR AT LEAST 25 SEC. TO GUARANTEE DETECTION, 0 50000 123456 TB2 CP 654321 END OF LINE DEVICE (3,6K 1/4W) SUPERVISED SWITCH GROUND O / / / © 0 HTRI—D OSTATUS LED Co 0 n 0 NOT USED (0 0 O NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. TYPICAL HTRI-D ADDRESSABLE INPUT MODULE -WIRING DETAIL LABEL SCAB (FIRE SUPPRESSION SYSTEM INTERFACE) 0 ONO N AC I73 I I mlopi LI 0 PAD -3 0 00 0 INPUT INPUT TROUBLE NAC1 NAC2 NAC3 NAC4 AUX 1+ 1- 1 2+ 2- 2 NC C NO + - + - + - + - + - 24K n + TYPICAL WIRING FOR HCP MODULE (PAD -3 TRIP) LABEL SCALE ,a2 END OF LINE DEVICE 3.6K 1/4W) .77"\ UPERVISED SWITCH 2 NAC -4 NAC -3 NAC -2 NAC -1 p FRONT VIEW NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. NOT USED REMOTE DEVICE LOOP NOT USED REMOTE _y DEVICE LOOP 0 70— FROM FROM XLS CONTROL PANEL OR (+)> PREVIOUS ADDRESSABLE DEVICE (-)> FROM REMOTE POWER SUPPLY C'S' CABLE) FROM FACP (VOICE CIRCUIT) ('V' CABLE) 470 OHMS 1W EOL T M-1 CSG CQ! TYPICAL AD2-P DUCT SMOKE DETECTOR - WIRING DETAIL +) ( ) STROBE SPEAKER u `J ( STROBE( -) EARTH GROUND -->(+)TO NEXT DEVICE OR } >(-) STOP IF LAST DEVICE (STROBE) SPEAKER SPEAKERISTROBE AND STROBE WIRING LABEL SCALE SPEAKER STROBE OR STROBE ONLY 80" A.F.F. R 4S DEEP BOX W/ 1-1/2" EXTENSION RING (SPEAKER STROBE) 4S BOX (STROBE ONLY) SPEAKER/STROBE WALL MOUNTED FIRE ALARM DEVICE MOUNTING ELEVATIONS SCALE=NONE TO NEXT DEVICE OR END OF LINE TO NEXT DEVICE OR END OF LINE NOTE: FOR ADDITIONAL SPECIFICATIONS SEE PRODUCT DOCUMENTATION. OPERVTI TEMPERATU E: +32 F (0 TO 100' F (338' C) HUMIDITY: 9 % RELATIVE HUMIDITY, NON -CONDENSING HFI' -11 SMOKE DETECTOR -- -* FROM PREVIOUS ADDRESSABLE DEVICE OR POWER SOURCE DATA IN (-) > DATA IN (+) DEVICE IS USTED FOR AIR VOLOCITY APPLICATIONS OF 300-4000 FT/MIN WHEN USED IN CONJUNCTION WITH DUCT HOUSINGS AD -11P OR AD-11XPR OB -11 STANDARD SMOKE DETECTOR BASE REAR VIEW HFP-11 SMOKE AND DB -11 DETECTOR BASE -WIRING DETAIL LABEL SCALE TO NEXT DEVICE > (-) DATA OUT > (+) DATA OUT CEILING MOUNT SPEAKER/STROBE MOUNTING (HARD LID) HARD LID CEILING HARD LID SPEAKER SUPPORT T BRIDGE L_- 4' SQUARE DEEP BOX z WITH 1-1/2' EXTENSION CEILING MOUNTED SPEAKER/STROBE \ �, CEILING MOUNTED SPEAKER/STROBE MOUNTING (DROP CEILING) SCALE=NONE JUNCTION BOX MOUNTED ON \ CEILING FLEX \ JUNCTI❑N BOX MOUNTED AGAINST CEILING SUPPORT EI / / 0 01 n SMOKE DETECTOR SMOKE DETECTOR MOUNTING SCALE=NONE 0 0 TO NEXT DEVICE CADDY BAR `--- SUSPENDED ILLUMINATED CEILING DO NOT INSTALL ADDRESSABLE I\eT6AT DEVICES UNTIL PREPROGRAvIMED WIT DEVICES ADDRESS. NG H Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved 1743 1ST AVE. SO., SEATTLE, WASHINGTON 98134 FAX (206) 628-4990 TEL. (206) 622-6545 RELEASE/REVISIONS z a DESCRIPTION SHOP DRAWINGS w a co 0 0 (0 0 z < C C AL1 U o % Jam") v J ;Fit �Q wCr � w z z F- 2 w laJ Q =s CC cc co _ CO(O = U I— 0 z z 3 0 0 z z (/) J I— W J U eL �CALE: 1/8" =1' DRAWN BY: I.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: JOB NUMBER:54495 SHEET FA -02 10,-0" AFF EOL—S1 19.35V I 0 IL - 0 =fes r a:"C ';Z;77._777rY 6 EX Q v 30 C .- - 177/- 2=1 7::7?.? Jj c 2S,2V 135 J 2 2S,2V 2S,2V 2S,2V 1.1 `` .,i 2S,2V I r C._ perr LL S,2V C A •z.2.f771T f:::-ll::"Cz:7._:.-:Ill L717dY1:.G::7.:1".:1177J1T:"<._::C:3f:C:r,T A r L r. 11 1 Cflato 2S,2V 1 oonoconoononon0000nonon000000non0000no n I I I I lel i r, 7772:-:ZT7i G::rT7lITlT''l7'"L:_l!_.7::7:7Z,7T7T:lr:-C.::-.'"7::7:CS7T:1?:�l:1. 135 C I f' ; - 7_! l��r:z7ir 'Y,'�r r2'r171r:Y7'- :21 7I C .• s. s it 0 L. CD NORTH cp CHARLOTTE RUSSE WESTFIELD SOUTHCENTER MALL SCALE 118"=1' 'LAG NOTES: FIELD LOCATE RELAY MODULE FOR BACK GROUND MUSIC INTERFACE. FIELD LOCATE SIEMENS DUCT DETECTOR ON RETURN SIDE OF ALL VAV UNITS,CSEE SIEMENS INSTALLATI❑N SUBMITTAL FOR LOCATION GUIDELINES AND FA -02) DEVICES SUPPLIED BY GSS, INSTALLED BY MECHANICAL CONTRACTOR, WIRED BY ELECTRICAL CONTRACTOR, SIEMENS HTRI—U ADDRESSABLE INPUT WITH HOOD VENILLAT❑R FIRE SUPPRESI❑N SYSTEM. FIELD LOCATE WITHIN 3 FEET OF CONTRL PANEL. FIELD LOCATE SIEMENS PAD -3 BOOSTER POWER SUPPLY FOR STROBE POWER, AC POWER BY EC FROM DEDICATED, LOCKED OUT 20A, 110 VAC BRANCH CIRCUIT, DO \OT INSTALL ADDRESSABLE INITIATI DEVICES J\TIL PREPROGRAVINiED WI - DEVICES ADDRESS. \G H Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w w w J W Ct REV. BY: z a z 0 1— C E V u_r 0 SHOP DRAWINGS DATE cO 0 0 W N ct ‘CALE: 1/8"=1' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: JOB NUMBER:54495 I SHEET FA -03 j �;� NORDSTROM 13 /II i E.E'IVE:I.`.i \-1 J5_ r.,Isr.x,.w j 01,1'11 Atrprl'v VW, Vt11,0•01 a : 1 1 i4..IBcy§ 4 LE'1, ' LJ 24O7 f ItTt 1.1,02 A111%;%.uIIM ulr �i•o,. PAITIC 111 ,Kaki NAV !MANN J1 ,:I • SEWS atl t: 7-7 ririt rmr Le 1, [toI '_=! opt, SS\ 1 1c 1 g3g; g a y liet8 I'ii1-� Dill- nytervyws 2 .'JEl.Ej 63,257sf J NORTH 01-12:1E:533030° CHARLOTTE RUSSE WESTFIELD SOUTHCENTER MALL ---- ---- 1 3 I 1.1 nitt.aulKc V.0111 KW I1 01010 CM:. 1oIC JCFeramy 3 LEVELS 276, <550 SCALE 1/32':V 2S,2V 2S,2V 2S,2V 135 C 135 C 15 30 30 C 15 15 30 C 30 EOL -S1. FA-BDX 99 � FACP EX 0 D,I D 2I SYSTEM CALCULATIONS CHARLOTTE RUSSE CHARLOTTE RUSSE FACP ADD ONS SIEMENS PAD -3 Signal Extender Panel Battery Load Calculations WESTFIELD SOUTHCENTER MALL PROJECT: CHARLOTTE RUSSE i a Wire Resistance 16 i 1 ! Panel: Current Load: CURRENT TOTAL= Standby: Alarm: Current Load: Date: Standby: Alarm: QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Device Type Qty Amps Total Amps Total SET -MC @15CD Device Type Qty Amps Total Amps Total HFP-11 0.86 0.0022 0.0022 0.0023 392 (WL * 2 ) * (R/ft) 0 AD2-P 1 0.0635 0.0635 0.064 0.064 Main System Board 1 0.03 0.03 0.030 0.030 HTR -R HTRI-D 2 0.009600 0.001600 0.0096 0.021 0.0035 0.042 0 SET -MC @15CD 1 0.064 0.064 SET -MC @30CD 4 0 SET-HMC-C@177CD 0.098 0.392 ICP -B6 0.005 (E= I * R) 2 SET -HMC @135CD SET -MC @75CD SET -MC @110CD SET HMC-C@115CD SET HMC-C@135CD 2 0.175 0.233 0.318 0.318 0.636 EOL Voltage 19.35 0 SET -HMC @185CD 445 0 (20.4 - E) 2 Z-MC@15CD 64 128 0 0.0731 Amps 0.106 Amps SET HMC-C@185CD ZR -MC @15CD ZR -MC @30CD 2 0.445 0.064 0.098 0.128 SET-MC-CW@110CD 233 0 12 265 Standby Current Load: 0.0731 Amps For 24 Hours = 1.754 Amp -hours 9 HCP 0.0015 WESTFIELD SOUTHCENTER Notification Appliance Circuit MALL Detail Alarm Current Load: 0.106 Amps For 5 Minutes= 0.009 Amp -hours Panel: June 5, 2008 0.03 Amps 1.25 Amps Date: CIRCUIT: SPEAKER CIRCUIT QTY Device Type Alarm Current Alarm Total 25% Derating= 2.204 Amp -hours Circuit Total Standby Current Load: 0.03 Amps For 24 Hours = 0.720 Amp -hours 12.6 Total Wire Resistance (R) 2.92 0 0 0 (WL*2)*(R/ft) 0 0 Alarm Current Load: 1.25 Amps For 5 Minutes= 0.105 Amp -hours Total Device Load, Amps (I) Total System Current Load: 0 2.204 Amp -hours 0 (Total Cct Load) 0 0 0 Voltage Drop (E) 25% Derating= 1.031 Amp -hours 0 Battery Pair to be Used: 12VDC Amp -hours 7AH (E=I*R) 0 0 0 EOL Voltage 20.36 - 0 Total System Current Load: 1.031 Amp -hours (20.4 - E) p 0 0 Battery Pair to be Used: 12VDC Amp -hours 7AH BATTERY SIZING CALCULATION FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w LU w LU J W m LU z a DESCRIPT ION N z 4 ct 0 0 0 (1) LU co 0 0 W <KC CCI W 00 co CJ) Q co WCC �0 W u zz �- 2 WOW= O Q�s w 8,QC(ZI�T CJ 1- 0 w W C/) 0 -J W I -- c/) C1!) SCALE: 1/8" =1 ' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: RISER DIAGRAM VOLTAGE DROP CALCULATION Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved `,0B NUMBER:54495 SHEET FA -04 , Notification Appliance Circuit Detail WESTFIELD SOUTHCENTER MALL PROJECT: CHARLOTTE RUSSE i a Wire Resistance 16 i 1 ! Panel: June 5, 008 2 CURRENT TOTAL= 1220 Date: CIRCUIT: Si QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Voltage at EOL Circuit Total 1 SET -MC @15CD 64 64 Total Wire Resistance (R) 0.86 4 SET -MC @30CD 98 392 (WL * 2 ) * (R/ft) 0 SET -MC @75CD 175 0 Total Device Load, Amps (I) 1.22 0 SET -MC @11OCD 233 0 (Total Cct Load) 0 SET-HMC-C@115CD 318 0 T Voltage Drop (E) 1.05 0 SET-HMC-C@177CD 445 0 (E= I * R) 2 SET -HMC @135CD 318 636 EOL Voltage 19.35 0 SET -HMC @185CD 445 0 (20.4 - E) 2 Z-MC@15CD 64 128 0 Z-MC@30CD 98 0 0 SET-MC-CW@110CD 233 0 12 265 19.352508 1220 DEVICES= 9 TOTAL mA= 1220 WESTFIELD SOUTHCENTER Notification Appliance Circuit MALL Detail PROJECT: CHARLOTTE RUSSE Wire Resistance 2 58 Panel: June 5, 2008 CURRENT TOTAL 12.6 Date: CIRCUIT: SPEAKER CIRCUIT QTY Device Type Alarm Current Alarm Total Wire Size Wire Length Voltage at EOL Circuit Total 7 70.7V 1/8 1.8 12.6 Total Wire Resistance (R) 2.92 0 0 0 (WL*2)*(R/ft) 0 0 0 Total Device Load, Amps (I) 0.01 0 0 0 (Total Cct Load) 0 0 0 Voltage Drop (E) _ 0.04 0 0 0 (E=I*R) 0 0 0 EOL Voltage 20.36 - 0 (20.4 - E) p 0 0 0 0 0 DEVICES= 7 - TOTAL mA= 12.6 14 565 20.363265961 12.6 FAX (206) 628-4990 TEL. (206) 622-6545 z 0 w LU w LU J W m LU z a DESCRIPT ION N z 4 ct 0 0 0 (1) LU co 0 0 W <KC CCI W 00 co CJ) Q co WCC �0 W u zz �- 2 WOW= O Q�s w 8,QC(ZI�T CJ 1- 0 w W C/) 0 -J W I -- c/) C1!) SCALE: 1/8" =1 ' DRAWN BY: (.ANDERSON DESIGNED BY: R.VEZZANI DATE: 6/03/08 BACKROUND PLAN PROVIDED BY: RISER DIAGRAM VOLTAGE DROP CALCULATION Copyright 2006 by Guardian Security Systems, Inc. All Rights Reserved `,0B NUMBER:54495 SHEET FA -04 ,