The URL can be used to link to this page

Home My WebLink AboutMIS97-0702 Fire Alamr System - FIR Permit / Conditions - 11/4/1997 -✓0 ` V coo S stnrg i O} STATE OF WASHINGTON � DEPARTMENT-OF HEALTH P.O. Box 47852 • Olympia, Washington 98504-7852 '9/y January 9, 1998 Ctc Nancy LaPorte Allyn Retreat E. 16641 Highway 3 Allyn,WA 98524 RE: Allyn Retreat Proposed Boarding Home STATUS: APPROVED CRS#97-8840-4869-010 Dear MS. LaPorte: I received the fire sprinkler/alarm drawings, kitchen hood sketches, and response letter on 8 January 1998. Staff has completed a review of these documents and found them acceptable. The staff's review is pursuant to Chapter 246-316 WAC Boarding Homes. Local building officials are responsible for review and approval of structural design; state energy code chapter 51-11 WAC; indoor air quality chapter 51-13 WAC; and barrier-free accessibility chapter 51-20 WAC. Conformance with state electrical standards shall be determined by the State Department of Labor and Industries, or local authority with jurisdiction. I am returning a set of stamped "Approved" documents for your use at the job site. Final approval is subject to applicable codes and field inspections. These documents shall remain on file and available, in good condition, for inspection at the job site until the project is completed. I recommend these documents become a permanent part of the facility records. You shall not occupy the completed new construction or remodel area until it has been inspected and approved by Facilities and Services Licensing. New facilities should apply for an appropriate license through Licensing Administration at least six weeks prior to the anticipated opening date. When the County Building Official's Certificate of Occupancy is received, Staff will schedule all necessary inspections. Please allow four weeks notice for inspection scheduling. If you have any questions,please call(360)705-6 S r F �� JiZ/ Bl IF Manager Construction Review&Acute Care Services 2725 Harrison Avenue N.W., Suite 500 P.O. Box 47852 Olympia, Washington 98504-7852 Enclosures: plans, specifications, letters, sketches cc: Residential Care Licensing Mason County, Building Official THIS PARCEL INCLUDES PLANS, BLUEPRINTS OfR OVERSIZE IMAGES LARGE FORMAT IMAGES HAVE BEEN STORED IN FILE CABINETS) UNDER PARCEL NUMBER PARCEL # izzzd - 529 - tvme) CASE # mi69f? - 6yo3 SP2uJK[f2 5�57� 0� MASON COUNTY FIRE MARSHAL ocr � 7 Mason County Bldg. III 426 W.Cedar ER ,IT AT ENTER �•_ P.O. Box 186 Shelton,Washington 98584 P (206)427-9670 F I L [ CODE ENFORCEMENT FIRE INSPECTIONS FIRE INVESTIGA IOM PUBLIC EDUCATION PERMIT NO.fn J.tM 9_0 D a. MASON COUNTY FIRE PROTECTION SYSTEM i PERMIT APPLICATION NOTEt This application must be completed and accompanied by a minimum of three (3) copies of plans, specifications and applicable calculations per Mason County Fire Protection Standards and brought % to the office of the Mason County Fire Marshal. This is not a permit, and failure to submit all necessary information will cause a delay and/or rejection of your submittal. When a permit has been issued, you will be notified. PLEASE PRINT Y�2��-- 9 ��/��'�!✓1�GT7�. #1 OWNER / PHONE 6. SITE ADDRESS FIRS DIST. CITY_ STATE__ `ZIP Y DIRECTION T O JOB SITE I j! OWNER MAILING ADDRESS I CITY STATE ZIP LIEN TITLE HOLDER ADDRESS CITY #2 CONTRACTOR 7 /AJC CONTRACTOR REG #I�fi4r2MT1r0 ADDRESS� 6 Z!s"� EXP. DATE CITY -41e, STATI3ZIP #3 PARCEL # - _ a LEGAL DE C�TION Q #4 BLDG. SQ. FT (EXISTING/PROPOSED) 1ST FL / 2ND / 3RD / BASEMENTS DECK - #BR #BA GARAGE _- CARPORT / ENCL ATTICS Y�N OTHER SQ FT USE OF BUILDING #5 DESCRIPTION OF WORKS SPRINKLER! NET DRY STANDPIPE: WET DRY AUTOMATIC FIRS ALARM_�� CORRIDOR SMOKES - HOOD & DUCT *DRY CHEMICAL WET CHEMICAL HALON NEW SYSTEM MODIFICATION NUMBER OF NEW DEVICES MONITORING STATION PHON �� is ) I #6 DOES YOUR SUBMITTAL INCLUDE: 1, DIMENSIONS, SCALE, NORTH ARROW? YES /NO 2. FLOOR PLAN AND CROSS SECTIONAL ELEVATION? YES__�7N0 3 . ALL CONCEALED SPACES (LABELED COMBUSTIBLE _ AND NON-COMBUSTIBLE) ? YES / NO 4. ALL AREAS ON OPPOSITE SIDE OF NEW WALLS? YES-7_NO-- 5. CUT SHEETS OR REFERENCES FOR ALL NEW DEVICES? YES NO- 6. LOCATION/DESCRIPTION OF ANY EXISTING DEVICES YES O— 7. BATTERY CALCULATIONS FOR FIRE ALARM SYSTEMS? YES No 8. RISER/WIRING DIAGRAM FOR FIRE ALARM SYSTEMS? ygS_7NO 9. "DRAULIC CALCULATIONS FOR SPRINKLER SYSTEMS? YES_ NO NA NOTEs WORK MAY PROCEED ONLY IN ACCORDANCE WITH A VALID FIRE PROTECTION. STSTEM PERMIT ISSUED BY THE MASON COUNTY FIRE MARSHAL. A VALID PERMIT AND AN APPROVED SET OF PLANS MUST BE ON THE JOB SITE DURING CONSTRUCTION AND MUST REMAIN THERE UNTIL A FINAL -INSPECTION IS DONE, .BY , THE`•MASON COUNTYIFIRE MARSHAL..•FAI`LURE TO OBTAIN A VALID. PERMIT PRIOR .TQ�WORKING ON A FIRE PROTECTION SYSTEM AAD/OR FAI TO .PROV*DE THESE PLANS AND PERMIT FOR THE MASON ,cobutY ''FIRu MARSHAL MAY RESULT IN A . CITATION AND FINE. OWNERS AFFIDAVIT I certify that I am exempt from the requirements of the Contrac- tors Registration Law RCW 18.27, and am aware of the Mason County ordinance requirements for which this permit is issued and that all work will be done in conformance therewith. No changes will be made without first, obtaining approval from the Mason County Fire Marshal. OWNER DATE CONTRACTORS AFFIDAVIT I certify that I am a currently registered contrac�tor. in the State of Washington} and 3 . am aware of. the ordinance requirements regulating the work for which the permit is issued and .all work done will be in conformance therewith. No changes will be .made Without first obtaining approval from the Mason County Fire Marshal. BY �r�r DATE t r I I INTRODUCTION The Model 6207 is an 8 zone Fire Control/Communicator which meets the requirements II for NFPA 71, NFPA 72A, NFPA 72B, NFPA 72C and NFPA 72D. It is available with a 12-VDC or 24-VDC power supply. The 5207 cabinet may be surface mounted or flush mounted. 1.1 HARDWARE FEATURES FILE COPY * 8 zones (2 Class A and 6 Class B) expandable to 16 zones (8 additional Class B zones) through the use of a Model 5210 zone expander. * Downloading capabilities. * Class B zones will support both 2-wire and 4-wire smoke detectors. * Easy to wire terminal layout. * Four supervised bell outputs. * Four general purpose 2.5-A form C relays. * Short circuit detection on power outputs. * Two phone lines. * Four phone numbers (plus 5th phone number for downloading). * Four account numbers. * Multiple formats: SK 4/2, SIA, Radionics BFSK, SK FSK1. * Large cabinet 16 X 26.4 X 4 (W x li x D). * Multiple knock-out sizes: 7/s", 13/811, 13/4 1.2 ACCESSORIES * Model 4180 Status Display Module. * Model 5196 12 V power supply. * Model 5196 24 Y power supply. * Model 5210 (Class B) 8 zone expander. * Model 6220 Series Type Master Box * Model 5230 Remote Annunciator Keystation with LCD display. * Model 5521 Desk Top Programmer. * Model 5541 downloading software (using Model 5530 Modem) * Model 6255 On-site printer. 1.3 TEST FEATURES * Walk test with short sequential bell ring. 4 * Option to store the zone test until testing is complete and then report f to the central station * Real time programmable 24 Hour Test for communicator. * Troubleshoot zone inputs without a voltmeter. * Manual Bell and Communicator test. * Set Date/Time and program options from a 5230 keystation. a 1.4 OPERATION FEATURES * Manual silencing of Alarms and Troubles. * Automatic display of Alarms or Troubles. * Request display of alarm memory, silence troubles or shunted zones. * Manual reset of smoke detectors. * Fire Drill Mode. i k 1 Ir !� MODEL 5207 - 24 VDC Voltage range: 17.8 VDC-27.4 VDC; Identifier: 24A MANUFACTURER MODEL IDENTI- MAX. 4 SMOKE DET. FIER PER LOOP RESET TIME (SECONDS) BRK 1400 A g 6 BRK 1451 (B401B) A 8 6 { BRK 1451 (B406B) A 8 6 BRK 1800 A 10 0.9 i BRK 1851B (B101B) A 8 2 BRK 1851DII (DH1851DC) p g 2 BRK 2400 A 8 6 BRK 2400AT A 8 6 BRK 2400AIT A 8 6 BRK 2400TH A 8 6 BRK 2451 (B401B) A 8 6 BRK 2451 (B406B) A 8 6 BRK 2451TH (B401B) A 8 6 BRK 2451T11 (B406B) A 8 6 BRK 2800 A 8 2 BRK 2800TIl A 8 2 BRK 2851B (B101B) A 8 2 BRK 2851BTII (B101B) A 8 2 BRK 2851DH (D112851DC) A 8 2 Detection Systems DS200 (MB200-2W) A 12 1 DS20011D (MB200-2W) A 12 1 ESL 425C S10 20 1 425CT S 10 20 1 Gentex 224 -25-1 8 6 Hochiki SLK-24F (HS-224D) HB-3 (HB-5) 20 0.1 SLK-24FH (HS-224D) 11B-3 (11B-5) 20 0.1 (HS224L) heat HB-18 30 detector base NOTE 1: The control unit must NOT be programmed for alarm verification when BRK Models 2400AT and 2400AIT are used. NOTE 2: Control unit SMOKE RESET TIME must be programmed for a number greater than or equal to the maximum reset time of the smoke detector (last column of chart). NOTE 3: The maximum number- of smoke detectors per zone is determined by both the current draw and the impedance of the smoke detector. If too many smoke detectors are used on any one, it could cause false alarms. Revised 12/89 17 i ji . I ! 4.4.2 MODEL 5196 24- DC POWr�R BAWpLY EThe Model 5196 provides one set of battery leads to connect either a 24-VDC 'i battery or two 12-VDC batteries connected in series. i To connect a 24-VDC battery, connect the RED battery lead to the POSITIVE side of the battery and the BLACK lead to the NEGATIVE side of the battery. To connect two 12-VDC batteries in Series, follow the directions below. 1. Connect the RED battery lead to the POSITIVE side of battery #1. 2. Connect the BLACK battery lead to the NEGATIVE side of battery #2. 3. Using the supplied jumper lead, connect the NEGATIVE side of battery #1 to the POSITIVE side of battery #2. The charts below will help you decide what size of battery to use. The first chart shows the various current consumptions for the 5207 and its accessories. The second chart shows the maximum current draw available from three different batteries for 24 hours of standby current. 4.4.3 STANDBY CURRENT LOAD MODEL # STANDBY CURRENT (mA) 5207 . . . . . . . . . . . . . . . . . 120 mA 120 MA. Each 5230 Keystation . . . . . . . . 60 mA X 4180 . . . . . . . . . . . • 20 mA 6220 . . . . . . . . . .' . . . . . . . . . . . 15 mA 5255 . . . . . . . . . . . . . . . . . . . . 40 mA 5521 . . . . . . . • . . . . . 30 mA Each Smoke Detector . . . . . XXX mA* X Each Sounding Appliance (standby) . . . . XXX mA* X i STANDBY TOTAL *Refer to device manual for standby and alarm current ratings. RECHARGEABLE MAXIMUM LOAD MAXIMUM LOAD FOR BATTERY SIZE FOR 24 HOURS NFPA '72B AND 72C- OF STANDBY 6.5 All 150 mA 60 mA 10 All 300 mA 120 mA 15 All 500 mA 200 mA NOTE. The total current of all items attached to the 5207, including the 5207 itself, must not exceed 5 A for the 12-VDC supply or 2.5 A for the 24-VDC supply when the panel is in ALARM. ji P Revised 12/89 11 �.�.�� i I Model 5207 Fire Control/Communicator Installation Manual 4.2 Current Draw Worksheet Number of Current per Standby Alarm Device Devices Device Current Current Fvr eaah devise, use lhts farmuta .This c0luritrt .. X fihls cotutnr+ �w7ant tiuhtbat d�vltt►t 5207 Fire Control I Standby. 120 mA O mA /Communicator Alarm: mA 00 mA 5210 Zone Expander I Standby: 40 mA --- mA Alarm: 40►nA mA 5220 Direct Connect module I Standby: 50 mA .- mA Alarm: 50 mA mA 5230 Remote Annunciator Standby: 60 mA (7 max.) Alarm: 120 mA 20 In -- --- 4180 Status Display module Standby: 20 mA ►nA (2 max.) Alann: 140 mA mA 5260 Printer interface I Standby: 25 mA mA Alarm; 25 mA mA A 77 Current Subloals: Q mA mA t S -77 moke Detectors Rejer/o device maiYuat for current ratJngs. See Tables d T and ti 3 for muu;al per/vop• Standby: .oj mA mA j0 Alarm: ►nA mA Standby: mA mA Alarm: mA ►nA Standby: mA mA Alarm: mA mA B Current Subtotals mA mA Notification Devices (4 nrax) liejer to device►nanuat jor current ratingx Alar►n: mA 9 p O mA InA �T - Alarm: mA mA I Alarm: mA mA Alarm: ►nA ki C Current Subtotal o O m A Additl6001 A@vlCOS k Standby. mA mA I mA III Alann: mA Standby: mA mA Alann: ►nA mA Standby: mA MA Alarm: mA mA Standby: mA mA Alann: mA mA D Current Subtotals: leo. 2, mA S 000 mA Total current ratings of all devices in system(add A-D)*: mA mA A A E Total current ratings converted to amperes(x.001): *77tis bVorm�ation must be used with Table 4-1 and Table 4-1 to complete batten,calcu�atlons. i 150865 4-2 Model 5207 Fire Control/Communicator Installation Manual 4.2.2 Worksheet Requirements The following steps must be taken when determining Model 5207 current ratings: 1. You must measure the alarm current. If only one current rating is listed, the draw for j that device is the same whether the system is in alarm or standby condition. The exception is for notification devices, which are rated at alarm current only. Standby current for notification devices is 0 mA. I 2. To detect the actual maximum alarm current, measure the current draw(with no devices connected to the panel) by connecting a DC amp meter in series with one of the batteries. Disconnect the AC power source. Put the panel in alarm. The meter will indicate the alarm current, which will be in the range of 120-700 mA. Fill in the system j alarm current in the Current per Device column of the Current Draw worksheet. You can estimate without measuring the alarm current by filling in the maximum total alarm current of 700 mA. Note: In a 12-volt system, measure the current from both batteries(disconnect both grounds). 3. For smoke detectors, notification devices, and devices not mentioned in the manual, refer to the device manual for the current ratings. The worksheet example shown on the previous page provides rough estimates for a"worst case" installation. 4. Use Table 4-1 to calculate the correct battery Al rating needed for your installation. I See also the example (Figure 4-3) that follows. Note that the calculated rating in Row H cannot exceed the ratings shown in Table 4-2. i Table 4-1. Battery Calculations Total Standby Current Total Alarm Current supervisory current from the A "focal p rY ^ «�.S � z •�;;� ' • ,.. V tJ/ Z A :;:<;i:r}• ,L•+ :;:`;fiF?mot : .:pf ::� fs Current Draw worksheet(row E). <�.•,*... •• } ;�:• B Tlumber of standby hours(24 and 60 for ;r,;,:.},} .. :..::?•: • , .,f•: .. NFPA 72,Chapter 1 I-5.2.5.). Z `3f It ::»:<•.�'}:xJs! :•J ? 'r: •' All C Multiply Lines A and B. ::a:..;;:<..,: 'fs• ^ the Current :?:;^:;:::::::>:;<;::: :}': :> ::; Total alarm current from :•'•;;sasJ ;<>aa >`.. ri«:::}:•J«.; <:. A Draw worksheet(row ) ::.k::}:� >:::?::{�;�:�:<<:::;r:::.:>?•<:>:<•;:s?. ?.J:.:?;.:.; E Alarm sounding period in hours. (For example, 5 minutes=.084 hours.) Ij Z All and E. .. }.>:::::}::?.::'.}:::.:.:: : F Multiply lines U "•" ,:r.'�'°•w,;�,�.�•RAY r;::�'i'r':::y:: G Add lines C and F. '':.+:'jF.:}1•);�:?c,,;:J?:;<J.,} '.�;rJ,!.:/.4n'F•r{. •}.•:• Po:•:iS<: ll Multiply line G by 1.2. `` ` ' (Total ampere/hours required') * Use next size battery with capacity greater than required. 150865 4-4 ww�YM r�Yll ... • � - •ti 1\1r1iV t�f11, Pyrotrol. Corporation STATIONS 720_Washington Street, P.O.Box 178,North Pembroke,MA 02358,Telephone:(617)826-6050 NO-CODE * Durable Metal Construction #RMS-1 SPST #RMS-3 SPDT * Attractive Design #RMS-2 DPST 1IRMS-6 DPDT * Recessed Pull dandle *UL APPROVED * Shock and Vibration Resistant * Variety of Options * Economical * CSFM #7150-1039 i The NON-CODE RMS series of indoor-use "T" A I 4: handle manual pull alarm initiating stations are attractive, low-profile, flush mount design. ' The station contains a switch which is activated by pulling down the "T" handle marked "PULL". The PUII"I"lever is held in place by a break-glass rod which ; DO�r fr requires less than 20 lbs of force to activate. The "T" handle remains visibly activated in the down position until reset by an authorized person. 1 Resetting is by turning a recessed access slot on the top of the station. OPTIONS FOR RMS SERIES MANUAL. TATIONS SWII'Ctl OPTIONS L<X > Insert <R> for Red; <G> for Green; <A> for lP SPST with pigtail Amber Light Emitting Diode. IT SPST with terminal block (not available with "1_" option) 2T DPST with terminal block (LEDs not available with RMS 1P station) 3`1' SPDT with terminal black J Standard 1/4 inch phone jack for portable 6"I' DPDT with terminal block handset communications. ("L"option,jack will have pigtail connections) Manual Station Series K Single-pole key switch for auxiliary functions 4 L,J,K,B,D Option ("L" option,jack will have pigtail connections) RMS - X X-X -*—I B Break-glass dual action adapter. Type oq t_<P>igtail Attached harnmer&chain Switch or D Lift and pull action adapter Indicator <:F>en1ina1 EXAMPLE: RMS-IPA (Basic Station with SPST Switch,Pigtail connections &Telephone Jack) SPECIFICATIONS: Construction: Painted Die-cast metal with tamper resistant stamped steel backplate for mounting to a standard single gang electrical box or plaster ring. i im n inn S —al i 0 r, "B" Options io Width 3 1/16 inches 3 1/4 inches 3 7/16 inches Height 4 9/16 ifiches 3 inches 2 1/2 inches Depth I inch 1 1/2 inches 1 3/16 inches 11 1/8 inches behind station) Material Die-cast aluminum alloy 18 GA painted steel 0.1 inch folded aluminum Weight (approx) 17 ounces 5 ounces 3 ounces ELECTRICAL: Sm1.Lcll IwwiLch Ulu flione Jack Whage 120VAC, 30 VDC 24VDC 24VDC Current 3.0 amps 0.5 amps 0.02 amps 0.1 amI)s --------.. UP V ; F114E ALARM SIGNALING k3EVICES - 11534011 SERIES FEATURES • Extremely Low Operating Current • High dB Output • ADA Horn-Strobe Versions • Very Low Electrical Noise • Standard 4" Square Mounting • UL Listed - 464 File #E4300 m • CSFM - Pending O • FM - Pending • Screw Terminals • Attractive Vandal Resistant Design Z ADA FLUSH MOUNTING 0 DESCRIPTION: The 5340 Series Horn combines state of the art (Jj electronics with the rugged durability of a metal ,,.. ;;: h z housing. This series eliminates the effects ofAwlq ' inrush and RFI contact noise associated with 0 electromechanical horns. The design of the • ti s •:•:�:t horn and horn/strobe allows for either surface, flush, or ceiling mounting on a standard 4-inch square backbox which eliminates the need for Z a special backbox and mounting plate. 0 Accessories are available for concealed conduit mounting. ' The 24VDC horn is twice as loud as UL J requirements for Fire Alarm use, while using CEILING MOUNTING W only 20 ma. of current. Current draw is the (n same whether connected to filtered or unfiltered W power supplies. Screw terminals are provided f for both the horn and the strobe. The strobe is W configured to operate independently from the horn. 0 The units with an integral ADA or standard (� strobe have a Xenon flashtpbe with solid state L!� circuitry for maximum reliably and efficiency. The Lexan lens for the strobe is translucent white with the word FIRE in red letters. g FLUSH MOUNTING 1 i I • l 1 Ito ' I 280B SERIES RATE-OF-RISE AND FIXED TEMPERATURE Use for Property Protection Only ! + 1 - 111111 h III::Il:llll•'1ltlpl I • WHITE--blend with ceiling. a LOW PROFILE—willt Heal Detectors are available with 135 or 194 degree wide base covering mounting plate and box. a POSI- Fahrenheit ratings; in fixed, or fixed and rate-of-rise TIVE OPERATING INDICATION—when fixed Terri- lemperalurd operation with single circuit normally peralure element is activated,center disc falls free from open contacts. defector.(Defector replacement Is required)•ON SITE The Heat Detector is available with either a metal or TES TING—rate-of-rise feature is automatically self- white plastic reversible mounting plate.Both llte metal restoring permitting on site tpsling of this feature. and plastic plates can be used for either flush or surface • EASY INSTALLATION-1wis1 and it locks in place; mounting. File plastic plate includes a white skirl which same mounling plate for 31/4 or 4 inch octagon box, or j covers thelspace between detector base and the open mounling. Terminals clearly marked. at WIDE mounting surface. ` SPACING 51) tool centers on vale-of-rise and fixed temperature units.(See Specification Table for details) Contact ratings 0n all models at e 3 amps(q)61,) 125 VAC, • LISTINGS AND APPROVALS—11L, FM-. 1.0 amps(d)6 to 28 VDC,0.3 amps @) 125 VDC,and.01 amps @ 250 VDC. Maximum Covsnge 11.1.Mae. INols 2I N0tF3 l 0.1. Ambient Max. 1 r m while plastic le"t sible tamuNllal phlr m p614 a oo `uulald nrr1alfd:dc add Number Normal Role of Rip Tsm . Cttlln sldh. Pl'to Cal Nn fe g 2eto PI I P Y Distance 2 Alaeimum deleclot coverage has been Aelennu,.�K,�q to ItrmrAe defection sl Cond sl INols 4l or Rating lamp. from WEII lime equal to sprrnelet AeviceS spaced at 10 fool ottervats llq squAte lnolalealnn Cal.No. Cb_eullt Contacts Fixed[amp. ^F Rating°F Sq.Ft. Spacing Mora 3 a it Zoo ceiling IS Irel 9 inrhei high Nighrr rrdu ran Anvasety anerf I P 0 t I the spacing nme in some mslances.eadln deln:uuo m ly „Mauled by teAucrng -2111 I Open _R_OR 8 Fixed 135 100 the Spacing between defectors See App•,nAi.f. fmA!lot Aolomabc Oetetlol 2121 1 Soaung NFPA 12F 19117.Aulomalic file Defectors -- Open ROR d Fixed 194 150 3 Ma.nnum dlslance shown is learn any wall paiishon of ceding protection 2,500 50, 25' a■lendingq down mote than 12 inches _2838 _I_ Open _Fixed 1 135_ 100 a Rale of Rise rating Is 15 FIMm Sell nesfonng 2141 1 Open Fixed 1 194 150 If They are spaced In accotdance with the abolre table, They r,:.l It A I:-This device does not protect life against Fite slid can conlribule, within an overall lire solely program, to k smoke. In most Ilres, hazardous levels of smoke, heat and reducing the risk of avoidable properly to s. Under no I toxic gases can build up before a heal defector would Initiate circumstances should these devices be F0111 .on as The sole an alarm. Independent sludl4s Indicate That heal defectors measure to ensure fire solely. Danger will moull 11 these should only be used when properly protection alone Is devices are relied on to any degree for th• protection of Involved.In cases where lire safely is a lector,the use of smoke human life. defectors is recommended. ° 2. ll oil Ititrt • This device does not contain a bullf-In signal. The Intended use of the Edwards 2008 Series Neal Detector Is Alarm signals can only be generated by Interconnection with to provide one source of Information$hall Is supplemental to separately Installed signaling devices. smoke defection to Increase the probability that an early 3, tr,titt,l 11 - This device will not operate without eleclrlcal p often cause culolls o1 elecl warning will be provided so that property can be safeguarded. power,and Tires rlcsl llesl defectors do not always defect fires because the fire may power,This be a slow smoldering, low heat type (producing smoke or device does not cooling a hedebattery backup power supply.i1 the yp (P 9 1 eleclrlcal circuit loading the device b cut,or b not providing because they may not be near where llte lire occurs, or power for any reason, This device will not defect heal or because the heal of the fire may bypass them.This defector provide any warning of a possible fire.Nor will it provide any will not defect oxygen levels, smoke, toxic gases,or flames_ waning that It Is not functioning. Accordingly, this device should only be used as a part of a broadly based program of lire safety which would Include a 4. 0AI1f;I.11 - The rate-ol-rase lealure on the Edwards 28011 variety of $offices of Information on heal and smoke levels, Series Neal Deleclor Is subject to 11111"re over Ilms.The role- visual sighting of the fire,exlingulshmtinl systems,and oilier of-rise feature should be tested by a qualified lire proleellon safely messures. _ ` - specialist annually to ensure that It Is In working order. TO MAIVIA1►oct[cmn_ •"s I =4041RANGi altatl 1rA/CNAMOWS cT I OEfLC1aa ANa 4fro ltp a letters s ION M p/_ —- �r - WA•.aUrE It11 hAIC I n A V AHD I'"O fuel in-CAsl ' uxRwts[ I t ZWWA Ufa it, i---7 ill. -_ IMI M,4a/ Nt�IMO/Aia I t_ ► tYYEroao wmrrta � I ro nr►fove ns lscton- ►laws Igwo 1 NtlreO ►M11A1 4t rrNOEP wtnl +t- ._- .- �■ ..... fM110i Gala RAa11C 1 e' ScAl"f ORMA 1f►NID 1 IItOI ---� M11Na r1AfE 1! ,�}{.. IroIOLOIa l�•I1TN aLtlC1M Cart/ER .$eM wYM Ae 0A 1%dA Y1a CI Or:R1W/L 9- exroloWawaAtrR/tr Ifa1 FWA N-9 C-4.11 weey MIf.k. old„ate r NI VIEW Z.WrnE ENIRAMIE rtl,lk 10--f IIele . Feel. .CIA,alllL $pecill'.Atlnnx suhierl In chnngn wifhnul notice 1 i 1 , r.r oiler nnrlr% a r, Irrlfr rtr rrrrIr-nnl rrlt3rinl e r nrvrtorIr'lrrtrI I I feel II I!- I Ill David E.Oliver,CEO ALARM & TELECOM, INCORPORATED Ai Gonzalez,President 3500 NW ANDERSON HILL ROAD Dennis A Herrmann Vice President P.O. BOX 2664 Ralph H.David,Executive Director SILVERDALE, WASHINGTON 98383-2664 Rhoda L Sullivan,Treasurer (360) 698-5000 Mandl Wallace,Secretary (360) 698-1210 FAX November 12, 1997 RECE " E Dave Salzer, Mason County Fire Marshall D Mason County Bid III NOV 19 1997 P.O. Box 186 Shelton, Washington 98584 'ERMIT ASSISTANCE CENTER (360) 427-9670 (360) 427-7798 FAX re: Fire Alarm Allyn Retreat& Retirement Center Dear Dave, For the referenced Center, all of the 120 Volt smoke detectors are to be replaced with alarm system smoke detectors and monitored with the alarm system. Enclosed find the ection dealing with wirin methods for designated building occupancies., . (D Douglas n e revision, according to DLI's Doug a on, re ers to� e current National Electric Code (NEC)for any wiring methodology. Also find enclosed copies of the NEC section, per Doug Eaton, dealing with wiring methodology. If you have additional questions, Doug said that he would be more than happy to discuss with you. Sincerely, David E. Oliver, CEO I 0 �Q �.; �s vi •ri � 5 1 o o y a: if •d '_ toi .� p .C7 p ° C b tr u n �i p o ti g r r n o0 00 rl N N N : N rl L q F fd O p $ n a U ,, yam+g:a{q�!•� u � L'• .ti AD 3 F" y'w bn3 c T F (� N N N (`l [ N• D.T. S U�°. � N f rl N W w W •�=' c.� 5 o p 00 d ° o M M M M M M •� O ' •� U [ y T T T c c u tic 3 + ri ri r; M M a urA U U c Eu a tad � o ��'W� It U E1 'nFiJ e• v1 b O " O C C O U C U a O V •V L� N w V yN W C .�e v v 5 mf w A � .ro a000u � uu � H u C U A U G N Q w N OU L yh•�....,Gi O O '�? •? vj a V ,�Y,', Ofl ^ t~ N N w" O 3 C r�r`!•. r_ r, n 9-00 0o o dam, , d o ci drt� c •� z3 0 • � ao � � u 'bvu •� o u � !to: > N > 'b C V y •Zy .yy� '� R1 N O U u O NN C U. ' o a 3 . o '� u on a Q 6 0 0 O "� w h c ii W b b 'L7 7 N y f 'D o 00 O '[1 • T N ;j N N. N N_ ClM N N N �a da3 °N a U AC• 3 -15 Cc .� O .M .O •'�0y 'C .-� a N [ x 3 ISO � .� '� o, H � 8•a'� `� 3 °' 3 ov aUi `� � � �p� 'Q ar i El R •dvN u u � a. vy ,'� � cd b y �,. y � u � p �r� G. .� � e� 7 > D O G, 0. � v u u N b ... [S. of O Cl, U .0 rJ' [" y U x 7 .f •� .n al lot .... '� i C u a� ►:", cd e c on u a o A d 00 0 = S O ai o o s o� N u G ai u vi,n .a C .. (poff �C u �, C C .a O O 1J nui $ G w _ O u y N >, e� ;;pp ed 0 � u � u C � l� � ° 8 y ° `d U_ O N td p U u 0 > v o a TU u o u E � Az - � a� u p� GG U N A p ed .i i N� rn a aJ7i uVi 04 .— A V id d4 u rJ O vi v 3 b u C� iv, N C y td u'rn C .t to w ,p of d u y C O U «+ ►. `d u O w ci o W ci a; •� 'a w c�y c o V �ooyO r bu b N I Vd c C U 0 3 •0 co � O •p ..a C u .beu tC > um Z u uUWy c � � 'v ,oZ ow°, bob z � � u E 'y a B • a u 40, r-Ci bD V it 0 �y C ° u 3 pb c� C u O w tC0 O T b ° a`3 Rf C ou 46 ° u o f b� u ,� u � o w >�.0 u E E > b u O cp Oc� aauiu -0 � Cd � V ^ urn ea O u op C ... pq O 9 •s ° 8a y .E � � c ° ;a ¢ OQ c oe a u o y . o u a o uia o t� cis b 'e>3 u f; w ° � ate '° ° a °' u u ° c ,, " � A $- o a°i o0 H Q y c�V q y N u .� .r Q 0A 0 N Gl. u O �G O G yE, O° N y 0 u u C) 7 C7 °u 9 E U 01 n eci o o. � V � ° oU d 2b ° ° .. 0 cpc1E aueo dHp ;; c .>, `� uA �. ►- 0a JO ,. > ° , N U C 3 4,- C u ar7 •� C u u 4. C v U N O C 3 .0 U .3 i� '� .0 q " qqq cy 5 M. c ` `� p E o, °y' .D 'E Ur u °� w, a au .3 e7 ° cd R l U w .+ p q w v u T C � O O O �q C •b O 7 U Cd O W .O PO 3 U U cCd E-+ y .. i ' ,j s f .r� 0. �•°~ ccoo `aiu o `� °= E 0 A. mu sHuy � ao og �n 'U, aC puu u yiy � �c � °O o A u - , ; EI � 'L > qgv°u►,a � `�a ,$c t :q o c o � E � o. o. Q aP o o U C u E u Q w > ►. ou ou ►• oo.' fn O v cl , 'LI w O .. C.)° �a u . at ci E � ° O u YJ ° � O C �nb ° 'per D apt Alarc �e o .9 S N ` .. u C C7 O3 'u c ya ' o oW 4. U az H ... � . O� � .. a. cn n mg o u " a u `� c . w E C '� u o c °o N. g� w S .. a ►- p E a.0 o c �u '0 S W 'fig g Q a o ISO > o •$ y w M L 'A 99g� H q $' 12 U � 3 Ux 3 , u p � u u 3 ON� cV.m 3�•;ca7 �,tv-i ��u.o u/ ur�S.. it Ua7. a �l'+' �u to 3 tau k7 y9 � = o H'ba e U r C O 'b U E! •0 C ' •od ° .n ° 0 -9 -9 ,9 .9. dN I 1 1 ARTICLE 760-FIRE ALARM SYSTEMS 7"37 (2) To the power-supply conductors only,where the fire alarm circuit conductors do not carry continuous loads in excess of 10 percent of the ampacity of each conductor and where the number of power-supply con- ductors is more than three. (e) Cable Trays. Where Fire alarm circuit conductors are installed in cable trays, they shall comply with Sections 318-9 through 3t8-11. 760-30. Multiconductor NPLFA Cables. Multiconductor nonpower- limited fire alarm cables that meet the requirements of Section 760-31 shall be permitted to be used on fire alarm circuits operating at 150 volts or less and shall be installed in accordance with(a)through(b)below. (a) NPLFA Wiring Method. Multiconductor nonpower-limited fire alarm circuit cables shall a installed as follows: (1) In raceway or exposed on surface of ceiling and sidewalls or "fished" in concealed spaces. Where installed exposed, cables shall be adequately supported and terminated in approved fittings and installed in such a way that maximum protection against physical damage is afforded by building construction such as baseboards, door frames, ledges, etc. Where located within 7 ft(2.13 m)of the floor,cables shall be secureI fas- tened in an avoroved r: an in. mm . me a r cew rigs nonme a is con in w ere pas i g through a floor or wall to a height of 7 ft (2.13 in) above the floor unless adequate protection can be afforded by building construction such as detailed in(1)above,or unless an equivalent solid guard is provided. (3) In rigid metal conduit, rigid nonmetallic conduit, intermediate metal conduit,or electrical metallic tubing where installed in hoistways. Exception: As provided for in Section 620-21 for elevators and similar equipment. (b) Applications of Listed NPLFA Cables. The use of nonpower-limited fire alarm circuit cables shall comply with(1)through (4)below. (1) Duets and Plenums. Multiconductor nonpower-limited fire alarm circuit cables, Types NPLFP, NPLFR, and NPLF, shall not be installed exposed in ducts or plenums. See Section 300-22(b). (2) Other Spaces Used for Environmental Air. Cables installed in other spaces used for environmental air shall be Type NPLFP. Exception No. 1: Typpes NPLFR and NPLF cables installed in compli- ance with Section 300-22(c). Exception No. 2: Other wiring methods in accordance with Section I 300-22(c)and conductors in compliance with Section 760-27(c). (3) Riser. Cables installed in vertical rims and penetrating more than one floor or cables installed in vertical runs in a shaft shall be Type NPLFR. Floor penetrations requiring Type NPLFR shall contain only cables suitable for riser or plenum use. Chapter 3 that Exception No. l: Type NPLF or other cables speciffed in are in compliance with Section 760-27(c)and encased in metal raceway. j Exception No. 2: Tvpe NPLF cables located in a fireproof shaft having ffrestops at each floor. (FPN): See Section 300-21 for firestop requirements for floor penetrations., i i I I 70-840 NATIONAL ELECTRICAL CODE (a) NPLFA Wiring Methods and Materials. The appropriate articles of Chapter.1,including Section 3(X)-17, shall apply, and, in addition, conduc- tors shall be solid or stranded copper. Exception No. 1: 77te demting factors given in;t rticle 310. Note R(a)of Notes to Anrpaci Tables of 0 to 2000 volts, shall not apply. Exception No. � Conductors and multiconductor cables described in and installed in accoirlance with.Sections 760-27 and 7 60-30 shall be pennittecl. Exception No. 3: Power-limited circuits shall he permitted to be reclas- Istfied and installed as nonpower-limited circuits i}rlhe power-limited fate alann circuit markings required by Sestina 76042 are eliminated and the entire circuit Gs installed using the wiring nrethocls and materials in accor- dance with Part 13. Norrpower-Limited Fire Alarm Circuits. (b) PLFA Wiring Methods and Materials. Power-limited fire alarm circuit conductors and cables descnbed in Section 76041 shall be installed as follows: (1) In raceway or exposed on the surface of ceiling and sidewalls or "fished" in concealed spaces. Cable splices or terminations shall he made in listed fittings,boxes,enclosures, fire alarm devices,or utilization equip- ment. Where installed exposed, cables shall he adequately supported and installed in such a way that maximum protection against physical damage is afforded by building construction such as baseboards, door frames, ledges,etc. Where located within 7 It (2.13 m)of the floor, cables shall be securely fastened in an approved tanner at intervals of not more than 18 in. (457 mm). (2) In metal raceways or rigid nonmetallic conduit where passing through a floor or wall to a height of 7 It (2.13 m) above the floor, utrless adequate protection can be afforded by building construction such as detailed in(1)above,or unless an equivalent solid guard is provided. (3) In rigid metal conduit, rigid nonmetallic conduit, intermediate metal conduit, or electrical metallic tubing where installed in hoistways. Exception: As provided for in Section 620-21 /'or elevators and sirnilar equipment. 1760-54. Installation of Conductors and Equipment. (a) Separation from Electric Light, Power, Class 1, and NPLFA Circuit Conductors. (1) In Cables, Compartments, Enclosures, Outlet Boxes, or Race- ways. Power-limited circuit conductors shall not be Placed in any cable, compartment, enclosure, outlet box, raceway, or similar fitting containing conductors of electric light,power,Class 1,or nonpower-limited fire alarm circuit conductors. Exce tion No. 1: fVhere the conductors of the electric light, pcnver, Class 1, and nonpower-limited fire alarm circuit rnnductnr are se�arated by a barrier from the power-limited fire alarrn circuits. to enclosures, power-limited fire alarm circuits shall be permitted to be installed in a raceway within the enclosure to separate their from Class 1, electric light, power, and non power-limited fire alarm circuits. Exception No. 2: Conductors in comp.armrents, enclosures, device boxes, outlet boxes, or similar fittings, where electric light, power, Class 1, or nonpower-limited fire alarm circuit conductors are introduced solely to connect to the equipment connected to power-li,nited circuits to which the other conductors are connected4.arid } i (I I i I f I ARTICLE 760—FIRE ALARM SYSTEMS 70-839 (g) NPLFA Cable Markings. Multiconductor nonpower-limited fire alarm cables shall he marked in accordance with Table 760-31(g). Nonpower-limited fire alarm circuit cables shall be permitted to be marked with a maximum usage voltage rating of 150 volts. Table 760-31(g). NPLFA Cable Markings I Cable Marking Type Reference NPLFP Nonpower-limited fire alarm Sections 760-31(d)and(g) cirruit cable for use in other space used for environmental air NPLFR Nonpower-limited fire alarm Sections 760-31(e)and(g) circuit riser cable NPLF Nonpower-limitedfire alarm Sections 760-31(f)and(g) circuit cable (FPN): Cable types are listed in descending order of fire-resistance rating. C.Power-Umlted Fire Alarm(PLFA)Circuits 760-41. Power Sources for PLFA Circuits. The power source for a power-limited fire alarm circuit shall be as specified in(a),(b),or(c)below. (FPN)l "Fables 12(1)and 12(b)in Chapter 9 provide the listing requirements for power-limited fire alarm circuit sources. (a) Transformers. A listed PLFA or Class 3 transformer. (b) Power Supplies. A listed PLFA or Class 3 power supply. (c) Usted Equipment. Listed equipment marked to identify the PLFA power source. (FPN): Examples of listed equipment are a fire alarm control panel with integral power source;a circuit card listed for use as a PLFA source,where used as part of a listed assembly; a current-limiting impedance, listed for the purpose or part of a listed product.used in conjunction with a non power-limited transformer or a stored energy source,e.g.,storage battery,to limit the output current. 76042. Circuit Marking. The equipment shall be durably marked where plainly visible to indicate each circuit that is a power-limited fire alarm circuit. (FPN): See Section 760-52(a),Exception No.3,where a power-limited circuit is to be reclassified as a nonpower-limited circuit. 7W-51. Wiring Methods on Supply Side of the PLFA Power Source. Con- ductors and equipment on the supply side of the power source shall be installed in accordance with the appropriate requirements of Part B and Chapters 1 through 4.Transformers or other devices supplied from power-supply conduc- tors shall be protected by an overcurrent device rated not over 20 amperes. Exception: lie input leads of a transformer or other powersource supply- ing power-limited fire alarm circuits shall be permitted to be smaller than No. 17, but not smaller than No. 18, if they air not over 12 in. 005 mm)long and if they have insulation that complies with Section 760-27(b). I 760-52. Wiring Methods and Materials on Load Side of the PLFA Power' Source. Fire alarm circuits on the load side of the power son rce shall be permitted to be installed using wiring methods and materials in accordance with either(a)or(b) helow. I 1 I e----w I ARTICLE 760-FIRE ALARM SYSTEMS 70-835 760-7. Fire Alarm Circuits Extendln$ Beyond One Building: Fire alarm circuits that extend beyond one building shall either meet the requirements I of Article 800 and be classified as communications circuits or shall meet the requirements of Article 225. 760-8. Mechanical Execution of Work. Fire alarm circuits shall be installed in a neat and workmanlike manner. Cables shall be supported by the building structure in such a manner that the cable will not be damaged by normal building use. (FPN): One way to determine accepted industry practice is to refer to nationally recognized standards such as Commercial Building relecornmunicadons Wring Standartt ANSI/EIAfM 568-1991; Commercial Building Standard for Telecom- munications Pathwaayys and Spaces, ANSVEtA/TIA 569-1990;and Residential and Light Commercial Telecommunications Wirvug Standaryt ANSI/EIAMA 570-1991. 760.10. Fire Alarm Circuit Identification. Fire alarm circuits shall be iden- tified at terminal and junction locations,in a manner that will prevent unin- tentional interference with the signaling circuit during testing and servicing. 760-15. Fire Alarm Circuit Requirements. Fire alarm circuits shall com- ply with the following parts of this article: (a) Nonpower-Umited Fire Alarm(NPLFA)Circuits. See Parts A and B. (b) Power-United Fire Alarm (PLFA)Circuits. See Parts A and C. A B.Nonpower-United Fire Alarm(NPLFA)Circuits 760-21. NPLFA Circuit Power Source Requirements. The power source of nonpower-limited fire alarm circuits shall comply with Chapters 1 through 4, and the output voltage shall not he more than 600 volts, nominal. 760.23. NPLFA Circuit Overcurrent Protebtlon. Overcurrent protection for conductors No. 14 and larger shall be provided in accordance with the conductor ampacity without appplying the derating factors of Section 310-15 to the ampacity calculation. Ovcrcurrent protection shall not exceed 7 amperes for No. t8 conductors and 10 amperes for No. 16 conductors. Exception: Where other articles of this Code permit or require other overrurrent protection. j 760-24. NPLFA Circuit Overcurrent Device Location. Overcurrent devices shall be located at the paint where the conductor to be protected receives its supply. Exception No. l: Where the overrurrent device protecting the larger conductor aLso protects the srnallor conductor. Exception No. 2: Transformer secondary conductors. Nonpower- limited fire alarm circuit conductors strolied by the secondary of a single- phase transformer having onh?a 2-wire(single voltage).secondary shall be permitted to be protected by overrurrent protection provided by the pri- mary Isctpply)side of the transformer,provided the protection is in accor- dance wide ecdon 450-3 and does not exceed the vahre determined by multiplying the secondary conductor am achy by the secondary-to- primary transformer voltage ratio. Transf rmer secondary conductors other than 2-wire shall not be considered to be protected by the primary overrurrent protection. a i I U �1 0 v u� 0 cn r� w 0 Q OL 4/ a W 7 U) Z to C1 lL D O (d C !} 7 .�? (Do 0 c w w o .� � OD J dE > Q awe ' C oQ � was o i $ r- CCo W y (0 .°a E CL 0 oactnm �I I i Tri-Tek Systems FOR THE CITY OF A LLYE'i 8485 Silverdale Way NW r ..-.a ( Silverdale WA 98383e Voice:(360)373 8373 Fax:(360)308 0254 Fire Alarm System Confidence Report Central Station Account No. 7 - 7 i ;, i t'_ �,0 ,,, Occupied as(major tenant) A 1..U f-' J [ . Address I S `', 3 l =- Zip Code. � .Phone No. _` _ Type of Test: Monthly Quarterly Sena-Annual "' t'Annual;' Acceptance Number of Initiating circuits Number of signaling circuits e t "� Fire control panel manufacturer I f_ I t t I ', ,� Model No. ..' -�1 Central Station transmitter manufacturer _ ,{' +" Model No. kr'` pl Battery Voltage iz, I t Charge CirQuit Voltage 's Battery under load , 57 Alarms tripped by which initiating circuit_A,:.,._:L_ CENTRAL STATION FIRE CONTROL PANEL TRANSMITTER Smoke detectors cleaned? System operates on AC power 1Y Yes ❑ No ❑ NA ❑ Yes ❑ No "Alarm Silence"results in tbl.sig. 3 Yes ❑ No ❑ NA ❑ Yes ❑ No Loss of AC results in trouble signal W11&es ❑ No ❑ NA ❑ Yes ❑ No System operates on battery Y Yes ❑ No ❑ NA ❑ Yes ❑ No All circuits checked for elec.supv. QYes ❑ No ❑ NA ❑ Yes ❑ No Test meets manufacturers specs. W,...,,eYes ❑ No ❑ NA ❑ Yes ❑ No Ail auxiliary equipment operates W'Yes ❑ No ❑ NA Key to fire control panel available WYes ❑ No ❑ NA Operating instructions posted UP"Y ❑ No ❑ NA Test record posted at control panel es ❑ No ❑ NA ❑ Yes ❑ No Automatic time delay of general alarm minutes Time initiated Time received by Central Station EQUIPMENT TESTED NO.OF UNITS SA t FA ORY NO.OF UNITS TYPE OF EQUIPMENT TESTED YES NO NA IN BUILDING Bells.Horns,Chimes,Voice Alarms,Speakers.Water Conga Visual Alarm Devices Trouble Indicators Heat Detectors Smoke Detectors Smoke Beams Sprinkler Waterflow Alarms A:.;)Ba Spnnkkr Supervisory Switches Manual Pull Stations Ventilation Controls Operate Annunciators Elevator Recall Fire Dampers/Smoke Dampers Phone lacks Automatic Door Release Other THIS IS TO CERTIFY THAT THIS FIRE ALARM SYSTEM/CENTRAL STATION TRANSMIT TER HAS BEEN PROPERLY TESTED AND INSPECTED FOR RELIABILITY TO COVER THE ITEMS LISTED IN THIS REPORT, 5 CONSISTENT WITH FIRE ALARM MAINTANANCE STANDARDS /MANUFACTURER'S REQUIRMENIS,AND ALL CORECTIONS HAVE BEEN/HAVE NOT BEEN MADE Signature of Inspector _ t .:AL NM Date P ID Problems Found .� 1 ir. ' Corrections Made MASON COUNTY FIRE MARSHAL Mason County Bldg.III 426 W.Cedar P.O.Box 186 Shelton,Washington 9N U (860)427-%70 CODE ENFORCEMENT FIRE INSPECTIONS FIRE INVESTIGATION PUBLIC EDUCATION March 20, 1997 FIRE PROTECTION PLAN FOR A PROPOSED ASSISTED LIVING CENTER ALLYN, WA PROJECT: An assisted living center, classified by the Washington State Building Code as a LC (licensed care) facility. The Building Code defines the facility as a Boarding Home, which is licensed for 16 or fewer occupants. I The Washington State Department of Health is the governing agency for this type of facility. The published DOH guidelines for Boarding Homes refer the applicant/operator to comply with all local fire safety, building and land use codes. The project site is a 3 acre parcel located on Masterson Road, in Allyn. The proposed structure is a 2 level wood frame building. The building comprises approximately 6550 square feet on the main floor, with a 1220 square foot basement, for a total of 7770 square feet. The main floor contains 12 bedrooms for residents. Four of the bedrooms are for double occupancy. Eight bedrooms are for single occupancy. The basement contains accommodations for staff. i WATER SUPPLY i The facility has access to water from the Harbor Water System, which supplies water to the Allyn Center area. The water system consists of a single 8" well with a 70 gpm well pump. The storage capacity is a 35,000 gallon reservoir located on Lot 90, in the Plat of Allyn. The system is purported to provide 60 psi gravity flow to the Allyn Center and to the intersection of Wheelright and the trailer park. A minimum of 30 psi is purported to be provided to all lots served by the water system. G 6 FIRE FLOW ANALYSIS I On April 18, 1994, a fire flow analysis of the Harbor Water System was conducted. A dead-end hydrant in the parking lot of the Allyn Center was flowed. Static pressure at the hydrant was 39 psi. The results of the analysis provided a flow of approximately 790 gpm. If.the maximum amount of water in the system was available for fire flow, the duration at the measured flow would be approximately 45 minutes. However, it is important to note that the capacity of the system at any particular time is dependent on the domestic demand. Further, the fire flow demand for the existing 12,600 square foot Allyn Center is 2750 gpm for 2 hours. The current water system lacks adequate fire flow to protect the largest existing structure. FIRE FLOW ANALYSIS OF THE PROPOSED PROJECT A fire flow analysis of the proposed project was done on March 19, 1997 The base fire flow requirement for a 7770 square foot, wood frame structure is 2500 gpm, for 2 hours. After applying a credit for a low fire hazard use, and a surcharge for short exposure distances on two sides, the base fire flow demand was reduced to 2343 gpm, for 2 hours. i The fire flow analysis was fine-tuned further by applying some additional credits, in the form of built-in fire protection. This is the same process that was applied to the St. Hugh Episcopal Church, at the end of Wheelright Street, in Allyn. The base fire flow (2500 gpm) was reduced by 50% with the installation of a NFPA 13 fire sprinkler system throughout. An additional 25% reduction was applied for the installation of a basic fire alarm system per the requirement of Section 313.2.1.1, Exception 1 & 2, of the Washington State Building Code. The application of all of the allowable credits resulted in a fire flow demand of 879 gpm, which is approximating what is available in the Harbor Water System. NOTE: Although the additional fire protection requirements do not reduce the fire flow to a range within the capability of the system, this office will accept the reduction created by these options, with the expectation that the Harbor Water System will eventually be upgraded to provide additional fire flow. This office will confirm the administrative adjustment of the fire flow requirements of the Uniform Fire Code, to allow the project with an acceptable level of fire protection. FIRE PROTECTION REQUIREMENTS FOR THE PROPOSED PROJECT In addition to the requirements of the Building Code, the following fire protection requirements will be a condition of a building permit: A. Provide a NFPA 13 fire sprinkler system throughout. B. Provide a basic fire alarm system throughout. A separate permit is required for the installation of a fire sprinkler system and a fire alarm system, and both systems are required to be monitored by an approved central receiving station. fogle.doc m -1 -0 4 x c m -v o - p I O O O -i O m Cn c --i L L O L r (D - D I m m m m r- O - D �1 /n r 0 C� D C) m * C) p 1 V� m Efl -1 -i 1 0 z D 0 s t1 p - D m z M y 11 z r 00 r M -a mIs 0 m rn O Cn N m D -i C) -n Cn Cn r Cr Ul m D - 0a D D .. n t9 l9 O CO -i � M) � r r D r- . c - m - r r 1 o z o � •< < OD D D -i z z tS1 m r- - r z DO � mm m •• Cn < mz mm m s •• -i -I � N O „z m m mN � � r Ul C Jo Z9 D GJ -i m m m - rn cD Z z z G) is S./' m m -_•i t Cl) rn F-+ _ > > .� oa OD : z Z z c m � m ::rZ n m (D ca \ / O o O � O D = C n Q N Z rn (> n � - o O (� o :3 (D - 10 Q OD Q O Q O O0 z 0 o n 3CX. z — a) m r C) = y � N p - 0 0 !m 3 D z ..} -i Cn = Q CL !r c ► i ``J N m cD v C` (D m x cn JA W D N 0 z • -0 Sv -n z z m (Q O O -uDrr c -i — m (D -3 - mr- spz = zM .. .. .. _ 0 0 — ;r\ 0 — Cn rr < j D -n — D m — r - o — z -imm0 rCO mmW0c m < cp rn -vm — cn z � c) m r -< D i 0D0 m0fn m & /1 ar -iO — -I m -I V < D — mzmi9 -4L4 m0 M E:: mN Z C E;: z � — m Tl S S -n z D :* mmD — c-) -I _ :Z — m COMM OMOC() m 1 zmc -oD oo m — — M o m z -� -i m — -n m r- -i 0 0 m z — m r m n m O 2 D V — co rr m m > Z z m D m - z 0 m VJ 90 z -! 0 x z CO — -< — -� _ -ascnz — DDm -{ T0 � O Q — r- mrom z r o � rn z -Imm m z W co O m0 m -4 O D z rnrnaoc) Do xn D - - rr -< -10 O g -1O m _ 0 m m 00 mODCO � zr � � — O O D — O zc (D pD io O D -i < O (Q 0 m — z ---Io � = C-� m o0 D c Q p z N -� N O 2: CT O z z m m O --F O z m � N c C.) "o " 10 Q �D -n � m00 - Q _ m Cn D rn OD 3 N r- -n :0 N — m D z m co G. 0 D < _ �- m r m 0 D :K fl1, — Ez _ .< > 0 m z C � D z n m 7v r D z rn o -mac -4 om I h t!1 x A a iJ Yl v _# -i 0 2 > 00 ca � - tx a s Z ZE m - z i - m m fa rr CD 0 MIS to -=i t � o ,C) Z CA z i 1O C o A i r n 1 t7 a {{ N . V r E XM460 )0NW � It2 .� a 'VArC -4 —"C A *7 i m m W o C m -C 1Q 0 M r -ca a D r- -0-ro � -��t -� rn % v m 0 CA) c ?�? N 2 09Z -i — m tR 0 �? S _ C IV > r foxwa 0 4 Zf" > M --4m i GS -{ It M Ao �C -i � aDZi vc pa zz ♦^ zamoo — M 0. mC) rrnZ C 0 > 0c — :) Z c� z ;* O -� rrs t7 ? p. z A In m 7 ,o Q OD i ti, Q TtS Z !"a9 r' i