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Home My WebLink AboutAPPLICATIONS, CO, MULT DOCS - 05-00052 - East Central Planning & Development - Office RemodelINSPECTION CARD �5 w � $ ......:� .� .��.......I I .... ............................... REXB U RRG ANILRIC A'S 1 =AMiLY C.O.M ALINI I Y Building Permit t BUILDING OTHER ISSUED TO: k S A h ; PERMIT #: NAME: East - Central Idaho FOR THE CONSTRUCTION OF: Remodel E Central P &D JOB ADDRESS: 299 E 4th N GENERAL CONTRACTOR: Owner This permit is issued subject to the regulations contained in Building Code and Zoning Regulations of the City of Rexbug. It is specifically understood that this Permit does not allow any Variance to the regulations of the City of Rexburg or Zoning Codes unless specifically approved by the City Council and explained on the Building Permit Application as approved by the Building Inspector. Date Approv d Issued By Building Inspector Date Approved 1. Fire Department Finelr PLUMBING Date Approved 1. Sewer Service Conn 2. Water Service Conne �l 3. Rough -In i 4. Final 24 Hour Notice THIS PERMIT MUST BE PROMINANTLY DISPLAYED AT THE BUILDING SITE THE BUILDING MAY NOT BE OCCUPIED OR USED WITHOUT FIRST OBTAINING ACERTIFICATE OF OCCUPANCY 1) A complete set of approved drawings along with the permit must be kept No work shall be done on any part of on the premises during construction, the building beyond the point indicated 2) The permit will become null and void in the event of any deviation from the in each successive inspection without NOTICE! accepted drawings. approval. No structural framework of 3) No foundation, structural, electrical, nor plumbing work shall be concealed any underground work shall be covered without approval. and Permit Number required to make inspection appointments For Inspections Call 359 -3020 option 2 ACERTIFICATE OF OCCUPANCY CAN NOT BE ISSUED PRIOR TO FINAL ELECTRICAL & PLUMBING INSPECTION R C I T Y OF j��{l/'`, CERTIFICATE OF OCCUPANC) p a 1 L.L {(- �� .! � B U 1 -G AMERICAS FAMILY COMMUNIrY Department of Community Development 19 E. Main St. / Rexburg, ID. 83440 Phone (208) 359 - 3020 / Fax (208) 359 - 3022 Building Permit No: 0500052 Applicable Edition of Code: International Building Code 2003 Site Address: 299 E 4th N Use and Occupancy. East Central Planning & Development - Office Type of Construction: Type V -N, Unprotected Design Occupant Load: N/A Sprinkler System Required: No Name and Address of Owner: East - Central Idaho 310 N 2E #115 Rexburg, ID 83440 Contractor: Owner Special Conditions: lVop& Occupancy: Business, professional or service, restaurants less than 50 This Certificate; issued pursuant to the requirements of Section 109 of the International Building Code, certifies that, at the time time of issuance, this building or that portion of the building that vies inspected on the date listed tws found to be in compliance vuth the requirements of the code for the group a division of occ and the use for vyhich_the prop occupancy vies classified. Date C.O. Issued: December 08, 2005 (09:25A C.O Issued by: Building Official e shall be no further change in the e)asting occupancy classification of the building nor shall any structural changes, ifications or additions be made to the building or any portion thereof until the Building Official has reviewed and approved future changes. r Department Fire D of Idaho Electrical Department (208- 356- 4830)• • CITY OF REXB URG BUILDING PERMIT APPLICATION 19 E MAIN, REXBURG, ID. 83440 208 - 359 -3020 X326 n PERMIT # 0 Please complete the entire Application! If the question does not apply fill in NA for non applicable PARCEL NUMBER: RPR000WI030010A SUBDIVISION: walker Addition Div. 1 East — Central Idaho Planning OWNER: and Development Associa PROPERTY ADDRESS: 299 Technolo UNIT# BLOCK# 1 LOT# 3 CONTACT PHONE # ( 208) 356 -4524 PHONE #: Home ( ) N/A Work W0 _256-4524 Cell (20$ 390 -4524 OWNER MAILING ADDRESS: 310 N. 2nd E . , CITY: Rexburg STATE: ID ZIP: 83440 Suite 115 APPLICANT (If other than owner) N/A (If applicant if other than owner, a statement authorizing applicant to act as agent for owner must accompany this application.) MAILING ADDRESS OF APPLICANT CITY: PHONE #: Home ( Work ( ATE; ZIP Cell ( ) CONTRACTOR: Kurt Harrison PHONE: Home # 624 -4642 Work# Cell# MAILING ADDRESS: 2681 E 600 N. CITY st. Anthony STATE -- m ZIP 83445 How many houses are located on this property? N/A Did you recently purchase this property? 0 Yes (If yes give owner's name) Is this a lot split? 9 YES (Please bring copy of new legal description of property) PROPOSED USE: Commercial Remodel (i.e., Single Family Residence, Multi Family, Apartments, Remodel, Garage, Commercial, Addition, Etc.) APPLICANT'S SIGNATURE, CERTIFICATION AND AUTHORIZATION: Under penalty of perjury, I hereby certify that I have read this application and state that the information herein is correct and I swear that any information which may hereafter be given by me in hearings before the Planning and Zoning Commission or the City Council for the City of Rexburg shall be truthful and correct. I agree to comply with all City regulations and State laws relating to the subject matter of this application and hereby authorized representatives of the City to enter upon the above - mentioned property for inspections purposes. NOTE: The building official may revoke a permit on approval issued under the provisions of the 2000 International Code in cases of any false statement or misrepresentation of fact in the application or on the plans on which the permit or approval was based. Permit void if not started within 180 days. Permit void if work stgo for 180 days. Signature 3 / 4 DATE WARNING — BUILDING PERMIT MUST BE POSTED ON CONSTRUCTION SITE! Plan fees are non - refundable and are paid in full at the time of application beginning January 1, 2005. City of Rexburg's Acceptance of the plan review fee does not constitute plan approval "Building Permit Fees are due at time of application" "Building Permits are void if you check does not clear" 05 NAME East - Central Idaho Planning & Devel opment PROPERTY ADDRESS 229 Technology Way, R exburg, SUBDIVISION Walker Addition Div. 1 Dwelling Units: SETBACKS FRONT Parcel Acres: SIDE SIDE • Association ID 83440 Permit# BACK Front Footage (if applicable) Storm Water Length SURFACE SQUARE FOOTAGE: (Shall include the exterior wall measurements of the building) First Floor Area 5 g 3y Unfinished Basement area N/A Second floor/loft area ,,A Finished basement area N /A Third floor/loft area mjA Garage area to !q Shed or Barn Nt A Carport/Deck (30" above grade)Area t3 /A Remodel (Need Estimate) $ Water Meter Count: Water Meter Size: PLUMBING Plumbing Contractor's Name: Business Name: Address State_ Contact Phone: ( ) Business Phone: FIXTURE COUNT Clothes Washing Machine Sprinklers Dishwasher Tub /Showers Floor Drain Toilet/Urinal Garbage Disposal Water Heater Hot Tub /Spa Water Softener Sinks (Lavatories, kitchens, bar, mop) Plumbing Estimate $ (Commercial Only) Zip Signature of Contractor License number Date The City ofRexburg s permit fee schedule is the same as required by the State ofldaho 2 • • I NAME PROPERTY ADDRESS SUBDIVISION Permit# MECHANICAL Mechanical Contractor's Name: Business Name: _ Address State Zip Contact Phone: ( ) Business Phone: ( ) FIXTURES & APPLIANCES COUNT ❑ Furnace 0 Furnace /Air Conditioner Combo . ❑ Heat Pump ❑ Air Conditioner ❑ Evaporative Cooler ❑ Unit Heater ❑ Space Heater ❑ Decorative gas -fired appliance ❑ Exhaust or Vent Ducts ❑ Dryer Vents ❑ Range Hood Vents ❑ Cook Stove Vents ❑ Bath Fan Vents ❑ Other similar vents & ducts: ❑ Fixtures or Appliance outlets of the gas piping system Mechanical Estimate $ (Commercial Only) Heat (Circle all that apply) Gas Oil Coal Fireplace Electric Point of Delivery must be shown on plans. Please check all that Apply: Signature of Contractor License number Date The City ofRexburg s permit fee schedule is the same as required by the State ofldaho ❑ Incinerator ❑ Boiler ❑ Pool Heater ❑ Similar fixtures or Appliances: 3 Q East Central Idaho Development Company Rexburg, Idaho FIRE ALARM SYSTEM SUBMITTALS 5/31/05 Submitted by: Teton Fire &Security 2688 East 97th North Idaho Falls, Idaho 83401 (208) 317 -0070 .D S din These drawings, calculations and cut sheets on equipment to be installed are provided to facilitate your acceptance of this system. I received a copy of the letter from you dated 4/6/05 in regards to the required equipment for this project. The owners are requesting that we install only the basic system in order to keep costs as low as possible. Their main concern here was to monitor the fire sprinkler system. If you have any question, please give me a call. Thanks. Business phone 317 -0070 Fax 524 -4427 General Information This system consists of a UL Listed addressable fire alarm control panel, one manual pull station, one smoke detector in the panel room, one horn/strobe in the common hallway area and one outdoor weatherproof horn/strobe. All equipment is rated for it's intended purpose and is UL Listed. All items in the system are compatible. The existing sprinkler equipment will be hooked up to the system also. This system will be remotely monitored via DACT. We believe our proposed system meets all current codes. At this time, an approval of these submittals is requested from your department. The owner is at a point that he would like this system installed now. An acceptance test will also be requested upon completion from your agency. This system will obviously only take a short time to install. Parts used in this system include: Ademco Vista 32FB UL Listed commercial fire alarm control panel Ademco 6160CR LCD remote annunciator Firelite BG -12 manual pull station Ademco 5192SD addressable smoke detector System Sensor P 1224MCK series horn/strobe with backbox System Sensor P1224MC series horn/strobe Wire Sizing Calculations to Allow for Voltage Drops Initiation Circuit Total wiring is estimated at 65 ft. Wire size is 18 gauge. This panel can go up to 6000 ft. on the addressable circuit, with the devices current load now in application. Wire will be fire rated for plenum and riser use. Indicating Circuit 1 Horn/strobe 15/75cd 1 Horn/strobe (wp) 15/75cd 163ma each 163ma each TOTAL 163 ma total 163 ma total 326 MA Wire run for this circuit is 88ft. This requires a minimum of 18 gauge wire. We are using 14 gauge. Wire is fire rated for plenum and riser use. Fire Alarm Battery Calculations 1 Ademco Vista 32FB fire alarm panel 350.0 ma 1 LCD annunciator 6160CR 45.0 ma each 45.0 ma 1 Smoke detector 5192 1.2 ma each 1.2 ma Total standby power draw 396.2 ma 396.2 ma x .001 x 24 hours = 9.51 ah The battery backup for this system is 14 ah. East Central Idaho Development Company Fire Alarm System Zone List 5/11/05 001 002 003 004 005 006 007 008 009 Manual pull station Sprinkler waterflow Sprinkler valve tamper (if available) Smoke Panel room ON ALARM ACTIVATION (all horn /strobes are running) DO NOT RESET OR SILENCE THE ALARM UNTIL YOU DO THE FOLLOWING: 1. NOTE WHICH ZONE HAS ACTIVATED THE ALARM BY CHECKING THE ANNUNCIATOR. 2. INVESTIGATE THE SOURCE OF THE ALARM AND VERIFY RATHER IT IS REAL OR A FALSE ALARM. IF IT IS A REAL FIRE, FOLLOW YOUR FIRE PROCEDURE ALREADY IN PLACE AND CALL 911. IF YOU EVER HAVE AN ACTUAL FIRE, CALL TETON FIRE & SECURITY AT 317 -0070 WHEN YOU CAN. THIS IS NOT A PRIORITY BUT WE DO WANT TO SUPPORT YOU WHEREVER WE CAN AND WE DO NEED TO FILE AN INCIDENT REPORT. 3. AFTER VERIFYING THE PROBLEM AND IT IS A FALSE ALARM, ENTER 1- 2 -3 -4 -1 TWICE TO RESET THE ALARM. CALL THE FIRE DEPARTMENT TO NOTIFY THEM THAT IT WAS A FALSE ALARM. TROUBLE INDICATIONS WHEN A TROUBLE SIGNAL SHOWS UP ON THE ANNUNCIATOR, YOU WILL GET A BEEPING SOUND AND DISPLAY. WRITE DOWN WHAT THE ANNUNCIATOR SAYS, INCLUDING THE ZONE NUMBER. IF IT SHOWS A/C FAIL, THIS MEANS THAT THE POWER IS OFF TO THE PANEL. EITHER YOU ARE EXPERIENCING A POWER OUTAGE OR POSSIBLY THE CIRCUIT BREAKER TO THE FIRE ALARM PANEL HAS BEEN SHUT OFF. ENTERING 1- 2 -3 -4 -1 WILL SILENCE THE ANNUNCIATOR. IT WILL RETURN TO NORMAL SEVERAL MINUTES AFTER THE POWER IS RESTORED. IF IT SHOWS "DIALER TROUBLE ", YOU HAVE MOST LIKELY TEMPORARILY LOST ONE OF THE TWO TELEPHONE LINES CONNECTED TO THE PANEL. ENTERING 1- 2 -3 -4 -1 WILL SILENCE THE ANNUNCIATOR. IT WILL RETURN TO NORMAL SEVERAL MINUTES AFTER THE LINE IS RESTORED. IF IT SHOWS "HIGH SENSITIVITY ", THIS NORMALLY MEANS THAT THE SMOKE DETECTOR IS GETTING DIRTY. IT MUST BE CLEANED VERY SOON, AS A FALSE ALARM MAY OCCUR AT ANY TIME. THE ONLY SMOKE DETECTOR ATTACHED TO THIS FIRE ALARM SYSTEM IS THE ONE IN THE PHONE /ALARM PANEL ROOM ABOVE THE FIRE ALARM PANEL ITSELF. ONCE CLEANED, THE RESET CODE OF 1- 2 -3 -4 -1 WILL CLEAR THE TROUBLE. IF YOU HAVE CLEANED THE DETECTOR AND IT STILL WON'T CLEAR, CALL TETON. ALL OTHER TROUBLES OR PROBLEMS WITH THE ABOVE THAT YOU CANNOT RESOLVE, CALL TETON FIRE & SECURITY AT (208) 317 -0070 FOR SERVICE. FIRE DRILL PROCEDURE CALL THE ALARM MONITORING COMPANY AT 1- 800 - 932 -0128 AND TELL THEM YOU WOULD LIKE TO PUT YOUR ALARM IN TEST MODE. YOUR ACCOUNT NUMBER IS XE2 -2712. ONCE IN TEST MODE, YOU MAY ACTIVATE ANY DEVICE IN YOUR SYSTEM TO CREATE THE ALARM CONDITION AND RING THE HORN /STROBES TO EVACUATE THE BUILDING. WE SUGGEST THAT A DIFFERENT DEVICE BE TESTED EACH TIME. WHEN YOU ARE DONE WITH THE DRILL, RESET THE ALARM BY ENTERING 1- 2 -3 -4 -1 TWICE ON THE ANNUNCIATOR. IT SHOULD READ "FIRE ALARM SYSTEM" WHEN EVERYTHING IS RESET. CALL THE MONITORING STATION BACK AND ASK THEM TO VERIFY THE SIGNALS THEY RECEIVED. THEY WILL BE ABLE TO TELL YOU EXACTLY WHAT DEVICE(S) YOU ACTIVATED AND RESET. HAVE THEM CLEAR YOUR TEST MODE. TETON FIRE & SECURITY RECOMMENDS THAT ALL FIRE ALARM SYSTEMS BE TESTED MONTHLY. VISTA -32FB Designed to integrate seamlessly with CCTV, access control and ADEMCO's full range of fire and burglary components, the VISTA -32FB provides the ultimate protection of life and property. The UL listed Commercial Fire and Burglary Control Platform can control up to two separate partitions independently, and supports up to 32 zones /points using hardwired, wireless and addressable technologies. A diverse line of ADEMCO initiating devices, notification circuits, digital dialers, IVA keypads, RF receivers and relays support this extremely powerful control platform. Advanced technology, combined with simple end -user operation, make the versatile VISTA -32FB the smartest choice for the most demanding applications. FEATURES: • Supports addressable V Ex access control points using VistaKey (1 to 4 doors) • Supports up to 16 doors of access control using Vista Gateway Module (VGM)* • Supports CCTV applications with the new VistaView -loo CCTV Switcher Module • Identifies the point or zone of a fire using the new FSA- 8/FSA -24 Fire System Annunciator • Supports eight hardwired zones, 24 1 4001 - OF addressable points /zones, or 32 wireless points /zones • Can control two separate areas (partitions) independently • Stores up to 512 events and can accommodate 75 user codes • New E2 Software Simplifies Programing • Easily programmed and maintained with newly upgraded Compass Downloader Software • Automatic smoke detector sensitivity maintenance testing • Commercial UL Wireless Fire and Burg 'Coawcts to Northem Computer's PassPoint Access ConW Systems. Maximum 32 doors. AOEMCO GROUP VISTA -32FB Addi"nat Features • Notification Appliance Circuits (two): - Programmable - Temporal code compliant - Individually silenceable • Programmable on -board auxiliary relay • SIA false alarm reduction features: - Exit error logic - Exit delay reset - Cross zoning - Call waiting defeat - Recent close report • Supports commercial hardwired, addressable polling loop and wireless zones • Hardwired zones - Provides nine style B hardwired zones - EOLR supervised for Fire and UL burglary installations - Supports N.O or N.C. sensors - Individually assignable to one or all eight partitions - Up to 16 two -wire smoke detectors each on zone one and two (32 total) - Up to 50 two -wire glassbreak detectors on zone eight • Patented addressable polling loop technology - Supports up to 24 two- wire'zones /points - Global polling technology for faster processing - Increased current draw capacity (128mA) - Supervised by panel - Individually assignable to partitions, notification circuit (bell) output or aux relay - 4,000 ft capability without the use of shielded cable - Extender /Isolation bus module - Two -wire smoke detector zone/group expansion module adds two or four zones - Eight zone - Class A and B extender module - Eight zone - Class B extender module - One zone supervised contact monitor module • UL Listed wireless expansion - Supports up to 32 wireless zones /points using 5881 ENHC Receiver - Supervised by control for check -in signals - Tamper protection for transmitters - Individually assignable up to eight partitions - Supports UL864 /NFPA approved wireless smoke detectors • Event reporting • Local printer of access or VISTA related event • Scheduled uploading of events to central station • Up to four doors using Vistal<ey Access Control Supported by a diverse line of ADEMCO initiating devices, the VISTA -32FB is well suited for a variety of smaller to medium sized applications as an integrated fire and burglary control — including restaurants, small retail stores and shops, churches and synagogues, strip malls, larger residences and small factory and warehouse environments. • Stored events for one call retrieval • Communication - Phone mapping by zone response type - Supports VIP Interactive Phone Voice Module - Panel operation during download - Uploading equipment list to central station - Communication to PassPoint via Vista Gateway Module 9SOOSN 4101SH y V.F Adapts' Gkissb kSensor RO E t'z i 1 - V 1_11y V-Pla pccM�Controt 5192 seneu 427M Qu.d F M oeo T— C V-PLEX Loop sv4 " C°n—W ECP Bu _.- Reaelver Notih- b- Appltstcea '�, - 6220S Prkroer 111 Plate lme to C no.1 Steffan - -- I 77200 F L. ... " Ft-g. Reba - 1usc C.W- _' _ wt .yew - tco CLTV . ' v Swnriicr 42 NAC (Bel) Ct ut:t 4220UU = M ft �}Bplt Cb. 4148 5140 IID �� Module 4100SM ' RaR holm .`.... _ Mod.k 85292 1 . ADEMCO GROUP Applications The VISTA -32FB control is well suited for a variety of applications as an integrated fire and burglary control. A diverse line of ADEMCO initiating devices supports this extremely powerful control. Some of the applications supported are: medical and professional buildings, churches or synagogues, office buildings, schools, strip malls, larger residences and factory or warehouse environments. Installation The VISTA -32FB alarm system has been designed to mount both quickly and easily. It meets all applicable requirements for UL commercial fire and burglary installations. Specifications Electrical: • Primary power: 18VAC ® 72VA ADEMCO No. 1451 Quiescent current draw: 350mA • Backup battery: — 12VDC, 7AH min to 34AAH max — Lead acid battery (get type) • Alarm power: 12VDC, 13A max for each notification (bell) circuit output • Aux. standby pwr: 12VDC. 1A max • Total power. 2.3A at 12VDC, 3.4A at 24VDC from all sources • 24 hours with 1 A standby load or 60 hours with 205mA max standby load using 34AAH battery • Fusing: Battery input. aux. and notification (bell) circuit outputs are protected using PTC circuit protectors. All outputs are power limited. = 419M V- P1 — Z— 6T Seal Module 5861 a TWO e/ 589915 Smola De2�cto Ksyped 4 1 Ap -- APP� 1 1 d9445N r Recsssod Mount Cosaot 5690 Series 11M1rdase .. Darlco Aw" 5� T s oe .d— Main Dialer. • Line seize: Double Pole • Ringer equiv.: 0.7B • Formats: ADEMCO Low Speed. ADEMCO 4 +2 Express. ADEMCO High Speed, ADEMCO Contact D. Sescoa and Radionics Cabinet dimensions: • 14.5 "H X 12.5 "W X 3 "D Environmental: • Storage temp: -10•C to 70 °C • Operating temp: 0 °C to 50 • Humidity: 85% RH • EMI: Meets or exceeds the following requirements: — FCC Part 15. Class B Device — FCC Part 68 — IEC EMC Directive Agency Listings • Burglary • FCC Part 15. Class B. FCC Part 68 • UL Residential and Commercial • UL864 /NFPA Local Fire • UL864 /NFPA Central and Remote Station Fire • UL609 Grad A Local Mercantile Premises /Local • Mercantile Safe and Vault • UL365 police station connected burglar alarm • Grade AA Service (with LRR Model 7920SE) • UL611 /UL610 Central Station Burglar Alarm • California State Fire Marshal • FM M—W na �0 514OMPS -1- —l7 SUOMPS4' DtLUl�ouu. D�rmr CI = 11V � 1 �uy To i8 Suro4eOeteoawa 5889 r Hc11Up.SUp 9wIMh YA L S Vt . y Up To 92 Module C.orwMlod T�o•Wee Srnelm Detectors A yi PbasPsem Tmper gmft*r fbw Sw•dr L—T—V SrteA• Ilse WW 4193SM MYiZene Module VISTAiiiiiiii SPECIFICATIONS: 105 Emil was Spinet, tan 11191 coil nIft e201i 2 Timm Ib Woun AM= is an 1509091 fleffidered 6anpany AOEMCD CCF:1fJUP Compatible Devices See ADEMCO Group control accessories compatibility chart for complete list Auxiliary devices • 4204 - Relay Module, four form C contacts • 4204CF - Two supervised output circuits • 5140DLM, Supervised Dialer • 5881 Series - RF Receiver supporting 5800 wireless detectors • 6160CR - Red Alpha Keypad • 6139R - Red Alpha Keypad /annunciator • 6220S - System printer used with 4100SM serial module • FSA -8, FSA -24 Fire Annunciators Two -wire smoke detectors conventional: • System Sensor smoke detectors Horn /Strobes: • System Sensor Notification Appliances Manual Pull Stations: • 5140MPS -I • 5140MPS -2 V Plex (addressable) Devices: • 4101 SN Relay Zone Module • 4190SN Remote Point Module - two zones • 4190WH • 4193SN Two Zone Serial Interface Module • 4208U Loop Expansion Module - eight zones • 4208SNF Eight Zone /2 Class A/6 Class B Expander Module • 4209U Group Zoning Module - two /four zones • 4293SN One Zone Serial Interface Module • 4297 Isolation /Extender Module CCTV - VistaView- 1 00-CCTV Switcher Module V -Piex (addressable) Smoke Detectors: • 5192SD • 5192SDT Vista Interactive Phone Module: • 4286 Voice Module Passive Infrared Detectors: • 998MX • 4275EX -SN • 4278EX -SN • QUEST2260SN V Plex (addressable) Contacts: • 4194WH, 4193SN • 4939SN -WH • 4944SN -WH • 4959SN Glassbreak Detectors: • 9500SN Long Range Radio: • 772OULF • 7845C Cellular Radio Upgraded software: • Upgraded Compass Downloader Windows compatible Wireless Devices: • 5804 - Wireless Key • 5804BDV - Bi- directional with voice • 5804BD - Bi- directional Key • 5808C - Wireless Smoke Detector • 5816 - Door/Window Transmitter • 5819 - Shock Sensor • 5827BD - Bi- directional Keypad • 5849 - Glassbreak Detector • 5890 - PIR Access Control: • VistaKey V -Plex (addressable) Access Control • VistaKeySK Starter Kit • VistaKey -EX Expansion Kit • VGM Vista Gateway Module to PassPoint Access Control (Northern Computers) Commercial Wireless Devices: • 5808LST - Wireless Smoke Detector • 5809 - Wireless Heat Detector • 5817CB - Wireless Commercial Transmitter • 5869 - Hold up Transmitter • 5881 ENHC - Commercial Fire /Burg Receiver ORDERING: Part No. Description VISTA -3217B Commercial Fire and Partitioned Burglary Alarm Platform UVW32Fa/D 1 /02 VISTA -32FB AddMoml Postures • NoDHcatbn Appilance Circuits (twok - Programmable - Temporal rode compliant - Individually slienceable • Programmable on -board auxOlary relay • SIA false alarm reduction features; - Exit error logic - Exit delay reset -Cross zoning -Call waiting defeat - Recent close report • Supports commercial hardwired, address ble %e,•W poling leap and wlroless zones • Hardvkad zones - Provides nine style B hardwired zones - EOLR supeMsod for Fire and UL burglary installations - Supports N.OorN.C. sensors - IndMdualy assignable to one or all eight partitions - Up to 16 hvo -wire smoke detectors each on zone one and two (32 total) - Up to 50 two -wire glessbreek defectors on zone eight • Patented addressabioltOWponiog loop technology - Supports up to 24 two-wrire'lw;Wzones/polnts - Global poling technology for faster processing - increased current draw capacity (128mA) - Supervised by panel - Individually assignable to partitions, notification circuit (i>eID output or aux relay - 4.000 it capability without the use of shloaled cable - Extender /Isolation bus module 6.rom ae•1' tlh - Two-wire smoke detector zone /group expansion module adds two or four zones - Eight zone - Class A and B extender module c Eight zone - Class B extender module - Ono zone supsMSM contact monitor module • UL Listed wireless expansion - Supports up to 32 wireless zones /points using 5881ENHC Receiver - Supervised by control for chock-In signals - Tamper protection for transmitters - Individually assignable up to eight partitions - Supports UL864 /NFPA approved wireless smoke detectors • Event reporting • Loral printer of scows or VISTA related event • Scheduled upbedmg of events to central station • Up to four doors using V(staKey VVZYAcoess Control Supported by a &area One of ADEMCO Initiating devices, the VISTA•32FS Is well suited for a variety of smaller to medium sited applications as an integrated Poe and burglary control — Including restaurants, small retail stores and shops, churches and synagogues, strip mans, larger residences and small factory and warehouse environments. • Stared events for one call retrieval • Communication - Phone mapping by zone response type - Supports VIP interactive Phone Voice Module - Panel operation during download - Uplosding equipment list to central station - Conxttunlcanon to PassPdnt via Vista Gateway Module •,-^ nee.•. � WPM UW AppiRcatioam The VISTA32FO control Is wall suited for a variety of applications as an Integrated Are and burglary control. A diverse line of ADEMCO Initiating devices supports this exbemey powerful control Some of the applications supported are; medical and prokasional buildings, churches or synagogues, office buildings, schools, strip malts. larger residences and factory or warehouse environments. In rlhouNon The VISTA32FIB alarm system has been designed to mount both quickly and esety. It meets all applicable requirements for UL commercial fire and burglary installations. Specifications 8laohlec6 • Primary power. 18VAC fl) 72VA ADEMCO No. 1461 • Quiescent current draw. 350mA • Saclap battery: - 12VDC, ?AM min to 34AAH max - Lead sold battery (gel type) • Alarm power: 12VDC, 1,7A max for each notification (bell) circuit output • Aux standby pwr; 12VDC, IA max • Total power; 2.3A at 12VOC, 3.4A at 24VDC from all sources • 24 hours with to standby load or 60 hours with 206M1 max standby land using 34AAH battery • Fusing; Battery Input am and notification testa caouit outputs we protected using FTC circuit protectors. All outputs are power limited. . �ygY off, p , >tlatOml PR 6a�l�w o N y W A up a.. ""••, N 1» M,kM Q W. Y.1AMJn .S., Rae W •eu••r m.,. Main aide" • Una sake: Double Pole • Ringer equiv.: 0.78 • Formsts: ADEMCO Low Speed, ADEMCO 4r2 Express, ADEMCO High Speed, ADEMCO Contact ID, Seems and Redlonks Cabinet dlmenslnnec • 143'M X 12.5 "W X 3'D Emdronmentoli • Storage temp: -10•C to 7mC • Operating temp: 0 to SWC • Hurnidy: 85% RH • EMI: Meets or exceeds the following requirements: - FCC Part 16, Class S Device - FCC Part Be - IEC EMC Directive Asonay Listings • Burglary • FCC Part 1S, Class B; FCC Part 08 • UL Residential and Commercial • UL864 /NFPA Local fine • ULB64 /NFPA Central and Remote Station Fire • Ut 809 Grad A Local Mercantile Premises /Local • Mercantile Safe and Vault • UL365 police station connected burglar alarm • Grade AA SaMce (with LRR Me&[ 7920SE) • ULf)11 /UL010 Central Stevan Burglar Alarm • CaAfomle State Fire Marshal •IM .wwr .uwea OumMN OUN.1aCY•On etlua M TMRranM• FWD~ a,. r•.. cur �x:ewr Je•au ay► Y.A C eneie nob,a� vA� i f wY r.•w,.n .,.., - K35WADCFVI &ot 6160CR Commercial Alpha Keypad INSTALLATION GUIDE Keypad Features Supported Z tra/ Panels • Programmable function keys ( =sec no 1) • Built -in sounder VISTA 32FB note 3) • Ready, Armed, Supervisory and Trouble LEDs t• zee note a) VISTA-128FB (� we note 3) • RED ke ad for Commercial Fire applications Notes: 1. Function key applications are control- dependent and may differ from one control to another control's instructions for details). 3. 2. Trouble and Supervisory LED operation is an option on same controls (see coninul's instructions for details). Keypad address may set to address 00 through 30 to operate With these controls (see controls instructions for details). GENERAL INFORMATION WIRING AND INSTALLATION The 6160CR is an addressable remote keypad that is intended for use in commercial applications with ADEMCO Group contl: oI* panels, as listed above. The 6160CWs address is set locally, via the keypad's keys, depending on the control being used (see note 3, above). The keys are continuously backlit for convenience. The LCD display is backlit only when a key is depressed, or when the system is in alarm or trouble condition. Note: On some controls, the LCD may be Programmed to remain on at all times (see control's instructions for details). KEYPAD LED INDICATIONS The keypad's LEDs will light under the following conditions: READY Lights when the system is - Wire Color READY-to arm' all zones are intact ARMED Lights when the system is armed in + any mode (AWAY, STAY, eta) Red . Lights when a supervisory condition SUPERVISORY* exists (see control's instructions for DI details) TROUBLE'S Lights when a trouble condition exists (see control's instructions for details) " The LEDs will temporarily extinguish while the display shows other status conditions. For example, if a trouble edition is displayed. the LED is ON. When the display indicates a different condition (FAULT of a burglary zone for instance). the LED will extinguish, but will turn hack ON when the display again indicates the trouble condition. SPECIAL FUNCTION KEYS The keypad also features programmable function keys labeled A, B, C, and D. These keys may be programmed to initiate panic, fire, or emergency alarms as well as other special functions such as macros, paging, and single- button operation. (Not all controls support these special functions. Refer to the individual control panel's instructions for details.) These keys must be held down for at least 2 seconds to initiate the assigned function. The keypad may be surface - mounted directly to a dry wall or to a single- or double -gang electrical box. 1. Remove the case back by inserting a thin - bladed screwdriver, in turn, against each of the two snap -open tabs (see Figure 1 below). Pry apart the case back as each tab is depressed. 2. Route wiring going to the keypad through the large rectangular opening in the case back. 3. Mount the case back to the wall or electrical box. 4. Wire directly from the keypad's terminal block (see Figure 2) to the' terminal block on the control panel (see control's Summary of Connections label for correct terminal connections). Wiring Table (All Keypads) Keypad Control Panel Wire Color DO Data Out Yellow + + Aux. Pwr Red . — — Aux Pwr (GND) Black DI Data In Green 5. Reattach the keypad to its case back. Hint: Insert top end first and then snap shut the lower end. ou �J 6t60CR•OOS•YO Figure 1 • The keypad will not enter the address mode if the system is in the program mode. • If 10 seconds have passed with no key entry, the keypad automatically exits the address mode. • The current address may be viewed at any time by pressing and holding [11 and [31 keys together. 2. Set the desired address: Enter the desired address. For example, for address 12, enter 1, then 2. Display shows (12). 3. Exit the address mode: Press the "star" key ( *) to save the displayed address and exit the address mode. Figure 2 6•w KEYPAD LABELS Function key labels: A set of adhesive - backed labels with some typical function symbols (e.g., fire, police, emergency, etc.) is provided. These labels come in four colors (red, blue, green, and white) and may be placed on the appropriate function keys (A, B, C, or D) for ease of identifying the individual key's function (as determined by the control panel's capability and programming). SETTING THE KEYPAD ADDRESS The keypad address must be set according to the control panel being used (refer to the individual control panel's instructions for details). Available addresses are from 00 through 30. The keypad is shipped with a default address of 31 (non - addressable mode). To change the address, do the following: 1.__E—Aer keyp addrmis Power up the keypad. Within 60 seconds of power up, press and hold down the [1) and [31 keys together for 3 seconds. The current address will be displayed and the cursor will be under the "tens" digit (_a1). Notes: If a keypad needs to be re- addressed to work with your control, there is no initial time limit to change the address. However, once a correct address is entered or successful communication is made with the control panel, the following notes apply. • If system has been powered up for more than 2 minutes, you must power the keypad down, then power it up again in order to change the keypad's address. FOR WARRANTY INFORMATION AND LIMM INSTRUCTIO FOR THE CONTROL PANEL ADEMCD SPECIFICATIONS Physical: 6.250' H x 7.437" W x 1.312" D Display: Alphanumeric, 32- character (2 lines x 16 characters), LCD back -lit LEDs: Armed (red), Ready (green), *Trouble *Supervisory (yellow) See control panel's instructions for specific applications regarding Trouble and Supervisory LEDs. Sounder: High- quality speaker Electrical: Voltage: +12VDC Current: 45inA standby 150 r =� in alarm (sounder, back light and LED on) S OF THE ENTIRE SYSTEM, RE WHICH THIS DEVICE IS USED, 165 Eileen Way, Syosset, New York 11791 Copyright 0 2001 PITTWAY CORPORATION THE 111111111111111111111111111111111111111111111 K3590-ADCFVI 8/01 fibi SatfstAXtfon To: Tracy From: Adecco 3 -31-93 3:24pm p. 2` of 3 This document explains the limitations of polling loop wire runs. The ADEMCO Polling Loop (V -plex) has the Following limitations: Distance limitation per wire ran based on current required and wire eauee• Total Load (mA a 1 l5 VDC) 22 AWG 20 AWG 18 AWG 16 AWG 1-8 mA 12.000 feet 12,000 feet 12,000 feet F2 feet 946 mA 7,270 feet 11,710 feet 92,000 feet 12.000 feet 17 -24 mA 4,830 feet 7,810 feet 92.000 feet 12 feet 25 -32 mA 3,640 feet 5.850 feet 9260 feet 12, feet 33-40 mA 2.910 feet 4,680 feet 7,410 feet 1 1,760 feet 41 -48 mA 2.420 feet 3,900 feet 6.170 feet 9,800 feet 49 -56 mA 2,080 feet 3.350 feet 5,290 feet 8.400 feet 57-64 mA 1,820 feet 2,930 feet 4,630 feet 7,350 feet 65-72 mA 1,620 feet 2,600 feet 4.110 feet 6,540 feet 73-80 mA 1,450 feet 2,340 feet 3,700 feet 5.880 feet 81-88 mA 1,320 feet 2,130 feet 3,370 feet 5,350 feet 89 -96 mA 1,210 feet 1,950 feet 3,090 feet 4,900 feet 97 -104 mA 1.120 feet 1.800 feet 2,850 feet 4,520 feet 105 -112 mA 1,040 feet 1,670 feet 2,650 feet 4,200 feet 113420 mA 970 feet 1.560 feet 2.470 feet 3,920 feet 121 -128 mA 910 feet 1,460 feet 2.310 feet 3;680 feet Distance limitation for total wire connected to the panel The maximum amount of cable that is wired directly to the control panel is limited to 12,000 feet for non - shielded cable For shielded cable, or cable in metal conduit, the maximum amount of cable is 6000 feet. These limitations hold true for a single loop system or for Each wire run in a star configuration Distance limitation for total wire when usinz 4297 oolline loop extenders The sum of the wire runs tied directly to the control panel and ANY ONE extender cannot exceed - 12000' for non - shielded wire or 6000' for wire that is shielded or in conduit. If using multiple extenders, the panel only sees the load of the extender with the most wire on it. For example: If the control panel has 4000' of wire connected directly to it. EACIT extender may have up to 8000' connected to it. Total current limitations The Polling Loop is limited by current capability_ Current controls are limited to either 64mA or 128mA available for the polling loop. The combined current of all devices connected directly to the panel must not exceed this rating. Each 4297 may powerdevices whose combined current may total up to 128WA. Each 4297 must be home - run back to the control panel (not through another 4297). Sather notes- • Note: twisted, stranded, non - shielded cable is recommended. • Shielded cable or metallic conduit increase the capacitance of the wire run, which limits distances. • Avoid tuning the cable near keypad wiring, intercom, or AC power lines. • Avoid sharp bends in the wire. Also observe device and control requirements on serial number vs. dip- switch mode. Serial mode is preferred when. the control and device support it. An ADEMCO Group Company t i a 5192 Smoke Detector The ADEMCO 5192 Series low profile, addressable V- PlexIm smoke detectors deliver state -of the -art features and benefits in a cost - effective package. These detectors are designed to provide open area coverage and are compatible with ADEMCO's VISTA controls supporting V- Plex technology. An LED on the detector will blink periodically during normal conditions, remain on steady during alarm and cease to pulse if the chamber is out of acceptable sensitivity range. An extremely powerful feature available within the 5192 Series is the Automatic Maintenance Alert/Reporting capability - a feature normally found in today's high end analog addressable systems. The detectors continually monitor their own sensitivity levels in addition to the basic normal and alarm conditions. These HIGH and LOW SENSITIVITY signals are communicated back to the control, via the V-Plex addressable loop, to indicate locally and at the central station that the detector may not be able to detect smoke or may false alarm. This feature works with Vista-32FB, 128FB, 128B and First Alert Professional FA1600C. More important is the cost saving associated with Automatic Maintenance Reporting. The feature is an approved alternate to NFPA 72 field sensitivity calibration testing that require external test meters. This eliminates the need to schedule inspections to determine detector sensitivity /viability. Another important benefit of these V-Plex (addressable) smoke detectors is their ability to operate on existing wiring. There is no need to run special twisted pair, data grade or shielded wires, providing you with the right choice for all your retrofit applications. That equates to cost savings in time and materials! Low profile design V- Plex'" addressable loop device Automatic maintenance reporting Available with integral heat sensor Simple 2 wire installation Tamper resistant DIP switch or serial number programmable Lines on existing or conventional wiring The 5192 Series smoke detectors are designed to provide open area coverage and are well suited for most fire detection applications. These smoke detectors are compatible with all ADEMCO VISTA Fire and Burglary controls that support V -Plex addressable loop technology. These agency listed alarm initiating devices support most commercial and residential applications. They are suited for use in museums, hospitals, day care centers, retail stores, strip malls, schools, libraries, fast food chains, medical or professional office suites and in factory and warehouse environments. I An ADEMCO Group Company -J+ W OZ— IW- C N J =0 J F w U of Uj LUm �Q ma �O U DIP / ' SWITCH The 5192 Series smoke detectors are supplied ' with a convenient mounting bracket that allows the detector to be mounted to a variety of electrical junction boxes. A removable terminal block, that accepts 14 to 22 gauge wire to provide easy wiring connections. The detectors are designed to meat all applicable requirements for UL Commercial and Residential Fire installations as well as NFPA 72 requirements when installed in compliance with the TEMI R R ` NAL loco National Electric Code and approved/listed control panels. diagram for 5192SDMT smoke dek>ccar These smoke detectors are compatible with all VISTA control panels that support V -Flex (addressable) polling loop technology. The detectors support DIP switch or serial number addressing_ DIP switch configuration are compatible with 5140XM, VISTA -40, and VISTA - 50P controls. Serial nun>ber addressing is supported on VISTA -32FB, VISTA -100, VISTA - 128FB, VISTA -128B and First Alert Professionals FA1600C controls. Refer to control panel and smoke detector installation instructions for details_ Part No. 5192SD 5192SOT Oescrip on Addressable Photoelectric Smoke Detector Addressable Photoelectric Smoke Detector w /Integral heat Sensor Automatic Maintenance Reporting Compatibility The automatic maintenance feature is compatible on with the following control panels ONLY`. VISTA -32FB (coning soon), VISTA- 128FB, VISTA - 128B and First Alert Professionals FA1600C. The automatic maintenance may be disabled for all other controls that do not support this feature. Refer to control panel and smoke detector Installation Instructions for details. System voltage rand 7 -14V Stance current (maxamim 0 1211Y LED off: 1.2mA LED on: 2.8mA Der: 5.5 inches (140minl (including mounting bracket) Height: 1.7 inches (43mm) (including mounting bracket) Woightr 5.3 ounces (150 grams) Installation temperature range: 32° to 100°F (0° to 38 °C) Installatm htmti "range: 10% to 93% RH, non - condensing Heat sensor (S192SDT onl 135 fixed temperature electronic thermistor EMI: Meets or exceeds the following requirements: FCC Part 15, Class B Device IEC EMC Directive Fire; UL268 Commercial System Smoke Detector Meets OF 217 Requirements for Residential Applications Factory Mutual(Pending) California State Fire Marshall MEA (Pending) COMPATIBLE DEVICES VISTA -40 Partitioned System `(Residential Fire) VISTA -50P and VISTA -50PUL Partitioned System *(Residential Fire) VISTA -100 Integrated Fire/Burglary Control "(Commercial Fire) VISTA -128FB Integrated Fire/Burglary Control (Commercial Fire) VISTA -128B Partitioned Burglary Control (Residential Fire) VISTA -32FB Integrated Fire /Burglary Control (Commercial Fire Pending) *Automatic Maintenance Reporting feature not supported by control panel 165 Been Way. Syosset New York 11791 • Copyright ®19% Pittway Corporation ADEMCO is an IS09001 Registered Company G R O U P U5192/D 1199 SYS78WS COKWERCIAL July 14, 2004 DF -52004 F -050 FIraUTVALarMS Manual FFire re A an Pull Stations www.firelite.com Section: Conventional Initiating Devices GENERAL The Fire•Lits Alarms B134 2 Series is a cost-effective, fea- ture- packed, non -coded series of manual fire alarm pull stations. it was designed to meet multiple applications with the installer and end -user in mind. The BG -12 Series features a variety of models including single- and dual - action versions. The BG -12 Series provides Fire-Lite Fire Alarm Control Panels (FACPs), as well as other manufacturers' controls, with a manual alarm initiating input signal. Its innovative design, durable construction, and multiple mounting op- tions make the BG-12 Series simple to install, maintain, and operate. FEATURES • Aesthetically pleasing, highly visible design /color. • Attractive contoured shape with light textured finish. • Meets ADA 5 lb. maximum pull - force. • Meets UL 38, Standard for Manually Actuated Signaling Boxes. • Easily operated (single- or duat - action), yet designed to prevent false alarms when bumped, shaken, or jarred. • PUSH IN/PULL DOWN handle latches in the down po- sition to clearly indicate the station has been operated. • The word "ACTIVATED" appears on the top of the handle in bright yellow, further indicating operation of the sta- tion. • Operation handle features white arrows showing basic operation direction, for non- English - speaking persons. • Braille text included in finger -hold area of operation handle and across top of handle. • Multiple hex- and key4ocik models available. • U.S. patent- pending hex -lock needs only a quarter -tum to lock/unlock. • Station can be opened for inspection and maintenance without initiating an alarm. • Product ID label viewable by simply opening the cover, label is made of a durable long -life material. • The words "NORMAL' and "ACTIVATED" are molded into the plastic adjacent to the alarm switch (located in- side). • Four - position terminal strip molded into backplate. • Terminal strip includes Phillips combination -head cap- tive 8132 screws for easy connection to Initiating Device Circuit (IDC)_ • Terminal screws backed -out at factory and shipped ready to accept field wiring (up to 12 AWG13.25 mm California State Fire p Marshal `i 05 7150 -0075:184 LISTED FM MEA 67 -02 -E APPM , • Terminal numbers are molded into the backplate, elimi- nating the need for labels. • Switch contacts are normally open. • Can be surface (with SO-1/0 or SB -10) or semi -flush mounted. Semi -flush mount to a standard single -gang, double-gang, or 4' (10.16 cm) square electrical box. • Backplate is large enough to overlap a single -gang backbox cutout by up to 1/2' (12.7 mm). • Optional trim ring (BG -TR). • Spanish version (FUEGO) available (BG- 12LSP). • Designed to replace the Fire-Lite Legacy BG -10 Series. • Models packaged in attractive, clear plastic (PVC), clamshell- style, Point -of- Purchase packages. Packag- ing includes a cutaway dust/paint cover in shape of pull station. This Alarms a H company. This �oo� This document is not t intended ded to to b De used for installation purposes. We try to keep our product information up-to -date and accurate. We cannot cover all specific applications or anticipate all requirements. All specifications are subject to _ change without notice. For more information, contact Fire•Lite Alarms, One Ftre -Lite Place, Northford, 111111 SY STEMS Connecticut 06472. Phone: (800) 627 -3473, Toll -Free FAX: (877) 699 -4105. ur- azuum • ufflwm — rage i or c CONSTRUCTION • Cover, backplate and operation handle are all molded of durable polycarbonate material. • Cover features white lettering and trim. • Red color matches System Sensor's popular SpectrMert'n* horn/strobe series. OPERATION The BG -12 manual pull stations provide a textured finger- hold area that includes Braille text. In addition to PUSH IN and PULL DOWN text, there are arrows indicating how to operate the station, provided for non - English- speaking persons. Pushing in and then pulling down on the handle activates the normally -open alarm switch. Once latched in the down position, the word 'ACTIVATED" appears at the top in bright yellow, with a portion of the handle protruding at the bottom as a visible flag. Resetting the station is simple: insert the key or hex (model dependent), twist one quar- ter-tum, then open the station's front cover, causing the spring- loaded operation handle to return to its original position. The alarm switch can then be reset to its normal (non- alarm) position manually (by hand) or by dosing the station's front cover, which automatically resets the switch. SPECIFICATIONS Physical Specii =9101 s2ooan.w Electrical SpeciTtcationS: Switch contact ratings: gold - plated; rating 0.25 A @ 30 VAC or VDC. ENGINEERS' & ARCHITECTS' SPECIFICATIONS Manual Fire Alarm Stations shall be non -code, with a key - or hex - operated reset lock in order that they may be tested, and so designed that after actual Emergency Operation, they cannot be restored to normal except by use of a key or hex. An operated station shall automatically condition it- self so as to be visually detected as activated. Manual stations shall be constructed of red colored LEXANO (or polycarbonate equivalent) with cearty visible operating in- structions provided on the cover. The word FIRE shall ap- pear on the front of the stations in white letters, 1.00 inches (25.4 mm) or larger." Stations shall be suitable for sur- face mounting on matching backbox SB -10; or semi -flush mounting on a standard single-gang, double -gang, or 4" (10.16 cm) square electrical box, and shall be installed within the limits defined by the Americans with Disabi i- ties Act (ADA) or per nationaillocal requirements. Manual Stations shall be Underwriters Laboratories listed. *NOTE: The words FIRE/FUEGO "on the BG -12LSp shall ap- pear on the front of the station in white letters, approximately 31 4 - high. PRODUCT LINE INFORMATION Model Description BG-12S Single -action pull station with pigtail connec- tions, hex lock. BG42SL Same as BG-12S with key lock. OG42 Dual- action pull station with SPST N/O switch, screw terminal connections, hex lock. BG -12L Same as BG -12 with key lock. BG42LSP Some as BG -12L with English /Spanish (FIRE/FUEGO) labeling. BG -12L06 Sarre as BG -12L with "outdoor use" listing. Includes outdoor fisted backbox, and seal- ing gasket. BG42LO Same as BG -12L with "outdoor use" listing. Does not include backbox. BG42LA Same as BG -12L with auxiliary contacts. BG -12LPS Same as BG -12L with presignal feature. BG42LPSP Same as BG -12LPS with English /Spanish (F/RE/FUEGO) labeling. SB-UO 13011103111110 004D MAO Oo -40 ago 1101100 55 WM 5.601 NEEM 5.5 g1Ii10 6.010M 425 M333 (139700) (14.23m) (13970 (1524 03) (10.7900) OEM 4121 10100 4222 MEKM 4121 917M 469 111900 425 KIM (10A7M) (10.72m) p0A7t0) (1191 DO) (10.7900) 0000f: 139 - 1. 11100 1375 ®0 20800011 1.75 ®0 053 m) (1.66 07) (3A9 m) (5M a3) (4A45 00) s2ooan.w Electrical SpeciTtcationS: Switch contact ratings: gold - plated; rating 0.25 A @ 30 VAC or VDC. ENGINEERS' & ARCHITECTS' SPECIFICATIONS Manual Fire Alarm Stations shall be non -code, with a key - or hex - operated reset lock in order that they may be tested, and so designed that after actual Emergency Operation, they cannot be restored to normal except by use of a key or hex. An operated station shall automatically condition it- self so as to be visually detected as activated. Manual stations shall be constructed of red colored LEXANO (or polycarbonate equivalent) with cearty visible operating in- structions provided on the cover. The word FIRE shall ap- pear on the front of the stations in white letters, 1.00 inches (25.4 mm) or larger." Stations shall be suitable for sur- face mounting on matching backbox SB -10; or semi -flush mounting on a standard single-gang, double -gang, or 4" (10.16 cm) square electrical box, and shall be installed within the limits defined by the Americans with Disabi i- ties Act (ADA) or per nationaillocal requirements. Manual Stations shall be Underwriters Laboratories listed. *NOTE: The words FIRE/FUEGO "on the BG -12LSp shall ap- pear on the front of the station in white letters, approximately 31 4 - high. PRODUCT LINE INFORMATION Model Description BG-12S Single -action pull station with pigtail connec- tions, hex lock. BG42SL Same as BG-12S with key lock. OG42 Dual- action pull station with SPST N/O switch, screw terminal connections, hex lock. BG -12L Same as BG -12 with key lock. BG42LSP Some as BG -12L with English /Spanish (FIRE/FUEGO) labeling. BG -12L06 Sarre as BG -12L with "outdoor use" listing. Includes outdoor fisted backbox, and seal- ing gasket. BG42LO Same as BG -12L with "outdoor use" listing. Does not include backbox. BG42LA Same as BG -12L with auxiliary contacts. BG -12LPS Same as BG -12L with presignal feature. BG42LPSP Same as BG -12LPS with English /Spanish (F/RE/FUEGO) labeling. SB-UO Indoor /outdoor backbox. SB -10 Indoor use backbox. WP -10 Outdoor use backbox. WBB Outdoor use backbox. 17003 Key lock. 17007 Hex lock. 1.390" (35.308) Wre Length Ship Gauge 1.000" (25.40) 1 0.75M (19.05) 1 1 5.500" (139.70) (MM) Page 2 of 2 — DF -52004 - 07/14/04 Models Available Strobes Red White S1224MC S1224MCW S1224MCP S1224MCPW S1224MCK set that combines performance, installation ease, flexibility, and a consistent, S1224MCSP aesthetically pleasing appearance, the SpectrAlert Selectable Output devices Horn /Strobes provide both the innovation and efficiency synonymous with the SpectrAlert name. Red White P1224MC P1224MCW P1224MCP P1224MCPW P1224MCK P1224MCSP Horns Red White H12/24 H12/24W H12/24K Product Overview Operates on either 12V or 24V SpectrAlert® Selectable Output Horns, Strobes, and Horn /Strobes offer enhanced fea- Widest range of candela options: tures that include the widest range of candela options available and the capability to 12V: 15 and 15/75 candela recognize and self- adjust for either 12 or 24 volt operation. With an overall feature 24V: 15, 15/75, 30, 75, 110 candela set that combines performance, installation ease, flexibility, and a consistent, N* aesthetically pleasing appearance, the SpectrAlert Selectable Output devices Easy candela selection provide both the innovation and efficiency synonymous with the SpectrAlert name. Lower current draw Easy DIP switch selection for horn options Easy mounting with QuIckCllckTm Synchronizable with MDL Sync•CircuitTM module Meets UL1971, NFPA72, and ADA signaling requirements All strobe and horn /strobe models incorporate a new patent- pending voltage booster design that has a more consistent flash bulb voltage over the range of candela selections. The benefit to the customer is a high quality strobe device. ® @ LLM 71251209:222 35512 34011 7135- 1209:223 FM aMc N* 122 -02E 3014150 126Io2 -e Performance. SpectrAlert selectable output wall -mount horns, strobes, and honVstrobes offer key performance features long associated with the SpectrAlert name. The select- able candela strobes and horn/strobes offer average current draws that are not only lower than conventional fixed- candela SpectrAlert products, but also lower than similar selectable candela products. By consuming less current, the ability to connect even more devices per loop is possible, resulting in a lower installed cost. Installation. SpectrAlert selectable output horns, strobes, and horn/strobes offer the same installation- friendly features synonymous with the SpectrAlert name, such as the option of 2- and 4 -wire operation; the ability to use standard size backboxes with no encroachment into the box; and universal mounting incorporating the labor- saving QuickClick feature. Such labor- savings features make wire connections simple and fast, further reducing installed cost. Flexibility. SpectrAlert selectable output strobes and horn/strobes offer the broadest range of candela options. In addition, the selectable output strobes and horn/strobes can operate on either 12V or 24V, with no setting required; the device recognizes and self- adjusts to the correct current automatically. Temporal 3 or Continuous tone options continue to be available, in either an Electromechanical or 3kHz pattern. Aesthetics. SpectrAlert selectable output horns, strobes, and horn/strobes incorporate the same stylish, low profile design of the conventional SpectrAlert products, for a con- sistent and aesthetically pleasing appearance across the entire product line. Enloneering Specifications General SpectrAlert horns, strobes and horn/strobes shall be capable of mounting to a standard 4" x 4" x 1 1 /2" back box or a single gang 2" x 4" x 1 back box using the universal mounting plate included with each SpectrAlert product. Also, SpectrAlert prod- ucts, when used in conjunction with the accessory Sync•Circuit Module, shall be powered from a non -coded power supply and shall operate on 12 or 24 volts. 12 volt rated devices shall have an operating voltage range of 9 -17.5 volts. 24 -volt rated devices shall have an operating voltage range or 17 -33 volts. SpectrAlert products shall have an operating temperature of 32° to 120 °F and operate from a regulated DC or full wave rectified, unfiltered power supply. Strobe Strobe shall be a System Sensor SpectrAlert Model listed to UL 1971 and be approved for fire protective service. The strobe shall be wired as a primary signaling notification appliance and comply with the Americans with Disabilities Act require- ments for visible signaling appliances, flashing at 1Hz over the strobe's entire operating voltage range. The strobe light shall con- sist of a xenon flash tube and associated lens/reflector system. Horn /Strobe Combination Horn/strobe shall be a System Sensor SpectrAlert Model listed to UL 1971 and UL 464 and shall be approved for Specifications fire protective service. Horn/strobe shall be wired as a primary signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling appliances, flashing at 1Hz over the strobe's entire operating voltage range. The strobe light shall consist of a xenon flash tube and associated lens/reflector system. The horn shall have two tone options, two audibility options (at 24 volts) and the option to switch between a temporal 3 pattern and a non - temporal continuous pattern. Strobes shall be powered independently of the sounder with the removal of factory installed jumper wires. The horn on horn/ strobe models shall operate on a coded or non -coded power sup- ply (the strobe must be powered continuously). Synchronization Module Module shall be a System Sensor Sync•Circuit listed to UL 464 and shall be approved for fire protective service. The module shall synchronize SpectrAlert strobes at 1Hz and horns at temporal 3. Also, the module shall silence the horns on horn/ strobe models, while operating the strobes, over a single pair of wires. The module shall be capable of mounting to a 4 11 /16" x 4 11 /16" x 2 /8" back box and shall control two Style Y (class B) or one Style Z (class A) circuit. Module shall be capable of multiple zone synchronization by daisy chaining multiple modules together and re- synchronizing each other along the chain. The module shall not operate on a coded power supply. Walk Test SpectrAlert horn /strobe and horn only work on "walk tests" with time dura- tions of 4 seconds or greater Weight, horn only 7.2 oz. Weight, strobe and horn /strobe 8.8 oz. Voltages 12 or 24VDC and FWR unfiltered Operating voltage range 12V: 8- 17.5V; 24V: 16-33V Input Terminals 12 to 18AWG Dimensions Strobe and horn /strobe with universal plate 5° X 5 5 /8 - X 2 15 /18 - Strobe and horn /strobe with small footprint plate 3 3 /a - X 5 5 /8 - X 2 Horn with universal mounting plate 5" x 5 5 /8" x 1 5 /16" Horn without mounting plate 2 X 5 X 1 Mounting 4" x 4" x 1 1 /2" or 2" x 4" x 1 7 /8" standard boxes Operating Temperature (Indoor) 32 °F to 120 °F (0 °C to 49 °C) Maximum humidity (Indoor) 95% as tested per UL464 Outdoor (K Series) Operating Temperature -40 °F to 151 °F ( -40 °C to 66 °C) Outdoor rating NEMA 313 (per UL 50) Operating voltage range (with Sync•Circuit module, MDL) 12V: 9-17.5V; 24V: 17-33V U.S. Patent Numbers 5,593,569 5,914,665 6,049,446 SpectrAlert Current Draw Morn Current Draw Measurements (RMS): Series Candela Setting FWR Operating Current- Strobe mA RMS DC Operating Current - Strobe mA RMS 12V 24V 12V 24V S1224MC Strobes 15 112 64 127 59 15/75 135 74 127 69 30 High Volume 93 36 90 75 44 158 43 160 110 40 208 Low Volume 209 P1224MC Horn /Strobes 15 112 64 127 59 15/75 135 74 127 69 30 38 93 46 90 75 44 158 42 160 110 208 209 SpectrAlert Mounting and Operation Candela Selections For strobe candela selection, adjust slide switch located on the rear of the product while watching the viewing window on the side of the reflector. Viewing V Permissible Candela SettMgs Candela Operating Voltage Setting 12V 24V 15 OK OK 15/75 OK OK 30 Low Volume OK 75 23 OK 110 3000 Hz Interrupted OK Typical weatherproof mounting with universal plate A0120-0I For Plate Gasket Selectable Rom Tones PC FWR 12V 24V 12V I 24V Temporal Low Volume Electromechanical 15 23 13 23 3000 Hz Interrupted 15 33 13 23 71 High Volume Electromechanical 36 53 20 44 3000 Hz Interrupted 43 57 21 40 Nom- Tenponl Low Volume Electromechanical 16 37 19 29 3000 Hz Interrupted 16 32 18 33 High Volume Electromechanical 38 49 46 49 3000 Hz Interrupted 44 56 42 58 NOTE: Horn /strobe current draw can be calculated by adding the strobe current draw to the horn current draw for the chosen setting. Horn Sound Measurements (dBA): Selectable Horn Tones I 8a17JV I 16113V Tomporal Low Volume Electromechanical 67 75 3000 Hz Interrupted 68 75 High Volume Electromechanical 71 80 3000 Hz Interrupted 72 81 Now Tompmal Low Volume Electromechanical 71 79 3000 Hzlnterrupted 72 79 High Volume Electromechanical 76 84 3000 Hz Interrupted 77 86 DIP Switch Operation Factory OFF ON D DIP Switch Low ® High 0 0 Temporal m Norr- Temporal 0 00 Electromech. FW 3t900Hz o Base (rear) 0 A0110 -00 ad LDI:RIr19 MID SpectrAl Ordering Information Model Description P1224MC Selectable Output Horn /Strobe, 12/24 volt, red P1224MCW Selectable Output Horn /Strobe, 12/24 volt, white P1224MCP Selectable Output Horn /Strobe, 12/24 volt, red, plain housing P1224MCPW Selectable Output Horn /Strobe, 12/24 volt, white, plain housing P1224MCK Selectable Output Horn /Strobe, 12/24 volt, red, outdoor P1224MCSP Selectable Output Horn /Strobe, 12/24 volt, red, "FUEGO" housing S1224MC Selectable Output Strobe, 12/24 volt, red S1224MCW Selectable Output Strobe, 12/24 volt, white S1224MCP Selectable Output Strobe, 12/24 volt, red, plain housing S1224MCPW Selectable Output Strobe, 12/24 volt, white, plain housing S1224MCK Selectable Output Strobe, 12/24 volt, red, outdoor S1224MCSP Selectable Output Strobe, 12/24 volt, red, "FUEGO" housing Notes Model Description H12/24 Horn, 12/24 volt, red H12/24W Horn, 12/24 volt, white H12/24K Horn, 12/24 volt, red, outdoor Accessories MDL Sync-Circuit Module, red MDLW Sync-Circuit Module, white MDLA Sync-Circuit Module, red, Canadian model MDLWA Sync-Circuit Module, white, Canadian model S-MP Small Footprint Mounting Plate, red, for single - gang back box S-MPW Small Footprint Mounting Plate, white, for single - gang back box BBS Surface Mount Back Box Skirt, red BBSW Surface Mount Back Box Skirt, white D-MP Universal Mounting Plate (replacement), red D -MPW Universal Mounting Plate (replacement), white WBB Weatherproof Back Box All of these SpectrAlert products are designed for wall mount only. All outdoor models must use weatherproof back box model WBB. Installation of less than 75 candela strobes may be permissible under the equivalent facilitation clause of the ADAAG (Sec. 2.2). However, it is the responsibility of the person or entity designing the fire alarm system to determine the acceptability of less than 75 candela strobes. All 15175 candela strobes or horn/ strobes are recommended for 20' x 20' rooms or less. System Sensor Sales and Service System Sensor Headquarters System Sensor Canada System Sensor in China System Sensor - For East 3825 Ohio Avenue Ph: 905.812.0767 Ph: 86.29.8832.0119 Ph: 85.22.191.9003 St. Charles, IL 60174 Fx: 905.812.0771 Fx: 86.29.8832.5119 Fx: 85.22.736.6580 Ph: 800 /SENSOR2 System Sensor Europe System Sensor In Singapore System Sensor - Australia Fx: 630/377-6495 Ph: 44.1403.891920 Ph: 65.6273.2230 Ph: 613.54.281.142 www.systemsensor.com Fx: 44.1403.891921 Fx: 65.6273.2610 Fx: 613.54.281.172 System Sensor - India Ph: 91.124.237.1770 x.2700 Fx: 91.124.237.3118 System Sensor - Russia Ph: 70.95.937.7982 Fx: 70.95.937.7983 ® 2005 System Sensor. The company reserves the right to change product specifications without notice. A05-0325-005.5/O5• #1438 REXBURG- MADISON COUNTY EMERGENCYSERVICES 26 NORTH CENTER STREET REXBURG, IDAHO 83440 208- 359 -3010 To Whom It May Concern: April 6, 2005 I have received a request from East Central Idaho Development Company to clarify the requirements for a proposed fire alarm system for the property located at 299 Technology Way in Rexburg, Idaho. The following items are required as per the 2003 International Fire Code and City of Rexburg ordinances: Required: 1. NFPA approved fire alarm panel 2. Detection device near the panel 3. Manual activation device of fire alarm system 4. Audio /visual notification device inside b ilding and outside 5. Flow switch via fire alarm panel 6. System monitoring The following items are strongly recommended but not required by the 2003 IFC and city ordinances: Recommended: 1. Manual activation devices at each exit 2. Detection devices in mechanical rooms and common areas 3. Audio /visual devices in common areas 4. Tamper alarm on riser If you have any questions please feel free to contact me. Sincerely, Chris Huskinson Fire Inspector 208 - 705 -1312 1'eton Fire and Security TRACY DURSTELER 1"I'M10 Of Protected Property: A(ldremss: , 7 I N ( F kv. of Prote(led Prop, (name/pho P, I Authority Having Jurisdiction: Addross/Phorre Number: 1. 1'Y[)e(5) of System or Service. NFPA 72, Chapter 3 — L.Ocal If alarrn Is transmWed to locat Nvk e,'. - 4,�19 _- t" � (208) 524-7708 Certificate 2688 E. 97th N. IDAHO FALLS, ID 83401 Premise, list where received: C_ 1 r- Y) I NFPA 72, Chapter 3 —. Emergency Voicewarm service Quantity of voice/alarm channels: __ Single: Multiple: quantity Of speakers installed: Quantity of speaker zones: Onantity of telephones or telephone jacks Included insystem: NFPA 7P, Chapter 4 — Auxiliary Indicate type of connection: energy;` Shunt, Location and telephone number for receipt of signals: NFPA 72, Chapter 4 Remote Station Alarm: Si NFPA 72, Chapter 4 Proprietary It alRrryss are retransmitted to public fire service communications center or others, indicate location and telephone number of the Organization receiving alarm: Indicate how alarm is retransmitted: NFPA 72, Chapter 4 — Central Station '111,I) Prime Contractor: Gontral Station i Means of transmission of signals from the protected promise to the central station: Mg;uIeh _1 . Multiplex One-Way Radio .____ Digital Alarm Communicator Two-Way Radio Others fVum 1-72 C&IfficWO Of Completion. ;4 Means of transmission of alarms to the public fire service communications center: 2. :system Lo cation: Organization Name/Phone Installer ;-supplier A � Y '•^ 1 Y^ Service Organization L � _[�_.. ;.___� ► r��`� . �- � P' 7 Representative Name /Phone L.o . tion of Record (As- Built) Drawings: Location of Owners Manuals: Location of Test Reports: A contract, for test and inspection in accordance with NFPA standard(s) No.(s) �_ , dated ;/�____ , is in effect. Certification of System Installation (F=ill out after installation is complete and wiring checked for opens, shorts, ground faults, and improper branching, but prior to conducting operational acceptance tests. - 1 his >ystern ha been installed in accordance with the NFPA standards as listed below, was inspected by on _ __r�_�u_. t? i ______ , includes the devices listed below and has been in service since NFPA 72, Chapters 1 3 4 5 6 7 (circle all that apply) _'.._._.. NFPA 70, National Electrical Code, Article 760 Manufacturer's Instructions - ._. Other Date: Organization: >..__.- 3. Certification of System Operation / `~ All operational features and functions of this system were tested by Y to bs operating properly in accordance with the requirements of: r ,NFPA 72, Chapters 1 3 4 5 6 7 (circle all that apply) _ NFPA 70, National Electrical Code, Article 760 Manufacturer's Instructions Other 'Signed: Date: �": Organization: ___.._.�_�`' - - �.�"��-._. `" •�_w.�- :- � ---- -- Figure 1-7.2.1 Certificate of Completion. (cunt.) In NATIONAL FIRE ALARM CODE HANDBOOK 1993 -T ort ( and found C ,1 . Alarm Initiating Devices and Circuits (Use blanks to indicate quantity of devices.) MANUAL. Manual Stations _ ..__ _ _ Noncoded, Activating __ 'Transmitters___ Coded b) Combination Manual Fire Alarm and Guard's 1 - our Coded Stations AOTOMATIC Coverage: Complete: Partial: a) _. V__.. Smoke Detectors Ion _.._.....__ Photo b) Duct Detectors --- ---- Ion - ._..____. Photo c:) _ Heat Detectors FT ---- RR _.. _ FT/RR RC Sprinkler Water Flow Switches: _._.__._. Nonooded, activating Transmitters Coded Cher (list): �i. Supervisory Signal Initiating Devices and Circuits (Use blanks to indicate quantity of devices.) GOAFID'S TOUR a) _....._ ._ .. Coded Stations b) - Noncoded Stations Activating .__ A _ Transmitters- c) .. _. -- ---- . Compulsory Guard Tour System Comprised of _._. Transmitter Stations and - _.__ Intermediate Stations Note: Combination devices recorded under 4(b) and 5(a). SPRINKLER SYSTEM ') Coded Valve Supervisory Signaling Attachments Valve Supervisory Switches Activating .. _ __.._. Transmitters b) _ ___.__. Building Temperature Points C) _..- .... __ Site Water Temperature Points d) _._.._._... Site Water Supply level Points Electric Fire Pump: o) - __.___.. Fire Pump Power t) _.._.___ Fire Pump Running g) .__._ Phase Reversal Engine -Driven Fire Pump: Ir) Selector in Auto Position i) E -ngine or Control Panel 'Trouble j) Fire Pump Running 1'rigino -Driven Generator: k) Selector in Auto Position I) Control Panel Trouble Transfer Switches n) Engine Running Figure 1 -Z2.1 Certificate of Comp letion. (cont.) ° Other Supervisory Function(s)(specify): ------- _ '------- 6. Alarm Notification Appliances and Circuits QuanNyof indicating appliance circuits connected k/ the system Typos and quantities of alarm indicating appliances installed: a) Bells |noh -__-- Spnukmny b) -_-_ Hum» c) Chimes cU ... ........ Other: Visual Signals T Kpe with audible / le V _f__ Local Annunciator 7. Signaling Line Circuits: Quantity and Style Table 3-6. ) of signaling line circuits connected to System: 8. Systern Power Supplies e) Primary (Main): Nominal Current Rating: CvercunanLPmteoUun: Current Rating: Location: u / Storage Battery* Arnp-l-lour Rating Calculated oapau»yon drive system, inhours: 24 ___- 00 _-_- Engine-driven generator dedicated to fire alarm system: Location nf fuel storage: c) Emergency or Standby System used as backup to Primary Power Supply, instead of using a Secondary Power Supply: Emergency System described inNFPA7O. Article 700 '--__ Legally Required Standby System described hnNFPA7O.Arfice7O1 Optional Standby System described in NFPA 70, Article 702, which also meets the performance requirements of Article 7D0or70| y. 3yvtem8nhwano x) Operating System Software Revision LeveKm): b) Application Software Revision Lmvo|(a): u) Revision Completed by: _-___--_-__'_-_--_-____-_-_____--_--------------- 10, Cwnnonts: ----- or Alarm Service Company Figure 1-72.1 Cerfificate of Conpletion.Aconq :18 NATIONAL FIRE ALARM CODE HANDBOOK 1993 "7 00cunMnt3tJvn Fre(iwenGy of routine tests and inspections, if other than In acco with the referenced NFPA standardS(s): deviations from the referenced NFPA standard(s) are: ( for Central Station or Alarm Service C ompany ( cOMPI'affon of the Satisfactory lest(s) with repres ' fl) F( �Pres t' five the a otity having jurisdiction (title) (date) 3ssed (if required by the authority h av i ng j urisdiction - 7 (dat# . 0 REXR UR G MADISON CO UNTY EMER GENCY SER VICES FIRE AND LIFE SAFETY SYSTEMS TESTING PROCEDURE MANUAL The intent of this.manual is to ensure uniformity of test procedures witnessed by Fire Prevention personnel. It will also serve as a guideline for system contractors conducting testing procedures in compliance with the system manufacturer's recommendations, locally adopted codes, and nationally recognized standards. This manual is not intended to be a complete listing of all code requirements. It is a guide to select sections of the codes. The contractor installing the system is responsible for compliance with all required codes, and the filing of all required completion certificates and permits, with the building owner, and the Idaho Falls Fire Prevention Bureau. The check sheets contained in this manual will be used as a reference for the witnessing of all system acceptance tests. Copies of these forms will be provided. to contractors for uniformity, and to give them prior knowledge of what will be expected. The following systems are covered in this manual: Private fire service mains Fire sprinkler systems Fire alarm systems Commercial hood suppression systems PHONE :.35�0 _ 1 Z5° ADDRESS: ;?q I '/ FC iVOIdW 4e Gt�sue CONTR ACTOR: & 7"j CONTACT PHONE NUMBERS. 3 (-? — 0 0 7 0 ** *THIS OCCUPANCYIS REQUIRED TO HAVE THE FOLLOWING SYSTEMS INSPECTED: E�l Private Fire Service Main Fire Sprinkler System Fire Alarm System Commercial Hood System i PRIVATE FIRE SERVICE MAINS Project name Dates: Contractor Contractor Cell All private fire service mains shall be installed in accordance with NFPA 24 and the State ofldaho regulations. ❑ All work has been completed, or supervised, by a State Licensed Fire Sprinkler Contractor. Name of the sprinkler contractor Public mains supplying private fire service mains are at least 6 inches in diameter. ❑ At least one listed control valve has been installed between the public main and the private main. ❑ The top of the pipe is buried not less than 1 foot below the frost line. Depth of bury is ft. El All bolted joint accessories have been cleaned and thoroughly coated with asphalt or other corrosion - retarding material approved for the application. ❑ All tees, plugs, caps, bends, and hydrant branches have been restrained against movement. ❑ If thrust blocks are used, there is enough bearing to ensure adequate resistance for the thrust encountered. If other method is used, please describe Does this meet NFPA 24 standards? ❑ Mains and lead -in connections to system risers have been flushed thoroughly for minutes @ maximum flow rate available. ❑ Trench has been backfilled between the joints before hydro -test, to prevent movement of pipe. ❑ The private fire service main has been hydrostatically tested @ not less than 200 psi for 2 hours, and the amount of leakage does not exceed the limits stated in NFPA 24, sections 9 -2.3.2 and 9 -2.3.3 ❑ No additives, corrosive chemicals (such as sodium silicate), brine, or other chemicals have been used during hydro testing, or for stopping leaks. 'COMPLETE THIS SECTION AFTER ALL ABOVE ITEMS HAVE BEEN CHECKED OFF AND WITNESSED BY A MEMBER OF THE FIRE PREVENTION BUREAU To the best of my knowledge, the information I provided is true and correct. This private fire service main has been installed in compliance with NFPA 24 and the State of Idaho regulations. INSTALLER'S SIGNATURE CITY REPRESENTIVE (WITNESS) DATE DATE THE CONTRACTOR IS RESPONSIBLE TO CONDUCT ALL TESTING PAGE 1 OF] 11 1/4! BEND DETAIL 'III _u �I�nl_II n -1 1 g - I =III - II�III �' . •.:. 1 X711 1=111 III -111 -111 iil - I - - - III =III II�III- III -III =1t1 =111= III -III - _ III =III -III 1� Iff -III =1i1 `�� =11L III -lII - -111 -III ,D 90' BEND DET AIL `I�F�I - - -111 ` 3 =III =! _II III= g TEE -III �'�'• -III III= =III 3 III =. =III 9 III= -III III -fil- = III = III =III 111111 III = III - III -III 11= TEE AND' p a SETAIL LEGEND (D PROVIDE A MIN. 4 CUBIC FEET 2500 P.S.I. CONCRETE POURED AGAINIST UNDISTRUBED EARTH. O2 PROVIDE A MIN 6 CUBIC FEET 2500 P.S.I. CONCRETE POURED AGAINIST UNDISTRRBED EARTH. NO, 12 COPPER FINDER WIRE. SEE SO -514 FOR SPLICING. O4 C.I. VALVE Box WITH COVER. Q C.I. GATE VALVE (M.J.). 11 © PRECAST BLOCK FOR CUT IN TEE AND VALVE. O7 TRENCH SIDE. O8 PIPE. O9 PLUG. 3 10 HAMMERHEAD THRUST BLOCKING. .. 11 1I C „ VERTICAL BEND DETAIL MINIMUM THRUST BLOCX BEARING AREAS (SO. FT.) PIPE SIZE TEE OR END ANCHOR BARS (1 /12 0 MIN) UNI- FLANGE BENDS 90 45' 1 22 1/ 2 - 1 11 1/4 4" 1.4.. 2.0 1.1 0.6 1 0.4 6" 2.8 4.0 2.2 1.6 1.0 8 5:0 7.0 1 3.7 1 2.0 1.0 10 8.0 1 10.3 5.5 2.9 1.0 12' 10..5 1 14.6 8.0 1 4.0 1.5 • BAS ON 150 P.S.I. MAIN PRESSURE AND AND 2000 P.S.F. SOIL BEARING PRESSURE, IDAHO .STANDARDS THRUST BLOCK` AND STANDARD DRAWING FOR PUBLIC.. WORKS NO. CONSTRUCTION ANCHOR DETAILS SD 403 VALVE ANCHOR DETAIL 71 ANCHOR BARS (1 /12 0 MIN) UNI- FLANGE SERIES 1300. 311 �IE NOTES: _ ANCHOR ALL VALVES CONNECTED TO P.V.C. PIPE AS SHOWN. II t1�1 OB . COVER .BOLTS AND FLANGES WITH PLASTIC TO PROTECT FROM CONCRETE ADHERENCE DO NOT LOCATE IN CONCRETE DURING CONSTRUCTION OF THRUST BLOCKS. BLOCKING © SEE CHART FOR MIN THRUST BLOCKS BEARING AREAS_ OO ALL CONCRETE TO BE 2500 P.S.L STRENGTH POURED AGAINST UNDISTURBED EARTH. PROVIDE 6 MIL POLYPROPYLENE BETWEEN FITTINGS AND CONCRETE. OF NOTIFY ENGINEER FOR ANY CONDITION OR PIPE SIZE NOT INDICATED. IDAHO .STANDARDS THRUST BLOCK` AND STANDARD DRAWING FOR PUBLIC.. WORKS NO. CONSTRUCTION ANCHOR DETAILS SD 403 VALVE ANCHOR DETAIL RE 12" ABOVE GRADE FIRE HYDRANT DETAIL N TS NOTES: OA HYDRANTS THAT ARE TO BE RELOCATED AS CALLED FOR ON THE PLAN VIEW SHALL BE REINSTALLED IN ACCORDANCE WITH THIS DETAIL LOCATION TO BE SET IN ACCORDANCE WITH LOCAL STANDARDS OR AS DIRECTED BY THE ENGINEER. © ALL AUXILIARY VALVES TO BE LOCATED AT THE TEE ON, THE' WATER MAIN AS SHOWN ON THIS DETAIL OR AS DIRECTED BY THE ENGINEER. WHERE EXISTING FITTINGS ARE NOT `+ COMPATIBLE WITH NEW MAIN CONSTRUCTION, USE SUITABLE ADAPTERS OR NEW FITTINGS UPON APPROVAL BY - THE ENGINEER. © 'ALL ANCHORS AND BLOCKING TO BEAR AGAINST _ UNDISTURBED SOIL Op IF WATER SERVICE TO HYDRANT IS TO COMMENCE PRIOR TO' SETTING OF CONCRETE THRUST BLOCKING. USE A COMBINATION OF CONCRETE AND UNI- FLANGE SERIES 1300 JOINT RESTRAINT. OE PLACE LOCATOR WIRE DIRECTLY ABOVE PIPE SECURE FINDER WIRE UNDER (MJ) BOLT. EXTEND FINDER WIRE INSIDE OF RISER TO (1) FOOT ABOVE FINISH GRADE. THEN SECURE TO SAME (M.!) BOLT AT MAIN. AVOID CROSS -OVER OF WIRES IN RISER. 2000 or 2002 Rewsians O1 FIRE HYDRANT (PAINT IN ACCORDANCE WITH LOCAL STANDARDS). O2 BREAK AWAY BOLTS. O3 END OF TRENCH, EDGE OF RIGHT -OF -WAY. O DRAIN - KEEP CLEAR. O5 CAST IN PLACE CONCRETE THRUST BLOCK (4 SO. FT. OF THRUST BLOCK REQUIRED) (SEE NOTE D). O6 1" DRAIN ROCK EXTENDS 12 HORIZONTALLY FROM EACH SIDE OF CONCRETE BASE AND THRUST BLOCK AND VERTICALLY TO 2' ABOVE HYDRANT DRAIN WALL Q PRECAST CONCRETE BLOCK 1' X 1' X 6' THICK. VALVE SUPPORT (PRECAST OR CAST IN PLACE). O TEE (MJ X MI X FLANGE) NTH THRUST BLOCK. 10 6" C.I. AUXILIARY VALVE (MJ X FLANGE). 11 CAST IRON VALVE BOX. 12 N0. 12 AWG. COPPER WIRE FINDER. SEE SD -514 FOR SPLICING (SEE NOTE Q. 13 5 1/4' LOCKING UO (TYLER NO. 6855). t4 24'0 X 6' CONCRETE COLLAR WITH (2) /4. REBAR HOOPS. t5 FINISHED GRADE. 16 SIDEWALK. Q MECHANICAL CONNECTION. - 18 COVER DRAIN ROCK WITH FILTER FABRIC. 19 6' DIAMETER PIPE. IDAHb.STANDARDS FIRE, HYDRANT STANDAf20 DRAWING FAR . PUEUC WORKS NO. No. SD 404 CONSTRUCnON Fire Sprinkler Systems Project Name Dates: Sprinkler Contractor Contractor Cell All fire sprinkler systems shall he installed in accordance with NFPA 13 or NFPA 13D as appropriate. ❑ Plans have been submitted to the State Fire Marshal for review. ❑ Contractor has scheduled the required tests and inspections (with a THREE DAY notice) so that a representative from the Contractor, Owner, and the Fire Department are present. ❑ All underground lead -in connections to system risers have been completely flushed in accordance with NFPA 24 prior to being connected to the sprinkler system. It shall be flushed at the hydraulically calculated water demand rate of the system, provide a velocity of 10 feet per second, or the maximum flow available at 20 PSI (See attached chart). ❑ Hydro -Test: All piping and attached appurtenances subjected to working pressure have been hydrostatically tested at 200 PSI for 2 hours without any pressure loss, using the following procedure: 1. All sprinkler heads are in place. 2. Pump is disconnected from piping and removed from area. 3. Test pressure is read from a gauge located at the low elevation point of the system. 4. The system is charged to 200 PSI for two (2) hours with no loss of pressure. 5. The Inspector verifies drop in gauge pressure as the contractor drains the system. ❑ Piping between the exterior fire department connection and the check valve in the fire department inlet pipe has been hydrostatically tested in the same manner as the rest of the system. ❑ No additives, corrosive chemicals (such as sodium silicate or derivatives of sodium silicate), brine, or other chemicals have been used while hydrostatically testing systems, or for stopping leaks. ❑ A 24 hour air pressure leakage test at 40 psi has been conducted, and witnessed, without loss of more than 1.5 PSI on all dry and double interlocked systems. ❑ Trip Test: Open Inspector's Valve at the end of the system and have water flowing freely in sixty (60) seconds or less. The discharge orifice must be the same size of the smallest head in the system. If the system is not supervised by an alarm system the maximum time to sound the alarm is five (5) minutes. If the system is supervised by an alarm system the maximum time to sound the alarm is 90 seconds (NFPA 72). ❑ A working test of the dry pipe valve alone, or with/ without a quick opening device, has been made by opening the inspector's test connection. The time recorded to trip the valve, after completely opening the inspector's connection, was recorded to be CONTRACTOR IS RESPONSIBLE TO CONDUCT ALL TESTING PAGE] OF3 FINAL INSPECTION ❑ Walk through the building and visually check all areas to insure correct spacing and location of sprinkler heads. Make sure all areas are covered by the system. ❑ Main Drain Test: a. Note the static PSI on the supply side of the system. PSI b. Open Main Drain and note residual PSI on supply side of system. PSI c. Close Main Drain and verify static PSI returns to previous number. PSI d. Refer to Discharge Curves Chart for Residual PSI using proper curve (short = main drain less than 20 feet long, long = more than 20 feet long) PSI e. Flow in GPM should match or exceed posted GPM on riser tags. L If Main Drain is not two inches in diameter, refer to attached calculations. _ PASS _FAIL ❑ Make sure all valves are open and the system is in operation. ❑ Have the Contractor test all water flow detection devices and supervisory systems in the presence. ❑ The installing contractor has identified a hydraulically designed sprinkler system with a permanently marked weatherproof metal or rigid plastic sign, secured with corrosion - resistant wire, chain, or other approved means. The sign has been placed at the alarm valve, dry pipe valve, preaction valve, or deluge valve supplying the corresponding hydraulically designed area. The sign included the following information: 1. location of the design area 2. Discharge densities over the design area or areas 3. Required flow and residual pressure demand at the base of the riser 4. Occupancy classification or commodity classification and maximum permitted storage height and configuration 5. Hose stream demand included in addition to the sprinkler demand ❑ A pressure gauge has been installed above and below each alarm check valve, where present. ❑ All corrections noted on the State Plan Review form have been completed. ❑ A supply of at least 6 spare sprinklers has been stored in a cabinet, on the premises, for replacement purposes. The spare stock is proportionally representative of the types and temperature ratings of the system sprinklers. A minimum of 2 sprinklers of each type and temperature rating have been provided. ❑ A special sprinkler wrench has been provided, and kept in the cabinet, to be used in the removal and installation of sprinklers. One sprinkler wrench has been provided for each type of sprinkler installed. ❑ An approved audible alarm device, activated by water flow (equivalent to the flow of a single sprinkler of the smallest orifice size installed in the system), has been provided on the exterior of the building, in an approved location. If the building has a fire alarm system, actuation of the sprinkler system will actuate the building fire alarm system. ❑ The installing contractor has provided the building owner with all literature and instructions provided by the manufacturer, describing proper operation and maintenance of any equipment and devices installed, and a copy of NFPA 25. El Department. the locations of the Fire Department Connection to insure it has been installed and can be accessed by the Fire Department. CONTRACTOR IS RESPONSIBLE TO COND UCT ALL TESTING PAGE 2OF3 F� The installing contractor has provided the Rexburg- Madison County Emergency Services Department with the appropriate completed, and signed, contractor's material and test certificate. ** *COMPLETE THIS SECTION AFTER ALL ABOVE ITEMS HAVE BEEN CHECKED OFF AND WITNESSED BY A MEMBER OF THE FIRE PREVENTION BUREAU* ** To the best of my knowledge, the information I provided is true and correct. This fire sprinkler system has been installed in compliance with the locally adopted codes and ordinances, the appropriate NFPA Standards, and the State of Idaho regulations. INSTALLER'S REPRESENTATIVE DATE CITY REPRESENTATIVE (WITNESS) DATE PAGE 3 OF 3 F SHTVG OFPIPIA ITT*, �'3 A 7/ �' ,/ T O O H s r�-r ��, -1 0— ©.1 PIPE SIZE FLOW RATE (ITCHES) (GPM) 4 390 6 880 8 1560 10 2440 12 3520 IF SUPP'LYLINE IS LESS THAN FO UR (4) LYCLIES LV I IAMETEW IT SHALL BE FLUSILED USLYG A 31MIlIUM OF ONE 2.5 LVCELLNE 97TH OPEN DISC RGE FOR AT LEAST 15 ARMUTES A 7 - TER1YAT F' CA � � �A zll FOR 31AEV DRAJ7V �'STTVG Use this method O_NLYii the Main Drain is less than two (2) inches in diameter. 1. Take a picot reading from the open flowing main drain outlet. 2. Find the picot reading on Discharge Table and follow across to proper diameter of Main Drain. 3. If the last Main Drain piping is at least 10 diameters long, multiply the GPM by 0.9. If the Main Drain piping opening is bused or the last length is less than 10 diameters long multiply by O.S. 4. The flow in GPM should match or exceed posted GPM on Riser Tag, EXAMPLE: T F 1 G 1, rF le a. Mam gain opening of 1 .J inches, slloA L b. Pitot Reading of 9 PSI c. Cross reference on chart shows 201 GPM d. Multiply by 0,9 (201 x.9 = 181 GPNl) e. GPM should match or exceed posted GPM on Riser Tag. •t. ,�.. -"- ° �.,.=rx•. -a�-s' �., �,.. ts, �. s.: �,. 4.. �. �: 7a, .s'&.�SU,`�:;(3 .w , .w - �;:�?..: - - - - rMs'; DISCHARGE TABLE FOR CIRCULAR OUTLETS* Outlet Pressure Measured by Pitot Gauge HEAD Diametor of Orifice in Inches. I V.M<Ib Neau .� u. Olue l s«..a 1% 2 1 2% 21 2 3 3% 1 3 i 3% 1 4 4% 5 6 1 2.371 12.20 .12 .47 1.05 1.87 4.20 7.46 11.7 76.9 22.91 29.9 37.8 46.7 67.2 91.4 119 151 187 226 2691 315 3661 4201 478 604 746 1074 1 2 4.62 17.25 .16 .66 1.48 2.64 5.94 10.5 161 23.7 32.3 42.2 53.4 60.0 95.0 129 169 214 264 319 380 446 517 594 676 854 1055 1515 1 3 6.93 21.13 .20 .8T 1.82 3.23 7.27 12.9 20:2 29.1 39.6' 51.71 65.4 80.81176 158 207 262 323 391 465 546 633 7271 827 10 7292 1858 3 4 9.24 24.39 .23 .93 2.70 3.73 8.40 23.3 33.6 45.7 59.71 75.6 93.3 134 183 239 302 373 452 537 631 731 8401 955 7210 1492 2148 4 5 17.541 27.24 .26 1.04 . 4.17 9.39 76.7 26.7 37.6 51.l 66.7 84.5 lOd 750 204 f 267 338 417 505 601 705 817 939 1068 7350 1668 2406 5 6 - 13.851 29.37 .29 2 L U 2.57 35 d.57 10.3 183 28.6 41.11 56.0 73.7 92.5 114 164 224 1 292 370 4571 5531 658 772 896 1028 1170 1480 1826 2631 6 7 16.161 32.26 ,31 1 -23 2.78 4.94 11.1 .79.7 30.8 44.4 60.5 79.0 99.9 123 1 178 242 316 400 494 597 711 834 967 1111 1263 7600 1973 2846 7 8I 18.471 34.49 .33 1.32 2.97 5.29 11.9 21.1 33.0 47.51 64,6 84,4 107 132 190 259 1 338 427 528 6381 760 892 1034 1187 1351 1710 2109 3039 8 9 20.78i 36.58 .35 1.40 3.15 5.60 12.6 22.4 35.01 50.41 68,6 89.5 113 140 207 27d 358. 453 560 6771 806 946 1097 1259 1433 1815 2237 3222 9 70 23.091 38_56 .37 1.48 3.30 5:90 13.3 23.6 36,8 53.2 72.2 94,41119 148 212 289 378 478 590 71-4 850 997 1156 1327 1510 1910 2358 339d 10 11 25.40 40_45 .39 1.55 3.45 6.19 13.9 124.7 38.6 55 -8 75.7 99.0 125 15 223 303 396 501 610 7A9 991 7046 1213 1392 1584 2010 2474. 3565 11 12 27.71 42.24 .40 1.62 3.60 6.47 14.5 125.7 40.31 58.3 79.7 103 131 162 273 1317 4144 524 646 782 931 1092 1267 1454 1655 21C0 2584 3716 12 13 30.021 43_97 .42 1.68 3.74 6.73 75.7 26.7 41.9 60.7 82.3 108 136 168 242 330 431 5.45 673 874 969 1137 1318 1515 1722 2180 77 2689 38 73 14 32.33 45.63 ,A3 1.75 3.88 6.98 15.7 27,7 43.5 63.0 85.d 112 141 175 251 342 447 _566 698 8a5 1005 1180 1368 157211787 2260 2791 4016 14 15 34.631 47.22 .45 1.81 4.02 7.23 16.3 28.7 45.0 65.1 88.7 176 146 181 260 354 463 586 722 874 7040 7221 1416 7626 1849 2340 2888 4156 75 16 36.94 43.78 .46 1.87 4.16 7.47 16.8 29.7 46.5 67.2 91.3 120 157 187 269 366 478 605 746 903 1075 1261 1 , 463 1679 7910 2420 2983 4296 16 17 39.25 50.28 .48 1.92 4.29 7.69 77.3 30.7 47.9 69.3 94.1 123 156 192 177 377 493 6 < "3 769 931 1108 1300 1508 173111969 2500 3075 4424 17 18 47.56 51.73 .49 1.98 4.42 7.92 17.8 37.6 49.3 71.3 96.8 127 161 198 285 388 507 642 791 958 1140 1338 1557 1781 2026 2570 3764 4553 18 19 4 53.75 .51 2.031 484 8.13 18.3 32.5 50.7 73.3 99.5 130 165 203 293 399 521 659 813 984 1177 1374 1594 1830 2082 26,40 3151 4682 19 20 46.]8 54.54 .51 Z.09 4.66 8.35 18.8 ?3.4 52.0 75,' 702 134 169 209 300 409 534 676 83a 1010 7201 1470 7635 1877 2136 2710 3335 4800 20 22 50.80 57.19 .55 2.19 4.90 8.75 19.7 35.0 54.6 78.9 107 14C 177 219 315 d29 560 709 875 1059 1260 1479 1715 1969 21d0 2840 3498 5037 22 24 55.47 59.74 .57 2.29 5.13 9.14 20.6 36.4 57.0 82.4 112 7.46 185 229 1 129 448 585 741 914 1706 1316 1545 1791 2056 2340 2970 3654 5262 24 26 60.03 62.18 .59 2.38 5.34 9.52 21,4 38.0 59.4 85.8 116 152 793 238 343 466 609 771 951 1757 1370 1608 1864 2140 2435 3090 3803 5477 26 28 64.63 64.52 .62 2.47 5.53 9.88 22.2 39.5 61.6 89.0 121 158 200 247 356 484 632 800 987 1194 1422 7668 1935 2221 2527 3210 3946 5681 28 30 69.271 66.7911 .64 2 561 5 77 10.2 23.0 40.9 63.7 92.4 207 256 368 501 1 6541 823 1022 12361472 7727 2003 2299 2616 332014087 5885 30 73.891 68.98 66 5.90 2 125 16 32 . 2_64 70.6 23.8 d2.3 65.8 95 .2 129 769 214 16'1 330 517 676 856 1055 1277 1520 1734 2069 2375 2702 3430 4227 6078 32 3e 7x_St,l 71.7 n 6a 1_n < m 1n_o 2w 5 n < <7 0 0. _ , ,�, y,.. 273 392 833 697 88 1088 1 316 7566 1 A' 1 9 2132 2448 9 7ns 3540 4348 6967 3A 36 83.12 73.76 .70 2.80 6.25 11.2 25.2 44.8 69.8 101 137 779 226 230 _403 548 717 908 1119 1354 7612 1892 2194 2519,2 3640 4475 6143 ' 36 I 1 I 1 1 311 8774 75.17 .72 2.88 6.42 11.5 25.9 1 46.0 71.8 161 141 784 233 288 414 56.11 736 932 iL50 11392 165,6 1944 2254 2588 294413740 4594 66,5 38 40 92.36• 77.7 1 .74 2.95 6.60 17.8 16.5 47.2 73.6 706. 744 189 239 295 425 578 755 956 1180 1418 1699 1994 2373 26$$ 3021 3840 4713 6787 40 42 96.98 79.03 .75 3.03 6.76 12.1 27.2 48.4 75.4 109 148 193 245 303 435 592 774 980 1209 7463 1741 2043 2370 2721 3095 3935 4833 6959 42 44 101.591 80.88 _77 3.70 6.92 12.4 27.8 49.6 77.2 112 151 1198 251 310 445 606 792 1003 1237 1497 178212091 2426 2785 316814030 4945 71201 44 'Computed with coefficient, c =1.00. 0 i t t l Z i t i l a 188 1 DISCHARGE TABLE FOR CIRCULAR OUTLETS Outlet Pressure Measured by Pitot Gauge H E A D V,1 ity Discharge Der Feet In F[ per Lba 5a In s<eend I X16 1 Y. 46 1 06.21 82,701 .79 3.17 7.07 12.7 28.5 50:8 79.0 174 15 48 T 70.931 94,48 .81 3.24 7.22 12.9 29.7 51.3 80.7 117 15 'SO 7 73 -45, 86.221 .H2 3.30 7.37 3.2 29.7 52.8 82 -33 779 76 52 ,120.07 87.9 .84 3.37 7.52 13.5 30.3 53,8 33 T6 54 124.68i 89.67 .85 1.3.13 1 7.80 7f66 73.7 30.9 Sd.9 35.5 124 16 56 729.301 97.20 6113.50 1,1.11 131.4 55.9 1 87.1726 Iii 58 133.92] 92.871 .8913.56 7,94114.2 32.0 5 6.9 88.6 128 - 17 60 138,54 94,45 .90 3.62 8.09 71.5 1 325 57.3 90.1 130 1 77 62 143.75 96.011 .9 13.68 8.21 147 1 3,0 58.8 91.61133 180 64 147.77 97.551 ,93 3.741 8.34 133.6 59.7 93.? 135 183 66 15?,39 99.07 .95 3.79 8.17 15,2 134,1 60.6 97 186 68 157,01 100,55 .96 3.851 8.59 15.4 134.6 67.5 96.01139 188 70 167.63 702.031 .97 3.91 8,73 75.6 35.1 62.5 974 141 791 72 16,1.24 103.47 .99 3,96 9.85 15,3 35.6 63.3 98.7743 1 194 74 170 -86 104.90 1.00 4.02 8.97 16.0 36,1 64.2 ?CO ?d5 196 76 175 -48 106.30 1,01 4.07 9.09 16.3 X36.6 165.1 107 ld7 199 78 180.70 107.69 1 .03 � 4.12 9.21 16.5 37.1 65.9 103 1 149 202 8C 184.72 109.08 7.04 4,18 9.33 117 � 17.5 66.8 1704 750 ^2204 8'I189.33� 170.4211.0514.23 9.45 16.9 38.0 67.6 705 152 207 841 '9 3.95 111.76 1.07 4,28 9.56 17.1 39 d 68.4 1 107 154 1209 86 198.57 113,08 ' 1 1.33 9.68 77.3 38.9 69 0 2 108 756 12 88 203,791 714,3911.09 4.38 9.79 17.5 39,3 70. 709 75H 211 90 207,81 775.68 7,10 4.43 9.39 17.7 39.8 70.8 11C 160 1217 92 21242 T T 6.96 1 1.12 4.48 10.0 17.9 40.2 71.6 112 761 19 94 217,041 718.231 1.13 4.53 70.1 118.1 40.7 72.1 113 163 221 96 221 .66 1 7 9.48 1.14 1 .57 18.3 41.7 73.2 114 165 224 98 226.28 120.71 1.15 4.62 10.3 18.5 41.6 73.9 115 167 226 100 230.90 127.94 14219� 1.67 10.1 78.7 42.0 71.6 116 168 228 102 235.51 7 2 3 .7514. 1 2 10.5 18.8 12.4 754 11 8 . 170 231 704 240.731 724.35 4.76 10.6 19.0 42.6 76.1 119 172 2335 3 106 244.75 725.55 d -81 10.7 19.2 13.4 76.9 20 73 708 249 . 37 1 26.73 17.214.85 10.8 19.4 43.6 77,5 121 175 237 -110781 127.89 1.22 4, 7Q 1.0 9 79,6 44.0 7 1 22 1777 239 112 258.60 129.05 1,23 d.9d 7 19.7 44.4' 79.0 123 178 242 114 263.22 776 267.84 11 S. Q3177.2 20.9 15.2 180.4 125 1 181 0 246 1 178 272.46 132.46 1.26 5.07 77.3 20.3 45.6 87.1 126 783 248 720 277.07 133.57 1.27 5.12 11.4 20.4 16.0 81:9 727 184 250 124 281.69 134.69 1.29 5.16 17.5 20.6 16.4 82.5 129 7H6 252 724 286,31 135. 1.30 5 .20 20.8 46,7 .83.] 130 187 254 3 726 290.931 136.88 1.31 5.21 11.7 20.9 47.7 63.8 737 189- ,256 3 128 295,53, 73 5.28 17.8 21.1 47.5 84.5 132 790 458 3 130 300 -16 139.03 1.33 5.32 17:9 27.3 47.9 85.7 133 192 260 3 132 304.78 140. 1.34 5.36 72.0 21.1 48.2 85.7 134 193 263 3 134 309 -40 147.16 1.35 5.40 12.1 27.6 48.6 86.1 135 194 265 3 136 314 -02 142.2 7.3615.44 12.2 21 8 149.0 87.0 736 196 _267 1:3 Diameter of Orifice in Inches. Na , 2% I2% 2% 3 3% 3% 3y 1 d I4 5 6 5 203 156 317 j-5 620 870 102517265 1537 1822 2138 2480 ^22847 3 ^ 1_2239 4120 5056 7J 207 262 324 46 633 H211 7047 1293 1564 1861 2184 2533 2908 3309 420515168 7 1 211 267 330 475 546 845 7069f7319 7596 1900 2229 2586 2968 3377 ,1290 SZ73 7 215 272 339 ,185 659 861 1091 7345 1628 19 37 . 2274 2637 3027 3444 4375 5377 7 8 672 878 1111 16 1'9 277 J:473 4949 59 7974 2317 2687 3085 3510 4460 5482 7893 54 d 227 288 362 fl7l 8 1 925 7171 1 7 1 1 2 1 7 2081 2442 2836 5683 81 58 231 293 -1- 1 1 1 2 3252 3700 1700 5780 8323 60 -� 3197 3637 4620 I 235 1297 .,68 0 947 1797 7470 17772115 2483 < "8:9'3305 3761 ,1715 5869 88591 6 452 6 2 239 "02 374 538 731 1 956 1270 1493 7806 19 2522 2925 3356 3821 4850 59661 379 516 42 977 12267576 1834� � 218312561 297 3410 3880 4925 6056 8720 66 246 ,1311 385 _54 754 995 1247 1539 186212215'2600 3015 3462 3938 50v0 615 8860 , 68 1 X50 316 391 562 765 1 999 1265 7561 1889 2248 26383059 3512 3996 5075 62x2 2989 70 253 320 111396 2 570 766 1028 1301 1605 776 101,11]283 1583 1916 2280 267513103 3562 ,1053 5740 6732 9117 72 1257 325 . 578 1942 231112712 3146 3611 4109 5 6,114 9236 74 7968 1260 329 407 586 797 1041 7318 1627 23422749 3188 3660 4164 5265 6503 9364 76 261 333 412 593 807 1055 1335 16,48 2 2785 3230 370 8 4218 553943 60 79 267 338 d)8 601 818 1068 7352 1669 2820 3271 3755 4272 405 666 1 d0 270 312 123 608 828 1082 13691689 2 337 3807 4325 5476 6757 9730 82 27 4 346 428 616 838 1095 7386 17 70 124 "62 2890 3357 384714377 5535 6839 9848 84 277 . 133 624 848 710711402 1730 209224 3391 3843 4429 5600 6914 280 354 438 630 856 .1120 1,119 175"1 2520 2958 3430 3938 _4480 5665 6996 10073 88 1283 �350 358 443 637 867 7733 7434 1770 2142125,19 22991 3469 3983 x531 5730 7078 1019T 90 7 286 1362 448 644 877 7146 7450 7789 2165 2577 3024.3507 40 2745815795:7152 10299 _ 9 2 289 366 453 651 186 1158 1466 7809 2189 2605 3057 3545 407 46 0 31 5865 7234 10417 94 293 370 457 658 895 7170 1481 7828 2212 2612 3089 3583 4117 1680 5925 7309 .70524 96 296 371 462 665 904 1182 1497 1847 22,51 2660 3721 3620 4156 4728 5985 7383 10632 98 299 378 467 672 914 1794 1572 1866 2258 2687 7153 3657 4198 4776 6045 7458 10739 100 302 381 472 679 923 1206 7527 7884 2280 2713 3184 3693 4240 482,1 6100 7533 10846 102 '871 0 941 72"1 � 31 397 485 698 950 7247 1 1571 7939 2346 2792 3277 3800 436314463 6260 762 11 106 921 23V 276 1200 177 4 9171159 108 373 396 190 705 959 1253 1586 1957 2368 2918 3307 3835 4403 5009 6320 7623 11265 170 376 400 194 711 967 1264 1.11 1974123fl9 2843 3337 3870 4443 5054 6380 7891 11362 172 319 403 499 ?1? 476 7275 1614 1992 2410 2869 3367 3904 ,1,182 5099 6440 7965 1 145 114 322 407 503 724 984 1286 1628 207912431 2894 3396 3938 4521 5744 6500 8032111566 116 324 170 507 730 993 1297 7642 2027 7452 2918 3425 3972 4560 S1 B8 6560 8099 11663 118 327 414 572 736 1001 1308 1656 2044 2473 2943 3454 4006 4599 5232 6620 8167 17759 120 330 417 516 742 1010 1319 1670 2061 2494 2967 3483 4039 4637 5275 6680 82-41 11867 122 33 421 520 748 1078 1330 1684 2077 2514 2992 3511 4072 4675 5318 6740 8308 11963 124 35 424 524 754 1026 1341 1697 2094 2534 3016 -3539 4105 4712 5361 6900 8375 12060 126 38 427 528 760 1034 1351 1711 2117'2554 3040 3567 4 }37 ,1749 Sd03 6850 8435 12146 729 A l 431 532 766 7042 1362 1724 2574 3063 359.5 4169 ,1286 5445 6900 8502122-42 130 a3 434 536 772 1050 1372 1736 2144 2594 3087 3623 4701 4823 5487 6950 8569112339 732 d6 437 540 777 1058 1382 7749 2166 2613 3710 3650 4233 4860 5529 7000 8636 12436 734 48 441. Sd< 783 1066 1392 776 2633 3133 3677 4261 4896 5570 7050 8696 12522 736 'Computed with coefficient, c = 1.00. 189 Fire Alarm Systems 1 Project Name N 4: , > 5v - Occupancy type Fire Alarm Contracto e lectrical Contractor Dates Contractor Cell All fire alarm systems shall be installed in compliance with NFPA 72 and all locallv adopted codes and ordinances ❑ Before starting the final acceptance testing, the installing contractor has furnished a Certificate of Completion stating that the system has been installed in accordance with approved plans, tested in accordance with the manufacturer's specifications, locally adopted ordinances and codes, and the appropriate NFPA requirements. No acceptance testin,; will be scheduled until this certificate has been submitted to the Rexburg- Madison County Emergency Services Department. ACCEPTANCE TEST I. WALK THOROUGH ❑ Manual fire alarm boxes are located not more than 5 feet from the entrance to each exit, and are a minimum of 42 inches and a maximum of 54 inches, measured vertically from the floor, to the activating handle or lever of the box. Travel distance to the nearest manual fire alarm box does not exceed.200 feet. ❑ If this fire alarm system is not monitored by a supervising station, an approved permanent sign that reads: WHEN ALARM SOUNDS -CALL FIRE DEPARTMENT, has been installed adjacent to each manual fire alarm box. ❑ Wall mounted visual notification appliances, or combination appliances, have been mounted such that the bottom of the lens is not less than 80 inches and not greater than 96 inches above the finished floor, and no closer than 6 inches to the ceiling. ❑ Visible notification appliances have not been located more than 15 feet from the end of the corridor and there is less than 100 feet distance between appliances. Where there is an interruption of the concentrated viewing path, such as a fire door, an elevation change, or any other obstruction, the area has been treated as a separate corridor. ❑ Visible notification appliances located in rooms meet the requirements of NFPA 72, Table 7.5.4.1.1(a). ❑ The total sound pressure level produced by combining the ambient sound pressure level with all notification appliances operating, does not exceed 120 dBA anywhere in the occupiable area. ❑ Audible appliances installed to provide signals for sleeping areas produce a sound level of at least 15 dB above the average ambient sound level, or 5 dB above the maximum sound level having a duration of at least 60 seconds, or a sound level of at least 75 dBA, whichever is greater, measured at the pillow level in the occupiable area, using the A- weighted scale (dBA), with all barriers closed. ❑ The average spacing between smoke detectors is 27 feet, or per the manufacturer's recommendations. PAGE] OF3 II. APPLIAN ALL manual fire alarm boxes have been operated per the manufacturer' instructions. LL smoke detectors have been tested in place with smoke, a listed aerosol or other methods approved by the manu Curer, that ensures smoke entry into the sensing chamber. Magnet testing is not permitted. LL air duct smoke detectors have been tested, per the manufacturer's instruction, to ensure that the device will sample the airstreams. ALL r storable heat detectors have been tested with a heat source per the manufacturer's recommendations for res use in 1 minute. Non - restorable heat detectors will not be tested. ALL mechanical, electrosonic, or pressure type water flow devices have been tested by flowing water through an inspector's test connection indicating the flow of water equal to that from a single sprinkler of the smallest orifice size installed the system for wet -pipe systems, or an alarm test bypass connection for dry -pipe, pre- action, or deluge systems+in accordance with NFPA 25. ALL closure and releasing devices have been tested per the manufacturer's instruction. ALL addressable appliances shall be clearly marked with an address. III. CONTROL PANEL AND SECONDARYPOWER ❑ All control equipment has been tested to verify correct receipt of alarm, supervisory, trouble signals (inputs), operation of evacuation signals and auxiliary functions (outputs), circuit supervision including detection of open circuits and ground faults, and power supply supervision for detection of loss of AC power and disconnection of secondary batteries. Tsecondary power supply has been tested to ensure sufficient capacity to operate the fire alarm system under quiescent load (system operating in a non -alarm condition) for a minimum of 24 hours and, at the end of that period, is capable of operating all alarm notification appliances used for evacuation or to direct aid to the location of an emergency, for 5 minutes. A� ll storage batteries have been permanently marked with the month and year of manufacture. ❑ The primary power supply circuit is locked out, has a red marking, is accessible to "authorized personnel" only, and is labeled as the "FIRE ALARM CURCUIT ". �hecation of the circuit disconnect has been permanently identified at the fire alarm control unit. ❑ The fire alarm control unit has all zones and address points plainly, and'permanently, labeled as to their location on �he side of the panel, or on an easily readable map of the building. If the fire alarm control unit is located in an area that is not constantly occupied, automatic smoke detection has been provided to provide notification of a fire at that location. ❑ All remote annunciators have been tested per the manufacturer's instruction. PAGE 2 OF 3 IV. ELEVATORS ❑ System -type smoke detectors or other automatic fire detection devices located in elevator lobbies, elevator hoist ways, and elevator machine rooms, including machine space, control room, control space used to initiate fire fighter's service recall, has been connected to the building fire alarm systems. ❑ This building has no fire alarm system. The smoke detectors or other automatic fire detection devices provided for recall service, have been connected to a dedicated fire alarm system control unit that has been designated as "elevator recall control and supervisory panel ", permanently identified on the control unit and on the record drawings. ❑ Only the elevator lobby, elevator hoist way, and the elevator machine room smoke detectors are used to recall elevators for fire fighter's service, and are capable of initiating elevator recall when all other devices on the same initiating device circuit have been manually, or automatically, placed in the alarm condition. ❑ Each lobby smoke detector used for recall has been located on the ceiling, within 21 feet of the centerline of each elevator door within the elevator bank under control of the detector. ❑ Smoke detectors have not been installed in unsprinklered elevator hoistways unless they are installed to activate the elevator hoistway smoke relief equipment. ❑ Alarm devices used to shut down elevator power, prior to sprinkler operation, have been tested in compliance with the manufacturer's instruction. ❑ Control circuits to shut down elevator power are being monitored for presence of operating voltage. Loss of voltage causes a supervisory signal to be indicated at the control unit and remote annuciators. ❑ The owner's manual and installation instructions covering all system equipment, the record drawings, and a record copy of all site specific software has been provided to the owner , or the owner's representative. `COMPLETE THIS SECTION AFTER ALL ABOVE ITEMS HAVE BEEN CHECKED OFF AND WITNESSED BY A MEMBER OF THE FIRE PREVENTION BUREAU To the best of my knowledge, the information I provided is true and correct. This fire sprinkler system has been installed in compliance with the locally adopted codes and ordinances, the appropriate NFPA Standards, and the State of Idaho regulations. INSTALLER'S REPRESENTATIVE DATE CITY REPRESENTATIVE (WITNESS) DATE PAGE3 OF3 Commercial Hood Suppression Systems Project name Dates: Contractor / Contractor Cell Commercial cooking systems shall be installed in compliance with all locally adopted codes ordinances and NFPA 96 ❑ The automatic fire- protection system installed for this application is a listed system, recognized for the protection of commercial cooking equipment and exhaust systems of the type and arrangement protected. Preengineered automatic dry- and wet - chemical extinguishing systems have been tested in accordance with UL 300, and listed and labeled for the intended application. ❑ All commercial cooking equipment protected by this system has been installed and connected to the appropriate fuel supply, and the nozzles protecting the exhaust ducts and cooking appliances are in the appropriate position. ❑ All deep fat fryers have been installed with at least 16 inches of space between the fryer and surface flames from adjacent cooking equipment, unless a minimum 8 -inch high steel, or tempered glass baffle plate has been installed between the fryer and the surface flames of the adjacent appliance. ❑ A mechanical (doesn't rely on electrical power) manual actuation device has been installed at, or near, a means of egress from the cooking area, a minimum of 10 feet and a maximum of 20 feet from the kitchen exhaust system. The manual actuation device is located a minimum of 4.5 feet and a maximum of 5 feet above the floor. ❑ All piping is subject to a puff test using dry nitrogen, CO2, or compressed air to ensure the piping is clear and unobstructed. ❑ The maximum force to actuate the manual device is less than 40 pounds and has a maximum movement of 14 inches. ❑ Instructions for manually operating the fire extinguishing system have been posted conspicuously in the kitchen. An operational test of the link system and the manual actuation device has been performed in compliance with the manufacturer's instruction. During both tests, the fuel and electrical supply shut off, as required. ❑ The actuation of the fire suppression system automatically shuts down the fuel and electrical power supply to the cooking equipment. Gas appliances not requiring protection, but located under the same ventilating equipment, also automatically has the fuel supply and electrical source shut off upon activation. ❑ The fuel and electrical supply reset is manual. ❑ The hood exhaust fan continues to operate after the extinguishing system has been activated, unless fan shutdown is required by a listed component of the ventilation system, or by the design of the extinguishing system. ❑ Portable fire extinguishers have been provided with -in a 30 foot travel distance of the cooking equipment. A Class "K" rated portable fire extinguisher has been provided to protect cooking equipment involving vegetable or animal oils, and fats. ❑ The automatic fire extinguishing system has been connected to the building fire alarm system, if present. ❑ The listed exhaust system is operating in compliance with the terms of the listings and the manufacturer's instructions. ❑ There are no dampers installed in the exhaust ducts or exhaust duct systems. PAGE I OF 2 ❑ Motors, lights, and other electrical devices and wiring have not been installed in the ductwork, or in the hood over commercial cooking appliances unless installed in accordance with the terms of the listing. ❑ A placard identifying the use of the fire extinguisher as a secondary backup means to the automatic fire protection system has been conspicuously placed near each portable fire extinguisher in the cooking area. ** *COMPLETE THIS SECTION AFTER ALL ABOVE ITEMS HAVE BEEN CHECKED OFF AND WITNESSED BY A MEMBER OF THE FIRE PREVENTION BUREAU To the best of my knowledge, the information I provided is true and correct. This fire sprinkler system has been installed in compliance with the locally adopted codes and ordinances, the appropriate NFPA Standards, and the State of Idaho regulations. INSTALLER'S REPRESENTATIVE CITY REPRESENTATIVE (WITNESS) DATE DATE PAGE 2 OF 2 REXBURG - MADISON COUNTY EMERGENCYSERVICES 26 NORTH CENTER STREET REXBURG, IDAHO 83440 208- 359 -3010 To Whom It May Concern: April 6, 2005 I have received a request from East Central Idaho Development Company to clarify the requirements for a proposed fire alarm system for the property located at 299 Technology Way in Rexburg, Idaho. The following items are required as per the 2003 International Fire Code and City of Rexburg ordinances: Required: 1. NFPA approved fire alarm panel 2. Detection device near the panel 3. Manual activation device of fire alarm system 4. Audio /visual notification device inside building and outside 5. Flow switch via fire alarm panel 6. System monitoring The following items are strongly recommended but not required by the 2003 IFC and city ordinances: Recommended: 1. Manual activation devices at each exit 2. Detection devices in mechanical rooms and common areas 3. Audio /visual devices in common areas 4. Tamper alarm on riser If you have any questions please feel free to contact me. Sincerely, Chris Huskinson Fire Inspector 208 - 705 -1312