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Town of Southold Annex 3/6/2014 P.O.Box 1179 54375 Main Road '3 * Southold, New York 11971 CERTIFICATE OF OCCUPANCY No: 36724 Date: 3/6/2014 THIS CERTIFIES that the building COMMERCIAL ALTERATION Location of Property: 3800 DUCK POND RD CUTCHOGUE, SCTM#: 473889 Sec/Block/Lot: 83.-2-17.3 Subdivision: Filed Map No. Lot No. conforms substantially to the Application for Building Permit heretofore filed in this of iced dated 7/6/2011 pursuant to which Building Permit No. 36536 dated 7/6/2011 was issued, and conforms to all of the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: sprinkler system for commercial building(training center)as applied for. The certificate is issued to E&C PROPERTY HOLDING (OWNER) of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL ELECTRICAL CERTIFICATE NO. 36 3/26/12 PLUMBERS CERTIFICATION DATED Autho ed Sikii6firve yTOWN OF SOUTHOLD BUILDING DEPARTMENT *�t)-40A TOWN CLERK'S OFFICE ! SOUTHOLD, NY BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit #: 36536 Date: 7/6/2011 Permission is hereby granted to: E & C Property Holding Attn: Accounting Department _ 158-11 Harry Van Arsdale Jr Blvd Flushing, NY 11365 To: sprinkler system for commercial building (training center) as applied for. At premises located at: 3800 Duck Pond Rd, Cutchogue SCTM #473889 Sec/Block/Lot# 83.-2-17.3 Pursuant to application dated 7/6/2011 and approved by the Building Inspector. To expire on 1/4/2013. Fees: FIRE SPRINKLERS $250.00 CO -COMMERCIAL $50.00 Total: $300.00 7 4 Building Inspector Form No.6 TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL 765-1802 APPLICATION FOR CERTIFICATE OF OCCUPANCY This application must be filled in by typewriter or ink and submitted to the Building Department with the following: A. For new building or new use: 1. Final survey of property with accurate location of all buildings,property lines, streets,and unusual natural or topographic features. 2. Final Approval from Health Dept. of water supply and sewerage-disposal (S-9 form). 3. Approval of electrical installation from Board of Fire Underwriters. 4. Sworn statement from plumber certifying that the solder used in system contains less than 2/10 of 1% lead. 5. Commercial building, industrial building, multiple residences and similar buildings and installations, a certificate of Code Compliance from architect or engineer responsible for the building. 6. Submit Planning Board Approval of completed site plan requirements. B. For existing buildings(prior to April 9, 1957) non-conforming uses, or buildings and "pre-existing" land uses: 1. Accurate survey of property showing all property lines,streets, building and unusual natural or topographic features. 2. A properly completed application and consent to inspect signed by the applicant. If a Certificate of Occupancy is denied,the Building Inspector shall state the reasons therefor in writing to the applicant. C. Fees I. Certificate of Occupancy - New dwelling $50.00, Additions to dwelling $50.00, Alterations to dwelling $50.00, Swimming pool $50.00, Accessory building$50.00, Additions to accessory building$50.00, Businesses$50.00. 2. Certificate of Occupancy on Pre-existing Building- $100.00 3. Copy of Certificate Of Occupancy - $.25 4. Updated Certificate of Occupancy - $50.00 5. Temporary Certificate of Occupancy- Residential $15.00, Commercial $15.00 Date. New Construction: Old orrPre-existing Building: (check one) Location of Property: '3�-oo JbL UL ` �-d-64A-)l('C House No. Street FkAet Owner or Owners of Property: _ A7 Q- ft n 1_ Suffolk County Tax Map No 1000, Section Bock v Lot Subdivision Filed Map. Lot: Permit No.—?)_Izis� Date of Permit. Applicant: Health Dept. Approval: Underwriters Approval: Planning Board Approval: Request for: Temporary Certificate Final Certificate: (check one) Fee Submitted: $ Applicant Signature pF SO!/TyOlo Town Hall Annex y Telephone(631)765-1802 54375 Main Road '! Fax (631)765-9502 P.O. Box 1179 CAroger.richert(a)town.southoId.ny.us Southold,NY 11971-0959 00UNTi,N`� BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICIAL COMPLIANCE SITE LOCATION Issued To: E&C Properties Address: 3800 Duck Pond Rd City: Cutchogue St: NY Zip: 11935 Building Permit* 36536 Section: 83 Block: 2 Lot: 17.003 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: DBA: Northgate Electric Corp License No: 631-me SITE DETAILS Office Use Only Residential IndoorX Basement Service Only Commerical X Outdoor 1st Floor Pool New Renovation 2nd Floor Hot Tub Addition Survey Attic Garage INVENTORY Service 1 ph Heat Duplec Recpt Ceiling Fixtures HID Fixtures Service 3 ph Hot Water GFCI Recpt Wall Fixtures Smoke Detectors Main Panel A/C Condenser Single Recpt Recessed Fixtures CO Detectors Sub Panel A/C Blower Range Recpt Fluorescent Fixture Pumps Transformer Appliances Dryer Recpt Emergency Fixtures Time Clocks Disconnect Switches Twist Lock Exit Fixtures TVSS Other Equipment: fire pump to include 200a 3 phase panel, 25 hp transfer switch and pump motor Notes: Inspector Signature: �� /'t Date: March 26 2012 81-Cert Electrical Compliance Form.xls DAT$ CONIINENTS. . VOUNDATION(IST) �1 FOCJIVA1'14N(2ND) 'ta c ROUGH MAN ,8 PLUMING 7 INM.ATM PERK,Y. t STATE ENERGY CODE FINAL ADDITIONAL COW=NTS t �\ 12- -'11 i � O C z b TOWN OF SOUTHOLD BUILDING PERMIT APPLICA"CION CHECKLIST BUILDING DOARTNI BT Do you have or need the following,before apple in_' TOWN HALL Board of Health SOUTHOLD,NY 11971 4 sets of Building Plans TEL: (631)765-1802 Planning Board approval FAX: (631)765-9502 ^ I - Survey South oldTown.North Fork.net PERMIT NO. J���NP Check Septic Fonn N.Y.S.D.E.C. Trustees Flood Perini[ Examined ,20 Storm-Water Assessment For — Contact: Approved_20 Mail to ISLAND FIRE SPRINKLER Disapproved a/c 630 BROADWAY AVE HOLBROOK, Phone.NY 11741 rat 631-472-4500 JUL - 5 2011 Building Inspector AP [CATION FOR BUILDING PERMIT BLDG.DEPT. Date June 28th 10 11 TOWN OF SOt11NOL0 INSTRUCTIONS a.This application MUST be completely filled in by typewriter or in ink and submitted to the Building Inspector with 4 sets of plans,accurate plot plan to scale.Fee according to schedule. b. Plot plan showing location of lot and of buildings on premises.relationship to adjoining premises or public streets or areas.and waterways. c.The work covered by this application may not be commenced before issuance of Building Permit. d.Upon approval of this application,the Building Inspector will issue a Building Permit to the applicant.Such a permit shall be kept on the premises available for inspection throughout the work. e.No building shall be occupied or used in whole or in part for any purpose what so ever until the Building Inspector issues a Certificate of Occupancy. E Every building permit shall expire if the work authorized has not commenced within 12 months after the date of issuance or has not been completed within 18 months-from such date. If no zoning amendments or other regulations affecting the property have been enacted in the interim.the Building Inspector may authorize,in writing,the extension of the permit for an addition six months.Thereafter.a new permit shall be required. APPLICATION IS HEREBY MADE to the Building Department for the issuance of a Building Permit pursuant to the Building Zone Ordinance of the'Town of Southold,Suffolk County,New York,and other applicable Laws,Ordinances or Regulations,for the construction of buildings,additions.or alterations or for removal or demolition as herein described.The applicant agrees to comply with all applicable laws.ordinances,building code.housing code,and regulations.and to admit authorized inspectors on premises and in building for necessary inspections. ISLAND FIRE SPRINKLER - NYC, LLC (Signature of applicant or name,if corporation) 630 Broadway Avenue Suite 1, Holbrook, NY 11741 (Mailing address of applicant) State whether applicant is owner.lessee,agent,architect.engineer,general contractor.electrician, plumber or builder Fire Sprinkler Contractor Name of owner of premises on the x I o latest deed) If applicant is a corporationsignature of duly o i o ice HARRY ALLEN / PROJECT MANAGER (Name and title of corporate officer) Builders License No. Plumbers License No. 44683-RP Electricians License No. Other'I rade's License No. 1. Location of land on which proposed work will be done: 3800 Duck Pond Road Cutchogue House Nunribe, Street I-larnlet County Tax Map No. 1000 Section 83 Block 2 Lot 17.3 Subdivision _----- Filed Map No. _ Lot___ 2. State existing use and occupancy of premises and intended use and occupancy of proposed construction: a. Existing use and occupancy Hotel h. Intended use and occupancy Training Center 3. Nature of work(check which applicable):New Building X Addition Alteration Repair Removal Demolition Other Work (Description) 4. Estimated Cost Fee (To be paid on filing this application) 5. If dwelling,number of dwelling units Number of dwelling units on each floor If garage, number of cars 6. If business,commercial or mixed occupancy.specify nature and extent of each Type of use. 7. Dimensions of existing structures,if any: Front Rear Depth Height Number of Stories Dimensions of same structure with alterations or additions: Front Rear Depth Height Number of Stories 8. Dimensions of entire new construction: Front Rear Depth Height Number of Stories 9. Size of lot: Front Rear Depth 10. Date of Purchase Name of Fortner Owner 11.Zone or use district in which premises are situated 13. Does proposed construction violate any zoning law,ordinance or regulation?YESNO 13. Will lot be re-graded? YES NOWill excess fill be removed from premises?YESNO 14.Names of Owner of premises Address Phone No. Name of Architect EHASZ GIACALONE Address FARMINGDALE, NYPhone No Name of Contractor E&C PROPERTY HOLDINGAddress FLUSHING, NY Phone No. 203-994-7389 15 a. Is this property within 100 feet ofa tidal wetland or a freshwater wetland? *YES NO * IF YES, SOUTHOLD TOWN TRUSTEES& D.E.C. PERMITS MAY BE REQUIRED. b. Is this property within 300 feet of a tidal wetland? * YES NO * IF YES,D.E.C. PERMITS MAY BE REQUIRED. 16. Provide survey,to scale,with accurate foundation plan and distances to property lines. 17. If elevation at any point on property is at 10 feet or below,must provide topographical data on survey. 18. Are there any covenants and restrictions with respect to this property'?* YES NO * IF YES,PROVIDE A COPY. STATE OF NEW YORK) COUNTY OFS'At fC� %T\`r h being duly swom,deposes and says that(s)he is the applicant (Name of ind vidual signing contract)above named, (S)He is the �ro ed i0ouku C✓ (Contractor,Age ,Corporate Officer,etc.) of said owner or owners.and is duly authorized to perform or have perfoune the said work and to make and file this application: that all statements contained in this application are true to the best of his kn ledge and bel ;and tlmt the work will be performed in the manner set forth in the application filed therewith. Sworn to before me th' day of 20H Notaq p dc,stats of NeM York Ai- 102367 Notary ublic 0af�ed m 5u60� Y ig a[ure of Applicant cnrciissfm DecwitivO6,204 Island Fire Sprinkler, Inc. LETTER OF TRANSMITTAL 81 Keyland Ct. Bohemia, NY 11716 Phone.- 631- 472- 4500 Fax: 632- 472- 6800 TO: DATE: JOB NO. Town of Southold -Fire Inspectors Office 3/15/2012 10-151 Town Hall Annex-Main Road -PO Box 1179 Southold, NY 11971 ATTENTION: Bob Fisher RE: Santorini Beach Resort 3800 Duck Pond Road Cutchogue, NY WE ARE SENDING YOU ® Attached 0 Under separate cover via the following items: Shop drawings O As-built dwgs. Samples 0 Specifications Copy of letter Change Order AS-BUILT DRAWINGS/CORRESPONDENCE COPIES DATE NO. DESCRIPTION 3 3/15/12 Riser, 1g`, 25d&3`d Floor Sprinkler Plan 3 3115/12 Pre Action Wiring Diagram 3 3/15/12 Fire Pump Curve Information (Record of Completion) 3 3/15/12 Pre Action Record of Completion) 3 3/15/12 Hydrostatic Test Reports 3 3/15/12 Town of Southold "Automatic Sprinkler System—General Information" For Approval For your use As requested For review and comment REMARKS 1 MAR s BIDG. DEPT. C__ i TOWfu OF SDUTHOLD JJJ COPY TO: SIGNED: i • QUIMBY EQUIPMENT CO., INC. �'sfal ljlwd 1919 35 CENTRAL DRIVE •FARMINGDALE,NY 11735 TEL NO: .631.454.8411 FAX NO: 631,484.8417 E-mail:info@qulmbylnc.com Island Fire Sprinkler, Inc. March 14, 2012 630 Broadway Avenue- - Suite 1 Holbrook, NY Attention: Mr. Harry Allen Subject: Santorini Beach Hotel 3800 Duck Pond Road Cutchogue, NY Automatic Fire Pump (Vertical In-Line Fire Pump) ITT/A-C Fire Pump Test Series 1580, Model 4x4x7F Vertical In-Line Fire Pump 25 HP, 3500 RPM, 208 Volt—3 Phase—60 Cycle 400 GPM ac 65 PSI Serial No.: 11-059 871-01-01 Gentlemen: On Thursday, March 8, 2012, our Mr. Pat Langella went to the jobsite to check the installation and to operate the ITT/A-C (Allis-Chalmers) Vertical In-Line Fire Pump during the"Fire Pump Flow Test". The following is a tabulation of the field data and the resulting calculated data points: #of Hoses (PSI) (PSI) P1TOT GPM (PSI) AMPS Disch. Suct. Readina . Diff. No Hoses Flowing 135 60 ----- 0 75 56-58-55 1 Hose #1 (1 yes 95 24 #1-80 335 71 58-60-57 400GPM-65PSI-1580-4x4x7F-03-14-2012 #of Hoses (PSI) (PSI) PITOT GPM (PSI) AMPS Disch. Suct. Reading Diff. 1 Hose #1 (1 %-) 82 15 #1-26 464 67 62-64-61 2 Hoses #1 (1 %$") 45 (-) 25 In. Hg #1-40 623 57.5 69-71-68 #2 (1 3/") #2-18 The incoming line voltage was 212 Volts. The Fire Pump speed ranged between 3549 RPM and 3555 RPM. We have plotted the flow test results on the Factory Certified Performance Test Curve. The Factory Test was run at the ITT/A-C Pump Co. Factory in Morton Grove, IL on May 10, 2011. The final Pressure Switch Settings for the Fire Pump Controller and the Jockey Pump Controller are as follows: Jockey Pump Off: 130 PSI Jockey Pump On: 105 PSI Fire Pump On: 95 PSI The static suction pressure was approximately 60 PSI. Please do not hesitate to contact this office if you should require any additional information. Yours truly, Quimby Equipment Co., Inc. Bert Stipe 400GPM-66PSt-1 a$0-4x4x7F-03-14-2012 F RE 480 I D ttlp 1t E k 4 ` -Atom H t #Jty �'� R � s. .CA r ,u 100: 150 , .. '90,.1 125 .. x,.. 80 . 100. � �,. `. 70 7 0 11 77 7 i £ fr a ! § 60 50 , 50 25 40 40 _ 0 z 30 3:020 20 : �." 4� .. 41 0 0 0 140 24.p z 3QQ X00 500 0 tl� k Ft,OW IN.©PM21 ^ ra y � a 1 . Isfand Fire Sprinkler, Inc. Hydrostatic Test Report This report certifies that the fire sprinkler system at the following location has been hydrostatically tested at 200psi (13.8 bars) for two hours or 50psi(3.4 bars) above static pressure in excess of 150psi (2.7 bars)for two hours and witnessed by the property owner or an authorized representative of the property owner. Location of System: Date of Test: J l Time: ( `,A WD LD irized IFS Representative: Authorized Owner Representative: p Signature Print name and title 74V 11Z 81 Key ad Court *Bohemia, NY 11716 .TEL: 631.472.4500 • FA. 631.472.6800 Island Fire Sprinkler, Inc. Hydrostatic Test Report This report certifies that the fire sprinkler system at the following location has been hydrostatically tested at 200psi (13.8 bars) for two hours or 50psi (3.4 bars) above static pressure in excess of 150psi (2.7 bars)for two hours and witnessed by the property owner or and authorized representative of the property owner. Location of System: Date of test: ScL w Av.1, w,€ /5 QTime of Test: 3J /1� SeRfi Ski..✓�'�2 � f Authorized IFS Representative: Authorized Owner Representative: Island Fire Sprinkler, Inc. Signature S—,;,-� �i��_•� Print name and title Fire sprinkler, Inc. Hydrostatic Test Report This report certifies that the fire sprinkler system at the following location has been hydrostatically tested at 200psi (13.8 bars) for two hours or 50psi (3.4 bars) above static pressure in excess of 150psi (2.7 bars) for two hours and witnessed by the property owner or and authorized representative of the property owner. Location of System: Date of test: ek cA Time of Test: g dy A{5ol�'1" Authorized IFS Representative: Authorized Owner Representative: Island Fire Sprinkler, Inc. Signature Print name and title y Isfa n Fire Sprinkler, Inc. Hydrostatic Test Report This report certifies that the fire sprinkler system at the following location has been hydrostatically tested at 200psi (13.8 bars)for two hours or 50psi (3.4 bars) above static pressure in excess of 150psi (2.7 bars) for two hours and witnessed by the property owner or and authorized representative of the property owner. Location of System: Date of test: /0 — Sa.,,�ftl �-i✓ /kms Time of Test: 9-100 ke Authorized IFS Representative: Authorized Owner Representative: Island Fire Sprinkler, Inc. Signature Print name and title J FIRE ALARM SYSTEM RECORD OF COMPLETION Name of protected property: + V� -90 Address: _35100 c k VmA :,(. Representative of protected property(namelphons): R 1-even Par)ji-ni 9-'11-'734'-5225 Authodtyhavingjurisdiction: Tnwn of Sn rthol( Addressltelephone number. POB 1179 S out ho l d, NY 11971 Organisation name/phone Hepreneniative name l phone Installer Supplier IAnMA 'D e.,P. '` Service organ(zation44L-Lej J_=k' _jQrj Of?-azo b Location of record(as-built)drawings: _ JIB Location of operation and maintenance manuals: JIB Location of test reports: JIB - A contract for teat and inspection in accordance with NEPA standard(s) ContractNa(s): Effective data: Expimt1on date: System Software (a)Operating system(executive)software revision level(s): �- (b)Site-speciffcsoitware revision date: (c)Revision completed by: (name) (firm) i.'.Tyype(s)of System or Service lWo A7-9,Chapter 6—Local If alarm is transmitted to location(s)off premises,list where received: _JW, A72,Chapter 8—Remote Station Telephone numbers of the organization receiving alarm: Alarm: Supervisory: Trouble: If alarms are retransmitted to public fire service communications centers orothers,indicate location and telephone numbers of the organization receiving alarm: Indicate how alarm is retransmitted: NI,'PA72,Chapter 8—Proprietary Telephone numbers of the organization receiving alarm: Alarm: Supervisory: Trouble. If alarms are retransmitted to public fire service communications centers or others.indicate location and telephone a umbers ofthe organization receiving alarm: Indicate how alarm is retransmitted: _NPPA 73,Chapter 8—Central Station Prime contractor: Central station location: I NFPA 72,1 al 4) Copyright NFPA Means oftransmission of signals from the protected premises to the central station: McCulloh Multiplex One-way radio Digital alarm communicator Two-way radio Others Means oftransmission of alarms to the public See service communications center. (a) (b) System location: _NFPA 72,Chapter 9--Auxfllary Indicate type of connection Lacal anergy Shunt Parallel telephone Location of telephone number for receipt of signals: 2 Record of System Installation (Fill out after installation incomplete and wiring is ched®d faropens,aborts,ground fnults,and improper branching, but prior to conducting operational acceptance tests.) This system has been installed in accordance with the NFPA standards as shown below,was inspected by on ,includes the devices shown in 5aan'd 6,and halt been in service since _L/ NFPA 73, Chapters 1' Q7 /3 -01 006V 6 9 10 11 (cin:la all that apply) /NFPA 70,NationalEled6cat Cade,Article 760 V Manufacturer's instructions —Other( fy): �p Signed: F Date: 3" / Organization: 3.Record of System Operation Documentation in accordance with Inspection TestingFbrm,Fig=10.6.9-3,is attached All operational features and functions of this system were tested by date and found to be operating properly in accordance with,the requirements of ,..,,6NNFPA7S,Chapters 6�g 6)0 CO 00 8 9 10 11 (circle all that apply) v NFPA 70,NaffmalElecfrical Code,Article 760 zManufactmes inatructians _Otbar(spec ): Signed: Date: -3:Y-1;L, Organization: M qro—m_ 10 Ce 4.Signaling Line Circuits Quantity and class of aignaling line circuits connected to system(aecNPPA72,7hble&6.I): Quantity: Style: Class: {NFPA 72,2 of 4) Copyright NFPA 5.Alarm-Initiating Devices and Circuits Quantity and class of initiating devlee cireuits sec 1V11PA72,4bble&5): Quantity: :5 Style:_ Class: MANUAL (a)Manual stations Noncoded _ Transmitters Coded Addressable (b)Combination manual fire alarm and guard'stourooded stations AUTOMATIC Coverage: Complete ✓ Partial Selective Nonrequited (a)Smoke detectors Ion Photo 1 9 Addressable (b)Duct detector Ion Photo Addressable (c)Heat detectors FT RR FTIRR RC Addressable (d)Sprinklerwaterflow indicators:Transmitters Noncoded�oded Addressable (e)The alarm veti&Otion feature is disabled or enabled ,changed from seconds to seconds. (0 Other(list): 6.Supervisory Signal-Initiating Devices and Circuits(use blanks to indicate quantity of devices) GUARD'S TOUR (a) Coded stations (b) Noneoded stations (c3 Compulsory guard's tour system comprised of transmitter stations and intermediate stations Note:Combination devices are recorded under 6(b),Mannar,and 6(a),Guard's Tour: SPRINIMER SYSTEM Chock if provided (a)W_"Valve supervisory switches (b) Building temperatare points (r) S its water temperature points (d) Site water supply level points Electric fire pump: (e) Fire pump power (if Fire pump running (9) Phase reversal Engine-driven fire pump: (h) Selector in auto position W Engine orcwntrol panel trouble 0) Fire pump rnaning ENGINE;DRIVEN GENERATOR: (o) Selector In auto position (b) Control panel trouble (c) Transforswitchas (d) Engine running Other supervisory function(s)(specify): (NFPA 72,S of 41 Copyright NFPA 7.Annunciators) Number. Type: Locatian S.Alarm Notification Appliances and Circuits NFPA 72,Chapter 6—Emergency Vaiee/Alarm Service Quantity of voice/alarm channels: Single: Multiple: Quantity of speakers installed: Quantity of speaker zones: Quantity of telephones or telephone jacks included in system: Quantity an d the class of notification appliance circuits connected to system(ace NFPA 73,Table 6.7): Quantity: 3 Style: Class:_ Types and quantities of notification appliances installed: (a)Sena With Visible (b) Speakers With Visible W Horns With Visible Cl- (d)Chimes With Visible (e) Other: With Visible W Visible appliances without audible: 9.System Power Supplies + (a)Fire Alarm Control Panel: Nominal voltage: Current rating: h;."r Overcurrent protection: Type: Current rating: Location: (b) Secandary(standby): Storage battery: _ Amp-hour rating: Calculated capacity to drive system,in hours: Engine-driven geaeratnr dedicated to Gro alarm system: Location of fuel storage: (c) Emergency system used as backup to primary power supply: Emergency system described in NFPA 70,Article 700: 10.Conunents Frequency of routine tests and inspections,if other titan in accordance with the referenced NFPA standard(a} System deviations from the referenced NEPA atandard(e)are: (' ati n con hi a [title) (date) PC 1 . 3 —Y—/ (signs rm service comp )ilia) (date) (signed)for cemral station (title) (dale) Upon completion of the synt,em(s)satisfactory test(s)witnessed(if required by the authority having jurisdiction): (signed)representative of the authority having jurisdiction (title) (dale) (NFPA 72,4 014) Copyright NFPA r TOWN OF-SOUTHOLD - FIRE INSPECTORS OFFICE TOWN HALL ANNEX—MAIN ROAD—PO Box 1179—SOUTHOLD,Nsw YORK 11971 (631)765-1802 Exr 5028—FAx(631)765-9502 AUTOMATIC SPRINKLER SYSTEMS - GENERAL INFORMATION O Date: j"O Z Inspector: System: 1st, 2nd "& 3rd Floor Location: ,jAT JTP,Q.//x,11 General System designation Fire Sprinkler _.Bundmg JIB Training Facility Location of sprinkler valve Pump Room Type of sprinkler system OWet ❑Dry ❑Deluge ❑Preaction Make and model of sprinkler valve Reliable Model E Alarm Check Valve is building fully sprinklered? , Yes ❑No Is entire sprinkler system in service? Yes ❑No. Has rinkler stem been modified since last Inspection? i sprinkler system pection. ❑yes ,�No i valves -How are valves supervised? ❑Seated ❑Locked Tamper switch Are valves identified with signs?' OYes ❑No Water Supply(See Chapters 7 and 9 of NFPA 25) When was last water supply made? N/A Are reservoirs,tanks,or pressure tanks in good condition? YES Pumps(See Chapter 8 of NFPA 25) F Is fire pump 11 Diesel ,WElectric ❑Gasoline ❑None? When was pump last inspected? i Is pump in good condition? OYes ❑No Fire Department Connections !' 1 Location Front Of Building I Are identification signs provided? OYes ❑No Wet Systems it Is bullding adequately heated? Yes ❑No � Is system hydraulically calculated? , Yes ❑No i€ If yes,is hydraulic Information sign provided at valve? OYes ®No —BFy-Symems. Pre Action Is dry pipe valve in heated room? EfYes ❑No Does heated roam have low-temperature alarm? ❑Yes ,�No i autosprinkgeninfo.doc i i :i I r NEW SYSTEM — FOR FUTURE' QUARTERLY INSPECTION TOWN OF SOUTHOLD - FIRE INSPECTORS OFFICE TOWN HALL ANNEX—MAIN ROAD—PO Sox 1179—SOUTHOLD,NEw YORK 11971 (631)765-1802 Exr 5028—FAX(631)765-9502 Inspection, Testing, and Maintenance of Wet Pipe Sprinkler Systems Property Name: Inspector: Property Address: Contract No.: Phone Number: Date: This Report Covers: ❑ Monthly ❑ Quarterly ❑ Annual ❑ Three-Year ❑ . Five Year Inspections Monthly ❑ Yes ❑ No ❑ N/A Gauges—normal water pressure maintained Control Valves i ❑ Yes ❑ No ❑ NIA In the correct(open or closed)position ❑ Yes ❑ No ❑ N/A Sealed,locked,or supervised. ❑ Yes ❑ No ❑ NIA Accessible ❑ Yes ❑ No ❑ N/A Free from damage or leaks ❑ Yes ❑ No ❑ N/A Proper signage i Alarm Valves ❑ Yes ❑ No ❑ N/A Free of damage ❑ Yes ❑ No ❑ N/A Accessible ❑ Yes ❑ No ❑ N/A Retard chamber/alar drains not leaking Quarterly ❑ Yes ❑ No ❑ NIA Alarm devices—free of damage ❑ Yes ❑ No ❑ NIA Hydraulic data nameplate—securely attached to riser/legible �•. Fire Department Connections I ❑ Yes ❑ No ❑ N/A Visible and accessible I _ ❑ Yes ❑ No ❑ N/A Coupling/swivels operate correctly I ❑ Yes ❑ No ❑ N/A Plugs/caps are in place ❑ Yes ❑ No ❑ N/A Gaskets are not damaged ❑ �Yes ❑ No ❑ N/A Identification signs are in place ❑ Yes ❑ No ❑ N/A Ball drip valve is functional Pressure Reducing Valve r; ❑ Yes ❑ No ❑ N/A In the open position/not leaking ❑ Yes ❑ No ❑ N/A Maintaining downstream pressure ❑ Yes ❑ No ❑ NIA In good condition i • i 6-WetP(pelnsp.doc 'j � r TOWN OF SOUTHOLD —FIRE INSPECTORS OFFICE ^� TOWN HALL ANNEX—MAIN ROAD—PO BOX 1179—SouTHOLD,NEW YORK 11971 (631)765-1802 Exr 5028-Fax(631)765-9502 Annual, Sprinklers(visible) ❑ Yes ❑ No ❑ N/A No damage or leaks ❑ Yes ❑ No ❑ N/A Free of corrosion,foreign material,or paint ❑ Yes ❑ No ❑ N/A Installed in proper orientation ❑ Yes ❑ No ❑ N/A Fluid in glass bulbs ❑ Yes ❑ No ❑ N/A Spare sprinkles—proper number and type.Complete with wrench? ❑ Yes ❑ No ❑ N/A Hangers and seismic bracing—not damaged or loose 1 Pipes and Fittings(visible) ❑ Yes ❑ No ❑ N/A In good condition/no external contusion ❑ Yes ❑ No ❑ N/A No leaks or mechanical damage � ❑ Yes ❑ No ❑ N/A Correct alignment—no external loads ❑ Yes ❑ No ❑ N/A Hose racks--inspected per NFPA 1962 ❑ Yes ❑ No ❑ N/A Building—wet piping not exposed to freezing temperatures .Five-Year ❑ Yes ❑ No ❑ N/A Alarm valve interior including strainers,filters,and restriction orifice ❑ Yes ❑ No ❑ N/A Check valve internal moves freely,in good condition _ ❑ Yes ❑ No ❑ N/A Obstruction inspection—no foreign or obstructing material found Test - Quarterly ❑ Yes ❑ No ❑ N/A Alarm devices—water motor gong ❑ Yes ❑ No ❑ N/A Main drain test—if the sole supply is through a backflow preventer Static psi Residual psi i [] Yes ❑ No [I N/A Do results differ by more than 10%from previous test? Semi-annual ❑ Yes ❑ No ❑ N/A Supervisory switch functions ? 'I ❑ Yes ❑ No ❑ N/A Alarm devices—inspectors test or bypass opened/obstructed waterflow Annual_ 'i ❑ Yes ❑ No ❑ N/A Main drain test Static Residual i� ❑ Yes ❑ No ❑ N/A Do results differ by more than 10%from previous test? ❑ Yes. . ❑ No ❑ N/A All control valves operated through full range of motion and returned to normal position. ❑ Yes ❑ No ❑ N/A Specific gravity or anti-freeze system(if present) ❑ Yes ❑ No ❑ N/A Backflow preventer--test i ❑ Yes ❑ No ❑ N/A Backflow preventer—flow test !i Three Year ❑ Yes ❑ No ❑ N/A Hose has been tested in accordance with NFPA 1%2 'I 6-WetPipelnsp.doc i I TOWN OF SOUTHOLD - FIRE INSPECTORS OFFICE TOWN HALL ANNEX—MAIN ROAD—PO Box 1179—SOUTHOLD,NEW YORK 11971 (631)765-1802 Exr 5028—Fax(631)765-9502 Five Year ❑ Yes ❑ No ❑ N/A Gauges tested or replaced ❑ Yes ❑ No ❑ N/A Pressure reducing valve—flow test and comparable to previous results Routine Maintenance ❑ Yes ❑ No ❑ N/A Sprinklers tested or replaced per appropriate testing schedule Comments Signature: Date: License/Certification No.: i si �i iE �r r' • is d is _ I l i :i 6-WeMpelnsp.doc _ i E TOWN OF SOUTHOLD - FIRE INSPECTORS OFFICE TOWN HALL ANNEX—MAIN ROAD–PO BOX 1179–SOUTHOLD,New YORK 11971 (631)765-1802 EXT 5028–FAx(631)765-9502 Inspection, Testing, and Maintenance of Automatic Dry Pipe Sprinkler Systems Property Name: Inspector: Property Address: Contract No.: Phone Number:- Date: This Report Covers: ❑ Monthly ❑ Quarterly ❑ Annual ❑ Three-Year ❑ Five-Year Inspections Monthly ❑ Yes ❑ No ❑ N/A Gauges--normal air and water pressure maintained Control Valves ❑ Yes ❑ No ❑ N/A In the correct(open or closed)position ❑ Yes ❑ No ❑ N/A Sealed,locked,or supervised ❑ Yes ❑ No ❑ N/A Accessible ❑ Yes ❑ No ❑ N/A Free from damage or leaks ❑ Yes ❑ No ❑ N/A Proper signage Dry Pipe Valves ❑ Yes ❑ No ❑ N/A Exterior is free of damage,trim valves are in correct open or closed position,and intermediate chamber is not leaking 't Quarterly _ ❑ Yes ❑ No ❑ N/A Alarm devices—free of damage ❑ Yes ❑ No ❑ N/A Hydraulic data nameplate– securely attached to riser/legible ii Fre Department Connections i ❑ Yes ❑ No ❑ N/A Visible and accessible ❑ Yes ❑ No ❑ N/A Coupling/swivels operate correctly ❑ Yes ❑ No ❑ N/A Plugstcaps are in place �i ❑ Yes ❑ No ❑ NIA Gaskets are not damaged I i i ❑' Yes ❑ No ❑ N/A Identification signs are in place ❑ Yes ❑ No ❑ N/A Ball drip is functional ❑ Yes ❑ No ❑ N/A FDC clapper is functional i Pressure Reducing Valve is ❑ Yes ❑ No ❑ N/A In the open position/not leaking ❑ Yes ❑ No ❑ N/A Maintaining downstream pressure I i DryPipelnsp.doc `i i _ :I E TOWN OF SOUTHOLD- FIRE INSPECTORS OFFICE Town HALL ANNEX–MAIN ROAD–PO Box 1179–SOUTHOLD,New YORK 11971 (631)765-1802 t:xT 5028–FAx(631)765-9502 ❑ Yes ❑ No ❑ N/A In good condition Annual Sprinklers ❑ Yes ❑ No ❑ N/A No damage or leaks_ ❑ Yes ❑ No ❑ N/A Free of corrosion,foreign material,or paint ❑ Yes ❑ No ❑ N/A Installed in proper orientation ❑ Yes ❑ No ❑ .N/A Fluid in glass bulbs ❑ Yes ❑ No ❑ NIA Spam sprinklers—proper number and type.Complete with wrench? ❑ Yes ❑ No ❑ N/A Hangers and seismic bracing—not damaged or loose Pipes and Fittings ❑ Yes ❑ No ❑ N/A In good condition/no external corrosion ❑ Yes ❑ No ❑ N/A No leaks or mechanical damage ❑ Yes ❑ No ❑ N/A Conect alignment--no external loads ❑ Yes ❑ No ❑ N/A Drypipe valve interior—following trip test . _ ❑ No ❑ N/A Building—prior to onset of freezing weather—all openings are closed,no water- ET,Yes filled pipe is exposed-to freezing temps " Five-Year ❑ Yes ❑ No ❑ N/A Obstruction inspection—no foreign or obstructing material found ❑ Yes ❑ No ❑ NIA Check valve—internal moves freely,in good condition ❑ Yes ❑ No ❑ N/A Dry pipe valve stainers,filters,and orifices internal inspection i i Test Quarterly ❑ Yes ❑ No ❑ NIA Alarm devices—water motor gong ❑ Yes ❑ No ❑ N/A Main drain test—if the sole supply is through a backflow preventer or pressure reducing valve Static psi Residual psi ❑ Yes ❑ No ❑ N/A Do results differ by more than 10%from previous test? ❑ Yes ❑ No" ❑ N/A Priming water—test level , ❑ Yes ❑ No ❑ N/A Low air alarm---test per manufacturer's instructions ❑ Yes ❑ No ❑ N/A Quick opening device tested Semi-annual ❑ Yes ❑ No ❑ N/A Supervisory switch functions ❑ Yes ❑ No ❑ N/A Alarm devices--inspectors test or bypass openedlobstructed waterflow i Annual ❑ Yes ❑ No ❑ NIA Main drain test Static psi: Residual psi: DryPipelnsp.doc { 4 1 TOWN OF SOUTHOLD - FIRE INSPECTORS OFFICE TOWN HAt_L ANNEX—MAIN ROAD—PO Box 1179—SOUTHot_D,NEw YORK 11971 (631)765-1802 EXT 5028—FAx(631)765-9502 ❑ Yes ❑ No ❑ N/A Do'results differ by more than 10%from previous test? ❑ Yes ❑ No ❑ N/A All control valves operated through full range of motion and returned to normal position. i Dry pipe valve trip test(partial flow) Water pressure Air pressure Tripping air pressure Trip time (sec) i ❑ Yes ❑ No ❑ NIA Results comparable to previous--testi _ ❑ Yes ❑ No ❑ NIA Backflow preventer—backflow test ❑ Yes ❑ No ❑ NIA Backflow preventer—flow test Three-Year ❑ Yes ❑ No ❑ N/A Dry pipe valve—full flow trip test Water pressure Air pressure Tripping air pressure Trip time, (see) Water delivery time (min.) (sec) ❑ Yes ❑ No ❑ N/A Results comparable to previous years Five-Year ❑ Yes ❑ No ❑ N/A Gauges tested or replaced El El Pressure reducing valve—flow test and comparable to previous results El Yes I Routine Maintenance ! ❑ Yes a No ❑ N/A Sprinklers tested or replaced per appropriate testing schedule i I' Comments: SI. Signature: Date: _ u License/Certification No.: l) i i+ i, I I j f. DryPipelnsp.doc `I ! i Isrand Fire Sprinkler, Inc. CATALOG CUTS June 29, 2011 Re: Santorini Beach Resort 3800 Duck Pond Road Cutchogue,NY IFS Job # 10-151 TABLE OF CONTENTS Section#1 —Sprinkler Heads: • Reliable Model G4A QR Concealed Automatic Sprinklers • Reliable Model FIFR56 Upright Sprinklers Section#2— Screw Fittines: • Ward Class 125 Fittings Section#3—Piue: • Allied Schedule 10 Pipe 2"—8". • Allied Schedule 40 Pipe 1"-2". • Merit Adjustable Drop Nipples. • Aegis Adjustable Drop Nipples Section#4—Hangers: • Erico Adjustable Swivel Ring. • Vulcan 3/8"& %2"Continuous Rod. • Hilti HDI 3/8" & '/2"Drop-In. Section#5 Grooved Fittings: • Victaulic FireLock Couplings • Victaulic FireLock Fittings • Victaulic Reducer Couplings • Victaulic Mechanical Tee • AnvilStar Reducing Coupling • AnvilStar Clamp-T, Standard T, Short Pattern T • AnvilStar Elbow • AnvilStar Rigidlite Coupling • AnvilStar Reducer Coupling Section#6 Welded Fittings: • Island Fitting Fabricated Crosses and Tees • Island Fitting Type 40& 10 Weld Outlet • Island Fitting MT-40 Female Threaded Welding Branch Connection 81 Keyland Court * Bohemia, NY 11716 TEL: 631.472.4500 0 FAX: 631.472.6800 T 1 � l sCand Fire Sprinkler, Inc. Section#7—Material Safety and Data Sheets: Section 48 FCVA: • Reliable Model CR Commercial Riser • Victaulic Series 705W Firelock Butterfly Valve Section#9 Dry Pipe Valve: • Reliable Model D Dry Pipe Valve Section#10 Pre-Action: • Reliable Single Interlock Electric Release Pre-Action System 81 Keyland Court a Bohemia, NY 11716 TEL.: 631.472.4500 0 FAX. 631.472.6800 Secdon 41 —Sprinkler Heads. • Reliable Model Q4A QR Concealed Automatic Sprinkler BS&A#587-7S•SA • Reliable Model Fl FR QRupright Automatic Sprinkler BS&A#587.75-SA Submitted by: Island Fire Sprinkler.Inc. PH: (631)472-4500 81 Keyland Court FX: (631)472-6800 Bohemia,NY 11716 i I I 11 , . - . . R � • / t � � � �. � - . ■ o t� b -�t 1z�"r, , t�'��ar tv�;� lst r7-a t..s vc,�a cam?'. ' 1 1 n�`"� � r t s� �.: c � Tt_ � t '�e Ir ---- 1 �""1 � � t 1 [Y Ni I it • • �' _ ' - � •,: - - t - s �� • . :� � � 1 .■ `�� � i � �Fi .{ z ;� - �^',::rt ,tom: Is � � �- � ■ r-\ a 3 _ ��T�h• �- � " � L si Y. 1 i• I 1 1 5 1 �Hw _ ~� M_:!a .•' .N f fw F • �...• - •!-. • ! •r a 1 yYMy�L � i4:�1��{ 7itS gC:ai=r:'.ic: • ■C , � � Ir :111 � : � /• �: 1 1 i • I • _ _ _ : Ir1 � 1 • 1` 1• : :1 � . 1 // •/ • � _II.V •• • I Ate. 1 �1 : `V 1 .� .1 • 1 •:n 1 : •A �~ :"iv _- •• :. •.'� �ti 1 I.1 I• : 1 I' :`NKI I . �I � I - . •cw - o. • • 1 - : I r . C . 1.�' 1 10 1• r"Fv'+Q' r 1.1G 1} 111 ? / .. • 1 '.\ 0 1 �-. - ^1 .• a .. • 4 . ./ ' f • 1- - .• , 1 • 1 � . • 1 1 Instailation Orderjng Informdtion Do not IrtsW the G4A Concealer' in ealings wtuch have i.Sprinkler Model positive pressure In to s.We above: 2 Nominal Orifice - CutaV,inch(67mm)diarmer hole igcutin theceingthe 3.Nat Cover Plate sp&kkiseasVi>stalIed Withthe Model G4Wrench.The Assemblyrfnish wrench hes drnre t W*h Insert Into the cup slots 4.InletTl+pe When irstat.g a sp thewrertdt is last into the spprifler/app assernl*-until the wrench to engage t,l the rLive slots m the top of the oup• (there are twu sets of Cover Plate Finishes drive sbts in the alp). The sp�Wer is#w ightened Into theStandard Finishes Pip?{ ' WhenhseNrtgorrernovirx�thewrencttfrom . thea cclwp N,t�resttoddbeiakento Bronze d to the s DO NOT WRe cH ON AN1' . Chrana OTH PART t� SPRINKLERICUP ASSEMBLY. White Paint Model G4 Sprinkler Install the coverplate Martel the•�in the Sperlal licatfon Wrench g. A protecM ispp prov!de�tfDsrp dropdcAqthe . er Finishes p dellso�Qrfran damage which cold ooaP dudtlg co1s61x tlm B�Ill Brass; UL Listing Category before the over plate Is Installed. Thece�is facptory kshdlled Black Pt Hit Sprinklers,Automatic and Inside the Vdnlder cup.R&Tom cap to f WI wen ttm Black ON 9 Open reinstall cap will Hte carer plate is hstatied. Off White QUick RespaueSprinkler MSintenanca Satin Chrome UL Guide Number The Model G4A Concealer'sitoUd beitq>Ested quarterN "oo�r9�anae<a«t as VNIV and ftte 96rh'Mer system mairttalned in flan se vfrtNFPA 0n6 25• Dorddsanspddlerawihampandwas,�Tr�au a ry other der Suds, Rerlw a arty s Muter tmt txis bin Tem nature Rating sainted(odwthan facbayapplIed) a �anyM..,A spare Vniders shodd be rrdnWned to alba quktkchssmcaticn sprinkle't cover Abxkaem �o�{{ darrtged or op6raied sprinklers. Pfior to 'Fyfe T**installatTort, spdnWers should be hWntalrted in the aLclinal o dura y tcyfi4� . 135°asr c tW'rpCC Gamonts and i to rrlrttl h the potential for die to spdrfderatl?attiw3 causevnpropsroperatbna>anapeaHon• �rdeay 21zr/too•c ts6°q�4c tserh7c Technical Data 3prtnkler(nlet Total Nomlrrel ' NominalKFador Thread Approvals neka5ai6 M uEtment oMice 116 Mdrlc W. Veirismo 5.6 1 80 1 f4' t I t A I FS415 NO AcIliAtabIA Wfummi I volmmlso KINPURfAl 114 115413 fl 1f�r ismm i" 2.9 40. Rlfi 4 R541f de Y' 36rrvn fY 6.6 . .et 1'fWfMeko Female 4 PS41e Adiudebb iw 36rnn s0 i'Wr rFemele 1 1Le413 dd'ustxbie ill' 3&rEn ,1 2.6 SO 1' eOrFe efe 1 12 , r TI r�t�r { t d�1`3e i r r�+dam I �ii7i j;•ii• I • wo. +'� •T�iaw � '.wr7 F19.1 - W NPT Non-Adjustable inlet• Rg.2-i°NPT M21e-Adjustable Inlet Fg.3- 1"NPTFernale-AdkAtBbfelnlet 'tire equtrxnentprraaMedhtlishrdetlnls oteir�4xlkdhecaoed.ncenihthe ldestpr3dshed9eMrdsdEle Nv'areirrreMotectlgiAsfcOe�r�nyMu6wl esearctt Coi}nratla�cr Wurdmlrlargmtrettais eid Elm xih lt�pa�stau atgovevnmentel CodesMad4cer�ces ubmewseppticatte. I and izUef m&-ca*a nUixfielleLleba hb Uped&c 019xetdpop ImIg em es,EndaretstaJledeldseMcedbytumwtlrgYjpre%led end reputatla spdnlder arrB2cWrs k�,ed evouglaU the lkutEd Sztea,Canedz edraetgn oxhthles. Manufe&hr o4 The fteeable A:domasc SpdnklerCd.,lna .R ��� (6C>O 843-Ml Seles Fa9ces (s00}ad6-t�5t Sees Fait Aeristun Um ir4cen upduedarnev dz- (914)829.2342 Cowate Oftes n. Muni nnk," m IdemelAddress EMFdredm«rA sm F,vm.—%tam Model F1FR Model F1 FR Recessed .eQuick Response Sprinklers • o Model F1 FR Sprinkler Types Standard Upright -Standard Pendent Conventirxlah•. ', Vertical Sidewall. Horizontal Sidewall —HSW 1 Deflector Model F1FR Recessed Sprinkler Types Recessed Pendent ' WCJN PWGd Recessed Horizontal Sidewall —HSW 1 Deflector. F LlAngs&Approvals 1.Listed by Underwriters, Laborataies,Inp.(UL) 2 Listed byUnderwtitem'LaboratodesofCanada(ULC) 3.CerV d by FMq�provals - 4.Loss Prevention Council(LPC,UK) 5.NYC BW No.567-75,SA 6.Meets MILS-MC and MIL-STO 167-1 7.Verband der SchadenversloWer(Vd$,GerrneM) 8.NYC MEA 258-OE LLL Listing Category vertical Sidewall Spridders,A06niatle&Open Quick Response Sprinlder UL Guide Number VNN Patents:US'Patent No.6,374,920 Appiles to Model F1FRVertica1Sidewa9 Sprinklers. . Product Description �1 Defleecctto tl (F FPPWd ) Rdiabletoodels FiFR and FiFii Rgoessedof a quick`respxiseWider awhlchcartlnetla d&fomingtobubblesmallerandsMaera4tlhe6 d standardso-ddawitht*dimcMkwpmteofadeoagm pressure increases.Continued healing fomthakWto SpInIder TheModelsFlfRendF1RBRecessed subma6cspdrldas bout.aggr�thebulb,causirgthe��gqtoshather. urtize a&0 rrm kt�ble glass bulb.These sprinidem have uteetthe discharging water.hewaterway and alowktgihe deiad�rbdistnTr danashated response times in idnatay tests Witch are five toimtirnm.faster tharistandard response sprfnklers.This Application' q-kkmisxinseenables the ModdFiFRand FlFRRecassec! Quick response sprinklers are used inWfre.protec- spdrlc s b appy water k a fire.much bsW than standard tion systems:Wet,Dry,Defuge a Reactiai.Cgs must be spnnlders.dthe same tanperebxerating. exercised that t briliicesbAtemperehreralgddecter 7hegtassbdbomsistsden.acasxat*oor*eledamn siyleandsprirldertype are inaccadamYMtolatest of special W hecmeticaly ae-ded inside a predsey nwiu- published standards of the National Fre RoWon Asso- facti.xed glassy caps*. This glass bulb Is specially con- aahon or the appravktg Authority Heft Ju1`xflotion. shtxAdd'to provide fast Utemiel response.The baenai of Quick response sprinklers are intended for k>stalL*n as parts are trade of brass,copper and losy9rm nickel. sperAed In NFPA 13,FM Global Loss Revelbn Data At normaiternperatures,the glassbulb contains the liuld Sheet 2-6Norotherapplicahlestandards.(Afdtresponse inboth-tie liquid andph2ses.The vaoor•phesecan. sprkldersand standard response sprinldwilotildnotbe be seen as asmallbubbe.Asheat isapplied,the fiquidex intemiaed. The Reliable Automatic Sprinkler Co., Inc. 108 Fairview Park Dtive,Elmsford,New York 10523 Model F1 FR Quick Response Upright,Pendent&Conventional Sprinklers Installation Wrench:Model 0 Sprinkler Wrench KFeelor I _..-Sprinkler• - ---APPrv+a1 r. SptrNldcrldenOmhon _.... W4T .._.. US Blehic Haight Organta6an _ .. ,... NumFrt SSU SSP Jd endPendera(812jDallecknNiadkedbPd4dsPOVm - .05rrm SlandardOrOcevNh FPI' Thread • 6.tY ✓30 22' Y 4 7R36 Zm Fmis %rOxrM e0r7cewah r, NPrtFPA 8.0 415 . 2?' Saran 1 47• - 11 • FMf2 ' 77mm 9rdJ'Q9k�whh -NFqffWMvW A2 80 22. 5&mi t R36dQ • !Ells SmaSQtfica NPr Thread 29 40. 22' - 1 8 (73&21(! ROIY idrrtl OrBJmMFivAGr °thread 42 60 5fmm 4 7 83824 FW4 Chrr�entiaw}4reWJInU 1orPetdenli lm tCrwOrfim)LHmM .Thread 4.280 56rm . FM74 16rtim&andwd wrAv*h .PPT Thread 6.6 80 6Fmm 4.67 fpB75 2r}rarr Orawc awwrmmread 8.0 Yls soon k7 + (O Poi,ea:ar coated uprlghl UL and ULO listed coumlon raslsiant, Upright Pendent . CoIJv4.nfional Model FIrR Quick Response Recessed Pendent Sprinkler installation Wrench:Model GFR1 Sprinlder Wrench Installatipn pati: Nominal Thread KFactor Sprin:der Apprsial(LJ Bprinklarlden88aflon oriflee Size US Nehie Helghl OrgaeQatrons Numharl$SPIi - ' 1 "NPf 5.6 80 22' ` 1.Z3.4,6.7.8 88815 71.0 Mxrw Yr W 5.0 116• 25^(S3rnm 1 B Fi3612 " o1flirl Vmmm 4.2 60 22' Sam? Y 3 - (loan) •&Nprm 26 40 22'W= 188 Mill 10mm w, 42 - 60 1 6&M 4.7 - .H3614 r7J Refer to eacutchean data table raraWavale end dkrm l ns. :11 ou Rsa.ml i ysPr�`a me w aura ' r.4 LT � 1 arra' (i'amrl ' ALT _ a r • f•xN•sa.ar - i I r•xrA•� a.cwf aav + � r I foe a'maw mro C9VEC t i ru m a 09 a FKEa"AWr ro rxtrraaes 1 ra ]iV-+'at �r� ,�,ttrsnET•rn� � •A r0 MGM (f)FFIFA al FI t R'S�rC`IM rAM r� Aft.MLLf A10 aIMVC ()),ern;IDR£SMACefJll Ua�eJa AM.la[Y54m ..aN'V&Y6. 2. I , ✓ Model F11712 Quick Response Vertical Sldewall Sprinkler Installation Wrench,Model D Sprinkler Wrench Installation Position:Upright or Pendent _ Approval Type: Light Hazard Occupancy Installation Data; Nominal ' .Thread KFactor Spdnider Approval SlaElder Ideaficellon orifice Size US Metric Height Organizations number(0) Number(Sill) 3Y Yt NPT(tiF� 6.8 BO 2Y(58mm) 1,23 8,8 RM 15nnn ' WN"( AH) 68 60 22"(senm) 401 ' lei LPC Approval is for Pendent posrdon only. OrientationOeRedorto CelRng Olmsnsion lin-MaY) U l 4•-fY 102mm-Mater Pandeht 6'-12' 152mrn-SMTA Vertic4l Sidewall US Patent No.6,374,920 Model FIR Quick Response.Horizontal Sidewall Sprinkler Deflector;'HSW 1 _ Installation Wrench:Model D Sprinkler Wrench Installation Data: K Factor Approval dApnoowl� Sprfalder Nominal Thread Sprialder Numb c(3111 crlRce she US fdetric Le th Light OMn Num6er(S1Nj 'y(16mrn) Rwr(Q 8.9 1 80 '263°(67rivn) 1,2,$6,8• 12,5.8 F,SGd ' NOTE:UE,ULC and K4EA Llsing peak use with F1 or F2 recessed escutcheon. - rsaFca (1)EKE OF A71Wa m WAV.w.vErmcw. r r/s•wf z 1=5 rte' pr.amfr {�, (nz ) run+*] m Cew rlel. aa r D Cam r•x'r/z•amrr_Ea asr[rav t�� L. s/reVMK1 Horizontal Sidewall r4 ) — Zl- nsnv Caw AM, 400dr SPA4YlR • as�xxr eats --�• AaaRTYENf(I) (r) Rev To E56'67hLE0a C!G TAHE foe AAFROVAeS AMI DX'M M j 3 installation ' Quick response sprinklers are inlenobid for installation as 8o vacuuming. Remove any r Stich has been speciffedfn FFPA 13,FM Global Loss Preventhn DataSheet pa rtlod(otlTer than factay Zvoor darned in any 2-8N Or odwappikable standards. Quickresponse sprin- way.A stock bf spare sprinklers should berntlddined to klers and standard response sprinklers should not be Triter- allow gtadr rreepplacement of damaged oroo�dd spdn- -- _ rnixed. _ Iders. Fnortoinsteiletion,sprinkersshouldbemeintaned The Nb*FIMPaessed'QtddtRespmSpriklersare to' intecd*alcarbns"padragingwdLmdtomfni- be insialed as sham.The Model F1 or f2 Escutdtaccs Mus- m¢e the potential for.damage to sprinkles fiat MAd bated areF�only recessed esadche�to be used A the cause improper opeWion or non-0perafti NbdelFIFRhides.Thetseofanyo9wrecessedescutdr SpdnklerCypas eonvavoidWhanit6& MQddF1fAS�Ls--ftModelDgAn- ' �dardUprlght frier Wi'enoiL Vifikan i`tistz N Model F1 Ru ed Pardentor Standard Pendent SdsWSprirkers.us iMNocWGFRSpriillderVWavh Any Commnllonaf � wrench may darrx�e time slxi•Iders *"WI(V&*al,Horizontal HSWlj prklldershaveorangebub prdectastorr0nize Recessed Pendent blab damage dLft shipping, p artcl Nstalia m.RE- Recessed HorizontalSfdewall.HSWt MOVE THIS PRQTECTKMF AT THE TI 8 lHE SPRIN 4M SYSTEMlSFgAC®INSERVaFQRRREPROTEMM.Rs- Flnis esmP' rtruakofthe pmbctors,)eforatt><stmemayleaveihebLZW- lska< Frnhhft sPrirftm place.FEM PROTECi HS e anze s lder Fsartcheon BY UNDOWG THE CLASP BY WD.D.Do NOT USE TOOLS Chauna Plated chrome Pla ed ' TY) RBv10VETF IE PROTtCTORS w Ike Polyester ",]MMS lePalntad Temperature Ratings s w6on Fink(es 8 Idar - Esrsaeheon C12ss1509on . eel U=Ambiera Bulb BrlghtBrass aright Brass fn •C •p Tamp, color lack P& WackPlated Or e1 '.135 '100f C) Crenge' •&ackPslN BtadtPaFR IrNertnaUhie Bee Iss ' 100;F . ed ON We brf Wma M �l175 tlrats M a70 lf!FPq Gw.oqw Satin CA SetlnChmtAo ugh •Ui 2sa 225°F(iW`Ct els plOtherrWshesenticobrsareava)labieenspeddade. triNot m ilableforrecessedspPoadera. �.Constdthe3acAoryfordeWls. 1=SCUfChean WA Pa4mahIt' broom and broand brass,cNowerWack P) PPPush•orJ m Resoutcltaon. fPP Ch scnC tU SUIN ilirithels 6;3621,R38and UW �,( +623,Fga25. 1y• Note:. For 3s° orifice peand ndant FM approv6d white iz4,e • (SIrePm, corrpolYresistant sprinkle sptefBt to BeIt6 Oruvedl ester• " lt . (3lllmm) v.• yl Ordering Information 143p67,a MklRoom SG' Cmn-vam) Speedy. 1.SpdrWer Modal R L2 Mer Races v 1X(a41mn) 2 Sprinkler Type Ashen' Orifice Size Ttr;atl•alr 1,2 Matte 4.Deflector Tf p,- No eNo Ointenalorml Houre for FP S.Temperature Rating Maintenance 6.SprinklerFinish The Modals FiFR and FiFR l3ecessecF Sprinklers 7.Escutchecn Type 8.Escutcheon Firdsh(where app�cable) shouid be Inspected'quarteriy and the sprinkler system malntained.(n xcordwce vM NFPA 25. Do not clean Note: When Model FlFR Recessed sprirlders are sprfnWers wfth soap end water, arttnorih or any other ordered,the sprinklers and esctdcimm are packaged cleadrOulds. Rernovedust byusingasoftbrushorgen- sepamt* rhe e0pmmerRPresanted In tlYa b�tleenhmhe lnsteticfheaadaneewl4h the hues;pWrartsP.ndaMso(ala NaaarwlRrePrcixdotlwadeEm.Ptskd'MwdPesmd� �orPxaarneaotl�ra¢ntarapanta'.Wm enet elsovdG\Ihe proAaWrud{prmmnlaJ cchs a adln�naswianevereppkahk , hkmsp�rirdd�3c�nGe'a kakd 6ua6ua�ae UrdtedSptespCare�da end�naysate�wsaoyees;uMerehrsikdendseMoadbythemosfhlghyqudtledagrpw. Marturactured by eq ® The ReltableAutomado SpdnWer Co,Inc. • � (€00)01-15x9 spies Qt9ic^s bi (80OWS-MI Sales a (914)629•a7i2 Capadate Orlsm, �11°k"tnn indrdaupdrledamrdtn W%Wjde)a*Uffara Imemat Address ai nt:atnusAsa atawl i i II ; I Section#2—SOrowFitbgs j Ward Class 125 Fittings I I i i i I I i i Submitted by: Island Fire Sp&Aer,ino. 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ZheyaCso - - -_'" _ k� 'r„ ' - cnitfor;rrfaftakd'SiatesFede.at Adianrferiscuter cast faan, - 1 openittus,pertnflfregeasyehtkanccrf =� P, f a aruiprclfenffncfftfahtagafath..ift.t ' fhreac itfandliitcaucitheeadinq_ . -[ - _ C3ec2useaftftRclaseaftanffor Lisa OL irucCe,aprecislacre:#uitnuentkse +� • , , F ae-,abC�fQp[odnc�cnsfingsofruggert _ :Yrettc;;€IiandaHilitgfotnaCc�v�rtighf_ :�� .71 �1�� _ TEMP F Pala 1 1 • me 1751 1 ll i 260 150 ' i 300 140 ,® E�� t 35C 125400 l9li 1 1 1 NOTES; iiBFclia€:AS f. IEF2G cC3sa Q GtFnintun[Fcress'irnr. • 3Fnterafens: ANSl61&1 ature of ANSI 3 t.2C.T for pigs thteaNs i25psig. kT[Ga^�n[a Ratings: AUSVAS;-FE316.t far casE{ron '` coattn3s ASYit CANSit A ta&far gaC¢anfziea - SWUll at 01 ,, , AdaitFonmY Sheri€FCatfOW;:UE,ULC AND FU riGera oppticaOG:_ Fede[af sp_nificatians kv !P S01 i CAST ' IRON STRAIQ'H*r 90 - ELLS r •-• FIGURE 2 1 k _ Odntbr __Outside Thread--- -,TakeOut -_ _... ,.... _... NPS to End Dia.0fBand Ung Dimension i A 9 min DIM I 1 1/4' 0,810 0.930 1 0.320 1 0.435- 218' 0,960 1.120 11 0,360 1 0575 112' 1.120 1,340 1 0,430' 1 0,568 3/4' 1.310 1,080 1 044 0,748 tA- 1 1.500 1.950 0.680 0.8}17/4" ,750 2.390 .0.870 . 11008 2,880 0700 1.2532 0 3.280 0,750 1.500 I 21/2' 2.700 3.8600.820 1.703 3` 3,060 •4;420 0,880 . 2080 31/2' 3,420 5,200 1.030 9- 4- 'CAST 4''CAST IRON REDUCING 90 ° EL.L8 I FIGURE- 22 j j Center Center "Outside Outside Length Long Take Take R J�cq S to End to End. pia,a( Wof o1 ofBod Thread Thread D1 X Z ei(mtn) Mnt) 01(min) D2(tnW 8' 1,120 1.120 1.340 4240 0.430 0.380 0.746 Q6202` 1,200 1,220 1.630 1 0 0500 0.480 0700 OM 3' 1, 1,220 1.634' 340 6.600 0.380 0825 0660 1.370 , 1.450 1.950 •1.830 0.680 0500 0; OB 0.762-1260 T 1.380 1950 1.040 0. 4430 0.760 0:872' 1,680 1.870 . 2390• Y,980 •0.670 0,580 0,893 0,892/4" 1,480 1.620 , 2.390 ,1.690 0.870 g6D0 0.888 •0,933112' 340 1 1,690 1 2.390 1.840 .1 0.670 1 0,430 10.840 1 b 80 2.680 2.390 0;700 .1 OB70 11.138 1 1,123 Y1/2x1" 1.660 1,800 2.680 . 1.960 0.700 -1 OSSO 10.983 1 1.116 , 11/2X8(4' 1.520 1.760 2.680 • 1,630 0,700 1 0,600 0.958 1.068 11/2x112` 1.620 1 1,750 2,680 1.880. '0,700 1 0,430 1.020 1,063 2x11/2` 2.020 .'2.160 3.280 '2.880 0.764 0,700 1.333 1,410 2 X 1/4" 1.900 1 2.100 3380 . 2.890 ' 8.760 1 -0.670 1.21311,3150 2 x 1" 1.730 1 2,020 3280 1.960 0,760 0680 .1.043 11,270, 2 X W4' 1.600 1 1,970 3,200 1.630 0.780 1 0,500 1.18 I 1.720 j 2 x 1 7400 1 1.97.0 , 3.280 1.6%, 1 0.760 1 0.430 1:100 I 1220 212x2" 2.390 2,&00, 9,880 3280 '0,920 '0,750 1.840 7.668 2112 x 1 1/2" 2.180 1 2.310' 1 8,860 ' 2.680 1 13,920 1 0.700 1,473 11,6781 2 1/2 1 7 2,0401 2.460 1 3,680 2398 1 0.920 1 8,870 1.859 1 1,813 21(2 X 1" 1.070 1 2.370 1 3.860 1 1:950 0.920 1 0.580 11.183 1 1,433 21 2 x3/48 , 1.870 1 2.370 8.860 1 1.950 1 OD20 1 0300 11.308 •1.433 3 X2 1/2" PA00 12.990 1 4.620 1 3,880•1-0.980 1 0 020, 1.893 11.000 3x2" 2,620 1 2,890 •4.620 1 3.280 1 x,980 0.750 . 1.770 -1,090 1 3 x 1 112' 2.520 1 2890, 1 4.620 1 3.280 1 0.980 1 0.700 11.633 11.60 3 Al 114" 2.170 r 2.740 1 4.620 1 2380 1 0.980'1 0.674 11.483 11.7401 3x1` 2,170 2.740 4.820 1 2.390 1 0.900 1 0580 11.483 11.7401 a 3 1/2 X 3' 3.420 3.420 5.200 5,200 1 1,030 1 0.980 2,420' 2,358 4 x 3 1/2' 3.540 3,690 5.790 ' 5.200 1 1.060 1.030 22476 2.565 i 4 x 3" 3.300 3.600 5.790 • 1.820 1.090 0.980 2,300 12,475 4 x 2 V_, 2 3.600 6,790 4.620 1.080 0.920 2.363 2476 4x2" 2.740 H. ,5790 .3.280 1,080 0.760 1.990 2,285• 4 X 1 112' ,2,740 3,410 5,790 1 3.280 1 1.1080 0.700 2053 2.266 j i j CAST IRON 450 • E•LI., 8 FIGURE •23 W11680280 r to Outside Dh Lenglh of Take Out adBand Thrid0 in C rrdn0• 1.340 0,490 0,9800 .030 0.500 •• 0,4180 1.860 0.6800 2,390 0.6700 i `2880 0.700 3200 0.760 0.930 2 172` 1.860 3.880 0,920 1101 A 3" 2170 820 0,080 1,170 .0 31/2' 2890 6,200 1.030 1.320 4` I 2810 1 5.790 1 1.080 IA66 i I CAST 1Fi0 STRAIGHT TEES FIGURE 24 Center Outsi Thread Take NPS to End .DIC,91 Eland Length Out Dim A' 9 mkt D Mfn eta. 0,980 1.120 1 0.360 10.675 1 1.1 • 1. 1 0.4301 0.820 y ` 1,31 1.¢30 0,500 0.740 I 1' 1,600 1.850 0.580 0,813 1.114" 1.760 "DO 0.670 '1.065 i 1M" 1.940 2.680 0.700 1.269 24 2260 32 0.750 1,600 2 172" 2.700 S8$0 0.020 1,783 3 8.0 4.820 0.880 2 0 4' ••3,730 5.700 1.080 2.066 I ' f r i l I j 1 32 + ! 1 CAST IRON . RIADUOING- ,t.I ' S'1 { I . ...FIGU.RE,..25 .... D2 _ .r A2 + I• ® c B3 Al } ,r Center Center, Conic Oulvlde •06191da Wslds TWzd Thread Weed Take Take T e NPS To End TO FA Ta End 171x. Dla. 018, Ler(Oth Length Length Oat Cut 010 H dOnotes Heel E6 of Band efBand of Bend Al A A 9 81 min B mi 8.014)' D1 D m6 1 x-1/2x3/8 •1.120 1.120 1.120 Y 1.040 '1 ' CAW 1 0.480 1 0.880 1 0820 0.020 10,7451 1 x3/8 x1/2 1.120-1 1.1W I 1.120 1, 1.840 1 .1.60 1 1,S40L 1 0.4$0 1 0.350 1 0,430 1 2590 14746 10.6901 1/2x3/BX9/a 1120 f '1.120 1 1.120 I-i.mLOW " 0 0. 960 OM 4746 06745 9/8 x wa x l i.120 1.120 1.120 1.340 '1 I" V 06950 I 0.360 1 6.40, 0346 0,145 10.620 �. 314 x 8/0 i 1,200 I 5.220 1 1.220 1.890 1 1.600 1 1340 I 0,800 11 -0 OA90 I ON 0.838 10.720 374xSWx 1.200-1 1:200 1 1.220 1 1.830 1 I.WO 1 1240 1 0,600 1 0,500 1 Q3W 10.0 0.898 0,845 Ik 314xV2x414 1.30 I 1,310 I 1,810 1 1.630 1 1.690 I imo ' 0.600 Avo I Omo IQ 0810 .0.7 3/4xlfax1 1.200 1 1,120 1,220 1 1,890 1-S40- L1.6401 0500 0.4300.46D I 06638 MWO •0.72 1f2x1/2x8/4 1.870 I 1sio 1810 1,850. 1.690 .830 '0.480 W 0910 NO 0.7 . S XY x314 1570 1370 1.450 1.950 1• - 1830 0.680 0.580 06900 0.769 1 x 1 2112 Im ,260 1.950 1.850 I. f4m I IAN I '0.680 0.580 DAM 0579 0873 0:850 1 x 1x378 1260 1250 1.360 1.960 1,960 I540 0 -0Afi0 0978 0879 0,986 Iro 1.880' 1,500 I I1.340• ,96'0 • .0.680 0.360 06680 •OB 8 0,�5• 0513 1 X84 1. 1500 1.1,450 1.500,1.1.$50 1 IAW I MW I 0380 1, 0500 I 0.580 1 08 8 0898I F.01-10 1 9/4x914I I S'$70 r 1.810 4.4s0.I doo I 15k30 SmQ -5.680 0.500• 052 08&9 4A 0588 X 4 X if2I I 1.260 I 1260 I 1.960' 1 1.960 1 1.96D I 1m I 0.960 I OjsOO I 0,480 0.579 am I 0.980 x xY1 1 1.600.. 1.880 I 1.500 I 1.960 1 1.940 1 1060 1 O.6W0 1 0.480 1 0.380 06919 06990 OAi9 x1/2x9/4III 1370 1. 1ASO t 1.850 1 ISM JAW I O.W 1 0,430 0500. .0589 0810 0898 _ 1 x 112 x i/2I I 1.250- 1 12o I imd f 1.060.1 1.940 ' 1.840 1..0.680 .I O.4W' `tL490 .0573 0920 4860 _ 1x114x1 I I..1.600 .1250 t '1:600 I 1:Fw0 1. 0.990 1950 I 0560 I 0.920 0580 0519 0925 0513 9/4 1 1 1.500 1A50 I 1.500 1 1.950 1 1.530. . 1.960 I 0.500 I 0500 ', 0.660 0.932 0.�8 0.853 4x1 xi I 1.500 11 xi / x1 I,I$W IN*-H*I 2990 1 220 1960 1 0.6/0 1 0.870 am am OA93 m I !; 1 '1/4x 114x2/4 1 1.450 S.A50 I 1.620 890 1 2.990 1.00 0.670 1 0.670 QWO '0.789 0.789 1458 1 4x1 V4x1/2 1.340 f 94O -11-60. 1 2900 I 2M •1340 '0.670' 1 0,M 0.430 •0.0 06988 1.080 11 X i X11/4 1.750 1.670 1.760 1 2890 1, 1,950 • 2:390 0.670 1 0.580 0.670 1 5.093 0999 1.083 1/4 x i x 1 1680 100 1.470 2.M 1 1.950 I.ow am I 0.680 0.880 10.803 8 0.988 1/ x1 x014 .450 1.870 1.629 1289004.. 0 1950 S.Wa 670 0 • 0.600.. 0.783 0M 1.050 1 114 x 1 '112 5.5.10 1,260 1.6300 1,950 .940 8.670 •0,880 -0.490 OAS .030 •1 1/4 x 814X 1 V4 1.760 1.023 1.7500 . 1.890 2850' 0.670 0 0.970 1.093 1858 1083 11/4X9/4 k1 1 1.450 1,8700 .686 1.950 0.670 0.500 0,6911 b.889 QB99 06083 ' 11/4.X+3/4x814 JAW •1310 1',820o 1.Aeo 1.630 0• - •0.500 0.600 AM 0.748 1468 11/4x974x1f2 1.450 1310 1.620 1.830 '1590 0,670 0,500 O490 0789 06749 1,120 ' I 1'1/4xi12x1114 1.760 1530 1.760 1240 2.390 0.870 0.430 0.670 To .030 .1599 1 1/4'x 1/2 x 1 1.760 1,690 1.760 1540 2.980 0.870 • 0.430 0500 01.063 1.030 1.069 11/4x119x SS60 1A.% 1.4501x840 1.120 0,870 OA30 0360 0,853 MM 4975 1 114 x V2x1/2 .1.340• 1.120 1.530 1240 1340 . 0,670 0. 0.430- 0,65,9 1,630 -1114 x,612X3/4 1.460• 1510• 1.620 1590 1.090 0270 1.0,490 0500 11.789 Wit 1.058 1 1!4 x f/4 x 1 114 H 1,790 5,890 1160 0,930 2699 0570• 0.0 4870 1.003 1•-195 1.069 11/4.xIla x1.114 1,750 1.590 1.750 0.810 2390 0.870 0.320• 5.670 t.Op 1290 1863 1 x 1 x 1 f/4 4.750 1.620 1.750 1.990 2.990 asm 0.681 ORO 1.aa 0. 1,069 1 x W4 x 1 V4 172 1.620 1,760 2X90 1.930 2590 am 0.500 . 0.670 • •1.069 too 1.063 I.x 112 x 11/4 1.7SO 1.630 1,7E0 2990 5.340 1 2890 .1 0.660 1 0,430 1 0570 1.069 1,090 ,686E 11 x 1 if2 xi 1.470 1,820 1. 0,700 1 0.670 1.139 1.199 1.193 1 -1/2 x 1 if2x 1 1.650• 1.650 1,800 2690 2680 . 1.850 0.700 0.700 0.660 0983 8963 1.119 1112 x11/2 x*14 1620 1.520 1.780 2690 2,660 1, 0.700 0.700 0.600 0.893 0&93 1.189 1 112 x 1112 x 172 1.410 1.410 1.660 2880 2.680 1.340 0.700 11.700 OM �0.723 AM 1,160 1 1/2 x 1 112 x 378 1-410 5.410 1.060 2680 2680 1.940 0.700 0,700 - 0,060 0.723 06723 '1989 1 i/2xf 1/4x1 _ '1.940 I. 1.940 2680 2.390 2.660 0,700 '--0:970 06970 1,253 1,199 1.263 1 1/2 x i 114 x 1 i,sa9 -1.750 1.880 2660 2,990 2. 0 0.700•+ 0.670 0.070 1,133 1569 1,1069 3s CAST 113 ON' F56DU61•NG TEI✓S'.' Aml ' 32----1 FIQ-U.RE-25 a oz 03. i.. J D1 OonlerNP8 Canter CFrnter to a Ouu kl e To End To End To£nd Pk OlaDIL f 7 �. H denalea Haat GH ofBand 6f Band Of 3S" Isr4f� •001 1W 70u�1 ' 1 x1 /d )•' A A2 A9 Birnln • B •9 ml0 01 p 0 min � • t i/2X 1 X3/4 1' f•B6D 1.600 •2 2390 7 . a .070 0.680 0968 0. •1.}13 ' y .f 7 2 2960 'Le3o 0, 0, 7 0.600 0.389 0. 1,199 1 X 12 A 0 1.9.40• 1,860 2 0 1.340 0. 070 0,430 0.723 0,669 1 1 fd k i x 11� 1, 0 7,880 1.Ed0 2 1.960 2680 0.700- 0 0 .7 .269 ,119 ) t Isco • 7� • z ase0 a o os 1339 . T9 t X t x 7 000 2680 t9 i 1/2X t X Y72 , .410 ,3 0 .680' 2680 0$80 0 0 3 i 2•XR+4 X 1 k 1.940 .730 040 SPA x.690 2 0 0.700 . : 0. ,728 639 1,160 J2X$+ x 1 ,940. 1.7b0 .940 . E684' 7.690 .2680 p,� Ob00 0,7 7, •1. 80 1 . !2x2!4-x) ,g50 700 0.670 1' .139 1 .600 2680 i9� 1.850 0. 00 0300 0,68p 0 ).119 ' ' Y112X3/4xY '� 1.600 Y 2680 1.630 1.830 700 0,600 0,600• 0 '1.b26 12 1.800 &890• ..1.830 ia90 00 0;8W .0.490 1248 i Y t/2 X 12 X 1 i/4 1 0 7.860. ,840 2 1.940 2� '4 •0.430 .0. i9 I 4.940 .6E0 1 1.2 'f253 X3/4 . 2E� . 840 .2880 .3, DA80• 4670 •1 80 x.253 . 1/2X112 I/2 • 23 1:3 7 2 1.690 1��0 0. 0 0.500 0.838• ' 1 1/4•X Y d X i t!2 .8 1,976 1.500 IJW 2890 •1.890 1.890 0.700 0.480 0.430 O.B98 0,873 ,806 - - / x7x 1,940 1.8&] .950 ZpgO t 22 4670 4970 0.700 268 1.rB3 I 1 11d x dx 1 1/2 1,9d � a8 0.680 0.700 1 ,1 8 Y 1 x 1/E X Y 12 1•� i.750 .x.940 2, 1'.636 • '2 0 '4800 0.700 1255• .188 1259 F 2x2XT Y/2 1.Seq 1 2690 1$q0 2,660' 0.67+0 0 . '2020' 2 2160 .280 9280 25 0,700 1.269 ' 279 1268 2x2 X t Y/ 1,000' 1.000 2100 280. a= 2.9� a 0,760• 0,700 '1,27 473. ' 2x2x1• y� 0.7 0.730 2 X 2•X 1I2 1.970 4200UW1.630 0.980 1 :dao •i: 1.880 a7 0,760•. 9,696 D r4os t xi 1/2X2 8.280 3,280 1,&6 ' 0,760 0.7 O.4A 0X40 0.750 1 0 r 2X 1 P2 k Y 1/2 2260 1� 2250• '5'280 � 3•'� "- R760 0. 0760 1. 1A73 1,600 2x i irxx Y f/4 940 2)60 280 288Q 2 47 0. 00 0.700 1 2xi 7/2X1 2'020' r.040 2760• 3,280 2680 760 .700 •D,670 1,270 1363 tA19 2x1 i/2X 4 4,7A0 1.650 2020' 9.280 26im 1.850 47 0.700 0,870 0, 988 1.339 2 x 72 X Y,600. iS20 ,9 0,28 21030 1. 0.750 0,700 0.600 0.850 0 A68 2x1 /4x2 tA94' 1A10 f. 9. 2880. 1540 0.750 a. OA90 x.740 0. )280 114 2020 2' 2100 2860 3 9260 '0760 0.870 0, •T 0 1,419 � 79 � 2166 8380 .2.660 2880 0.750 a 4700 1, 0 2 1 2 III X1 •1,900' ,790 .21 3.280 . 2980 2.890 0.750 0.670 0. 1.760 1.989 1.413 2X 1 i/d X 1R 1'200 1,780 .2100 3380 2,980 0.760 0,670 OS@0 1. SO ,0� 7.413 ' 2x1 2 1'490 1.410 0 3.280 860 1,840 4750 0.670 .490 0,740 0,723 1.980 2x1x.17/2 2250' 2020 2 3.280 7950 •8280 0.760 0, 0.730 '1.890 1499 1..°00 2X Y k 1 7 4 2.250 2020 3.260 9280 1950 0280 0.760 OS80 0.700 1.fiW 1.831 1,5'0 zx r x'1 1,960 iasD o0 4260 23m z.3so 0.766, ' 0sa9 o,s r.7ao 1940 2.020. 929 T,eSo 1 o.7so oleo 0,580 seo i xsi r 4 - 1. 1940 2020 3,X80 . 1.950 Y,950 j 2x3l4X2 2350 1970 2250 + 0,750 OS80 0,500 0,980 ,7, 1A68 2X 4X 7 1/2 H 2250 1.970 2?58' a�0 1.630 3.480 0. Odi)0 •0,769 1500 1bD0 2x3r4x t Irk 2?SO 1,070 2250 3280 1,6� 3.280 0.7 O,C00 0.670 .1.540 1.408 ,563 j, 2x 3/4 X i . 7.780 1 n 2020 3.280 1.8.''x1 1950 0.760 O.WO 0.600 0980. f. 1 37 .93,1 1.800 ,661 1.970 3.230 t.p0 1.690 7.x3/ x 1 2 1.600 1.600 1.070 3.260' 1.690 1.690 0,750 0.500 0• 0' 1.098 1A08 2%1/2x2 SCO 9.860. 1.038 1:490 I 2%1!2X11/2 2'250 1'8&1 2,250 3.280 1.640 3280 4750" 0.490,_ 0,7 7.600 1.890' 1,E00 i 2,020 17!x0 2.160 3.280 1.340 2600 0.750 0,430 . 9.700 1.270 1.160 L4I3 34 I 1 a -CAST 1RON - FiEbUQING TEES g PIGUJ=4E. 25 y A DZ �03 I i f i 431 i Center Oeriae OeNer Od1elde OLWde Thread Thread Thread' 1•#e ThM Thke NP$ To 2nd 7o Cnd To 13nd OIL Ole. [719, .t.owh Un003 Lw* Od p1 Oui i ii denotes HOeI F77 of Bmf, o(Band d 82nd ' I At . A2 A9' 01lmh) a ml B3 ot(m>tt mN Dsffflw X 1/4 1.730 1. ' 3280 1,840 2680 0,780 0. 0, '1.270 107 1, t 2xi 374 Y.60a 1.800 1.070 9,E 1.830 1.630 0.780 0.430 0 000 MOO 1 1.406 xY x112 1 1 1.800 1 J.600 1 1970 8.280 1 1.630 .630 1 0.750 I OAW 1 0.4300850 Lto7 1.470 1/2x 1412 X 2 f 1 9,180 19.180 12wo.. 2 0 21680 8280 10.700 0.700 0, J.-M 1.4731 1273 [ 'Y2 x 1114 X 2 1 2260 2100 sm 8. 2.840 82&1 O.IDO 0. 0.760 1 AS .500 ' I 1/2 X x 2 225 20 2260 8 2 •1.980 8280 0,700 0.580 0 lig 931 1.600 1 112 x 2112 x 26 60 2.600 9.880 3.8 9 0 040 0.920 . 0. IASI89 1,850 4 112 x 81 X i U2 9.160 16D U10- 8. 3. .680 am 0.920 0.700 1223 1.423' I. 2 2 x 2112 x 1 114 2.040 2040' 2A50 89 P6H3 2800 ' O92 0.920 0670• 1.103 1,109 739 j f 112 x 2112 x 1 167 4 870 2 0 9 3 .950 •-0.920 0920 0933 0999 AB9 12x21/2x814 " ,870' A 2370 8.860 3913 1.650 0 0.920 '0500 .0,999 1608 i 12 x2112 X 1Y'2 ' i,8 in 1970 ' ,370 8.860 a.8� 1.960 0 0 '0.430 0.939 x939 70 x 2 x2 Y2 : .2700 2800 .lad.1 8.860 3 3.880 I 0.920 0.750 0920. 1. 12,112 X2 R 2 2990 2260' 2.600 .3.860 8284 1 9,200 1 0.920 1 0.750 1 0.750 1353 1500 1660 .412 x 2 12 2590 3.880 3280 3280 0.920 0.760 '0300 .453 .600 1 9 r 12 x 2 xi i 4 049 LM I E . 8.860 8280 1 2380 1 0920 0.7$0- •0.670 109 1 Y 2 Y F.A40 .900 2.450 9660 82s0 8.820 .759 '0580• t.1ro 1.i60' 1786 t 814.• 670 0 • 9860 9.860 1.960 0.750 0580 0.039 1 06' 1,2xgxlt2 14W ioO 12.2808280 6400.990 1 '0. 60 OA80' ♦1698 1.7 1,700 �I. 1 x9' 212 9.7001- 2 '9.860 2.860 8.360 ' 0,920 '0.700 0929' 1.763 1929 1.768 1)2x 12x2. 2990 2.PA 2.600 9660 9.280 4290I= 01760 0750 7353 1. i 2112 1 xi 12 21 •2510 3660 689 21690 0.927 0. • 0.700 JIM 1.259 'Y 2Y2 x 1 12x 12 530 1. 200 sm 3.200 1 1-71 0 0 0 i f2 12 x 1V x2 t2 2.700 2 2700 '8.860 2 8.390 . 0.670 0.820 1769 4.765 1. 2 Y22 700 2700 3660 2 '9960 D 0.670 0780 1.788 .1-M Y x 1 1 2180 1940 '25 0 4860 2880 2680• am, 0.0111 17700. 1221 i m 1.823 21M 11 01/4 1/4 2040 .000 2 3.860 2894 gm opm MM Ova '1.03- 1218 .788 1 21 x1 2.140 220 9,910 3660 2.300 '2894 0.920 0.610 OM AM i828 2 Y2 1 X2f2 2700. 250 2 4700 3660 8.860 0.9 o .0920' .1.733 2 Y2 1 k E . 200 •2450 2. 00 3.880 2990 8.864 09 0580 0• 1.703 1.74 1960 21/2k NO 114 2140 2120 Z410 3.88- 2990 2390 1 am 0580 0 IMSf ins I 2 112 x 11 1.750 2870 8.860 i 1650 0920 0580 . 0 808 1963 1803 2112 x 1 314 1 1940 1.750 2.970 8680 1660• 1.950 0920 0.500 0500 164 I94 1.800 1 4x272 2.700 2a 2700 3660 1.630 3560 DM. 9920 1 1.783 2 1 X 314 x 2 2700 2700 3.860 1.630 3680 4920 0600 . M. 1.789 INS U950 12x3!4%i 1.940 1,79D 2.870 3.380 1960 950 1 020 0500 0,560 1 i.M 1.188 Y. 2 12 x 314x 4 1. .760 2.870 950 1.950 0920 '0500 0 :008 DR 190s 12 X 12x 2112 N 2,700 2.230 27 S.M. 1.570 3.360 0920 OA30 0.920 1.763 1.730 163 . t x 2x2 41 2.700 2500 2.700 3.880 1840 8.OS0 0521 9.430 0,760. 1.783 100 1450 X 2 2112 2600 600 2890. 3280 3.7.80 3,860 0.750 0.750 0920 M 1950 3--in- zM 2603 2.990 3260 3280 3.880 07 0,700 092p 11860 1619 1.469 2.X1114x2M 2700 AJ% 2700 3.860 2390 Slow 0.50 0.670 '.920' 1250 t74 1763 j 2 x 1 X 12 2.700 2350 2700 9.360 2.3£0 3:560 0.750 0980 0.9?0 1954. 174 i.763 2 X 314 x 2 f,2 H 2.700 29.00 2700 3.860 1.[30 3.860 0.780 I0.x00 0920 1.950 1.758 I 1.763 1Y2x1112x21 2.510 2610 2AM 2.[60 2.680 0.700 D,700 0.520 1.823 1229 j' 3 X 9 X 2 V. 21330 2030 2500 4.520 1 4.820 3.860 0.40 0990 0.920 1.890 1,40 059 _ I. X 3 X 2 2.52Q 2.620 2,890 4.820 4.620. 02BO 0.980 0980 0.750 1,520 1520 2140 9 x 8 xi i12 _ 2620 2.520 2,830 4.6w 1 4 220 3,280 0.980 ' 0.980 0.700 11.520 1520 1 2203 X 3 x 1 114 1 1 2170 I 2.170 2740 4.620 4520 2.190 0980 0.680- 0.670 1.170 11.17012-053 CAST IRON P1'Pr% CAPS , 7 4 ' _ .. PIGU_AE_.SC• 111 ide' Overell TNnsd it eter ' Height Length in S 0 r* 1.810 0820 0 1,810 0880 0 2.030' 1.0300 . ` 2220. . 80 (i — —'0 2.3801,180l��J!0 2.83 1280 j r CAST I RON CROSS 101 FIGURE 30A ' Cater _Outside IAVth Metes Takow NPS to Snd Dis.Band of Thread Thk;mess INmenslon j 1 i2° Y260 . . 1340 0.490. O.i600,820 3!4' 1,440 i.sso 0.5m 0.180' 0.840 1' 1.680 1850 . . 0680 0200 1.050' 11/4` 1,840 2380 a,070 0240 1.270 TTA-- 2.1 1-26-M 0.700 0.240 1.430 i 2` 2.800 I 9.280 7780 0.280 1.780 , r I 38 I 4 a 'I Section#3—Pipe: Allied Schedule 10 Pipe T'-8". • Allied Schedule 40 Pipe 1"-2". • Merit Adjustable Drop Nipples • Aegis Adjustable Drop Nipples I l I i i i f ' t i t Submitted by: Island Fire Sprinkler.Inc. PH: (631)472.4500 81 Keyland Court FX: (631)472.6800 Bohemia,NX 11716 i • I chedu'16"l.O*,/ V-bed le'4 LI® p'uRy Listed. and.FM 4pp�roved.Sparin�e�r Pipe ;i i Whenyou specify Schedule I O/Schedule 40 sprinklorpipe you get a TJL 3isted aadFM apprwod produotAllhoUghthesa products da swt xequixe sapatafa approval8,ScbeduTo-iO/Schedule�l0 eves you the extra quality aasuranrdyos dermad. Our Sr2r10(lr 4'�8'�'pipo and Sc1r40(?_Z 2�pipe have Sed th8 samO thorough lab testing as our other listed pipe produots,and receive periodic miff htspecHom from both 11L gad Plvl agents to eimurd co0sistent qualify, MMOMM we No ILD, wt. wL(no F1(4 101 wµla(2P) WW I (2 Sohodale.l0/Scha&Al 40 product can be him :m Lbse'Vly tbMKOn lift lbxlf8 lbz,4 Lba'Xp 7 of dip"galvaatud to meet PM E41 1,680 2.05 70 2,470 2,822 2,940 in 2.5 accordanceWiththe zine coating 1y0 2,270 2:03 51 2,431 2,779 2,894 4t36 11109 1 1,918 Ir 1W 1.610 2.720 3.61 44 2,613 Y.BI2 2,992 40 40,9 4.0 6.97 44 1,140 YM 1,857' Our advameed forrhula mill coating Of- t 2.067 3,&50 &4$ 30 2,300 2,628 2,788 rem a Olean,durable su*O.Itisalas 50 625 6,4 7,89 - X 1,648 Li92 1,242 paint-xoadyfor oustomcolor Applications 2 2409 - 5.790 7.86 ' 19 2,310 Wb $780 withoutapeciai pig ma mon. B5 627 8.6 11.78' 19 1,048 1,197 1,247 The iuterod surface of allblackAllied 7%0&ConduitMre'Spriuk14 pipe MOO , productaup to 4.5000^in diometer is asmiasl LO, wt. X(Ma 1114d) Put W"(211) W"011 MIP ogated wlthoarnawAaubaotttiafT+or• mula,'Mr.Insoie6tiiolaboratory armor lraur Lea7;lltdm LBceFIlg4a lit 1�N0 tb1Xs *KV test,ABSprwmdtohave kgwflorretls• 1' 1.097 1.400 1.81 91 2,676 3p53 8,186. taacetorelcaobialgolOniraticaofpipe 25 279 21 vd 91 1,212 1,885 1,445 walls,thereby delaying orpossiblypre- 1%' 1.442 1.810 2.52 81• 2,819 2,661 ' 2786 yentlag the onset ofbfrarabillogtcally 32 . $6.6 27 9.75 .6f 1,062 1,208 1,252 Iufitte;codcm io:l09C)when.the • 1g• 1.682 2.080 3.04 61 2,684 SM5 3,172 Pitxt9prinkdaSystomis6stinatalled d0 42.7 Rt 4,62 61, L208 1,391 5439 2 •2.157 2.640 422 37 4061 2244 2 59 54.8 9.9 , 6,25 87 930 1,069 1,108 Meets"BuyAmariea p regidremcnt 2ya' 2.636' 3,630 5.89 -50 2,224 MR 21648 audisayailable-&rbnghdietn'butorxbn 65 659 5.8 &77. SO . 009 1,154 L201 the USA,CeandaaOdMquCo, g 9,260 4330 734 19 1,728' 1975 2057 80 82.8 8.4 i LM 19 784 . _ 896 993 4, 4.260 5.610. 14-76 19 2,238 2,558 ;M SahedulelQSchads1a40pipearain 90 1082 8.3 17,63 ,209 _ 19 1,015 1,166 1 compliance with the followm� 5' 5295, 7.77 17M10 1,592 1885 1,943 125 134.6 11.66 2480 i0 740 .846 881 ASTM A435,andNFPA 13,Both pipe s' 6.851 9390 23.03 10 1,951 2,230 2,822 products here a working pressure rating Y50 161.6 13.8 $427 10 865 1,012 1,03 of 300 psi'ma gym and also meet the 8' 9.249 . 16.490 40.15 7 2,424 2,770 2,685 stringeatreq*ementfoi.thafollowing 200 209.5 24.5 59.75 7 1,100 f,256 1,809 tests: `Welded Outlets FM • $ydcostatio pressure Usted Approved LM Sida WallAupture Vihrxtiou•Test / 16 log&Lathrop•Harvey,1L60426. Custdmer5e tka; g0r7df1mvConvol n �llied 11860ka mRd•Phlladelphla,'PAIN5d (0�) B3 ' / tusasrxxtoum 2529 A'.27th Ave.•Phoenix,AZ 85009 Fox 708UMS06 55-3 N • __ �IirnErtator. _ _ '_ _ _ ..' .. 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' OeQel Mj oohd01 Aapsmpnr dam d 6f ma. j X SQ A17A8Q 0 la as la am A tura .4.a dI M1.15q' 59f16Q I r1'FaoeN 4.126 5.125 I1.00 0531 100 i NIPU • ax a+A s r Y .a dal 25 rag M8.i80 5831bq • 1'fAal! h'Femals 6.125 0.125 3,00 0.891 1R5 f 6611 harts(fab t ' rmah 556 401.1 y ME8.150' 543180 o'Male • ,/t'Femb 7.878 10.875 9,00 0.591 1� I 661 a6k Ts Ypie 7112' 78 1 a Ok Fi.i60 501150 1'F90h • WFelmle 3.500 450Q 1.00 0.025 810 e1115e a rBaaAM i 88.9 tr.LR 458 !ag 7 F2.150- 502150 1'Arme Famah 4.500 5500 too 0.825 110 S121M taeaaf •• ndaa amt• f1[3 131 . .d,d 39 arf t F3,160 503150 1'flrnafe 'knnJe 5.800 8.500 9.00 0591 115 i 0 dura A ow !8R Rrb1 F3.175 50317,5 1MIN '"we 7.950 10,350 3.00 q,825 t,p ' 5181 RSma 13741 18,7 2679 7aR 159 Aa ', "Spadai Crier Length 7oleraeee a yr' s 1 Eliminator I NF«aehwatanddryppea sfapdkmryslemlWWOkidow6trz70damlL Adustabl9Dro Ni cow slaxterdsorwees.(sea O 1 p ppW p Rj ad=&MmglwJoddmaRrgspr)'ddhmmrasllaeamoldie go p�,00wlft . rnarbgdfet/dr/*w aakhddlal lF traeav&*ra be hmmdadba fe mk f Naewn(4Ferba heals we darv&dnm apdide*OAU&wel tm WKI aiP llwed 'I ImmOvae pJ mmu(iJlkel�tiaddr�dBiN1(31Lak heeds rl CasYe'J,tlpaRMde+ statSiwmd tis dw�'nrY�tleQmWA Mo aJ bfee weeds here3gN. 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F .fa CaawdhA*Mi"Orap Nlpp'e as mma r.TpambyararrNnganfw G"GTgb.--./ 4 Glfat'RIfDDFA baracebmeAdpwabk OrWtappbar�Msym 'ME SPR4W5A fla me dmkg has pees MV�W7adlma sptlde(m de srel VAWA by wre9wapd+• mawrEi�lam rasgrpb Ba esadclpn Item m4xMWim4Pedmtq b b recdrarardrd melNgsam presses ba it*wsvisnaQrafcg,tpwavrgbmnsmeemaybdmdnta s s s s a aymars 7)GENENALUEgCFfIPTION . . eiwYaiPlFe Na$l3ntddrAqusbl>fa(MrQ}Hms�ass Nddeh Mord•Pwefw samebpa omsbn'9dart ' neer as 4Mhasam{phe4r,erlSbYmabakrat fused on ea til ad r tvar CM Wftms cow iQ*idw(%I a afm4areskAA7 N.P.T..TM5wurezcaaa 17a beer CMdodge"$46 0444t OWhw&OWVia rage dhs 40ftM1 b1aR6mtnelaA4sdahls0,V1ppba'arede*WfxwehwbaedcIMISM eyII&M wx ' kwMedIn1=**iavAdlappS, *elenm sdi&areada,fae*W4} (BMIH ttw ppuDmmppeeaseedf>Esealtgsbmcar kr mq tiefs�tiaiddmp drepml�pi baMeama hra+YtsMsada pasdant rgr(tNerh�dm'kwkgfepaedta reKul tweds4g dtcpdppbm !!�„ artlermAkptmisiomsaSaal,AfagEpamaar/�fa66fkdptfpplesddnslRQdeami' ' seordarybrmg mtawlg6wf a�epQaanlatlmryr8f ndl wad as a raW dmmeenaa a pressed mtgesh f»rysam 4'fYYk4T6E� f 2)APPROYALSANf]3TANUARAS � cA�9r�nFa�lxt��t, h6�(o Drop��tp�mBsledkyia iladenpAaslsxrelmka�t� � gpravridb}nwPxmryNsadlfmsaadmCampaetloiQ?¢ lien LLvLa19M mA NT aAvlahb '. and6¢itFmtmadad(BSF•�flsSA)erdvehaxl2er�are.V,(Yds} �i t'fIPL OR ISO I'M ORM 3)TFC HNIOALDATA ffALR MM MIAUT D 61edArguswNeDropbPPkTuasabdbreeaelawatmmempaatemd°bt'Rmdamd• RMa �k I—' rmmmaandapeaame dsCQpsL bkk5massWsadmfw"ard4lPomRs;mta exprasaadh eptrzkrd r . knDmddla(1)ledh,ad+edide4ftppe�ylwbh.12gi1'br!('outlelNaii'Y.f6'kt'A' I 1 asDallodaly i2"rhrfFi�,i9'CCtP1,1s1atF9,if:0•endZR WF9. L I , Mt:tfe (hAt50k%a'ad MAI*Fl�fEO,�,F3.175adl�pka.im r.te, �, 1}se kdar end w&t nveeh exnMraw ANSI R1.E0.1/1t�•7WRC. � 1ta OFdtg aadsused h to Mufabae as"a161aw pmpAere Onto*WoKue 1 r -ft and hwcitgs eve amstasbeed harm NO stegmcartm seed, Lf 0TH i Lou 10Wgnerdl. end'F'As9asebie OfWNippks.e hydrmmkelYka'rd Or OAg hreprypda I i . 1 a 4)WARNING A*e*ls Drop Npplesdes"heads mwt be t WvalMd fiW k MTM=Vith I r f>kd^amiedes aatl as me tpp✓laFb der&rds d ee Nakidh fW PWx5mAwckkm h xdGWrsp lw sbmsdards kraay cW whet as havbg pthddm.DO WUSE AW I PETfiOI.EUN MI)LfISRICA&SON IM O(UNG REALS Ratdam based lsa'eMM are .t wit FPOM end-Aj-.f reaMduWdms wN. I' i 5i'NPr, TI ��a#'Ip7 FEUALETIfRD l! flxUlE7Hi0 CURL-T-.—.- OUIlEi j Fh PM4=e Mid. • i i ey i AR .Lh .1 r I I j �1.,.,,, rj I f♦ ,� h2r�uM1-'4 a �f +�9C �w� P 1 }P 1 "`i wfl �"� �x� 1 �I � MI y5 '�. ti�l'lT� r..� IM n'- -c y3�-g' •s " i ''1 '�` F"f 4a Nf r J'1 : e1.� ."-� G _,-. �i+ � r -�� iia A'' � ilk" 1 . 1 4 ! j i N j Carting « Brico Swivel Loop gangus 1 Mq EDI 3/V&W1 DrapJa • Vulcan 318"&W C0nt1ull0u8 Rod f , I I I �I i I I i i i i , ill • ii PH; (631)472-4500 Subtfitted by. Island Itiro Sprialcler.Ina. PX: (631)472.6800 81 I�'.eyland Court Bobemia,131`11716 I ' jj I I I r j I I Model #100 , Swivel Loop Han1.ger- Heavy Duty ApPL mtJN:,{rt00 pipe support for stationary piping. Lowest fn-place cost available,Easy adjdstment. NOTE:Meets MSS requiremepts. �`• ck r Pad No. Pipe H CL RS MRI A Max,Recom. FWsh' Size Load Ohs.) I00005,0EG 1 112 2-3/4 1-1/41 318 1 1 13/16 300 M 10000501. ' 112 1 2.3/4 f 1-114 1 3/8 1 1 13/16 300 FL 10000756E 314 1 3.1116 1.7116 1 318 1 1 1 15/16 1 300 • EG 000 ' 1075FL 4 1 3-1116 1 1.7/16 1 •318 1 1 1 15/16 300 fL 1000160EG 1 1 3-5116 1 19/16 1 3/8 1 . 1 f 15/16 300 E6 E 1000100FL 1 3 5/16 1.9116 8 1 15/16 300 fi 1000125EG 1.114 - 3-9M6.1 t/S/8 1 •318 1 1. 13116 300 EG 1000125FL1-1/4 1 3-911 1.518 I 311 I '1 I 13116 300 R 1000150EG 1-1/2 1 3-13116 1 1-3 318 1 1 3116 300 1 E6 - 1000.J5 1-112 1 3-13/16 1-3/4 318 1 1 13/16 1 a00 R 1000200EG• 1 2 1 4-114 1 1=15116 1 1 13116 1 300 1 E6 100020dFL 2 4-114.11-15116 1 3/8. 1' 3/16U101FL 1000250EG 2-112 .. ' 5-5/8 '2-05116 112 1-114 1.51161000250F4 2-112 •5-'518; 2-15/16 •1-11 -511fi000300EG 3 6 1/2 Q 1- / 161000300FL 3 6.9116 3.12 112 1- /4 , 1-71161000350E 3-1/2 3-3/4 '1 1-114 1. 1161000350FL 3.1'2 7 3.3/4•' 112 1-114 .1=11116 1060400FL 4 73/4 4.5176 518 1-5116 1-314 10005 OEG - 5 9-118 1 45/16 5/8 1-5116 1.13116 1.100 EG 1000600EIG 6 10-518 1 5-7/8 3/4 1-9/16 A/8 1250 EG 1060800EG , 8 13.118 '7.1116 7/8 1-5/8' 7.=3/8 1250 EG Conforms With:Fed era[Specfflcadon WW-H•17f(Type 10),Manufacturers Standardization Society ANSI/MSS-SP-58(Type 10),install16 accordance with ANSIfMSS-SP•69. i All dimensions are in inches unless otherwise noted. *See page 2 for Ush and.material descriptions.All material is carbon Steel unless otherwlse noted, Phone:800.3334852 Far 800.677-S403 49 Ell/" t7' www.erlco.cant (''�L/jjju�ri.J i HDI &HDIA, Drop-In Anohor 4.3.8 1 4.3:5:4 Installation Instructions _ i.kgusld�tA�uyewiMtercha'xiY 2.&Merd#h* a.OlmML 4.4t�BtlldpfldAWA�adk'+p 6e4�MN8ec9nc+ct9suaax 4d.3e1dGbatokiA�Na xtaafnla0ed, mrelslomp6�nM' tPodahaBle� li 4.3.5"3 Ordering Information t .HDI Anchors ! AWwTmd • carlwn8teel WOM�'SheRemRa D=101aa.' Rat!Na Dam Ra. BUOY '00338425N01Li14 00283608 1101333430 10D '00338428Hd•L3/8838431 50fU 1/2 00390#27 16Ra 112 00263610 1611mi 1{01618338439 26lo3 ' . 25 Satting Tools forliDl&HDI-L Anchors Ard 1 7fand8'u9 _ Descl —5lanuelSet6n .10 Tca1 . G irk' flSfiP29deng ��� 6/8' • 16BT6/BSdshgTod 00039981 8/4 W&f4U**TadAWO 00 02982 F. Stra' Desaiplian-AuMmafic SeOG�Toals�' X1114 'i. 308' fiso•fdNE18' 24.50(08!8"9e ican 43781 1/2 B50ItAlit2"f10C24121/d"Set6n91ad) 00243752 ' i lkefia6lardc9t5A19bdsx8hTEv,TE•BAiE-iS,TE•iBaMIF252er�y.kemmrdAs. ��� i I I u 9 • i - Hot,.rt4un•<�YY♦o-9 -ttribleKw'uxlui«m�•m' �"'�w•'reffi+r�.m�'xu1 aNaMr—d4 Cop- .�f,'40MaII�-'^591CSfL' - j xwvca.Md.can 114MutRoYi�CaN2W6 Y.3 Page I of 2. HOME CONTACT COMPAVYXNr-O , WAREHOUSE/RL•FRESENTATrirFS - PFtonucTs PRODUCTS , bm.Carbbn Steel Threaded Rod l.li: Carbon Steel Hot Dip Galvantzed Domestic- ���u'�� C ALuirred IC Threaded Rod !!���y.{�A ,p Threaded r� Studs +� , c+� -t •carbon Steel ACMEThreaded Rod Cj�atJ� �aJn �`.% �RR�4���f.l 4U �7 0'iE Carbon Steel Left-HarWTt readed Rod carbon Steel Threaded Studs PR. Stainless steel Threaded Rod Vulcan manufactures and Inventories ca on steel threaded studs In a wide Variety of sizes and 1 is Brass Threaded.Rod finishes,Whether plain finish,zinc plated o hot dipped 9alYanlzed, 100 pieces or 10,000 pieces Vulcan Can fill your threaded stud require ants. If Vulcan does not have It in sto b ASTM A193 B7 Threaded Rod state-of-thrart manufacturing fdd11 Vui ck, w.th its tY R can In3t1t faaCttire it to your requirements. - i"1`• ASTM.4193 S7 Threaded Studs h•fi ASTM A449 Threaded Rod _ '. ASTM A242lhreaded Rod 'P ASTM A320 L7"threaded Rod MetrlcThreaded Rod t 1 t- HeX Coupling Nuts ' I+ HeX Cdup flng Nut-Reducers Carbon steel Anchor Bolts-NCkaged • iP6•: Carbon Steel Anchor Bolts-Bulk Standard Plpe.51ze4j-Bolts,Type 137 '$. Future Products - k-a ''^^}•'•^r. _ , VULCAN U1vxSX0NS 5 tndard5lxes _ Threaded St j j Weights per loa PCs. > Vulcan Steel Products 1/4 5/16 3j8 116 lj2 51� 314 7/5 Length btt:,/Wwwvulc.dom/Pmduct lteml990.asn iin'oaII.ea z'tvds.Fatly Trade d Shxds, -Tlicoad Studs Page 2 of 2 • i .991 1.60$ 2.366 1H4:Vulcan Threaded Products 1 U4 1.239 2.010 2:958 4.12.5 Irl! Vulcan Gold Plalshad 1 1/z 1:487 2.412' 3.549 4.950 6.399 10.39 4-P. Vulcan xe;4t7mated 1,314 Y.735 2.814 4.141 5.775 7.466• 12.12 '17.75 • 3s•'t Vulcan Logistics .2 8,983 3.216 4.733 6.500 8.533 13.85 20.28 27.92 EQUZP[dEtYY POR SALE 2 114 2.231 3.618 S. • 7.425 9.599 15.58 '22.82 34.41 2112 2.479 4.020 5.916 8.250 10.66 17.31 25.35 34.90 '45.63 2 314 2.727 4.4ZZ 6.508 9.075 11.73 • 19.04 27.89 38.39 50.19 S* Current Equipment Ust 3 2.947 4.824 7.099 9.900 12.79 20.78 30.42 41.87 54.75 _ 3 1/4 3.222 5.227 7.691 110.72 13.87 22.51 32.96 45.36 59.31- 3 112 3.470 5:629 8.2.83 11.55 14.93 24.74 35.510 48.85 63.88 3 3/4 3.718 6.031 8.874 12.38 16.00 25.97 38.03 52.34 68.44 4 3.966 6.433 9,466 13.20 17.07 27.70 40.57 55.83 73:00 41/4 4.214 ' 6.835 10.05 14.OZ 18.13 29.43 43.10 59.32 77.56 41/2 4.462 7.237 10.64 14.85 19.20 31.16 45.64 62.81 62.13 O wIo Threaded P[vduc"lNC. 4314 4.710 7:639 11.24 15.67 20.27 3Z.89 48.17 66.3() 86.G9 All nshts,oserved. 5 4,956 8.041 11.83 16.50 21.33 34.63 - 5.0.7-1 69.79 91.25 -51/2 5.454 6.845 .13.01 18.15 23.47 38.09 'S5.78 76.77 100.4 6 5.949 9.549 14.20 19.80 25.60 41.55 60.$5 83.75 109.5 _ Manutacturino carbon sbeel threaded rod.(upY tided studs*87 threaded cad,steel acme threaded rel,ASM .nreaded rod.Suss threaded rod,AZ4ZTftresded rod,A193 6x,87 threaded s s_Stocking Statntess steel threaded rad,hw>S upnn4 nuts,anchor boi5 an -Bolts. ' h#t p-ii-YM w.wle.comiPrchduct$Tiern1990.acn i i 4 i I r a 4 I' t p ; Section 95- Grooved� ViotaulicFirel ock Couplings Victauliepire ock Fittings Victaulic Reducer Couplings Victaulic Mechanical Tee 1 AnvilStar Reducing Coupling AnvilStar Clamp-T,Standard T,Short P attem T AuvilStar Elbow AnVAStar Rigidlits Coupling Anvil Star Reducer Coupling 1 i i I ' I i i i i l I I 'I f. i I ry Submitted by: Island Fire Sprinkler, Inc. PH: (631)472-4500 630 Broadway Avenue,Unit 1 FX: (631)472-6800 Holbrook,NY 11741 i FhLoce OdtletT se6mcrrwceusawmataamaaauts I _ . _... ..... _STYLE922 ..__. _ . .... The Sfylt 922 OuBeFT pmklo a to"lent meW of incorporefft%*' end 1719,2Q and26nmoutletsfardire*cOMOOA95*klem'vWdropnfpP ,spdge,Bs ,drains and We otherautatptd'YAWOfar24throv7&1ma>I32 h oM�lmllfyPe dCIM(WI 110try i 922 0011619 ere UU=Late#1.PC,VdsfFM apprared rot systems, When hf*ryA,the assembA The laea6ng colter p gages Hca the Hale prepared in the pipe. l aomprosses theSgaas�kstonto the 00 of the Plea.The Styk9220u6eFT Is UVFM rated up 1 to800pst206Skpq`w an fated up m 16bar atthe wnbwtemperatutestyplA for fire X Protection system - styse 922 Is suitable for use On starrvlard,Adttmil,Sdndula 6 and other speclrfly Pipes!It Is j suppkd aith a dear,rustintdttWO coeur&Contact MIL1110 far Olhar opbol coatings. •Consdt uction 10.01 rorspadfla ionoppmeals: j 1 Hausing:OuWe Iron 00"ag ho'MMA•Mil,8radd 6°96.12 no,&ban omk*to ASTM � AtATERIACSPECIF(CATiONS A96ftrzde6"s36,isimPaMeupon speddfaWd I �. 6rade!E'WRAC-Type A � (Vplat talar code).Flralock Ptoducm have hear t1s�hyUridWwdnrs LaMabHka Mra and I MuMd keseed for wstand dry(d has aN sprpkw w*m.uP to the ' rejudwOOKpj"xauskgtheorede'E'TypaAOaskdsysldn.• j � BaltdNuts�Heat-b'aaladPtladcaiitwraDad.l2ddKadmaet6t69raPIU"�urd6hmlw•'r6W(ra' mend of ASTM A-649�P��rggttrenendaf ASiM A•1R9. . . i I l 1 CONmACTOR ENGINEER ]08VOWNER SubSpec sed Para Submitted ey_,�---- System No, Approved j LOCahm ate Date 1 www.victatRa.cam �Gtaul.id 71 NCfAU1lV lsAn.R1SfEANTaM6\U.4%aFNCLON[[aNPHYY.o?CCfi 1nCUWCfAMPAHf./ll Fxa7Ja0.FP�a.FPoMtl1W RlEiISt 10.52_1 REVD i i 1 1=ireLockO Outlet T • STYLE 922 i uNaerlswrts Y 2 k.!• �',1;? 1W 130 IA ' L10 387 750 19 w ;•• i ^, 30.7 31A 466 179 903 6sA 0.4 13 103 L70 3A7 156 la 3#S •n",},z.. 1'Sss(7Q:�.. IO2 465 7/A 903 6IA 0.0 F• •;lk �r1 �, 174 151• 170 I.M 3A7. 356 i7 • Y, . :.:t i 3OA 35 534 bA 9ai 650 061 I 174. 1.41 ' I95 w 4Aa .L56 11 I '•15'4pT:�' '" •"'' 30.1 •3i7 40 31.0 7034 a3A 060 •'�-,'�'' I' 164 1.40 tAS —1-Y14A6 736 11 t�yi4' y ry•e:e:•• 302 }TA491 ILO 10.6 BU 0.34 4V 7A0 w 4A0 166 .r +i,Rs• s 302 417 50.4 3110 ID18 dSA 174 IA6 2.19 ' 1.46 4A1 134 13 ! 77•I�kl:• +:� 65.0 M1 411 54A 37.1 1168 0y � s91' I L>•'••4y�,�, . . '174 1:64"-'-'.1.79 7M 4A0 7S6 44' i 1O1 412 SV .37.1 116$ 6L0 004 ; • 4 I7L In 154 IM 460 '736 U '8"•+e•.+.� 301 AA 641 37.1 176A 6S0 006• 134 491 2m . 171 5.40 256 to 5� •s; ��'.• 103 I 494 620 49.4 L377 550 Qri rj I7L t89 '2M3.71 SAO 756 16 4�I`f;y;is:i' ,-• M2 48,0 67A 63.4 1372 d50 07d ,IV, 113 7.79 171 137b 117. 150 U 7 j •:?'•:ir:s:e:"�• - 30] 54.1 70.9 dA 65A 07J 7••^*.,p2sI: l74 19I 244 171 S50 7S6 U ! 76�. i''w•. c(t, 362 486 01A 41.1 197 6.50 071 . ••';Y �^•::'� 1& 1A9 LU L7I SSD 756 U II j e •'C'1°614r', e .SUJ 740 •n -110 � tY�utlefatwlSdvezdedpsndsc4s are deslgnedto aOmnUsWctBre tmndard NPfrr ggrf{ I hep(pDUvadsonlµlheofmie'deeidedpnx91mw9hspecplfatur'S,mdsuP��YP�- dmtspdnkkrs�,sltaldbOwARedassWableforlsse4tid7461s71ka49kP�tF:Jurem90Cy 'i i wka0lilryin R&M Iw result N alsemhypre614msarlea9age., - -outerofmAtow edp4xmdforNPTtluwdlldsnellAanfar6eppNlcrinatd l I i 1 I www.vlctav9c.mm �Cta161id tOCTµa.IC ISAfl5tl5IfA011A.NE1IXA'4AFNCTAULk(pAIP,WKOxCGVN:7MIlN:fdI1P.4Ni.AL AWHI3 R£SEYNEO.f4UNiED IN4R6l%A �----^^--' j REY„0 i 10.52_2 • - I ..�..u•vui•u•Lu....� .•VLu u41111VNV•.•u '- n.r wry FiroLocO 01" let T d © ® ascncrwusruaucuroxramrokosruu STYLE 822 1 t1 f I h , PERFORMANCE , I i .� 2s tlkr _ ' Y"F' 2A a •''"SAA rl.�%`:,' ••,T;"' 8.5 .•� A . ^i'' 3'•'.R. 26 I j 5 i I I i I � J it I i 3 e I t 'ArTAU ckullc.ecnY �ctau6d NCYAOI�CR Ak:cl.SftTN iAAD61ARX OFNCTAULICOWYxr•',�i�YttYwIIC rAMP,VVY ALLk�REiEVFQ fltI,YIFD GY THEU£l • REV 0 ]0.52-3 J I i • 3 asencaDucgAUeaaldlrammAdtras � STYLE 922 1 i (, WAR8A1Tfy Refer to ifie Warranty sec8on of Mearrent Pdca tqt arcmtact VidauBc krdetalh, � ROTE UspwducdWJbemamlfacdxedhyYfcleulcor5DVkmukbperlNcatlm mpadWbe i iatalled lneo=denea v*h auraetWdabk 4nta0atlorVassem6y ivsWeBDIH.NchuklamAes the d$t to dce ga nrLdua apecGket ag dams and standard eOpnent%Wthada*eadwM.A hcufr418 ah8ga&p. i i i F I US t,YIORL D RSAb4UARTEAS CANADA CEHnuLANo souTH AMICA P.0,13"$I 90H W444• 1.5103'59-3= ( 6as*,PA 18044-0031 USA 9055848774 04 1-610-&%�Wffi(fax) 4901 KmskrMb Rad *cmada&*Wjccom vfcaKNctluk.cam 'y EaSW4 PA IM40 USA MANE ASIAPACIFIC � 1-&OU-Pi0KW(1.-80W425842) 328381-)5-W 86-21.54253300 1$10-559.3900 3243804438(fas) - 86-21-64253671(far) 4 1-G10-Qvtcj8 ,=fi• p wukbe vkapavktavkwm - pickNc®vlctrupc�cbni xww.vk(aulkwm bNITEDKINGDOM MIDDLEFAST g gy��Jl • 44(0)1439741100 9714-883.88-70 ��R�I�I811 Itll � AA(0)1438313883(faz 971-4883.88.60(fart' ti(CEUm®r'klafiCbe UPOA7Sb a2a`b � AC :fSA Rata '+ wClAU(1G(s A R[GSi�tEU rAADEl1ARa oFNCNtaC a1uPAaK c XMt4CfAUUC COAIPAN7.ALL RICHIS mSfF1Fo.ARRnEB{�y HIAUst 10.52 t • i i QQ ©� vas FLP-0131 "4*" 3 ( i irel ockO Rigid Coupling - sae vlcrauuC AUBLICAfION 10.01 FOR DETAILS PUNS- WITH TYLE 003-WITH VIC-PLUSTM GASKET SYSTEM(NORTH AMERICA ONLY) Firal ock Style 005 rigid coupling has a unique, patented singe-pad design which allows the ! housings to offset while clamping the grooves,By permltting the housings to slide on the angled I bolt peels,rigidity Is obtained. Support and hanging requirements correspond to NFPA 13 Spdnkler Systems.Angle-pad design PAiatlTae f permits assembly by removing one nuilbolt and swinging the houslnlgover the gasket.This reduces components to handle during assembly. Style 005 FireLeok coupling are designed and recommended for use ONLY on fire e.•A.e syeF�tx protection systems, t Vlc PIUST"Gasket Systems In North America,Vlctaulle offers a gasket system which requires no field lubrication on wet l pp3e systems that are hydrostatic tested.The Vic-Plus SYstem'(patented)Is dry,dean,and non-toxla R reduces assembly time substantially and eliminates the mess and chance of arer- lubdcallon.Please refer to the latest copy of the Vlctaullc FWd Installation Handbook(1-100)fa' I supplemental lubrication requirements and dry pipe fire protection System notes. F.ro�am&dArcYNb i i i i V i. I ! The Informa ion provided Wow Is based on the latest listing and approval data at the time of WSTING!lVPPROVALS publlcaUon.ListingsfApprovals aro Subject to chengs andlor additions by the approvals agendas. I Contact Yloteurc for performance on other pipe and the latest longs and approvals. i I C i i V I y •:5 1 .-3 175 175 175 ,N, ..: 1N-2 900 A .M7••: 1N- 100 A .p;. 1 - ,350 35D 350 -EF 1N-2 300 WA WA WA WA 300„ t0,;4a 5-8 300 300 300 ..:($'. n-6 30011 WA 300 tN-2 N/A WA 300 'BLT:' IN-2 300 . 300 WA �i:....••• 4 WA Nl 3- WA WA N 'DFS IK-d 300 i 300 300 ''-7 1t-2 308 WA : 1 -2 300 30D W .Orl.:. IN-2 300,j_,300 A T.. 1K-2 300W WA I4-3 No 300 300 -EF' fir-4 17 I WA 175 1R-4 300 WA 300' •FM approved fa service n I%-4'PIDe- 1 !I 0 VLUsW b$eNIGeap 10 a plpe0ely. r ®UL Listed Wsw&e LOW 30Ny. i i A I JOB/OWNER ENGINEER ISI CONTRACTOR System No. _ Submitted By Spec Sect Pam Location Date_ Approved ate 7 r wwwMalaullexam V'......au��� VICTAULIC 15 A IW481ERED TRADEMARKOF VI(VAULIC cod PAW..0 2011 MCTAULIC COMPANY,ALL RIGHTS RESEIlYEo, 3 IPS CARBON STEED PIPE- FIRE PROTECTION PRODUCTS - 1 U.UL Firel .ockO Rigid Coupling _... .._.S7Y0005 ._..._. ___. ._ . ..__....... .,........ ....... _. _. .. _.. .... ..... _ _ ._ .,..... WITH VIC•PLUS-GASKET SYSTEM(NORTH AMERICA ONLY) s + t DIMENSIONS a F•1 TY:... L660 350 755 OAS 2-44 N 2l4 275 450 1,66 12 Sr .... 42A 2413 3370 P y: :i% .• 1.900 350 990 OAS 2-4Sx21L 3.00 4.75 1.68 12 48.3 2413 4415 12 76 121 »8 OS Rated far wet and dry sprlrsklor systems at .;."2•'.•... 237S� 350 1550 OA7 2-%xz% 350 5.25 ~tb8 �ib R 350psV2413kPa Torn%-4732-100 mm .w 50"' 603 2413 691 _ 1.7 89 133 48 0.7 saes and 300 ps1/2066kPo for4W-8'/108 214r 2.875 350 2Y/p OA7 4.1 575 1.88 1.9 -200mmshes;5chedde 10 rollgrowed or 73A 2413 10110 17 2-%xi% 102 146 48 109 ' Schedule 40M or ml grooved steel pipe, 3.000 3SO 2475 0,072-44x2% 4.13 515 1.88 1.9� i S*0051s dgld and does not a=rnmodate • 76.1 mm.. 76.1 2413 11010 ansfenconbacdon arangular deoectlon1J 105 146 48 09 eV , _ ,P •"'.3..�.. 3500 350 3365M aw 2-44x2% 4.63 G13 188 21 •..80 889, 2413 14985 11 _ 118 156 49. lA 4.500 350 5565 0.16 2-%x2%1 575 7.25 L3 3.1 1143 2413 24770 4.1 146 184 S4 1A 4.250 31µm 4255 0.16 2-%z2% 5.63 775 213 3A 11.0 2066 18940 4.1 143_ 164 54 to 6 ....•6..f.fl 5563 31 7290 0.16 2-%x3 6.85 9A0 2.13 45 125 1413 2068 32446 4.1 175 229 54 2.0 5,250 31 6495 �016� 2-149214 15.63 9,00 213 45 133Am1s1, 1334� 2068 2NDO 4.1 166 229 $4 2,0 13972020'. 5.500 31 7125 0.16 2-%xZ%6.88 9)DO 213 4.8 1397 2068 31715 4.1 I 175 229 54• 22 6.625 300 10340 .0.16 2-%x3 8.00 10.1 2.13 5.0 ISO, 16813 2088 46020 4.1 203 254 S3 29 6.250 31q" 0.16 2-%x218 7.63 10.1 2.13 55 ::15ABinm i 1590 2068_ 40955 4.1 _I94 2S4 54 25 �,63.ttldn 6.500 300 9955 036 2 %x3 8.15 10.00 2.13 55 _ 165.1 2068 44295 _ 4.1 207 254 54 25 ''8 8.625 300 17525 0.19 2-4axbq 1850 13.14 f 2b3 113 ....21 21.01 2,168 78000 49 267 334 I 67 5.1 Woftq PmMM and End Load are Wtat from All lineman and exlaral beds,based on standard wetglit ANSI) steel pipe,swrwdaid roll ar M 9fooved In accordance with Viciaullc Rsed6cAU9ns.ContactVlcla111c:kr Pallor- mance6nofherppe, j WARNING;FOR ONE TIME FIE-O'fESTOIiY,theMadmum John Working Presse may bekareased W 1 VL times theliTm9hoin t The olkmbIR pipe separation dmenslon sWm is f0t system layout WIlOos"'StyleCOS 0wp4ngsam ddaed agocbnrK%w and vdll w Iscis mmodamexpansion or contraction of the pli tq system. 49 Nuunber of bolts requkedequals rmmberofhousing segments.Metri:threed ftbolleare available Robrcaded I uesLConla[SVPc1a86c for details. gds0 foraN4ouptlg sizes upon req ' 5 Style 0rK couphsgs are VdS and LPC Approved to 128arry75p9. ' I w P I � i I w.ww.v1ctaa1ic.c0M �CtQUipG° VICTAULIO IS A REWTERM TPAOEMARR OF VWAUUO COMPANY,0 M11 VICTAULIC COMPANY.ALL RIGHTS RESERVED. I IPS CARBON STEEL PIPE-FIRE PROTECTION PRODUCTS ,L V.V L FireLockO Rigid Coupling STYLE 066 A WITH VIC-PLUSTM GASKET SYSTEM(NORTH AMERICA OI6.Y) j M I MATTiR1AL SPECIFICATIONS Housings Dudlle Iron contorming to ASTM A-636,grade 65-46-12.Ducllle Iron conformingM to AST Aaii,grade 65-45.15,Is available upon speciel request Housing Casting:Orange enamel(North America);red enamel(Europa) • Optionah Hot dipped galvanized Gaskets �. Grade"E"EPDM-Type A Vls-Plus'"Gasket System A (Violet color code).Flrel ock Products have been Usted by Underwriters Laboratories Inc.and Approved by Factory Mutual Research for wet and dry(oil free air)sprinkler servloea UP to the rated working pressure using the Grade"E"Type A Vic-Pius'Gasket system,requiring no field lubrication for most Installation conditions, • Grade'V Silicone Recommanded for dry beet,air without hydrocarbons to 43WF and certain chemical services. i; For dry services,Vbtau lD contImtes to recommend the use of Grade"E"Type A FlushSeale Gasket Contact VlctaWicfor detalls. f BoIts7Nutsi Heal-treated plated carbon steel,trackhead meeft the physical and chemical requirements of ASTM A-449 and physical requirements of ASTM A-1133. 4 Standsrd gasket and FlushSeal gasket approved for dry pipe systemslo 40°F/-40°C.Based on "typicer pipe surface conditions,supplemental lubricant is recommended for services Installed below 0°F/-JeC and for all dry Pipe systems or systems to he subjected to air tests prior to being filled wth water.Supplemental lubrication may also be required on pipe.wgh raised or undercut weld seems or pipe fiat has voids and/or cracks at the weld seems.Wtaulk continues to recommend da use of FtushSeal gaskets for dry services, I I i y t t i I 1 j i I ) i www.vtotauIrc.corn �Cbdrl��in.'r VICTAULIC IS A REGISTEMD TRADEMARK OF VICTAULICCOMPANY.a 2m7 VETAULIC COMPANY.ALL mGIRS RESERVED. 5 • I FireLock@ Rigid Coupling _... STYLE-005 __ ..._._.. ___ _._ _.._. .. _. .... _. ... _ __......_.. .. i WITH VIC•PLUSTm GASKET SYSTEM(NORTH AMERICA ONLY) E6 111 I GENERAL NOTES WARNING:Depressurize and drain the piping system before attempting to Instal,remove,or adhtst anyVlcteulc piping products. i WARRANTY Refer to the Warranty section of the current Price Us1 or contact Vlctaulc for detalls. I j NOTE This productshall be manufactured by Viclaulic or to Wtaulic specifications.All products to be ,I ! installed In accordance with current Vldtauilo InstallatlWassemw Instructions,VICMW O reserves the right to change product specifications,designs and standard equipment without notice and wllhout 1 Incurring obligations. i r i INSTALLATION Reference should always be made to the 1-100 Vk tauAc Field Installation Handbook for the product you are Instalhrg.Handbooks are included with each shipment of Victaulfc products for complete J Installation and assembly data,and are available In PDF fonnal on our wabslte at www.Netaulic.com. i 1� i y i i I I i i I II 1 y ii i i For cornplette contact information,visit www.victaullc.com r IM02 15,,18 REV UPDATED 312011 G$S1LI�IL'� i VICTAULIC IS A REGISTERED TRAOFMMN OF VICTAUIJC COMP/M o 2011 V1CTAULIG COMPANY.MJ.RIOMS RESERVED. i • •• 'ACIAUFWtl13MtB916tda11N; FireLock".Fittings PRODUCT DESCRIPTION f t"kel acic°products comprise a mnlqua system speftaly destgfted forth pratedhgsaukes,FGelodt N&f10w elbows artd toes are a CAD•deve aped,hydtodynamk design GtatFws ashatftces2az tH dfaensfanthanstandarciflttings.Anbttceai7{ WTalbw5thewatermaiakeawoodowbm6fntaln slmAer npw cNracterlst4-as standard lull flow fdL7gsr FfrabckR*gsaredeslynedforuseaxcWweyw Style 005 andSyte009FiruWcap%&Useof othercw*gs orhange adaptar9 may result In boh pad 6ttaderence. f Viciaulb FkeLca Wrigs pfessuto ralings cambial to Me ralbgs of Mai FkeLad*005 E coPongs Patented Q' I . FM 9aa17clail p6ilm4onfa0l ' erer:gc II i DIMENSIONS C tltea Doi 681 aO.WA &601 F2Wq 9Ge 9d EY.tiM• 45'Fhw SkalgHlbl 617 CtlAdw6 I1366ed WSW Out WdgM ME 16'� Clot,• .Wet�gld T 1� '` aG •{r 7 Ww u mea tF�akg MM is in UM4 IM 6tkshy# 1 0. •- 32 47,1 ^ - 11 to C i* 1.500 295 1.2. 1.73� 09 2,75 2.0 O.Bt 0,4 i- t•-tl E•� 40 189 70 a5 45 Y.1 70 09 1t w . ! T -2 • '2375 275 1.7 200 t9 x73 24 w 0.4 1 1 50. 9a8 70 6A 01 aB ro tt 22 03 1 m 2W 2:a75 3.40 al ez 22 3AA 35 4A lA l E 4 73A 7a a s7 1.0 7i 1.6 a os ko,002.--..t Tlo.Oas lei m11 0•txti .3.W x.30 761 1B ss 51 id 4. 3 S5to 339 0.0 250 &1 3.38 as OAS 18 e0 w 06 14• 64 to m 24 12 09 106 +•w s. 2ro a - 708p 102 79 I 1s 20 1023.4 - - i 44.5Mfi.7 5.03 S6 •4.00 &7 190 x4 100 1[13 t0d 1 34 1 76 29 I 102 66 ri 1.1 V 6 5583 490 126 3.23 85 4,88 15.7 150 4.1 129 1411 124 A17 93 2A 121 7.1 25 19 159 mm &250 550 1x8 . 354 9.2 irAA 140 S7 !9 42 Ntl 8,0 a $fits 5.50 16.3 am 11.7 5.60 221 110 59 150 16&3 140 13 e6 53 140 103 3f 2.7 I B $825 6,81 255 494 20.4 &94• 38.7 1.11 12.7 100 . 219.1 17I 17.6 7W 93 171 17A 79 Sfi i AaaAS1R-jn!�Oc"+V.�nfllCfh2C-00.M1FS+hTPOBVN.TIIRx^f0.1TEaUih-Sp1YALt1SRJJX IC4 hNf '. Unftd Spas•F7pe:1-e00•MLKNC I1-e67.7at,$84E�•fac 620.1S8d117•tyWIL•pktvt<a-1$+A13it.aa Cazlrta• Ff30x:i05E8.1.7144• Fa93s-0a3A4•e-mattkumOaeA�aikccm rwga • Fxne 7293619k0• F4k32.9-780438.6nWt4lB�dauFle U>;• Fl1sx41(Q14.M7'11C0• Fax4{(4)1438313893. e•aatvie' nllcta 4kra'a1 a10$00lfnHlC1• aaaa�•33co• Fix E1 a-ss9atm• e.6mtls��,er,m2t� IGi�U�iC Mntralasl4@c1a;46.21.5f7531t0•Fet4 621-5426G71•ecoTlicgEMktwlk.car - r„_,�,�,„„�•�•„„ I • j { FLOW DATA I ' Fidba� fanlFcedmelgsarSha19A1P4r. Ravil wry ''. Haalrral OW�s 43+ j �t ,m YxIxNn6e 11a Wei ka00f MAW Pon 14. 9.880 1S as . 11 �o • gt 424 0.5 02 1.1 1 iia 1 22 5.5 2.203 i ` 02 63 1.1• $1 2 2.378 is 18 BS 9.5 s0 003 1,1 03 26 L7 1'G 1015 4,3 22 1a8 49 M IA 41 93 1a 7$1 mm 37067M 1A a1 11A �•r 3 1500 5.0 28 1�A u so "a 1.9 OA i. 700 mm •A130 $4 32 153 4 K$0 20 0A 4.7 it f 4 4m, $8 3.4 1&0 8$.16 '.. 70D 114.9 Lt to i9 . 63 42 21.0 65 1 to 1 26 13 u 8.4 25.0 82 4.4 169 mm 15$9 29 . 13 1A 19 a 5 10.0 54 25.0 t0A F 1,m 168.1 20 13 -TA •u , 19.0 u 33A • 130 2U1 219.1 60 1A 1a1. 4A � ' ' }The6av de19 gQdhhese6646e meprmsve Oropd5c4ed�dexOp¢n. . . . �I MATER IAU9 PECIFI CATIONS Fitflntgl bale kon colamhg to ASTM A.53B,grade 6s•4B•12 Faft Coating:orange 8(mnw optionaf:Natdf pedaalvanlzed j� I i e j ii 1, 1 1 H h 4 f $ T163 prnductshe0�ssendulu'etl bf Ytter6c arm VicG.a40 sFaJ1(Cal'nm.AAp�ooducl9 mr, M'eBdiln6acMda�cWRAkiriM14^CG�&ci06>J'eA0.4a12vdiJhAu7uli i Uc1aAc resmm 7e ngl6 to charge(u0deC1 sFed6e60ons,deflac mM zenctvd eq�finnar3wtlmc[m&A ind AM 6naRigaM560ms 2 FlreLodP Atgngs 1 ' r r. O FN 1C © IPCB Mechanical:r Bolted Branch Butters SUVWAULkPU1UtA Tbmrokerraas 3 STYLES 920 AND 920H ' e Yrlauk tfechardaa r Outlet provides a direct branch comectlan at anylocation a hdgxan i W cath pipe.The hale h cutoverehetD r=te a.ha elndel locating power which aacures the o Aeth pwltlan Wrwi&*.A pressure respasNe 8$s$at seals m the pipe 0.0. CrassVeccn148d=canbeachlevedbyutla*g uppeMusings0tthescreeM' and alai;,vA the same or dllarN branch shm cOmedkeu.NOTE Style 920 and Style920N. { I� housings anrrot be mated to each other to achie+a a eras conriccU0 . mtasnoAHnssaN 4smwCoes Style 920 and 6002QN Mechanical T outlets are �d xis P bob,G" haus. • KUM t Out&Spec*choke on Oder.Units are auppgW pal Ings are wilable,suppled mh plated belts. E All stens dS jb 920 and920N are rated st 500pW,3450kPa working pressure on Schedeip 10 end 40 carbon steel pipe.That may also be used on fdlh density oyawaa or poly hutylene(Hope pipe,Preastuffratings on HOPE are dependent on be pipe rtkg.Contact Vlctaulc for ratings on aver pip._style92o and 92DN aft not recommended for use an PVC plastic ope. Standardplpteg pracicas*We U the Mec�Sanl z4 ty�0 and 92 n)nustba anendy •irzt UdsoMatthamateandbrarrlrco0nactim 1 attached to the PiPeI N surface. , Addtlgr*'UNVk•TepimwetrdtlnghwLvAdch nctlanvlshthe Sen 725Vk•ee114aNeb ry systrms,uftns the!"MMECPrank�l crreafta lraSty1e991 Vk-Tap 11 WedtA*d Tw&see page 8,fa further kkit" - :I I • IO � D a� A.538;made SECIMATf Ift�a $te�A395 d6.1aFabiOPP 4dw t request I . Opeanah mapped gahreaw a Gaskeb(Speclf r ofwlee`) i Grade"g"RPOM EPOM(arm calor cadet.Tengrerature mW-VF t04100"'0 te+110 C 'Recunmei Glfacafdendh0tvaterseMceVAMinthe specified WWraareWOO"G . yadetyatd9uteacMs,al-IreealfaMmargldtr�nicalsarvkes.ULCI�sfOW£ 4�fOR .i • - n 'Grade"Y"0114 am(Orange cafes code).i mn>arsded Temperakaarange-20fole k VC tgeladeand ml8M t lMn the Rera10CPai ok en Pmducls. Poo� specifiadtamperalura range.Natreadm ended fpr hot voter setvkeserer A5o'H we or far hot dry ek aver+14('F4808C. • 'Services Bstad'sre(}eriaml'$enka RewmmPldagans anly.I[svasd ba nates dip Macara ser*4s Vwltah thesa gaunt era PotwWrrtmandad.RefePif asbod d alwari M rade to .NeWestWbvrcCatsketsalactlanOukoWrspecllfcga9cdswturarommadaEanardiwa j Wing of services which are not wAnlstatded. BoftsMuq:Heat-treated Meted eadsmsteel,trackheeadmOigMee PWO01endchmiaai requirements d ASTM A449 and ptOskal req '. ' yy • 1 ' 1 I i d0Bi0WN£R CONTRACTOR ENGINEER Submitted 8y�_�-.�-- Spec Sen P A System No_— _ ---- Approved _ _----- I.Ccation Cara � www•Nctaulic.cnn �CtaUlid ViCrAUUCI:AR"TERmT.q GZ OFNCTAMCM'Re%'.o2ro)v0AUUC CaAVA.W.AU RIGNS RE5eYN.PRUIFW LY THE ISA. 11.02.E j REVD I II • „,...ceG rirr-nw"uvi YNOaucTS 11.02 Mechanical-T° Bolted Branch Outlets STYLES 920 AND 920N 0 y 017dENSI0N5 l :r Y Z : �'a-.( fry � AG 1S0 290 25317j 3400 3&I 51 b1 t _ t16 A 1S 1 i�;p;C. 17 920N M30 3t1 G _ iN 535• 27i xl _ {1 36 A IS • "� 3 OL•• y 500 L60 Idl Sxf 275 xo pp Y•",�' •26¢t, 5950 3a1 � 61 {f i36 A W ;I n•...• • — • 'r4•^•j,E'•�t 1 gyp SOD iX 201 275 ' x06 131 533 3A0 as 31 6[taoYEO OOMT , !f• 32 34s0 q45 53 A T6 11 176 A 17 I3 Y N—•Z--+I ' •351. a' �1' ��� 150 z21 204 040 A 711 41 11 I 6j!'rit.Ir 342 Al 50 A25 3.0 L:«•., Kc:�• , ;� 9AN l 3950 1S0 119 201 O.d7 SQ{ 73s 39 i ) •SI. � w t:p e. "���,� 3&i SS A � {0 143 TO W _ �Oy f:;^�~•""'^ � 3Q0 99.I 32 7a 4�6 9 A' W ;i�b ri. 910ff 500 '3.75 2s0 3.60 1s 1.92 6.19 3a0 )S S; _ 1 3450' 441 S9 74 11 46 760 M ❑ 13 T.hgr tELAtd ttlaEA0e0 OCREi` '. •f' 500 200 226 x00 x75 i.B2 616 371 16 33 '�r•`90Qp'r• 020N 94m 50.E 'YE 76 a3 {7, >9 A 1 0 16 •3 .lin; mE3 3&E �5 416 139 - • Provieesacurectbranch connec✓uat "•aiJ'• pfl: 50W MY face4m%f m a.hofe Coo be c5& ;i` r`. sA 2a6s 391 s°6 2a six tab .611 Uat — '1 In the pipe �'x�f o� • ` 00 _m3aam 1.5 m 2S 24/s sae 3E ' Aprassurarespansivegasltetprwidus is +�. 1y.�i 9m •� L75 z30 2A0 ' 331 492 679 sao xs x: 1 tf09e8t 4.?.ri�' JL•. 5450 445 SB 7k e4 49 160' 76 lb W ! d til• sa0 200 z1e oa 1192 d.n 3]s xs 35 I ' R4quest PubficaJan 11.03 fox r as sE T6 al33, 149 3� ss W u Mechanical T eras aas6mbl1es :x.K ,; 9wN • sao isa 251 SMQ as z!e 6a z7s s4 • Pressure raked Op ko 600 V3490kPa ,��` . .N .. 13450 Sal as >s sa 156 �ia7fa'619 ' h . n a -59 .19 A 16 with NOPE pipe ""• 7s2' sa I56 A fa • Stzes•fram2x'hY5ox16mm ' ?:u ���3 y� s66 711 •zu 3ss 316 � z7E, 4u 3m as xT through 8 x 4Y200 x 100mm. " _ 31so m st s8 1s9 m u. lE ' i?raj",'��i 9Ani 3m4s7 Sa�,E � � � � qts a2s 4•I ie • i,s• ., 1sa as w u ;i � .'"�•�';'i " 9MN 3450 633 N �°y 956 129 675 3.q 49 46 ' 96 ss m sa 21 22 •3lrs<.^A.E is 970 4 i .S6•'• 30"( 970t!13450 955 9J R 1711 ImpoRrANTNOTES: "'F"'t:•: •+, 7A�.07HRNUEO eNPG3 !.r^.•^r: ^.v :u•.:;•. , +, Sryfe97u4ndS*9XNhoufts(nn6cbe ' rn8tacN0 ona7nothar to acwm am m meeams i • Y U - j i - www xiehauiiecam YICTAUUCG ARrtl55F3tEeTR1047tW I,FW141.IC 0WpAW a W WTAUUOCOdIPA11Y.A44FIGIna flE9FhV®.FF'MEOWiHE IIA �/"i '21Ji3C' r 13.02_2 . _ EEV 1 k ' A II I LUZ tPS CARBON STEI7.PIPE.HOLE CUT PRODUCTS 'Mcchanical-T' Bolted Branch Outlets { STYLE5920A.Nb928N 4 1 ' DIMENSIONS i r ' 1 ii E Y F11 , •'rw '•. 7• ' • .t:°:,:nti Y'}k�'U "INrA 0 PWf ` •4v:,,ie l�,r• .o t• 500 1.50 3A3 356 760 7A1 275 v _ 7 V 4paO::X-, 1,•.,; Yl4N 69 3434 38.1 71 90 Tld 79 La .iCri .�:iE 355 _ 7DI 27S ke _ _ r i :c 930N 3450 NO 790 90 66 171 % 18 W i 4 It 500 1.50 � 7.80 396 � 269 701 775 16 •t •..•':1 W°' MN ® 171 % U 75:.- 3450 341 73 90 "'' ( 500 175 108 378 4Ad 249 ]A1 369 40 36 01aW7D Wr48Y •J1lW-T '3434445 78 0 107 61 V• % A9 le n�&5: 5W 700 378 404 4.00 241 7,01 7.75 17 39 9iM 3450 504 13 107 107 a 178 n 22 W 7p1 970N 130 325 400 400 2A9 7A1 194 SA 46 Y Z 83 101 tW N 134 99 13 54' '••�". 275 7R8 t00 '400 � 7.(B 734 {p 50 3A .r.:7 � 304510 099 73 107 Nc! 60 186 111 24 � I •. ...,.. 24 Rd 161 .. �nriU� 910 � 64n9 f� M 186 IB � i �":def gp 500 330 331 150 44 1.69 777 SIE. L1 44 it 1'^r1,'•:,gp; 3450 969 84 -114 105 60 106 LIO L 79 'e PaAWTBRAWE0017Lu 970 I 308 378 _ 263 7A4 3n SA _ �qyk• 910N 34W 115 78 ' Ss er 194 18 73 �:•'ti:�•'4.4SI•. 910N 3450 240 A 4 67 141 !1 13 _ • Provift a direct brooch coiinecUM at &W{Dation whore a We can be cut ,:1J.. ; .," gm .30 � � � 67 7194 'j� v - - 11)thi pipe • . .i:•'i ;•.• 9p 775 2A8 400 100 7.A 7A'4 4'tl 10 •;�6.i'mii 420 3{50 699 73 102 q7 67 144 n3 36 • AI prPsaure re8po515i4E 6a"prafts' 500 359 33t 450 264 753 481 68 49 Me seal 9209150 9e9 84 114 67 194 114 3J Sh I Request Puble4on1I.03'for• 5t 7Cws t. sai 3m. as 102 111 m 94 30 24 3A f MechanicRl T Gross as"blies A90 750 4.00 475 las 3jd 4A 434 ll U 216 910 461 a3 7s ei 908 8 t158 •,•z. t, 921Jim 699 IIt I —9m Ad 236 111 /El R1 80 110 110 3A R6 with HOP5-plpa "'; sag 17s _ 05 L110 716 t43 38°A. • Stres ftortl2 x N4'/50 x 15mm ----� 344b 6/v >sl thT4ugi18 x A7200 x 1510mm `;1 929 ' 3 mss m1 rn lie 3a 9xsAa mU 4A •y 500 750 3,%' A54 317 &W 381 0.0 ' iKS.��•p. 9a1N- 3430 .4i9 95 114 n 103 !9 76 `.,•„� a , Y 1M 350 SA, .- a 9.46 571 a j :80•. 3493 e19 91 127 76 14 Ij ' .;: c"• B ON Peri °. .3', :-s • ..• .: •: ••i 7r IMPORTARTNQTES: t 5Gte 920 and sCf e9201N IrOusln6y canlrothe • mateHW 408anoaff LO aCt1r0YC 05612 CQ11lr=00r1i j • I 1 a ,I trww.Mctau06coR1 ', • �C:t9Li id VICrAU11C IS ARrOLMU71RW4�mOPY179=COW'.iM:01%7�40AV000ORPAVY.NA BK•HI'S KammPf W5.09lifiE USA. ILo2 3 'i� REV-1 I 1 Ip mechanical TO Bolted Branch Oufi6ts _-5M.E$920 AND 920N IWENSIONs I I l so 1 711a 37a 1S0 H,y 209 .iJ+'9Z•�," .t 9pM 3450 i 300 96 114 � a]3 90 . +3 i SW 750 •379 450 _ 99 i1 r.,.p.�,•�,'' '.'. 920N o y5 95 114 61 935 4G3 11 3i�90 2.7S 47 I _ l�0 751 I1H 4D • 4d37,16 970 531 'M jig 60 741 US ... GROOWQOVnv 910 340 66'9 i16 9ffi 630 NO 14.2 �i Rv' 910 3430 AAS 90AO w 1 00 IN. BO 231 U7 64 54 ,'T•', i A79A73 373' 49 2 S00 473 .-• .- yu 737 s ..� 1c;,y 'a 'WN 397 4/S 112 112 x 1 S13 S.D 979 913 11 Ll 92gN so 2x 40 13450 SO U2 DD 110 S6 31, U 750 410 5.t3 5,13 979 ASIS 99 V 25 -.-_.. ,.:,:..•.a 920N 9430 635 II1 190 130 96ISM1 41 . 500 7LIA ,75 401 i13 112 94 261, 7.6 to 77 '• :r.:'�• t4 9T,7 110 1309r 3A9 1051zn -• 3E FFkAL57HR7A0PA amsr rj:•',•': ; 9io .3 I as n2 91 IW - _•� �+. 4p 0 IWI 30 1, 130 t10' 044 26 is lS 3a ! I g� •Pravides's irvwt branch comedan at , ;'�`_'" 99 3 06 490 3fl1 575 s5a im 2411 Aj laa any i0call0n vfhele a hale can be cut .•:lop; 970 y, .n45 97 14a m �p 'a a In the pipe .:7ss"• '9V N 34M W 1go 1,75 6 S40 .: 7d • A pressure responsive gasket .In4 wo 7A0 441 sn _ 92 M .83 3s the sial :";c:.:aO:, 920N 3450 su In t11 9p 3at � • Request Publimildn IL03 far ; i:� OWN I z as ni n1H — 97 ss 9s ' 40 Mechtrdcal-l'cross aseealhlfas s•. .r Sm s71 4� 5s0 Au 'ie 910 la .0 43 . PrasStlra fOtfA ua�500 pSi13430kFa •�r"•7Q1 '970 3+41 • 695 111 140 1ell Im 30 92 40 331 u t4A , on sled ' ^ _' ^""°�bla OJ use 1°u VfIth HDPE pipe500 1450 _ — 177 92 739 W 4.9 3450 l 1145 _ Sizesfrom 2 x S'!50 x 15snm S6 0 459 39 sag * •9t'° 1340 1145 Sella 746 through 8x4Mx100mm :• 00,: cz mumres•; • I IMPORINNTNOTI'SE Style 9.10 end StylA97ANhauste9s O11no1 be 'I meted.m ane a0adler , to wble40 crass mrmeedant • 1 i i 1 I Totauhr, trwWsldaulic.c/tn �'-� NI"AUC S ARUMERM11 CE.S(WCC NCAWCCMR&W.o31T NCGUI1G 00NPAhY.ALLalGM5 Rr5of' .PFUnfEOM1.MEUS� flEV_1 11.02_4 k d f - .... •� 11.02 Mechanical TOBolted Branch-Out ets STYLES 920 AND 920H j { i dimerl3toD5 ':I II t , � D't.^•.^:.lit... i"+Y• ���,..p, WNr6nf�M1aK%Ae4,S X($. 'i3� C,:• •� ? t `•� tI r — ,14i;x 6• 9M R 361 990 9237 19 a6 = 'Sh�� ',74d'•;( 9M 910. Vs 443 V3 3,79 'p 3130 44s lu I70 513 2RJ D 35 ] 40: 970 96 934 339 8A f ' aRaa4®ollllt'r i:�•:�s 3550 50a 34 170 96 777 17 39 •y jiY` 'r 40.# � � 380 bas lIi W 56 1D 8 39 y I x nir ,bst' 430 30 279 .401 i3 — 92 7d7 Iq 3! 34 Ito 30 20 27$ .v l:'n� 4f..: 380 699 j p Up3.63 Itl 3.9 3A '' �. Y 137 92 M7 I �•�• •3Wti" S00 90 •4T1 350 SO 363 pg t _ _ J.{':P• •�: � 3497 •7t0 •ti0 130 92 b0 pf 46 3.R �'. ;:r•7ti-a 'Y 97p 440 11,.9 3�M 5J5 539 363 1051 l7L Ip,6 $4 . Ai• t46 f77 93 . 29 ik 4a 38 '4•'x ff+f7^ 4N SrA 275 S14 419 a79 4al 1242 1H S3 i3 f5544a'T3w5A0500tt(LE( :. " x50 699 139 25r f97 112 318 :ti:L31�,H�:3• .91y' m0' 275 a07 4m a19 ddl 12/I 493 R6 lta .:. •}"':63• 3430 699 419 IS! 157 121 916 IN a3 53 i Promesadirectb z:Y;?413 + sp — — uy M ,1Y-' • rdr r1t connection at �N "W where a hale ca l 6e cut h`.; . �: 9m 3 m uy 6s° aso ae, 12nx 1 kl kla pk9 I 16f 14S 'in .910 '52 p591g13 faspOn5f4g,yT3Sk0f p(OYkks .'t••aaott 9� 1 3 w t i3 an 1ma nal IN "C'encaroEn2n m engaged P'pe andlen,akthtea&dovdet onhYdmen3lama ; RequwPublcatbn11,03for tAwtla. thgraoredorkmafeOmadedDudetspedfycbakeonadec Mechatkal-7 cross assembles = Cmwbfluntowwcfl*g. • r ressum rat4 up to 500 450kPa t{etna smr ailed nude s me;va9tfm g, snd9Se7�emRtattans _ [,}soo=t s> Ddaf wm"ri p 1 3fat�drht�md¢ s3l"Y mTde*cnorder , Sizes'4w 2 x 34760 X m mm thmugq U 4(200 x 100mm 163PO1rIXH1'NOTES:. Style 920an4kA4 920N !1 mnnotbeInaedtaeach o to , ackeve aoamoneedorm i www.Victaulk.com S yt"'U ISA W08T£Fm 7aMr31VOF VicrAl4N:m WN.O 2l17WC1AUWCOM9•UtfAll-tOf,Md R£SeiyM_ng DmTM US1. �f3tc'341�1C t REV J — f a . IPS CARBON SMM P1Pe-HOLE CW PROOUERB Mechanrcaf-r Bolted Branch Outlets STYLa 920 AND 92ON ! FIOW DATA ft test data has shown VW[be tda W loss between PAM)and(Z farthe"9A 92t1N } a Kl929 Weetanka4r Wnp can test ha expressed in tarns of tha pretalra dNkwo mtbss Iha essvre mf ereaca can be obUhW from the mMa Wf)bdu Inlatandbranch,Thepr . , . 1 Q Cp Yalm t Vaflpm 0 flow of gtwt t+WIF1+I640 are aham In N tabla Now. T-: 'U40 ,_ i0 ..7•tbi�xj 257594 10.5 f.� 213 Ob :•54'•m•. 60.1 27 12 •••, LOaa 4A •T373'Rl 9 1975 Ili us ' X7 1 XS*•' 710 3.4 U �F UES FmggraedlW cbntl 'v�. _ 1�f ��"sEa'3"• Bag 41 p 20A710 (El 424 1143 I al 67 I ;,•'t t' 1500 j 74 B.0 r:10q 443 2.1 24 Fmwlas for Cy Yataen f AP 01 Whaar P. /'A Q=ffw7lGVMS �� AP-RgMDMP0) Qa4x./AP C,-RowCadWfft i - i r � I i ; 17 ttttt SES ' �4 •:1+y q7 �� . I•ac,,,. 13� 25 2375 100 a•aQQ '" 43A 400 i "3S 3U •.SOf' 605 "':laO: 1145 7 II ' t ' a 4 wtvlv.ricGOlicrnm '' �CCAU(id, WTAUUC eARa,"W TPoAEWRK OFNCrAUICCWAM1%a%N7410TAUIIC COaPXW..AM a1OhTS ISSY®.PUKE01NTHE EIA ' i IFS CARBON'IM PIPE•HOLE CV PRODUCTS I L02 j Mechanicairr Bolted_Brarich 0(iilets SrAM 920 AND 92ON i I r �1 FWW DATA Fbw thst date no$show)UIQI Ute tatz ImW km behveea poht(l)and(Z krthasbt S 5,92bN and 929 MechankaW fftp can best be expressed in terms Of Um P rAn dYkralceacrbse h 4st and breva 'The praszae d f"nce an be obtained hom&a Md=NP bek . - OO Cy Vaiues ' r �` I •. ValOeslwtlowafwaferat+60°F/+IB'CaraeTramintlwtaWepdovr. • 1 Qt—, 0.e10 ti dd f"7• YAC , 9A w9 7113 46 SG""•• ZSrs 6O3 37 3.3 1a50 4a •T1$'3+� 2975 3A 3A ltd 125 '315 SA LIM 134 tu 0 42 40 ,T•:'.C'Ari L00 1VI0 300 37A 1% 14 v Id •IW I• uu GA v ISOO 7A 8A rNO A83 ZI Z4 Formulas for Cy varuesl y+�CP Vfiepre�: ' CV `Y df eP(lSSllfe�(lyuy 0=4 x•� - 4=Raw Cbe,Mdent I • {{ a5 P.•1+ vs 1S moi `: t00 CLi � 7143 4400 30b i i i www.wictautictern •'. VACTAUUO b AREGISUM 18AOMkR1.OFYCIALWCOWAM,csW7 WTAWO ODMP,WY.AM AMM 2SUM.PRWEO W THE 1PS CARMI STEEL PIPE-ROLE CUT PRODUCT$ 11.02 Mechanical-r Bolted Branch Outlets .. STYLES 920AN0 920H .. .. . . APPROVM'PRESSURERAMIGS The lrlformatlanprtMedWwbbaudonkJaksTLsiinganQapprotaldatalt91e6aeorpddF � i" catiort.tisWAPAw1saresuhjdbcbuSv ftadNmbyNeapprol•Aop*a,Co*d Vktarkcfa!perrortaawoanadwpyreandThe latest MW andappraSak, ,;!•nh f," n3.0.1 6a3- 3 � Ag - '4 ( 400 401 400' 73.aro' ! 951 374 4S5 1 S;• 2875•i505 A 0•IM] M _' . OF j� 300 206 3051 a:ZI •a 2875•424 AI SF; 06 E30 06fwaa ' .wtilae' 750.11 i<•a:..,•' . sari .ma ' ' _' ssa e nsor;. ua * Ia zona 2w 1n4 '�1• ,'i` _...��. .....$4 3%40 300 300 me Y• 4 .�.. -q2061 20eS 2afiS E 964 Uf y 2f�Y 2172 10.40 r k 2123 9�� 30 >das I 21,07 2So I M4 t. 8"••v' am '•' .;. 219.12065 NOTES IO reF®s to lkeed/App WfSdEdule NgedSp&W pipe, 40 Won totlned WawdSd eMa.esmdspdnlden plpe WrduttoUsmd/AppowdOynrRawstedpMerpipemsnA�by7mejaol4aCaapW.. 1'1ef&s w LIMOPPMd SuPff-Rolhdsp*ktrpipe marxifactyredLy)AtdNbemdOAiduk Corpaatloa VIC-TAP it HOLE CUMNGTOOL FOR The Yi •Tap It hale a,Rft bol k designB3 Pof M 9dth the Style 93141e•Tdp tl MttM1ataH wk4.8%100 ,N�t3}r[ht��'. (tflOtt slt79 Plpt wJ�bW c !ygR •n.�S*220 MeChAlk4lo d�j p kp-Pn80.Aar�kUnderptasamLip to5top"004 11 rwpS t931VrTxpIlMedra*d TunklSatdparttrapMWwWcanbeWOW on4710 * 5'/125mm GJt60 m and 1%200 nae dlamake pkM J!a Site 931 canes vd11 a24yagn grotred outlet i 'ittadNnxtorkandecMcMOW va'thZWRl (11AC Ukkkn?pkrtlBFQIn=ffdoomWM eavy codes. Far mora tda"44 reran m puhlf eUw 24,01. i I If �� I wwwxlctaullecarn VK:0.WCISAR-4:a5TfafOTftlCG51AAK•aFNCN,DLIaDMI?h`h:D 741LTAUDCc06fP,A.1T..N,1,AnyrtSftEaGS'iEO,fliWreo yy TRE USA. �Ct8Uli4� REX.J jinni r , i Miechanicalr'Bolted Branch Outlet I STYIiS 9?.0 AND 920N I I !' INSTALLATION Reference sho*alwayshemdetotheMOVztk eFleldlast&60nNandbadtfortlnprckct you ireYdd4 Nan&wks are Axwed vdth eaeb sblpment of Yeauk produc4 fo%wplets iashkftand assembly dale,and'are avabbkInPOFkrmetohOwwgbsteatwn*wkmL i WARRANTY Rckr to dx Mmnty secgon of the arr*Prke Lista 0011lact Vida*f'rdetak No7£ 'f Hs product dreU be manufactured by Ydaulk w,b Vktautic specYirs6ora.M produck la be Mata in accardsnce mm current VAiaullc histatlownhassam*bsTmeOaru,VleuuBOreserves 6w , i egRtadogeproduct vddbutlormdes"and standard egdpmentwlfioutri*emdWBW Ncurdngah6gatkns. wC*q I ' a j 4 i I I I I � 1 I j 5 3 d p. 1 i 1 i 11R�1�1�1�19�IIICMI�I�Ii � r� Far ccwnptete cu tsct;mformon,vwtwvnv vktauk.wn s 11.02 1480RkYJ UPOM42WI �ctaUlid d YlCTAUUOISARraWMEn Ta.�nE1MOFYI=LrOCOMP1Ne OTWWNCAULk,MMP.4VY.g'W� NTSRE5M'PRIMEDWTHEUSL 1 l n.f V 4 ' Reducing Coupling © 0 © yra SEE VTCTA M?kUCAM10..0&MTALS sTla E Iso Tho SM18 950 Radming eSction or VxWtoMpiaretvaCoupingadaTeWcligMft;htye784faaSpecial r •ig gasket for pressumrosporlamaw r.AshoisasherVA"Mve*wescophgofge soaPet Pipe inside the IerBsr plea during Verkal systems aigsoWyls avabble upon rEquest h s r i I LWTERIA44ECIFICATfONs .. lfousM�DwbkqncanfamingEgAS`fMA,546,eade65.49.12ULreW 0orb*oASTM r i A395,8rade G545-15,IS e'laAahlfl Upon spedd fegtrosi,. i . - HmLft CoaVAV Ormtta memel • OptionaleHotdlppe Wit-badaoddhens Gasket;Mpeewfychokea , .• Grade°E"EMM(/dl dhar rhea) fl UM(Grlen cdorcldel.Ternpareilaa ranBeEV°F 10+230°F/-34•C to+RO'C. RecammerfladbrcodadhoEwaterseNcewiNfnthespedwie peraWreru6apNsa variep•ddMsackLR,dfieaalratdmar�/ctarakalsavkes ULdasslApdhttcadsce wish ANSIMq ""'—Rl�QSfMFA OI.EM IRtVtcES. f ! Grade°i"purge .NttrgafOranaRcdaooda).TanPeralurelm�-20°F4�+180•F�29'Cb+82'C, .HaeMimerded to patrckun Prodtoct,ak avRh ai vapors,vESesahfe and•mloer$oiaaltireaYe sPxYi? dry it ry it eramm raaBe 11ot recommended ferhd vreO�sarvkes aver F15U'fl+f7'Car rartidwer+I40'F/+80'C, i * SerykeIstedreGenedalSwicoRecammendebm6yItawM he,wtedyatywesre sw*zs(Or which two Basket are not recommeoded.Reference dmtfd ahvars 8enadc b t UmkaMstVkdaWkGesWSolectIMG IbrspechkSeaketservice recanmwdaiuroydkra a Mpg orserWcessddch are Ila recommended. i! � OpgomliAssemhlyNfasher.GeNanized,carbarstcel s Hd"uas:Heat-treated PW((A carbon steel hackhad meeting the ptW d and 6" "frrmzors of ASTM A-449 and physical renWremdtt d ASTM A•183,. i i r JOB OWNER CONTRACTOR System NENGINEER No. SU"Ied By _ Spec Sect Pira Location i Qat Approved I Ww .victaukccm .I VICTAUUC tS ARMSTLRen T9MLVixeFVMUXC0VAR%.OMVCTAWE C%IPANL ALI RIGHTS R6`'Syte.ppin?ia yl7}tilaA,. �C'�,$LJ�IC' REV_H I. 06.US 1 1 � Ira I.IUm01't slktL PIPE-GRCCVED tAUPUN6S Mud , t OO ® QaRedac#ng Coupling SFE ITAUCPUOGOIOA s P71 OEW9 1 .. ... STYL E Iso 1 DIMENSICHS 51A S201 0-M 0'-ST 0720 1-'xl i5 34 •p 12 .i-.0 N N 1• ' f t:'. '"t `,•J '::: sso mo p-apr a-sr °S0 1-�sx2 aaa 114 tm 1A , .. 2110 50 o-Lit 17 84 i34 41 to 't• A 500 12,5 •0-007 p•„p. 4T8 1—'x1 4C0 IJ 31 1 9�• �✓'r4.5d" 3490 5190 0-L8 }4_ 102 X151 41 iS 'I •!i, YRmS;.Xs.;• '�•.: 950 I40 0, 07 0'-�, A16 12.102,11 438 883 Id! 4b I' "7 1.`•;$0 2410 40] 0-I.i' 14 _— tll IOa 41 21 6'• "7••a• ti .2':�yy 350 1550 0-x07 y-J5. 0.13 2-ti%2' 473 :—:7;7:113—: 124 49 .n: 50..'Pl SATO 8fC0• a-LS 11 ' 121 9 22 • is'i L i �'. 0-Q07 AI3 475 .13 17M !� 3530 2-15x2' 121 IN 41 w W-39, ii%tit 475 1.19 In 47 4,j•:•z� 2410 : I I2S 0-19 11 +2- .121 191 4a L9 +.'1:{. . S:•?• '.., a 1'-19' 2-35x3' 0.3.2 0.1A aSO 29 .17f Lt 2q0 � b500 0-31 13 139 216 17 17 7173 0-0.0OS8 82t a91 213 IA n.. . � 241_.0 10125 0-31 •7S 159 S2a 57 19 .•„x:::1:3 J:•a.•:a SCO 4810 Ora[3 1•-t7 2.ti,14 am m 299 67 N::•M. • 3A50 _21400 0-32 25 iS2 316 s7 ]8 ;j7 3hOnLE%.;'f^76Xovrt_ O� ' l � � 3z L9 M 0-13 1 -19Hn 1AIIL gild - - lag 172 St L1 —~ �d.'�. t' 4.t • 3sa SSas 0-413 p.-Q• me Y-Hz4' BA 11-M 223 ]S0:' y':,i•• 't : 2410 24765 0-32 I5 lit V S7 7A i '•^:••ra„= :+'S 347 a3ra n-ataala 571 1110 223 129 . : :::�. •723 1 2414 vo 11-M 0'-5Y IS 2-14x4'. 211• 302 57 19 350 5965 11-419 0'_SS (119 1-194%4144 as W X:•t5:•SLhfAi' On 2410 2416S 0.32 t,:• . 3.SU I O•ap 0.-9A• —all 2-ms Will IW 250 IIA Sm 0-32 II 175 324 61 W I aafEr to,rwtes an badtawer. J We 750 aedudrg coupti*sh0014nat Be fined Ymb erdcap,06M H 3 rtMmsYMt 3va0nrn maybe dm loped CpmaclVl ro*fa dm k Y r-2—Y 2 • .. { X i 4 Itwtr.r}cfauQacom1 Yta7AUUCfSARMS1a1E0IR.W&iA7%0F91CT4=CaUPAV1:a2CWvWAOXCOW"W.AL(R16Nf5FES5d-DPNKEDVOT,gfO l Ct�dLI�IC' E O6.Q8 2 R4Y,.H i L,o wtnuun u l SGL rirC—vnuuvw 6wevrho U L.vu Reducing Coupling p 'uLG sr�wcnaAlc:uaucriwP�at��� STYLE 750 _. . I F FLOW DATA HEAO.LO55" Thi head Iossecrves Slyle 75C Redechgcoup11%Is very sW apd Is essanUlI to Sees as for ew4rd shat body re ftg PO TAIhis• Egehalant Ien&of stkidard%tl Nstael Pipe ara shown In the tables.At data Is WW at trta Having at amblent temperabra. FLOW REOUCIHG RoWaPANDING. ! I p+,gyl.F.'�•v:i l7$•,. 79 Y •ni' 0646 7P 1j) da 03 of b• ,.'" „ ,•T„• fit— rpt;?1_..+� '. ��•. U 3.1 1 '`' JO••� 2s IA rayt t � gd "�• ' •d.: t5 �� s•,i��...%E IAeq. 11V �',. .. •,z ut s.f-"', a is !8 ii•i:•.f3j°'"•d7da A 3 i C•s Li.. 7ant+ i{t .'t 73 ylr •„J n+ II'.p 60 i l C I Ww1Y.YictdallQCOet '� ' Jctaullc' vICYAUtIG13APEP14rE11E0 TPAnEVul:cOfNCTAl4C CN;PANYOXCb NGTAWC@V?AHI;W PoCJn8 fitSFAvrn.PaWita eY THEUSi . REY_H 06.03_3 ' R j Reducing Coupling �LO' LD 0 t • scevlciwcrcwauwathsablRaxvxs . _ . . STYLE 750 t I 4 � J �. 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WARRING:Depmswrk6 anddralu the piphowstam belora aRe npUrg If Nakll,remue,n�pst '. any VI&u4cplpinBProducts- I WARRANTY Rd"the M"ntructImoffie currardPi LhtwoontiaMcaukbdetaks, i i !I NM Tippooidshallherna ufacWnadbyYlctaulk,or *MRcapeckleakans.AApmdcblabe . wedlneaardaaeeeflthcweratVkGtukinSt laBonlaasemMJtttku�11 t".•.aA�,,..u.._ j — �trr�-�s'ar rda'edagofpm`rttwkllocdna&asadWDlwt f incwfbg0lAl5ons i I ' I j U5 A WORLD MADWARTERS CANADA CER(RAL AND SOUM AMERICA P.O.Sax 91 905-884,7444 1-6109593900 Fastin,PA 18044-0031 USA 905.8849774 Sax) 1.61E1v um(tax) , 4901 Kesslersvika Road vkcanade@vktwkcam Ykal43vlatau1I=np BSlgn, PA 18040(ISA FAIROP6 ASIA FAM90 1-800-PICK-M(1-800.742-668421 32,8.381-15-UO 86-21.54253300 1-6.10-5593300 324M44'38(64 86-21.54253671.04 1-610-250-8817(fax) *eur*&p..wlc.ao 'vlcap@rlctdullc.com pickvlc®vlctaulkcom tvvw,VIClEulic.cam . 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Y 1 r I J ■ I RrrgrTl �a9aah� t J�yAd6 S€vA�lAtp+4 , 49 SU 1 $ #acl11 S9 Ai !3 S !r, P salt 43 iJ S SSpp ? 1J m 3 513 I I S files x # 36 fo d9 tttl 11 978zt7 �T � tJ 25 Eat§ 1 oilIN a Fa a nxaX 3a a r u #a0 1. 0 333Y � 4 DS L4 1 VIM � d !9 93 33� 2 Ws # p a `A FA A6' s Q I'!i 137 t+a1 adt t!3 !1J 31 t ( gpe 7 It Tails FQ 3h# 3�F Id& I?l A I Wit t9➢l 9fi 11 Ta t11 1� al sm 7 fb 31S 7 4}s8 ! 1 A Is d!S 90 1 P 917th lid IN 3 su1 xt1 l.1W *o — -VI DHS i!g El 9 WA 'JlAT b! 311 Yes (E AfPs 7i «0 W ix EWxr1JPC+aS�E'TPEr1 g3cf iir+gJndb pm?naJ�x b, p ' •cwTrtwlcra�at�tm.rev�q>Rr+d cdyr avamrsmkb.unvlud�.Ceek3aao-�odMi'��" Ln�7ts+a"'Luktwl6 tegbn'_ ° �i i r I • s m>•IIlnrn„n,. ro��n,.,Axtnort:,„�Ih�n��c�-11nMdINPorS'GodFrinU'mGlKt�xl�.hUn11ofz)1/M20119i'N;91AM] II q k ii I i I i I l Section#6-Welded Fifflus • Island Fitting Fabricated Crosses and Tees o island Fitting Type 40&10 Weld Outlet • Island Fitting.M740 Female Threaded Welding Branch Connection i i 1 i _ 99; • I i I f i 1 7 a Submitted by. Island Fire Sprinkler.Inc. PH: (631)492-4500 81 Keyland Court FX: (631)472-6800 Bohemia,NY 11716 i L tl F S i i i I Welcome ( Contact i uPSTm Tracking Weld Outlets: MT-4Q I Pipe_Out Lek ( Tee 0ff Tvpe 40 & 10 Ty pe 40 & 80 Seamless Other Fittings: Laterals Crosses &Tees Woes I Adaptor Nipples Fernee Threaded Welding t• d`' ` ` Branch Connection I MT-4Q Engineering Dimensional Hata r 5 yN e n r I ,� : era �• a ��� �N, Dimensions and Weights s (Inches/Pounds) ominal NOutlet Inside Recomended Take Out GUMZA Inches A Inches B (riches. C 1/2 1 1/2-1 1,063 0,700 5/8 (.625) 0.531 f1/2 1 1 2-2 1.063 0,700 5 8 .fi250,531 1/2 2-21/2 1.063 0.700 S/8 (.625) 0.531 1/2 21/2 - 8 1.063 0 700 5 8 .625 01531 3 4 1-1 1/4 1.125 0,900 718 .875 0,562 11/4-1 ��� P, 3J4 1,125 0.900 7/B ( 875) 0;562 3 4 1 1%Z-2 1.125 0,900 7/8 ,875 0,562 3 4 2 - 2 1/2 1.125 0.900 7/8 (.875) r0,562 j [=4 2 1/2-8 1.125 0.900 7/ 7� 0,562 I i I 1 1/2-1 1.250 1.145 �1/$ (1,125) 0.593 1 1/2-2 1,250 1.14.5 1 1/8 1,125 0,593 �J 2-2 1/2 1� 2501� 145 1r 11/8 1,125 �r0,593 4�...rr..._,.__.:_t_,. c..:_,, ,,.,,...r-w�dllld:.,.u..o�nncT•'.,n;nPPnnv html INMAI I 1 4ox� 1 ' Island Fitting 1 z 1� L 1-. _-I i a-i�2�0 9 2-3 1.250 1.145 1 1 8 1,125 0.593 3-4 1.250 1.145 u s 5.8 1.250 1.145 11 8 1.]25 0.593 114 1 .1/4 1.375 1.490 112 1.500 0.687 1 1(4 11 2-2 1.375 1.490 11/2 1.500 0,687 1114 2-21 2 1.375 1.490 1112 1.500 0.687 y I 11(4 212-3 1.375 1.490 112 1.500 0.687 11(4 3-4 1.375 1,490 112 1,500 0.687 1 114 5-8 1.375 1.490 112 1.500 0.687 112 11/2 1,625 1.610 15/8 1.625 0.937 11. 2 2 1.625 1.610• 15/8 1.625 0.937 i i Yj2 2 1/2 1.625 1.610 i 5 8 1.625 0.937 1 1/2 3-4-4 1.625 1,610 15/8 1.625 0,937 �! 1 1/2 L 4 ^-� 1.625 1,610 15 8 1.625 0.937 1 iJ2 5-8 1,625 1,610 1 58 1.625 0.937 r 1` 2 1.750 2.067 2 2.000 1.062 k 2 21 2 1,750 2.067 2 2.000 1.062 4 1,750 2.067 2 2.000 1.062 2 5 1.750 2,067 2 2.000 1.062 - 1.750 2.067 2 2,000 1.062 1,750 2.067 2 2.000 1.062 l<__ Tr- -�L4� -gym Installation In�or at on G�irnPnst��octal Wats � �---�-- i 4 Web SU De99n by yYe4 N C c I w s ;I contadjewetmaste -SAsktism 4 l I 1 J I l I I I rage i oi 1i I Welcome J Co act J UPS(IM) Tracking Weld Outlets: MT-40 J P1pe Out Let Tee Off J Type 40 & 10 J { Tvge 40 & 80 Seamless Other Fittings; Laterals J -Crosses &Tees I /des I Adaptor NiooleS type 40&10 Weld Outlet - I Dimensional and Weights (Ipn -ch —es/Po u n d s) Type 40 Data - o� Ii-a-4F I ype 10 Data - Cliclk " C ; ? 1 A Here r Service Appllcatlons KAMA Click Here Type 40 Dimensions and Weight i Type 40.CG (Standard weight Cut Groove) Type 40 RG (Standard weight [toll Groove) { Type 40 MT (Standard weight'MaleThread) !i Type 40 BW (Standard weight 37,5 degree bevel For welding) Note; 8" Outlets are SCH 30, SCH 40 available upon request, II ii NOMIna cadet Namder Standard Ouf Dtraensians Appax O Size Header Length Inside ouwe Wall She Slze Diameter Diameter Thkknes Each A I ' B � D E F (It5) 1 i 3 1,04_9 1,315 0,133 .44 11/4 3 1.049 1,315 0,133 .44 1 11/2 3 1.049 1,315 .0.133 .AA C 1 2 3 1,049 1,315 0,133 ,44 Island F1lZlilg f i is 1.. 21/2 3 1.049 1.315. 0.133 .44 1 3 3 1,049 1.315 tO. t3 . 1 4 3 1,049 1.315 f 1 5 3 1.049 1;315 1 6 3 1,049 1.315 0.133 ,44 j 1 8 3 1,049 1.315 0.133 .44 i 11/4 11/4 3 1.368 1,660 0,140 .56 11/4 1 11/2 3 1.368 1.660 0.140 ,56 1. 1/42 . 21/2 3 0.368 1,660 0.140 56 11/4 3 - 4 3 1,368 1.660 0.140 .56 1 1/4 5 - 8 3 1,368 1.660 0,140 .56 f 11/2 1112 3 1,610 1,900 0,145 7 11/2 2 3 1.610 1,400 0.145 7 1 1/2 21/2 3 1.610 1.900 0,145 7 1 1/2 3 - 4 3 1.610 1.900 0,145 7 . 1:610 1.900 0.145 .7 1 5 , 8 3 12 , 2 2 3 2.067 2375 0,154 .9 2 21/2 3 2.067 2.375 0,154 .9 2 3 3 2.067 2.375 0.154 .9 2.067 2.375 0.154 .9 3 2.067 2.375 0.154 .9 2 5 J 2 6 3 - 2.067 2.375 0,154 .9 2 g 3 2.067 2,375 0,154 .9 1 21/2 21/2 3 2.469 2,875 0,203 1,4 21/2 3 3 2.469 2.875 0.203 1.4 21/2 31/2 3 2,469 2,875 0.203 1.4 i 2 1/2 4 3 2.469 2.875 -0.203 i.4 2 5 3 2,469 2.875 0,203 1.4 2 i/2 6 3 2.469 2.875 0.203 1.4 21/2 8 3 2.469 2,875 0.203 1.4 3 3 3 3,068 3.500 0.216 2.1 3 31/2 3 3,068 3,500 0,216 2.1 { 3 4 3 3.068 3,500 0.216 2.1 3 _- 3 3.068 3.500 0,216 2.1 a a i 8 a 14 E ; 3 6 3 3.068 3,500 0,21b 2.1 3 8 3 3,068 ±3,5000,216 2.1 4 4 4 4.0260 0.237 3,4 4 5 4 4.026 4,500 0.237 3.4 4 6 4 4.026 4.500 0.237 3.4 I 4F=84 4,026 4.500 0.237 3.4 5 5 4 5,047 5,563 0.258 5.0 j 5 6 4 5.047 5,563 0.258 5,0 5 8 4 5,047 5,563 0.258 5.0 j 6 8 4 6.065 6.625 0.280 7.0 i j g 8 4 7.981 8.625 0.277 10.4 S Type 10 Dimensions and Weight Type 10 RG (Lightweight Roll Grove) Nominal Norninal Standard Outlet Dimensions Approx Outlet Header Inside Outside Wall Weight Ins Length Each Size Diameter Diameter Thickness Size A $ D 5 1= (lbs) I 2112 21/2 3 2.635 2.875 0.120 1.0 21/2 3 3 2.635 2.875 0.120 1.0 I _--- 21/2 31/2 - 4 -3 2.635 2.875 0.120 1,0 i 21/2 5 3 2635 2.875 0,120 1.0 :I 21/2 6 3 2.635 2.875 0:120 1.0 21/2 8 3 2,635 2.875 0.120 1.0 3 3' 3 3.260 2,875 0,120 1.2 3 3 1/2 _ 3 3,260 2.875 0,120 1.2 3 4 3 3.260 2.875 0.120 1.2 3 , 3 3.260 2.875 0,120 1,2 3 6 3 3.260 2.875 0,120 1.2 1 3 8 3 3,260 2.875 0.120 1.2 4 4 4 4.260 4.500 0,120 2.1 4 5 4 4.260 4.500 0.120 2.1 p 4 6 4 4,260 4,500 0.120 2.1 4 8 4 4,260 4.500 0,120 2.1 I S 1 Island Fitting 5 5. 4 5,_.2.95 . _ 5.563' 0,134 3.0 . 5 6 4 5,295 5,563 0,134. 3.0 5 8 4 5,295 5,563 0.134 3.0 6 6 4 6,357 6,625 0.134 3,8 44 6.357 6,625 0.134 3.8 I 8 8 4 8,329 8,625 0.188 .6.2 I i �II F 1 I i `Neo Site neetyn NY}'�trNet SCIuHons Wnw the w6bmwwr i i I i I I ' J ' f i a . I i1 .I 4 € ava•.atu A'AtLL11rj I I I I l Welcome I contact I UPS TM Trackfnc N 40 & 10 Weld Outlets: MT- 0 pipe_ out ?t I Tee Off 1 -Tna TT a 40 & 80 Seamless Other FlUings: Latera s I mos es &Tees I Wves Ada�les i ------------ Fabricated Crosses and .- Tees d a i Dimensions and Weights (Inches/Pounds) � I NJ f FDimenslans conform to ANSI B 16.9• Specify sizes as shown In charts, See j prgssu Temperature Charts for Type 40 & 80 Weld Outlets. Available in 5 35 . 8 � • for special applications. Send complete speciOcations,) Full Size outlet Dimensions l' Naminel C hl i srzs 1112 142 11718 111a 1718 2114 z Va 1112 2 2112 3 21/2 3 3 3/B i 3 318 4 4118 4118 Y 47/8 4 718 r G _ 7 7 91/21 81/2 y 10 10 17. _ tl 14 ._v1 11 2 12 6 12 B 1/2 18 111/2 Aitttl moil. Y3gte o2� Island Pitting 20 15 15 1 16 _ 22 6 24 37 17 30 21 21 Reducing Size outlet Dimensions a s uomnel c ro ,I $174 ixix3/4 1112 1 11 i i x 1 X 1/2 •1 1/2 1 1/] 1114x31/4x1 1718 1718 { 1 3/4 x 1 Ila x3/4 1 7/8 1 718 1 1/a x 1114 x 1/2 1718 17/8 1312%11/2x 1I/A 2114 21/k I inx1112x1 21/4 24/4 _ 1 1/2 x 1 1/2 x 314 2 114 21/4 �- 11/2 x 1 112 x 112 2114 2114 2x2 x11/1. 21/2 21114 j 2 x 2 x 11/4 2 I/2 2%2X1 23/2 2 2X20/4 2.1/2 1314 .I. 21/2%2112x2 3 2314 g 25/8 p 2112x2112x1in !I 2112x21IZx 11/4 3 231z 21/2x21/2 xi 3 2114 3x3 x21/2 3 318 3 318 3318 3x3%2 3318 � 3%3x13/2 3318 2718 3 x3 x1 IA 33/8 2 314 31/2x31/2x3 3314 3518 34(2x3112 z 21/2 33/4 38f2 31/2 X 31/3x2 3314 3114 3 1/2 x 3 112 x 11/2 3 314 31/8 it 4 x 4 x3112 41/8 4 I. 4%4x3 4118 3718 0.x4x21R 4118 3 314 3112 4x4%2 41/8 a 4X4 11/2 41/8 33/8 Sx5x4 42/8 41/2 4718 41/Z !I 5%5x31/2 :I 5%5x3 47/8 4318 5%5x21/2 4718 4F/4 J 47/8 4118 5xSx2 fiXfi XS 55/8 5318 E 6%6x4 SS/8 51/8 6%6x3112 55/8 5 6%6x3 C 55/e 47/8 6 x 6 x 21/2 55/8 43(4 I! x8%6 7I i 8 n i i 1�acu1u A It UL% _ 1 Bx8x5 BXBx4 7 6118 � Bx8x3 7 6 lox lox 8 81/2 8 10x 10X6 8112 75/8 lox lox 5 83/2 1x12 lox 10x4 8372 71/4 I 9 12 x 12X 10 10 1/2 12X 12x8 10 9 12X 12x6 10 8518 Ia u2 12X 12x s 10 14%14X12 It 142 14X 10 3I SO Ue 14X 14X8 FY 93)A 14%14x$ S1 11/11 16X16x 14 12 Y2 I 16x 16x 12 12 115(8 16x 16X 10 12 111/8 16%16X8 32 10314 16 x 16x6 12 f03f8 18 x 18X 16 3342 13 Is 18x 14 13 18xisx12 131/2 125/8 Is x is X 10 13 1!2 12 3(8 I. 18X 18X8 13112 {1.3/4 20X2ax18 15 141(4 20 x 20)(16 15 34 kt 20 x20x 14 15 11 r 20%20X12 15 _ 19518 �I 15 I8 _ 20xAUX 8 15 12314 i. 24 X 24x 22 17 17 24x14.x 22 17 •17 24x2Ax 22 17 IB 112 24x24%21 17 IG 14 x 14 x 22 17 16 24 x 24 x 22 17 SS SJ8 z4Xzaxzz 17 15 UB i s I Wet Ste De gri by WgbAct SWAMS 1 ' Cdn`act Me Wetmemr---S�S'kH4lE p i i I i i d 1 i i 1 Section#7 MSDS { • Material Safety and Data Sheets i i 1 ; I i i i r i i Submitted by. Island Fire Slainkler.Inc. PH: (631)472-4500 81 Keyland Court M: (63 1)472-6800 Bohemia,NY 11716 f r i i j I 1 I r'emxu+aansalraaarxrr VfctaulloO L64dan'k MSba (Material Safety Data Sheet) IDENTIIY(A4usadonlahelandget) A41W9/an('spaceraranalpennhYed/fenyNem,4ro( &ab/eernn r Victaalic Lubricant .h/aaaatbn,§a+•apabky draspacem+•stbeearAadbl'a6txfadiat. s>+cTtaN 1 "anWaolarere Nulne, E'mergegC/TelephoneNJmber Manufa,#uxdd for Victaulic Co. of Am. 1--800-522-0259. Address(Nimtre',67,wt ftSotemdlpGb*) TalephonsNwberfor pdormaVon by seacord Corporation. 1630-559-3300 17th a Mickle streets Dale PrdpaMd Camden, New Jdrsay 08105 4/1/2005 S1�aWra of Preperer(g7t/onolJ' • I j SCCTION 11—Hazardous tngredlentsfidentlty Informatlon • IiazzrcbuaCom6Saldnls(3pEciecCtr¢nticalidenBNj;CommanNama(s)} OSMFE. ACeIHTLV 00wLFnilsRecaeamM N. (optbnaq Diethylene tlycol None established 18•T9 CES #131 ,48-6 Diethylene •glycol is subject to the repprting requirements of SARA Title II, Section 313 and 40 CFR Hart 372. &HIS Rating Flammability 9 (0=• ®3,nimall 1= slight, 2= moderate, Health 0 Reactivity 0 3- serious, 4= severe) SECTION III•-PhyslcallOhemical Characteristics scir"pant lIA Spea6icGravlyy(Hs0=1) 1.09 Vapor Derlsdy(AlR-1) Evaparakri Rats N/A (a AylMetalB S) NIA 3o1ub16;yb,Wstar APPreciable Appearium and Odor ,I Tan colored paste, nlilcl• odor SECTION iV—Fire and Exploslon Hazard Data Rash i Ont(Mottwd used) Fsawwwo offer - IL.EL UE4 None Non–£lEmuaable N/A N/A ExOngetsl0rlg Fledia N/A special FreFWhUng Procedure •�— N/A - Unusual Firo and Ex$aalon Hazards'. None a F61S1EneilTilCaVACCfYWlL{IC-O RNYnGMfa;VkGUrU-reHw00A-t-wmcls� iSIr RTD W@aiwc•-tca•Rwt•E!0-PICKNI:(i507.712S41A•Fac B16"fr•esv3:dclrka+4lmMcwm , Phot4 0*PR4•Fxcf05-90774•tadiYoa tm ., { Er" F91 wa :t41-i5w•Fzc32•k3Cmna ecaik drasos ld tt ' 1 UXA Mrs )IM411Ce+ptt440J�C19 03,eseaYkeraPAsAdkle ce*elmd.' °aten -Ft=614m •Foxe10- -Wit TLvnk= ib aulid , N!sAalas(a•Pirt�8641-5+.6151•Fae A471-;E95i2�•tmr6:vka�ridarlkam _. ._ _..___ _ d i i 1 E 3 d SECTION-V-ReaativltyData Stfib7 I nY, Unsiebta CondifanatoAvold q None 1 $MIS X inwmpathriy(MefedahlaerroldJ None d s Hazartlaa Dswwpositlon'v Byproducts d None S HaxaPoaus PdynteraaNan MayOedir CokNons to Avow + None WW not Ocaur X SECTION A-Health Hazard Data, gouta(s �at Entry: Inhalation Skn? higesIon? i xa . Yes No Health Hazerds(gw/es�dGyuarabl Hay cause slight,eye irri£ation•or skin•irritation to persona sensitive to soap products. d Oarclnage pr, NTP? IARC Mon0gepha7 OSHARegNdedi None No W6 NO Signs end Symplorgs of Exposure Slight red'nasa in eyes or on skin Medtoal Coagoos Oeoemay Aggravated e'y Exposura None kiiewn Pmargerlcyand fhstAld Procedures 1 fid?*eye contact occurs, flush with water for five minutes. Xg irritation'persists, get medical attention. hyeic.leA - treat ab soap irritation WOnON V11--Preoetutlons for We Handling and Use 'I era...,��_•,_..-nrrt�e-ktQedarisHale 3 e up w th paper towels'or cloth and dispose of appropriately. SMaela LNsposel Mesaod { In acoordance with local, stat;o and federal regulations 1 ' PrecautknabhoT ninHaMMgend9tadng Nome o er Preoa Slu { None ii SECTION VIII-Control Measures Respiratory Protedian(.$er�yy/reJ Norie required VenYGlalon lord Exhaat Special None required None required o Machar"(oamw Clher�— f None required None required S �Proteclive 6lov5s - Eye Pratedloa Rubber or plastic coated Safety glasses Ocher ProteaWeCKhIAg orEqutpment i None required Woddl-Iygienlc pm*,es Standard 2 vicfaule I.ubllcant MS08 G 1 � r l , wACVM OSHArRequlred Health And Safety informatianl ASr1 This Ctitaterial Safety gado Shdet(MSAS)Was requested momsnfsago frHercule$Automated Fax Information System. PleasefMitirdit OMmedlatoly to the person in charge of MSDS's,or retain It atthe ' machin&until claimed. Sectron 1 I MATERIAL aAFETY DATA SHEET# 8Mr[rH71At l F1 ' TF,E rape �w. Date Prepared: !312811990 i.astReviewed: 411312000 IllSoeeStreetalcomyanyNa p 111 South Street I Passato NJ Voss r aaosNszrcratsia�uo Phone(800)221.8380 Fax(800)333449 i Secifon2-Nazard6using�enlsQden 'lnfonnatian Haxaidouscomponan{a(Specific chemioal ldentltyi ASHA PEL AOGIH'n.V Other Limits 8ppeceaund common Name(s),cA8 Numbers) IldliehnA This product is dassilled as an'arUde'in accordance w1h OSHA 1910.1200. Forproduet of ambient cape hnte i cond18om no known hazards edsL See parts e A(3 below forinformation about polytetralluorothylene (9ao2-W) at no temperature conditions, H,431S Hazard Rating: Health:o 'F(arnmablitr 0 Reach tty:0 Personal Protection:A iF6ollingPolnk('F): spectf6Gravity Vaporbenelh VaporPressur i (Hoa=1): • ter=t1: (mmNyh WA WA WA Meiting 1, ('Pj Evapbra&on Rata: Saluhllity 6tWafnu (Butyl Aaetata a7) e20 WA Flat Soluble Appearance And Color. While.tape odor, Odorless Secdbn 4 Rre And Expfosion Hazard Data Flash PoBt: Flammable Limits LEU Ua; ANA(NorrBuming) WA. VxUnbuishing Media: Non•buiruits preseroa in a rim does wt hinder the use of any standard extinguisIft medium S p acia I FlroFlghtina Procadures: Avoid inhalation of decomposition products.SCBA recommended. U nusum Fire And Explosion Ha ands: Po(ytet-Juorodhylene,gVes off todo fumes above 800°F(315'Q Continuedon t1extPalo ' i Hercules Chemical Matdrlaf Safety Data Sheet fr 8 TFE Tape Pago 2 $eodon 5"Rea clfyffyDafa stability Stable' Conditions To Avoid; Above 600°F.resin vdll siovdy thermally degrade Into a seriesof unstable,shortxrved fluorocatbons and hydronuodc acid. j i incpmpatabllity Sodium Potassium Alloy ! (htaterlq s"(o Avoid): Hazardous 0acomposiGan: See stability Infomradon above. II Hazardcus Pc!ymedzaaan: will not OoOUf •S"e0flon 6•Health Hazard Dais Routes ofEintry inhalation NIA Skin NIA Ingestion NIA Hoslth Hazards No known hazards at arttWent conditions. See"Signs&Symptoms of F—Vosure" p 6 Caroinogenisity NTP NO IARC, NO OSHA Reguletod 'NO Ili Signa And symptoms of Exposure: Inhalation of fumes resufung from thermal degradation(aver 6004 F)MAY cause"fume fever'MM has syr MM similar to metal fume fevsiror influariza(chills,fever,dghlri"s of the chest). MedicalCondittonsGanarallyAggrevatadey.Exposure: NIA Emorgenoy And First Aid a roeedureaz The symptoms of"Fume Faver"menloned above do not ocatr until several hours atter exposure and may pass within 36 td A8 hours,even In the absence of ireefinenf. Condnuadon�iaxtPage i 4 j ! i ` I I � i ' I I ! r I i I I. j I I i l l f I II I i Hercules Chemical Material Safety Data Sheet# 8 TFETape Page 3 I { Section 7. PtecauBans For Safe Handling And Use; Steps To Bo Taken In Case Material is Released Or Spilled; Sweep up and coffectEs harmless organk matter, Waste Disposal Mathod:' .� Dispose of as harmless organlo waste.,Burring not recommended. Precaupons*ro SO ISkep In Nandling•Andalorfng: NIA Other Precautlons: j None Section 8-Control rNeasurosr Respiratoryprotection: None required at embieht condidons/nomlef use. Ventllation: l.ccsl ExhaustwA •Spectal NIA Mechanical N/A other: NIA Gloves:is None required " Eye protoctton: Goggles,If contact wllh eye is probable, Otharprotecgve NA ClotNtng: , WorWHyplaWa Practice! N/A S I • I I' For•Hercule's Material Safety Data Sheets by i ,yp fax anytime, day or nIght,jiust call I3W ' 1-800-942-INFO (1-800-942-4636) from any yam Touch-Tone phone. Have'your fax number ready. Checking the. product label for the correct MSDS it will save time. I i • I 1 I i I � 1 i li f ii ,may�/y� /' �#y� i 1 SDS Poi'l f/■a>r✓oild' F Materia/Safety Data Sheet Est°ems"9'x' 5 i PEftMAB0ND LH 050 c READ MATERIAL SAFETY DATA SHEET B—EEDRE HANDLING PRODUO Issue Date 10/10/06 1.CSEMICAT,PRODUCT AND COWANY 309N'1T1tlCATION PRODU NUbSER PRODUCPNAhE MKOOND'LHOSO MmWkoturer PERMABOND LLC 20 World'sPairDrive Somerset,N7 08873 BMRRQBM.'Y'PHONES; }MTCAL-1-866.87,7.6282 TRANS11ORT--(CR24TEC)--1-800.424.9300 1 i WDS REQUESTS!HELP LW,. 1400-640-1599 SYNONYMS Nan* 2.COMPOSTTIO.xagoRMATXOMONINGR]MEMS G:WCAL FAMILY AnacrobloAdhesivelSeefaut COMPONENT CAS NUMM CONCt V RATION(ye) Te7aetEtyleaeglycol dimethacrylate,85% 109.17.1 30-60 j TetasodiumethyleoadlamideteGaacatata 64-02-.8 115 )31XtMylW,*a Cbhol '617.94.7 0.014.1 3,R"MS lDNNl9Fl=0X E�fERCi WCYOVERVIEW J BYE IRRITANT. SK'R•1 rRRYI'ANT - ' SKIN SBI`ISCIT7.E . ! White Pasto Nfdd,pteasant odor M Will cause eye irritation. May cause permanent damage if eye is not 1 immediately irrigated, SMCONTACT Repeated and/or prolonged contact may ow se imtadod and shin sedsitlWOL DRAI.ATION Irritating and/or toxiavapora may be released at elevated taanperalurss Ua bafy to behaxardbusby Wndadogbecause ofthe lowvaporpressureofthe nulla W. at aombiedttemperamre. INdESTION Ugcause nausea,vomitingand diarrhea. . i I V 4.]'RAST-Am 111LvASURPS HV3 Immedlately imgate wkh eyewash solydiea of clean water,holdng the eyel& apart for at leasf 10,minutm. Obtain immediate medical htteation, i SKIN CONTACT Flush exposed areas tisoroaghly with soap and water undl all chemical is removed.Remove oontamiaated'oldhing and launder before reuse, INHALATION Using proper respiratory proleotioo,iamedistalyremove the affected vidira &em exposure. Administer artificial respiration if breathing hss stopped.Kerp at rest Call for proper medical attention,Remove 10 fresh air.If breath rg& i difficult,give osygea tf breathing has stopped,give artificial respiration Od Medical attention. PAGE 1 Of S ' 1 t 4 A l MSDS Permabond" `Material Safety Data Sheet Ermneertngaritr�tvea i i PEP MABOND LH 050 READ MATERIAL SAFETY b T�1 ,SHEET BEFORE HANDLING PRODUCTI j Tdsue Date 16/10/06 4,FIRST-AIDMEAMWr CONW INGESTION DONOTinduoevomitin& Iflndividualisconsoious,eve milkorwaerto dihrta stomach oontents, Keep wamn aad quiet Get prompt medlcet ageoilon• DO NOT attempt to give anythingby mouth to so eaconsolous person. S.P7;2TiFSGfiTINGhII+A3URES I AUTOIGMON None Established ! FLASEPOINf 23 0 ooF tSetaflesh Closed Teeter) ' EXMTOWSMOMMIA 'CO2,DryChem1oal;7oam;WiterFog UB ALFIRIMORTINGPROCMMWS Fiiefigraersshbuldbeeq*edvAsetf-contalnedbreetilag apparatus to protect agalast potentially ttodG and irritating 1 flume+.;Cool expoted eopmentwith-water spray. :I h FIRE&EXPI.OSIONHAZARDS PolymcrizWoumay ta.Faptaceatelevatedtymperatures. RA&LNMAM HAZARD CLASS I-ngbl. 6..ACCID)�fALREI,FASElSSEAS SPILL AND LEAKPROCEDUMWouprotective olotbing.Stop leekifyoacandpitwithout 611-Porsmall j spills take up with sand or other Wrl absorbent material and place ls a container for Iater&posal.Note:in Wkquantitlos,product absorbsdon inert material may Polymerize geaeratingslEfthht heat aadpressure Veat&p6sai oentamerto prevent buildup of pressure:Can cmxfutly sondify with anaeaobio surfaoo oondifter and dispose of as solid waft Far safety and environmental preoautbns,please review endre Material Safety beta Sheet for necessary i knas ion. 7,UANDLWG AND STORAa 80 MP j FIANULINGATORAGE Keep away from heat,sources of ignhioa•and direct sanUght.Keep materialrefr audodatthe gtorage temperature referenced above.D'o notteazo. 8• EXPOSURE COttTROLS/YEESOYALPROTECTION j COLWO1dIM ExpOSURELwn 19 Saccharin ACG,IPFTWA:i0mgfm3 OSHA•PEL:15mg1m3 ' ACOIFkIWARcsp'uabte:3• 0SM4ELResp We:5mg/m3 mg/ar3 ' VENMATIONREQUIRE&MM General. -BYE PROTECITONRRQUIREMEWS Safety eamos,goggtwor>;ioeshield toprow againsttp(ashmg. GLOVE REQLUDAHNTS, Employee must wear appwpdato protective gloves to prevent coatsd with this substance. CLOMINO REQUIREMENTS No special clothing required far low volume activity. WASH"'QUDMOM Wash before eadng,drinking,or using toilet facilities. RESPIRATOR REQUIRE RIS None nquiredun&rnormalbandGagwndiEiedUse MOSH approved respirator ifvaporormist tevefs am Irritating. I r • PAGE 2 OF 5 f t 1 h MSDS ftmr`1:1od" Material Safety Data Sheet En�ne n9a PERMABOND LH 050 READ MATERIAL SAFETY DATA SHEET BEFORE HANDLING PRODUCT! Issud Date 10/10/06 'r 9.PTTSf SIC ANA CHE1l9CALPROPF.RTIFS � PURB S STAPfCH OR MIXTURE Mlxhue ^ PHYSICAL FORM Pasta COLOR VARe ODOR Kid,pleasant ODOR.7MMHOLD Nctavallable 1 IULBCUi AR WETQHT Not applIoable PHASIS Not applicablo PEW ps)SOLTMON Not applicable O30DIVNOPROPERM Not applicable b1>BfUNGTMEZINOPOINT NonoBstablished SOLUBILII YIN WATER Inaglublo PARTTIMONCOEFFICIBNT(n-octmoVwator) NonaBdablbhed VISCOSITY • 2000000S SPECIFIC GRAVITY(WATBRml) .1.09 EULIC DBN8ITY 8.91 Ib/bat ; j EVAPORATTOXRATB NoneEstablisbed WORPRESSM(mntHg) 0.01 VAPORDBNSiTY(air=1) 1.01 VM ATILBS <1% VOLATILB ORGAMC COMP MMS 0.69lb/gal 'AUTOIGNTIYON None Established FLMH.POINP 430 mF(Seta&.k*Clpsed festa, 10.SI•ABILITYA11D REACTIVITY STABILITY Stabie 1wJ_AVFLALS TO AVAI'n conditioners ; . RRACITVITY•HAZARD.CLASS 2-Reaotivemote6e1. ! IIkWMoUSDBCOMPOSCiTONPRODULTS ThemUddacoDPXklonooaldproduce oarbonmonoxidq cerhdn dioxide,and tmidontifiedorpric compounds. ZAZARDOUSPOLYMRRiMMON NoteiPRRMA-LOW)products ammoembicand COMMONS po(ymerliein the absence ofair.Sunllgl{excessive heat astl ccutamb4ou by met43 orau=obio surface condtHoaerh large quantities,will also cause polymedzation. i 1l.TOMCOLOGICAL INFONIA71CN ROUTE OF ENTRY Skin Cogtact;Eye Coatart;Iagestlon' CRROMC(LONG TERlI?EFFECTS OFWOSURL• TAROBT ORGANS Skin;Eyes SKINMNSITTZATION Sensitizer. CARCtNOOM Possible cooter hazard.ak of cower depends on duatae and level of exposure. s 1 PAGE 3 Of S pi ii i MSDS �,, Materiel SafetyData Sheet ��"����� 1 ,i PERMABOND LH 050PEAa i D M TOTAL SAFETY DATA SHEET BEFORE HARPLING PRODUO Issue D'at:e 10/10/06 f 11.TOMCOLOGXCAL WORM'ATTON—CONT'TS COMPO/T,B a ORAL T0MCTT1' NOTES ON ORAL TOXICITY retraothylpae glycal Low oral toxicity. dimethaotylatt,85% Saccharin Ozal LD50: Mouse 17#ki No hazard In normal industrial use. COMPONENT DERMAL TOXICITY NOTES ONDERMAL TOXICITY TeWethylene glycol Irritatingto thb skin,Repeated aud/ar proloa8ed dimetheorylate,85% contact may cause skin 6owitimt1on. Telrasodium Severely irritating;may cause permanent sun ethylenediaminetetrazcetat damage. Y I e I Saccharin Repeated and/orpmlonged cotttaot may causesbn sensitiratlom May cause photosousitizatioa evidenced by repeated oeowrenoe of dennatiticrash OD exposmo to Stmlight.• i l COMPOIENT WEAL ATTON TOXICUt NOTES-ON•IhIITALATTONTOXIMY I Tabeethylene glycol May cause Irritation to eyes and MhatorysyAaot dimethaerylate,85% Vapors and/or aerosols which may be formed at elevaJcdtemporatures may be Irritatingto Oyu Md I� respiratory bract, i Totrasodima Vapormay be irritant to ti erespi a oty trod Avoid othyleaediamtnatotmacetot _ bre ln¢vanon1rmivra I a i, Saccharin Dust is i rttant to the respiratory tract. COMPONENT NOTES OM EYE IRRITATION'• ? Telraethylene glycol hritating,but does not!r4bra eyatissue. dimethaeuylate,85°/a Tetrasodium Severalverysevemirdtant ottylonedi unmetetreacetat a Sacclte irr Particulates may scretch eye surfaces ad cause moalmical irritation 12 ECOLOGICAL WOJi dATTON POTE MAT,TO FIIOACCUM[)I,AV Unknown. AQUATICTOXICIT'Y NoneEstabtahed ; a 19,mmsAL CONSTDEnnOI S _ { WAST&DISPOSAL METPIOOS Disposal should be in accordance with local,stale or national legislalice. ndPTYCONTAINER NARNNOS Empty containers may contain product residue,follow MSDS and law 5' warningseven afterlhcyhar'e been emptied. 1 PAGE 4 OF 5 I' i ��,y s S pot 1.1 � ft191rre�rPtBASheslyea, { Material Sat6ty Data Sheet PERMABOND LH 050 j READ MATERIAL SAFETY DATA SHEET BEFORE HANDLING PRODUCTI t Issue Date 10/10/06 P 14.TRANSPORTATIONINFORMATION r e 1) RTW7W OF TRAN20 CATION GROUND MUM Propet Shipping Name: Unrestricted Hazard Class or Division: None Identification Number. None holdrigGrroup: None ]NCSRNAT[ONALAIIt •RaNSPOR Mgx(-ICAOIfATAI Proper Shipping Name: Umre*cted' Hazard Class or Division: None E Identification Number: None . Packing Group: None i PJATaR TRANSPORTATION t71vICr1 Prop erS hipping Name: IJmrestddtod Hazard ClassorDivisiom None Ideati8cationNumbm None PaCkin&Group: Nene Marine Pollutant Now { 15.11EGMATOAY L\' OM IATION USA TSCA All components are on the TSCA inventory. i i — ���� �eg,NIR,dB1R1. ('ON�lit1'fRATT�(� ;i Seccharia�Pfauofucturin8,nusappliernoti adon) 81-07.2 0.6 ti [1,2•Benziso6lazal-3(2B�mo l,l-dioxide]. CA LIFORM PR OPOSMON•65 WARIMNG M product contains the following charnioals that are known to the State ofCalffornift to Om' canaPj birth defects or other reproductive harm: CAS NU.UM SACCCCAARIN 81-07.2 a 16.0'TJSER MORMATION. •MSDSDAlt 10/10/06 This MSIJS cootains changes from the previau'oae to se000n 14;Update on Trawportadou Infonuation- FORINFOMIATIONCONTACT: pemabondllC BEEP Line: 1-800-640-7599 ADDITIONALIWORkATION:The information give]]and the recommendations made herein apply to oar products)slant and are not combined with other product(s).Such aro based on our research and on data from other suliablo sources and ma bellevedto ben No guaranty of aaumey is made It is the purehasea s respoastbility before using any product to verify this data under their own operating conditions and to determ ne whether the product issuitabiefoctheir psxposes. PAGE 5 OF 5 I i i 1 Section #8—FCVA j • Reliable Model CR Commercial Riser ? Victaulic Series 705W Firelock Butterfly Valve f� f i J f {I I I 3 1 Submitted by: Island Fire Sprinkler. Inc. PH: (631) 472-4500 630 Broadway Ave. FX: (631)472-6800 Holbrook,NY 11741 I i i - Bulletin 617 Rev.CRel ; 1. t Model CR Commercial Riser Riser Manifold for 1 lable Commercial Applications j j e Available-sizes/pressure Ratings• 3 i 11/2"(40mm) and 2"(50mm) Threaded - 250 { psi (17,2 bar) Working Pressure 2"(50mm),21/2"(65mml&3"(80mm)Grooved-300 1 psi(20,7 boo Working Pressure 4"(100mm),6"(150mm), &811(200mm)Grooved .300 psi(20,7 bar)Working Pressure Features I 1. Cast stainless steel body construction for threaded 1 manifolds. J ff 2. Painted,cast ductile iron body construction for grooved I,4 manifolds. S. Brass and galvanized Trim. 4. Factory assembled and pressure tested. 24 VDC. See Table 3 for triggering flow rates. 5. Available with Test and Drain Valves in various orifice • Basic Trim with Pressure Relief Kit sizes. Grooved end Test and Drain valves are available Commercial riser manifold assembly includes a cU- as MTO. Lus Listed pressure gauge, a 1/4' three-way valve, a II 6, Optional Pressure Relief Valve Kit available for all sizes. drain(ball)valve,and a dedicated waterflow detector 7. Same take-out dimensions for the 11/2"(40mm) and containing two sets of SPDT (Form C) contacts, hav- 2"(50mm)threaded sizes, ing an electrical rating of 10A® 125/250 VAC/2.5 A 0 8. Same end-to-end dimensions for the 2"(50mm)through 24 VDC.See Table 3 for triggering flow rates.The non- I! ad 2 ustable Pressure Relief Kit will maintain system 8"(zoomm)grooved sizes. 1O I 9. Approved for installation in horizontal or vertical posi- pressures below 175 psi (12,1 bar). '9 tions. • Basic Trim with Test and Drain Valves Valve ^. 10. Built in drain port allows hydrostatic testing without Commercial riser manifold assembly includes a cU- draining the system. Lus Listed pressure gauge, a 1/4" three-way valve, a t 11. 1/4"three-way valve allows for easytesting and replacing Test and Drain Valve, and a dedicated waterflow de- ! of pressure gauge. tector containing two sets of SPDT(Form C)contacts, 12. Dedicated UL Listed ULC Listed and FM Approved having an electrical rating of 10A 0 125/250 VAC/2.5 Waterflow Detector assures optimum sensitivity. See A 0 24 VDC.See Table 3 for triggering flow rates.The Table 3 for triggering flow rates, available test orifice size inside the Test and Drain Valve are Product Description (choose one): I The Model CR Commercial Riser comes factory assem- • s/e" (K-2.8)(1) bled with the necessary accessories for a cost effective,yet complete riser assembly. These assemblies are UL Listed, 'hs" (K-4.2) ULC Listed and FM Approved as a unit. 112" (K-5.6) Cast-on lettering on the manifold identifies manifold pipe „ size,flow direction, gauge and drain outlets,and UL Listing 5/a" (K-11.2)(3) ' and FM Approval markings. The Model CR Commercial Riser Is available in four con- • 3/4" (K-14.0)(3) figurations(see Figures 1 and 2): `hs"(K-16,8)(2)(') • Basic Trim • 15164"(K-22.4)(2)(3) Commercial riser manifold assembly includes a cU- Lus Listed pressure gauge, a 1/4" three-way valve, a 1'164"(K-25.2)(2)0) drain(ball)valve, and a dedicated waterflow detector (')Not available for 4",6'and 8"risers. containing two sets of SPDT (Form C) contacts, hav- (2)Not available for 1112'to 3"risers. Ing an electrical rating of 10A 0 1251250 VAC/2,5 A® (3)Not available for 1 lb`to 2'threaded&2"grooved risers. The Reliable Automatic Sprinkler Co., Inc., 103 Fairview Park Drive, Elmsford, New York 10523 t s i THREADED ENDS ASSEMBLIES (1-112"(40MM) & 2"(50MM) ONLYI E B e 1 3 D� D RRESSGPE i 3-WAY FIEDUCING 3-WAY Alf i VALVE TEE VALVE ATf C .� i� K r C r PRESSURE r ® (TAKE Dur) , Off) G� A + I A n IBALL Ir VALVE F--C—�i VALVE fI WETE W DC ) DEIE= BODY =C"d EiEC10R BODY id BASIC MBY WITH PRESSURE RELEF KIT j t (2 (50MVERSION SHOWN) ESTABLE 1 J j PREMff D PRESSURE FVALVE "a 3-WAY 9 VALVE E DUE) (TAKE ONNN/FW" (A91AY NINE 1 L-4 Beni ASSEMBLY WITH TEST AND DRAIN YA!VE BASIC ASSEMBLY WITH TEST ASD DRAM VALVE �) g PRESSURE REUEF KIT i (Z (SON VERSION SHOWN) SEE TABLE 2. (2• (r,OMM) VERSION SHOWN) SET TABLE 2. (TEST AND DRNN WDO NT bTr POSIIIDN) (TEST AND DRAIN WIN IN 'Orr PDSBION) Fig.1 Note:1114" Grooved end Test and Drain valves are available in various orifice size as Made To Order(MTO). i I I 2 I ( l GROOVED ENDS ASSEMBLIES (Z" 50MM 2-1j2" 65MM 3"SOMI 4"(1001AM), 6" 150MM1. & 8" 200MM i D D I 3-NAY 3-WiIT_ -5WET Ilk ���i wudw i�s.': muw � '• rPF55UXE Ali rFf.,SUFf`Y �gI�� PR �W,pT �'-Yl 4 LKr.. LAULE �Fii C40q UCf ryRli AR z t 1 A f 1i ('TAAE ouT) (TARE DBT) Y RCY J r NATERFLOW-' NANf7LDJ I'ALI'E WdiCAlLOW�' A14Nf(kl' i LEFECTOR 600y {..—C__. (OOCTECTOR jA7pY r i ONNfC10.NfL _t4 A BASIC ASSEMBLY (3" (BOMM)_VER51ON SHCWN L� �'�IDwo, ii SEE (ABLE 1. BASIC ASSEMBLY WITH PRESSURE RELIEF KIT (3" aOMM) VERSION SHOWN I (SEE TABLE 1.1 l J-war D A Yf, �� GkfSCURf, -*AY VALVE GdJGf VALVE _ ) teY PXf aiURE E (TAKE DUII ^ I A -- A IE L O w.fTEcITcw 6wvy tDJ OfTfCT[ar Ed;,Dy ( N:dPXF10)Y�' AdNFULOJ O[TEi rOR any (DRAIN I'"' t { CONNECFIDNI --. { BASIC ASSEMBLY WIT TESTNA D ORAIN..VALVE —E VA 11c 4" IOOMM VERSION SHOWN SEE TABLE 2,) BASIC-ASSEMBLYWLll�T�R NAI VALVE rcaaN ��-)- -�-'P & PRE$ 9R RELIEF KIT ccwrvccTn. l (MST AND DRAIN SHOWN IN "OFF" POSITION) ' L"_( OOMM 4ERSION S IOWN SC�TABLE_2.) � i (TEST AND DRAIN SHOWN IN "OFF" POSITION) 4 Fig.2 iNote:11/4" Grooved end Test and Drain valves are available in various orifice size as Made To Order(MTO), 3. i Table 1 Dimenslona&Wel hts Basic Assemb Basic Assembl wRh Pr9saure Relief Kit Manifold A B C D E Weight A B C D E Weigh Pipe Size In(mm) In(mm) in(mm) In(mm) In(mm) Ibs(kg) in(mm) In(mm) In(mm) In(mm) in(mm) Iba(kg) In mm Threaded 11x(40) 11 11'h 3 73/4 814 8.3 13'12 12'14 3 71h 8')n 10.4 i Enda 279 292 76 197 -210 3.8 343 324 76 197 210 4.7 (SEB ds 1) 2(50) 11 12'1+ 31/4 8 8'/4 9.1 13112 13112 3'/4 8 FL-0 /4 H133 279 311 83 203 210 (411.. 343 343 63 203 2(�) 12'/4 15 4'la 8 13 10.7 16'/4 16'14 414 63 324 381 108 203 330 4.9 425 425 108 203 30 21/2 123/4 15112 4112 614 13 12,9 163/4 1Tp 02 81/+ 13 16.7 65 324 394 114 210 330 5.9 425 438 114 210 330 7.6 Grooved 3(80) 123/4 16 43/4 8112 13 17.6 163/+ 17'12 4312 81h 13 18.3 Enda 324 406 121 216 330 B.0 425 451 121 216 330 8.3 (SEB Fig. 2) 4(700) 12112 18 51/+ 9 13 21.3 1'6'/4 18112 6 9 13 26.7 318 457 133 229 330 9.7 425 470 152 229 330 12 i 6(150) 12112 20 6'/4 10 13 26.3 1&A 20112 7 10 13 31.8 318 508 159 254 330 12 425 521 178 254 330 14A $(200) 12'12 22 4'/4 11 13 31.0 163/4 22'12 8 11 13 36.5 318 559 184 260 330 14.1 425 572 203 280 330 16.6 ) i Dimenalons&Wei his Table 2 Basic Assembly with Test and Drain Valve Basic Assembly with Teat and Drain Valve&Pressure Rellef KnMani IP�pB S� A B C D E Weight A B C D E weigh I j In mm in(mm) in(mm) in(mm) in(mm) in(mm) lbs(kg) in(mm) in(rmi) in(rrm) In(mm) h(mn) lbs(kg) Threaded 11/x(40) 11 16 3 73)4 8'/4 10.D 15 16 3 73/4 8'/4 10.8 j 279 406 7 197 210 4.5 381 406 76 19 210 4,9 Illi EFlg 1) 2(50) 11 16'12 31/4 8 8'/4 10.8 15 161/2 31/4 8 8114 11.6 (See279 419 83 203 210 4.9 381 419 83 203 210 '513 2(50) 12114 171h 41/4 8 13 10.7 151h 1711- 4114 8 13 13.3 324 445 108 203 330 4.9 394 445 108 203 330 6.0 21h(65) 12'14 18 4'12 814 13 12.9 151/2 16 4112 8'14 13 16.1 324 45 114 210 330 5.9 394 45 114 210 330 7.3 Grooved ,3(�) 12'14 18314 43/4 8112 13 17.6 151/2 183/4 4314 81h 13 17.0 ! Ends 324 476 121 216 330 8.0 394 476 121 216 330 7. (See Fig.2) 4(100) 14 22 53/4 9 13 25.8 181/2 22 53/+ 9 13 28 356 559 146 229 330 11.6 470 559 146 229 330 11.8 6(150) 14 251/2 8 10 13 30 181h 25112 8 10 13 31 356 648 203 254 330 13.6 470 648 203 254 330 14,1 14'/4 27 9 11 13 35.3 18'12 27 9 11 13 36.3 B(200) 362 .686 229. 280 330 16 470 686 229 280 330 18.5 i 4. • Basic Trim with Test and Drain Valve&Pressure ReliefEngineering Specification Commercial riser manifold assembly Includes a cU- [Model CR Commercial Riser Assembly] shall be [UL 1 Lus Listed pressure gauge, a Y4" three-way valve, a Listed][ULC Listed][Factory Mutual(FM)Approved]for hor- Test and Drain Valve, and a dedicated waterflow de- izontal or vertical installation as a one-piece, fabricated as- tector containing two sets of SPDT(Form C)contacts, sembled unit. The[Model CR Commercial Riser Assembly] having an electrical rating of 10A 0 125/250 VAC/2.5 shall consist of a(choose one): A®24 VDC.See Table 3 for triggering flow rates. The • 11/2" (40 mm) cast, non-welded stainless steel body non-adjustable Pressure Relief Kit will maintain system with threaded end connections [ pressures below 175 psi(12,1 bar). The available test • 2" (50 mm) cast, non-welded, stainless steel body orifice size inside the Test and Drain Valve are with threaded end connections 1 (Choose one): 2" (50 mm)cast, non-welded, ductile iron body with j grooved end connections ' /3" (K-2.8) . 21/2" (65 mm) cast, non-welded, ductile iron body ] • '/,e' (K-4.2) with grooved end connections • '/2" (K-5.6) • 3" (80 mm) cast, non-welded, ductile iron body with 17/s2" (K-8.0) grooved end connections • 5/8' (K-11.2)I3> • 4" (100 mm)cast, non-welded, ductile iron body with grooved end connections • 3A" (K-14.0)(3) • 6" (150 mm)cast,non-welded, ductile iron body with • 16/4" (K-16,8)(2)(3) grooved end connections • 15/e4" (K-22.4)(2))3) • 8" (200 mm)cast, non-welded, ductile iron body with i, grooved end connections � • 19/64" (K-25.2)(2J(3) having all brass and galvanized trim. The manifold pip- Not available for 4",6"and e"risers. Ing shall clearly identify the manifold's pipe size, flow di- Not available for 11h"to 3'risers. rection, UL Listing/ULC Listing/FM Approval, drain, and it 3)Not available for 11h"to 2•threaded&2'grooved risers. gauge outlets. A built-in drain port shall be available to ! permit hydrostatic testing without draining the system. Installation This drain port shall be sized per the following: r 1. Attach the pressure gauge as shown in Figures 1-4. 1 rain port for 1 l be sized and 2"(50owi sizes 2. Install the manifold with the flow arrow pointing j, towards the SYSTEM side using threaded fittings * 1'/4'"(32 mm)for 2'/2"(65mm), and 3"(80mm)sizes 4" (100 mm)cast, non-welded, ductile iron body with or grooved pipe couplings. grooved end connections 3. Connect the appropriately sized drain line. 4. Ensure that the drain valve is in the CLOSED posi- ' 6" (150 mm) cast non-welded, ductile Iron body with tion. grooved end connections 5. Place the sprinkler system in service. • 8" (200 mm)cast, non-welded, ductile iron body with 6. Installation must comply with NFPA 13, Section grooved end connections 8.16.4.2 Take-out dimensions shall be the same for the 11/2"(40mm) Caution: and 2"(50mm)threaded sizes. End-to-end dimensions shall Automatic sprinkler systems having non-fire protection be the same for the 2" (50mm)through 3"(80mm)grooved connection (permitting continual water flow)require dielec- sizes.Assembly shall have aworking pressure rating of[250 tric flttings, according to NFPA 13 sect.4-6, when dissimilar psi (17,2 bar) (for 1'/2" (401 and 2" (50mm) threaded metal piping materials are Joined. manifold assemblies)] (300 psi (20,7 bar)(for 2" through 3" Note: grooved manifold assemblies)]. End-to-end dimensions shall be the same for the 4" 1 Use a non-hardening pipe joint compound, or teflon tape. (100mm) through 8" (200mm) grooved sizes. Assembly Follow the manufacturer's instructions when using grooved shall have a working pressure rating of [300 psi (20,7 bar) pipe couplings. (for 4" (100mm) through 8" (200mm)grooved manifold as- Listings and Approvals semblies)]. 1. Listed by Underwriters' Laboratories Inc. and ULC Listed. Table 3 u 2. Factory Mutual Approved. Manifold Sizes Triggering Flow Rate-GPM(LPM) 3, NYC MEA 258-93-E 111h"(40mm),2"(50mm), 4(15)to 10(38) i 21h"(65mm)&.3"(80mm) 4"(10)nen),6"(150ri 4(15)to 10(38) 1Jt &8'(200mm) i 4 5. I f Ordering Information: Model CR Commercial Riser As embly Part Number Code Key 1.5MT T28(K-2.8)(1) 1 P 2NT T42(K-4.2) 2 2MT T56(K-5.6) 3 2,5G _ T1 2(KK11.2y3) 0=Assembly without Pressure Relief Kit Water Detector-UL&FM 3G T140(K-14.0)1'1 4G T168(K-16.8)(2)(3) 1 =Assembly with Pressure Relief Kit J BG T224(K-22.4)t2)( Water Detector-UL&FM 8G T252(K-25.2)(2)(a) 2=Assembly without Pressure Relief Kit Water Detector-ULC Thea=d (40 mm) B=Basic Assembly 3=Assembly with Pressure Relief Kit y t NPT Threaded Ends AssemblyT28=W/K-2.8 Test&Drain Valve Water Detector-ULC 11 j. 1.5MT= 1112"(40 mm) T42=W I K-4.2 Test&Drain Valve Metric Threaded Ends Assembly 2NT=2"(50 mm) T56=W I K-5.6 Test&Drain Valve NPT Threaded Ends Assembly T80=W/K-8.0 Test&Drain Valve 2MT=2"(50 mm) T112=W/K-11.2 Test&Drain Valver) Metric Threaded Ends Assembly T140=W/K-14.0 Test&Drain Valvar') 2G=2"(50 mm) T168=W/K-16.8 Test&Drain Valvei4i" Grooved Ends Assembly 2.5G=2'/2"(65 mm) T224=W/K-224 Test&Drain Vali Grooved Ends Assembly T262=W/K-25,2 Test&Drain Valver2)( '� 3G=3"(60 mm) Grooved Ends Assembly )Not available for 4",6"and risers. Not available for 1'/2'to 3'risers. 4G=4"(100 mm) $)Not available for 1'b'to 2°threaded Grooved Ends Assembly &2-grooved risers 6G=6"(150mm) Grooved Ends Assembly For Grooved end Test and Drain valves 8G=8"(200 mm) (See note 3) Grooved Ends Assembly Example#1: 1.5NT—B—1 i (1'h"(40mm)Model CR Commercial Riser Assembly with NPT female inlet and outlet threads, basic trim with installed Pressure Relief Kit). Example#2: 3G—T56—0 (3"(80mm) Model CR Commercial Riser Assembly with grooved ends,basic trim with Test and Drain Valve having a 5.6 l K factor, without a Pressure Relief Kit) Example#3: 6G—T80—0 (6"(150mm) Model CR Commercial Riser Assembly with grooved ends, basic trim with Test and Drain Valve having a 8.0 K factor, without a Pressure Relief Kit). Notes: 1. All Model CR Commercial Riser Assemblies come with a 300 psi (20,7 bar) UL Listed and FM Approved pressure gauge for 175 psi (12,1 bar) applications. If the Model CR Commercial Riser Assembly is to be installed in a 300 psi(20,7 bar)application, please purchase a 600 psi (41,4 bar)(P/N 98248005)pressure gauge.This gauge may or may not be UL Listed and/or FM Approved at the time of purchase. 2. If required, Pressure Relief Kits may also be installed in the field. Please contact Reliable's Customer Service Department for details. 3. 1'(4" and 2"Grooved end Test and Drain valves are available in various orifice size K factor as MTO. Please contact Reliable Service Department for details. The equipment presented in this bulletin is to be installed in accordance with the latest published Standards of the National Fire Protection Association,Factory Mutual Research Corporation,or other similar organizations and also wfh the provisions of governmental codes or ordinances whenever applicable. Productsmanufactured and distributed by Reliable have been protecting life and property for over 90 years,and are installed and serviced by the most highly qualified and reputable sprinkler contractors located throughout ttw United States,Canada and foreign countries. Manufactured by The Reliable Automatic Sprinkler Co., Inc. ® Recycled O (800)431-1588 Sales Offices Paper (800)848-6051 Sales Fax Revision lines indicate updated ar new data. Hellabi� (914)829-2042 Corporate Offices www.rellablesprinkleccom Internet Address E.C.Printed inUSA DWO PN99M7M49 i �I IPS CARBON STEEL PIPE- FIRE PROTECTION 10e18 i VICTWOCe1SAMSO 90A CFA7IFEO COMB I Series 705W FireLock® Butterfly Valve with weatherproof actuator for 300 pal service i i PRODUCT DESCRIPTION The Series 705W butterfly valve features a weatherproof actuator housing approved for indoor or outdoor t use.It has a ductile iron body and disc with EPDM disc coating.The body is coated with a heat fused 1 polyphenyfene sulfide blend to meet FM requirements and the new coating requirements for the 5th 1 1, edition of UL-1091.For fire protection services,Series 705W valve is UL Listed and FM Approved for 300 psi(2065 kPa)service.Flow performance exceeds UL Specification 1091 and FM Approval Standard 1112. 1 Weatherproof Actuator Supervisory switches that monitor the valve in the fully open position for valves are available 21/2-12' (73,0-323,9 mm)pre-wired(PW). - 216.6°sizes. Supply-elde Tap Series 705W valves are available with a 1/4 NPT supply side lap designed to allow direct water supply connection to Vlctaulic FireLock actuated fire protection valves.See separate drawings below.This is an optional feature and must be clearly noted on all orders Contact Victaulic for additional information on tapped valves, i i (UL O 6-12'SDes Sae tion lCulla .tor 4elapa DIMENSIONS K� b ° 1 o Dla. '13` B U G i p I svwh m I �l 2 i E -al I I�--J Imo- "" I ia-M ->.I pw-- I i I H--H A-I A-.I it Serbs 705W aeries 705W with Top Valve Size Dimensions-Inchedmlllimsters II Nominal Actual W4t FA Diameter Out Db. EtoE Hgt Inchesimm atcheermm A B O 0 E F G H J K L 0 N N P U&Ag hu 29a 2.875 3.77 9.80 1.80 3.92 - 2.88 5.97 5.45 7.02 0.97 2.31 4.50 1.44 0.60 1.03 9.1' 65 73,0 96 249 46 i0o - 73 177 138 176 25 59 114 37 15 26 4,1 7, 76,1 mm 3.000 3.77 9.80 1,80 3.92 - 2.88 6.97 5.45 7.02 0.97 2.31 4.50 1.50 0.60 1.03 9.1 1 76.1 96 249 46 100 - 73 177 138 178 25 59 114 38 15 26 4,1 3 3500 377 10.48 2.14 4.22 0.08 3.50 7.61 5.46 7.33 0.97 2.31 4.50 1.75 0.00' 0.80 9.8 j 80 88,9 96 W- 1 54 107 2 89 193 138 1ea 25 59 114 45 0 20 4,4 i 4 4.500 4.63 11.89 2.71 5.09 0.07 6.01 9.05 5.45 8.59 0.97 2.79 4.50 2.60 0.73 1.22 15.3 j 100 114,3 118 302 69 129 2 153 230 138 218 25 71 114 65 19 31 6.9 139 7 mm 5.500 5.88 12.82 3.12 5.61 0.43 6.01 9.98 5.4.5 8.59 0.97 392 4.50 _ _ _ 20.0 139,1 149 326 70 143 I1 153 253 138 218 25 100 114 9,1 5 5.563 6.88 12.82 3.12 5.61 0.43 6.01 9.98 5.45 8.59 0.97 3.92 4.50 125 141,3 149 328 79 143 11 163 253 138 218 25 100 014 - - - 9,1 6.500 5.80 13.74 3.61 6.06 1.00 Z20 10.92 5.45 9.05 0.97 3.96 4.50 3.25 125 1.50 25.0 I 165,1 men 165,1 149 349 92 154 25 tai 277 138 230 25 101 114 83 32 38 10 6 6.625 S.Of1 13.79 3.61 8.06 1.00 7.20 10.92 S.dS 906 0.97 396 4.50 3,32 1.25 1,50 25,0 I 150 168,3 1.19 349 92 154 25 103 2.77 138 230 25 101 114 84 32 38 113 8 8625 5.33 18.9'2 4,88 794 1.27 10.20 14 06 8.28 13.30 2.05 2.60 6.00 5.10 0.18 091 52.0 200 219,1 135 430 124 202 a7 259 9, 210 33N 52 68 152 130 5 23 23,6 Tattle continued m page 2. see notes on page 2. 0 neniaiEncTnic MM Or`4CrMIr.C.-0 COPfAIQWM, VICT&LIC-PaM60N O.SA 24MMVD Vldaulic Company DI Malice Flirts 1-800 PICK VIC(1-800-742-W2)•Fen:610-250-8817•0in1iCpir6iCWCIM11i0.c0M Viclaulic Canpany 01 Camila Phora:905-804-7444•Fax:905 884 9774."ail:vi=a 1^iCfaullc.c0ln Viclaulic(camps•Phom:32 9 301-1500•Fax 32-9-380-4438 e-mail viceumOv daulicW C' Victaulic A manta Lmina•Phon6610-559-3300•Fax.510-550 3609 a-mail:vicaloviclaWir,cnm cta U �C Viclaulic Asia Pacific•Phone:65-6235-3035•Fax C5 6235-0535 e-mail.virapwle4wllacom - : __ I DIMENSIONS -------------------------,� i P e O I t B � � r� r 1AP----C' SF I. Pie- . H A I Serbs 795W 9eriea 705W wMhTap Vehv size Ditnenalone-111sheeh1110merora j Nominal Actual Oul.Ole. EtoE HgLInchesYam )norawmmA B C D E F G H J K L 0 N Niji ,I I 1 -. lot250 I 80. 1273,9 I 6.83 114884 1548 I 211 1172 I 131 I 220 ,41M17 I 1456 I 146119 I 2525 3640 228.00 36 ,.0 { f 12 132690 8.50 254 7.� 10.00 2254 866 144.5225 18.588 1 1 822 8805 3 35 I 229 I _ I - I 14623 On csnterline. S Contact Victvrl Is Company of Canada for ULC Listings. 1.To prevent roieWn of valves,it is recommended that Series 705W be installed with Victusho Style 07 Zero-Flax-.Style 005 FlreLmk w$tyle HP-70 Rigid Couplings.If vlcteullc flexible couplings We heed,addmonal support may be required. i 2.Valve must not be installed with dl In full open position.D19c must be partly closed so,that no part Is protruding beyond and M valve body. � 3,Victaulle grooved end butterfly valves ere pemYaed for use with grooved end pipe(IPS)only.Not perml9ed for use with plain and(IPS)pipe. 4.Sedate 705W valves ate designed for amblent weather contlltbns as oppoesd to submersible service. i I MATERIAL SPECIFICATIONS I Body:Ductile iron conforming to ASTM A-536,coated with polyphenylene sulfide blend. Disc: Ductile iron Conforming to ASTM A-536,various grades, EPDM coated. Disc Coating: • Grade"i EPDM i. EPDM(Green color code).Temperature range-30°F to+230°F( 34°C to+1100C).Recommended for cold and hot water service within the specified temperature range plus a variety of dilute acids,bil-free air and many chemical services.UL classified in accordance with Al 61 for cold+86°F(+30°C) and hot+180°F(+820C)potable water service. NOT RECOMMENDED FOR PETROLEUM SERVICES. Stem Bearings:Teflon impregnated fiberglass with stainless steel backing. Stem Bearing Nuts:Type 416 Stainless Steel. Tap Plug:Carbon steel, plated. f 'p 0-Ring:EPDM {11 Bracket:Carbon steel, painted. ;i Actuator: • 21/2-6'(65-150 mm): Bronze traveling nut on a steel lead screw,In a steel housing. • 8-12'(200-300 mm):Steol worm and Cast iron quadrant gear, in a cast iron housing. I 4 tl i f 2 Series 705W FireLGck®Butterfly Valve 1 PERFORMANCE II The chart expresses the frictional resistance of Victaulic Series 705W in equivalentfeeVmelers of straight l pipe' Yalve Size Valva She Actual Actual Nominal Outside Equiv, Nominal Ouelde Equly. Diameter Diameter Feeirm Diameter Diameter FeeUm 1 i Ind»clmm Inchearmm of Pipe Inchealmm Incheehnm of Pipe 11 t 2V2 2.875 5 165.1 mm 165.1 2,8M ,5 I 65 73.D 1,6 ,7 3.000 5 6 6.625 8 { 70 mm 76.1 t,8 150 159,3 215 t 3 3.500 5 6 8.625 11 80 09.8 1,9 1 200 219,1 3,4 4 4.500 12 10 10.750 12 100 114.3 3.7 260 273 3,7 139,7 mm 5.500 12 12 12.750 14 139,7 3.7 sw 323.9 4.3 5 5.563 12 t2fi 141,3 V ev Values Cv values for flow of water at+60°F(+160C)with a fully open valve are shown in the table below.For E additional details contact Victaulic. Formulas for CV Values: AP = Where: CP z G=Flow(GPM) Cv=Flow Coefficient Q = Cp x �A—p OP=Pressure Drop(P51) i I { j Valve Size Valve Dize Valve Size 1 AcWel Actual Actualj' Nominal Omalde nal Outace Nominal Outelde Diameter DlemMer Cv e4r DWneter Cv Diamaiar Diemetx Cr I• Incheaimm Indtealmm (Full Open) :11r7cheehmn AwMshnm (Full Open) IncheaNnm mchealmm (Full Open) 2112 2.875 5.500 8 8.825 G5 73.0 325 1397 mm 139,] 1150 zao 218.1 3400 Ill 3,000 5 5.563 10 10.750 5750 1 76,1 mm 325 1150 76,1 125 1A1,3 250 273 � 3 3.60176.500 12 12.750 9 ro 9,9 482 1651 mm 1&y,l 1050 300 323,9 �� 4 4.500 600 6 6,626 1650 i 100 114,3 150 199,3 r I 3 1 9 3 1 tl ) i I Series 705W Firel-ocl" Butterfly Valve 3 SWITCH AND WIRING Supervisory Switch i 21/2-12"(65-300 mm)sizes:Series 705W PW—Two,single pole,double throw,prewired switches. !� Switches are rated 10A 0 125 or 250 VAC 60 Hz and 0.25A®250 VDC,0.50A®125 VDC, 2.6A 0 24 VDC Supervisory Switch Wiring i A. Pre-wired Switches i (1)Switches Supervise Open Valve a (2)One switch has two#18 MTW wires per terminal.Permits complete supervision of leads(see diagrams 1 below).Second switch has one 018MTW wire per terminal.This double circuit provides flexibility to operate two electrical devices at separate locations such as an indicating light and an audible alarm in the area at the valve installation. Switch#1 S1 Switch#2 S2 ( Normally Closed(2)Blue S l Normally Open:(2)Brown Common:(2)Yellow Normally Closed: d Blue with Stripe 11 SA Normally Open: �I Brown with Stripe Common: Yellow with Stripe j (3)A ground lead,#14MTW is provided(green) uuerao ' uoriax aox- i coroinr I' X X '�eafN�IIECTp13 I ' f f wrE,ura 1 f � i 11_ NOTE:Connecting to Corrrron Terminals(Yellow 51 and Yellow with Orange Stripe-S2),and Normally Closed'Terminals(Blue$l and ) i Blue with Orange Stripe-52):e.g.,Indicator light and alarm stays on until valva Is fully opened;than indicator light and alarm go out. Cap oB uniusod wire,e.g.,Brown and Brovm with Oraigle stripe. { Actuator Repair In the unlikely event of an actuator failure,complete actuation replacement is required. ALL REPLACEMENT PARTS MUST BE OBTAINED FROM THE MANUFACTURER TO ASSURE PROPER OPERATION OF THE VALVE, All actuators are supplied with a 1/2."NPT outlet for conduit connection.Care must be taken to ensure water does not enter the actuator through this outlet prior to installation.Water entering the actuator will cause switch malfunctions. e r i This pica@ shall be manufactured by Victai Company AN products to he installed in accordance with current victaulic luawlatlonfassembly tnainxtrana. victaulic reserves the fight to change product spaaOcahons.designs and standard equipment without notice and without Incurring obligations. 4 J Series 705W Firel-ocke Butterfly Valve i i i a s ! I Section #9—D Pipe Valve S >� � 1 • Reliable Model D Dry Pipe Valve ! I ! 4 f 1 l Submitted by: Island Fire Sprinkler. Inc. PH: (631) 472-4500 81 Keyland Court FX: (631)472-6800 Bohemia,NY 11716 I I Bulletin 351 Rev.R Model D W blDry Pipe Valve e W 4"(100mm) & 611(150mm) i( I I Features ' 1,Differendal Type...simple...light weight construction. 2.Threaded in one piece air and water seat—eases maintenance. _ - 3.Bronze seat with "O"-Ring seals — minimizes corrosion and leakage. _ { 4.Single hinge pin and latch design — no complicated levers. - - 5.Simple to reset—no special tools required. 6.Tapered air and water seats. 7.One piece rubber facing—provides more _ reliable rubber-to-metal water seal. l 8.Three connections styles available: - • ANSI flanged inlet and outlet 1 'i • ANSI flanged inlet and grooved outlet • Metric flanged inlet and outlet The Reliable Model D Dry Pipe Valve makes pos- it g sible the installation of automatic sprinkler sys- tems in buildings in which freezing temperatures l prevail. This type of system, called a Dry Pipe Sys- 1 tem,has air under pressure instead of water in the i s &A royals piping above the dry pipe valve. When one or Listings 9 pp more automatic sprinklers operate due to fire, the 1. Listed by Underwriters Laboratories, Inc. (UL) air pressure in the system is reduced — the dry 2. Listed by Underwriters Laboratories of Canada.(ULC) pipe valve opens and water under pressure flows 3. Certified by FM Approvals in the activated sprinkler(s)and is then distributed 4. Loss Prevention Council. (LPC, UK) on the fire. 5. NYC BS&A No. 587-75-�SA• 6. Scientific Services Laboratories (SSL, Australia) f 7. Conforms to EN 12259-3(CE) I I I The Reliable Automatic Sprinkler Co., Inc., 103 Fairview Park Drive , Elmsford, New York, 10523 I Operation Quick Opening Devices The Reliable Model D Dry Pipe Valve in its closed When an automatic sprinkler operates, the result- and open positions is shown in Figures 1 and 2, ing air pressure decay is inversely proportional to The closed position is maintained as long as the air the size of the dry system –the larger the system, pressure in the system piping above the dry pipe the slower the air pressure decays which slows the valve is sufficient to exert a greater force on the top operation of the Dry Pipe Valve. NFPA 13, Installa- side of the clapper than is exerted on its underside tion of Sprinkler Systems, specifies that quick by the pressure of the water supply. Since the area opening devices may be required in dry systems i included by the air seat is approximately six times having capacities of more than 500 gallons. thatof the waterseat(The Differential Principle)the Reliable's Model B1 Accelerator is an approved air pressure needed to keep the dry pipe valve quick opening device that is easily attached to Reli- closed is only a fraction of that of the water supply. able's Dry Pipe Valves. The accelerator is sensitive Table 1 gives the recommended air pressure for to small drops in system pressure and it's quick op- various water supply pressures for both sizes of eration allows the system air to pass through to the Mode! D Dry Pipe Valves. alarm outlet and the underside of the clapper, Here Table 1 the air pressure build-up, coupled with the pres- sure of the water supply, opens the dry pipe valve Water Pressure Air Pressure psi (bar) clapper permitting the water to flow instantly to the 1 In Supply Line psi (bar) To be Pum ad Into S slam operated sprinkler(s). Maximum not less thanNot more than Reliable's Model 81 Accelerator is described in j 20 (1,38) 110(0.68) 1 20(1,37) greater detail in Bulletins 320 and 322. j 50 (3,44) 15 1 03 25 1 7 ` 75 (5,17) 20 1 37 30(2,06) Valve Description 100 618925(1,72) 35(2,41) 1. Rated working pressure 175 psi (12.1 bar). i 125 (8,62) 30(2,06) 40(2,75) 2. Factory hydrostatic test pressure:350 psi(24.1 bar). ' l 150 1034 35 (2,41) 46(3,10) 3. End and trim connections: Three valve connec- ! 175 iz os 40(2,75) 50(3,44) tion styles are available: a. US Standard Flanged Inlet and Outlet: 1 • Flanges mate with ANSI B 16.1 (125 Ib.)Flange. When one or more automatic sprinklers operate • Threaded openings per ANSI B 2.1,____ {{ due to fire, the air pressure in the system piping U.S. Fran a Uimenslons In Inches above the dry pipe valve is reduced. The pressure Boit Boit Flange of the water supply, now by exerting the greater valve Circle Hole outside Flange No. _Size Dia. Dia_ n1a. Thickness Bolts force. raisesandrotates the clapper toits open po- r a^ 7y s '38 a ! sition, permitting the water to flow to the operated s^ _ sY _ / _11_ —_�._ e _ sprinkler(s). Water also flows from the alarm outlet of the dry pipe valve through a strainer to the Pali- Reliable's standard trim sets are compati- able Mechanical Sprinkler Alarm and Electric • ole with US Flanged Valves. Alarm Switch to automaticallyactuate mechanical Color da Black. b. US Standard Flanged Inlet and Grooved Out- and electrical alarms. let (Fig. 3): Reliable Model D Dry Pipe Valves can be reset • Inlet flange mates with ANSI B 16.1 quicklyand easily without the use of specialtools. • (125lb,)flange. outlet Groove per ANSI/AWWA C606. SYSRM VR PHF'$SI/NL WATCF LE EL /^WATER INIET riMwLR _ AWER STAT - I SGT /-ALARM WUT -- -_ i A4ARAL IFA S"PLI 111110 I? yy. , 1 PR£SSIWE SUPPLY WATFF PREBSUpG _ Figure 1----Closed Figure 2---0pen 2. j I U.S.Groove Dimensions in Inches The trimmings for Reliable Model D Dry Pipe vawa outlet Groove ounetFece Valves (Fig 4) are arranged for rapid, easy and size Dia. Groove Dia. Width to Groove compact attachment and serve as connection a" a.5oo a.ss4 �„ points to Reliable Alarm and other devices. They ? 6T' --_, .6.625 —6.465- __'/e � also serve as a means of setting and resetting the • Threaded oppening er ANSI B 2.1. dry pipe valve prior to and after operation as well • Reliable's standardptrim sets are compati- as allowing testing of the alarm devices without ble with US Flanged and Grooved Valves. causing the system to operate. • Color-Black. c. Metric Flanged Inlet and Outlet: The Model D Basic Trim Set is shown in Fig.4(The 1 • Flangpes mate with EN 1092-2, electric sprinkler alarm switch is not part of the trim NF-E--29-282 and BS 4504 PN16 Flanges. set and must be separately ordered.) This trim set - Threaded ogenngs.--per ISO 7L1 R,________ provides the air supply, drain, priming level and _Metric Flange Ulmensions In Miuimeter_salarm connections. An alarm test valve, which al- l Bol Solt Flange I lows the alarm devices to be tested without operat- varve circle Hole Outside Flange Number ng the dry pipe valve, is included. The basic trim Size _ Dla. pia. Dla. Thicknesses Bolls - ------t--------- set includes all items such as ball drip valves, 100 190 18.3 229 23.8 a pressure gauges, eta which are needed to enable 150 241 22.2 279 25.4 e P 9 fd -J- - - -"- - - proper dry pipe valve operation. • Reliable's standard trim sets may be used with Metric Valves providing trim Is assem- The basic trim set is availablei in either black or gal- bled carefully and extra thread sealant is vanized in one of three forms: loose,segmentally as- applied to connections between valves sembled trim or factory trimmed on the valve. s and trim. Twoadditionaltrimming attachments are offered: • Color- Red. the priming chamber attachment and the fill line at- j 4. Face to Face Dimension: tachment. The priming chamber attachment a]- The 4 (100 mm) Valve-16"(406 mm) lows the priming level to be maintained while the • The 6" (150 mm) Valve-19"(482 mm) system remains pressurized. The fill line attach- 5. Shipping Weight: ment provides a source of waterfor maintaining the 6.Friction Loss E)gpressed in Equival nt Length of Pipe, Valve prime level. I Flanged Inlet The trimmings. connection, operation and main- Size Flanged Inlet and Grooved g P and Outlet Outlet tenance of the additional items which comprise a dry pipe valve system, such as air maintenance 4"(100 mm) 120 Ib. (54.5 kg) 1101b. (49.83 kg) devices, air compressors, accelerators, electric 6"(150 mm) 1242 Ib. (109.5 kg) 228 lb.(103.28 kg) alarm switches, mechanical sprinkler alarms, etc., aredescribed in detail inthe individual bulletinsfor I based on Hazen-Williams formula with C = 120: these products. 7. Installation Position: Vertical All valves are listed and approved by Under- Size EquV. Le_ngtn - writers Laboratories, Inc. and Factory Mutual 4"(10U mrn) l _-. T" _--- 28ft Research Corp. only when used with the valve 147 manufacturers m,Lmanufacturers trim sets. Trim Description v _199 11R 1: 1' :u 'ILLI J"i i:(n fJR, —OYi aE IEE IALAC CINCH \) dLlaAratti ArtlFa I MUDEL D Xi a'. CN LJSI✓+C /FY1 IMTP 1411. 1P AL/f ' 1 P(f4f'L$411N RELIAaIEv Al1TOMATIC vw � _ � �-' —— � I.L nu'u ! SPRINKtEN co. vr.vL•lox w<, ,ev na Aql �arMn 41 9 t=. e 175 P51 Ysi ILI, jh 5 351 fIG5 AI .. ,_.. —.--.....-. ,....--._ ...._..., __........._.-._..-.. _._ .. p Figure 3 Figure 4—Model D Dry Pipe Valve f Model D Basic Trimming 3. i M r Ordering Information Specify * Valve Size: Either 4"(100 mm) or 6"(150 mm). e Style of Trim - Loose Individual part trim or seg- When size is specified in mm, a metric valve mentally assembled trim or factory trimmed per 3(c) will be suppliedvalve. e Inlet and Outlet Connection —Either * Additional Equipment—Air Maintenance De- f Flange (Flanged or Flanged/Grooved. vices, Air Compressors, Accelerators, Electric { * Trim - Basic Trim Sprinkler Alarm Switches and Mechanical Priming Chamber Attachment Sprinkler Alarms must be separately ordered. I Fill Line Attachment I * Galvanized or Black Trim. Installation Measurement In Inches . Valve A BP16%# D E F G 4" 100mm 16 6Y217 10 11 15 4Y2 2Yz 3Ya 6^ 150mm 19 8s/a18ve 11% 11 15% 4Ya — 3'/z d Installation Dimensions of 4" 700mm & 6" (150mm) sizes I I k, ^ I oOo I vlrt vert - A * n A. oZ6 n f 9 f15 iS I 1 I I F'-- E -- F" c H ►{ — U — — G I 3500IM I I I ! {{ The equipment presented in this bulletin is to be installed In accordance with the latest pertinent Standards of the National Fire Protection Association,Factory Mutual Research Corporation,or other similar organizations and also with the provisions of governmental codes m ordinances,whenever applicable. Products manufactured and distributed by RELIABLE have been protecting life and property for ovor 80 years,and are Installed and serviced bythe most highly quell fieri and reputable sprinkler contractors located throughout the United States,Canada and foreign countries. t Manufactured by j The Reliable Automatic Sprinkler Co., Inc. ® Recycled 1 Hellab1� Revision indicate updated 1 800.431.1588 Sales Offico i 800.848.8051 Sales Fax 914.82 i 9-2042 Corporate Office d or new data. way..reliablesprinkier.com Intemet Address PG.Printed in Us 10106 PIN 9999970045 II i { i I Section #10—Pre-Action • Reliable Single Interlock Electric Release Pre-Action System I i f i II 1 i r i' r.. 4 r is Submitted by: Island Fire Sprinkler. Inc. PH: (631) 472-4500 81 Keyland Court FX: (631)472-6800 Bohemia,NY 11716 { q I a i Bulletin 736 Rev.C Single Interlock Relmabi ® Electric Release lePreaction System 2" (50mm), 21/2" (65mm), 3" (80mm) & 76mm Sizes • Available with 175 psi (12,1 bar) or Instructions for 250 psi (17,2 bar) Rated Solenoid I Installation, Operation, • Valve Externally Resettable Clapper Care and Maintenance • One Main Drain l 2 PSI (0,14 bar) Pneumatic Supervising Pressure with Electric Actuation I -17 a r k � .w y\ -111- The i The Reliable Automatic Sprinkler Co., Inc., 103 Fairview Park Drive, Elmsford, New York 10523 I i i General Description Single Interlock Preaction Systems are designed for we- The major benefits of a single interlock preaction system, ter-sensitive areas that require protection from inadvertent when compared with a wet pipe(deluge)system are as fol- water flow into the sprinkler system piping. lows: Sprinkler piping in single interlock systems can effectively A fire alarm sounds prior to the operation of a be supervised by means of a Reliable Model B Air Compres- sprinkler head, which may enable extinguishing I scr Panel or Model C Pressure Maintenance Device. Loss the fire by handheld means before the actual op- of 2 psi (0,14 bar) supervising pneumatic pressure, due to eration of any sprinklers and subsequent water a damaged sprinkler or sprinkler pipe will not cause water damage. to flow through the Model DDX Deluge Valve and into the • A trouble annunciator signals whenever the in- system piping. A significant loss of pneumatic pressure tegrity of the piping or sprinklers is.accldentally will activate a trouble-annunciating device when the system or intentionally disturbed; however, no water flow pressure falls below 0.7 psi(0,05 bar). or water damage will occur at that time. i When one electrical detector senses the presence of fire, • Speedy detection and an early fire alarm are pro- the electrical releasing control panel activates fire alarm de- vided by fire detectors, without the delay associ- Aces and latches the normally-closed solenoid valve (175 ated with water delivery time in the event of a fire. psi (12,1 bar)or 250 psi (17,2 bar)Rated)in the open posi- Note that with a wet pipe system,the fire alarm is k tion(Note:Arranging detectors in a cross-zoned pattern will delayed until after water has begun flowing from i require operation of two detectors before the solenoid valve an operated sprinkler head. I can open). The solenoid valve, when closed, retains suf- At the heart of Reliable's Single Interlock Preaction Sys- j ficient water pressure in the pushrcd chamber of the Model tem is the Model DDX Deluge Valve. This Deluge Valve is a DDX Deluge Valve to maintain it closed. Energizing the so- hydraulically operated, straight-through-design, differential- , lenoid valve relieves the water pressure, thus opening the type valve (see Fig. 1). System maintenance is simplified Deluge Valve and allowing water to flow into the sprinkler since priming water is not required and the Deluge Valve system, can be reset externally without cover removal. This is ac- j To fully operate a cross-zoned single interlock system,two complished by pushing In and turning the external reset 8 electrical detectors must activate and a sprinkler head must knob at the rear of the Deluge Valve(see Fig. 1).This feature open. During the early stages of a fire, smoke or heat ac- provides a significant system-restoration time advantage. tivates the first detector, which causes the control panel to The Reliable Single Interlock Preaction System trim set produce a local alarm and an alarm at the main fire alarm (see Fig.2)provides all of the necessary equipment for con- panel. Electrical relays inside the releasing control panel nections to the Model DDX Deluge Valve's pushrod cham- can be used to shut down air moving equipment or activate ber inlet and outlet ports,the 11/4"main drain,alarm devices, security doors and other electrical devices when the panel air supply, water supply, and required pressure gauges. goes into the first alarm condition. Subsequent activation of This trim set is available in individual parts, in time-saving, I a second, nearby or adjacent, detector will cause the panel segmentally assembled kit forms, or fully assembled to the to energize the solenoid valve open and release water into Model DDX Deluge Valve(with or without a control valve). the sprinkler system piping. Water flowing into the sprinkler Listings & Approvals system piping will simultaneously produce water pressure Reliable 2" (50mm), 21/2' (65mm), 3" (80mm)and 76mm I'4 that causes the transfer of contacts in the pressure switch Single Interlock Preaction Systems are Underwriters Tabora- 1 j mounted in the Reliable Single Interlock Preaction System's tories, Inc. Listed and UL certified for Canada(cULus)in the 1 riser assembly. This pressure switch can electrically Initiate Special System Water Control Valves—Deluge Type(VLIFT) i the shutdown or startup of equipment,such as computers or category. other second alarm devices. The flow of water into the sprin- Reliable 2" (50mm), 21(2" (65mm), 3" (80mm) and 76mm kler system piping effectively converts the dry system into a Single Interlock Preaction Systems are certified by Factory wet pipe system. In the event that the fire subsequently pro- Mutual Approvals (FM). Factory Mutual does not approve duces sufficient heat to operate a sprinkler head, water will the use of smoke detectors or cross-zoned detectors In pre- flow from that sprinkler,controlling or suppressing the fire. action systems. The NYC acceptance number for this system is MEA 258- 93-E. Reliable Single Interlock Preaction Systems are UL Listed and FM Approved only when used with the trim components shown in Fig.2. I 3 I I 2. 1 QQX VALVE CLAPPER IN "OPEN" REAR VIEW OF MODEL "CLOSED" AND "LATCHED" POSITIONS DDX DELUGE VALVE TO SYSTEM CLA-PEP A P051TION ]IAr(IFT-POSIRCIN -�PPER IN u r, 'Cin WF �OSMOV FLOW 2M7 "4 ALARAI PORT RUSH ROD Ch4V5FR 7157 FORT EXTERNAL RESET. KNO& 'o L r - "TrP."AL -J TRAIN PORT FPUSH ROM SUPPLY INWARD AND ROTATE KNOB CLOCKWISE TO RESET CLAPPER 51JFGOIA DO SO ONLY WHEN PUSH ROD CHAMBER IS UNPRESSURIZED (a PSTO)- Fig, 1 -SINGLE INTERLOCK (ELECTRIC RELEASE) PREACTION TRIM .tial p 1-!14XP,',Rl-114, SO�,'l ,CLOST X&T, PCIPOIE PART AlAfiXP�543463 srp�"r.'Tl 1H 3, PPP u 7 g 11L 37 TO e. vm. H, AVAIIABIF TRIM MudtE 5w� 1) INDIVIDUAL PARTS (MODEL COX DELUGE VALVE SOLD SEPARATELY) IT, I wts uFF 1 2) SEGMENTALLY ASSEMBLED (MODEL DDX DELUGE VALVE SOLD SEPARATELY) Ft DDX DELUGE VALVE WITH CONTROL VALVE cw r) -3) FULLY ASSEMBLED TO MOD 4) FULLY ASSEMBLED TO MODEL COX DELUGE VALVE WITHOUT CONTROL VALVE ro IV PH, .0. ER�RAfl F-1 ALL STEEL COMPONENTS OF THE TRIM ASSEMBLIES ARE GALVANIZED aEq Tar ---- - - ---- 4b I S, -KT AVAILAILE NOTH TUN NOOK CU vALW 14 "FULLY ASSEMBLED TO MODEL DOX DELUGE VALVE WITH CONTROL VA --THE"WTKk 18*Y ERFLY�Vk��ADUV� TRIM CONFIGURATION (NOT AVAIABIE WITH ZGMMMODEL DDX VALVE couw�,,�rwU "r�Hc commel�Aw lHQLtvD N THE�0�_ M TOM �l DUST, MUGS M�WIH corgOt, �w SUPPLY TH., GT� PON Ml PETER 10.,J.'O ff )1,FIXLfTIH f(W PARt MWKR/MXWZ WW 'TrF0.H Fig. 2 Single Interlock Electric Release Preactlon Trim Parts List(Refer to Fig. 2) No. Item Part Number Description R o,d Item Part Number Description ,d No. No. 46 9861 403 Plu 'A" 3 61030 00 Ase I Valve 2" 50m DDX 4 98614401 Plu 84" 2 1 6103022500 Assembly,Valve 212" 65mm DDX 1 48 98727607 Strainer I/," 1 6103030000 A5 em Valve 3" BOmm DDX 49 96606630 Tee V/4'z 1'G"x 1" 1 6103027600 Assembl Valve 76mm DDX 50 96606607 Tee 'h"x'h"x 1/4" 2 7(305080800 Cou lin Ri Id 2" 5Dmm 51 9U7616 9 Tee Ye"x +/4"x' 2 7GO51010DO Cou Iln Rigid,2'h' 65mm 1 52 9876165 Tee h" 1 7005121200 Cou lin Ri id 3" 80mm 53 96606612 Tee 9';x h'x h' 1 6205212000 Water-Ball Valve 2" 50mm 54 96606601 Tee '/n' 1 3 62 6061000 Water-ButterflyValve 2h" 65mm 1 55 89141112 Tie Retaining9 62150.51200 ater-Butterfl Valve 3' 80mm 56 98815204 Union h' O-Rin Seal 1 7DO5414200 Coupling,2"(50mm)Grooved 57 98815200 Union h" 2 w h NPT outlet Coupling,2'h"(65mm)Grooved 58 98840160 3-Way Valve '/i' 4 7005424200 w 'h"NPT outlet 1 59 98840106 Valve An le ;%," j Coupling,3'(8omm)Grooved 60 988 0101 Valve Angle. /4` 7005434200 w '/4"NPT ou8et 6 78663100 Valve Ball Drip.h" 1 6871020000 Valve Solenoid 175 psi) 1 62 98840117 Valve Ball Y4'NPTF x Y;NPTM 1 5 88 0 DO20 Valve Soe id 250 si 63 98 145 Valve Check 1" 1 Bushing,Reducer,3W x'/+' 64 98840161 Valve Check 'h' 1 2"&2' `Valve only) 1 85 96840187 Vel a Che 'h' F x 1/4"Ni 6 88048025 Bushing,Reducer,'k'x'/4" 2 66 988 0171 Valve Globe 1 " 3"Valve onl 67 Bushing,Reducer,'h"x+/4" 1 68 ^ 722 ubin copper "D.D,x 2 ft. 1 7 98049000 „&2h"Valve onl 69 96666756 Tubi Plastic 8"I.D. 6 h. 1 Bushing,Reducer.1h"x'/4" -- 70 1 98840172 2-Way Valve Y4' 1 3'Valve on ' 8 78653000 Mo el B Manual Emergency Station1 System Operation 9 78653004 Valve Caution Station h" 1 To fully operate a Single Interlock Preaction System, two t 10 98048015 Reducer z"x 1"' vc independent events must coexist before water flow will oc- 11 98048022 Bushing.Reducer, "x'h" 1 cur. One electrical detector(two detectors in a CrOSS-zoned 12 96816902 Velye Check 1/4" In-Line 1 13 92056810 Brass Connector,3/8"ID x h"NPT 1 system)must activate and a sprinkler head must open. Op- 14 92056702 Brass Connector.3 "Tubingx'.'NPT z eratlon of either one of these items will only cause an alarm 15 92056704 EI Connector 3 "Tube x h"NPT 1 to annunciate,but will not cause water to discharge from the 18 92056705 EI Connector,3 /aube x'' "NPT 1 sprinkler system piping. 17 99050004 Drain cu PVC 1 When set correctly for service, the Model DDX Deluge 18 98174400 street Elbow,h' Valve is hydraulically established to withhold the supply 19 96543227 Ni l. 1'/;x Close 1 water from the sprinkler system piping. The Reliable Model 21 98174403 Elbow, 1"" 1 1 � zo 98174414 Elbow. DDX Deluge Valve is shown In both the closed and open 22 98174401 Elbow,h 1 positions in Fig.1. In the closed position, the supply pres- 23 98174404 Elbow,v; 1 sure acts on the underside of the clapper and also on the 24 98174402 Elbow T'" 1 push rod through the push rod chamber's inlet restriction. 25 96920912 ex Line lb- 1 The resultant force due to the supply pressure acting on the 26 98248" Gauge Pressure 1 push rod is multiplied by the mechanical advantage of the 7 9824 1 Gau Pressure Water 2 28 94616917 Name late Sin le Interlock t lever and is more than sufficient to hold the clapper closed I 29 9854 39 Ni le P/:'x 3' 1 against normal supply pressure surges. i.. 30 99543250 Nipple,11/4"x 4" 1 When afire is detected,the energized SOlenold valve vents 31 98543285 N le 11/4*x Close 1 the push rod chamber to atmosphere through the chamber's 32 98543263 Nipple, 1"x 3" 2 outlet, Since the pressure cannot be replenished through 33 98543213 i le 1^x close 1 the inlet restriction as rapidly as it is vented, the push rod 34 98543223 Nipple,h^x 1'h° 7 chamber pressure falls instantaneously. When the push rod 35 98543228 Movie,h^x 4h" 1 36WNs Nt le h"x z" a chamber pressure approaches approximately one-third of 37 Ni le h"x 3^ 2 the supply pressure, the upward force of the supply pres382 Ni le h"x doss 4 sure acting beneath the clapper overcomes the lever-ap- 396 NI le Y;x rh' 3 plied force thereby opening the clapper. 403 1 le Y4^x 4" 1 Once the clapper has opened, the lever acts as a latch, a12 NI a ,'x z' preventing the clapper from returning to the closed posi- az1 Ni le =u"x 3' 1 tion. Water from the supply Flows through the Deluge Valve 432 Pad-Adhesive I 44 98750003 1 Cross h" 1 into the system piping. Water also flows through the Deluge 45 98604406 1 Plu h" 1 Valve alarm outlet to the alarm devices. 5. I j After system shutdown, resetting the Model DDX Deluge Caption•Reli^ble'c DDX valve is designed with an inlet re- Valve is quite simple, Doing so only requires pushing in and striction built into the pushrod chamber. It is important not to i turning the reset knob at the rear of the valve (see Fig,l). introduce addition^I restrictions into the direct water supply The external reset feature of the Model DDX Deluge Valve conn .ctio�the discharce from the prushmd chamber by provides a means for simple, economical system testing, installing additla^,al valves or impropel installing the which is one essential facet of a good maintenance program. per lines used in the trim of the valve. The external reset feature does not, however, eliminate an- Hydrostatic Testing of DDX Valves and DDX other important facet of good maintenance,namely,periodic Systems cleaning and inspection of the internal valve parts. As required by 113, fire sprinkler systems with work- t In the event that water builds up inside the valve due to condensate from the air supply system or water left Inside ing pressures up to and including 150 psi are to be hydro- from valve system testing,a drain is available for venting. Af- statically tested ata water pressure of 200 psi and maintain that pressure without loss for two hours, Fire sprinkler sys- ter closing the main supply valve,a small valve over the drain cup can be opened slightly until the water inside the valve tems with working pressures above 150 psi are required to body and the main pipe column has drained. See the sec be hydrostatically tested at 50 psi above the system work- tion titled"Draining ExcesslCondensate Water From System" ing pressure and maintain that pressure without loss for two in this bulletin for the detailed procedure, hours. In addition to the hydrostatic tests described above, ! The Madel B Manual Emergency Station(see Fig,3)is also dry pipe and double interlock I systems require an included in the Reliable Single Interlock Preaction System additional low pressure air test. �� trim set. It consists of an aluminum nameplate mechanically In some cases,hydrostatic testing(in accordance with the attached to a ball valve.The valve handle in its OFF position NFPA 13 requirements noted above)will result in pressures G is guarded against accidental turning to the ON position(and that exceed the working pressure of the valve and trim kit for R system discharge) by a nylon cable be provided with each the two-hour test period. The valve and g li le trim kit trim kit.The cable tie is inserted, as shown in Fig.3,after the have been tested approved and listed under these wadi system has been restored for operation.The nylon cable tie is tions and ^s such hvdrosta i testing jn accordance with designed to allow, in case of an emergency,forceful turning NFPA 1�reR1"ble In addition the clapper can remain of the valve handle to the ON position. As an altemative to in the closed position and the trim kit need not be sdal%L the Model B Hydraulic Manual Emergency Station,the Model as each has been designed to withstand hydrostatic testina A Hydraulic Manual Emergency Pull Box(see Reliable Bulls- as required by 113. fin 506)is also available and can be provided as an option. Hydrost^i testina the valve and trim to pressures Whenever ambient temperature conditions are high, the higherthan theirratipgislimitedtothehvdrostatictestasref- water temperature in the Model DDX Deluge Valves push- of d NF'r'A 13. It does not address urrence(s rod chamber could possibly increase,thereby increasing the "water hammer" effect which can indeed damage the pressure in the chamber to values exceeding the rated pros- valve A "water hammer" in the water s,tpRv_pipina of theof the sure of the system, In an indoor installation where standard valve can create pressures in excess of the rated pressure room temperatures are exceeded, a pressure relief kit may and should be avoided by all nece�sary means This con- dition may be created from improper fire pump settngs be needed. Pressure relief kit, PM 6503050001, can be in- ung jmi venting of stalled into the pushrod chamber's releasing line to limit the der n nd construction work or an pressure to 175 psi (12,1 bar). trance all:io the water supply piping. Pressurizing Line Connection System Design Considerations The water supply for the push-rod chamber must be pro- The automatic sprinklers, air compressor,releasing devic- vided by connection of its inlet pressurizing line to the water es, electric releasing control equipment, fire detection de supply piping. PreScurizng lines for multiple Model DDX vices,manual pull stations,and signaling devices which are Deluge Valvepush-rod chamhers must never be manifold, utilized with the Single Interlock Preaction System must be ed together, having only a single tap on the water supplyUL or ULC Listed or FM Approved, as applicable. The Deluge Valve, and all interconnecting piping must be piping. Each Model DDX Deluge Valve must have its own push-rod chamber pressurizing line connection. This con- located in a readily visible and accessible location and in an inaction must be made on the supply side of the main water area that can be maintained at a minimum temperature of supply control valve. This can be accomplished by: 40°F(40C). Note:Heat tracing is not permitted. a. Using a tapped connection directly below or next Pendent sprinklers,other than dry pendents, used on pre- j to the main water supply control valve using a action systems shall be installed on return bends per NFPA welded outlet or the appropriate mechanical fit- 13. tings. A grooved-end outlet coupling is one way The solenoid valve is operated and supervised by the to achieve this(see Fig. 2);or electrical releasing/control panel. Details on the electrical b. Using a water supply control valve that has an portion of this system can be found in Reliable Bulletin 700, available threaded (NPT) supply-side tap design "Special Hazards&Special Systems." to allow for a direct water supply connection to the Model DDX Deluge Valve's push-rod chamber. 6. I System Air Pressure Requirements System Electrical Requirements S A Reliable Model B Air Compressor Panel or Model C All releasing,alarm and detection devices in the Single in- Pressure Maintenance Device is used to maintain the sys- terlock Preaction System are supervised by the Potter PFC- tem pneumatic pressure at approximately 35 oz(n2(2.2 psi 4410-RC Releasing Control Panel. Connect these devices yyy or 0,2 bar). The air compressor panel contains an integral as shown in Fig. 4. The Releasing/Control Panel should low air pressure warning light, while the pressure mainte- be set to use Program #6 (See Potter Instruction Manual nance device requires a separate annunciating device to be #5403551 connected to the low pressure switch. The switch is fac- The power supply,the standby emergency power supply, tory set to transfer contacts when the supervisory pressure battery charger, and the rectifier circuitry are all contained falls below approximately 11 ozlinz(0.7 psi or 0,05 bar). The within the Potter PFC-4410-RC Releasing Control Panel, pressure maintenance device is a supervisory pneumatic The solenoid valve is operated and supervised by the Potter f supply for use where a clean, dependable and continuous PFC-4410-RC Releasing Control Panel.Potter PFC-4410 RC compressed air or dry nitrogen gas source is available in the Releasing Control Panel requires 120 VAC. 40 to 100 psi (2,8 to ii bar)pressure range. Batteries that provide ninety hours of standby power are In sane circumstances, such as when dry sprinklers are required for Factory Mutual Approved systems. being used in a preaction system, it may be desirable to su- For additional information and detailed wiring diagrams, pervise the preaction system at air pressures higher than 2 refer to Reliable Bulletin 700, " Special Hazards & Special psi.For such cases,Reliable recommends the use of an A-2 Systems".These diagrams describe single area,single area air maintenance device with either a System Sensor EPS-10 cross-zoned,and two area systems. or EPS-40 low air pressure switch. Supervising air pressure C^utiomRepalrs or disassembly of the solenoid valve S may be between 7psi and 20 psi, depending on which low should,�,,I`' -�W be done byir^Ined technician An 10212 Der V eir pressure switch is being utilized. repaired or parli assembled solenold valve could result . n failure of thp valve to opgrate. 1 MODEL-13 HYDRAULIC MANUAL EMERGENCY STATION NORMALLY-CLOSED GLENOID VALVE i I � Nil (_)N TIE 1TA Fi /il ri r-:�F+I — 1 t_ , Fig. 3 7. SINGLE INTERLOCK PREACTION SYSTEM ELECTRICAL CONNECTIONS NEUTRAL 120VAC/60HZ 165 VA "X- 2 AX. 220VAC�504z IBS VA MAX. 1175 PSI (12,1 BAR) RATED SOLENOID VALVE - 24 VOC, 10 WATTS. SKINNER (PARKER HANNIFIN CORP.) P/N 732I8BN4VNLVNOC111CZ. RELIABLE P/N 6871010000 1250 PSI ( ) RATED SOLENOID VALVE - 24 VDC 22 WATTS, SKINNER (PARKER HANNIFIN CORP.) P/N 7321Z0N4TNLVNOC322C2, RELIABLE P/N 8871010020 G N N POTTER PVC-4410-RC USE POTTER P FC-44 1 0-R C so m RELEASING/CONTROL PROGRAM #6 �I SVALVEPEVISED F- PANEL. J II � (SEE PFG-4410-RC INSTRUCTION MANUAL X5403547) �a �+�ER I EOL EOL EOL e RESISTOR RESISTOR EOL DIODE L S.1 KDl/xW 5.1 K01/xW RESISTOR ASSY 5.1 F'F_-iiln_fs_ {' TJ VOL RESISTOR 5.1K(11/x W NORMALLY MANUAL S OL EOL OPEN ENFRGFNCY NORMALLY RES TVAVTRESISTOR $TAt10N OPEN T {_r MODEL 5.1KD1/xW K4/xW vvv cc 7SwElmmnATERP.ITROUBLE I ALARM /�'- I EOL DEVICES DETECTOR DEVICE AVULIART EPS1 O-2 DRY AURM L { RESISTOR (OTiIONK) EOL ( EOL CONTACTS ]LM4 WATRFLPM SUFCAV6 6.1 KA%aW AU%NARY AU%IMART RESISTOR RESISTOR *A�RM BELL AV.RM TROUBLE I SUPERVISORY StKD 1/xW S.1K(l/aW DRY PoLARIZEO SELL BELL CIRCUIT WATERfIOW SUPERVISORY PoU.RUED (OPRONAL) ALARM OPTIONAL � { DETECTION C1flCUlT CONTACTS ( ) CIRCUR BzL 32IIEOY Bnlrm _ _ (_+ _ } + - + + NC C NO NCAU%. ABORT SUPV. (� . (� (� OUTPUT #1 UTPUT S2 UTPUT /S UTPUT X14POWER ZONE Iy`Ci ��(.� `.Y lYALARM ATERPLOM SU - SM.ENmD+ _ + _ } _ + SUPERVISORY BELL AURM VISORT 0.EIEISE RELIT BELLIT ATINSINTLATIND INRIATINO IRMATINO 0.E #1 ZONE /2 ZONE Q ZONE #4 .ZCLAS5 A MODULE CAZZ Cu55 A MODULE / I / / I I / 727FG04A _ =A(:H SWRt:.N MAST HAVE CONTACTS OPEN DURING 746 NORMAL "SYSTEM REAP!" CONDITION. A MAV'JA_ PULL $TALION ON :NCIA:ING ZONE }1 WILL ENERGIZE THE SOLENOID VALVE AND SOUND AN ALARM. USE THIS MANUAL PULL STATION TO SET UP S'iSTEM. Fig.4 fj " 1 Ingle Interlock Preaction System- Electric Supervisory Air Supply Options � Release Trim Engineering SpeciticatioOwner's Air supply General Description Single interlock preaction system air pressure shall utilize Preaction system shall be a Single Interlock Preaction low supervisory air pressure. Air supply steal{ be provided System utilizing a 2" (50mm), 2/2' (65mm), 3" (80mm)and by an owner supplied air system in conjunction with a [cU- 76mm Reliable Model DDX Deluge Valve Deluge valve shall Lus Listed][FM Approved]automatic low air pressure main- tenance device.The pressure maintenance device trim as- beUsted][Factory Mutual Approved] hydraulically operated, sembly shall consist of a field adjustable, low pressure line differentlal latching clapper-type valve. Deluge valve con- regulator, air filter assembly, low air pressure switch, Pres- struction shall be of lightweight, ductile-iron construction sure gauge and check valve. Regulator shall be capable i with "screw in" stainless steel seat and clapper assembly. of receiving 40 to 100 psi (2,8 to 6,9 bar)inlet pressure and 7 Stainless steel seat shall have O-ring seals to resist leak- provide approximately 2 psi (0,14 bar) outlet supervisory age and corrosion. Clapper facing shall be pressure actu- pressure. The pressure switch shall have a SPDT contact 1 ated, providing a limited compression seat for the sealing rated at 15 amp 0 125/250 VAC, and 10 amp 0 12 VDC. ' force between the clapper rubber facing and the valve seat. Pressure switch shall transfer contacts when the supervisory Deluge valve shall have an external reset knob for reset- pressure falls below approximately 0.5 psi(0,03 bar). ting the clapper without requiring the removal of the valve Low Pressure Air Compressor Panel 1 face plate. Push-rod chamber design shall consist of a Preaction system supervisory air supply shall be a [cU- stainless steel piston/ push-rod and spring assembly with Lus Listed] [FM Approved] self-contained, low pressure diaphragm seal secured to the casting through a push-rod air compressor panel containing a 1/16 hp air compressor, guide constructed of a synthetic engineering plastic to re- DPDT relay for remote supervisory annunciation, low pme sist corrosion. Casting shall have a bleeder hole located on sure warning light, pressure gauge,and low pressure alarm 1 the pushrod chamber for airhvater leakage indication.Trip switch. Pressure switch shall control the compressor, pro ratio shall be approximately a 3:1 force differential. Deluge viding a maximum operating supervisory pressure of 2 psi r valve shall be of the straight through design to minimize fric- (0,14 bar),and a low-pressure supervisory alarm at approxi- ton loss. Deluge valve shall be activated by[hydraulic wet- mately 0.5 psi (0,03 bar). Power requirements shall be 120 g pilot][low pressure, pneumatic dry-pilot][electric] actuation VAC/60 Hz trim. Inlet restriction orifice shall be factory installed into the Optional System Accessories j jj Inlet port of the deluge valve push-rod cover plate and not ,system Control Valve '} be a separate part of the deluge valve trim. End connection Preaction system control valve shall be a slow close, [cU- style to be [2" (50mm), 2'k" (65mm), 3" (80mm) or 76mm] Lus Listed] [FM Approved] indicating butterfly type valve j grooved inlet and grooved outiet,per ANSI/AWWA C606. with a pre-wired supervisory tamper switch assembly. The Deluge valve shall have a rated working pressure of 250 psi valve shall be rated for a working pressure of[175 psi(12,1 (17,2 bar)and shall be factory hydrostatic tested at 500 psi bar)] [250 psi (17,2 bar)]. System control valve shall be a (34,5 bar). Deluge valve to be [2" (50mm)][2'/2" (65mm)][3" [2"(50mm)]Nibco KG505-W-8 Ball Valve,[2'/z"(65mm)][3" F (80mm)][76mm]Reliable Model DDX Deluge Valve(Bulletin (80mm)]Nibco GD-4765-BN Butterfly Valve. 513). Detection System p Preaction electric release trim shall consist of galvanized To initiate actuation of the preaction system's deluge valve, j and brass components specifically listed/approved with a supplemental electric detection system shall be provided the deluge valve. Deluge valve releasing device shall be an [Insert applicable product specification] electrical two-way, normally closed, pilot operated solenoid Releasing/Control Panel i valve [cULus Listed] [FMApproved] for its intended use. A releasing/control panel shall be used to operate the The solenoid valve shall be constructed of a brass body preaction system. The releasing/control panel shall be a with stainless steel sleeve tube, springs, stop and plunger, conventional, microprocessor-controlled panel containing and with 'h" female NPT end connections. Solenoid valve two initiating device circuits, and waterflow and supervisory shall have a maximum working pressure of [175 psi (12,1 inputs. Output circuits shall include alarm,waterflow,super- bar)] [250 psi (17,2 bar)] and maximum ambient tempera- visory, and releasing circuits. The releasinglcontrol panel ture rating of 15C°F(660C).Power consumption of integrated shall be capable of providing any of the following desired coil shall be limited to [10watts (175 psi (12,1bar)) Rated] modesofoperation: single hazard,two zone;single hazard, [22watts (250 psi (17,2 bar)) Rated] and require 24 VDC cross-zoned;dual hazard,combined release;and dual haz- from a releasing/control panel listed for such service. Sole- ard,split release(two area). Releasing/control panel shall be noid valve shall be a Skinner lb" normally-closed solenoid equipped with a local tone alarm to annunciate loss of AC valve, [Model 732186N4UNLVNCC111C2 (175 psi (12,1 power, system trouble, circuit trouble, and low auxiliary DC bar)) Rated]. [Model 73212BN4TNLVNOC32202 (250 PSI power supply Panel shall be[cULus Listed][FM Approved] (17,2 bar))Rated]. and be capable of providing power for compatible detectors i and auxiliary devices used. Audible alarms shall be able to be silenced at releasing panel. Auxiliary DC power supply shall consist of (2) 12-volt lead acid batteries of the same 9, j I ampere-hour rating, providing [60 hours - cULus Listed] Valve Exterior Color: (90 hours-FM Approved]. Dry contacts shall be provided Valve Size Color for remote annunciation of alarm, trouble, and supervisory 2'(53mm) panel signals. Main power supply to be a dedicated 120 2.5"(65mm) Black VAC/6o Hz circuit. 3^(80mm) Waterflow Alarm Pressure Switch 76mm Red Alarm pressure switch shall be provided to indicate water d flow and provide a water flow alarm. Pressure switch shall 4. Face to face dimensions: I 2•' 50mm — 12,b"(318mm be [cULus Listed] [FM Approved] and of the bellows actl- ( ) ) 2.5" 65mm — 12th" (31 8mm) vated type enclosed in a weatherproof, 4x, NEMA 4-rated ( ) 80mm 3 • " — 12,12"(318mm enclosure incorporating tamper-resistant screws. There ( ) shall be two sets of SPDT (Form C) contacts rated at 10.0 • 76mm - 12u2" (318mm) A 0 125/250 VAC and 2.5 A 0 6/12124 VDC. The pressure 5. Shipping weight: switch shall have a maximum service pressure rating of 250 Valve Size Weight psi (17,2 bar)and shall be factory adjusted to operate at a 2^(50mm) pressure of 4 to 8 psi (0,27 to 0,55 bar)with adjustment up 25'(65mm) 341b.(15 kg) i to 20 psi (1,3 bar). Switch shall be provided with a Yz" NPT 3^(8omm) 1 male pressure connectlon. Waterflow alarm pressure switch 76mm I shall be System Sensor EPS10-2. 6. Friction loss (Expressed in equivalent length of Schedule 40 pipe, based on Hazen & Williams for- Technical Data mula with C=120 and a flow velocity of 15fUsec (4.6 Reliable Single Interlock Preaction Systems, with associ- m/sec)): ated trim, sizes 2" (5omm), 2'h" (65mm), 3" (80mm) and 76mm are rated for use at minimum water supply pressure Valve size Equivalent Length of 20 psi (1,4 bar)and maximum supply pressure of 250 psi 2"(60mm) 4.4'(1.3m) (17,2 bar). Water supplied to the inlet of the valve and to the Ichamber must be maintained between 40°F(4°C) 2.5^(65mm) s.o'(tam) and 140°F(60°C) 3^(8omm) 120(3.8m) The following list of technical bulletins pertains to valves 76mm 7.7'(2.3m) and devices that may be used in this preaction system: 7. Installation position: Vertical Valve Description Maintenance Deluge Valve Reliable 5121513 Hydraulic Emergency Station(Model A) Reliable 506 Reliable Single Interlock Preaction Systems and associat- Solenoid Valve Reliable 718 ed equipment shall periodically be given a thorough inspec- Mechanical Sprinkler Alarm Reliable 6121613 tion and test.NFPA 25, Inspection,Testing and Maintenance i Pressure Maintenance Device Reliable 252 r of Water Based Fire Protection Systems, provides minimum ) Air Compressor Panel(Models B&C) Reliable 252 Releasing/Control Panel Potter#5403560 maintenance requirements. System components Shall be Electric Emergency Station Reliable 700 tested, operated, cleaned, and inspected at least annually, Thermal/Smoke Detectors Reliable 722 and parts replaced as required. Fire Alarm Devices Reliable 700 Waterflow Pressure Alarm switch System Sensor Resetting the Single Interlock Preaction A05-0176 System r 1. Rated working pressure: Refer to Figs. 2, 5, and 6. Valve &System-250 psi(17,2 bar) 1. Close the main valve controlling water supply(Fig.6) 2. Factory tested to a hydrostatic pressure of 500 psi to the Deluge Valve and close off the air supply to the (34,5 bar). (Valve only) sprinkler system. 3. End and trim connections: 2. Close the pushrod chamber supply valve, valve A t • ANSI/AWWA C606 grooved inlet and outlet (Fig. 6). • Threaded openings Per ANSI B 2.1 3. Open the main drain valve,valve B (Fig.6), and drain Groove Dimensions system. Outlet 4. Open all drain valves and vents at low points through- Valve outlet Groove Groove Face out the system, closing them when flow of water has Size Diameter Diameter Width to Groove stopped. Open valve D (Fig.6). I NgW: The above steeps accomplish the relieving 2' 50mm 2.375" 60mm 2.250" 57mm of pressure in tbg Plishrod chamber of the Deluge I 2.5" 65mm 2.875" 73mm 2720° 69mm y„ '/u' Valve• 3' eomm 3.500' asmm 3,34a" 85mm (smm) (lsmm) 5. With valve G(Fig. 6)open, push in the plunger of ball 76mm 3.000' 76mm 2.845^ 72mm drip valve, valve E (Fig. 5), to force the ball from its seat, and drain any water in the alarm line, I1 10. i 6. With the Model a Manual Emergency Station,valve D 6. Releasing device - check outlet of the releasing (Fig, 6), open, push in and rotate the Deluge Valve's device (i.e., solenoid valve or the Model B Manual external reset knob (#14, Fig. 5) clockwise until you Emergency Station, valve D (Fig. 6)) for leakage. hear a distinct clicking noise, indicating that the clap- Also verity that tubing drain lines from releasing de- per has closed. dote;The reset knob can be rotated vices are not pinched or crushed which could pre- only after pressure in the oushrod chamber is re- vent proper releasing of the Deluge Valve. duced to atmospheric conditions(0 osia)_ 7. Testing alarms-make sure valve G(Fig. 6)is open. 7. Inspect and replace any portion of the sprinkler sys- Open valve F(Fig. 6) permitting water from the sup- tem subjected to fire conditions. ply to flow to the electric sprinkler alarm switch and 8. Open valve A(Fig.6)and allowwater to fill the Deluge to the mechanical sprinkler alarm (water motor). Af- 1 i Valve's pushrod chamber. Close valve D (Fig. 6). ter testing, close this valve securely. Push in on the 9. Bleed any air from the actuation piping by energizing plunger of ball drip valve E (Fig. 6) until all of the the solenoid valve. This is done by operating a de- water has drained from the alarm line. tactor or an electric manual emergency station. While 8. Operational test-Open the Model B Manual Emer- j water is flowing through the solenoid valve, cause it gency Station, valve D(Fig. 6), or operate by electri- to close. Refer to Bulletin 700, " Special Hazards & cal actuation (refer to Bulletin 700, "Special Hazards j Special Systems"for details. &Special Systems"for details).Note:An operational Nate• All detection devices must be reset before the test will cause the Deluge Valve to open and flow wa- releasins/control panel can be reset, ter into the sprinkler system. j 10. Close valve G (Fig. 6). Open the valve to restore air 9. Secure Model B Manual Emergency Station,valve D { pressure in the sprinkler system. (Fig.6), in the OFF position with a nylon tie(#55, Fig. [ 11. Open valve G (Fig. 6). Open slightly the main valve 2) after the Deluge Valve is reset. !!!� controlling water supply (Fig. 6) to the Model DDX Testing the Model DDX Deluge Valve € Deluge Valve, closing drain valve B (Fig. 6) when water flows. Observe if water leaks through the ball Without Flowing Water drip valve, valve E (Fig. 6), into the drip cup, J (Fig. Refer to Fig. 6 6). If no leak occurs, the Deluge Valve's clapper is 1. Close the valve controlling water supply to Deluge i sealed. Open slowly, and verify that the main valve Valve and open the main drain valve B. controlling water supply is fully opened and properly 2. Verify that valve A is open,allowing water to enter the monitored. push rod chamber. 12. Verify that valve A (Fig. 6) and valve G (Fig. 6) are 3. Operate detection system - energize the solenoid j open. valve by operating a detector (refer to Bulletin 700, I 13. Secure the handle of the Model B Manual Emergen- "Special Hazards&Special Systems'for details). cy Station, valve D(Fig. 6), in the OFF position with a 4. Operation of the detection system will result in a sud- s, nylon tie (#56, Fig. 2). den drop of water pressure in the push rod cham- Inspection and Testing ber. I5. Reset defection system - reverse operations per- Refer to Figs, 2, 5, and 6, formed in step three above and then proceed ac- 1. Water supply-be sure the valve(s) controlling wa- cording to the directions listed in the "Resetting the ter supply to the Deluge Valve are opened fully and Single Interlock Preaction System"section of this bul- properly monitored. letin for resetting the Deluge Valve. 2. Alarm line-be sure that valve G (Fig. 6) is opened and remains in this position. Draining Excess/Condensate Water From 3. Other trimming valves-check that valve A (Fig. 6) System is open as well as all of the pressure gauge's Y4" 3- Refer to Fig. 6 way valves. Valves D, F, and H (Fig. 6) should be 1. Close the main valve controlling water supply to Del- closed. uge Valve. Also close valve A and open main drain 4. Ball drip valve E (Fig. 6) -make sure valve G (Fig. valve B. 6) is open. Push In on the plunger to be sure the ball 2. Open condensate drain valve H until all water has j check is off its seat. If no water appears, the Deluge drained. Close valve H. Note, Be sure not to keep ]l Valve's water seat is tight. Inspect the bleed hole valve HH open for an extended period of time because (see Fig. 5)on the underside of the push rod cham- that gill cause enouah system air to bleed off thereby ber for leakage. ac using an undesirable activation of a trouble-an- 5. System pneumatic pressure - check that system nunciatino device air pressure is approximately 35 ozlinz(2.2 psi or 0,2 3. Close main drain valve B. If system contains pres- I bar). Check the pressure maintenance device for surized air, allow air pressure to come back up to j leakage and proper pressure. specification. Open valve A first, and then open the main valve controlling the water supply to the Deluge Valve. 11. i MODEL DDX DELUGE VALVE 9" 2-1 /2" 3" & 76MM To 4 SY1S�TEM ff ` TO RELEASING zs ���. •'��AV DEVICE zl 1— N / SYSTEM I — 10 40 — / KK I —a +I 'I 1 1 SJ all (UPPER SEAT 0-PING) t TEST PORT - J6 _y ..¢ <G (TOWER -,PAT U-RING) FROM SUPPLY �cAUGE � woer i iJ 11 PORT � k BLEED HOLE L 19 I FROM SUPPLY EXTERNAL RESET •ASSEMBLY siarcoec Fig.5 Models DDX 2" (5Omm), 21/2" (65mm) 3" (8Omm) &76mm Deluge Valve Parts List Item Part Number No. Part Description Req'd No. 2"Valve 21/2"Valve 3"Valve 76mm 1 91006011 91006D12 91006013 91006023 Body,Machined 1 2 94617001 94617002 94617003 94617004 Plate,Size 1 3 92126066 Cover,Pushrod 1 4 91106123 Screw,Hex Cap,'/r13 x 1-1/4",ZN PLTD.Grade A 6 ) 1 5 91306013 Mounting Ring,Machined 1 6 91916003 Clapper,Machined 1 7 92116063 Cover,Access,Machined 1 8 93416003 Seal Assembly 1 1 9 93706003 Gasket,Access Cover(not shown) 1 I 10 93722000 Bumpstop Assembly 1 11 93916006 Pushrod,Guide 1 12 93916066 Shaft,Reset 1 13 94106066 Housing,Reset 1 I t 14 94856006 Knob,Reset 1 1 15 945D6003 Lever 1 16 94617(X10 Adhesive,Backing Pad(not shown) 1 17 95106006 Piston,Machined 1 1 18 95276006 Diaphragm 1 �� 19 95306268 Clip,Retaining,3/8"Shaft 4 : 20 95406007 O-Ring,(114) 1 j 21 95406024 0-Ring,(912) 2 1 22 95406407 O-Ring,(014) 1 1 23 95408410 O-Ring,(150), 1 ! 24 95406411 O-Ring,(147) 1 25 95506003 Pushrod 1 1 26 95606114 Screw,Socket Head,01/4"-20 x 5/8' 6 27 95606127 Screw,0 3/8"-16 x V.",Socket Cap,Flat Heed 1 28 95606133 Screw,Cap,#6-32 x 1/2",SS 1 29 96016003 Seat Machined 1 30 96206003 Pin,Hinge 1 ]]1] 31 96216003 Pin,Lever 1 1 32 96310003 Spacer,Clapper Pin 2 33 96406003 Spring,Lever 1 34 96406906 Spring,DDX 2 35 96906112 Washer,Look,M6,SS 1 i 36 94206406 Inlet,Orifice 1 j 37 94616921 Label,Caution Knob(not shown) 1 38 91556922 Ball Chain, 1/8"(not shown) 8 i 39 91556923 Clamping Link,Ball Chain(not shown) 1 40 85000050 O"drg Grime,DrPontr'"KrfteGPL-201 A1R q1 95005414 Striker,LevedClapper 1 42 95606140 Screw,Socket Head'/.-20x3/8",SS 2 13. s I I SPRINFLER S4STfAl j NCRAIALL) CLOSED i0 ALJBEL PRESSURE r34UCE 1 ,l i r r r- a - t 41R OP. WJTER.) 4 .•c LEN.:lP SAL l,. ._ 8 AIR r'.97.,4E'S5�R' edNE-L ( i 1.15 PS! (i I Box) OR sD r^! j I' E 1 I FATfl� MODEL iEO 11 L d{AtN � ))) TEN•WrEDEU t � i F-'U li SNn CW4'eER I B � h ' ,NE�.dlhf 1�4L1t \ I li, 1:, )) -i 4 I TO DRP ruFTO Irl iYl SYSTEM H I TD TO TO TO ) OalP TU MECHANICAL A(ARAL ; CUP - �— OUr�� T 1CLIr, J DRAM SPRINKLER �I�PRESSURE '~` AL4RM. u SWITCH i TO ` NON—SILENCE4BLE AL4Rdl PRESSURE sw ,ALARM SNITCH IN - —�T£ST_ _ (REE NFPA 7.J j I L _ SI/FPCY I! i, hA ER SUPPLY , A — — PRESSURE GAUGE Ip ) I F ) I WATER WF♦•Y'r CONTROL VALVF I' ' ,3i.B0ec' FROM j SUPPLY I Fig. 6 i i i i 14, +� I Maintenance Procedures - Model DDX At the rear of the valve, disconnect the wa- Deluge Valve ter column drain trim section starting with the Refer to Figs. 2, 5, &6. elbow connector (#16, Fig. 2). Then remove 1. Mechanical sprinkler alarm (water motor-not the 1/4" angle valve (#61, Fig. 2), followed by f shown)not operating: the 3/4"x 114' reducing bushing (#7, Fig.2), Re- This is most likely caused by a clogged screen in the move the retaining ring(handhold cover side) strainer of the water motor. Proceed as follows: Re- from the clapper hinge pin (#30. Fig. 5) and move plug from the strainer. Remove and clean the push this pin through the water column drain screen. Replace the screen and the plug, and then line and remove the clapper subassembly. tighten securely(Ref. Bulletin 613). Replace the seal sub-assembly as described 2. Leakage out of the ball drip valve E(Fig.6). previously. Inspect the clapper(#6, Fig. 5)vi- a. Water leakage due to a water column above sually before reinstalling. Reinstall in the re- the Deluge Valve's clapper: verse order making sure the clapper spacers This condition can be caused by leakage past the are in their proper position. If the seat (#29, system side of the Model DDX Deluge Valve's seal Fig. 5) is damaged or it is suspected that the faceplate subassembly (#B, Fig. 5). Be sure that leakage is through the lower O-ring(#24, Fig. this surface Is free of any type of debris.To elimi- 5),the seat-clapper subassembly is easily re- nate leakage due to a water column, refer to the moved as a unit as follows: section in this bulletin marked "Draining Excess/ Using Reliable PM 6881603000 Seat Wrench, Condensate Water From System". If the problem remove the seat by unscrewing.This will 100s_ continues proceed to the following section, en the seat-clapper-mounting ring subassem- b. Leakage, air or water from the ball drip valve, bly. Reach into the valve and grasp the seat- ' E(Fig.6): clapper subassembly and remove it from the If system air is leaking out the ball drip valve, the valve. Visually examine all components of t' ring sub-assembly the seat-clapperer-moun to g Y problem Is either damage to the airside of the Pp 9 Model DDX Deluge Valve's seal faceplate subas- replacing any component that appears dam- sembly (#8, Fig. 5), seat (#29, Fig. 5),or the up- aged. New O-rings(#23,Fig.5)should 1 per seat O-ring (#23, Fig. 5). If supply water is always be used for reassembly leaking out the ball drip valve, the problem could Reassembly: be caused by damage to the Model DDX Deluge Clean the bore of the valve body. Lubricate Valve's seal faceplate sub-assembly (#8, Fig. 5), the bore with O-ring grease: Lubricate and install the 0-rings #23,Fig.5)onto the seat (#29, Fig. 5), or lower seat 0-ring (#24, Fig. g 5). The following section provides instructions to seat. Insert the seat-clapper-mounting ring correct both conditions: sub-assembly into the handhold opening of A. Shut down the valve controlling the water sup- the Deluge Valve, Align the mounting ring so ply to the Deluge Valve and open the 1-1/4" that the Lever(#15,Fig.5)is near the pushrod main drain valve B (Fig. 6). Open the water (#25, Fig. 5) and the mounting ring (#5, Fig. column drain valve H (Fig. 6). Close the push 5) "ears" are between the tabs of the valve rod chamber supply valve A(Fig.6)and open body(#1, Fig. 5).Start to tread the seat(#29, the Model B Manual Emergency Station D Fig. 5) into the body by hand, then tighten (Fig. 6). until the seat (#29. Fig. 5) with seat wrench 'I B. Remove the Deluge Valve's front (handhold) 6881603000 until it bottoms out on the mount- cover (#7, Fig. 5)and inspect the seat (#29, ing ring (#5, Fig. 5). Verify that the seat-clap- Fig.5), clapper(#6, Fig.5),and seal faceplate per-mounting ring subassembly is in the fully i subassembly(#8, Fig. 5)for damage. down position between the tabs of the body. If inspection indicates damage to the seal and check to see that the lever (#15, Fig. 5) faceplate sub-assembly (#8, Fig. 5), replace lines up with the push rod(#25. Fig.5). Loos- as follows: en and reassemble if necessary.Reassemble Remove the bump stop nut subassembly the hand hold cover (#7, Fig. 5) and set up (#10, Fig. 5) and remove the seal assembly the Model DDX Deluge Valve as per the sec- (#8, Fig. 5). Install a new seal assembly (#8, tion"Resetting Model DDX Deluge Valve Sys- Fig. 5) and thread the bump stop nut (#10, tems." Fig.5)onto the threaded stud of the seal sub- 3. Leakage out of the push rod chamber vent hole: assembly (#8, Fig. 5) and tighten finger tight A small bleed hole is located on the underside of the plus 1/4 to 1/2 turn. push rod chamber(see Fig. 5). If there is air or water If inspection indicates damage to the clapper leakage coming out of this hole, do the following. (#6, Fig. 8)only, then the clapper sub-assem- bly can be removed as follows: j 15, i s s I Maintenance Procedures- Model DDX At the rear of the valve, disconnect the we- i Deluge Valve ter column drain trim section starting with the Refer-ta-Rigs 2, 5, & 8, elbow connector (#16, Fig. 2), Then remove t. Mechanical sprinkler alarm. (water motor-not the r/4" angle valve (#61, Fig. 2), followed by shown) not operating: the 3/4"x Y4" reducing bushing(#7, Fig.2).Re move the retaining ring(handhold cover side) This is most likely caused by a clogged screen in the from the clapper hinge pin (#30, Fig, 5) and I strainer of the water motor Proceed as follows: Re move plug ftom the strainer, Remove and clean the push this pin through the water column drain � screen. fieplace the screen and the plug, and then lne and remove the clapper subassembly. p li tighten sr#curely(Ref. Bulletin 613). Replace the seal sub-assembly as described 2. Leakage out of the ball drip valve E(Fig.6). previously. Inspect the clapper tall Fig. 5)re- a. Watet leakage:due-to a water column above sually before reinstalling. Reinstall In the re- i lite LTelug a Valve a clapper: Verse order making sure the clapper spacers e seat #29 s are in their proper position. If the ( Y Tf1!sso�d!tidn can be caused by leakage past the p p p II system sldoof the Model.ODX Deluge Valve's seal Fig. 5) is damaged or it is suspected that the faceplate subassembly(#6, Fig. 5). Be sure that leakage is through the lower 0-ring(#24, Fig. ibis surface is free of any type of debris. To elimi- 5),the seat-clapper subassembly is easily re- nate:leakage due to a Water column, refer to the moved as a unit as follows: section in this bulletin marked "Draining Excess/ Using Reliable P/N unscrewing. Seat Wrench, i remove seat b unscrewin This will loos- . Oori.densate Water From System". If the problem y 9' I� continues proceed to the following section. en the seat-clapper-mounting ring subassem- b. Leakage,air br'water from the ball drip valve, biy, Reach into the valve and grasp the seat E(Fli 6);. clapper subassembly and remove it from the If system air is leaking out-the ball drip valve, the valve. Visually examine all components of problem is either damage to the airside of the the seat-clapper-mounting ring sub-assembly Model DDX Deluge Valve's seal faceplate subas- replacing any component that appears O-rings s New dam- aged, #23, Fig' )5 should sembiy (#8, Fig, 5), seat (#29, Fig. 5),or the up- 9 g ( per seat O-ring (#23, Fig. 5). If supply water is always be used for reassembly. ) leaking out the ball drip valve, the problem could Reassembly: be caused by damage to the Model DDX Deluge Clean the bore of the valve body. Lubricate ,! Valve's seal faceplate sub-assembly (#8, Fig. 5), the bore with O-ring grease. Lubricate and seat (#29, Fig. 5), or lower seat O-ring (#24, Fig, install the O-rings(#23, Fig.5)onto the 5). The following section provides instructions to seat. Insert the seat-clapper-mounting ring correct both conditions: sub-assembly into the handhold opening of A. Shut down the valve controlling the water sup- the Deluge Valve. Align the mounting ring so ply to the Deluge Valve and open the 1-1/4" that the Lever(#15,Fig,5)is near the pushrod p main drain valve B (Fig. 6). Open the water (#25, Fig. 5) and the mounting ring (#5, Fig. column drain valve H(Fig. 6). Close the push 5) "ears" are between the tabs of the valve rad chamber supply valve A(Fig.6)and open body (01, Fig. 5).Start to tread the seat (#29, the Model B Manual Emergency Station D Fig. 5) into the body by hand, then tighten (Fig. 6). until the seat (#29, Fig. 5) with seat wrench B. Remove the Deluge Valve's front (handhold) 6881603000 until it bottoms out on the mount- { cover (#7, Fig. 5) and inspect the seat (#29, Ing ring (#5, Fig. 5), Verify that the seat-clap- Fig.5),clapper(#6. Fig. 5),and seal faceplate per-mounting ring subassembly is in the fully subassembly(#8, Fig.5)for damage. down position between the tabs of the body, If inspection indicates damage to the seal and check to see that the lever (#15, Fig. 5) faceplate sub-assembly (#8, Fig. 5), replace lines up with the push rod(#25, Fig. 5). Loos- as follows en and reassemble if necessary. Reassemble ) Remove the bump stop nut subassembly the hand hold cover (#7, Fig, 5) and set up (#10, Fig. 5) and remove the seal assembly the Model DDX Deluge Valve as per the sec- (#8, Fig. 5). Install a new seal assembly (#8, tion"Resetting Model DDX Deluge Valve Sys- Fig. 5) and thread the bump stop nut (#10, tems." Fig. 5)onto the threaded stud of the seal sub- 3. Leakage out of the push rod chamber vent hole: assembly (#8, Fig. 5) and tighten finger tight A small bleed hole is located on the underside of the plus /4 to Yz turn. push rod chamber(see Fig. 5). If there is air or water If inspection indicates damage to the clapper leakage coming out of this hole, do the following: (46, Fig. 8)only, then the clapper sub-assem- bly can be removed as follows: 15. I l i controlling water supply to CONDITION TWO (System Air coming out of a. Shut down the valve cont g pp y j the Deluge Valve. Relieve the inlet pressure by the bleed hole): opening the 11/4' drain valve B (Fig. 6). Close the System air coming out of the bleed hole is caused b a defective C-ring assembled to the push rod valve A(Fig.6)that supplies water to the push rod Y g j chamber, and open the Model B Manual Emer- guide (#11, Fig. 5). Remove the piston-push rod gency Station,valve D(Fig.6). subassembly, push rod spring (#34. Fig. 5), and i b. Remove the trim at the unions nearest to the push push rod guide(#11, Fig. 5). Verify by hand turn- ing, that the push rod cannot be unscrewed from rod chamber cover(#3, Fig.S). c. Take the push rod chamber cover (#3, Fig. 5) off the piston. Replace all 0-rings and the push rod by removing the six retaining screws (#26, Fig. guide (#21 , Fig, 5).The correct installation 5) torque for the push rod guide is 35 inch-pounds. CONDITION ONE (Water coming out of the CAUTION,• Do not over tiahten the push rod auide Reassemble the components that were inl- bleed hole): bleedWater coming out of the bleed hole Is caused by a tially removed Re-install the d!aphraam(#18 Fw to e s e e I, leaking diaphragm(#18, Fig. 5). Visually Inspect 5) if i �p ar to be In aood shad oth rwise the push rod chamber Cover(#3, Fig. 5)-and pis- replace it also NOTE•The diaphragm has two dif- It w 11 fall if ton (#17, Fig. 5) to determine what could have f is ces s o -d're a. damaged the diaphragm and correct. Install a installed backwards! Roll the diaphragm so that new diaphragm. NOTE: The diaphragm has two the smooth surface (the pressure side)conforms I different surfaces it is not bi-directional Jt will fail o the inside of the push rad chamber cover and I if installed backwards Roll the diaphragm so that reassemble the six retaining screws (#26, Fig. 5) the smooth surface (the pressure side) conforms with an installation torque of 15 foot-pounds. Set to the inside of the push rod chamber cover and up the Model DDX Deluge Valve as per the sec- reassemble the six retaining screws (#26, Fig. 5) tion "Resetting the Single Interlock Preaction Sys- with an installation torque of 15 foot-pounds. Set tem". up the Model DDX Deluge Valve as per the sec- tion "Resetting the Single Interlock Preaction Sys- tem.' 3 i t i i 9 Y t i 51 f 16. y • i Ordering Information Specify Valve Model & Size — 2" (50mm) Model DDX Deluge Valve (P/N 6103022000), 21/2' (65mm) Model DDX I76mm Model DDX Deluge Valve (P/N6103022500), 3" (SOmm) Model DDX Deluge Valve (P/N 6103030000), Deluge Valve (P/N 6103027600). Trim —The trim set is available in individual parts, in time-saving segmentally assembled kit forms, or fully assembled to the Model DDX Deluge Valve with or without a control valve. is Solenoid valve— 175 psi (12,1 bar) or 250 psi (17,2 bar) rated. Trim Part Numbers 2"(50all I 21/z"(65mm) 3"(80mm) 76mm Trim Configurations Yalve Valve Valve Valve � 175 psi(12,1 bar) Full Assembled to DDX Valve w/Control Valve 6505020030 6505022530 6505030030 Not Available Rated Solenoid FullyAssembled to DDX Valve w/o Control Valve 6505020031 1 6505022531 16505030031 1 6505027631 Valve me - S ntell Assembled DDX Valva Sold Se aratal 6503002223 6503002222 Individual Parts DDX Valve Sold Se aratal •I 250 psi(17,2 bar) Fully Assembled to DDX Valve w/Control Valve 6505020040 6505022540 6505030040 Not Available Rated Solenoid Full Assembled to DDX Valve w/o Control Valve 6505020041 6505022541 6505030041 6505027641 Valve Se me Mal Assembled DDX Valve Sold Se aratal 6503002227 Indlvidual Parts DDX Valve Sold Separately) 6503002226 Note:For metric installations, a 11/4" NPT x R11/4, ISO 7/1 x Close Nipple(Reliable P/N 98543403)is sold Separately as an adapter for the single drain outlet of the trims. Additional Equipment(Refer to Fig.7) Item Component Part Mfgr. Description Technical Bulletin No. Ball Valve 2" 50mm - Water Supply Control Valve Selectm _ Butterfl Valve 21/2*" 65m ,3" 80mm,76mm 1 Tamper Switch(Optional)for OS&Y Valve D Model OS&Y2 System Sensor A05-0196 (Optional)for But arfly Valve Model Pl BV2 System Sensor A05-0197 2 Deluge Valve B Model DDX,2'(50mm),2Yz"(65mm),3'(80mm), Reliable 5121513 76mm 3 Shale Interlock Trim Kit B Refer to Parts List in this Bulletin Reliable 736 Model EPS10-2 DPDT,UL,FM) System Sensor A05-0176 4 Waterflow Alarm Pressure Switch D Model EPSA10-2 DPDT,ULC 5 Mechanical Alarm(Optional) B Model C Reliable 612/613 i. Releasin /Control Panel Model PFC-4410-RC 12 VDC, 12 AMP Hours.90 Hours Baci FM Batteries 12 VDC,7 AMP Hours 60 Hours Backup) 6 C CA2Z Class A Wirin Module for InitiatingCircuits Potter 50 Reliablele 7 700 0 CAM Class A Wiring Module for indicating Circuits Optional Accessories ARW1/ARM-2 Au)dllary Relay Module ii RA-4410-RC Remote Annunciator Model SSM24-5 24 VDC/Polarized Belli Model SSM24-10 24 VDC/Polarized Belli 7 Alum Annunciator A Model MA24-D 24 VDC/Polarized Sounder Reliable 700 i Model MASS24LO 24 VDC/Polarized Sounder li Strobe Model SSM24-6 24 VDC/Polarized Bell Reliable 700 8 Trouble Annunciator A Model MA24-D 24 VDC/Polarized Sounder 9 Manual Emergency Station.(Elec.) A Model 3NG-1 SPDT 1&2 Area Detection Reliable 700 Model 8NG-1F(DPDT)Cross Zoned Detection 2 10 Detection Various Smoke,Heat Detectors,etc. Reliable 722 i 11 Sprinklers B Closed Type Re10.liable 1 136,etc. 131, v Model B Air Compressor Panel - Reliable 252 12 Supervisory Air Pressure Supply B Model C Pressure Maintenance Device I System Equipment Manufacturers (A) Notifier (C) Potter Electric Signal Company (B) The Reliable Automatic Sprinkler Co., Inc. (D) System Sensor i i 17. SINGLE INTERLOCK PREACTION SYSTEM COMPONENTS cus£n I SPRINKLER (ui (1 57PRI10LER SYSTEM —___---- MODEL C SPRINKLER ALARM .',or*LiA- MODEL a M i'E'. F:i'Eg�URf A/R COUPR£550R PANEL _ ;.'le2 NAuiE Xll(E ' I SL.:RN L '"lEYV1FCRl AJR E, .PENT I 5E USED. PLEASE \1 MODEL IDX 'I"£ TC TAC IN-LINE \�F DELUGE VALVE (29 OD r \ c.I E BETWEEN I F 4N0 THE WATER TC REL tAELE` IPI,M. �U - - FLOW (<) (iJ % ALARM 5GLEN0,I0 SWITCH VALVE PFC-AAIO-RC MODEL B m (J) RELEASING.2CNTRCL HYDIRAULIC 4 X11 FANEL EMERGENCY I ..., STATION (C) TUE MODEL ODA DELUC'E YALV' —` \ � DOES NOT REQUIRE AN IN-UNE CHECK VALVE FOR ALR RECOMNANE. THE (tel RECOMMENDDED /N9TALLATIQN '\ WATER LOCATION FOR A FIPF DEPT amrvnAL ❑ cUPFLY CONNECTION (FDL) IS RETIVEEN 1 EVERT LNC'I (-) /TROUBLE d- CONTROL THE MODEL ib.t DELIJUE 'VALVE 5Tr TION' l%1 •� ALARM VALVE AND THE WATER SVPPLT CCNTPOL E�C'TRIE) �PpiIFR ^'ANUNCIATORS :11 VALVE n \ WAiER ) 1 S(/PPLY YAl !91 %inFOOiC I Fig.7 'I Installation Dimensions in Inches(mm) VALVE A B C 'D E F G H J K L M N P Q R irl 2"(50mm) q j 2'h"(65mm) 73/3 6'1w 8 12'/2" 18'/z" 26'A" 572" 9'/4" 3Yz 5'/4* 93/4" 2'/4" 3314° 5314" 8'p" 3'/4" 3"(80mm) (197) (159) (203) (318) (470) (667) (140) (235) (89) (134) (246) (57) (95) (146) (210) (83) 'i &76mm •Total take out dimension for Fully Assembled to DDX Valve w/Control Valve Configurations: j 2"-20W. 2'/2"&3" - 1721/x'" 76 mm-N/A. i TRIM SHOWN FULLY ASSEMBLED WITHOUT CONTROL VALVE II I __. H-- R P { I i i � I F E J r � K O t I p i S 1 I i I i A 1 19. ISLAND FIRE SPRINKLER, INC. 81 KEYLAND COURT BOHEMIA,NY 11716 HYDRAULIC CALCULATIONS FOR Santorini Beach Resort 3800 Duck Pond Road FLOOR: 1ST DATE: JUN 24, 2011 -DESIGN DATA- OCCUPANCY CLASSIFICATION: LIGHT HAZARD DENSITY: . 10 gpm/sq. ft . AREA OF APPLICATION: 1950 sq. ft . COVERAGE PER SPRINKLER: VARIES NUMBER OF SPRINKLERS CALCULATED: 19 sprinklers TOTAL SPRINKLER WATER FLOW REQUIRED: 358.2 gpm TOTAL WATER REQUIRED (including hose) : 458.2 gpm FLOW AND PRESSURE (@ STREET) : 458 .2 gpm @ 32 .6 psi SPRINKLER ORIFICE SIZE : 1/2 inch NAME OF CONTRACTOR: ENC Property Holding DESIGN/LAYOUT BY: J. SICILIANO CONTRACTOR CERTIFICATION NUMBER: 0 'Q1 CALCULATIONS BY HASS COMPUTER PROGRAM (LICENSE # 49021351 ) Items listed in bold print are automatically transfered from the calculation report SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 2 DATE: 6/24/2011SANTORTNT BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE: 10-1511 PA WATER SUPPLY DATA SOURCE STATIC RESID. FLOW AVAIL. TOTAL REQ' D NODE PRESS . PRESS . @ PRESS . @ DEMAND PRESS. TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSI) STREET 45 . 0 24 . 0 870 . 0 38 .6 458 .2 32 . 6 AGGREGATE FLOW ANALYSIS : TOTAL FLOW AT SOURCE 458 .2 GPM TOTAL HOSE STREAM ALLOWANCE AT SOURCE 0 . 0 GPM OTHER HOSE STREAM ALLOWANCES 100 . 0 GPM TOTAL DISCHARGE FROM ACTIVE SPRINKLERS 358 .2 GPM NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) 1 9 . 0 K= 5 . 60 11 . 8 19 . 3 1A 9 . 0 - - - - 12 . 8 - - - 2 9 . 0 K= 5 . 60 13 .2 20 . 3 2A 9 . 0 - - - - 14 .3 - - - 3 9 . 0 K= 5 . 60 8 . 9 16 . 7 4 9 . 0 K= 5 . 60 8 .3 16 . 1 4A 9 . 0 - - - - 9 .3 - - - 5 9 . 0 K= 5 .60 9 . 8 17 . 5 5A 9 . 0 - - - - 11 . 3 - - - 6 9 . 0 K= 5 . 60 11 . 1 18 . 6 6A 9 . 0 - - - - 12 . 8 - - - 7 9 . 0 K= 5 . 60 14 . 4 21 . 2 7A 9 . 0 - - - - 15 .5 - - - 8 9 . 0 K= 5 . 60 7 . 0 14 . 8 8A 9 . 0 - - - - 7.6 - - - 9 9 . 0 K= 5 . 60 7. 5 15 . 3 9A 9 . 0 - - - - 8 . 1 - - - 10 9 . 0 K= 5 .60 10 . 6 18 . 2 10A 9 . 0 - - - - 11 . 5 - - - 11 9 . 0 K= 5 .60 12 . 5 19 . 8 11A 9 . 0 - - - - 13 . 6 - - - 12 9 . 0 K= 5 . 60 9 . 5 17 . 2 13 9 . 0 K= 5 . 60 9 . 0 16 . 8 13A 9 . 0 - - - - 10 .6 - - - 14 9 . 0 K= 5 . 60 11 . 0 18 . 6 14A 9 . 0 - - - - 12 . 0 - - - 15 9 . 0 K= 5 . 60 13 .3 20 . 4 15A 9 . 0 - - - - 14 . 5 - - - 16 9 . 0 K= 5 . 60 15 .3 21 . 9 16A 9 . 0 - - - - 16 . 7 - - - 17 9 . 0 K= 5 . 60 12 . 7 20 . 0 18 9 . 0 K= 5 . 60 13 . 5 20 . 5 18A 9 . 0 - - - - 14 . 6 - - - 19 9 . 0 K= 5 . 60 19 . 5 24 . 7 19A 9 . 0 - - - - 19 . 8 - - - 20 9 . 0 - - - - 15 . 6 - - - SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 3 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 . SDF JOB TITLE: 10-1511 PA NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) 21 9 . 0 - - - - 15 . 6 - - - 22 9 . 0 - - - - 15 . 9 - - - 23 9 . 0 - - - - 16 . 1 - - - 24 9 . 0 - - - - 17.2 - - - 25 9 . 0 - - - - 17.3 - - - 26 9 . 0 - - - - 20 .8 - - - 27 9 . 0 - - - - 21 . 5 - - - PAO 8 . 0 - - - - 59 . 7 - - - PAT 8 . 0 - - - - 60 .3 - - - AO 8 . 0 - - - - 60 . 4 - - - AI 5 . 0 - - - - 62 . 9 - - - PD 4 . 0 - - - - 65 . 0 - - - PS 4 . 0 - - - - 0 . 0 - - - S1 4 . 0 - - - - 0 . 5 - - - RPO 1 . 0 - - - - 16 . 8 - - - BPI 1 . 0 - - - - 26 . 8 - - - H -5 . 0 HOSE STREAM 31 . 2 100 . 0 STREET -5 . 0 SOURCE 32 . 6 458 .2 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 4 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE: 10-1511 PA PIPE DATA PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS. END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe : 1 -19 . 3 1 . 049 PL 1 . 00 PF 1 . 0 1 9 . 0 5 .6 11 . 8 19 .3 7 . 2 120 FTG ET PE 0 . 0 1A 9 . 0 0 . 0 12 . 8 0 . 0 0 . 121 TL 8 . 00 PV Pipe: 2 -19 .3 1 . 049 PL 12 . 00 PF 1 .5 1A 9 . 0 0 . 0 12 . 8 0 . 0 7.2 120 FTG ---- PE 0 . 0 2A 9 . 0 0 . 0 14 . 3 0 . 0 0 . 121 TL 12 . 00 PV Pipe : 3 -20 . 3 1 . 049 PL 1 . 00 PF 1 . 1 2 9 . 0 5 .6 13 .2 20 .3 7 . 6 120 FIG ET PE 0 . 0 2A 9 . 0 0 . 0 14 . 3 0 . 0 0 . 134 TL 8 . 00 PV Pipe: 4 -39 . 6 1 . 380 PL 5 . 00 PF 1 . 3 2A 9 . 0 0 . 0 14 .3 0 . 0 8 . 5 120 FTG T PE 0 . 0 20 9 . 0 0 . 0 15 . 6 0 . 0 0 . 121 TL 11 . 00 PV Pipe: 5 -16 . 7 1 . 049 PL 3 . 00 PF 0 .5 3 9 . 0 5 . 6 8 . 9 16 . 7 6 . 2 120 FIG E PE 0 . 0 4A 9 . 0 0 . 0 9 . 3 0 . 0 0 . 093 TL 5 . 00 PV Pipe: 6 -16 . 1 1 . 049 PL 8 . 00 PF 1 . 0 4 9 . 0 5 .6 8 .3 16 . 1 6 . 0 120 FIG 2E PE 0 . 0 4A 9 . 0 0 . 0 9 .3 0 . 0 0 . 087 TL 12 . 00 PV Pipe : 7 -32 . 8 1 . 049 PL 6 . 00 PF 1 . 9 4A 9 . 0 0 . 0 9 . 3 0 . 0 12 .2 120 FTG ---- PE 0 . 0 5A 9 . 0 0 . 0 11 . 3 0 . 0 0 . 325 TL 6 . 00 PV Pipe: 8 -17. 5 1 . 049 PL 6 . 00 PF 1 . 5 5 9 . 0 5 . 6 9 . 8 17 .5 6 . 5 120 FTG 2ET PE 0 . 0 5A 9 . 0 0 . 0 11 . 3 0 . 0 0 . 102 TL 15 . 00 PV Pipe : 9 -50 . 3 1 . 380 PL 8 . 00 PF 1 .5 5A 9 . 0 0 . 0 11 .3 0 . 0 10 . 8 120 FTG ---- PE 0 .0 6A 9 . 0 0 . 0 12 . 8 0 . 0 0 . 188 TL 8 . 00 PV Pipe : 10 -18 .6 1 . 049 PL 6 . 00 PF 1 . 7 6 9 . 0 5 . 6 11 . 1 18 . 6 6 . 9 120 FTG 2ET PE 0 . 0 6A 9 . 0 0 . 0 12 . 8 0 .0 0 . 114 TL 15 . 00 PV Pipe: 11 -68 . 9 1 .610 PL 10 . 00 PF 2 . 9 6A 9 . 0 0 . 0 12 . 8 0 . 0 10 . 9 120 FIG T PE 0 .0 21 9 . 0 0 . 0 15 .6 0 . 0 0 . 159 TL 18 . 00 PV Pipe : 12 -21 . 2 1 . 049 PL 1 . 00 PF 1 .2 7 9 . 0 5 .6 14 . 4 21 .2 7. 9 120 FIG ET PE 0 . 0 7A 9 . 0 0 . 0 15 . 5 0 . 0 0 . 145 TL 8 . 00 PV Pipe: 13 -21 .2 1 . 380 PL 4 . 00 PF 0 . 4 7A 9 . 0 0 . 0 15 . 5 0 . 0 4 .6 120 FTG I PE 0 . 0 22 9 . 0 0 . 0 15 . 9 0 . 0 0 . 038 TL 10 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 5 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE: 10-1511 PA PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI ) (GPM) FL/FT (PSI) Pipe : 14 -14 . 8 1 . 049 PL 4 . 00 PF 0 .6 8 9 . 0 5 . 6 7 . 0 14 . 8 5 . 5 120 FTG 2E PE 0 . 0 8A 9 . 0 0 . 0 7. 6 0 . 0 0 . 075 TL 8 . 00 PV Pipe : 15 -14 . 8 1 . 049 PL 5 . 00 PF 0 .5 8A 9 . 0 0 . 0 7 . 6 0 . 0 5 . 5 120 FTG E PE 0 . 0 9A 9 . 0 0 . 0 8 . 1 0 .0 0 . 075 TL 7 . 00 PV Pipe : 16 -15 . 3 1 . 049 PL 1 . 00 PF 0 .6 9 9 . 0 5 . 6 7 . 5 15 .3 5 . 7 120 FTG ET PE 0 . 0 9A 9 . 0 0 . 0 8 . 1 0 . 0 0 . 079 TL 8 . 00 PV Pipe: 17 -30 . 1 1 . 049 PL 12 . 00 PF 3 .3 9A 9 . 0 0 . 0 8 . 1 0 . 0 11 . 2 120 FTG ---- PE 0 . 0 10A 9 . 0 0 . 0 11 . 5 0 . 0 0 . 278 TL 12 . 00 PV Pipe: 18 -18 .2 1 . 049 PL 1 . 00 IF 0 . 9 10 9 . 0 5 . 6 10 . 6 18 .2 6 . 8 120 FIG ET PE 0 . 0 10A 9 . 0 0 . 0 11 . 5 0 . 0 0 . 109 TL 8 . 00 PV Pipe: 19 -48 .3 1 . 380 PL 12 . 00 PF 2 . 1 10A 9 . 0 0 . 0 11 . 5 0 . 0 10 . 4 120 FTG ---- PE 0 . 0 11A 9 . 0 0 . 0 13 . 6 0 . 0 0 . 175 TL 12 . 00 PV Pipe : 20 -19 . 8 1 . 049 PL 1 . 00 PF 1 .0 11 9 . 0 5 . 6 12 .5 19 . 8 7 . 4 120 FTG ET PE 0 . 0 11A 9 . 0 0 . 0 13 .6 0 . 0 0 . 128 TL 8 . 00 PV Pipe: 21 -68 . 2 1 . 610 PL 8 . 00 PF 2 . 5 11A 9 . 0 0 . 0 13 . 6 0 . 0 10 . 7 120 FTG T PE 0 . 0 23 9 . 0 0 . 0 16 . 1 0 . 0 0 . 156 TL 16 . 00 PV Pipe: 22 -21 . 9 1 . 049 PL 2 . 00 PF 1 . 4 16 9 . 0 5 . 6 15 . 3 21 . 9 8 . 1 120 FTG ET PE 0 . 0 16A 9 . 0 0 . 0 16 . 7 0 . 0 0 . 154 TL 9 . 00 PV Pipe : 23 -21 . 9 1 . 380 PL 5 . 00 PF 0 . 4 16A 9 . 0 0 . 0 16 . 7 0 .0 4. 7 120 FTG T PE 0 . 0 24 9 . 0 0 . 0 17 . 2 0 .0 0 . 041 TL 11 . 00 PV Pipe: 24 -17 . 2 1 . 049 PL 8 . 00 PF 1 . 2 12 9 . 0 5 . 6 9 . 5 17.2 6 . 4 120 FIG 2E PE 0 .0 13A 9 . 0 0 . 0 10 .6 0 . 0 0 . 099 TL 12 . 00 PV Pipe : 25 -16 . 8 1 . 049 PL 8 . 00 PF 1 . 6 13 9 . 0 5 . 6 9 . 0 16 . 8 6 . 2 120 FTG 2ET PE 0 . 0 13A 9 . 0 0 . 0 10 . 6 0 . 0 0 . 095 TL 17 . 00 PV Pipe : 26 -34 . 1 1 . 049 PL 4 . 00 PF 1 . 4 13A 9 . 0 0 . 0 10 . 6 0 . 0 12 .6 120 FTG ---- PE 0 . 0 14A 9 . 0 0 . 0 12 . 0 0 . 0 0 . 348 TL 4 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 6 DATE : 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE : 10-1511 PA PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . IT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 27 -18 . 6 1 . 049 PL 2 . 00 PF 1 . 0 14 9 . 0 5 . 6 11 . 0 18 .6 6 . 9 120 FTG ET PE 0 . 0 14A 9 . 0 0 . 0 12 . 0 0 . 0 0 . 114 TL 9 . 00 PV Pipe : 28 -52 . 7 1 .380 PL 12 . 00 PF 2 .5 14A 9 . 0 0 . 0 12 . 0 0 . 0 11 .3 120 FTG ---- PE 0 . 0 15A 9 . 0 0 . 0 14 . 5 0 . 0 0 . 205 TL 12 . 00 PV Pipe : 29 -20 . 4 1 . 049 PL 2 . 00 PF 1 .2 15 9 . 0 5 . 6 13 . 3 20 . 4 7 . 6 120 FTG ET PE 0 . 0 15A 9 . 0 0 . 0 14 . 5 0 . 0 0 . 135 TL 9 . 00 PV Pipe: 30 -73 . 1 1 . 610 PL 8 . 00 PF 2 . 8 15A 9 . 0 0 . 0 14 . 5 0 . 0 11 . 5 120 FTG T PE 0 . 0 25 9 . 0 0 . 0 17 .3 0 .0 0 . 177 TL 16 . 00 PV Pipe: 31 -20 . 0 1 . 049 PL 12 . 00 PF 1 . 8 17 9 . 0 5 . 6 12 . 7 20 . 0 7 . 4 120 FTG E PE 0 . 0 18A 9 . 0 0 . 0 14 . 6 0 . 0 0 . 130 TL 14 . 00 PV Pipe: 32 -20 . 5 1 . 049 PL 1 . 00 PF 1 . 1 18 9 . 0 5 . 6 13 . 5 20 .5 7. 6 120 FTG ET PE 0 . 0 18A 9 . 0 0 . 0 14 . 6 0 . 0 0 . 137 TL 8 . 00 PV Pipe: 33 -40 . 5 1 . 049 PL 8 . 00 PF 6 .2 18A 9 . 0 0 . 0 14 . 6 0 . 0 15 . 0 120 FTG T PE 0 . 0 26 9 . 0 0 . 0 20 . 8 0 . 0 0 . 481 TL 13 . 00 PV Pipe : 34 -24 . 7 1 . 610 PL 2 . 00 PF 0 . 3 19 9 . 0 5 . 6 19 . 5 24 . 7 3 . 9 120 FTG ET PE 0 . 0 19A 9 . 0 0 . 0 19 . 8 0 . 0 0 . 024 TL 14 . 00 PV Pipe: 35 -24 . 7 1 . 049 PL 4 . 00 PF 1 . 7 19A 9 . 0 0 . 0 19 . 8 0 . 0 9 .2 120 FTG T PE 0 . 0 27 9 . 0 0 . 0 21 . 5 0 . 0 0 . 192 TL 9 . 00 Pv Pipe : 36 333 . 5 2 . 469 PL 2 . 00 PF 0 . 7 27 9 . 0 0 . 0 21 . 5 0 . 0 22 .3 120 FTG ---- PE 0 . 0 26 9 . 0 0 . 0 20 . 8 0 . 0 0 .367 TL 2 . 00 PV Pipe : 37 292 . 9 2 . 469 PL 12 . 00 PF 3 . 5 26 9 . 0 0 . 0 20 . 8 0 . 0 19 . 6 120 FTG ---- PE 0 . 0 25 9 . 0 0 . 0 17 .3 0 .0 0 .289 TL 12 . 00 PV Pipe : 38 219 . 9 2 . 469 PL 1 . 00 PF 0 . 2 25 9 . 0 0 . 0 17 .3 0 .0 14 . 7 120 FTG ---- PE 0 . 0 24 9 . 0 0 . 0 17 .2 0 .0 0 . 170 TL 1 . 00 Pv Pipe : 39 197 . 9 2 . 469 PL 8 . 00 PF 1 . 1 24 9 . 0 0 . 0 17 .2 0 . 0 13 .3 120 FTG ---- PE 0 . 0 23 9 . 0 0 . 0 16 . 1 0 . 0 0 . 140 TL 8 . 00 Pv SPRINKLER SYSTEM HYDRAULIC ANALYSTS Page 7 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 . SDF JOB TITLE : 10-1511 PA PIPE TAG Q (GPM) DTA(IN) LENGTH PRESS. END ELEV. NOS . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 40 129 . 8 2 . 469 PL 2 . 00 PF 0 . 1 23 9 . 0 0 . 0 16 . 1 0 . 0 8 . 7 120 FTG ---- PE 0 . 0 22 9. 0 0 . 0 15 . 9 0 . 0 0 . 064 TL 2 . 00 PV Pipe: 41 108 . 5 2 . 469 PL 6 . 00 PF 0 .3 22 9 . 0 0 . 0 15 . 9 0 . 0 7 .3 120 FTG ---- BE 0 . 0 21 9 . 0 0 . 0 15 . 6 0 . 0 0 . 046 TL 6 . 00 PV Pipe: 42 39 . 6 2 . 469 PL 6 . 00 PF 0 . 0 21 9 . 0 0 . 0 15 . 6 0 . 0 2 . 7 120 FTG ---- PE 0 . 0 20 9 . 0 0 . 0 15 .6 0 . 0 0 . 007 TL 6 . 00 PV Pipe : 43 -358 . 2 2 . 469 PL 100 . 00 PF 37 . 8 27 9 . 0 0 . 0 21 . 5 0 . 0 24. 0 150 FTG 6L PE 0 . 4 PAO 8 . 0 0 . 0 59 . 7 0 . 0 0 .277 TL 136 . 27 PV Pipe : 44 -358 .2 4 . 026 PL 14 . 00 PF 0 .5 PAO 8 . 0 0 . 0 59 . 7 0 . 0 9 . 0 120 FTG ---- PE 0 . 0 PAI 8 . 0 0 . 0 60 .3 0 . 0 0 . 039 TL 14 . 00 PV Pipe: 45 -358 . 2 4 . 026 PL 3 . 00 PF 0 . 1 PAI 8 . 0 0 . 0 60 . 3 0 . 0 9 . 0 120 FTG ---- PE 0 . 0 AO 8 . 0 0 . 0 60 . 4 0 . 0 0 . 039 TL 3 . 00 PV Pipe : 45A -358 . 2 4 . 026 PL 10 . 00 PF 1 .2 AO 8 . 0 0 . 0 60 . 4 0 . 0 9 . 0 120 FTG A PE 1 .3 AI 5 . 0 0 . 0 62 . 9 0 . 0 0 . 039 TL 30 . 00 PV Pipe : 45B -358 . 2 4 . 026 PL 5 . 00 PF 1 . 7 AI 5. 0 0 . 0 62 . 9 0 . 0 9 . 0 120 FTG LCB PE 0 . 4 PD 4. 0 0 . 0 65 . 0 0 . 0 0 . 039 TL 45 . 00 PV Pipe: 45C FIRE PUMP Rating: 400 . 0 gpm @ 65 . 0 psi PS 4 . 0 0 . 0 0 . 0 0 . 0 Avail . : 358 .2 gpm @ 65 . 0 psi PD 4. 0 0 . 0 65 . 0 0 . 0 Req'd. : 358 .2 gpm @ 65 . 0 psi Pipe : 45D -358 . 2 4 . 026 PL 5 . 00 PF 0 .5 PS 4 . 0 0 . 0 0 . 0 0 . 0 9 . 0 120 FTG LG PE 0 . 0 S1 4 . 0 0 . 0 0 . 5 0 . 0 0 . 039 TL 13 . 00 PV Pipe : 46 -358 . 2 4 . 220 PL 585 . 00 PF 15 . 0 S1 4 . 0 0 . 0 0 . 5 0 . 0 8 . 2 140 FTG 6LG PE 1 .3 RPO 1 . 0 0 . 0 16 . 8 0 . 0 0 . 023 TL 648 . 00 PV Pipe: 47 FIXED PRESSURE LOSS DEVICE RPI 1 . 0 0 . 0 26 . 8 0 . 0 10 . 0 psi, 358 . 2 gpm RPO 1 . 0 0 . 0 16 . 8 0 . 0 Pipe: 48 -358 . 2 4 . 220 PL 60 . 00 PF 1 . 9 RPI 1 . 0 0 . 0 26 . 8 0 . 0 8 . 2 140 FTG 2L PE 2 .6 H -5 . 0 H.S . 31 . 2 100 . 0 0 . 023 TL 80 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 8 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE: 10-1511 PA PIPE TAG Q(GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PST) Pipe: 49 -458 .2 4 .220 PL 1 . 00 PF 1 . 4 H -5 . 0 H. S. 31 . 2 100 . 0 10 . 5 140 FTG TG PE 0 . 0 STREET -5 . 0 SRCE 32 . 6 (N/A) 0 . 037 TL 38 . 00 PV NOTES (HASS) : (1) Calculations were performed by the HASS 8 . 1 computer program under license no. 49021351 granted by HRS Systems, Inc. 208 South Public Square Petersburg, TN 37144 (931) 659-9760 (2) The system has been calculated to provide an average imbalance at each node of 0 . 001 gpm and a maximum imbalance at any node of 0 . 066 gpm. (3) Total pressure at each node is used in balancing the system. Maximum water velocity is 24 . 0 ft/sec at pipe 43 . (4) The Minimum pump suction pressure under maximum calculated demand is -0 . 03 (psi) (5) PIPE FITTINGS TABLE Pipe Table Name : STANDARD.PIP PAGE: A MATERIAL: S40 HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee LngEll ChkV1v BfyVly GatVly AlmChk DPV1v NPTee 1 . 049 2 . 00 5 . 00 2 . 00 5 . 00 6 . 00 1 . 00 10 . 00 10 . 00 5 . 00 1 .380 3 . 00 6 . 00 2 . 00 7 . 00 6 . 00 1 . 00 10 . 00 10 . 00 6 . 00 1 . 610 4 . 00 8 . 00 2 . 00 9 . 00 6 . 00 1 . 00 10 . 00 10 . 00 8 . 00 2 . 469 6 . 00 12 . 00 4 . 00 14 . 00 7 . 00 1 . 00 10 . 00 10 . 00 12 . 00 4 . 026 10 . 00 20 . 00 6 . 00 22 . 00 12 . 00 2 . 00 20 . 00 20 . 00 20 . 00 PAGE: D MATERIAL: DIRON HWC: 140 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G N Ell Tee LngEll ChkVly BfyVly GatViv NPTee 4.220 17 . 00 34 . 00 10 . 00 37 . 00 20 . 00 3 . 00 34 . 00 C, 0 O trJ H WATER SUPPLY ANALYSIS H • H Static: 45.00 psi Resid: 24.00 psi Flow: 870. 0 qpm 120 .0 r � LEGEND N 1 Pressure available at source CD o 0 38.59 psi @ 458.2 gpm �, r 2Pressure required at source u' 100.0 32.61 psi @ 458.2 gpm C 3 ` Pressure available from pump H O G 65.07 psi @ 358.2 gpm a ryj M A 4 ` Total Pressure available at pump dschg. Z 77.37 psi @ 358.2 gpm U 5 ` Total Pressure required at pump dschg. x UJ G 65.04 psi @ 358.2 gpm t5 r E 80.0 A. Source Supply Curve n 4 B. Net Pump Discharge Curve P C. Pump Discharge Curve R D. System Demand Curve E. Available at Source N H 5 B O E F. Available at Pump Suction H x S x S 60 .0 0 0 U H � R n C � r E i H n � r v 40.0 1 p � r s 2 M vK i F H n r 20.0 � i i u, r, D _ ~ w 0.0 — — — — — — — — — — — — — — — — — — — — — — m t7 m -14. 7 200 300 400 500 600 700 800 900 1000 FLOW (GPM) SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 10 DATE : 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-1 .SDF JOB TITLE : 10-1511 PA WATER SUPPLY CURVE 48+ I I 44+ \\ I \\ 40+ \\\ 0\ I \\ 36+ \\ I \\ X \\ P 32+ \\\ R \\ E \\\ S \\ S 28+ \\ U \\\ R \\ E \\ 24+ 24 . 0 psi @ 870 gpm-> ( Flow Test Point P S 120+ I I I 16+ 12+ ------------------------------ 8+ LEGEND____________,' X = Required Water Supply " 32 .61 psi @ 458 . 2 gpm " 4+ 0 = Available Water Supply 38 . 59 psi @ 458 . 2 gpm " 0++-+---+----+-----+------+-----,--+--------+---------+-----------+ 200 300 400 500 600 700 800 900 1000 FLOW (GPM) ISLAND FIRE SPRINKLER, INC. 81 KEYLAND COURT BOHEMIA,NY 11716 HYDRAULIC CALCULATIONS FOR Santorini Beach Resort 3800 Duck Pond Road FLOOR: 2ND DATE: JUN 24, 2011 -DESIGN DATA- OCCUPANCY CLASSIFICATION: LIGHT HAZARD DENSITY: . 10 gpm/sq. ft . AREA OF APPLICATION: 900 sq. ft. COVERAGE PER SPRINKLER: VARIES NUMBER OF SPRINKLERS CALCULATED: 13 sprinklers TOTAL SPRINKLER WATER FLOW REQUIRED: 207.8 gpm - TOTAL WATER REQUIRED (including hose) : 307.8 gpm FLOW AND PRESSURE (@ STREET) : 307. 8 gpm @ 34 . 8 p 4l 1 a SPRINKLER ORIFICE SIZE: 1/2 inch NAME OF CONTRACTOR: ENC Property Holding v�' ` rr DESIGN/LAYOUT BY: J. SICILIANO '- u4' d''y/G�\ CONTRACTOR CERTIFICATION NUMBER: �O`+E` CALCULATIONS BY HASS COMPUTER PROGRAM (LICENSE # 49021351 ) Items listed in bold print are automatically transfered from the calculation report SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 2 DATE: 6/24/2011SANTORTNI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE: 10-1512 WATER SUPPLY DATA SOURCE STATIC RESID. FLOW AVAIL. TOTAL REQ'D NODE PRESS. PRESS . @ PRESS . @ DEMAND PRESS. TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSI) STREET 45 . 0 24 . 0 870 . 0 41 . 9 307. 8 34 . 8 AGGREGATE FLOW ANALYSIS : TOTAL FLOW AT SOURCE 307 . 8 GPM TOTAL HOSE STREAM ALLOWANCE AT SOURCE 0 . 0 GPM OTHER HOSE STREAM ALLOWANCES 100 .0 GPM TOTAL DISCHARGE FROM ACTIVE SPRINKLERS 207 . 8 GPM NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) 1 22 . 0 K= 5 . 60 8 . 1 16 . 0 2 22 . 0 K= 5 . 60 7 . 9 15 . 7 3 22 . 0 K= 5 . 60 7.6 15 . 4 4 22 . 0 K= 5 . 60 7. 5 15 . 3 5 22 . 0 K= 5 .60 7 . 0 14 . 8 6 22 . 0 K= 5 . 60 7 . 8 15 .6 7 22 . 0 K= 5 . 60 8 . 1 15 . 9 8 22 . 0 K= 5 . 60 8 . 7 16 . 5 9 22 . 0 K= 5 . 60 7. 8 15 . 6 9A 22 . 0 - - - - 8 . 7 - - - 10 22 . 0 K= 5 . 60 8 . 4 16 .3 11 22 . 0 K= 5 . 60 9 . 4 17 . 2 12 22 . 0 K= 5 . 60 10 .5 18 . 2 14 22 . 0 - - - - 9 . 0 - - - 13 22 . 0 K= 5 .60 7 . 4 15 .3 13A 22 . 0 - - - - 8 . 8 - - - 15 22 . 0 - - - - 8 . 7 - - - 16 22 . 0 - - - - 8 . 7 - - - 17 22 . 0 - - - - 8 . 7 - - - 18 22 . 0 - - - - 8 . 7 - - - 19 22 . 0 - - - - 8 . 8 - - - 20 22 . 0 - - - - 9 . 0 - - - 21 22 . 0 - - - - 9 . 6 - - - 22 22 . 0 - - - - 10 . 1 - - - 23 22 . 0 - - - - 10 . 8 - - - 24 22 . 0 - - - - 11 .6 - - - 25 22 . 0 - - - - 50 . 2 - - - 25A 22 . 0 - - - - 13 . 1 - - - 26 22 . 0 - - - - 65 . 8 - - - S2 22 . 0 - - - - 69 . 0 - - - R2 22 . 0 - - - - 69 . 2 - - - R1 10 . 0 - - - - 75 . 5 - - - AO 8 . 0 - - - - 76 .5 - - - AI 5 . 0 - - - - 78 .2 - - - PD 4 . 0 - - - - 79 .3 - - - PS 4 . 0 - - - - 13 . 9 - - - SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 3 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE: 10-1512 NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) S1 4 . 0 - - - - 14 . 1 - - - RPO 1 . 0 - - - - 20 . 9 - - - RPI 1 . 0 - - - - 30 . 9 - - - H -5 . 0 HOSE STREAM 34 .2 100 . 0 STREET -5 . 0 SOURCE 34 . 8 307. 8 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 4 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE : 10-1512 PIPE DATA PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe : 2 -16 . 0 1 . 049 PL 3 . 00 PF 0 . 9 1 22 . 0 5 .6 8 . 1 16 .0 5. 9 120 FTG ET PE 0 . 0 14 22 . 0 0 . 0 9 . 0 0 .0 0 . 086 TL 10 . 00 PV Pipe: 3 -15 . 7 1 . 049 PL 3 . 00 PF 0 . 8 2 22 . 0 5 . 6 7. 9 15 . 7 5 . 8 120 FTG ET PE 0 .0 15 22 . 0 0 . 0 8 . 7 0 . 0 0 . 083 TL 10 . 00 PV Pipe : 3A -15 . 4 1 . 049 PL 5 . 00 PF 1 . 1 3 22 . 0 5 .6 7 . 6 15 . 4 5. 7 120 FTG 2ET PE 0 .0 16 22 . 0 0 . 0 8 . 7 0 .0 0 . 080 TL 14 . 00 PV Pipe : 4 -15.3 1 . 049 PL 6 . 00 PF 1 .2 4 22 . 0 5 .6 7 . 5 15 .3 5 . 7 120 FIG 2ET PE 0 . 0 17 22 . 0 0 . 0 8 . 7 0 . 0 0 . 079 TL 15 . 00 PV Pipe: 5 -14 . 8 1 . 049 PL 14 . 00 PF 1 . 7 5 22 . 0 5 . 6 7. 0 14 . 8 5 . 5 120 FTG 2ET PE 0 .0 18 22 . 0 0 . 0 8 . 7 0 . 0 0 . 075 TL 23 . 00 PV Pipe: 6 -15 . 6 1 . 049 PL 5 . 00 PF 1 .0 6 22 . 0 5 . 6 7 . 8 15 . 6 5 . 8 120 FTG ET PE 0 .0 19 22 . 0 0 . 0 8 . 8 0 . 0 0 . 082 TL 12 . 00 PV Pipe: 7 -15. 9 1 . 049 PL 4 . 00 PF 0 .9 7 22 . 0 5 . 6 8 . 1 15 .9 5. 9 120 FTG ET PE 0 .0 20 22 . 0 0 . 0 9 . 0 0 .0 0 . 085 TL 11 . 00 PV Pipe: 8 -16 . 5 1 . 049 PL 3 . 00 PF 0 .9 8 22 . 0 5 . 6 8 . 7 16 .5 6 . 1 120 FTG ET PE 0 . 0 21 22 . 0 0 . 0 9 . 6 0 . 0 0 . 092 TL 10 . 00 PV Pipe : 9 -15 . 6 1 . 049 PL 4 . 00 PF 0 . 9 9 22 . 0 5 . 6 7 . 8 15 .6 5 . 8 120 FTG ET PE 0 .0 9A 22 . 0 0 . 0 8 . 7 0 . 0 0 . 082 TL 11 . 00 PV Pipe : 11 -16 .3 1 . 049 PL 12 . 00 PF 1 . 7 10 22 . 0 5 . 6 8 . 4 16 . 3 6 . 0 120 FTG ET PE 0 .0 22 22 . 0 0 . 0 10 . 1 0 .0 0 . 089 TL 19 . 00 PV Pipe: 12 -17 . 2 1 . 049 PL 10 . 00 PF 1 .4 11 22 . 0 5 . 6 9 . 4 17 .2 6 . 4 120 FTG 2E PE 0 .0 23 22 . 0 0 . 0 10 . 8 0 .0 0 . 098 TL 14 . 00 PV Pipe: 13 -18 . 2 1 . 049 PL 3 . 00 PF 1 . 1 12 22 . 0 5 . 6 10 . 5 18 .2 6 . 7 120 FTG ET PE 0 . 0 24 22 . 0 0 . 0 11 . 6 0 . 0 0 . 109 TL 10 . 00 PV Pipe : 13A -15 . 3 1 . 049 PL 10 . 00 PF 1 .3 13 22 . 0 5 .6 7. 4 15 .3 5 . 7 120 FTG ET PE 0 . 0 13A 22 . 0 0 . 0 8 . 8 0 . 0 0 . 079 TL 17. 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 5 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE: 10-1512 PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 14 48 . 9 2 . 067 PL 8 . 00 PF 0 .2 14 22 . 0 0 . 0 9 . 0 0 . 0 4 . 7 120 FTG ---- PE 0 . 0 13A 22 . 0 0 . 0 8 . 8 0 . 0 0 . 025 TL 8 . 00 PV Pipe: 14A 33 .6 2 . 067 PL 6 . 00 PF 0 . 1 13A 22 . 0 0 . 0 8 . 8 0 . 0 3 .2 120 FTG ---- PE 0 . 0 15 22 . 0 0 . 0 8 . 7 0 . 0 0 . 012 TL 6 . 00 PV Pipe : 15 17 . 9 2 . 067 PL 6 . 00 PF 0 . 0 15 22 . 0 0 . 0 8 . 7 0 . 0 1 . 7 120 FTG L PE 0 . 0 16 22 . 0 0 . 0 8 . 7 0 . 0 0 . 004 TL 9 . 00 PV Pipe: 16 2 . 5 2 . 067 PL 8 . 00 PF 0 .0 16 22 . 0 0 . 0 8 . 7 0 . 0 0 . 2 120 FTG 2L PE 0 .0 17 22 . 0 0 . 0 8 . 7 0 . 0 0 . 000 TL 14 . 00 PV Pipe: 17 -12 . 8 2 . 067 PL 7 . 00 PF 0 . 0 17 22 . 0 0 . 0 8 . 7 0 . 0 1 .2 120 FTG ---- PE 0 . 0 9A 22 . 0 0 . 0 8 . 7 0 . 0 0 . 002 TL 7 . 00 PV Pipe : 17A -28 . 5 2 . 067 PL 3 . 00 PF 0 . 0 9A 22 . 0 0 . 0 8 . 7 0 . 0 2 . 7 120 FTG ---- PE 0 . 0 18 22 . 0 0 . 0 8 . 7 0 . 0 0 . 009 TL 3 . 00 PV Pipe: 18 -43 . 3 2 . 067 PL 3 . 00 PF 0 . 1 18 22 . 0 0 . 0 8 . 7 0 . 0 4 . 1 120 FTG ---- PE 0 . 0 19 22 . 0 0 . 0 8 . 8 0 . 0 0 . 020 TL 3 . 00 PV Pipe: 19 -58 . 9 2 . 067 PL 6 . 00 PF 0 .2 19 22 . 0 0 . 0 8 . 8 0 .0 5 .6 120 FTG ---- PE 0 . 0 20 22 . 0 0 . 0 9 . 0 0 .0 0 . 035 TL 6 . 00 PV Pipe: 387 -74. 8 2 . 067 PL 6 . 00 PF 0 . 7 20 22 . 0 0 . 0 9 . 0 0 . 0 7. 2 120 FTG 21, PE 0 . 0 21 22 . 0 0 . 0 9 . 6 0 . 0 0 . 055 TL 12 . 00 PV Pipe : 20 -91 . 3 2 . 067 PL 6 . 00 PF 0 .5 21 22 . 0 0 . 0 9 . 6 0 . 0 8 . 7 120 FTG ---- PE 0 .0 22 22 . 0 0 . 0 10 . 1 0 . 0 0 . 079 TL 6 . 00 PV Pipe: 21 -107. 6 2 . 067 PL 6 . 00 PF 0 .6 22 22 . 0 0 . 0 10 . 1 0 . 0 10 .3 120 FTG ---- PE 0 . 0 23 22 . 0 0 . 0 10 . 8 0 . 0 0 . 108 TL 6 . 00 PV Pipe: 22 -124. 8 2 . 067 PL 6 . 00 PF 0 . 8 23 22 . 0 0 . 0 10 . 8 0 . 0 11 . 9 120 FTG ---- PE 0 . 0 24 22 . 0 0 . 0 11 . 6 0 .0 0 . 141 TL 6 . 00 PV Pipe: 22A -142 . 9 2 . 067 PL 8 . 00 PF 1 . 5 24 22 . 0 0 . 0 11 . 6 0 . 0 13 . 7 120 FTG ---- PE 0 .0 25A 22 . 0 0 . 0 13 . 1 0 . 0 0 . 182 TL 8 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 6 DATE : 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE: 10-1512 PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 25 64. 8 2 . 067 PL 85 . 00 PF 4 . 1 25A 22 . 0 0 . 0 13 . 1 0 . 0 6 . 2 120 FTG 4L PE 0 . 0 14 22 .0 0 . 0 9 . 0 0 . 0 0 . 042 TL 97 . 00 PV Pipe : 26 -207. 8 2 . 067 PL 80 . 00 PF 37 . 1 25A 22 . 0 0 . 0 13 . 1 0 . 0 19 . 9 120 FTG T4L PE 0 .0 25 22 . 0 0 . 0 50 . 2 0 . 0 0 . 363 TL 102 . 00 PV Pipe: 27 -207. 8 2 . 067 PL 25 . 00 PF 15 . 6 25 22 . 0 0 . 0 50 . 2 0 . 0 19 . 9 120 FTG 6L PE 0 . 0 26 22 . 0 0 . 0 65 . 8 0 . 0 0 . 363 TL 43 . 00 PV Pipe: 63 -207. 8 2 . 469 PL 12 . 00 PF 3 . 2 26 22 . 0 0 . 0 65 . 8 0 .0 13 . 9 120 FTG 2LG PE 0 . 0 S2 22 . 0 0 . 0 69 . 0 0 .0 0 . 153 TL 21 . 00 PV Pipe : 64 -207. 8 4 . 026 PL 6 . 00 PF 0 .2 S2 22 . 0 0 . 0 69 . 0 0 . 0 5. 2 120 FTG L PE 0 .0 R2 22 . 0 0 . 0 69 . 2 0 . 0 0 . 014 TL 12 . 00 PV Pipe : 65 -207 . 8 4 . 026 PL 48 . 00 PF 1 .2 R2 22 . 0 0 . 0 69 . 2 0 . 0 5 . 2 120 FTG 6L PE 5 .2 R1 10 . 0 0 . 0 75 . 5 0 . 0 0 . 014 TL 84 . 00 PV Pipe: 66 -207 . 8 4 . 026 PL 3 . 00 PF 0 .0 R1 10 . 0 0 . 0 75 . 5 0 . 0 5 . 2 120 FTG ---- PE 0 .9 AO 8 . 0 0 . 0 76 . 5 0 . 0 0 . 014 TL 3 . 00 PV Pipe: 67 -207. 8 4 . 026 PL 10 . 00 PF 0 . 4 AO 8 . 0 0 . 0 76 . 5 0 . 0 5 . 2 120 FTG A PE 1 .3 AI 5. 0 0 . 0 78 . 2 0 . 0 0 . 014 TL 30 . 00 PV Pipe: 67A -207. 8 4 . 026 PL 5 . 00 PF 0 .6 AI 5 . 0 0 . 0 78 .2 0 .0 5.2 120 FTG LCB PE 0 . 4 PD 4 . 0 0 . 0 79 .3 0 .0 0 . 014 TL 45 . 00 PV Pipe: 67B FIRE PUMP Rating: 400 . 0 gpm @ 65 . 0 psi PS 4 . 0 0 . 0 13 . 9 0 . 0 Avail . : 207 . 8 gpm @ 65 . 0 psi PD 4 . 0 0 . 0 79 .3 0 . 0 Req'd. : 207 . 8 gpm @ 65 . 0 psi Pipe : 68 -207 . 8 4 . 026 PL 5 . 00 PF 0 .2 PS 4. 0 0 . 0 13 . 9 0 . 0 5 . 2 120 FTG LG PE 0 . 0 S1 4. 0 0 . 0 14 . 1 0 . 0 0 . 014 TL 13 . 00 PV Pipe : 69 -207 . 8 4 . 220 PL 585 . 00 PF 5 .5 Sl 4. 0 0 . 0 14 . 1 0 . 0 4 . 8 140 FTG 6LG PE 1 .3 RPO 1 . 0 0 . 0 20 . 9 0 . 0 0 . 008 TL 648 . 00 PV Pipe: 70 FIXED PRESSURE LOSS DEVICE RPI 1 . 0 0 . 0 30 . 9 0 . 0 10 . 0 psi, 207. 8 gpm RPO 1 . 0 0 . 0 20 . 9 0 . 0 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 7 DATE : 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 . SDF JOB TITLE: 10-1512 PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC . VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe : 71 -207. 8 4 . 220 PL 60 . 00 PF 0 . 7 RPI 1 . 0 0 . 0 30 . 9 0 . 0 4 . 8 140 FIG 2L PE 2 .6 H -5 . 0 H.S . 34 .2 100 .0 0 . 008 TL 80 . 00 PV Pipe: 70A -307. 8 4 .220 PL 1 . 00 PF 0 . 6 H -5 . 0 H.S . 34 . 2 100 . 0 7. 1 140 FTG T PE 0 . 0 STREET -5 . 0 SRCE 34 . 8 (N/A) 0 . 017 TL 35 . 00 PV NOTES (HASS) : (1) Calculations were performed by the HASS 8 . 1 computer program under license no. 49021351 granted by HRS Systems, Inc. 208 South Public Square Petersburg, IN 37144 (931) 659-9760 (2) The system has been calculated to provide an average imbalance at each node of 0 . 003 gpm and a maximum imbalance at any node of 0 . 132 gpm. (3) Total pressure at each node is used in balancing the system. Maximum water velocity is 19 .9 ft/sec at pipe 27 . (4) The Minimum pump suction pressure under maximum calculated demand is 13 . 94 (psi) (5) PIPE FITTINGS TABLE Pipe Table Name: STANDARD.PIP PAGE : A MATERIAL: S40 HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee LngEll ChkVly BfyVly GatVly A1mChk DPVly NPTee 1 . 049 2 . 00 5 . 00 2 . 00 5. 00 6 . 00 1 . 00 10 . 00 10 . 00 5. 00 2 . 067 5 . 00 10 . 00 3 . 00 11 . 00 6 . 00 1 . 00 10 . 00 10 . 00 10 . 00 2 . 469 6 . 00 12 . 00 4 . 00 14 . 00 7 . 00 1 . 00 10 . 00 10 . 00 12 . 00 4 . 026 10 . 00 20 . 00 6 . 00 22 . 00 12 . 00 2 . 00 20 . 00 20 . 00 20 . 00 PAGE: D MATERIAL: DIRON HWC : 140 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G N Ell Tee LngEll ChkVly BfyVly GatVly NPTee 4.220 17. 00 34 . 00 10 . 00 37. 00 20 . 00 3 . 00 34 . 00 tie 0 � H WATER SUPPLY ANALYSIS y 120 . 0 Static: 45.00 psi Resid: 24. 00 psi Fiow: 870. 0 gpm H o, . r � LEGEND H N 1 Pressure available at source o 0 41.93 psi @ 307.8 gpm H H H 2Pressure required at source to cn 100.0 34.79 psi @ 307.8 gpm IH Z C 3 Pressure available from pump N H G65.31 psi @ 207.8 gpm m A 4 q ` Total Pressure available at pump dschg. H 'U Z v 89.67 psi @ 207.8 gpm U 5 ` Total Pressure required at pump dschg. z C' 79.25 psi @ 207.8 qpm PJ tt. E 80.0 5A. Source Supply Curve n � B. Net Pump Discharge Curve x P C. Pump Discharge Curve V K R D. System Demand Curve E. Available at Source H E B 3 0 P1 F. Available at Pump Suction %0 S S 60 .0 H K U R C E H r / H ( 1 40.0 n z p / r s 2 z K r m i F E H n � r n ' 20.0 � / Ho i cn H 0.0 D N a co a d m -14.7 200 300 400 500 600 700 800 900 1000 FLOW (GPM) . SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 9 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-2 .SDF JOB TITLE: 10-1512 WATER SUPPLY CURVE 48+ I 44+ \\ 0\\ 40+ \\\ I \\ 36+ \\ X \\\ I \\ P 32+ \\\ R \\ E \\\ S \\ S 28+ \\ U \\\ R \\ E \\ 24+ 24 . 0 psi @ 870 gpm—> ( Flow Test Point P S I 20+ I 16+ I I 12 1 ====__________________________ 8+ LEGEND I " I X = Required Water Supply 34 . 79 psi @ 307. 8 gpm 4+ " 0 = Available Water Supply " 41 .93 psi @ 307. 8 gpm " 0++-+---+----+-----+------+--------+--------+---------+-----------+ 200 300 400 500 600 700 800 900 1000 FLOW (GPM) ISLAND FIRE SPRINKLER, INC. 81 KEYLAND COURT BOHEMIA,NY 11716 HYDRAULIC CALCULATIONS FOR Santorini Beach Resort 3800 Duck Pond Road FLOOR: 3RD DATE: JUN 24, 2011 -DESIGN DATA- OCCUPANCY CLASSIFICATION: LIGHT HAZARD DENSITY: . 10 gpm/sq. ft . AREA OF APPLICATION: 900 sq. ft. COVERAGE PER SPRINKLER: VARIES NUMBER OF SPRINKLERS CALCULATED: 7 sprinklers TOTAL SPRINKLER WATER FLOW REQUIRED: 134.1 gpm TOTAL WATER REQUIRED (including hose) : 234.1 gpm .r- r FLOW AND PRESSURE (@ STREET) : 234 . 1 gpm @ 20 psi SPRINKLER ORIFICE SIZE: 1/2 inch NAME OF CONTRACTOR: ENC PROPERTY HOLDING DESIGN/LAYOUT BY: J. SICILIANO CONTRACTOR CERTIFICATION NUMBER: CALCULATIONS BY HASS COMPUTER PROGRAM (LICENSE # 49021351 ) Items listed in bold print are automatically transfered from the calculation report SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 2 DATE : 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE : 10-1513 WATER SUPPLY DATA SOURCE STATIC RESID. FLOW AVAIL. TOTAL REQ'D NODE PRESS . PRESS. @ PRESS . @ DEMAND PRESS. TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSI) STREET 45 . 0 24. 0 870 . 0 43 . 1 234 . 1 20 . 0 AGGREGATE FLOW ANALYSIS : TOTAL FLOW AT SOURCE 234 . 1 GPM TOTAL HOSE STREAM ALLOWANCE AT SOURCE 0 . 0 GPM OTHER HOSE STREAM ALLOWANCES 100 . 0 GPM TOTAL DISCHARGE FROM ACTIVE SPRINKLERS 134 . 1 GPM NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) 1 33 . 0 K= 5 . 60 7 . 0 14 . 8 2 33 . 0 K= 5 . 60 7 . 9 15 . 7 3 33 . 0 K= 5 . 60 10 .3 17 . 9 3A 33 . 0 - - - - 11 .3 - - - 4 33 . 0 K= 5 . 60 9 . 4 17 . 2 5 33 . 0 - - - - 10 .2 - - - 6 33 . 0 - - - - 11 .2 - - - 6A 33 . 0 - - - - 11 .2 - - - 6B 33 . 0 - - - - 11 .5 - - - 7 33 . 0 - - - - 14 . 2 - - - 8 33 . 0 - - - - 14 . 3 - - - 9 33 . 0 - - - - 14 . 3 - - - 10 33 . 0 - - - - 14 . 3 - - - 10A 33 . 0 - - - - 14 .3 - - - 11 33 . 0 - - - - 14 .3 - - - 12 33 . 0 - - - - 14 .3 - - - 12A 33 . 0 - - - - 14 .3 - - - 13 33 . 0 - - - - 14 . 0 - - - 14 33 . 0 - - - - 14 .2 - - - 15 33 . 0 K= 5 . 60 14 .3 21 . 2 16 33 . 0 K= 5 . 60 16 . 1 22 . 5 17 33 . 0 K= 5 . 60 19 .6 24 . 8 R3 33 . 0 - - - - 22 . 7 - - - R1 10 . 0 - - - - 33 . 2 - - - AO 8 . 0 - - - - 34 . 1 - - - AI 5 . 0 - - - - 35 . 6 - - - PD 4 . 0 - - - - 36 .3 - - - PS 4 . 0 - - - - 2 . 9 - - - S1 4 . 0 - - - - 3 . 0 - - - RPO 1 . 0 - - - - 6 . 7 - - - RPI 1 . 0 - - - - 16 . 7 - - - H 0 . 0 HOSE STREAM 17. 4 100 . 0 STREET -5 . 0 SOURCE 20 .0 234 . 1 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 3 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE: 10-151_3 PIPE DATA PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 2 -14 . 8 1 . 049 PL 10 . 00 PF 0 . 9 1 33 . 0 5 . 6 7 . 0 14 . 8 5 . 5 120 FIG E PE 0 .0 2 33 . 0 5 . 6 7 . 9 15 . 7 0 . 075 TL 12 . 00 PV Pipe: 3 -30 .6 1 . 049 PL 10 . 00 PF 3 . 4 2 33 . 0 5 . 6 7 . 9 15 . 7 11 .3 120 FTG E PE 0 . 0 3A 33 . 0 0 . 0 11 .3 0 .0 0 . 285 TL 12 . 00 PV Pipe : 3A -17. 9 1 . 049 PL 3 . 00 PF 1 . 1 3 33 . 0 5 .6 10 . 3 17 . 9 6 . 7 120 FTG ET PE 0 . 0 3A 33 . 0 0 . 0 11 . 3 0 . 0 0 . 106 TL 10 . 00 PV Pipe : 4 -48 . 5 1 .380 PL 1 . 00 PF 0 . 2 3A 33 . 0 0 . 0 11 .3 0 .0 10 . 4 120 FTG ---- PE 0 . 0 6B 33 . 0 0 . 0 11 . 5 0 .0 0 . 176 TL 1 . 00 PV Pipe: 5 -17 . 2 1 . 049 PL 8 . 00 PF 0 .8 4 33 . 0 5 . 6 9 . 4 17.2 6 . 4 120 FIG ---- PE 0 . 0 5 33 . 0 0 . 0 10 . 2 0 . 0 0 . 098 TL 8 . 00 PV Pipe : 6 -17.2 1 . 049 PL 8 . 00 PF 1 . 0 5 33 . 0 0 . 0 10 .2 0 . 0 6 . 4 120 FTG E PE 0 . 0 6A 33 . 0 0 . 0 11 . 2 0 .0 0 . 098 TL 10 . 00 Pv Pipe: 7 0 . 0 1 . 049 PL 2 . 00 PF 0 .0 6 33 . 0 0 . 0 11 . 2 0 . 0 0 . 0 120 FTG ET PE 0 .0 6A 33 . 0 0 . 0 11 . 2 0 . 0 0 . 000 TL 9 . 00 PV Pipe: 8 -17.2 1 .380 PL 5 . 00 PF 0 .3 6A 33 . 0 0 . 0 11 .2 0 . 0 3 . 7 120 FTG I PE 0 . 0 6B 33 . 0 0 . 0 11 . 5 0 .0 0 . 026 TL 11 . 00 Pv Pipe : 9 -65 . 7 1 . 610 PL 5 . 00 PF 2 . 5 6B 33 . 0 0 . 0 11 . 5 0 . 0 10 . 4 120 FTG ET PE 0 . 0 13 33 . 0 0 . 0 14 . 0 0 . 0 0 . 146 TL 17 . 00 PV Pipe: 10 0 . 0 1 . 049 PL 4 . 00 PF 0 .0 7 33 . 0 0 . 0 14. 2 0 .0 0 . 0 120 FTG ET PE 0 .0 14 33 . 0 0 . 0 14. 2 0 . 0 0 . 000 TL 11 . 00 PV Pipe: 11 0 . 0 1 . 049 PL 10 . 00 PF 0 . 0 8 33 . 0 0 . 0 14 . 3 0 . 0 0 . 0 120 FIG E PE 0 . 0 9 33 . 0 0 . 0 14 .3 0 . 0 0 . 000 TL 12 . 00 PV Pipe: 12 0 . 0 1 . 049 PL 10 . 00 PF 0 . 0 9 33 . 0 0 . 0 14 .3 0 . 0 0 . 0 120 FTG ---- PE 0 .0 10A 33 . 0 0 . 0 14 .3 0 .0 0 . 000 TL 10 . 00 PV Pipe: 13 0 . 0 1 . 049 PL 10 . 00 PF 0 . 0 10 33 . 0 0 . 0 14 . 3 0 . 0 0 . 0 120 FIG ET PE 0 . 0 10A 33 . 0 0 . 0 14 . 3 0 . 0 0 . 000 TL 17 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 4 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE: 10-1513 PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC. VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe : 14 0 . 0 1 . 380 PL 1 . 00 PF 0 . 0 1.OA 33 . 0 0 . 0 14 .3 0 .0 0 . 0 120 FTG ---- PE 0 . 0 11 33 . 0 0 . 0 14 . 3 0 . 0 0 . 000 TL 1 . 00 PV Pipe: 15 0 . 0 1 . 610 PL 12 . 00 PF 0 . 0 11 33 . 0 0 . 0 14 .3 0 . 0 0 . 0 120 FTG E PE 0 .0 12A 33 . 0 0 . 0 14 . 3 0 . 0 0 . 000 TL 16 . 00 PV Pipe: 16 0 . 0 1 . 049 PL 2 . 00 PF 0 . 0 12 33 . 0 0 . 0 14 . 3 0 . 0 0 . 0 120 FTG ET PE 0 . 0 12A 33 . 0 0 . 0 14 .3 0 . 0 0 . 000 TL 9 . 00 PV Pipe: 17 0 . 0 1 . 610 PL 5 . 00 PF 0 . 0 12A 33 . 0 0 . 0 14 .3 0 . 0 0 . 0 120 FTG T PE 0 . 0 15 33 . 0 5 . 6 14 .3 21 . 2 0 . 000 TL 13 . 00 PV Pipe: 18 65. 7 2 . 067 PL 2 . 00 PF 0 . 1 15 33 . 0 5 . 6 14 .3 21 .2 6 .3 120 FTG ---- PE 0 . 0 14 33 . 0 0 . 0 14 .2 0 . 0 0 . 043 TL 2 . 00 PV Pipe: 19 65. 7 2 . 067 PL 5 . 00 PF 0 .2 14 33 . 0 0 . 0 14 .2 0 . 0 6 .3 120 FTG ---- PE 0 . 0 13 33 . 0 0 . 0 14 . 0 0 . 0 0 . 043 TL 5 . 00 PV Pipe: 387 -86 . 8 2 . 067 PL 25 . 00 PF 1 . 8 15 33 . 0 5 . 6 14 .3 21 . 2 8 .3 120 FTG ---- PE 0 . 0 16 33 . 0 5 . 6 16 . 1 22 . 5 0 . 072 TL 25 . 00 PV Pipe : 63 -109 .3 2 . 067 PL 10 . 00 PF 3 .5 16 33 . 0 5 . 6 16 . 1 22 . 5 10 . 4 120 FTG T4L PE 0 . 0 17 33 . 0 5 . 6 19 .6 24 . 8 0 . 111 TL 32 . 00 PV Pipe : 64 -134. 1 2 . 067 PL 12 . 00 PF 3 . 1 17 33 . 0 5 . 6 19 .6 24 . 8 12 . 8 120 FTG 2LG PE 0 .0 R3 33 . 0 0 . 0 22 . 7 0 .0 0 . 162 TL 19 . 00 PV Pipe : 65 -134. 1 4 . 026 PL 48 . 00 PF 0 .5 R3 33 . 0 0 . 0 22 . 7 0 . 0 3 . 4 120 FTG 6L PE 10 . 0 Rl 10 . 0 0 . 0 33 .2 0 . 0 0 . 006 TL 84 . 00 PV Pipe : 66 -134 . 1 4 . 026 PL 3 . 00 PF 0 .0 R1 10 . 0 0 . 0 33 .2 0 . 0 3 . 4 120 FTG ---- PE 0 . 9 AO 8 . 0 0 . 0 34 . 1 0 . 0 0 . 006 TL 3 . 00 PV Pipe : 67 -134 . 1 4 . 026 PL 10 . 00 PF 0 . 2 AO 8 . 0 0 . 0 34 . 1 0 . 0 3 . 4 120 FTG A PE 1 . 3 AI 5 . 0 0 . 0 35 .6 0 . 0 0 . 006 TL 30 . 00 PV Pipe: 68 -134 . 1 4 . 026 PL 5 . 00 PF 0 .3 AI 5. 0 0 . 0 35 . 6 0 . 0 3 . 4 120 FTG LCB PE 0 . 4 PD 4 . 0 0 . 0 36 . 3 0 . 0 0 . 006 TL 45 . 00 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 5 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE: 10-1513 PIPE TAG Q (GPM) DIA(IN) LENGTH PRESS . END ELEV. NOZ . PT DISC . VEL (FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe : 68A FIRE PUMP Rating: 400 . 0 gpm @ 65 . 0 psi PS 4 . 0 0 . 0 2 . 9 0 . 0 Avail . : 134.2 qpm @ 65. 0 psi PD 4. 0 0 . 0 36 . 3 0 . 0 Req'd. : 134 .2 qpm @ 33 . 4 psi Pipe : 68B -134 . 1 4 . 026 PL 5 . 00 PF 0 . 1 PS 4 . 0 0 . 0 2 . 9 0 . 0 3 . 4 120 FTG LG PE 0 . 0 Si 4 . 0 0 . 0 3 . 0 0 . 0 0 . 006 TL 13 . 00 PV Pipe: 69 -134. 1 4 . 220 PL 585 . 00 PF 2 . 4 Si 4 . 0 0 . 0 3 . 0 0 .0 3 . 1 140 FTG 6LG PE 1 .3 RPO 1 . 0 0 . 0 6 . 7 0 . 0 0 . 004 TL 648 . 00 PV Pipe : 70 FIXED PRESSURE LOSS DEVICE RPI 1 . 0 0 . 0 16 . 7 0 . 0 10 . 0 psi, 134 . 1 gpm RPO 1 . 0 0 . 0 6 . 7 0 . 0 Pipe : 71 -134 . 1 4 . 220 PL 60 . 00 PF 0 .3 RPI 1 . 0 0 . 0 16 . 7 0 . 0 3 . 1 140 FTG 2L PE 0 . 4 H 0 . 0 H. S . 17 . 4 100 . 0 0 . 004 TL 80 . 00 PV Pipe: 70A -234. 1 4 . 220 PL 1 . 00 PF 0 . 4 H 0 . 0 H. S. 17. 4 100 .0 5. 4 140 FTG TO PE 2 .2 STREET -5. 0 SRCE 20 . 0 (N/A) 0 . 011 TL 38 . 00 PV NOTES (HASS) : ( 1) Calculations were performed by the HASS 8 . 1 computer program under license no. 49021351 granted by HRS Systems, Inc . 208 South Public Square Petersburg, TN 37144 (931) 659-9760 (2) The system has been calculated to provide an average imbalance at each node of 0 . 005 gpm and a maximum imbalance at any node of 0 . 078 gpm. (3) Total pressure at each node is used in balancing the system. Maximum water velocity is 12 . 8 ft/sec at pipe 64 . (4) The Minimum pump suction pressure under maximum calculated demand is 2 . 88 (psi) (5) PIPE FITTINGS TABLE Pipe Table Name: STANDARD.PIP SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 6 DA'fE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE: 10-1513 PAGE : A MATERIAL: S40 HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee LngEll ChkVly BfyVly GatVly AlmChk DPVly NPTee 1 . 049 2 . 00 5 . 00 2 . 00 5 . 00 6 . 00 1 . 00 10 . 00 10 . 00 5 . 00 1 . 380 3 . 00 6 . 00 2 . 00 7 . 00 6 . 00 1 . 00 10 . 00 10 . 00 6 . 00 1 . 610 4 . 00 8 . 00 2 . 00 9 . 00 6 . 00 1 . 00 10 . 00 10 .00 8 . 00 2 . 067 5 . 00 10 . 00 3 . 00 11 . 00 6 . 00 1 . 00 10 . 00 10 . 00 10 . 00 4. 026 10 . 00 20 . 00 6 . 00 22 . 00 12 . 00 2 . 00 20 . 00 20 . 00 20 . 00 PAGE: D MATERIAL: DIRON HWC: 140 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G N Ell Tee LngEll ChkVly BfyVly GatVly NPTee 4 . 220 17 . 00 34 . 00 10 . 00 37 . 00 20 . 00 3 . 00 34 . 00 C4 d O b U1 H Cl WATER SUPPLY ANALYSIS 'H " H Static: 45.00 psi Resid: 24.00 psi Flow: 870.0 qpm y rn 120. 0 LEGEND ti H N 1Pressure available at source o 0 43.15 psi @ 234.1 qpm r 2 Pressure required at source m 20.00 psi @ 234.1 qpm ~ z 100 .0 3 Pressure available from pump �"' H C O 65.43 psi @ 134.2 qpm q0 m G S 4 Pressure required from pump Z ,d A 33.40 psi @ 139.2 qpm H U 5 Total Pressure available at pump dschg. z Wz G 93.27 psi @ 134.2 gpm M r E 80 .0 6 Total Pressure required at pump dschg. n '.. 36.28 psi @ 134.2 qpm x A. Source Supply Curve ;u K P B. Net Pump Discharge Curve W 'A RH C. Pump Discharge Curve 0 O [+J E 3 D. System Demand Curve H S E. Available at Source K S 60.0 P. Available at Pump Suction o �j 0 � c R t" E i H n n 1 � 40 .0 P 6 r z K s 4 [a cn H i F cn y r n 20.0 2 H 0 N cn H i w ro 0.0 D — _ — — — — — — — — — — — — — — — — — — — — — m ,o o m 171 -14. 7 200 300 400 500 600 700 800 900 1000 FLOW (GPM) SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 8 DATE: 6/24/2011SANTORINI BEACH RESORT_10-151\CALCS\NEW CALCS\10-151-3 .SDF JOB TITLE: 10-1513 WATER SUPPLY CURVE 48+ I I 44+ \\ I 0\\\ I \\ 40+ \\\ I \\ 36+ \\ I \\ P 32+ \\\ R I \\ E \\\ S \\ S 28+ \\ U \\\ R \\ E \\ 24+ 24 . 0 psi @ 870 gpm-> ( Flow Test Point P S I 20+ X I I 16+ I I 12 --------------------------- 8+ LEGEND X = Required Water Supply " 20 .00 psi @ 234 . 1 gpm " 4+ " 0 = Available Water Supply " 43 . 15 psi @ 234 . 1 gpm " 0++-+---+----+-----+------+----- --+--------+---------+-----------+ 200 300 400 500 600 700 800 900 1000 FLOW (GPM) g Island '" Fire Sprinkler, Inc. CATALOG CUTS June 29, 2011 Re: Santorini Beach Resort 3800 Duck Pond Road Cutchogue, NY IFS Job # 10-151 TABLE OF CONTENTS Section#1 —Automatic Fire Pump: • Automatic Fire Pump (Vertical In-Line Fire Pump) 81 Keyland Court + Bohernia, NY 11716 TFL: 631 .472.4500 • FAX: 631.472.6800 QUIMBY EQUIPMENT CO., INC. fII"/, lIC)29 35 CENTRAL DRIVE • FARMINGDALE, NY 11735 TEL NO: 631.454.8411 FAX NO: 631.454.8417 E-mail: Info@qulmbylnc.com JUNE 23,2011 SUBMITTAL DATA PROJECT: SANTORINI BEACH HOTEL OUIMBY JOB NO 3800 DUCK POND ROAD #11-1397 CUTCHOGUE,NY CONTRACTOR: ISLAND FIRE SPRINKLERS ENGIA;:LR: JAMES LASALA&ASSOCIATES MATERIAL: AUTOMATIC FIRE PUMP(VERTICAL IN-LINE FIRE PUMP) 400 GPM 9_L5 PSIG BOOST One(1)ITT A-C Fire Vertical In-Line Fire Pump Series 1580, Model 4x4x7F U.L-FM-NYC BSA Listed with 25 HP, 3500 RPM—208 Volt—3-Phase—60 Cycle Vertical Mount-Open Drip-Proof Motor with drip-cover. FIRE PUMP ACCESSORIES INCLUDE• 1. Casing Relief Valve (175#) 2. Suction and Discharge Gauges 3. 4-inch Hose Valve Header(125#) with Two (2) sets of Hose Valves, Caps, & Chains (NST Threads) ELECTRIC FIRE PUMP CONTROLLER WITH BUILT-IN AUTOMATIC POWER TRANSFER SWITCH One (1) Metron Model MP-435-MTS 25 HP, 208 Volt-3 Phase-60 Cycle Wye Delta, Closed Transition, Reduced Voltage Starting Fire Pump Controller with built-in Automatic Power Transfer Switch suitable for either a 2nd Utility Power Source or an Emergency Generator Power Source (New F-M Code) for operation on 208 Volts*, 100,000 AIC rating and a Weekly Test Solenoid Valve Assembly (New `T Code). 'The Fire Pump Controller will have duplicate sets of Auxiliary Alarm contacts for: 1.) Fire Pump Running 2.) Power Failure (Phase Failure) 3.) Phase Reversal JOCKEY PUMP& CONTROLLER: 10 GPM a,82 PSI One (1) Grundfos Model CR3-7 Vertical Multi-Stage Jockey Pump with 1 % HP, 3500 RPM, 208 Volt-3 Phase-60 Cycle Open Drip Proof Motor. One (1) Metron, Inc. Model M-15-A Jockey Pump Controller 1 % HP, 208 Volt-3 Phase-60 Cycle complete in a NEMA 2 Enclosure complete with Disconnect Switch with fuses, across-the-line magnetic starter, H-O-A Selector Switch, Pressure Switch, Minimum Run Timer, Control Power Transformer, and Pilot Light. SUBMITTED BY: QUIMBY EQUIPMENT CO.,INC. A-C FIRE PUMP SYSTEMS FP 2.5 Dimensions-Series 1580 Inline Fire Pumps Page 205 1 ITT 4x4x7F,4x4x9.5Fx6x6F x8 .5F-L,6x6x7 F 8x8x9SF .. August.2008 Supersedes all Previous Issues-T SPACE REQUIRED R FOR DISMANTLING VLE� .25 NPT .25 NPT FOR GAUGE FOR GAUGE SUCTION - DISCHARGE 0 0 0 0 -F�-i FM } 0 0 GI VOLUTE BASE RING TAPPED I A A ^i<- A FORN 1 C -�-- D# L18B ANSI FLANGE I B E ,.CR�Y Of NBMI York NOTES Dep � a SIM" R `�'11e 1.ALL DIMENSIONS ARE IN INCHES. , 2.SUCTION AND DISCHARGE FLANGES DRILLED PER ANSI 916.1 CLASS 1250.HOLES IN FLANGE STRADDLE CENTER LINE. SEE NOTE 8 3.MOTOR DIMENSIONS ARE APPROMMATE FOR A GIVEN IFMA FRAME. CONSULT FACTORY IF SPACE 13 LIMITED. 4.BOTH SUCTION AND DISCHARGE PIPES MUST SE SUPPORTED INDEPENDENTLY NEAR THE PUMP TO REDUCE STRAIN ON THE PUMP CASING. EXPANSION JOINTS.IF USED MUST NOT MRT FORCE ON CASM S.PUMPS OVER 173 PSI MAXMUM WORKING PRESSURE WILL HAVE A DISCHARGE FLANGE DRILLED PER ANSI 618.1 CLASS 25W AND BE DESIGNATED WITH AN N PREFIX w.HeX0x11F PUMP DIMENSIONS MOTOR DIMENSIONS PUMP SIZE A 1 B C D I f 1 0 T V x FRAME E I R I S 1.5XI.8x7F 8.0 1 16.0 4.0 4.8 1 7.8 1 4.4 9.4 4.0 1 148 12.8 9.8 1.8 2.6x2.6x7F 9.0 18.0 5.0 b.0 8.0 5.3 10.8 4.5 2 182.184 18,3 11 8 1.0 2.5x2.bx9.5F 10.73 21.5 8A 7.1 1 0.7 1 0.0 13.5 4.6 2 213.215 19.3 14.0 3x3x7F 9.5 10.0 5.3 8.3 8.8 0.5 11.6 4.3 1 251-268 24.1 17.0 3x9x9.6F 11.5 23.0 6.8 7.6 1 87 1 8.7 74.7 4.5 3 254-280 26,1 78,1 54 IxIx7F 13.32 20.83 6.9 7.1 9.0 e.0 13.3 4.0 3 32{-328 28.0 18.1 0.9 Q 4NxB.6F 11.32 28.89 b.0 86 9.0 7.9 14.3 4.2 3 381.386 28.0 78.7 b.b 8x8x9.6F 18.78 33.6 0.3 10.0 0.4 8.76 18.8 6A 9 101 91 1 0 0 8x8x11F 16.0 32.0 8.3 9.8 9.1 S7b 18.1 5.1 3 •FOR MFC MOTORS 8xax9.6F 18.0 30.0 8.6 11.0 9.{ 10.26 111.8 8.8 9 ADD S DIMENSION TO E. m PUMP SUPPLIED WITH.76 NPT ON DISCHARGE NOZZLE FOR CASINO RELEIF VALVE. ALL OTHER PUMPS SUPPLIED W/.26 NPT ON VOLUTE BOTTOM NEAREST DISCHARGE NOZZLE. AUTOMATIC FIRE PUMP MEA APPROVAL NO.: 357-92-E,VOL. 11 FULL LOAD AMPS: 78 AMPS(TYPICAL)@ 208 VOLTS QUIMBY JOB NO.: #11-1397 CERTIFIED FOR: ISLAND FIRE SPRINKLER PROJECT: SANTORINI BEACH HOTEL n,tngP SIZE MODEL GPM HEAD ROTATION SUCTION DISCH. 4X4X7F 1580 400 65 psi CW 125# 125# MOTOR HP_ RPM VOLTS PHASE FRAME ENCLOSURE DATA 25 3500 208 3 256JP ODP CERTIFIED BY:QUIMBY EQUIPMENT CO., INC. DATE: JUNE 23, 2011 A-C Fire Pump *ITT Industries - 6 P H U IMPELLER LAG. IMPELLER DIA. SPECIFIC GRAVITY VISCOSITY CURVE NO. 8053439-01-01-3E1.. P M P 6.650 in. 1.000 32.0 SSU SIZE 4X4X9.5F TYPE 1560 F N Pump ID: QKH038 400 GPM 65 PSI 3550 RPM F NOTE CUSTOMER QUIMBY EQUIPMENT CO. INC. P SERNL NUMBER S 08-05339 0�1-01 APPROVED"..'�_; %.,�2-'Y DATE Nov 06, 2008 Calgyated and Drawn by Computer N f P 100 --! ---1 Certified Test Data on Water,S.G.of 1.0 S T- - - -- - - - -- - - -- Do not operate continuously in dashed region. R 90 90 1 t N I 80 80 — __ --t- E T EfiD - _ 70 70 __ - — -- 60 60 50 50 40 40 �- Fr _ — 30 30 30 20 20 20 - _ - I 10 ,a ,oI Lt _ I — I — -- 0 0 0 _ _ L 0 100 200 300 400 500 600 700 800 FLOW IN GPM NO WARRANTY IS MADE EXCEPT FOR RATED POINT A-C FIRE PUMP SYSTEMS Page 302 List Prices Fire Pump Fittings& August 07 ITT Accessories „revious issues SUCTION AND DISCHARGE GAUGE ASSEMBLY PSI K`pa 0'* ` A -3*ft zoo I� CLOSED D C OPEN PSI WEIGHT-1 LB EACH Kpn B a sm LL n\ ` CLOSED D C OPEN ITEM DESCRIPTION A SUCTION PRESSURE GAUGE, 3.5 DIAL, 3-2-3%ACCURACY, RANGE-30-0-200 B DISCARGE PRESSURE GAUGE, 3.5 DIAL, 3-2-3%ACCURACY, RANGE 0-300 PSI C 1/4"NPT TWO WAY BALL VALVE D 1/4" NPT STREET ELBOW NOT FOR CONSTRUCTION, INSTALLATION OR APPLICATION PURPOSES UNLESS CERTIFIED CERTIFIED FOR: )1-R NO.: TAG NO. SHOP ORDER: CERTIFIED BY: DATE: A-C Fire Pump Systerns FIRE PUMP SYSTEMS p 1 611m, P Dimensions (/`�! ITTlndustries Fittings W fi �,�„��, January 06 L 311 pr;,,cus IsbuNS CASING RELIEF VALVE Specifications Size ','; Screwed Temperature Range Water, Air: to 180'F Max Materials Body& Cover: Cast Bronze ASTM B62 Stainless Steel ASTM A743-CF-IVa Trim: Brass&Stainless St ®� Rubber: Buna-N"Synthetic Rubber 1.75 Pressure Rating: Cast Bronze 400 PSI Max I Adjustment Ranges: Approx.Incmus For Adjustment Range Approval Each CW Tum of 1.75 wtln screw 20.175 1 OF I FM 21 PSI 19B�2e1#— Pressure Setting Adjustment r Irl Screw (Tum Clockwise To Increase Setting; 744 M INLET ,y 0.71 I O ' 3.50 A-C FIRE PUMP SYSTEMS FP 2.5 �j ITT Discharge Fittings August,2008 Supersedes all prslws Issues CASING RELIEF VALVE LOCATION 1 2 0 0 -- OD PUMP SIZE DESCRIPTION 1.Sx1.5x7F 2.5x2.5x7F 2.Sx2.Sx9.5F 1 3x3x7F .25 NPT ON VOLUTE SO 3x3x9.5F 9T DISCHARGE NOZZLE. Bx5I Sx9x11F 5x9x9.5F F 4x4x7F 4x4x9SF .75 NPT ON DISCHARGE NOZZLE. axex13.5F Bx5x18F NOT FOR CONSTRUCTION•INSTALLATION OR APPLICATION PURPOSES UNLESS CERTIFIED CERT'FIEO FCR ,APPROVAL UL Fht ULC CUSTCrJER ORCER NO, � Q TAG NO. FLArIGES P 517.E ',-CEL ;UR':E PIC. GPfA HEAD FOTA-ICN ' SJCTIOTI CISC•�. CW `.1CTCR HP .RPM '.OLTS PHASE HERTZ FRAME SIZE ENCLCSURE .�' CERTIFIED EY. CATE: FP 2 Pwgw 31 A-Ckft.2W4 �!Mno SIOf F7E gIIMr . rnkwwbk, Raw A OPWG HeRNP .� .ImUew Mm Pi - 2 12 2Cn ^(� PUMP PL>�1L eR,�ss ,.LVE uE.oER ..,r. ns ...r M 1 THREADS X.wlrw ar • a..r rlin _wllwsll w • ouw r nw s .-w ITEM A sr•wr `rbOWAflMfw. Y00 GPM FIRE PUMP K's^ F9, mu waK r METRON MODEL MP435-MTS,WYE DELTA, CLOSED TRANSITION TYPE REDUCED VOLTAGE STARTING FIRE PUMP CONTROLLER WITH BUILT-IN AUTOMATIC POWER TRANSFER SWITCH RESISTOR COILS ENCLOSURE S5tMNT�DpN,�� ,e.00 CINUT BREANL'p b�T [40" �50] NORMAL POWER Tg111 ELEROFNCY°YPOVWnM O D 1�10E�OE°TfAIL ❑ WON vaAiOR w AOE eea QST 4Ew5 IRTYe L40M4 0401 J MV°14 OO EM13UNNCV START [1168.271 HANDLE 30[6&510 HOLES FOR PIPE ENTRANCE I ALL LEGS 4.00 PRESSURE CONNECTION [15240] 1200 1f'N.P.T- FINALE [70.50] [440.40] [N1.77J3.00 [70.20] [203.20] ERoeIT xENI 9w_NEIE 1.0'M 0.5'gA OSROONO 254% 127J MI 1[2q [105.17] �L� VMn0 fR! N MOV fY l4p 4p MV AO MW O 25 NP-3500 RPM O e 208 VOLTS - 3 PHASE -60 CYCLE ® 8 i g 100,000 A1C MEA NO. 306-99-E -N INCNE$AND NIWNETERS ([D. ORM41 RLR J-20-05 3-2o-05 Domm OGS [ENCLOSURE DIMENSIONSOOEL YPN4 WTH MTsCD33993E 1N' CARNETLECTRIC nRE PUW CONTROLLER 400 NE IBM Wye-Delta Reduced ~ = Current Types Series M P43O and Series MP435 - Combined Manual and Automatic Metron Fire Pump Controllers conform to the latest requirements of Chapter 10, National Fire Protection Association Pamphlet 20, Standard for Centrifugal Fire Pumps as adopted by Underwriters Laboratories and Factory Mutual. They are withstand rated and listed by Underwriters' Laboratories and approved by Factory Mutual Research Corporation. Sizes range from 15 to 700 horsepower, 200 to 600 volts, 60 Hz. These controllers are for use on -► Reduced Voltage type installations. Only the highest quality components, all UL listed or UL recognized, are used throughout to assure the best possible reliability. The cabinet is fabricated of heavy gauge reinforced steel with drip-proof hood. All field wiring and service connections may be made from the front, allowing the controller to be mounted flush against a wall. The controller is completely wired, assembled, and tested at the factory before shipment, and ready for immediate installation. MP430 Fire Pump Controller C U` DS FM EIlFR US1ED 1 . . Power Transfer Switches For -ctric Motor Driven - Pumps Series MTS Automatic Transfer Switch Matron MTS Automatic Transfer Switch provide operation of electric fire pump motors from a alternate source of power when the normal source fails.They may be used with any Matron electric fire pump controller— Across The Line, Primary Resistance, Part Winding,Wye-Delta,Auto Transformer or Solid State Reduced Voltage Types. These transfer switches are an integral part of the fire pump controller.They are factory assembled,shipped and installed as a part of the controller. The combination fire pump controller/transfer switch is listed by Underwriters Laboratories',Factory Mutual,and meets all the latest requirements of Section 7-8 of NFPA Standard for Installation of Centrifugal Fire Pumps. The MTS Automatic Transfer Switch is a mechanically held double throw switch with a fast acting drive mechanism.Operating coils are momentarily energized from the source to which the load is being transferred.The switch is interlocked electrically and mechanically to prevent both services form feeding the load at the same time.The transfer switch is capable of manual(non-electrical)operation. Undervoltage sensing devices are supplied which monitor each phase of normal service.When the voltage of any phase falls below the pre-set level the transfer switch automatically transfers to the alternate source. Voltage and frequency sensing devices are provided to monitor one phase of the alternate source and will inhibit transfer to the alternate source until adequate voltage and frequency are available. The transfer switch provides a special circuit that de-energizes the motor control circuit five(5)second prior to transfer in either direction to prevent high current transients due to an out-of-phase condition between the motor and the source to which it is being connected. A contact is provided to actuate the engine starting circuit when normal source fails.To prevent false starts,a time delay(factory set a 1/2 to 3 seconds)is provided between normal source failure and actuation of the engine start contact. An isolation switch ahead of the alternate source input terminals of the transfer switch is provided.When the switch is opened,auxiliary contacts in the generator start circuit prevent starting if commanded to by the transfer switch.An additional auxiliary contact on the isolation switch is provided for remote annunciation of isolation switch position. An adjustable time delay(0-30 min.)prevents restoration to normal service for a pre-set period of time to assure normal line stabilization. An auxiliary N.O.contact is provided for remote annunciation of transfer to emergency.This contact is operated by the transfer mechanism as a direct indication of switch position. Pilot lights for indication of Switch in Normal position,Switch in Emergency position,and Emergency Isolation Switch in Off. Audible 1' indication of Emergency Isolation Switch in Off is also included. ul U$ ® A test switch is also provided which simulates loss of normal power so \/ that the transfer switch operation can be checked without interrupting normal service to the fire pump controller. MP430 Fire Pump Controller with MTS150A Automatic Transfer Switch 10)[andard and Optional Features Standard • NEMA Type 2 drip proof metal freestanding enclosure ' Operator Interface Device(OID)with 4 lines by 20 character Series display with large character backlit Liquid Crystal Display(LCD) capable of being read in both direct sunlight or dark lighting Wye-Delta motors have all six leads brought out to the motor conditions terminal box. Thea leads are connected by the controller first in • 10 pushbuttons for easy screen navigation, LED lamp test, the Wye configuration which draws only 33%of normal starting alarm reset, controller test and horn silencing current and develops 33%of normal starting torque. After a short • Removable labels to allow for easy field language changes time delay,the controller then connects the motor winding in a • All controller settings are programmable the DID. All Delta configuration,applying full voltage and drawing full load features are enabled or disabled throughthrough the OID, no jumpers running current and developing full running torque, or external wires are needed allowing easy field modification With the MP430 open transition types, there is a very short period • The system status data is displayed on the DID. The displayed of time where no voltage is applied to the motor during transition items include:System pressure, Phase to Phase(AB, BC,AC) from Wye to Delta connections. This condition can cause current voltage, Phase current(A, B,C), Current time and date, surges or disturbances being fed back into the main power System Events and Notifications such as Remote Start, Local source. The magnitude of the surges is proportional to the phase Start etc.,Number of starts,Total motor run hours,Time difference between the voltage generated by the running motor remaining on sequential motor start and motor stop timers, and the power source. These transients can in some instances, Status of automatic stop setting. affect other equipment which are sensitive to current surges. • Auxiliary alarm functions displayed on the DID LCD screen • Audible horn with silence feature for silenrable alarms The MP435 dosed transition types provide a smoother transition • Lamp test feature from Wye to Delta by keeping the motor continuously energized during the transition period. This is accomplished by means of Foreign languages selectable through the OID resistors which are connected in the circuit duringthe momenta • Microprocessor based logic with real time/date cock capable of momentary rennin a minimum of 14 days without AC power connected to period of transition from Wye to Delta. g y controller &on Wye-Delta Controllers incorporate a mechanical as well • SO Memory card used to record pressure log, event and log, as electrical interlock to prevent the Wye connecting contactor and auxiliary user programs. Pressure log is stored in separate from being energized at the same time as the Delta contactor. comma delimited ASCII text files with each file containing data An emergency start lever to close starting contactor independent for one day.The SO card is removable and can be read by any of automatic control circuits. When used, this lever will bypass • PC equipped with an at SD card reader. the reduced current start feature and start the motor with full Input and output status LED's provide visual indication of each inrush current drawn from the power source. discrete inputs or output s on/off status • One RS485 Serial Port Operator Interface Devito fOIDI wfth L D nn latch and • MODBUS Communication Protocol via RS485 port Diaital Display • Service Entrance Rated Standard Auxiliary alarms: The controller includes as standard six(8)discrete auxiliary inputs, nine(9)form'C'auxiliary relay outputs. These auxiliary arra W inputs and outputs are in addition to those mandated by NFPA 20. All auxiliary inputs,outputs, and DID Display can be field programmed through the OID. Nine(9)of the following auxiliary alarms can be programmed and recorded in the event/alarm logs and annunciated on the DID display screen and/or output relay contact(s). These alarm conditions include: LOW PUMP ROOM TEMP RESERVOIR LOW RESERVOIR EMPTY RESERVOIR HIGH °'•^ r•r• , . FLOW METER ON RELIEF VALVE OPEN LOW SUCTION PRESSURE .. . HIGH PUMP ROOM TEMPERATURE LOW FIREWATER PRESSURE LOW PURGE PRESSURE LOW GEAR OIL PRESSURE i i HIGH GEAR OIL TEMPERATURE GAS DETECTION HIGH VIBRATION EMERGENCY POWER ON Option H: a Heater PUMP ROOM DOOR OPEN If the ambient sphere is especially damp, ace heater Data logging: rated at 100 watts be supplied to red uc oisture in the The controller includes two(2)separate data logs for storing cabinet. A thermostat t pplied as sta rd with this option. A system data that is readable through the OID or copied to a humidistat may be substitu if spe ' computer equipped with an SO card reader. The 2 data logs are Option W: Omit Legs as follows: For systems where the con er is nted on a common skid Pressure Log: The pressure log provides a continuous pressure with the pump and mot a legs of the troller may be record for 30 days. The pressure log samples shall be time and omitted, 3"(76.2mm annals or wall moun brackets can be date stamped and stored in permanent non-volatile SD memory supplied. If s d, lifting eyes may also be su led. card. The pressure log can be searched by each sample, by Enclosure minute, or by hour through the OID. The fol n NEMA g type enclosures are also available: 4, 4X Event Log: The event log will store up to 300 of the most current (Pe d Cold Rolled Steel),4X (304 or 316 Stainless Steel), events. These events can include, but is not limited to,any of the following events/alarms: PUMP RUNNING POWER AVAILABLE PHASE REVERSAL MOTOR OVERLOAD REMOTE START LOCALSTART PUMP ON DEMAND SYSTEM FAULT PRESSURE TRANSDUCER FAULT PUMP FAILED TO START LOW INTAKE SHUTDOWN ALARM SUPERVISORY POWER FAILURE LOW PRESSURE AUTO WEEKLY TEST START UNDER FREQUENCY OVER FREQUENCY LOW ZONE/HIGH ZONE CONTACTS HIGH DISCHARGE PRESSURE NO LOAD CONDITION Model Number Designation MP430 X •XXX -XXX X Withstand Ratting 8-22O0()o4r)m VAC)90,0001200-480'VAC. C -100 UO6(100-480 VAC, `/ollag. RAIN 200 000 IAC Horsepower Rating 15700 r')phon Ortsx�nahon,sl Information required with order 7 !k.delT ype 3;l int Voila e h Motor Hriraa 'war 9 4 ase .v.A iley,xeu_y 4-r)Aronsdan� ,rani,Inl�.leS,.n Hlor Standard Withstand Ratings: Model MP430/ MP435 N➢i 2118'/ohs 15 151,HP 1000 Rtd S Syn)... at 4'ro 20[4lls 14 2110 HP IOOkA WAS$yrmm�lm tl 594-01519.kx'r1P I,iOkA RMS SymmeNtal 460.480 Vohs 15400 HP IONA RMS Symmetncal 200208 With; 200-250 HP 50A RMS SymnmtWA 220.240 Volts 250'100 HP SOkA RMS Symmetn"di 780-415 Volts 350350 HP - SOkA RMS Symmeln,at 460.480 Vohs 500-6011 HP - 500A RMS Syrnmelnrat 550600 Volk 15AM HP - 22kA HMS S mmelnoal Fire Pump Controller AlFh%r Electric • • - - Pumps Model MP48W435 W e-Delta Start Microprocessor Electric Motor Fire Pump Controller SI • Microprocessor based logic with real time,'date Data logging pecificati • n s clock capable of running a minimum of 14 The controller shall have separate data logs for days without AC power connected to storing system data that is readable throw h the General Controller Description controller and non-volatile flash memory to OID. B The Fire Pump Controller shall be factory permanently store the continuous pressure log, Pressure Log:The controller shall have a assembled,wired and tested as a unit and shall event log,alarm log and all user changeable Pressure log with continuous pressure recording conform to all requirements of the latest edition set points and system data Battery backup of days of data s of 30 dThe pressure log sample of NFPA 20,NFPA 70 and be Third Party Listed any kind not allowed. shall d time and date stamped and stored le a by Underwriters Laboratories(UL)and • Input and output status LED's to provide visual P indication of each discrete input's or outputs removable SD card memory. The pressure log Approved by Factory Mutual(FM). The onloff status shall be searchable by each sample,by minute,or controller shall be available for 208,230,380- by hour.Each days entries shall be stored in a 415,or 480 volt three phase power. • One RS485 Serial Port separate file on the SD card.SD memory shall be • MODBUS Communication Protocol via readable by any PC equipped with an SD Controller Equipment Features RS485 port • All wiring The controller shall include the following B terminals on PCB's shall be memory card reader. standard features: removable type Event Log:The event log shall be capable of • Service Entrance Rated storing no less than 3000 events. These events • NEMA Type 2 drip proof metal freestanding shall include,but is not limited to,any of the enclosure Auxiliary alarms following events/alarms: • The controller shall be designed for Wye-Delta As standard the controller shall include 6 discrete PUMP RUNNING starting and shall start the motor in the Wye auxiliary inputs,9 form'C'auxiliary relay POWER AVAILABLE configuration drawing 33%of normal current, outputs. These auxiliary inputs and outputs are PHASE REVERSAL then connect the motor in the Delta in addition to those mandated by NFPA 20. All MOTOR OVERLOAD configuration applying full voltage. auxiliary inputs,outputs,and OID screens shall REMOTE START 1perator Interface Device(OID)with 4 lines be field programmable through the OID. This LOCAL START y 20 character display with large character permits a multitude of customizable controller PUMP ON DEMAND backlit LCD capable of being read in both configurations to meet each installations unique SYSTEM FAULT direct sunlight or dark lighting conditions needs without adding cost to the controller. The PRESSURE TRANSDUCER FAULT • 10 pushbuttons for easy screen navigation, use of jumpers,soldering,or other external PUMP FAILED TO START system test,lamp test,alarm reset,and hom components are not allowed. LOW INTAKE SHUTDOWN ALARM silencing SUPERVISORY POWER FAILURE • Multicolored LED's for alarm and mode The user can select any 9 of the following LOW PRESSURE annunciation auxiliary alarms that can be programmed and AUTO WEEKLY TEST START • LEDs shall be labeled with removable labels recorded in the event log and annunciated with UNDER FREQUENCY to allow for easy field modification of an OID screen and output relay contact for OVER FREQUENCY language changes conditions such as but not limited to: LOW ZONE/HIGH ZONE CONTACTS • All controller settings shall be programmable LOW PUMP ROOM TEMP HIGH DISCHARGE PRESSURE through the OID and shall be protected by two RESERVOIR LOW NO LOAD CONDITION password levels RESERVOIR EMPTY RESERVOIR HIGH Each event or alarm recorded in the event log • All features shalt be enabled or disabled FLOW METER ON shall have the following data recorded with the through the OID,no jumpers or external wires RELIEF VALVE OPEN eventialarm: shall be needed or allowed to activate or de- LOW SUCTION PRESSURE • Time and Date of Event or Alarm activate a feature HIGH PUMP ROOM TEMPERATURE • System Pressure • The system status data shall be displayed on LOW FIREWATER PRESSURE • Descriptive Text Message of the Event Alarm the OID. The displayed items shall include: LOW PURGE PRESSURE • Motor Running Status System pressure,Phase to Phase IAB,BC, LOW GEAR OIL PRESSURE • Phase to Phase Volts AC)voltage, Phase current(.4,B,C), System HIGH GEAR OIL TEMPERATURE • Phase Amps Events and Notifications,Current time and GAS DETECTION date.Number of starts.Total motor run hours. HIGH VIBRATION The internal logic of the controller shall be Displayed countdown timers for: Sequential EMERGENCY POWER ON capable of operation in a temperature range of motor start and motor stop. Status of PUMP ROOM DOOR OPEN 1.4'C to 4(rC and high. non-condensing. 4utomatic Stop Setting. humidity levels. dib)c horn with silence feature for iencable alarms I he controller,hall he manufactured by Melton limp teat feature • Foreign language, cicoahlc through ,he OID tiletron, Inc. • 1505 west 3 1 Ave., • Deriver, ( aloradu 80223 •(303) 592-1903 • I`MAIL: sdles a metroninc.com • FAX (303) 534-19,17 Bulletin MP430/MP435 05/10 10 wo '1L`4110 fyll�=___,TIMIfG Da I 1 1101 ` c-- u 1 1 m a m 20 1 �I Nm item wt 1 1 TI ICT —o I �Il,o—o1+1 I 73 xf sAm sA,s a uew R R S LI u s a a 1 1 W , ,{ IN x1 X1 H{ IN IN ' x e w ueu w pnz— p 3i xt W KI N K3 �� CY BTMT � 1 11 NYAC HVAC HVAC e0 e'3 a 1�_I N eI so eo p p Ca10 fM1I IR x 1] 11 OVf OS p O30 NSVT IN 70 s QR W T e, A T x A 1] N A AS AC N0 VCNO )1 80 Deo N N ) 3uaawer ac1Rr nAl1T n N x Pel )1 S alp N 3 )1 fm'1 n uqM )1 x M p 11 )1 � PaR t C <w> n O{) mmm ONIIC[V&W ){ N AFYOIF START )1 ){ Wx N/I/Ple®IIR M. _______)� WK WMT MAR MAKE I ® M 11 1 Wx cavi p I _ wx_ NPIR p I C.VIEWO �1 ml SC IDfa O M Ie 0,______1 Wx NPUT p O © ® Wxe p I B OINRI Y OR-Nl-O{ OOt 11-06-01 /•/�N/� MIFFMK(O ®- MB = MB100 MOTHERBOARD 1/0 TERMINAL ANp II_0'�a1 �'—�' OBIV6(Op ® DB - OB200 DAUGHTERBOARD I SCHEMATIC, MODEL MP433 COMBINED MANUAL- /0 TERMINAL AUTOMATIC, WYE-DELTA, CLOSED TRANSITION CS33665E Ot - WIRES OR TERMINALS LOCATED ON CIRCUIT BREAKER ELECTRIC FIRE PUMP CONTROLLER KITH TRANSFER SNITCH eNua xn NaaR t p 3 aYslol 200 (74) C ♦NV )4 a f b e NaeRae 230 M,lR AVAlARE OIlf 0) COeTACIe aura 210 INAIR)aur m aaNrAeTs tt ll MM JMRWWTA� qR t! n Pttrlaea art to µµ A 250 aAWAM aur ,4 aarAFI Lai gr111 CRITMA& imi ILM p qR 1) CON 260 LW � %�e WT Is OOXTAare 1 Tee qR le ) Cp,ACR , 270 lYNlle H 11-05- -a alenl n -a �iArr WRON 1110. rwo 11-OS-a OBIVBL OQ SCHEMATIC, MODEL MP435 COMBINED MANUAL- AUTOMATIC. WYE-DELTA, CLOSED TRANSITION C533665E ELECTRIC FIRE PUMP CONTROLLER KITH TRANSFER SNITCH emu eT! Mx x K x 1 ML:wr 0315 LOCATED SwTGI*OROCESSORVAL% ITCHSWATCH ASSEMBLYEYOIE START RAUX/1/PRESSIRE Sw5d1 1520 Fc 2 CB1 IS10 E AUXf2/LOW INTAKE TERNRIA S LOCATED AUX03 INPUT ATLEFT SIDE OF THE NoTHER BOARD AUX/4 INPUT AUXN INPUT AUXINS INPUT TERMINALS LOCATED 14 BELOW MICROPROCESSOR 74 ASSEMBLY 74 M54t MC44 MC45 n MOTOR TERMINALS LOCATED AT DM' LEFT SIDE AND BOTTOMOL3 POUR AVAILABLE E 1. FIELD TERMINALS WILL ACCEPT COPPER NK ONLY OF DAUGHTER BOARD OMx 2. MOTOR TERMINATIONS VARY WIDELY CONTACTS SHOWN N Nn` 'tjN-ALARM) Peet ME BETEN MANUFACTURERS. CONDITION Oe00 PHASE REVERSAL PLEASE REFER TO MOTOR CONNECTOR DIAGRAM ON THE MOTOR FOR VERIFICATION. OSIS 3. PROPER PHASE SEQUENCE MUST oe's BE OBSERVED. A.B.0 - LI1213 AS 0147 PIMP RUNNING CONTROLLER S PHASE SEQUENCE SENSITWE ASIA 4. INCOMING CABLE SIZE TO BE 1258 OF MOTOR FULL LOAD CURRENT REFER TO OS10 WIRE SIZE TABLES IN NEPA 70. D'" CONTROLLER NOT IN AUTO OIA OeIA Cen 0n0 aMI EMERGENCY��ISOLATION TERMIRANSL� WATCH 0� SECTION 9ER I one B C Y vo�l0u AO' C wsa 3 GAZE FOR DIOL START 0 OeOt AUX H ALARM E �aPDI FOR ENGINE STMT OM1 )) Dew 1 DSL } AUK N ALARA Oet1 V m AC PRIMARY wm SZE 011F 200V 20V 220V- 300V- MOV- UNE TERMINAL WIRE SERVICE E14TRANCE 240V 415V 400Y SEA PER PRAY GIGO"UIe wW SUE Dsy AUX N ALARM L w t5 IIP w NP m HP m NP 4-1 AMO oeL n ro (z)/10-1/0 AWG -VHP MHP m Iw 7s W im HP /4-3/0 ANO (t) n0-1ro AMO OWN low 75 11P 75 XP 125 HP IED M 03/0-550 MOA (2)/10-1/0 AMO AML AUX AT ALARM mu J Dail MAN AUX Ae ALARM One I AMIIM OY ffi 00I iM1X 07-A-Oe /I4 SRW INQ Ane Ano PYS-IA ��� OwApt oft =7 AUX N ALARM EXTERNAL HOOKUP DIAGRAM Dna MODEL MP435 MTH MTS CH34014F ELECTRIC FIRE PUMP CONTROLLER .. N..rs Sten 1 a 1 9.ea ,4.55 [250.87.05] .75 V V 0.439 f1. 18.73 17 SO MOUNTING1j HOLES DISCONNECT SWTCH [501'7] [444.5] CABINET OR CIRCUIT BREAKER HANDLE .75 3.50 7.00 3.50 [w] [ee.9] [177.8] [Lie.9] NOWT INCCLUDED ON M15D RACK OF CABINET 1/4' N.P.T.. FEMALE THREAD 3.5 [8&s] PILOT�1 L9= _ll 5.00 [127.0] RI. HAND-OFT-AUTO STITCH METRON MODEL M15A JOCKEY PUMP CONTROLLER 1 1/2 HP, 208 VOLT-3 PHASE - 60 CYCLE SPECIAL FEATURES: 11 MINIMUM RUN TIMER(RUNNING PERIOD TIMER) .�ONTROL POWER TRANSFORMER 3) PILOT LIGHT(PUMP RUNNING) 4) PILOT LIGHT(POWER AVAILABLE) THREE PHASE SINGLE PHASE HORSEPOWER V.A.C. HORSEPOWER V.A.C. 25 - 2 0 .25 - 3 20O .25 - 4 220 _ .25 - 4 230 - 2 ALL DIMENSIONS ARE SHOWN IN ovwl r B/q1! INCHES AND CENTIMETERS 0. Bxs fiw. MEIII�I�N(e MI5 rr M/aM "^ � 05/5191 DD. CABINET OUTLINE, STANDARD CUBE M15 JOCKEY PUMP CONTROLLER CD34166 NEMA-2 do NEMA-3R ENCLOSURE FBNa x.1.a Bir 1 1 f 96083210 CR 3-7 5 1/4" GRUNDFOS JOCKEY PUMP CR3-7 7 114" 1 112 HP, 3500 RPM, 208 VOLT'-3 PHASE I10 GPM 0 82 PSI y M O r G 112 PLUG PRIMING WITH 1/4"TAP PORT (G 1/2) FOR GAUGE/ SENSOR — 1 1/4"250 LB.R.F. to SUCTION AND -� DISCHARGE io DRAIN N PLUG (G 1/2) 3/4"X1" c') M _ � r l9 M 4 X'01/2- r 3 4 15/16" 01 3/8" 5 9/16" 7 1/16" 9 7/8" 811/16" All units are(mm(unless otherwise presented. Pnnted from Grundfos CAPS 2/2 1 96083210 CR 3-7 H . CR 3-7 (ft) 0 =9.97 US GPM H = 195 ft n= 100% az3;` Pumped liquid = any viscous fluid 200 n 160 E yt • `i Jt,:��J � �, - 120 l e 4 1 1 tJi 80 401- M y x 0 Eff pump=52.9 0 2 4 6 8 10 12 14 16 18 20 O(US GPM) P2 1.2 -4ry� .rgpS�S{4N+»YFj3* ,fes` +3Yv7idv' 7 ". -tl' 0.6 pY 0 P2 = 0.9293 HP Printed from Grundfos CAPS 1/2 r' 1 1 .w . r Island Fire Sprinkler-NYC, LLC Santorini Beach Resort 3800 Duck Pond Road tchogae,New-York,-13435 The fire protection system for the above mentioned project as designed on drawings SP-N, SP-1 &SP-2 dated 6/17/11 is in accordance with NFPA 13 2007 Edition, I I 5�p\,p,S D. ,rt'.". �a a G� 630 Broadway Avenue,Suite 1 Holbrook,NY 11741 TEL: 631.472.4500 • FAX: 631.472.6800 Page 1 of 1 ' Fisher, Robert From: Harry Allen [harry.allen@ifspk.us) Sent: Wednesday, July 06, 2011 2:49 PM To: Fisher, Robert Subject: Santorini Attachments: 20110706144022642.pdf Bob, Attached per your request. Thank You, Harry Allen Island Fire Sprinkler- NYC, LLC 630 Broadway Avenue-Suite 1 Holbrook, NY 11741 Phone-631-472-4500 x102 Fax-631-472-6800 Cell-631-682-6990 Email-harry.allen@ifspk.us Tl a;� c?n Jer 'Inew r;v�uP� oet Nc� +r , �41^DU. 7/6/2011 0 G) 0 0 0 00 0 0 NOTE: WALL MOUNTED STEP LIGHTS EVERY THIRD STEP. (SEE ELEVATION 1/TC-2.2) P a P P P P P K ®K i I II I Iv ILLI DECK R.D. II I, ' L i ILL AB { - +8'- _ p Ko.- I• _ — Im• - iW^ - iy IN6PEL70Fm TENET OONMELTILN D R.13 O R. , - �. ObROE I I - �K NSI °G °6 1�a.6''9A1 °6 — p bA- 2.2 y�JJ lh p ry tom" _ FOR DECK a" v'� - " - 15 14 13 3 _ - _ ii ® tFC�TING SEE " a' r-v a" 6Y-6^i _ l�b'-b'�l 9 $ IVa" I� DECK P6 N �I °c °c °c °o °c, ' I6 oc" 00 oc MULTI-ROOM SE = V _� - B 4/TC-9.1 w - „ DECKnF6I6ER UP = ! ...^202 - 24• �..12 _ \ \ ` ',. R 6u� s N� HE aBLYEF a 4 _ I ( 30109 2A O _6 +9._0. R.n B 0 IS +9'-6' - 21 '• // dr" II 2 K . eTdMJPIf£RIbER uP 8 PIE�YYTY WTN 7N RBi OA 0 WEU _ _ v r_0 ��„ . 9A .O ^ FCYA i'WATE,,. .W I. K �\ Ind" m RDRAM VdLV2 3 O EEL O I V L< Ar RI2ER6 TO BE FNCLOBEG INWPLL OR EGFFIT POPE T4obE VdLYE LNT51 Cp M FLOOR LGNIROL VA E PPRO IDEDME BY LEILIK'ayTJJJJ J / A "WET" JI RINKLER SYST EIT'6'NOPIPE RI6ER CN FIRE IbSE VALVE Q� TOOBBEi AfG66 PdNEL TO BE PRJYIOEO BTWW0 .VVI %BFRIM1%I.ERRGEROBUILDING TO BE MAINTAIPVED2JE FLDDR CONTROL VALVE4m DEGREES AT ALL TIMIES. y wBERi BEALOAD wT"TAITPERBUIT°H 1 1 14"MST I OwIN V. YE -, � RGERS wDDeo eT KNOCEMBE0rwTi6dLcr�OReasrt .'1 + —D FLMR LWiML VALVE TO BE ABOVE OEILRIG BT P ALLEGE AI@L TO BE 110.110. K �� F GENEwL cn.lTwLTgx THIS ISA "WET" SPRINKLER SYSTEM \� o '°lu'"R'EERD" "Otp ENTIRE BUILDING TO BE MAINTAINED 0 �y 'OtTc AT MIN. 40 DEGREES AT ALL TIMES. y i i RIDGE VENT (TYPJ SECOND FLOOR THIRD FLOOR THOMAS D . REILLY PE . CONSULTING ENGINEER 4 BEZEL LANE SMITHTOWN , NY 11788 PH - 631 -724 -7888 PH ,7 .,631 -724 -5740 1` r_ 1 nV u 1c� �,1d 4 'L �7APPAtOVED AS NOTED FE SID DATE6 �'/ B.P.# '� G 6 � - SEAL COMPANY, FEEa EL BY� NOTIFY BUILDING DEPARTMENT AT 765-1802 B AM TO 4 PM FOR THE FOLLOWING INSPECTIONS 1 FOR POURED -TWOCONCRETE REQUIRED �� FOR POURED CONCRETE 1 2 ROUGH.FRAMING,PLUMBING, STRAPPING,ELECTRICAL&CAULKING 4 FINAL-CONSTRUCTION&ELECTRICAL FIRE SPRINKLER, INC. MUST BE COMPLCONSTRUCTION TE SHALL M O 630 BROADWAY AVENUE - HOLBROOK, NY 11741 ALL CONSTRUCTION SHALL MEET THE REQUIREMENTS OF THE CODES OF NEW TEL. 631-472-4500 FAX. 631-472-6800 YORKSTATE NOT RESPONSIBLE FOR infoWslandfirespk c m DESIGN OR CONSTRUCTION ERRORS. EC?ION '1 REOW ED BEFORE OCCUPANCY OR OPEN11G GENERAL NOTES REFERENCE DRAWINGS SPRINKLER DESCRIPTION PROJECT L LEGEND I- ALL PIPING 2" & LARGER TO BE BLACK SCH 10. GRODVED TYPE DWG NO DWG DATE REV. DATE MODEL MAKE SBL TEMP. SIZE FINISH DESCRIPTION MEA CITY SANTORIN I BEACH RESORT (PRE-ACTION PIPING TO BE GALVANIZED) ARCH G4A RELIABLE • 165° Y," WHITE PENDENT CONCEALED 258-93-E 94 0 UPRIGHT SPRINKLER HEAD 0 EXISTING SPRINKLER HEAD D FLOOR CONTROL ASSEMBLY STRUCT 2- ALL PIPING 11/211 & SMALLER TO BE BLACK SCH 40. REF. CLG . F1FR56 RELIABLE o 165° Yz" CHROME UPRIGHT 258-93-E 20 SUFFOLK COUNTY, NY SUBMITTED FOR APPROVAL 6-24-II JS 3800 DUCK POND ROAD o PENDENT SPRINKLER HEAD I� CONNECT TO EXISTING LOCATION OF DRY VALVE • CONCEALED SPRINKLER HEAD - — — - EXISTING SPRINKLER PIPE � LOCATION OF PREACTION VALVE THREADED LIGHT F1FR56 RELIABLE a 165° Yz" CHROME SIDEWALL 258-93-E 1 ° 1oN DATE BY 3- ALL PIPING SHALL BE SIZED IN ACCORDANCE WITH N'>' REVLs d SIDEWALL SPRINKLER HEAD NEW SPRINKLER PIPE C�,' FIRE DEPARTMENT CONNECTION IT A,C F1FR56 RELIABLE / 165° Yz" CHROME EXT COV SIDEWALL 258-93-E 2 DRAwwc TITLE t EXTENDED COVERAGE SIDEWALL Q SPRINKLER RISER Z STANDPIPE , FLUSH FIRE DEPARTMENT CONNECTION THE NFPA 15 DESIGN CRITERIA INFORMATION 2ND & 3RD FLOOR SPRINKLER PLAN C� 0 UPRIGHT HEAD, UNDER DUCT, DECK, ETC 79* O S,&Y. VALVE ■ COUPLING -HAZARD CLASSIFICATION = LIGHT HAZARD o ON Z OFF SPRINKLER HEAD D, O.S.&Y. VALVE w/ TAMPER SWITCH -MI� UNION 4- ALL PIPING SHALL BE SUPPORTED IN ACCORDANCE WITH DESIGN DENSITY = ,IOG,P M./sDFT. DRY SPRINKLER HEAD Z_ PRESSURE REDUCING VALVE TWO-WAY SEISMIC BRACE THE NFPA 15 SPR NKLEER I- AREA APPLICATION = R = VARIES ENC PROPERTY HOLDING SOFT mno-en With,I- EovERA EEE GEPERSPRINKL OI INTERMEDIATE TEMP, SPRINKLER HEAD rl CHECK VALVE FOUR-WAY SEISMIC BRACE Na OF SPRINKLERS CALCULATED=12 HEADS DRAWN BY, LISTED BY suLE DATE OH HIGH TEMP, SPRINKLER HEAD • GLOBE VALVE 5- ALL SPRINKLER HEADS SHALL BE LOCATED CENTER OF COOED, TOTAL FOR SHEET' TOTAL FOR JOB' - X" FACTORTEM 756AND ,03017181E SIZGTE ME@1348 PSI JOB NO JS xD JS nw6e 178" = I'-0" 6-17-II MEET D FILENAME. KEEY PLAN TILE OR SPECIFIC LOCATIONS 2 � � AVAILABLE SUPPLY 8710GP.M (0419PSE OSTREET 10- 151 3 OF 3 SP-2 vFs_,o-s,_saWq OB C D E F G H JK L 4 NA 3RD FLOOR WET SYSTEM 30 HEADS ON FLOOR 4 2ND FLOOR WET SYSTEM 76 HEADS ON FLOOR - 4 _ -- __ 4 ALARM CHECK VALVE IS T FLOOR WET SYSTEM —� ELEC. 76 HEADS ON FLOOR IST FLOOR PRE-ACTION SYSTEM _ 19 HEADS - MANUAL STANDPIPE M 4X2Y22X2Y2 _ 4 " PRE-ACTION VALVE — FIRE DEPARTMENT CONNECTION 4 1A rol ETJv „° IT- ram] O O p � BUTTERFLY VALVE I¢.B' m° ib�b•' I-¢b�10':1 - �` J Y _ -.� I // 22 16A „ Is _ I I xEi ¢b ` O 21 -2A 47AO - -_ I6 19 b-Im• a6`m 7Q j 5 BUTTERFLY VALVElt�L2 ;•20 I 22 24 27 - ,i:m�m•' I '' 3 � �Y---'� w Mme, $ + - $ �'I DA 1 A CEN R - J - OG o PRDPD6Eo PU P/ TER 6ERVICE rma�le 4T 6 - o H _ r + I" I" �'ib'-Im• M 4 I5A l --- M.R I IA J I 8 - O I i IS 1 � 1 1 u 90LENOID D D V l I 1.4 S _ Q R y +9-1077 ' -- F L ARY 0 0 o bf SA G G 1 a c CITY SUPPLY 4A STATIC PRESSURE OF 45 PSI 4 4 O oA 4 D RESIDUAL PRESSURE OF 24 PSI 4 4A I. 13A = 13 G (� 870 GPM _ O 3 - - NEW NyEUcy� qy q J G J �"SiAYDPIPE RI6ER UP GLL pl,£PTHD IiITTING6 PD ��¢NI'^Oil 1 AUTOMATIC FIRE PUMP �7A +s'-s' � � I —�� RATED P 400 GPM Ca 65 PSI s 6PRI K ERR6ERxP JOCKEY PUMP '""DOR` N VB"� `�" W/E lR ET VALVE WTH TN'IFEft&UITCN A"ALM'I G1ECK VA_ D EA ]"",WLO.II GLITCH yEW� RATED (aP 9 GPM (� 108 PSI M 9A �, 2 ft.m5T a DRAIN v. E q •nRE DEPAIR ENT \ 110 RII TO BE ENGLOBED IN W4L OR 6CFIT OON,BOTION POR GPIRIN !Pt - PROVIDED BY GENERAL CONTRACTOR 6TfiiEM FLOOR f/"NEL TO B PPO BE AEOVE CEILRG A6EEE PANEL TO BE PR'JVIDED BY NEW. y 8 GENERAL OONIRACTOR AN,¢�`'ax,s"PARE OEPV3RIENT �r O ^ OONNECTIW F'JR mmu` / M I ` MbPlf£ I',]�•'ORAIN RIDER DRAT N TN IS IS A "WET" SPRINKLER SYSTEM 6PaL TO FLOOR GRAIN AUTTIC FIFE P.PMP NEW D TO BE 1O .ON I ffA'C.HiE P �AT �40 ING TO BE MAINTAINED PRovIDED BY GENHRAL ca+i oft EXTERIOR GREES AT ALL 71MES. ,c,� CLOSET / its p1 O E RISER D A (_ R /4 M o NOT TO SCALE F' THOMAS D . REILLY PE . CONSULTING ENGINEER 4 BEZEL LANE SMITHTOWN , NY 11788 PH - 651 -724-7888 PH - 651 -724-5740 C7F NEEM 10 a AUTOMATIC FIRE PUMP: ;L �FEs+O,'% SEAL 400 GPM (off 65 PSI, ITT A - C FIRE SERIES 1580 MODEL 4X4X95F, UL /FM LISTED & `°N`"x" NYC APPROVED, VERTICAL IN- LINE PUMP CONNECTED TO: 40HP - 3500 RPM - 3 / 60 / 208 VOL T, OPEN DRIP - PROOF MOTOR. Islanac i FIRE SPRINKLER, INC. JOCKEY PUMP: C' 630 BROADWAY AVENUE - HOLBROOK, NY 11741 9 GPM P 10 8 PSI TEL 631-472-4500 FAX. 631-472-6800 nfo®islandfireII cam GRUNDFOS MODEL CR3 1. 5 HP - 3500 RPM - 3 / 60 / 208 VOL T. GENERAL NOTES REFERENCE DRAWINGS SPRINKLER DESCRIPTION R1111T LEGEND I- ALL PIPING 2" & LARGER TO BE BLACK SCH 10. GROOVED TYPE DWG NO DWG DATE REV DATE MODEL MAKE SBL TEMP SIZE FINISH DESCRIPTION MEA CITY SANTORIN I BEACH RESORT (PRE-ACTION PIPING TO BE GALVANIZED) ARCH 54A RELIABLE • 1651 Y:" WHITE PENDENT CONCEALED 258-93-E 81 0 UPRIGHT SPRINKLER HEAD Ca EXISTING SPRINKLER HEAD o FLOOR CONTROL ASSEMBLY 2- ALL PIPING 1112° & SMALLER TO BE BLACK SCH 40. REF, CLG., F1FR56 RELIABLE e 165, YZ" CHROME UPRIGHT 258-93-E 2 1 SUBMITTED FOR APPROVAL 6-24-II JS 3800 DUCK POND ROAD STRUET SUFFOLK COUNTY, NY 0 PENDENT SPRINKLER HEAD CONNECT TO EXISTING LOCATION OF DRY VALVE THREADED LIGHT F1FR56 RELIABLE 4 165° Yp" HROME SIDEWALL 258-93-E N0, REVISION DATE BY xxnwlx6 ilne ■ CONCEALED SPRINKLER HEAD - — — - EXISTING SPRINKLER PIPE LOCATION OF PREACTION VALVE 4 SIDEWALL SPRINKLER HEAD NEW SPRINKLER PIPE c� FIRE DEPARTMENT CONNECTION 3- ALL PIPING SHALL BE SIZED IN ACCORDANCE WITH " vaL F1FR56 RELIABLE 4 165° �r," HROME EXT E0v sloEwALL 258-93-B 2 DESIGN CRIITERIA INFORMATION IST FLOOR SPRINKLER PLAN 4 EXTENDED COVERAGE SIDEWALL Q SPRINKLER RISER / STANDPIPE C4 FLUSH FIRE DEPARTMENT CONNECTION THE NFPA 13 0 UPRIGHT HEAD, UNDER DUCT, DECK, ETC. O.S.&Y VALVE ■ COUPLING 1- DESIGN DENSITY = 10 G IP M./DHT HAZARD RISER DIAGRAM o ON / OFF SPRINKLER HEAD 0.5.&Y VALVE w/ TAMPER SWITCH �I�— UNION 4- ALL PIPING SHALL BE SUPPORTED IN ACCORDANCE WITH 2-DESIGNDENSITY = IO - 1950SOT. SPRINKLER 3-AREA A APPLICATION = 1950SQFT. co"nm wnm 0o DRY SPRINKLER HEAD & PRESSURE REDUCING VALVE TWO-WAY SEISMIC BRACE THE NFPA 13 a- COVERAGE PER SPRmKLER = vARIEs ENC PROPERTY HOLDING CC S No OF SPRINKLERS CALCULATED = 19 HEADS oxewxar usTeoxr: suLc Dore: Of INTERMEDIATE SPRIEMPNKLER SPRINKLER HEAP v CHECK VALVE OUR-WAY SEISMIC BRACE 5- ALL SPRINKLER ELOCATHONS BE LOCATED CENTER OF OORD, TOTAL FOR SHEET. oL TOTAL FOR J08 203 7- SYSTE DDESUPPLY 5811CF SIZE 1/2" is7GGPM (D26 PSI STREET o- I I SOF z 8" = 1'-0" b-17-II off HIGH TEMP SPRINKLER HEAD ►. GLOBE VALVE CC U U l- SYSTEM DEMAND = 458.1 G,P.M. (�l 326 PSI job xo� snEaxa J ow6xx., rxexene, KEY PLAN TILE ORSPECIFIC SP- I CONCRETE ANCHOR HILT[-KWICK BOLT, SERIES HDI, OR APPROVED EQUAL. INSTALLATION SHALL BE IN ACCORDANCE WITH I ` L_ �R NOT e THE MANUFACTURER'S RECOMMENDATION. EXISTING WF STEEL MEMBER --� BEAM CLAMP I. THE INSTALLATION COMPONENTS, SIZING, 51"ACING, LOCATION, 15. THIS APPLICATION 15 NOT FILED A5 A RESULT OF ACTIONS BY THE SPRINKLER METAL DECK LOOP N BLDG. CODE NFPA 13.CLEARANCES, POSITION AND TYPE OF SYSTEMS SHALL CONFORM TO NTS FIRE COMMISSIONER AS AUTHORIZED BY THE Be 4 A, TO MODIFY THE ` MAI CERTIFICATE OF OCCUPANCY NOR 15 SUCH ACTION PENDING. RETARD STEEL RESTRAINING STRAP 2. ONLY APPROVED MATERIALS WILL BE USED. 19. ALL VALVES SHALL BE IDENTIFIED AS REQUIRED BY NTS BLDG. CODE CHAMBER I I COUPLER 3. SPRINKLERS WILL BE PROTECTED AGAINST FREEZING AND INJURY AS NFPA 13. BYPASS SPRINKLER CROSS C ROD (SIZE AS REQUIRED) I" DRAIN VALVE MAIN LINE ALARM LINE I WITH CAPPED HOSE NYS BLDG. CODE NEPA 13. 20. DRAINAGE TO CONFORM TO NYS BLDG CODE NFPA 13. WITH VALVE SPRINKLER PIPE END OUTLET PT 2 . HYDRAULICALLY DESIGNED SPRINKLER SYSTEMS SHALL BE N ONN DRAIN OP,IIN PIPE 4. INSPECTION AND TESTS OF SPRINKLER SYSTEM SHALL BE CONDUCTED AS A DRAIN VALVE �- RING HANGER - O NYS BLDG. CODE NFPA 13 ACCORDANCE WITH NYS BLDG. CODE NFPA 13. SUSPENDED CEILING 22. A ONE-PIECE REDUCING FITTING SHALL BE USED WHEREVER A CHANGE PRESSUREIT 5. THE OCCUPANCY OF THE AREAS TO BE SPRINKLERED IN ACCORDANCE VALVE TRIM IS MADE IN THE SIZE OF THE PIPE AS PER NTS BLDG. CODE NFPA 13. (OPTIONAL KIT) WITH NTS BLDG. CODE NFPA 13. 23, ALL VALVES ON CONNECTIONS TO WATER SUPPLIES AND IN SUPPLY TO MODEL E 6. WATER SUPPLY TEST PIPES AND GAUGES SHALL BE PROVIDED AS SPRINKLERS SHALL BE APPROVED 05. 4 Y. OR APPROVED INDICATOR ALARM VALVE T�� P /\ � . II �I \V � I �� ��� Ni/� � PER NYS BLDG. CODE NFPA I3. MAIN DRAIN (�/ U/� l� e TYPE. �\ o 0 0 8 �� /� Ifs vV /� V _ I /N, ,� 1 1. PIPING SPECIFICATIONS, SYSTEM TEST CONNECTIONS, PROTECTION 24 DRAIN VALVES AND TEST VALVES SHALL BE APPROVED TYPE AS PER �i-il/I BYPASS T � I G,4L L4{jN�E R EDE T{-AIL /� V i l / AGAINST CORROSION, DAMAGE, FITTINGS, VALVES, HANGERS, NTS I Y �_f CHECK VALVE BLDG. CODE NFPA 13 SPRINKLERS, GUARDS AND SHIELDS SHALL BE IN ACCORDANCE WITH 25, HANGERS SHALL BE OF A TYPE APPROVED FOR USE WITH THE PIPE OR �U, NY5 BLDG. CODE NFPA 13. TES7ANDRAIN®VALVE TUBE INVOLVED, SPRINKLER PIPING SHOULD BE SUPPORTED BY ROUND 8. PIPE SCHEDULE SYSTEM SHALL BE IN ACCORDANCE WITH ' �IIl (OPTIONAL KIT) WROUGHT IRON U-TYPE OR APPROVED ADJUSTABLE HANGERS, IN 8 (NOT FM APPROVED NY5 BLDG. CODE NFPA 13. J BUTTERFLY VALVE TAMPER SWITCH ACCORDANCE WITH NY5 BLDG. CODE NEPA 13. CS 26. PROVISIONS SHOULD BE MADE TO FACILITATE FLUSHING OF THE SYSTEM I 9. STOCK OF EXTRA SPRINKLERS WILL BE FURNISHED AS PER NYS BLDG. CONNECT TO EXISTING CODE NFPA 13. (REQUIRED FOR EACH TEMPERATURE RATING). PIPING BY PROVIDING FLUSHING CONNECTIONS CONSISTING OF A 407FC05-C P51 PRESSURE GAUGE CAPPED 4" NIPPLE ON THE END OF THE CROSS MAIN 45 PER NTS `-®----"� ICO. SPRINKLER ALARM WILL BE IN ACCORDANCE WITH NYS BLDG. OPEN DRAIN LINE b �WATERFLOW SWITCH BLDG. CODE NFPA 13. MAIN FEED 21. SPRINKLER HEADS SHALL BE AN APPROVED TYPE AS PER NYS (OPTIONAL KIT - CODE NFPA 13. EXISTING FSP RISER __TO SPRINKLER 11. SPACING, LOCATION AND POSITION OF SPRINKLERS WILL BE IN BLDG. CODE NFPA 13. Fig . 3 SYSTEM ACCORDANCE WITH NYS BLDG, CODE NFPA 13. 28 TEMPERATURE RATING SHALL COMPLY WITH NYS BLDG CODE NFPA 13, RELIABLE M D E 29 IB" MINIMUM CLEARANCE TO BELOW SPRINKLER DEFLECTOR AS PER INSPECTORS TEST VALVE � - 12. ALL CONCEALED SPACES EXCEEDING 6 IN. IN WIDTH OR DEPTH WHICH NYS BLDG. CODE NFPA 13. CONTAIN COMBUSTIBLE MATERIAL WILL BE SPRINKLERED INACCORDANCE 3m. 1" TO ICO" MINIMUM CLEARANCE OF SPRINKLER DEFLECTION TO CEILING PRE -ACTION VALVE o 0°°0 -11 WITH NYS BLDG. CODE NEPA 13 AS PER NY5 BLDG. CODE NEPA 13. ao I" UNION WITH BRASS I" SIGHT GLASS 13, ALL PIPE PASSING THROUGH WALLS WILL COMPLY WITH NYE; 31. SPRINKLER SYSTEM COMPLIES WITH NFPA I3-1993 AS MODIFIED BY THE ORIFICE DISK WITH HOLE EQUAL TO o>o BLDG. CODE NEPA I3. DISCHARGE FROM _ oo AUXILIARY DRAIN VALVE NTS BLDG. CODE NFPA 13. A SPRINKLER HEAD - = 14. DISTANCE OF SPRINKLERS FROM HEAT SOURCES SHALL BE IN 32. THIS PLAN IS APPROVED ONLY FOR WORK INDICATED ON THE ACCORDANCE WITH NYS BLDG. CODE NFPA 13. APPLICATION SHEET, ALL OTHER MATTERS SHOWN ARE NOT TO BE _ 15. AUTOMATIC INTERLOCK CUTOFF SWITCH FOR VENTILATION WILL CONFORM RELIED UPON, OR TO BE CONSIDERED A5 EITHER BEING APPROVED OR II II � II TO SECTION 4-3 OF RS 13-1 (APPLICABLE ONLY IF THERE 15 AN AIR IN ACCORDANCE WITH APPLICABLE CODES. TO DRAIN-/ SYSTEM UTILIZING RECIRCULATED AIR AND REQUIRING A THERMOSTATIC DEVICE). FLOOR CONTROL V,4L VE 4eeFI'I N.T.&) 16 PROVIDE DEPT. OF WATER SUPPLY LETTER WITH FLOW TEST DATA. - - IT. ALL PIPES PASSING THROUGH FOUNDATION WALLS TO BE PROTECTED AS PER NY5 BLDG. CODE NFPA 13, RELIABLE MODEL RELIABLE MODEL I _ 1/2'' X I" FIFRS6 QUICK RESPONSE FFRE, QUICK RESPONSE SPRINKLER HEAD If SPRINKLER HEAD °U - RED. ELBOW CREEDS ," ORFICE - 1/211 DIA. NIPPLE p) GENERAL NOTES: MAX. 4" LENGTH - V'DROP NIPPLE �� � "Al/V wG P ELeow cQ NG '� xREDUCING 1 COUPLING I. CONTRACTOR SHALL VERIFY EXISTING PIPING al EXIST. BRANCH RUNS AND CONDITIONS WITH THE NEW WORK WITH I/2" DIA. V X 1/2" „ AR,,OVER OUTLET COUPLING LENGTH VARIES BRANCH LINE PRIOR TO START OF WORK. 2. CONTRACTOR SHALL OBTAIN ALL PERM75 AND Ia FILE ALL WORK WITH THE SPRINKLER HEAD BUILDING DEPARTMENT AND OWNERS a r - _ - - _ -_ 5PRINKLER HEAD SUSPENDED BRANCH LINE CONNECTIONS (N.T.S) INSURANCE CARRIER U' - (SEE SPECIFICATION CEILING 4 DWG. FOR TYPE) 3. COORDINATE ALL WORK WITH OTHER TRADES PRIOR TO START OF WORK. SRRINKLFF, HEArD CONNECTION I I C 4. TESTING OF SPRINKLER SYSTEM IN ACCORDANCE WITH OR SUS�EN�E� IN�x (N-T.,5) NFPA, TOWN OF SOUTHOLD BUILDING DEPARTMENT HANGER A5 REO'D S. REFER TO ARCHITECTURAL REFLECTED CEILING FIRE RATED WALL AND OR SLAB HEIGHTS. BUILDING WALL RELIABLE MODEL D INSTALL INSULATION AFTER STEEL PIPE SLEEVE 6. SPRINKLER HEAD LOCATIONS SHALL BE COORDINATED CAULKING SLEEVE, SEAL TERMINATE SLEEVE FLUSH AS REQUIRED WITH FINISHED SURFACE WITH ARCH. REFLECTED CEILING PLAN. DRY PIPE VALVE RRE57OPPING (APPROVED BY LOCAL CODES) I" GLOBE VALVE TO BE HUNG IN CEILIING ACCESS PANEL TO) q PIPE BE PROVIDED FROM END OF MOST' REMOTE BRANCH LINE APPROVED TYPE FIRE SAFE Ill 45' ELL 4 SMOKE TIGHT CAULKING FINISHED ESCUTCHEON PLATE EQUAL TO I SEALER BETWEEN BARE FLUSH AGAINST WALL AND OF PIPE 4 SLEEVE SIZE TO COMPLETELY COVER I/2" QRFCE HEAD C C ( OPENING THOMAS D . REILLY PE . SL €VE TI-45LU DETAILmINSPECTOR'5 TEST CONNECTION (NTS) CONSULTING ENGINEER FIRE R,ATEp W,4LL 4 BEZEL LANE SMITHTOWN , NY 11788 PH - 631 -724 -7888 PH - 631 -724-5740 AREA OF WORK AREA OF WORK Nt��n1E ra�rsu[sY` .,nrP aeon My,euEsie'. IMACRO " L4 , LL N' o �0f y CII: 04 A `.04...-✓��i 35`0 LISS 3k, SEAL COMPANY, 4. cp Islczn� 4A, � ' y M sP FIRE SPRINKLER, INC. z.....AQAAW ms�,� Me ° A N µ '°loolxnviw o2 mr�O°a�r"o // •1°rte" ,w r nz mw v�eo N •,. 630 BROADWAY AVENUE HOLBROOK NY 11741 AREA MAP LOCATION MAP KE"' PLAN TEL 6info@islan FAX. k.com -6800 info@islandfiresl2k.com m GENERAL NOTES REFERENCE DRAWINGS SPRINKLER DESCRIPTION I- ALL PIPING 2" & LARGER TO BE BLACK SCH 10. GROOVED TYPE DWG NO, DWG DATE REV DATE MODEL MAKE SBL TEMP SIZE FINISH DESCRIPTION MEA QTY LEGEND (PRE-ACTION PIPING TO BE GALVANIZED) ARCHANTORINI BEACH RESORT 64A RELIABLE • 165° '/2" WHITE PENDENT CONCEALED 258-93-E 175 2- ALL PIPING 11/2" & SMALLER TO BE BLACK SCH 40. REF, CEG, 3B00 DUCK POND ROAD o UPRIGHT SPRINKLER HEAD t:r EXISTING SPRINKLER HEAD D FLOOR CONTROL ASSEMBLY STRUCT, F1FR56 RELIABLE o 165° /," HROME UPRIGHT 258-93-E 22 SUBMITTED FOR APPROVAL 6-24-II JS SUFFOLK COUNTY, NY o PENDENT SPRINKLER HEAD CONNECT TO EXISTING c* LOCATION OF DRY VALVE THREADED LIGHT FlFR56 RELIABLE 4 165° 1/2" HROME SIDEWALL 258-93-E 3 N0. REVISION DATE BY • CONCEALED SPRINKLER HEAD - - - - EXISTING SPRINKLER PIPE P* LOCATION OF PREACTION VALVE 4 SIDEWALL SPRINKLER HEAD NEW SPRINKLER PIPE C4 FIRE DEPARTMENT CONNECTION 3- ALL PIPING SHALL BE SIZED N ACCORDANCE WITH TV III F1FR56 RELIABLE 165° Y2" HROME EXT COV SIDEWALL 258-93-E 3 NOTES & DETAILS 4 EXTENDED COVERAGE SIDEWALL Q SPRINKLER RISER / STANDPIPE c- FLUSH FIRE DEPARTMENT CONNECTION THE NFPA 15 0 UPRIGHT HEAD, UNDER DUCT, DECK, ETC D+ 0 S.&Y. VALVE ■ COUPLING o ON / OFF SPRINKLER MEAD X% o,S,&Y VALVE W/ TAMPER SWITCH �I� UNION 4- ALL PIPING SHALL BE SUPPORTED N ACCORDANCE WITH 0o DRY SPRINKLER HEAD Z_ PRESSURE REDUCING VALVE p TWO-WAY SEISMIC BRACE THE NFPA 15 SPRINKLER `RAWNB"Ir^ p HOLDING o, INTERMEDIATE TEMP, SPRINKLER HEAD N CHECK VALVE �+� FOUR-WAY SEISMIC BRACE ENC PROPERTY . 0 I 5- ALL SPRINKLER HEADS SHALL BE LOCATED CENTER OF CooRo1 °""""°' is ""`°°"' is """' va° = 1'-0° °"F 6-n-11 TOTAL FOR SHEET'. TOTAL FOR JOB, CH HIGH TEMP, SPRINKLER HEAD •+ GLOBE VALVE TILE OR SPECIFIC LOCATIONS 203 JOB NO, 10- 151 SMEfi"°' 1 OF 3 °"°"°' SP-N ©COPYRIGHT UNITED FIRE PROTECTION CORPORATION, MAY NOT BE REPRODUCED WITHOUT PERMISSION. ANTORINI EA H RE ORT 3800 CK PON ROA C . T HO Ej N W YO K DRAWING INDEXm CONTROL PANEL OPERATION 1160IJB=01 DRAWING INDEX, NOTES9 DETAILS , BATTERY CALCUL TIONS AND SEQUENCE OF OPERATION MATRIX GO Q z CONTROL PANEL WIRIN ANDRISE,RDIA RAM �Q � O o o = o cn LJ ZA1160IJB=03 FIRST FLOOR DATA ENTER FLOOR PLAN ~o v m O USE THIS MATRIX TO DETERMINE THE CONTROL PANEL'S OPERATION WHEN AN ALARM CONDITION Q o m EXISTS OR DEVICE IS ACTIVATED (LISTED BELOW) Qf O Li z PHOTO SMOKE DETECTOR ry X X X X oMANUAL PULL STATION XX X X w zo WATERLi FLOW SWITCH X X X ELECTRICAL INSTALLATION SPECIFICATIONS TAMPER OR LOW AIR SWITCH X X _ w 1. ALL WIRING SHALL BE IN STRICT COMPLIANCE WITH THE NATIONAL ELECTRICAL CODE, AUTHORITIES HAVING JURISDICTION, LOCAL CODES, FIELD WIRING OR SYSTEM COMPONENT FAULT X X X ELECTRICAL SPECIFICATIONS AND CONTRACT DOCUMENTS. Ln O LOSS OF PRIMARY AC POWER X X X w N Q _J 2. WIRE SIZES SHALL BE AS FOLLOWS: D AC POWER ----------------------------------------PER N.E.C. PRE-ACTION SEQUENCE OF OPERATION MATRIX 02 DETECTOR CIRCUIT, SUPERVISORY CIRCUIT, MANUAL PULL STATION. -------#16 AWG MIN. HORN/STROBES --------------------------------------#14 AWG MIN. w o m 3. ALL WIRING SHALL BE INSTALLED USING POWER LIMITED FIRE PROTECTIVE SIGNALING CIRCUIT CABLE. INSTALLATION METHODS SHALL CONFORM WITH LOCAL CODES OR CONTRACT SPECIFICATIONS. O 00 4. WHERE RACEWAYS ARE USED, CONDUCTORS FOR SMOKE DETECTORS, MONITOR MODULES, TEST STATIONS, MANUAL RELEASE STATIONS, � N SUPERVISORY DEVICES ,AND INDICATING CIRCUITS (HORN-STROBES) CAN BE INSTALLED IN THE SAME RACEWAY BUT MUST BE INSTALLED IN A O O SEPARATE RACEWAY FR(OM ALL 120 VAC CIRCUITS. I I OC) 00 00 00 5. DETECTOR LOCATIONS IVJAY VARY A FEW FEET TO AVOID ANY LIGHT FIXTURES OR OBSTRUCTIONS. DO NOT INSTALL A DETECTOR WITHIN 3' _ Q0 OF A SUPPLY REGISTER. REVIEW REFLECTED CEILING PLANS. THE OPERABLE PART OF EACH MANUAL FIRE ALARM BOX SHALL BE 48" P P( PUM Battery Calclulationfor PFC-4410-RC CO 00 ABOVE THE FINISHED FLOOR LEVEL. WALL MOUNTED AUIDIO/VISUAL APPLIANCES SHALL BE MOUNTED SUCH THAT THE ENTIRE LENS IS NOT The Symbol of Prorectron All Power Shown in Amps O O LESS THAN 80' AND MOT GREATER THAN 96 ABOVE THE FINISHED FLOOR. - Since the current draws_listed herecan be edited, thaoer is fully responsible for verifying these calculations. J X p- - 6. ALL CONDUCTORS ARE TO BE PROPERLY TAGGED OR NUMBERED IN THE CONTROL PANEL AND COPRESPOND WITH CONTROL PANEL TERMINAL OR FIELD WIRE NUMBERS FOR IDENTIFICATION PURPOSES. Model Descri tion Enter Total Standby Alarm Current Iw- Q Quantity - - 7. WIRING CIRCUITS MUST GO TO AND FROM EACH DEVICE, BRANCH CIRCUITS ARE NOT PERMITTED, POLARITY MUST BE OBSERVED THROUGHOUT, PFc 4410 Rc 4 Zone Releasing Panel 0 0920 0.2150 I� 8. EXTREME CARE MUST 83E TAKEN TO AVOID GROUND FAULT CONDITIONS OF ALL CONDUCTORS. Potter - „ _ 2Wiresmokepetectors00008 06480 _.. _ #of Outputs as Trouble Bell 0 0460 0.0000 [� O RA-4410-RC Remote Annunciator 0.0000 0.0000 9. ALL CIRCUIT RUNS SHALL BE CONTINUOUS BETWEEN DEVICES, WITHOUT SPLICES, WHEREVER PRACTICAL, WHERE A CONTINUOUS WIRE RUN IS - - -- NOT PRACTICAL, CONNECTIONS SHALL BE MADE IN A UL LISTED METAL ELECTRICAL BOX. USE OF WIRE NUTS IS NOT PERMITTED. ALL ARM-44 AuAliary Relay Module 0.0000 0.0000 WALL MOUNTED ARM-1 4PDT Relay Module 0.0000 NOTInCATION DEVICES CONNECTIONS SHALL BIE TO TERMINAL BLOCKS IN METAL ENCLOSURES CONFORMING TO THE REQUIREMENTS OF CHAPTER 3 OF NFPA 70, - - - Z Notification ation Load DPDT Relay Module 0.0000I Enter Device Current Draw Below X sc-oa PREACTION 10. ENSURE ALL JUNCTION BOXES, DEVICES BACKBOXES, AND EQUIPMENT CABINETS ARE PROVIDED WITH STRAIN RELIEF FITTINGS WHERE EEnt_e_r Total or Individual Device 0 2360 Ew� VALVE NONMETALLIC SHEATHED CABLES ENTER WITHOUT RACEWAY. Solenoid _ _0.9000, 0 5000 O SG-Os Au>alia Power ',PR-1 RELAY 2 .015 0.03 11, POWER TO CONTROL PANEL AND CONNECTION OF BATTERIES TO CONTROL PANEL TO BE MADE UNDER SUPERVISION OF UNITED FIRE - -- . . -- -- -.- - -- ----- 0.1388 t 1.6290 MOUNTED ON PROTECTION FIELD TECHNICAL REPRESENTATIVE. DAMAGE TO CONTROL PANEL COULD OTHERWISE RESULT. OUTSIDE OF DOOR Q MANUAL PULL STATION � �, 12. ELECTRICAL INSTALLER MUST PLACE DUST COVERS ON ALL DETECTORS. DUST COVERS TO BE REMOVED ONLY BY UNITED FIRE TECHNICAL Secondary Staandby Load 0.1388 '� w 0 PERSONNEL AT THE TIME OF FINAL CHECK-OUT. Required Amp -h- of Standby `s Standby Am -Fhours 3.3314 D 13. ALL WIRING IN SHAFTWAYS AND FIRE ALARM RISERS SHALL BE IN CONDUIT. SecondaryAlaorm Load 1.6290 r. SG-09 PREACTION 14. PRIMARY 120 VAC POWER TO FIRE ALARM PANEL TO BE ON SEPARATE DEDICATED BRANCH CIRCUIT. CIRCUIT BREAKER TO BE EQUIPPED WITH LOCK AND Required Minuttes of Alarm 0.1 CLOSET DOOR i IDENTIFICATION PER NFPA STANDARDS. Alarm Am -hovers 358 48" 3.3314 + 0.1358 ,Amp-hours = 3.47 Total Amp-hours required PULL STATION slcN 3.4672, x (safety factor) = 4.16 Minimum Amp-hours required PRE-ACTION SIGN PLACEMENT DETAIL PRE-ACTION FIELD DEVICE PLACEMENT DETAIL N.T.S. X < ��L � N.T.S. � 00 w � U � zWQ Li Cl- 0 W m LLJ 18.5z5E � " � oo o MULTITONE HORN STROBE DETAIL NOTE: OPERATING TEMPERATURE IS -49F TO 150-F NEVER LOOP WIRE UNDERR TOP OF CABINET _ AMT-SERIES VERIFY THAT JUMPERS AND DIP SINGLE GANG TERMINALS. BREAK THE WNIRE CORRECTLY FOR RUN TO PROVIDE SUPERVISION ELEV. 5'-0° p z 00 � ON 0P2 & SWITCHES ARE SET CO BACKBOX, SURFACE i> � � U cn A EACH AUDIBLE-VISUAL DEVICE. MOUNTED OF CONNECTION. PFC-4410RC S. eAa� DP3 IMPROPER JUMPER CONFIGURATION SHEETROCK SECURE TO HINGED PREACTION SPRINKLER SCALE :x° Px3¢� a WILL RESULT IN DAMAGE TO THE WALL N THIS SETTING FOR HACK PLATE ON CONTROL VALVE LOCATED PREACTION ONLY AUDIBLE-VISUAL DEVICE AND BEHIND rHls DOOR PULL STATION PREACTION SPRINKLER � NONE POSSIBLY THE CONTROL PANEL. SIGNALING SEQUENCE ALARM_= BELLISTROBE BAT BAT D 7E � DRARWBY + S Pu ERVISORY= OrUOFF HORN DEVICE eoARonxurvuve o"wwnw r"wu"q4" SQ. X 2-1/8" FIS ® TROUBLE = CHIME MAR 1 DESIGNED BY G PREACTION '"" '"`�"' JA DEEP BACKBOX RELEASE SG-04 _ IN ♦ OUTS► BLDG.DEPT. TOUdN OF 50LITNOLD CHECKED BY SG-09 JC MULTITONE HORN STROBE 11114 M SYSTEM TYPE SIi3GD TYPICAL TERMINAL CONNECTHON PRE-ACTION �)-''-(2) #8-32 SCREWS N.T.S CEILING SMOKE DETECTOR MOUNTING DETAIL WARNING SIGN DETAIL DATE N.T.S. N.T.S. FINISHED FLOOR 18 JUL 2011 + MULTITONE HORN STROBE MOUNTING DETAIL MANUAL PULL STATION MOUNTING DETAIL ELEV. 0'-0" UFP.TOB NO. N.T.S. N.T.S. PFC-441ORC PANEL ELEVATION DETAIL 11601 JB N.T.S. RWH 09 MAR 2012 SHEET 1 OF 3 ©COPYRIGHT UNITED FIRE PROTECTION CORPORATION, MAY NOT BE REPRODUCED WITHOUT PERMISSION. FOR CLASS "A" WIRING, INSTALL THE OUTGOING AND RETURN CIRCUIT IN SEPARATE RACEWAYS PER NFPA-72 FOR CLASS "A" WIRING, INSTALL THE OUTGOING AND PHOTO DETECTOR PHOTO DETECTOR RETURN CIRCUIT IN SEPARATE RACEWAYS PER NFPA-72 + PSD-7157 PSD-7157 2-WIRE 2-WIRE BASE BASE 1 B a' 1 1 + +IN/our +N/OUT C ZO N I E 1 W PHOITO SMOKE DETECTORS 1 B O -IN -OUT O O -IN -OUT o QUANTITY: 18 T — 6 6 1B P P PHOTO SMOKE DETECTORS L ZONE 1 1B m � 1B V FOR CLASS "A" WIRING, INSTALL THE OUTGOING AND 1 D RETURN CIRCUIT IN SEPARATE RACEWAYS PER NFPA-72 FOR CLASS "A" WIRING, INSTALL THE OUTGOING AND MANUAL RELEASE STATION MANUAL RELEASE STATION 1 RETURN CIRCUIT IN SEPARATE RACEWAYS PER NFPA-72 ° SG-33SK2 ° ° SG-33SK2 ° M MANUAL PULL STATIONS POTTER ZONE 2 + ZONE 2 PFC.-441 ORC 1 B MANUAL PULL STATIONS QUANTITY: 2 CONTROL z PANEL 3A HORN/STROBES ° 0 0LO>CATION: ALARM/SUPERVISORY/TROUBLE w 1 Sly FLOOR HOT - BLACK NEUTRAL - WHITE 5.1K 5.1K 5.1K F.M.R. 11 J EARTH GROUND - GREEN EOLR EOLR EOLR 120VAC/60Hz FROM ALARM CONTACTS TO CIRCUIT BREAKER PANEL VA MAX. m ,GD DEDICATED fPACP SUPERVISORY BUILDING FIRE LGO 120 5.1K 120VAC POWER TROUBLE ALARM SYSTEM o OHM EOLR O w ® ® ® 1C EG N laG + - + - S + - + - + - + - + - + - + - AC IN 24VNR DC RS-485 AUX. SUP' 1/ SUPV ZONE 3 ZONE 4 c CONNECTOR 2POWWERRC ABORT LAORW D _ WATER TAMPER SWITCH AUXILIARY ALARM RELAY L—NON-POWER---J 200 mA + + SWITCH LIMITED AND ZONE 1 ZONE 2 SMOKE MANUAL FOR FUTURE U S E SUPERVISED DETECTOR STATION CA2Z O MODULE W N o ZONE I $ 0 OUTPUT 1 $ p NO.2 Q J o ZONE 2 $ o OUTPUT 2 ij � � o zonE 3 8 0 ouraur 3 o RED +24V BLUE 24V COM o zone 4 p o aurPUT 4 OO YELLOW NC CONNECT AS REQWIRED TO 0NAMPS RATING:VDC puo MGoe BUILDING FIRE ALAkRM SYSTEM OAC POWER osuP vAEoftr WHITE NEG O ORANGE 10.0 AMPS ® 115 VAC (RES.) OPMEE TBL 0SUPERwsGRr 2 SCRO L-UP NO W O OSrSTEM ML OCOMMON AL MM BUZZER SILENCE 05UPI�TEL OA5LARM SLE55NOOCI1E PR-1 'GRAM OC,pWpLTNO OPIA�°SMIINGp PRE gSCHARCE LAPP FEST E f2E0 +24V 24V BLUE CSM AUXILIARY ALARM (RELAY CONTACT RATING: 1ST FLOOR sEl a ZZE SllfNiCE YELLOW NC FOR FUTURE USE 7.0 AMPS ® 28 VDC 00 WHITE PEG 0 ORANGE NO CONNECT AS REQLUIRED 10,0 AMPS 0 115 VAC (RES.) 0 — 0 SELECT SIGNALSRENCE PR-1 POTTER PFC-4410 PRE-ACTION SYSTEM RISER I I ON SK1EM RESET O NEWINO ANGLE `U_0' 00 00 O 00 00 LOCATION: 1ST FLOOR E.M.R. 115 (DO 00 PANEL OUTPUTS(INDICATING CIRCUITS) O CD GENERAL SUPV TROUBLE RELEASE �pfm ALARM CIRCUIT SrANDBY p NON-POWER TY PCILARITY RELAY CON ACTS DRY CON CTS RATE AT 3A•3OVDC LIMITED AND OUTPUT OUTPUT OUTPUT OUTPUT F_SUPEflVISEO-1 F-TROUBLE-,r—ALAR r SUPV-1 r WTRFL-1 • BATT + - COM NO NC COM NO INC COM NO COM NO TT \ Lai NOTES: 1 . RISER DIAGRAM SHOWS NUMBER OF CIRCUITS O o �ooD0 AND WIRE SIZES. ACTUAL QUANTITY OF DEVICES o ,or m- �� IS SHOWN ON THE FLOORPLANS. �oo�� Ind T7- �TI-1�E'l T/, m O w z HORN STROBES P4 MO QUANTITY: 2 2, REFER TO FLOORPLANS FOR EXACT DEVICE W ADDRESSES. O Q z AMT-241575W-NYC AMT-27515W-NQ4 0 RELAY CONTACTSON ON DRY CONTACTS RATED AT 3A, 30VDC WIRE GUIDE mllm DP2 � aNNECT AS REQUIRED TO 2 3 4 1 2 3 4 !� 0CO PRE-ACTION 0BUILDING FIRE ALARM SYSTEM RELEASE SOLENOID SW1 ���� DP3 aSWiDP3 a J LTR DESCRIPTION TYPE W PRN PR12 PRO SV,STB PRI1 PR12 PRI- STB A AUDIBLE VISUAL NOTIFICATION 14AWG UTP. + + - + - + - + - THIS SETTTING FOR + + + + THIS SETTTING FOR �I w F_ — � H PREACTION ONLY PREACTION ONLY C'S`I o� ob B CONVENTIONAL INPUT ZONE 16AWC UTP. w — w EOL A ASSY SYMBOL LIST C CONTROL CIRCUIT 14AWG PR. SYMBOL DEVICE 5.1K TROUBLE E WATERFLOW SWITCH D PREACTION SOLENOID CIRCUIT 14AWC UTP. 5.1 K SUPERVISORY ❑T TAMPER SWITCH WIRING EXAMPLE: + V❑ PREACTION VALVE 5.1 K ALARM © LOW AIR SWITCH o 0 - LLJ + �; HORN STROBE 1 � LzLJ �M MANUAL PULL STATION DENOTES USE OF WIRESU 0 PACP PREACTION CONTROL PANEL INDICATES PAIRS OF WIRES Q z Q w o OP PSD-7157 PHOTO SMOKE DETECTOR W m wi + — + ABBREVIATIONS: z CDo 12 VOLT 12 VOLT 0 = L_ STP= SHIELDED TWISTED PAIR CD U w 7 AH BATTERY 7 AH BATTERY UTP= UNSHIELDED TWISTED PAIR QO0 ti �:D C/� Cn rq U r— PR= UNSHIELDED UNTWISTED PAIR SCALE SLC= SIGNALING LINE CIRCUIT NONE NAC= NOTIFICATION APPLIANCE CIRCUIT DRA WN BY PRE-ACTION CONTROL PANEL PFC-4410-RC CKT= CIRCUIT JA JA LOCATION: 1ST FLOOR AWG= AMERICAN WIRE GAUGE DESIGNED BY N.T.S. ETR= EXISTING WIRING TO REMAIN JA UF_ MOUNTED UNDER RAISED FLOOR CHECKED BY RM= ROOM JC NEG= NEGATIVE SYSTEM TYPE PRE-ACTION DATE 18 JUL 2011 UFP JOB NO. ASBUILT 11601JB RWH 09 MAR 2012 SHEET 2 of 3 ©COPYRIGHT UNITED FIRE PROTECTION CORPORATION, MAY NOT BE REPRODUCED WITHOUT PERMISSION. A B \ C ) D F G H J K L N l 12'-6" \\ 4'-4" 5'-9" 9'-3" 14'-2" 26'-3" 8'-0" 16'-8" 16'-9" 6'-0" - O ----- ------ ------------ ------------------- li I I I 1 I I I I I I I I I I I 1 I I I I I I I I I , II -------------------------- ------- ------------J _ ----------------------------- ----- ----- --- --------------------- ----------- I I I I I 1 I 1 I I I I I I _ i4 -- L4 --- -- O I I I I ' : p B d B -I ELEC. - I-- -- ME --- - + --'- - - --- ----I — -' - - P�- O B o ROOM -� —I -- Z 1 i - --�---� --- - 4-�� : I� 104 _ I I 1 � P ° J - T- -I �° J © P u T , Z1� I --� O 7 I� Z1 I - - - JILL I Ll 'IN I I I N L - -- r �- --: - -- - - - cl- Z1-I o �1 _ 3 TE J O J I i' . 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AS NOTED 1 TAMPER SWITCH BY SPRINKLER CONTRACTOR DRAWNBY QV 1 PREACTION VALVE BY SPRINKLER CONTRACTOR JA © 1 LOW AIR SWITCH BY SPRINKLER CONTRACTOR DESIGNED BY FW 1 WATERFLOW SWITCH BY SPRINKLER CONTRACTOR JA © 18 PSD-7157 PHOTO SMOKE DETECTOR FENWAL 71-570000-001 CHECKED BY JC PACP 1 PREACTION CONTROL PANEL POTTER PFC-4410-RC �M 2 MANUAL PULL STATION SIG COM SG-33SK2 PRE-ACTION TYPE PRE-ACTION j D 2 PREACTION SEQUENCE SIGN UNITED FIRE PROTECTION SG-04 DATE D 1 PREACTION SPRINKLER SIGN UNITED FIRE PROTECTION SG-06 18 JUL 2011 D 2 PREACTION PULL STATION SIGN UNITED FIRE PROTECTION SG-09 UFP JOB NO. ASBUILT TE �; 2 HORN STROBE WHEELOCK AMT-241575W-FR-NYC 11601 J B RWH 09 MAR 2012 SHEET 3 of 3 I �1 �- Q w C C7 r r/ r_r rn •^\ I I I n r�u- �/� ✓ rr /� L� fid `-1 / w r - '1 �:: --15; r O — LLJ — /� r 1 ^ L�-� C / , -1 to '✓1 u J v , I LL' 1� / II�� 10 �t ,:� /, I � LIJ = V a: a ,�, �(--zz � � Q rr rr'�� o ` �t Z rr N r N-- - . - J V — W ,, Q �' a Z Z o E– z o / m I;Z! y 0 t4-) . 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