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HomeMy WebLinkAbout13712-ZFORM NO. ~ TOWN OF SOUTHOLD BUILDING DEPARTMENT Office of the Building Inspector Town Hall Southold, N.Y. CERTIFICATE OF OCCUPANCY No Z17709 Date JANUARY 27, 1989 THIS CERTIFIES that the buildin~ Location of Property. 10095 MAIN ROAD House No. Street County Tax Map No. 1000 Section 142 1 Lot Subdivision Lot No. MOVIE THEATRES A&P SHOPPING CTR. Block Filed Map No. Hamlet 26 conforms substantially to the Application for Building Permit heretofore filed in this office dated JANUARY 1~ 1985 pursuant to which Building Permit No. 13712Z dated FEBRUARY 28, 1985 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 STORE #14 MOVIE THEATRES #4 & #5. The certificate is issued to ALAN A. CARDINALF. (owner, of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL N/A UNDERWRITERS CERTIFICATE NO. N695863 PLUMBERS CERTIFICATION DATED N/A Building'Inspector Rev. 1/81 TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL SOUTHOLD, N. Y. BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) 13712 Z Permission is hereby granted to: ........ P.,..~..,...~.,.~...~..7.... .............................. ..~~4... ...~..~..L.~£~ ,o .~.....,,~~....~..~~:.,......~.....~~ ...... ~. ............. .[....../.~~ ..... ./...~./......~. ...~~:....~.~ .............................. at premises located at..;.j/2~.]...~....~....~..........~...,~"~...~..~.~......'...~..~-l~.~.~',..~..~-~/~[..~...~..~. ~-~__ County Tax Map No. 1000 Section ..j...~..~... ....... Block ..~.../. ........... Lot No ....~....~....g. .... pursuant to application dated~ ........... ./. ........................... , 19.~.J., and approved by the Building Inspector. Rev. 6/30/80 THE NEW YORK BOARD OF FIRE UNDERWRITERS 1000891 BUREAU OF ELECTRICITY ~q 85 JOHN STREET, NEW YORK, NEW YORK 10038 - June 12, 1985 .... 331085/85 ,,.,. .,pp,,c.t,o..,o..n,,,e N 695863 THIS CERTIFIES THAT only the electrical equipment o~ described below and introduced by the applicant named on the above application number in the premises in the following location; [] Basement [~ 1st FI. [] 2nd FI. Section Block Lot was examined on ~'~l~e O0 .].~d5 and found to be in compliance with the requirements of this Board. FIXTURE OUTLETS 74 DRYERS ' FIXTURES JECEPTACLES SWITCHES NCANDESCENT FLUORESCENT VAPOR b 6 70 4 MOTORS lANCE FEEDERS RANGES OVENS SPECIAL REC'PT TIME CLOCKS DISH WASHERS ~ULTI-OUTLET SYSTEMS NO. OF FEET EXHAUST FANS DIMMERS SERVICE DISCONNECT S E R V I C E NO OFpERCC.~.COND, OF A.cc.W.coNDG. NO. OF HI-LEG oFA' HI-LEGW' G NO. OF NEUTRALS I 4/0 OTHER APPARATUS: Panelboards: l-3cir., 200amps., 1-19cir., 150amps., 1-4cir., 100amps. ,1-12cir., 100amps., 1-5cir. , 100amps., ~-1500watt hand dryers 6-~ezgency lites 3-7~ton A/C units, 1O5ton A/C units ~-4~w rectiiires for 2-motion picture projectors & controlls 1- 75kva transformer Trl-Town Elect. Corp. 2~88 North Jerusalem Road N. Bellmore, NY 11710 Lic#~537~ OF NEUTRAL 4/O GENERAL MANAGER Per ~ This certificate must not be altered in any manner; return to the office of the Board if incorrect. Inspectors may be identified by their credentials. COPY FOR BUILDING DEPARTMENT. THIS COPY OF CERTIFICATE MUST NOT BE ALTERED IN ANY MANNER. TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL SOUTHOLD, NEW YORK 765 - 1802 11971 APPLICATION FOR CERTIFICATE OF OCCUPANCY ...... NEW CONSTRUCTION ....... OLD OR PRI~'--F-XISTING BIJILDING ...... VACANT LAND Location of Property...tC.~q.'.~. ......... .l~q;~.. ~.4 ....... .~. ^¢.~.'.~.?.~..~. ..... HOUSE NO. STREET HAHLET 0,net or Owners of Property ..... ~.~?./~....~.'...~..ff.~.~.~!?~.~ Subdivision ....................... Filed l~ap ........ Lot .......... ......... Applicant ................... Planning Board Approval Request for Iemporary Certificate ....... Final Certificate ................ ......... Fee Submitted: rev. 10/14/88 FIELD'INSP~ECTION FOUNDATION (1st) FOUNDATION (2nd) ROUGH FRAME & PLUMBING INSULATION PER N. Y. STATE ENERGY QOD FINAL iiDATE COMMENTS FORM NO. 1 TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL $OUTHOLD, N.Y. 11971 TEL.: 765-1802 am ned Disapproved a/c ..................................... (Buildfl~g Inspector) APPLICATION FOR BUILDING PERMIT "' INSTRUCTIONS' This application must be completely filled in by typewriter or in ink and submitted to the Building Inspector, with 3 ;ets 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 ~r areas, and giving a detailed description of layout of property must be drawn on the diagram which is part of this appli- :ation. 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 issued a Building Permit to the applicant. Such permit ;hall 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 whatever until a Certificate of Occupancy ;hall have been granted by the Building Inspector. APPLICATION IS HEREBY MADE to the Building Department for the issuance of a Building Permit l~ursuant 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 in building for necessary inspectio . admit authorized inspectors on premises and ~~~'~' .~... (Signature o~avpl~ant, or name, if a corporation) . . . . . . . . . . . . . . . . : (Mailing address of applicant) / State whether applicant is owner, lessee, agent, architect, engineer, general contractor, electrician, plumber or builder. (as on the tax roll or latest deed) If applicant is a corporation, signature of duly authorized officer. (Name and title of corporate officer) Electrician s Lic-nse No../~...-~sYff-~ .......... Other Trade's License No ...................... 1. Location of land o~n which proposed work will be done...~..~~......~.~....~ff...~ ...... County Tax Map No. 1000 Section . .l ' ~t Subdivision ..................................... Filed Map No ............... Lot ............... (Name) 2. State existing use and occupancy of premises and intended use dud occupancy of proposed construction: b. Intended use and occupancy ............................................................. 3. Nature of work (check ~hich applicable).. New Repair .... · Building ' - ....... '..Truer w ' ~ ......... aemoval , _ ' ....... Addition L/ ,~,.:j, t, .. ~ '" .......... oemoliti~ ' ......... ~teration '~ ~ ~ ~ 7' ~" ' O" ' ' ..... 4. Estimated C~.~ / ~ ~-- ~ ork ............... '"~' '~.~'":/' ~~. ~ / ~ ~ (Description) ' "~wening, number ..... -~ " ~ ..... ' ................ _ ..~. u~ uweuing units ,-~ . t~u oe para on illin this ·. · ' ~ ~ ~ar~ge, number of cars ............... Number of dwelli ........ g apphcat~on) j- ~, ous,ness, commercial or ~;LL~'ii_ ' ......................... ',s roms on each Iloor .............. "'fmensions of exist' ~ ,- ,- . ~' 2[ .L*~ ~upa~y, specify nature and e ._ '.' ....5 ........ ' ....... Height /~ r m~ .... ~mres, ~rany: eront..~ Y~ x~nt ofe~ch, rype oruse . ~:~ ~ ~; ~ · D~e~:2' '; .......... Number of Stofie~ ...t ............. ~ear .. ~.2 ~ ........ D~& ' ~ ~' ~--~,uns ot same structure w~th alteration~or a~ ......... *v .... oepth .. ' ..... He~ ditions: Front ... 8. Dimensions of-&~:~ ....... -.- · · '~t ............ ' '. .......... Rear ... ' .......... ~--~e new construction- l~umber o Height ~ ? ~ · Front ' ' 'A ' ' f Stones ........ · ' ....~ ........ Numberof · ' .............. ~ear .................... . ~. Size of lot: Front ' Stones . .4 ........... ' .............. Depth ........ ~?. Date of Purchase . z~ :'~'~ .............. Re~ ....... ' ............ L ................. ' ..... il. Zone or use dist.;., :2 ~ ',_'.'i .................. Na~_;~' ..... 2 ..... DeEth ....... ' ....... 12 ~ .... . -,~ m WnlC~ premises are si uato~ · · -,~ m vomer Owner .............. 13 wm ~, ~ ~u vonstructlon violate an,, z~-:- , ' ~ ......................... ~ ..... ~': ~ · · .... · ,ut oe regraded ~, , umng law, oramance or regulation: . ~ ................... 14. Name of Owner of premisds' ~ '~ ~d~ .... Will excess fill be removed fro · . ........ Name of Architect ~~' '~'~..~. Address ~ ~,~ ~_~ m premises. Yes N~e of Contractor .......... ~~ .... Address ~' ~'~~)Phone No. ~*~: .................. Address ' ' ' ~': ~' "' ff. Phone No...& 7a'; ~3~'~ ' ..... ' ....~ ~ ~,~. Phone No... ' ......... PLOT DIAGRAM Locate clearly and distinctly all buildings, whether existing or proposed, and~ indicate all set-back dimensions from property lines. Give street and block number or description according to deed, and show street names and indicate whether interior or comer lot. ['ATE OF NEW YORK, )UNTY OF .,~-q~ F~Co IZ S.S ·/~...~..~..K4. .... .~. .....e-.~.~.O.l.~ ~ being duly (Name of individual signing contract~ .......... sworn, deposes ~d says that he is the applic~m ~ve named. is the ........................................................ . .... (Contractor a en ~d owner or owners ~d ;~ ~,,~ ...... ' g t, corporate officer, etc.) .............. ~c~5~,~~, tha(all statements contained ~ th' .... ~erq~ or have perfo~ed the said w~-~- ..... ~ wm oe perto~ed in tho m~ ....... ~ .. ,~ appncatlon are true to h~ h~., ~e~._ ~ ~-~.anu to m~e and file .... ~ oe~ore me this "' *"g application filed therewith ,~s* anu oeue~; and that the .................. or .... .... , (Si~ature of applic~t) TOWN OF SOIYI~OLD OFFICE OF BUILDING INSPECTOR P.O. BOX 728 TOWN HALL SOUTHOLD, N.Y. 11971 TEL. 765-1802 July 11,1986 Ms. Susan Rempe Mattituck Triplex Theatre Main Rd. Mattituck, N.Y. 11952 Dear Ms. Rempe, Thank you for your cooperation during the fire inspection of the Mattituck Triplex Theatre on July 9,1984. The occupancy loads are as follow: Theatre #1-295 Theatre #2-228 Theatre #3-228 These occupancy loads are also shown on the enclosed occupancy certificates which should be posted outside the proper viewing theatres. During~the inspection the following were noted and should be corrected as soon as possible. 1) The floor paste stored under the screen in theatre #3 should be stored in a safe location other than a theatre. 2) Any flamable materials stored in the under screen areas is to be removed & stored properly. Thank you for your cooperationl/~ / Asst. Fire Inspector RF/Osm TOWN OF SOUTHOLD Fire Safety Standards For Areas of Public Assembly This Is To Certify That The Place of Assembly Known as ~fl 7~/~/~ ~ e~"~J ~-~'X Conducted as Name of Place of Assembly Located at Place of Assembly - Cabaret - Lounge, Discotheque Address City, Town, Village County OCCUPANCY (Allowed Capacity) TOTAL Is in compliance with the requirements of Executive Law, Section 399 - C, New York State Uniform Fire Pre- vention and Building Code, and the ordinances of the Town of Southold applicable thereto and rules adopted thereunder. Signature of Building Inspector This Notice must be posted by main entrance at all times. Title DATE: ~ ULy [i 19 ~ ~ CERTIFICATE NO. / ~ '/ -- ~ TOWN OF SOUTHOLD Fire Safety Standards For Areas of Public Assembly This Is To Certify That The Place of Assembly Knownas I IItTTITU t( T£1t L 'X ? Name of Place of Assembly Conducted as Place of Assembly - Cabaret - Lounge, Discotheque Located at Address City, Town, Village County OCCUPANCY (Allowed Capacity) TOTAL Is in compliance with the requirements of Executive Law, Section 399 - C, New York State Uniform Fire Pre- vention and Building Code, and the ordinances of the Town of Southold applicable thereto and rules adopted thereunder. Signature of Building Inspector This Notice must be posted by main entrance at all times. Title DATE: gJ UJ,..y t J 19 J~'~ CERTIFICATE NO. / ~ '/ '~' / TOWN OF SOUTHOLD Fire Safety Standards For Areas of Public Assembly This Is To Certify That The Place of Assembly Name of Place of Assembly Conducted as i~~VI~ ~i~T~'~ Place of Assembly - Cabaret - Lounge, Discotheque Located at /~f/~t~/~/ R~) Address City, Town, Village County OCCUPANCY (Allowed Capacity) TOTAL Is in compliance with the requirements of Executive Law, Section 399 - C, New York State Uniform Fire Pre- vention and Building Code, and the ordinances of the Town of Southold applicable thereto and rules adopted thereunder. Signature of Building Inspector This Notice must be posted by main entrance at all times. Title odular Control Sysl ®rn I 11985 BLDG. DEPT. TOWN OF: SOUTHOLD · Plug In Modules Allow for Custom Design of Fire Alarm System · Two to Eight Zone Capability · Fully Supervised Class A or Class B Detection (Initiating) C/mu/ts · Class A or Class B Signalling Circuits · Disconnect Switch by Individual Zone · Compatible with Two or Four Wire Smoke Detectors -- Ionization or Photoelectric Type · Fully Supervised LED Indicators · Supervised Output for Remote Alarm and Trouble Indicators · 24 Volt DC Operation · Standby Lead Acid Batteries Included · Transmitter Module Included for Shunt or Local Energy Master Box Trip and Reversal of Polarity Output · Many Plug-In Options Pe..it Expansion to Meet all Automatic Fire Alarm Applications The No. 880 is a 24 volt DC modular auto- matic fire alarm system supplied in a smartly styled surface mount cabinet with removable door for easy installa. t/on. The system is supplied with a main circuit board which accommodates many different plug-in printed circuit cards. Connection points are gold plated for maximum reliability. Only the finest components are used in the No. 880 Sys- tem, which is listed by Underwriters' Laboratories. N1 ~ <~ California Fire Marshal Listed The unit is powered from 115 volts AC, and contains a recharging circuit for standby bat, teries. Two 12 Voit 5 ampere · hour sealed lead acid batteries are sup- plied with the System. The 24 Volt DC output can be used to power two and four wire smoke detectors. It is compatible with Ademco Nos. 646 and 647 Two-Wire Smoke Detectors, Nos. 622-24 and 623.24 Four Wire Smoke Detectors and Nos. 632D-24, 648~649, and 627D Products-of-Combustion Detectors. Plug-in Modules The heart of the No. 880 is a Master Con- trol Board that is designed to accept standard control function modules and cards. The basic system comes supplied with twozones for fire detection. Byp ug- grog in additional zone cards the No. 880 may be expanded to an eight zone sys- tem. Each of the double zone cards has provisions for either Class A or Class B detection circuit wiring. The Initiating Circuits The double zone cards (No. 881) contain two zones which electrically supervise the normally open circuit for alarm, trou- ble and ground fault. Each detector loop can accommodate pull stations, water. flow switches, thermostats, four wire smoke detectors and certain approved two wire smoke detectors (without the use of a separate power source). Adern. co Nos. 646 and 647 Two Wire Smoke Detectors are compatible with the No. 880. No. 622-24 and 623-24 Four Wire Smoke Detectors and Nos. 632D-24, 648/649, and 627D Products-of-Combus- tion Detectors are also compatible with the No. 880. Each detection circuit may be wired for either Class A or Class B protection; end. of-line resistors are provided with each No. 881. The maximum allowable loop re- sistance per zone is 200 ohms. The No. 881 Double Zone Card has indi- . v/dual alarm and trouble LED's for its two circuits. A disable switch is also pro- vided for each zone. Supervised alarm and trouble outputs for each zone are provided by the Master Control Board. Optional alarm relay outputs can be added to each zone on the No. 881, in ad. d/t/on to the two alarm relay outputs pro- vided by the basic No. 880 for the total. system. An optional No. 882 Zone Relay Module provides one SPDT relay output per zone; the No. 883 provides two SPDT relay outputs per zone. The Signalling Circ~il5 As supplied, the No. 880 includes a Bell Circuit Module which offers two super- vised (Class A or Class B) signalling cir- cuits. Power for the signalling circuits is supplied directly from the Master Con- trol Board and is limited to approxi- mately 1.2 amperes per circuit. The relay contacts in this module are rated at 5 am- peres. The No. 880 is designed to power 24 volt DC polarized bells and horns. r DIEMCOI A/arm Device Manufacturing Company IPROVED PERFORM*~IMCE~] Signalling Circuits Dry Contacts S t r crib°er t~gtr~ds --~~J I . Bells'--"~::['l : C~ty Box--------j~ Detection Circuits 2 Wire Smoke or _...-Products of Combustion Detectors 4 Wire Smoke or Products of Combustion Detectors Reverse Polarity~- Output No. 880 The Power Supply A high current Power Supply Module is provided with each No. 880. One power supply handles all the System's internal functions, detection circuits, signalling circuits and smoke detectors. A long life sealed lead acid battery is charged by the power supply module and will oper- ate the System in the case of primary power failure. The power supply module is protected against short circuits, the reversal of battery leads and is current limited. Circuit breakers, rather than fuses, protect the power s. upply. The Transmission Mod,.d~, The basic No. 880 Fire Alarm System in- corporates a Transmission Module to operate a local energy master box or a re- mote fire Mini-Modularm system. In addi- tion to the built.in reversing relay, the Transmission Module provides a dry contact output (SPDT) to operate a Mc- Culloh transmitter. When transmitting to a fire Mini-Modularm, the Transmission Module can be programmed to send an alarm and trouble signal, or an alarm sig- nal only. Pre-Signal Option An option to the No. 880 is the No. 884 Time Delay Module which can be used for pre-signalling applications, or to pro- vide bell cutoff. A pre-signal sounding device will operate from one to eight min- utes before a general alarm automati- cally takes place. A general alarm can be sounded (by the person responding) at any time during the pre-signal period. When the No. 884 is used for pre-signal- ling, up to three zones on the No. 880 may be eliminated from pre-signalling and function as general alarm zones. When used as a bell cut-off, the cut-off time is adjustable from one to eight minutes. Swi!el~P~ end Indica~"ors Two system function cards are included with each No. 880, a Switch Card and a System Indicator Card. The Switch Card allows personnel to alter the System status or test System functions. The Switch Card contains the following self- explanatory functional switches: Bell Disconnect, Auxiliary Disconnect, Remote Station, Trouble Silence, Sy- stem Reset, Lamp Test, Bell q'est and General Alarm. Aisc built into this card is the system trouble buzzer. The System Indicator Card contains a number of LED's to report the following conditions: AC Power, System Alarm, System Trou- ble, Bell Trouble, Remote Station, Muni- cipal BOX Trouble, Auxiliary Relay Trou- ble, Battery Trouble, Ground Fault (both + and - ) and System Interlock. The AC Power LED is green and is normally ON when AC power is present. The system alarm LED is red and flashes during an alarm condition. All the other LED's are amber and are normally off when the No. 880 is functioning normally. P~er,)r~e ~one )m~icafors If remote annunciation of an alarm or trouble condition by zone is desired, a No. 885 Remote Zone Indicator (for up to four zones) or a No. 886 Remote Zone In- dicator (for up to eight zones) may be em- ployed. The Remote Zone Indicators are ---.__Pull. Stations Thermostats ~Waterflow Switches The No. 880 can handle just about any automatic fire alarm application. designer styled vertical plates contain- ing separate LED's for alarm and trouble by zone, a trouble buzzer and a trouble silence switch. (The buzzer in the Re- mote Zone Indicators as well as in the No. 880 will resound whenever a trouble condition is cleared). All the connections from the Remote Zone Indicators to the No. 880 are supervised. How To Order No. 880 Fire Alarm Control. Supplied in surface mounted cabinet. Can accom- modate up to 8 zones. Supplied with one double zone card, power supply and two 12 volt sealed lead acid batteries, master board, transmitter module, signal cimult module, indicator card, switch card. No. 881 Dual Zone Card-Two Class A or B detection circuits, separate trouble and alarm LED's, and disconnect switch for each zone. No. 882 Zone Relay Module. Connects to No. 881 Zone Card, and provides one Form C relay output per zone. No. 883 Zone Relay Module. Connects to zone card, and provides two Form C relay outputs per zone. No. 884 Time Delay Module. For pre-sig- naling, or bell cut off. No. 885 Remote Zone Indicator. Con- tains separate LED's for alarm and trou- ble for four zones. No. 886 Remote Zone Indicator. Eight zone equivalent of No. 885. See "How To Order" Section For No. 625 (page N4) For Additional Accessories. A DivisiOnofPittwayCorporation / 165Eileen Way, Syosset, Long Island, New York 11791 N2 o oellec r c System S no <e e ®c ors · Low Current Drain--More Detectors per System-- Longer Standby Time · Unite Available for 6V. DC, 12V. DC or 24V. DC Applica. tkms iLong Life LED Indicator on Each Detector Illumirmtas if the Unit Malfunctions or A rme Compatible with Ademco Controls Nos. 508, 330 Series, 340 Series, 1024, 1023 and 102'~12 Alarm Processing Centers (with 245 or 245-12),221 and 229 · U.L Listed for Supervised Fire Ala.. Systems Califomla State Fire Mamhal Lieted ' - DESCRiPTiON Ademco's Low Current Photoelectric System Smoke Detectors give excellent response to smoldering and flaming fires. Six U.L. Listed models are available: No. 622-6 for 6¥. DC systems No. 622-12 for 12V. DO systems No. 622-24 for 24 ¥. DO systems No. 623-6--same as No. 622-6 plus built, in 135'F heat detector No. 623-12--seine as No. 622-12 plus a built-in 135 °F heat detector No. 623-24--same as 623-12 plus a built-in 135' heat detector. The 6¥. DC models are designed to be used with all Ademco 6¥. fire controls, the Ademco Combination Burglar/Fire · panels, U.L. Listed panels 508, 340R, 342R and the 1023 and 1024 Alarm Processing Oentere (with the 245 fire module). A unit in trouble or in alarm is easily identifiable since the LED in the detector will Il- luminate. A trouble signal is sent if either the protective circuit wiring breaks, the LED fails or calibration is required. To achieve this supervision, the 6¥., 12V. and NO.633 24V. models must use a No. 633 End-of- Line Module (order separately). These detectors will maintain rigid sen- sitlvity despite aging affects of com- ponents or slight voltage changes from the system's power supply. OPERATION All units house a dark smoke chamber containing a light sensitive"Smoke Cell." When smoke enters the Protection Chain- bar, the light from a nearby LED is reflected off the smoke into the smoke chamber. The Smoke Cell "sees" the light, changes resistance and sends an alarm signal to the control panel. ADDITIONAL FEATURES Installation Units mount to the ceiling or electrical boxes. Testing Simply apply a magnet near the LED indicator (mount the magnet on a broom handle for hard to reach places)--no buttons to push or smoke to blow into the chamber. Flexibility Two ~ets of built-in SPDT con- tacts allow connections to be made to remote annunciators, door openers, etc. No. 622-6 False Alarm Prevention A delay has been designed and built into the unit to help prevent false alarms when conditions such as momentary interfer. ence from dust particles or insects is an. countered (ambient smoke will instantly trigger the alarm). NOTE: Additional protection can be ob- tained from Ademco Models 6236 (6V. DC) 623-12, (12V. DC), and 623-24 (24V. DC) which are equipped with built-in 135°F heat detectors. No. 633 End-of-Line Module must be ordered for all supervised fire alarm cir- cuits. Specify Model Nos. 633 (6V.), (12V.), or 633-24 (24V.) ALSO AVAILABLE No. 646 Photoelectric Smoke Detector for 2-wire 24V. DC Control Panels which use an end-of-line device for supervision. Can not be used with the ADEMCO #625 system. No. 647 Same as No. 646 plus a built-in 135 °F heat detector. N7 i' OEMCOI Alarm Device Manufacturing Company [F~OVED PEIqFO~qMANCE,~ Thermostats No. 601 No. 601A · Protect 50' x 50' Area · Rate-of-Rise Fixed. Temperature Sensing Elements · Attractive Design & Ail-White Finish · Slim 1 3/8' Profile · Standard Junction Box Mounting · Furnished with Mounting Plate · Listed by U.L.'and the California Fire Marshal Ademco's new U.L. Listed No. 601 and 601A Rate-of-Rise Fixed-Temperature Thermostats are remarkably Improved versions of their successful predeces- sors, the No. 501 and 501A. Projecting a mere 1 3/8" from the ceiling, their smooth, pleasing contours and all-white finish make them attractive In any setting. Carefully designed to sense the heated air currents produced by a fire, the ther- mostats feature a field-proven pneumatic rats-of-rise element and a fixed tempera- ture element with a special fusible alloy unsurpassed for long term stability and reliability. They also incorporate an exter- nal heat collector that drops away when the alloy fuses, providing unmistakable visual Indication that the fixed tempera- ture element has operated. All materials used for the thermostats have been ss- DIRECT CEI LING MOUNTING lected for high strength, corrosion resist- ance, Integrity at points of hermetic seal- lng, and extended trouble-free servlco. Installing the new thermostats Is simple. A patented reversible mounting plate Is supplied with each detector. In one posi- tion, It attaches to a 4# octagon junction box, a 3 ll4"octaoon box, cra plseter ~tng. In the reveme Ix~ltlon, It can be used fcr open wtrlng without Junction boxes and provides anextra 114" of space bet'.'.~---n, detector end mounting surface for wire connections. In either position, ell mounting screws am con- cealed. The detector attaches to the mounting plate with a simple push and twist mo- tion. It can be detached with the same mo- tion in reverse. JUNCTION BOX MOUNTING The mounting plate la molded of white self-extinguishing thermoplastic, rated at 105 °C. It Is extremely strong, yet resilient enough to adapt to uneven mounting sur- faces without cracking. Periodic tsetlng of the thermostats Is recommended, though not required. Quick heat from any convenient source such as a common portable hair dryer Is suggested. How To Order No. 801 Rets-of Rise end Fixed-Temper. arum 'rh~moatat. 135 °F. U.L Mated- for 50' x 50' spacing. White. No. 601A Rats-of-Rise and Fixed Temper. ature Thermo~tat. 2OO'F. U.L Listed for 50' x 50' spacing. White. A Division of Pittway Corporation / 165 Eileen Way, Syosset, Long Island, New York 11791 N 12 F re Accessories Manual Pull Station U.S, Patent No. D197824 No. 529 No. 44 Here is a modern, versatile pull station designed to blend with any surroundings. Its pleasingly designed plastic case in- sures a lifetime of dependable operation. An inexpensive, easily replaced fibre disc breaks when the pull station is operated. THIS ELIMINATES ALL DANGER FROM BROKEN GLASS! Once operated, It can be reset only by an authorized person. Installation Is quick and simple. The pull station may be flush mounted to any stan- dard electrical box or surface mounted using an Ademco No. 44 aluminum box. How To Order No. 529 Pull Station. For normal fire alarm systems. No. 529-2 Pull Station. Double pole, single throw contacts. No. 530 Replacement Disc. (Three sup- plied with each pull station). No. 44 Aluminum Box. Order when sur- face mounting of pull station is required. Fixed Temperature Thermostats 21~. dia. No. 502 No. 504 No. 503 No. 505 Ademco Thermostats are compact and attractive and blend beautifully with any surroundings. The streamlined design is extremely efficient, resulting in fast response to fire. The four terminals provided on each ther- mostat make parallel wiring quick and simple since no mom than one wire is fastened to any terminal post. The gold flashed electrical contacts are complete- ly enclosed, preventing malfunction from dust and moisture in the air. The 135° thermostats are ideal for normal room use. Use the 190 ° thermostats where am- bient temperatures exceed 100°F, such as In attics, boiler rooms and hot kit- chens. Note: The No. 503 and No. 505 Ther- mostats are "normally closed" and are recommended only for special circuits. To use thermostats on burglar alarm systems, we recommend No. 502 and No. 504 thermostats wired across the protec- tive circuit to provide a closure upon ac- tivation. How To Order The following "fixed temperature" ther- mostats are recommended for residential or commercial use. Underwriters' Laboratories permits spacing of 20' x 20' giving area coverage of 400 sq. ft. per ther- mostat. No. 502 Thermostat. 135° open contact, U.L. Listed. No. 504 Thermostat. 190° open circuit,. U.L. Listed. No. 503 Thermostat. 135 ° closed contact. No. 505 Thermostat. 190° closed circuit. Rate of Rise Thermostat 33/16' dia. No. 50'1 The No. 501 and No. 501A Combi~i,~, Rate-of-Rise/Fixed Temperature Tht~ mostats are UL Listed for protecting spaces of 50' x 50' (or 2500 square feet)--and FM approved for protecting spaces of 30' x 30' (900 square feet). Like other thermostats, these will initiate an ala~ m signal when a fixed temperature is reached: 135 o for the No. 501,190 ° for the No. 501A. In addition, since many fires grow rapidly in intensity, resulting in fast rising temperatures, the No. 501 and No. 501A are designed to sense the rate at which temperature is changing. They will, therefore, respond to any increase in temperature which is abnormally fast. Rate-of-Rise Thermostats should not be tested with a match since this will neces- sitate replacing the unit. When tripped by rapid temperature increases, these ther- mostats will reset themselves as long as the fixed setting has not been reached. How To Order No. 501 Thermostat. 135° open contact, U.L. Listed. No. 501A Thermostat. 190° open contact, U.L. Listed. N13 AD CO] Alarm DeviceManufacturingCompany ii~rtov~=o FIIERI=ORMANC_~ SOUNDFOLD INTERNATIONAL Burlap Fabric Flameproofin§ Information Soundfold International, Inc. P.O. Box 2125 Dayton, Ohio 45429 (513)228-3773, (513)293-2671 VAN ARDEN FABRICS, INC, ~-* ~ 49 Bryant Avenue Roslyn, New York I : ::Q erfificafimt STATE OF NEW YOP,~K ~ ) COUNTY OF NASSAU : ), TO WHOM IT MAY CONCERN: Th~ is to certify that the merchandise described below has been treated with the following ~monium Sulfate Of 1 #10 ozs. in accordance' with ASTM-84 and NFPA-70 small scale test. - Approval of this chemical for the purpose covered by this certtflcat~ has been accorded and approved by the Board of standards and Appeals of the City of New York, No. 822-40~M, and in conformance with the laws of the State of California and the Rules and Regulations of the State Fire Marshal. A year's protection is provided. As the flame-retardant chemical is water-soluble, dry cleaning should be employed ~vhen needed. Date September. 20, 1983 Purchase Order No. 213-83 Customer: Soundfold, Inc. P.0. Box 2125 For: Majestic Theatre 10 Main St. Dallas, Texas 78901 Dayton, Ohio 45429 Merchandise: State of New York County of Nassau 200 yds. Sun Yellow Burlap 100 yds. Pumpkin Burlap 10~ yds. Scarlet Red Burlap SWORN AND SUBSCRIBED TO BEFORE ME this 15th day September 19 VAN ARDEN FABRICS, INC. 83 C.ble Adch~ss ,~yIESLA" NtW YU~: . I~. No. 77-50493(B) NEW, YORK 'I'ESTING _LABORATOtlIES, :.INC. :, P.O. BOX 484 · 1~12)~7-1449 · {5161334-7770 ~1 URBAN AVENUE, WESTBURY, L.I., N.Y. 1131 Page 1' ;.i24i;~: - ~ 77-50493(B) Idcn ' Soundfold Flame R~.tarded Burlap 48-$0" Flame Resistance test in accordance with NFPA-701 "Small Scale Test". The Procedures used for this test are those outlined In Section 3i Of NFPA - 701 Required ~:~;.~-. ~hen subjected to the small scale test described in Section 31, a matertal ... ~'~ shall not continue flaming for more than two seconds after the test 'fl~me is removed from contact with the specimen. The vertical .spread of flame and a(ter- glow (smoldering combustion) on the material, as indicated by the length.of.char or the measurement from the bottom of the sample above which all material-tS sound and in origtnalconditt, qn, shall not exceed the values listed herein. Portions or residues of textiles'or films' which break or drip from the'test'- specimens shall not continue to flame after they reach the floor of the tester, Results Property & Unit of }leasurement, Average of ten (10) Specimens Flaming after removal of flame, seconds Drippings from test speci.mens Permissible Maximum Average Length of char or destroyed material, inches Found Required' None 2"(mx) '~" None They~hall not continue to flameafter :hey reach the floor of the tester. '1.0625 5-1/2 (max) parc '2. L~b. Nc,. 77-50,193(B) COMMENT Weight of treated fabric being tested was not exceeding t~e~;LT (20) ouao~ per sqUare yard. REMARKS The submitted sample cun~oms to the above requirements "Small Scale Tes~". .. of NFPA-701, We:Certify that t~is'-~po~t-'is altrue .... report of results Obtained from our tests of ~hi's material,~ Respectfully submitted, NEW YORK'TESTING LABORATORIES, 'iNC. 81 URBAN AVENUf, WL$1CURY, L. 1., N.Y. 11590 Cover Page ~;1' , ~ ~wood 4-7770 Lab. No. 79-55083 (B) FLAME SPREAD IN ACCORDANCE WITH ASTM E 84 OF ONE (1) SAMPLE OF WALL COVERING SOUNDFOLD BURLAP FOR SOUNDFOLD, INC. 3704 Wilmington Pike Dayton, Ohio 45429 28 FEB. 1979 ENVIRONMENTAL. ELECTRONIC, NON.DESTRUCTIVE, MATERIALS. CHEMICAL ANALYSES AND POLLUTION CONTROL NEW ':YO~ TESTING LABO1~/~i'~ORIES, ~C. 81 URBAN AVENUJ, WESTBURY, L. I., N.Y.",Ilsg0 · 516 i. Ogewood 4-7770 ~TERI~L: One CLIENT'S ORDER NO.: ~:~. v~u;~ - IDENTIFI~TION: 'A~ r~'*' ~' . SU~I~ED FOR: .' ,Flame SpEead. tn Acc°triage th E 84 SAHPLE IDENTIFICATION Soundfold Burlap- TEST PERFORNED The .submitted sample was tested for flammability in accordance with the pro- cedures outlined in ASTH E-84-77a. ENVIRONMENTAl., EI. ECTRONI, C, NON.DESTRUCTIVE, MATERIAl.S. CHEMICAL ANALYSES AND POI.&I/TION CONTROL ;:~,V.3;./~' T/NG ~'.,NGINEERING Pagc ~. . INTRODUCTION m This report pre~c~ts test results of flame spread and smoke developed values per ASTM E84-77a. The report also includes material identification, method of preparation, mounting and conditioning of the specimens., The tests were performed in accordance wi'th the specifications set forth in ASTM E84-7?a, "Standard Test Method for Surface Burning Characteristics of Building Materials", both as to equipment and test procedure. This test procedure .is similar to UL-723, ANSI No. 2.5, NFPA No. 255 and UBC 42-1. The test results cover two parameters; flame spread and smoke developed values during a 10-minute fire exposure. Asbestos-cement board and red oak flooring are used as comparative standards and their responses are assigned arbitrary values of 0 and lO0, respectively. The performance of each material is evaluated in relation to the performance of asbestos-cement board and red oak flooring under similar fire exposure. PREPARATION AND CONDITIONING cadabond427 Insulation Adhesive was applied to three (3) 21" x 8'0" sections of A/C board. The test material was placed over the adhesive, rolled and allowed to cure. The panels were conditioned at 73o ± 5o F. and 50 ± 5 percent relative humidity. TEST PROCEDURE The tunnel was thoroughly pre-heated by burning natural gas. When the brick temperature, sensed by a floor thermocouple, had reached the prescribed 105° F. ± 5o F. level, the sample was inserted in the tunnel and test conducted in accordance with the standard ASTH E-84-77a procedures. The operation of the tunnel was checked by performing a lO-minute test with A/C board on the day of the test. Pagc ~. ,iNG. LabNo. 79-55083 (B) TEST RESULTS ** The test results, calculated in accordancance with ASTM E-84-77a for flame spread and smoke developed values are as follows: Test Specimen: Soundfold Burlap Flame Spread Value: * 5 Smoke Developed Value:. * 5 · Graphs of the flame spread, smoke developed and time-temperature are shown in Figures 1 and 2 at the end of this report. OBSERVATIONS Ignition was noted at 2 minutes and 15 'seconds along with charring of the specimen directly exposed to the flame. The flame front advanced a maximum of 1 ft. at 5 minutes and 35 seconds. The specimen exhibited slight after- glow upon test completion. ** Note: Certain code authorities and regulatory agencies have not updated their requirements to conform with the most current issue of the ASTM Standard. Therefore, outlined below are flame spread, fuel contributed and smoke developed values as previously calculated in ASTM E-84-70. It should be noted that the following results are for information only. Test Specimen: Soundfold Burlap Flame Spread Value: Fuel Contributed Value: Smoke ~eveloped Value: 5 · American Excelsior, 850 AvenUe H/East, Arlington, Texas, U.S.A. 76011 April 23rd, 1984. · REPORT NUMBr='R IDENTIFICATION FTS 80-39-84-169 One sample of Carpet identified as FUTURE LOC. SPECIFICATIONS OF ORDER Perform one Steiner tunnel test in accordance with' ASTM E-84, as per your letter of ApT.il 9th, 1984. TEST IIETHOD This method was conducted in accordance with the procedure described in 'IStandard Method of Test for Surface Burning Characteristics of Bui!din~ Materials", ASTH E 84-81a. Thi's method was designed to determine the relative surface burning . characteristics of materials under specific test conditions. Results are expressed in terms of flame spread index (FSI), smoke develooed (SD) and fuel contribution (FC), compared to asbestos cement board (designa%ed as O) and red oak (designated as 100). Although the. procedure is applicable to materials, products and assemblies used in building construction for development of comparative surface spread of flame data, test results may not reflect the relative surface burning characteristics of tested materials under all buildin~ fire conditions.. SAMPLE PREPARATION ,.. The sample was bonded to asbestos cement board (ACB) using Ozite OC 120 ,.,..~ adhesive. The sample/ACB system, which consisted of three sections 8 ft. .' long And 21 inches wide, was conditioned to constant weight at a temperature ,,'..'.i-'o)~. 23Y'C.and a relative humidi.t~ of 5:0.% prio~ to testing. American Excelsior FTS 80-39-84-169 - 2 - TEST PROCEDURE The tunnel is preheated to 66 + 2.8°C, as measured by a floor-embedded thermocouple located 23 1/4 f~ downstream of the burne'r ports, and ~llowed to cool to 40.5 ~ 2.8~C, as measured ~n the floor of the tunnel 13 ft. from the burners. At this time, the sample, having a total length of 24 ft., is mounted across the ledges, 12 inches above the floor of the tunnel, to form the ceiling. Upon ignition of the gas burners, the flame spread distance is observed and recorded every 15 seconds. Flame spread distance versus time is. .plotted ignoring any flame front recessions..If the area under the curve (AT) is l~$s than 97.5 min-ft. FSI : 0.515 AT, if greater, FSI : 4900/195-AT~ Sm6ke developed and fuel contribution are determined by comparing the area under the smoke obscuration curve and the temperature curve for the test sample to those of red oak. TEST RESULTS Sample FSC SD' FC FUTURE LOC 25 79 8 · .~:.. R. J :~'Lederl e, Fire Testing Services, Fire and Flammability Centre. /db Senior Research Scientist, Fire and Flammability Centre. FLAME SPREAD CLASSIFICATION SMOKE DEVELOPED SAHPt. E ,!,TEST.,, , C-L.'I~NT-: ,¢¢0¥./,¢--,4-/ TEST RESUI TS " FSC 25 S D 79 SAMPLE: ,. F~"U. qE LO£ FC 8 ES CFi SHERIDAN PARK RESEARCH COr,'iMUNITY M{SSISSAUGA. ONTARIO. CANADA LSK IB3 · (416) 822-~11 · TELEX 06-982311 American Excelsior, 850 East, H. Avenue, Arlington (Texas), 76011, U.S.A. July 19th, 1984. REPORT NUMBER IDENTIFICATION FTS 80-39-84-293 One sample of carpet, identified as Future Loc. SPECIFICATIONS OF ORDER Perform flammability test according to ASTM E-648 (Flooring Radiant Panel) and smoke emission test. ASTM E-662 (NBS Chamber) as per your letter dated July llth, 1984. TEST PROCEDURES AND REQUIREMENTS The test procedures are summarized in the Appendix. For the ASTM E-648 Flooring Radiant Panel, the requirements are those published by the Port Authority of New York and New Jersey "Specifications Governing the Flammability of Carpets" as adopted by United Airlines. · For the ASTM E-662 smoke emission test, the specifications are those published by the U.S. Urban Mass Transportation Administration. The smoke generation curves are incluJed for reference. The data a~e listed on page 2. American Excelsior FTS 80-39-84-293 TEST RESULTS Critical Radiant Flux of Floor Covering Systems Using A Radiant Heat Energy Source (ASTM E-648, NFPA 253) Mountin~ Method: Carpet Glued Down Onto Asbestos Cement Board Kembond OC 120 Adhesive Test No. Critical Radiant Flux (CRF) (W/cm2)'. 1 1.1 2 1.1 3 1.1 Mean: 1.1 Specified by Port Authority of New York and New Jersey: - corridors, exitways >0.50 - genera'i areas >0.40 Specific Optical Density of Smoke Generated by Solid Materials (NBS Smoke Density Chamber - AST~I E-662, NFPA 258) Ds Ds D Dm Test No. 1.5 4 m (corr) 1 ~109 172 191 180 9 2 60 102 132 122 7 3 59 158 192 181 11 Mean: 76 144 172 161 9 Guidelines" .<100 4200 - - ~<100 (~romul gated by U.S. Urban Mass Transp6rtation Administration Ds Ds D Dmax 1.5 4 m (corr) 45 132 127 48 149 142 53 175 168 49 152 146 ~200 - - American Excelsior FTS 80-39-84-293 - 3 = CONCLUSIONS The carpet identified as Future Loc meets the requirements of the Port Authority of New York and New Jersey pertaining to the ASTM E-648 test and the guidelines for smoke emission promulgated by-the U.S. Urban Mass Transportation Administration. Fire Testing Services, Fire and Flammability Centre. .J. ~mpbell, Ph.D. Senior Research Scientist, Fire and Flammability Centre. /db APPENDIX ASTH E-662-7~ (NFPA 258) Specific Optical Density of Smoke, Generated -b¥::Solld Haterlals (NBS Smoke Chamber) This method of test covers a procedure for measurlng the.smoke generated by solid materials and assemblies In thickness, up to and including 1 inch (25.hmm). Measurement is made of the attenuation of a light beam by smoke (suspended solid or liquid particles) accumulating wlthln a closed chamber due to nonflamlng pyrolytic decomposition and flaming combustion. Results are expressed in terms of speciflc optlcal denslty, which is derived from a geometrical factor and the measured 0ptical density '"(absorbance). Specimens were dried for 2q hours at 60°C and conditioned to equili6rlum at 50 + 5~ RH and 23 + 3°C. . . '' In practice, three specimens, 3" square, are exposed to each mode 'of- combustion. The % light transmittance during the course of the combustion is recorded. This data is used to express the quantity of smoke in the form of Specific Optlcal Density based on the following . formula which assumes the applicability of Bouguer's'law:' Ds = .V LOglo (i00) = G LOglO (..100) : 132 LOglO (1OO) LA T T T where D S T m Specific Optical Density; ~ Transmittance Chamber Volume {18 ft3) Exposed Area of the Sample (O.Oq56 ft2} L = Length of Light Path in Chlamber (3. ft) G ~ Geometric Factor Among the.parameters repotted are: DS -. 1.5 DS D '(Corr) specific optical density after 1.5 minutes specific optical density.after 4.0 minutes maximum specific optical density at any time during the normal 20 minute test Dm corrected for incidental deposits on the optical surfaces. ASTM E-648-78 (NFPA 253) CRITICAL RADIANT FLUX OF FLOOR COVERING SYSTEMS USING A RADIANT HEAT ENERGY SOURCE SUMMARY OF TEST PROCEDURE The method of test describes a procedure for measuring the critical radiant flux of horizontally-mounted floor-covering systems exposed to a flaming ignition source in a g~aded radiant heat energy environment, in a test chamber. The radiant 8anel is calibrated to yield a flux gradien~ ran~ing from 1~1 watts/cm~ at the near end of the specimen to .1 ~atts/cm~ at the . ~far end of the specimen. The carpet specimen (250 x 610 mm) is mounted on the holder as specified by its end use e.g. glued direct to ACB, clamped to AC~ or clamped over an undercushion. The floor covering system is then pushed into the calibrated test chamber. After a 2 minute pre-heat, the specimen is ignited by a pilot flame. DistanCe measured along the length of the specimen, at which the specimen "flames-out" (extinguishment) is related to the heat flux 'at that~oint and reported as the critical radiant flux. This value represents the minimum radiant energy required to sustain propagation Of fl-m~ng combustion along the surface of the material. The higher the critical radiant flux, the more resistant the carpet to flame j..,.p~r~Pagation. 8OO 5OO o~ 400 Z ~ 300 I--4 '--' 200 tO0 R^TE OF SMOKE GENERAT I ON '~'"'"'~""-"~' ' FLAMING' NON-FLAMING I 1 2 3 -4 5. 6 7 8 9 T-tME--I:N-M tNUTES 600 500 RATE OF SMOKE gENERA T I ON ~'~'"~""~' "~' "~ FLAMING NON-FLAMING_ tn 400 ~-~ 300 ~ 800 100 1 2 3 .4 5 6 7 8 .9 10: 111~ 12 TI'ME--IN-MINUTES 13 14j~ 15 16 17 ~ I 8':- ..1.9'~ 20 ¢ZCA. L~: I'~ ~- I L,¢I~ _/ _Z I qi¢'TAL ¢-4-5 ¢6ATS. ILI h .ALI~ P~l%dAL 7 I -I < AlS L-E- FI PLAN of L_A J.*,,s~'s dye ex. lei". FIA;f~i4P-'f' MALL~ .4/ '>FZ-TI ~ ¢:1~ N[&6 ~A~ ¢1~1¢¢ FACEL ~, p¢¢, ~ M M P~ ACm H~t,ld, I~ ~¢ ~TEP, X~N.y.'f'ftl'L,Ol( 5HOPPINO= 06N1'6{ Iq&,o' CAe¢ oF FAc.'Focy' AV~. I~UIL. BING LOCATION d A ) ¢L¢ 61'iZlCAb ¢) L 6ff'e..¢L. ~Ard SYMBOLS: {¥~¢ 'W' ~/V~LLS TO ,,~E /VO YE ,' FUL~ [HIC/r DEfAI b P TYP. -' O~- T,~d L oF DRYWALL _PART. FLoo/~ ~/ CEILING b H r ,~CAbl~ I" =10o' ~NOT E S I,;ALLG 6~ ?A~ rr~/~ PROPOSED EXPANSION 0 F MATTITUCK 3 THEATRES TO 5 THEATRES SUFFOLK, L. Iv N.Y. NOTES: O~V/VE4 //V on/ t / . 8 y TH~ Co~ y~acfo~' l I) ALL 14) ~'E C'/.//~E O . A-A ~j(OI' 141L~ F2¢-i/bJALL- J I1 3FL ¼ ,, T &' ?" ~" J ,. i, , }¢' OlJ~ qt,P ~ AI©LE- >. F q'~J EAI'r~F- r ~ FI LA L J l~; ~ ~ SI'Z-?il LoAp:,J~ Oe. FIg pUL-¢ ® ® © I-d A,1TIll. ,Cl<' 5 HO[;::'Pl NQ=, fOI4N OP 50P'l'HObl2l ~tJ~ObK~ b-.I. t N.~ BUILOING LOCATION A SH. NO,