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Home My WebLink About12061-zFORM NO. 4 TOWN OF SOUTHOLD BUILDING DEPARTMENT offica of the Building Inspector Town Hall Southold, N.Y. CERTIFICATE OF OCCUPANCY No Z18068 Date JUNE 1, 1989 THIS CERTIFIES that the buildin~ Location of Propert~ 280 BASIN ROAD House No. County T~xMap No. 1000 Section 81 subdivision PARADISE POINT ADDITION 8OUTHOLD Block Filed Map No. 3761 Street Hamlet Lot 20 Lot No. 03 conforms 'substantially to the Application for Building Permit heretofore filed in this office dated NOV. 17, 1982 pursuant to which Building Permit No. 12061Z dated DEC. 7~ 1982 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 CONNECT EXISTING ACCESSORY GARAGE TO DWELLING AND ALTER TO TWO BEDROOM. The certificate is issued to ANGELAGRIFFO (owner, ) of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL N/A UNDERWRITERS CERTIFICATE NO. PLUMBERS CERTIFICATION DATED H00908I APRIL 17~ 1989 Inspector Rev. 1/8~ TOWN OF ~OUTHO~D ~ BUILDING DEFARTMI~NT TOWN HALL $OUTHOLD, N. Y. BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THi~ PREMISES UNTIL ~ULL COMPLETION OF THE WORK AUTHORIZED) ~ permission is hereby Building I~spector. Fee ' ' · .... : Building InSPeCtor FORM NO. 6 TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL 765 - 1802 APPLICATION FOR CERTIFICATE OF OCCUPANCY INSTRUCTIONS A. 'This application must be filed in typewriter OR ink and submitted to the Building Inspector with the following; for new buildings or new use: ]. Final survey of property with accurate location of all buildings, property lines, streets, and unusual natural or topographic features. 2. Final approval of 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 solder used in system contaius less than 2/10 of IZ lead. 5. Commercial buildings, industrial buildings, multiple residences and similar. buildings and installations, a certificate of code compliance from the 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, ]957~ uon-conforming uses, or buildings and "pre-existing" land ases: I. Accurate survey of property showing all property lines, streets, buildings and unusual natural or topographic features. 2. A properly completed application, a consent to inspect signed by the applicant and a certified abstract of title issued by a title company which shall show single and separate ownership of the entire lot prior to April 9, 1957. If a Certificate of Occupancy is denied, the Building Inspector shall state the reasons therefor in writing to the applicant° 3. Date of any housing code or safety inspectiou of buildings or premises, or other pertinent information required to prepare a certificate. C. For Vacant Land Certificate of Occupancy: l. An application for vacant land Certificate of Occupancy shall be submitted, and a certified abstract of title issued by a title company showing single and separate ownership of the entire lot prior to April 9, 1957 shall also accompany the application. If a Certificate of Occupancy is denied, the Building Inspector shall state the reasons therefor in writing to the applicant. O. FEES: i. 3. 4. 5. 6. CERTIFICATE OF OCCUPANCY - New Dwelling $25.00, Additions to Dwelling $25.00, Alteration to Dwelling $25.00, Swimming Pool, $25.00. Accessory building $25.00 Addition to Accessory buildings, $25.00 - Businesses $50.00. Certificate of Occupancy on pre-existing dwelling - $]00.00. Copy of Certificate of Occupancy - $5.00 - over 5 years - $10.00 Vacant Land Certificate of Occupancy - $20.00 Updated Certificate of Occupancy - $50.00 Temporary Certificate of Occupancy - $25.00 Residential $50.00 Commercial APPLICATION ON BACK rev. BI.DG. DEPT, TOW[~ O.~F~ SOUTH(?=, TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN UALL SOUTHOLD, NEW YORK 765 - 1802 11971 APPLICATION FOR CERTIFICATE OF OCCUPANCY DATE...5. ' .... NEW CONSTRUCTION ....... OLD OR PRE-EXISTING , BUILDING ...... VACANT LAND ........ Location of Fropert,.Ak.0 ..... ~...~.~..~.~.£.~.; ..... .~.~..~.~.~ ~ ~ HOUSE NO.STREETHAMLET ~wner or O~ners of Property.. .~ ............... Co.n~y ~ ~a..o. ~O00:S.~o..~./. ~o~ .a./... ~o~' ..~.Q.. Subdivision .... 4~ ' Filed Map .Lo~. Planning Board Approval: ................ Request for Temporary Certificate ....... Final Certificato ApPL ICANT~~./~ rev. 10/14/88 THE NEW YORK BOARD OF FIRE UNDERWRITERS ~G~: ~. BUREAU OF ELECTRICITY ~'- 85 JOHN STREET, NEW YORK, NEW YORK 10038 ~te ~ppiication No. on file THI~ CE~IFIE$ THAT ~y t~ ~t~ qu~ment ~ ~ ~ a~ int~ by t~ ~t M~ on the a~ ~t~ numar ~ t~ pmm~s of RXTURES RANGES OVENS DISH WASHERS EXHAUST FANS FEEDERS TIME CLOCKS S~RVIC~ DISCONNECT S E R V I C <,.i~...l.: -1 CF CC. CC)ND. MATTITUCK, NY, 2 {'~'~:~ Per ~ ~ ~is flHifk~ m~t ~t ~ o~ in any ~nMr; ~urn to the office of t~ ~ard if incorr~. Insp~rs may ~ ide~ ~,i/~ential,. ~ F~ KI~I~ DEPARTMENT. THIS CO~ ~ CERTIFI~TE ~ ~ER. FIELD INSPECT~ION COMMENTS FOUNDATION (1st) FOUNDATION 2. ROUGH FRAME & PLUMBING (2nd) INSULATION PER N. STATE ENERGY C,ODE FINAL ADDITIONAL COMMENT ,,el slabs SLAB INSULATION Degree Days Min. By ~one R Value 5000 5.5 . 6000 5.5" 7000 5.5 8000 5.5 9000 ',, 5.5 The insulation must extend at least 24" under the slab or at least 24" below grade down the foundation wall. FOUNDATIO~t ~ALL The insulation is installed on the inside face of the foundation wall and provides a thermal break between slab and foundation. OUTSIDE FOUNDATION WALL The insulation is installed on the outside face of the foundation wall and provides a continuous thermal barrier at the slab edge and foundation wall. All exposed exterior insulation above grade should be covered with a protective material. alternate location )rotective covering over insulation 32 TOWN OF SOUTHOLD ~ OFFICE OF BUILDING INgPECTOR P.O. BOX 728 TOWN HALL SOUTHOLD, N.Y. 11971 January 12, 1984 TEL. 765-1802 Twin Fork Siding Co~ P.O. Box 41, North Road Mattituek, NY 11952 (Rte. 48) Re: B.P. #12061 Z, Vincent Griffo addition to one-family dwelling Dear Mr. Perrieone: This is in reply to your letter of January 11, 1984 in which you request my reasons and authority for denial of Certificate of Occupancy for work done under this permit. ITEM #I In my opinion the two roof caps you have installed near the ridge are not adequate to provide complete circulation of air for the proper control of condensation within the structual elements of the roof, that would include the eaves as well as the ridge area. I base my opinion on the following facts. Since the imple- mentation of the N.Y. State Energy Code, the amount of insulation has been increased in buildings, windows and doors are tighter as well as the overall construction of the building which results in a greater retention of heat within the building's envelope. As you ara aware, warm air rises and a greater amount will build up at the ceilings. The warm air that builds up contains moisture in the form of vapor, it will vary in degrees in different buildings, however, it is there. While the ceiling of the room is insulated, there is a certain amount of warm air that passes thru the insula- tion--this is a recognized fact, it is called thermal transmission. To block out the vapor as the warm air passes thru the ceiling assembly a vapor barrier is installed, in most cases this comes with the insulated batts. However, the vapor barriers are not always 100% effective, this is a recognized fact. In my opinion the reason for the ineffectiveness of the vapor barriers is due to improper installation in the field. In view of this it is extremely important to protect the structual elements of the roof~ assembly by properly venting the attic area. Improper venting can cause moisture, this inturn can cause a dry rot condition in the structure, also wet ceilings where moisture is excessive. Twin Fork Siding Co. B.P. #12061 Z, Vincent Griffo 1/12/83 Page 2 My opinion in this matter is based upon my personal experience in the building field, my 12 years as a building inspector with the Town of Southold and the knowledge that I have attained by attending many seminars conducted by the New York State Construction Codes Bureau, and N.Y. State Energy Codes Office, not to mention the many architects and engineers I have discussed this matter with, who are in agreement. ITEM #2 & #3 My authority for this requirement is under the New York State Construction Code effective January 1, 1984--Sec. 800.4, copy here- with, also Sec. A 301 d., copy herewith, which was in effect when permit was issued. I am including also, copes of acceptable methods and guide lines for proper attic venting which include the venting of the eaves of roof. This was taken from the New York State Energy Work Books. If you will note workbook #2~ the standards were developed by HUD for one and two family dwellings. This is contrary to your remarks to me on January loth in which you stated HUD required venting at the ridge only. ITEM It would appear that you are asking the Building Dept. to design the venting of this attic area for you. We do not get involved with the design of buildings, our function is code enforce- ment and inspections. As a licensed Home Improvement Contractor with the Town of Southold, it is expected that you are completely knowledgeable of all building codes, general accepted standards and good building practices. The plans you submitted for this permit did not detail the attic venting, but were approved and the building permit was issued to you as a licensed contractor. In view of this, it will be advisable for you to ask Durrell International, Inc. who prep~ these plans, to detail and specify the proper venting for this attic area. However, if they are not engineers or architects licensed by N.Y. State, you should have a professional develop and detail a plan to meet the venting re- quirements and submit to our Department. Upon meeting this requirement and your making whatever changes are necessary to correct the venting, a Certificate of Occupancy will be issued by this office for this addition to Mr. Griffo's residence. ou? Edward F. Hindermann Building & Housing Inspector Admin. : ~ EFH:ec xc. Mr. Vincent Griffo ¥~ctor Lessard. Exec. ,~,. ,~ NEW YORK STATE I~ ''~ UNIFORM FIRE BUILDING CODE STATE FiRE PREVENTION AND BUILDING CODE COUNCIL NEW YOR~: STATE D~V~S~ON OF HOUSING AND COMMUNITY RENEWAL MARLO M. CUOMO, GOVERNOR YVONNE SCRUGGS-LEFTWICH, CONINII$S~ONER JANUARY j~atic ~ther ~4~-7 ts ~n , see and 985, ided the ]blic /isa i fire and mad Jblic fire 'h ~n ~) be and this ty of BUILDING CONSTRUCTION 203 ARTICLE 7 STRUCTURAL REQUIREMENTS PART 800 GENERAL REQUIREMENTS 800.1 Weights and Loads. Buildings and parts thereof shall be capable of sustaining safely their own weight and the loads to which they may be subject, as set forth in this Article. 800.2 Transmitted Loads, Buildings shall be constructed and integraled so that loads are transrnitted to the soil without undue differential settlement, unsafe deformation or movement of tile building or of any structural part. 800.3 Protection Against Deterioration. Wherever structural materiel or assemblies are subject to deterioration and might become structurally unsound if unprotected, protection in conformity with general accepted standards for the materiel involved shall be provided. Causes of such deterioration include, among others, action of freezing and thawing, rampness, corrosion, wetting and drying, and termites and other destructive insects. 800.5 Protection Against Water. Buildings shall be constructed so that ground ~nd surface water will not penetrate into habitable spaces, basements and cellars. Surfaces adjoining buildings shall be arranged so as to divert surface water away from the building, 800.6 Protection Against Destructive Insects. Where local conditions req uire protection against termites and other destructive insects, the construction, soil treatment, and protection of openings shall prevent their access to vulnerable parts of the structure, in conformity with generally accepted standards. 800.7 Stability. Materials, assemblies, connections, fastenings and structural members to which they are attached shall be structurally stable, wifh allowances made for differences in the expansion and contraction co- efficients of connected materials in conformity with generally accepted standards for the material involved, Slate APPLICABLE TO Ono- and Two-Fomily Dwolfings [INCLUDING FACTORY MANUFACTURED HOMES] Printed J~anUary i. t9~2 STATE OF NEW YO~K Hugh L. Carey, Governor Richard A. Bermc~n, Commissioner A 301 (630) A 302 (631) A 302-1 (631.1) Part 3 Structural Requirements GENERAL REQUIREMENTS a--Buildings and parts thereof sl~a[I I)e capable of snstaining safely their own weight and the loads to which they may be sub- ject, as set forth in th~s pa~ of this Code. b-~Buildings shall be constructed and integrated so that loads are transmitted to the soil without undue differentia[ st, ttlement, nnsafe deformation or movement of the building or of any struc~ tural part. dards for the matena~ involved sha~l be provided. Causes of ~uch deterioration include, among other% action of [reezing a~d thaw- o her des ruc ve in~c~ ~, ..... ~ e~-~-lluildings shall be constructed so that ground and stJrGce cellars. Surface adjomlng buildings shall be arranged to divert surface waler away horn the building. members to which they a~e attached sha~ be ~[ructura~y stable, with allowances made lot differences in the expansion and con- traction coefficients of connected materials in confomfity with generally accepted ~ta~dards ~or the mateH,d involved. SOIL BEARING VALUE General Requirements 'lhe bearing value of d~e so~l shall be determined in o~der that foundati,,ms may be proportioned so as to provide a minimum of ab~lute and differonlia~ ~,ett[eme~t. So~J or p~k' tests, presump- tive bearing values of the soil, reduction factors for pile groups, and pile driwng formula,,, referred to in this Code, shall be in conform~W with generally accepted standards. 21 GOVERNOR '" , ' FLAT ROOF 2x8 framing 24"o.co VAPOR BARRIER CEILING FINISH ~BUILT UP ROOF SHEATNING ROOF FRAMING INSULATION WITH A ~INIMUM R VALUE OF 19 CEILING INSULATION 2x6 framing 24"o.c. ROOFI?~G SHEATUING INSULATION WITH A ---MINIMUM R VALUE OF 19 COVER TOP [)LATE OF WALL BARRIER INTERIOR FINISH 57 CEILING Degree Days by Zone 5000 6000 7000 8000 9000 Maximum U Value of Roof Assembly .05 .05 .05 .05 · 04 code compliance roofs -pre-fab OUTSIDE truss UNHEATED -continue insulation over tog plate Spade vapor barrie ceiling finish continue vapor barrier at wall CAVITY INSULATION req; ROOF Degree Days by Zone 5O00 6000 7000 8000 9000 M~imum U Value of Roof Assembly .O5 .05 .05 .05 .04 Insulation should cover the top plate of the wall. Proper ventilation will help to limit moisture in the insulation. vapor' barri~ ceiling finish continue vapor barrier @ wall OUTSIDE UNHEATED air spa~e ~f~les if ~ir~d CAVITY INSULATION gents 30 ENERGY ~VORKBOOK E EiiERi ' A D@qT-YOURSE£F GUIDE AND ENERGY AUDIT MANUAL FROM THE NE~¥ YORK STATE ENERGY OFFICE PREPARED IN COOPERATION WITH T}tE PUBLIC SERVICE COMMISSION AND TitE GAS AND EEEC YFtlC UTll..ITIES OF NEW YORK STATE Rigid Board--extruded polystyrene, urethane, poly~ styrene bead board, fiberglass. Rigid board is used most often to insulate basement walls. !t can also be added to mobile home ceilings. It comes l~ w~dths of 24" and 48". Extruded polystyrene and urethane k~rm theJ~ own va~r barriers; the others do noL Most rigid boards are not fire-resistant and should be covered b~ ~" gypsum wallboard ~o assure fire s~ few R g d hoard is usually inst~led b~ a contractor. VAPOR BARRIERS Water, in the form of vapor, in the warm atmosphere of your home, always tends to migrate through the matenals of the wails, floors and ceilings to the cold extenor. If this is allowed to happen, the water vapor can condense and freeze, causing paint peeling and exten- sive damage. ~or this reason, when you add insulation, you may ueed a vapor barrier, if you don't already have one. Contact your local utility to see if a vapor barrier recommended in your area. Vapur barners should be placed on the warm side of insn!ation. Do not install a vapor barrier between layers of insulation. The ~ight way lo install a vapor barrier. ~ ~ ~VAPOR BARRIER OUTSIDE ~ M AIR ~SIDE INSULA~ ION, ~ere are ~,evcral typr,s of vapur barriers available. Solve fiber~ass bahs and blankets come faced with kraft paper or foil which, when carefully mstolled, provide a vapor barrier. When using loose fill or unlaced fiberglass, whmh have no va~r hamer of lheir own, a 4 or even 6 mil thick polyethylene sheeting m an excellent vapor barrier. Foil backed gypsum board can also be used as a separate vapo~ barrier and room finishin9 material. Some paints have vapor barrier-like quabties, Check your local paint supply dealer. GABLE GABLE VENTILATION V~por barriers are ~ver 100% effective, so it's reason able to expect moisture in your attic. To help prevent problems, you should provide vents, preferably at the gable an~ eave of your r~f. If there is a vapor barrier in ~he ceiling or if you put one in, provide one square f~t of net vent area for each 300 square feet of ceiling. In attics without a va~r barrier in the ceiling, provide one square foot of net vent area for each 150 square feet of ce~h~g. Moisture can occur in crawl spaces under houses as easily as in attics. To properly ventdate a crawl space, install vents tn opposite walls from eaci~ other in a ratio of one sq~mre foot of vent area to 1500 square feet of crawl space if a vapor barrier covers the ground. Without a vapor barrier, one square foot for each 150 square feet of area is required. If attic or craw~ space vents are protected by screeningor rain louvers, the basic opening size should be increased as shown in this table: Type of Cove~a~ ~ize of Opening ~" hardware cloth I x net vent area ~' hardware cloth and rain louvers 2 x net yen( area 8*mesh screen 1~ x net vent area 8-mesh screen and rain louvers 2~ x net vent area 16-mesh screen 2 x net vent area 16-mesh screen and rain louvers 3 x net vent area ~se ate ~anda~d~ develo~d in the U.S, ~partment ~of'~us~d~:~ Deve~opn~nt (HUD) Minimum Probity St~nda~or'Oh4~nd Two Family ~ellings , ~i~ril~, Veafilafi0n ~ber~ '~ 1 have to be insta ed by a contractor unle~ you've had $ignificant experience. 6 TWIN FORK SIDING CO. P. O, BOX 41, NOI~TH ROAD (RT. 41~ ) MATTITUCK, NEW YORK ~1952 January 11, 1984 Town of Southold Building Department ~[ain Road Southold, New York 11971 Dear Hr. ?Iinderman: As per our discussion on January 10, 1984 regarding your denial of my firm (Twin Fork Siding Co.) and Mr. Griffo's request of an okay on final inspection and Certificate of occupancy on building permit ~ 12061-2 at 280 Basin Road, Southold, New York, 11971, I am following your instructions by requesting in writing the following: 1. Reason for denial and full explanation. 2. In which code book or publication can we find code depicting and lawfully ruling on explanation provided by you. 3. page and number of said code. 4. Explanation and drawing on how you want and will except extra work to be completed to your liking in order for you to issue Mr. Griffo a certificate of occupancy. Since a Certifica~ of occupancy is'an important instrument for a homeowner to hold, we feel at this time and at future dates this is not an unreasonable request by us. Waiting for your speedy reply we remain~ Twin Fork Siding Co. & ~. Vincent Griffo. ~$t~phen/Go ~arr~cone -- 21.16 CHAPTER 21 1981 Fundamentals Handbook Zones Include Areas with Design Temperatures about as follows: Zone t,-28.9°C (-20 F) and lower; Zone II, -17.8 to -28.9~C (0 to-20 F); and Zone 111, above -17.8°C (0 F). Note that cross hatched areas are outside of Zones I and 111. Fig. 6 Condensation Zones in the United States vapor retarders and attic ventilation were made in earlier edi- tions of the ASHRAE Handbook. The research and studies that formed the basis for these recommendations were based on representative post World War II single-family residential construction. Although these recommendations may no long- er be prec'tsely valid by virtue of modern construction prac- tices, a summary follows as a point of reference. The other material in this chapter is more up to date. While previous methods for determining thc need for vapor retarders generally were based on climatic conditions and geographic location, experience has shown that construction practices, workmanship, and conditions of occupancy can be as significant as climatic conditions in determining the need for vapor retarders. Average winter temperature and its duration affect conden- sation. In Fig. 6, the U.S. is divided into condensation zones based on winter conditions. The solid lines separating zones follow state lines, and were recommended by what is now the U.S. Department of Housing and Urban Dcvelopmentfi° The dashed lines are -28.9°C (-20 F), -17.8°C (0 F), and -6.7°C (20 F) isotherms of winter design temperature, from Ref 51. There is reasonably 8sod correlation between the zones deter- mined by the two sets of lines. Zone 1 roughly includes areas with design temperatures of -28.9°C (-20 F) or colder; Zone II, design temperatures of -17.8 to -28.9°C (0 to -20 F) and Zone III, those at -17.8°C (0 F) and warmer. Within each zone, similar degrees of condensation tro/uble were expected, and similar corrective measures apply. An exact statement showing which buildings require a vapor retarder is not readily formulated. In view of the distressing results its omission may bring, it is tentatively recommended that the walls of every dwelling include a vapor retarder when the construction includes any material that would be damaged by moisture or its freezing. This applies to all three condensation zones in Fig. 6 when the wall U value is lower than 1.42 W/m~ , K (0.25 Btu/h · ft2 , F), and in Zones I and ti to walls of higher transmittance. The recommended ventilation shown in Table 4 for dwell- ings is based on insulated ceilings,so The net area refers to the total of all openings free from obstructions, The use of louvers and 8.mesh screen requires a gross area 2.25 times that listed. In Zone I of Fig. 6, a ceiling vapor retarder is recommended for all constructions. It is also necessary that stray open'tags from walls into the attic or around a loose fit- ting attic door be avoided. The stack effect allows a large in- Table 4 Recommended Good Practice~° for Loft and Attl6 Ventilation' Flat Roof--Slope 1 Rise In 4 Run O in. in 12 in.) or Less Condensation Zone lC: Total net area of ventilation should be 1/300thb distributed uniformly at the caves plus a vapor retarder in the top story ceiling. Free circulation must be provided through all spaces. Condensation Zone II and Ill: Same as for Zone I, Gable Roof--Slope over I Rise in 4 Run (3 in. In 12 in.) Condensation Zone I: Total net area of at least 2 louvers on opposite sides located near thc ridge to be 1/300thb plus a vapor retarder in the top story ceiling. Condensation Zone Ill Same as for Zone I. Condensation Zone III: Same ventilation as for Zone II. A vapor retarder is not considered necessary. Hip Roof Condensation Zone I: Total net area of ventilation should be 1/300thb with 1/600thb distributed uniformly at the eaves and 1/600thb lecated at the ridge with all spaces interconnected. A vapor retarder should also be used in the top story ceiling. Condensation Zone II: Same as for Zone I. Condensation Zone III: Same ventilation as for Zone 11. A vapor retarder is not considered necessary. Gable or Hip Roof--With Occupancy Contemplated Condensation Zone 1: Total net*asea of ventilation should be 1/300thb with 1/600thb distributed uniformly at the eaves and 1/600thb located at the ridge with all spaces interconnected. A vapor retarder should also be used on the warm side of the.[op full story ceiling, the dwarf walls, the sloping part of the roof, and the attic story ceiling. Condensation Zone Il: Same as for Zone I. Condensation Zone Ill: Same as for Zone I except that a vapor retarder is not considered necessary if insulation is omitted. all is recognized that in many areas increased ventilation may be desirable for summer comfort. For winter comfort, insulation is recommended between a flow of warm air from the dwelling, transporting much vapor to a danger area. More desirable ventilation of the house can be arranged. Crawl spaces under dwellings Where the earth is damp and uncovered require a high rate of ventilation, At least four openings, one at each corner placed as high as possible, should be provided, as Their total net area may be calculated: a -- (2L/100) + (A/300) (7) where L -- perimeter of crawl space, linear metre (feet). A = area of crawl space, square metre (square feet). a -- total net area of all vents (or gross area if a 4-mesh screen is used), square metre (square feet). This rate of ventilation is usually sufficient, but cools the first floor so much that floor insulation is needed. A better control measure is a cover on the damp ground. This cover may be a concrete slab, heavy roll roofing, or 0.10 to 0.15 mm (0.004 to 0.006 in.) thick polyethylene plastic film laid on a graded surface, with its edge lapped 50 mm (2 in.) but not necessarily cemented. With this retarder, the vent area may be reduced to 10% of that calculated by Eq 7. Table 5 contains a check list used in England~2 for diagnos- ing moisture related problems in housing in cold climates. 4910.1 403 403-1 403-2 403-2.1 403-2.2 403-3 LIGHT AND VENTILATION GENERAL Provide light and ventilation to achieve a healthful environ- ment within the dwelling and so located as to provide an acceptable degree of comfort. Structural spaces shall have natural ventilation to reduce conditions conducive to decay and to release stored heat. LIGHT Artifici~l..Li~.~ing Provision for artificial lighting of interior spaces shall be provided in all major areas including walk-in closets, heating rooms, storage rooms and garages. The amount of illumination shall comply with Table 4-3.1, see 616. Natural Lighting Natural light shall comply with Table 4-3.1. VENTILATION The arrangement in plan of living units shall make possible an adequate circulation of natural air through all habitable rooms. The amount of natural and mechanical ventilation shall comply with Table 4-3.1, see 615. Locat *PublJ lobb) dinl~ corrJ ~tmil genel laun~ garal reef, ar ga Exte See llv~ din bari Str MF 4-26 ~viron- have tecay ~all ~f .ible an le rooms. comply 4910,1 TABLE 4-3-1 MINIMUM REQUIREMENTS FOR ARTIFICIAL AND NATURAL LIGHT NATURAL AND 5~EcHANICAL VENTILATION Location Artificial Nat. Light Light Glazed Area Footcandles As % of (11) Floor Area Natural Mechanical Ventilation, Ventilation Opening As Air Changes % of Hot. Per Hour (1) Projection .. ~Public Area~_ ~ lobby (general) 10 -- 5 or 4 supply(10) dining 15 10 -- 6 supply corridors 10 .... (2) 4 supply(lO,12) stairs 10 -- 5 or 4 supply(10) general storage 5 -- 2 or 2 laundries 20 -- 5 or 6 exhaust garages (general) 5 -- see 615 recreational areas (3) arts and crafts 70 15 5 or 6 supply game rooms 20 -- 5 or 6 supply Exterior Areas See 313-4 Living Unit~ss living rooms dining rooms bedrooms kitchens baths laundry Structur.a!. Space.~ attics & structural spaces basementless spaces 10 5 10(4) lO 5 10 (4) 10 5 10 (4) -- 5 or 8 exhaust (8) -- 5 or 5 exhaust(9) .... 1/150(6) or (13) 1/800(7) -- 4-27 '*Revised March 1976 4910.1 Notes for Table 4-3.1: (1) (2) (3) (4) (5) (6) Central ventilating system. Corridors less than 30 ft in length may be ventilated by natural means in amount of not less than 5 percent of floor area. See Illuminating Engineering Society Lighting Handbook for other recreational areas not listed. For summer comfort mechanical ventilation system shall be occupant controlled. Mechanical ventilation not required when through or cross natural ventilation or eummer air conditioning is provided. Provide outside vent for clothes dryer space. Attics and spaces between roof and top floor ceiling may have a free ventilating area of 1/300 of the horizontal area when (a) a vapor barrier having a transmission rate not exc~eding one. perm is installed on the warm side of the ceiling or (b) approxi- mately 1/2 the ventilation is provided near the ridge. Spaces shall include porch roofs, canopies and any enclosed struc- tural space where condensation may occur. Ail spaces shall be cross ventilated. (7) (8) (9) (10) When floor construction is wood or metal, cover the entire ground space with a vapor barrier. May be room controlled exhaust fan: Wall or ceiling at the rate of 15 air changes per hour during time of operation; range hood capacity shall be 40 cfm per lineal foot of conventional hood or 50 cfm per lineal foot of hood for island or peninsular placement. May be room controlled exhaust fan with 8 air changes per hr. Space shall no~ be used as supply or return air plenums for living unite ventilation. (11) Measured 30 in. above the floor. Four changes may be reduced to 2 changes when all outside air is used. If 4 changes are used, air must be reconditioned. Min. air changes of 0.7 cfm (at 0.03" SF) per sq ft of attic floor area, plus 15% for dark roofs. Air intake of 1 sq ft of free opening per 300 cfm of fan capacity. 404 *404- 404- 404- 404-i 404-~ 404-2 4-28 *Revised April 1977 independent thoughl <a ~ d; ~s on> ~IduSlactlOnOrresOlu~e ..... ' r "' ~rJ I · tfle lower border ora wards \-, '.'ardz\ t,~t~\ ad .... dj. toward tile east --. eas~t ccnter, al,v:.havmgth .......... pport '.o]oca ed < .... heel> of t~Ypewo~rts ,hat sodium fluoride ~ Sogdian FORM NO. 1 , TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL SOUTHOLD, N.Y. 11971 TEL.: 765-1803 Approved -..~...~'..~.. :7. ......, 19(~..4Permit No..j~..~.././ Disapproved a/c ............... ~ ......... ~ ......... /~ APPLICATION FOR BUILDING PERMIT INSTRUCTIONS a. This application must be completely filled in by typewriter or in ink and submitted to the Building Inspector, with 3 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 giving a detailed description of layout of property must be drawn on the diagram which is part of this appli- cation. 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 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 whatever until a Certificate of Occupancy shall have been granted by the Building Inspector. 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. .7..~: :':7./7~?./:~.. :~. ~. '~.,i >/.(-../,.::.~:.: ......... (Signature of applicant, or name, if a corporation) (Mailing address of applicant) State whether applicant is owner, lessee, agent, architect, engineer, general contractor, electrician, plumber or builder. · 6:. ~:~/. ~4 ~. ~.. ~. :v E/?/.{.c,. ;.aP.. .................................................................... Name of owner of premises .~.~n f.j~l~'... '/' · ' '4-.~..,:,.x.~:,:~.? .... d:.& ./:~,'.q? ................................... (as on the tax roll or latest deed) If applicant is a corporation, signature of duly authorized officer. (Name and title of corporad;e-vffic.er) No ,/~ ......... Builder's License ........ Plumber's License No ......................... Electrician's License No ....................... Other Trade's License No ...................... 1. Location of land on which proposed work will be done ..... -d~,-.-. ........................... ........................... /.:L~./.',,:.. £t) ~:.o ~'~ /¥~z : House NumlSer Street Hamlet County Tax Map No. 1000 SectionC/.). :.L..y{....C27)~../.... Block ... ~..~. .......... ' ........ Subdivision. .... .~3Y~/4./~.,.'~. ~/:~...l'9 ~ '-"t0. ~ >.t'.[. ........... Filed Map No.. J. ?..~.../ ...... Lot .... ~. ....... ~ff'.'?.~.O. (Name) 2. State existing use and occupancy of premises and intended use and occupancy of proposed construction: a. Existing use and occupancy ..... (9.~( .~..ff/q ./f../~. ? ....)~! Xqt:~.~...{%, ',?...~.: .................. b. Intended use and occupancy ( t ( 3. Nature of work (check which applicable): New Building '. ......... Addition ...'.~...../ . Alteral~ion .......... Repair, . ............. RemOval .............. Demolition .............. Other Work~,/~-u.?~ i ' (DescrilYt'ion) Fee .~../~" -~ Cost .... q~<~ ~/, O.~. ~.~, ........................................................... 4, Estimated (to be paid on filing this application) 5. If dwelling number of dwelling iunits . t~. ~..~.: .. ..... Number of dwelling units on each floor ....... If garage, number of cars ..... : ............. 6. If business, commercial or mixe~ occupancy, specify nature and extent of each typ~ of use 7. Dimensions of existing stmcturqs, if any: Front .... ............... ~.~- ./ . Rear ... 6 ~.~. 'Depth ............ .. ~ .~. ......... t' ....... Height .... .o't.g..' ....... Number of Stories ....... · .~'~;.-. .............................................. Dimensions of same structure with alterations or additions: Front ................. Rear .................. Depth .................... i' - Height ...................... Number of Stories ................... ~.. 8. Dimensions of entire new constrUction: Front ..... [~.~ .t ...... Rear .... .~_~.7...t ....... Depth ...$ J.~.. ~. ...... Height .... ~.'.~. ....... Number of Stories ........ P~.; .............. ............................... 9. S~ze of lot: Front .../.~.~ .... i ........... Rear ...... [. ~..') ........... Depth .... .?: .~'.~ .............. 10. ~)ate of Purchase ..... ~74-. ~ .l.~ ~.~..- ........... Na~me of Former Owner ..... ~)~.t/~.~ ................ 11. Zone or use district in wliich premises are situated ...... t(' fi. ~[ ........................................... 12. Does proposed construction violate any zoning law, ordinance or regulation: .../~...~ ................ 13. Will lot be regraded ....... ,~...~_ .......... ,.. ~ ....Will ex~cess fill. be remov;d from premises: 14. Name of Owner of premises ~'/~<-~..4/~.. ~.. ~..t ~/.~ P. Address {? ~.~.~ t~/~.. ~/'] ..... Phone No.-7.~. ~ .2 .Sf.~.(. ~/... Name of Architect ..... '2 .... ! ................. Address '~a 4-lf~. t.'/r(-~ .Q/t'Y/~f~. Phone No ................ Name of Contractor .. ~ . Address . . , · ........... ~/Z~.~fi,~v~ ~ 7~.,. . Phone No. : PLOT DIAGRAM Locate clearly and distinctly alll buildings, whether existing or proposed, and, indicate all set-back dimensions from property lines. Give street and block aumber or description according to deed, and show street names and indicate whether interior or corner lot. STATE OF NEWzYO~// S S COUNTY OF ~/_~'7...' .... i ' ............................. .................... being duly sworn, deposes and says that he is the applicant (Name of individual signtng contract) above named. He is the ...................... ~ ................................................................... I (Contractor, agent, corporate officer, etc.) of said owner or owners, and is dul~ authorized to perform or have performed the said work and to make and file this application;, that all statements contained in this application are true to the best of his knowledge and belief; and that the work will be performed in the manner set forth in the application filed therewith. Sworn to before me this _ ............ · .c?n~..~.. j....day of, .... . .~/~..t'f~., 9... /3 Notary Publi ~..~. County i · :? ............. Cio, 52-O3449~3 S.u. ff91,k_ ~o~,~ / // (Signature Of applicant) ~mmisslon Expires Ivla~cn au, .~ DATE:/~/7/~o~ BP. ~ /Z. OC, COPper tU~mg FEE','~ /~ flY' _ ~ {or water dlslributin~ ~' 765-1802NOT~[~ING9 AM ToDEPARTMENT4 PM FOR THEAT FOLLOW/vi NG INc?ECTI~)NIS 1. FOU",ImATION - TWO REQUIRED F(3q P(qtJPcD CONCRETE 2 ROUG!-q - FRAMING 2, pIJJMBING slabs SLAB INSULATION Degree Days Min. By Zone R Value 5000 5.5 6000 5.5'/ 7000 5.5 8000 5.5 9000 5.5 The insulation must extend at least 24" under the slab or at least 24" below grade down the foundation wall, FOUNDAT IO~; ~JALL The insulation is installed on the inside face of the foundation wall and provides a thermal break between slab and foundation. OUTSIDE FOUNDATION WALL The insulation is installed on the outside face of the foundation wall and provides a continuous thermal barrier at the slab edge and foundation wall. All exposed exterior insulation above grade should be covered with a protective material. lternate location )rotective § over insulation 32 F> ~- ,~ H I If copper lubing is used for water distributing sys em; piping shall be of types K or L only NOTIFY BUILDING D~E'~qT AT 765-1802 9 AM TO 4 PM FQR THE FOLLOWING INSPECTIONS: 1. FOUNDATION - TWO REQUIRED 2. ROUGH - FRAMING & PLUMBING 3, INSULAT'ON 4. FINAL - CONSTPUCTION MUST BE COMPI.FTE FOR C O ALL CONSTRUCTION SHALL MEET THE REQUIREMENTS OF THE N. Y, STATE CONSTRUCTION & ENERGY,, OODES, NOT RESPONSIBLE FOR DESIGN OR CONSTRUCTION ERRORS. t