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Home My WebLink About18 Alison Drive (14)DEPARTMENT DECISION APPLICATION FOR HVAC PERMIT, P 7Fs,4 Application is hereby: TOWN of SOUTH WINDSOR BUILDING DEPARTMENT Bldg Pe it APPRO 1540 SULLIVAN AVENUE JAC 644-2511 va. 230 Date Building Inspector Application must be printed or typed Location ofjob n/ Street No. Street Lot No. FEE SCHEDULE Floor Apt. No. 0 - $1,000 - $12.00 Over $1.000 12.00 per$1,000 OWNER ,n ,V.4z-,e • ZCG or any fraction thereof ADDRESS f, _i:n_ i 1 l OWNERS PHONE# APPLICANT OW N $£ q ADDRESS ,/? O rem ESTIMATED COST $ lJ tee. C IS THIS A CONTRACT COST?C V YES NO C FEE ENCLOSED $I 2 OR-co TYPE OF JOB: Original Installation Alteration/Addition/Repair ReNlsed 11/95 APPLICATION FOR HVAC PERMIT (Continued from reverse side) TYPE OF SYSTEM TYPE OF BUILDING HEATING RESIDENTIAL x A/C COMMERCIAL VENTILATION INDUSTRIAL HEATING STEAM LOW PRESSURE LIMIT LBS.HIGH PRESSURE LIMIT LBS. HYDRONIC WARM AIRS UNIT RADIANT HEATER EXISTING RADIATION ADDITIONAL RADIATION TOTAL RADIATION DESIGN TEMP. OUTSIDE--%O F INSIDE 71) F DIFFERENCE C TOTAL HEAT LOSS(BTUH) HEAT LOSS SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL HEATING EQUIPMENT (INCLUDING MAKE&MODEL NO.) SPOU GROSS HEATING CAPACITY (INPUT-BTUH) NET RATING (OUTPUT-BTUH) TYPE OF FUEL OIL-GPM GAS-INPUTS_ ELECTRIC-KW OIL TANK SIZE&LOCATION INSIDE OUTSIDE CAPACITY LPG TANK CAPACITY AIR CONDITIONING DESIGN TEMP. OUTSIDE F INSIDE F DIFFERENCE F TOTAL HEAT GAIN(BTUH) HEAT GAIN SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL COOLING EQUIPMENT (INCLUDING MAKE&MODEL NO.) TONNAGE COOLING CAPACITY(BTUH) VENTILATION DESCRIBE ALL AIR HANDLING EQUIPMENT(INCLUDING KITCHEN EXHAUST EQUIPMENT) TOTAL SIZE OF SYSTEM(CFM) 1 Cp#" FRESH AIR INTAKE(CFM) PLANS MUST ACCOMPANY APPLICATION) FURTHER DESCRIPTION OF WORK c-T 464 Aj a doL1J THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO=0 THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL ORDINANCES AND STATE OF C . BUILD G CODES IUE PERFORMANCE OF SUCH WO STATE LICENSE-NO. NAME&TYPE SIGN pOF APPLICANT PHONE NO. DATE I 1 NAMF OF ROOM 14 15 fi17 1 a o ui r1 1 NAME OF ROOM I r= , 2 v:n 3. 4. 5. 6. 7. B. 9 IO I I 2 ROOM WIDTH& LENGTH 3 RUNNING FT EXPOSED WALL a 5 4 CEILING HEIGHT FACTOR SO. FT I. WINDOW TIMES FACTOR l a EXPOS SO.FT. 2. WADSED TIMES FACTOR COLD SO. FT. 3' PARTITIONS TIMES FACTOR 4. CEILING TIMES I FACTOR U SO.FT. (LIN.) 5. FLOOR TIMES FACTOR B. TOTAL BTUH 7. REQUIRED BRANCH SIZE F1 ' T" iS7>Ea,-- I1. TOTAL HEAT LOSS UNIT MODEL NUMBER UNIT HEATING CAPACITY LI 5 CK F'>" CI FHA P HEATING WORK SHEET INSTRUCTIONS — For a room by room estimate, list rooms and enter Individual data for B Enter square feet of windows to left of diagonal line in room k 1 column Items 1 to 5. For an overall estimate consider each slot y as a single large C. Multiply square feet of windows x window factor and enter the answer to u1 fight ui room. diagonal line tit room N 1 column This figure is BTUH loss through windows fuurn 1. WINDOWS — Enter square feet of window. Figure area oil basis of window opening N1 dimensions. D. Continue this proceedure for the walls, partitions, etc. of each room in the h0u!'r. 2. EXPOSED WALLS—Enter square feet of outside wall(running it exposed wall x ceiling E. Add BTUH figures for each room and enter total in Row 6 height), including walls adjoining glassed-in porches or garages. Use inside F. Add across Row 6 to obtain total heat loss of house in BU1H dimensions. Include closets, dressing rooms, halls, etc., with adjacent rooms EQUIPMENT SELECTION — 11 ductwork is located entirely within the heated space, furnai.r 3. COLD PARTITIONS — Enter square feet of wall adjoining unheated living space output should be selected at least equal to the total heat loss.In houses having basements 4. CEILING — Enter square feet, including closets, halls, etc basement loss should be figured and included in house total. When ducts pass through unheated spaces they must be insulated. In designing a residential heating system it5. FLOORS—For slab floors or the floor of a heated crawl space enter lin.feet of exposed should be anticipated that most home owners will eventually want year-round allperimeter. For other floors use area in square feet. conditioning. To avoid expensive modifications later the furnace and air distribution COMPUTATION: system should be capable of handling the air quantities required for either coolinq ofA. Enter proper factors from Tables 1 through 5 in the tartor r•olunul heallnq