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HomeMy WebLinkAbout15 Ahern Drive (7)6 FOR .OFFICg USE ONLY APPLICATION FOR HVAC PERMIT DATE: . NO. TOWN OF SOUTH WINDSOR EST.COST: J on BLDG. PERMIT NO. S j 1540 SULLIVAN AVENUE FEE_Lp , a C-) ,(jJ SOUTH WINDSOR, CT 06074 FEES:v - f rQ7c- — 644-2511 - Ext. 230 0 - $1,000 - $10.00 L 1000 or fraction LOCATION OF BUILDING e r.'L thereof - $10.00 J a 1)/5 J h P,1-rL_Dr- , LcJ Z.Q5 „ OWNER ADDRESS J [ TTOWN c PHONE} fNO.4C 1C el H fC Y A ' ,nC' L d 711 P c /f- fa •` U f Iti 1 _J c tom./ 1 A C,S C r F J'I'l HVAC CONTRACTOR ADDRESS TOIWN PHONE NO. TYPE OF SYSTEM: HEATING 1* TYPE OF BUILDING: RESIDENTIAL A/C COMMERCIAL VENTILATION BUSINESS INDUSTRIAL IF HEATING: STEAM LOW PRESSURE LIMIT LBS. HIGH PRESSURE LIMIT LBS. HYDRONIC WARM AIR -74- UNIT RADIANT HEATER (INCLUDING WOOD/COAL BURNING STOVE) TYPE OF FUEL: OIL-GPM GAS N-PUT /00doa ELECTRIC KW WOOD OIL TANK - SIZE & LOCATION: INSIDE OUTSIDE CAPACITY LPG TANK - CAPACITY EXISTING RADIATION ADDITIONAL RADIATION TOTAL RADIATION DESIGN TEMP. OUTSIDE O OF INSIDE &o OF DIFFERENCEVc) OF TOTAL HEAT LOSS (BTUH) HEAT LOSS SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL HEATING EQUIPMENT (INCLUDING MAKE & MODEL NO.) : 604o0-j) /3T4( (YES a(_n4,PC -z GROSS HEATING CAPACITY (INPUT-BTUH) NET RATING (OUTPUT-BTUH) IF AIR CONDITIONING: DESIGN TEMP. OUTSIDE OF INSIDE OF DIFFERENCE OF TOTAL HEAT GAIN (BTUH) HEAT GAIN SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL COOLING EQUIPMENT (INCLUDING MAKE & MODEL NO.): TONNAGE COOLING CAPACITY (BTUH) IF VENTILATION: DESCRIBE ALL AIR-HANDLING EQUIPMENT (INCLUDING KITCHEN EXHAUSE EQUIPMENT): TOTAL SIZE OF SYSTEM (CFM) FRESH AIR INTAKE (CFM) PLAN MUST ACCOMPANY APPLICATION) The undersigned hereby applies for a permit to perform the following work and is to comply with all local ordinances and State of Conn. Building Codes in the performance of such work. FURTHER DESCRIPTION OF WORK: _/ 11 Sr1 4 e.5 3©3 6 ! STATE LICENSE - NAME & TYPE #DATE SIGNATURE OF APPLICANT 7 l s APPROVED DATt BD 4A 11/88 I - B- R CALCULATION SHEET IN3 (Modem Method) Copyright 1977 by The Hydronlcs Institute OWNER ADDRESS DESIGN TEMPERATURE DIFFERENCE F. DATE COL.A COL.!• COL.C COL.D COL.E COL.F COL.G 1 ROOM O H L W H L W H L W H L W M L W Design Water Temp. 2 ROOM DIMENSIONS, FT.U BTUH per Fool of 3 LENGTH EXPOSED WALLS.FT. Radiation Selected A WINDOW AND OUTSIDE DOOR AREA L BTUH STUH STUH OTUH STUH 5 WALL CONSTRUCTION Table 9, Line 3 x H) ROOM LIN.FT.OF TOTALS RADIATION 6 TYPE OF GLASS FROM LINE 12 SELECTED IBottom of table used for Line 5) 7 CEILING CONSTRUCTION C Table 9.L x W) B FLOOR CONSTRUCTION( O Table 9. L x W or Lin Ft) E 9 COLD PARTITION CONSTRUCTION F IT able 9, L x H) G 10 _c 1 Wall(With Openings)O; r 2Wells(WithOpenings) oX H 3 Wells(With Openings) or Ent. Hall i- J 1 11 TOTAL BTUH AT 70F TEMP DIFFERENCE' 12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE K L COL.A _ _COL.B COL.H COL.1 COL.J COL. K COL.L TOTAL BTUH TOTAL OF BUILDING RADIATIONIT-ROOM AT SELECTED O H L W H L W H L W H L W H L W DESIGN TEMP.- 2 ROOM DIMENSIONS, FT U DIFFERENCE 3 LENGTH EXPOSED WALLS, FT e WINDOW AND OUTSIDE DOOR AREA LL STUH STUH STUH STUH STUH 5 WALL CONSTRUCTION INCREASE BATHROOM Table 9,Lin*3 x H) TOTAL 20% 6 TYPE OF GLASS Bottom of table used for Line 51 7 CEILING CONSTRUCTION tFOR CONCRETE FLOOR ON Table 9, L x W)GROUND OR FILL AT GRADE LEVEL,USE LINEAR B FLOOR CONSTRUCTIONT FEET OF EXPOSED EDGE Table 9, L x W or Lin Ft) 9 COLD PARTITION CONSTRUCTION Table 9, L x H) 10 c 1 Well(With Openings) 2 Wells(WithOpenings) nXaJ3Wells(With Opening%)or Ent.Hall H t t TOTAL BTUH AT 70F TEMP DIFFERENCE' 12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE This form 19 s,eiiebie from The Hydronics Institute,36 Russo Place,Berkeley Heights,N J 07922 FORM 1503 YSRK() RESIDENTIAL AIR-,"CONDITIONING y YEAR-ROUND LOAD ESTIMATE FORM 865 Fo 160S.os-rI EQUIPMENT SELECTION A. TOTAL COOLING LOAD —Btuh UNIT CAPACITY —Btuh B. TOTAL HEATING fLOAD—Btuh6//I& UNIT CAPACITY —Btuh/ C. DESIGN —cfm A. DESIGN CONDITIONS SUMMER WINTER a INSIDE DESIGN TEMPERATURE — F db db INSIDE DESIGN RELATIVE HUMIDITY T.— OUTSIDE DESIGN TEMPERATURE — F db wb O db x TEMPERATURE DIFFERENCE — F db db o NUMBER OF OCCUPANTS g B. UTILITIES POWER SUPPLY: VOLTS PHASE CYCLE FUSE BOX —amp LOCATION: .FROM CONDENSING UNIT —ft FROM FURNACE —ft t r ADDITIONAL ELECTRICAL SERVICE REQUIRED C TO BE SUPPLIED BY WATER SUPPLY: CITY—WELL'—OTHER QUANTITY AVAILABLE —gpm AVERAGE SUMMER TEMPERATURE — F PRESSURE AVAILABLE —psig DISTANCE FROM UNIT —ft NA CONDENSATE/OR CONDENSER DRAIN: DISTANCE FROM UNIT —ft o PUMP REQUIRED 1 C. HEATING GAS: NATURAL—LP—OTHER SPECIFIC GRAVITY HEATING VALUE — Btu/Cu ft COIL: GRADE HEATING VALUE — Btu/gal D. CONSTRUCTION TYPE CONSTRUCTION INSULATION: CEILING — TYPE THICKNESS WALL- TYPE THICKNESS SLAB— TYPE THICKNESS ATTIC: UNVENTED VENTED EXHAUST FAN —cfm ROOF: OVERHANG —ft WINDOWS: SINGLE PANE DOUBLE PANE SHADED UNSHADED INSIDE SHADING AWNINGS BASEMENT SLAB CRAWL SPACE YORK RESIDENTIAL LOAD FACTORS FOR COOLING AND HEATING COOLING HEATING CONSTRUCTION TEMP. DIFFERENCE-Fdb TEMP. DIF 'R NCE-Fdb 10 15 20 25 30 35 40 50 60 70 80 90 100 110 A OUTSIDE WALLS — Btuh PER sq it OF AREA (DO NOT INCLUDE WINDOW AREA) 1 NO INSULATION 4 5 6 8 9 10 10 13 15 18 20 23 25 28 2 1 " INSULATION 3 4 5 6 7 8 8 10 12 14 16 18 20 22 3 2" INSULATION 2 3 3 4 5 5 5 7 8 9 10 12 13 14 4 MORE THAN 2" INSULATION 2 2 2 3 3 1 3 4 5 6 7 8 9 10 11 B DOORS — Btuh PER sq ft OF AREA (DO NOT INCLUDE WINDOW AREA) 1 WOOD OR ALUMINUM 1 7 1 9 12 14 17 20 22 27 32 37 42 47 52 57 C INSIDE WALLS — Btuh PER sq ft OF AREA 1 BETWEEN CONDITIONED AND 2 1 3 4 5 6 7 8 9 10 12 14 15 17 19 UNCONDITIONED SPACE D CEILING BELOW VENTED ATTIC — Btuh PER sq it OF AREA 1 NO INSULATION 8 9 10 11 13 14 24 30 37 43 49 55 61 67 2 2" INSULATION 3 3 3 3 4 4 4 5 6 7 8 9 10 11 3 4" OR MORE INSULATION 2 2 2 2 3 3 3 4 4 5 6 6 7 8 E CEILING WITH NO ATTIC OR UNVENTED ATTIC — Btuh PER sq ft OF AREA 1 NO INSULATION 14 16 18 20 22 24 20 25 30 35 40 45 50 55 2 2" INSULATION 7 8 9 10 11 12 8 11 13 15 17 19 21 23 3 4" OR MORE INSULATION 6 6 7 7 8 9 6 8 9 11 12 14 15 16 F CEILING UNDER UNCONDITIONED ROOM — Btuh PER sq ft OF AREA 1 NO INSULATION 1 2 1 2 1 3 1 4 5 1 6 9 11 13 15 17 19 21 23 G FLOORS (OMIT IF OVER BASEMENT) — Btuh PER sq it OF AREA 1 OVER ENCLOSED CRAWL SPACE — — — — — — 9 11 14 16 18 20 23 26 2 OVER UNCONDITIONED ROOM 2 3 4 5 6 7 9 11 14 16 18 20 23 26 3 OVER VENTED CRAWL SPACE 3 4 5 7 9 11 14 17 20 24 27 31 34 37 H SLAB FLOOR ON GROUND—Btuh PER ft LENGTH OF OUTSIDE WALL I NO EDGE INSULATION 32 41 49 57 65 73 81 89 2 1 " EDGE INSULATION 27 34 41 48 54 61 68 75 3 2" EDGE INSULATION 22 28 33 39 44 50 55 61 J OUTSIDE AIR—Btuh PER sq ft OF TOTAL FLOOR AREA I DUE TO INFILTRATION I I I 1 2 1 2 2 3 6 7 9 10 12 13 14 16 PEOPLE — (USE MINIMUM OF 300 NOT USED IN HEATING K FIVE (5)— Btuh EACH L APPLIANCES —Btuh TOTAL 1200 NOT USED IN HEATING M WINDOWS — TRANSMISSION — Btuh PER sq it OF WINDOW OPENING AREA I SINGLE PANE 1 4 1 8 1 12 1 16 1 20 24 45 57 68 79 90 102 113 125 2 DOUBLE PANE OR GLASS BLOCK 2 4 7 9 I 1 13 22 28 33 39 44 50 55 61 N SOLAR WINDOW LOAD —(COOLING ONLY)— Btuh PER sq 1t OF AREA USE ALL WINDOW AREAS)OVERHANG O ft 1 it 2 it 3 it 4 1t FOR SINGLE GLASS SHADING 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 4 1 NO SHADING DEVICE 2 ROLLER SHADES HALF DRAWN N 20 15 1 1 20 15 III_ 20 15 1 1 20 15 1 1 20 15 1 1 16 3 DRAPES OR VENETIAN BLIND NE &NW 50 40 30 50 40L30 50 40 30 50 40 30 50 40 30 17 4 OUTSIDE VENTILATED AWNINGS E &W 80 60 45 70 48 60 42 33 52 36 28 42 29 23 I6SE &SW 65 50 35 53 40 40 31 24 27 21 17 20 15 11 17 A) FOR DOUBLE PANE OR STORM S 40 25 20 28 19 20 15 11 20 15 11 20 15 11 16 WINDOWS MULTIPLY FACTORS BY .90. B) FOR HEAT ABSORBING DOUBLE GLASS MULTIPLY FACTORS BY 60. 2 r YORK RESIDENTIAL COOLING AND HEATING LOAD ESTIMATE-ENTIRE HOUSE COOLING HEATING REFERENCE AREA NUMBER sq ft LOAD SENSIBLE LOAD SENSIBLE FACTOR HEAT FACTOR HEAT OUTSIDE WALLS A 13 Y 8 /O '7 .7 DOORS (INCLUDE GLASS WITH WINDOWS) B V 2 41 'L 7& INSIDE WALLS C D OR E CEILING OR F G FLOORS OR H a?y,( /-G '7002 OUTSIDE AIR J 2 o PEOPLE (5 MINIMUM) K v 5 300 1500 BLOWER MOTOR HEAT HP OR 2545 ORKW3415 APPLIANCES L 1200 WINDOWS TRANSMISSION M 131 7 OVERHANG FT. N SHADING I — 2_ 3_ 4_ NE &NW Q SINGLE GLASS J E &W N 0 DOUBLE GLASS_ N SE &SW HEAT ABSORBING_S SUB TOTAL DUCT LOSS: ATTIC-1 " DUCT INSULATION-SUB TOTAL X 1.15 X 1.25 ATTIC-2" DUCT INSULATION-SUB TOTAL X I.10 X 1.20 SLAB FLOOR-INSULATED DUCTS IN ENCLOSED CRAWL SPACE, UNCONDITIONED BASEMENT OR FURRED SPACES SUB TOTAL X 1.05 X 1. 10 S TOTAL SENSIBLE LOAD ALLOWANCE FOR LATENT LOAD—TOTAL SENSIBLE LOAD X 1.30 CORRECT FOR LOW DAILY TEMPERATURE RANGE-TOTAL LOAD X 1.05 HIGH DAILY TEMPERATURE RANGE-TOTAL LOAD X 0.96 n 3 lidI 9<<6-vc— YORK RESIDENTIAL LOAD FACTORS FOR COOLING FLYWHEEL" PERIOD AND A. COOLING LOAD FACTORS ARE BASED ON TWENTY- = PRECOOLING POSSITEMPI-E PRECOOLING FOUR HOURS TO TAKE ADVANTAGE OF PRECOOL- rc PERIOD ERATURE SLIP PERIOD w ING PERIODS AND FLYWHEEL EFFECT OF BUILD- a fc LOADINGANDFURNISHINGSINTHEHOUSE. THIS t UNIT CAPACITY ALLOWS THE SELECTION OF A SMALLER UNIT Z WHICH WILL PROVIDE BETTER BALANCE OF REL- ATIVE HUMIDITY AND TEMPERATURE CONTROL. 100• OUTSIDE TEMPERATURE ON EXTREME DAY 95• B. AREAS MARKED "A" REPRESENT PRECOOLING OF 90° THE BUILDING, FURNISHINGS, AND MATERIAL 85° DESIGN TEMPERATURE 8OF INSIDE TEMPERATURE ON WITHIN A RESIDENCE. THIS PROVIDES STORED— 8Oa — _ _ _ _ _ — EXTREME DAY UP COOLING WHICH DURING PEAK OUTSIDE 75o THERMOSTAT SETTING 76F TEMPERATURES TENDS TO LESSEN THE INSIDE TEMPERATURE RISE. 0 0 0 (D) j 0 ol 0 8 AM !2 NOON 4 PM 8 PM 12 MIDNITE 4 AM 8 AM SUMMER DAILY TEMPERATURE AND HUMIDITY RANGE v. rac Ni " r M" WCrrCi•ry b pw• wrr)r.r.N.•H•r urws n.p.r.. or•o ,nnee•rw,s o.urro... ..a.+s sr••esas'„ o.r ..aw p,r..•, nono• AREA TEMP, HUMIDITY v RANGE RANGE v LOW HUMID MED, AVERAGE HIGH DRY NATIONAL WARM AIR HEATING AND AIR CONDITIONING C. IT IS ALSO NECESSARY TO ACCOUNT FOR THE SUMMER DAILY TEMPERATURE RANGE. 1. THE SUMMER DAILY TEMPERATURE RANGE IS THE AVERAGE TEMPERATURE SWING WHICH OCCURS DURING THE COOLING SEASON. THE LOAD FACTORS ARE BASED ON THE MEDIUM TEMPERATURE RANGE. CORRECTION FACTORS MUST BE APPLIED TO AREAS IN THE LOW AND HIGH TEMPERATURE RANGES. THE AREAS ON THE MAP ARE AVERAGES SO LOCAL CONDITIONS WITHIN AN AREA SHOULD BE CONSIDERED TO DETERMINE THE TEMPERATURE RANGE TO USE. 2, MEDIUM TEMPERATURE RANGE (IS F - 25 F) A) FOR LOW TEMPERATURE RANGE (LESS THAN 15F) MULTIPLY TOTAL LOAD BY 1.05. 13) FOR HIGH TEMPERATURE RANGE (GREATER THAN 25F) MULTIPLY TOTAL LOAD BY 0.96. 3. THEREFORE, A RESIDENCE LOCATED IN A HIGH TEMPERATURE RANGE AREA HAS A GREATER FLYWHEEL EFFECT THAN ONE LOCATED IN A MEDIUM OR LOW TEMPERATURE RANGE AREA. SUBJECT TO CHANGE WITHOUT NOTICE PRINTED IN U.S.A. BORG WARNER COL l u 773 .10 YO R K Form 160`. 05-Fl P 0 BOX 1592. YORK, PENNSV LVANIA 17405