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Home My WebLink About101 Bidwell Road (6) FOR OFFICE USE ONLY APPLICATION FOR HVAC PERMIT DATE: /2-- 3 —A) (NO. ) TOWN OF SOUTH WINDSOR EST.COST: BLDG. PERMIT N0. 1540 SULLIVAN AVENUE FEES . SOUTH WINDSOR, CT 06074 FEES: 644-2511 - Ext. 230 $ 0 - $19000 - $10.00 /d/ $1000 or fraction LOCATION OF BUILDING 6 thereof - $10.00 Z4,1 22� OWNER ADDRESS TOWN PHONE NO. .,-A/ 95-3 /ft-Lo —94-f LL 6.� n/cJ —6 HVAC CONTRAC OR ADDRESS TIN PHONE NO. TYPE OF SYSTEM: HEATING TYPE OF BUILDING: RESIDENTIAL A/C COMMERCIAL VENTILATION BUSINESS INDUSTRIAL IF HEATING: STEAM LOW PRESSURE LIMIT LBS. HIGH PRESSURE LIMIT LBS. HYDRONIC WARM AIR UNIT RADIANT HEATER (INCLUDING WOOD/C AL BURNING STOVE) TYPE OF FUEL: OIL-GPM GAS IN-PUT ELECTRIC KW WOOD COAL OIL TANK - SIZE & LOCATION: INSIDE OUTSIDE CAPACITY LPG TANK - CAPACITY EXISTING RADIATION ADDITIONAL RADIA ON TOTAL RADIATION DESIGN TEMP. OUTSIDE OF INSIDE °F DIFFERENCE OF TOTAL HEAT LOSS (BTUH) 4 (HEAT LOSS SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL HEATING EQUIPMENT (INCLUDING MAKE & MODEL NO.): ti c GROSS HEATING CAPACIT (INPUT-BTUH) MV NET RATING (OUTPUT-BTUH) IF AIR CONDITIONING: DESIGN TEMP. OUTSIDE°F INSIDE21 DIFFERENCE Zr F TOTAL HEAT GAIN (BTUH) (HEAT GAIN SHEET MUST ACC ANY APPLICATION) DESCRIBE ALL COOLING EQUIPMENT (INCLUDING MAKE & MODEL NO.): Q l - S3 TONNAGE COOLING CAPACITY (BTUH) IF VENTILATION: DESCRIBE ALL AIR-HANDLING EQUIPMENT (INCLUDING KITC EN 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: U_5 &-rA1vL Du s.J 303 l7o/ a.- STATE LICENSE - NAME & TYPE # DATE IGNATUROW APPLTt#NT APPROVED DATE BD 4A 11/88 I - 8- R CALCULATION SHEET IN3 (Modern Method) Copyright 1977 by The Hydronics Institute OWNER ADDRESS DESIGN TEMPERATURE DIFFERENCE F. DATE COL.A COL.B COL.C COL.D COL.E COL.F COL.G 1 ROOM Q O H L W H L I W H L W H L W H L W Design Water Temp. 2 BTUH per F t f ROOM DIMENSIONS, FT. ~ _ U 3 LENGTH EXPOSED WALLS,FT. A Radiation Selected 4 WINDOW AND OUTSIDE DOOR AREA U. BTUH BTUH BTUH BTUH BTUH 5 WALL CONSTRUCTION ROOM LIN.FT.OF (Table 9, Line 3 x H) TOTALS RADIATION 6 TYPE OF GLASS FROM LINE 12 SELECTED (Bottom of table used for Line 5) 7 CEILING CONSTRUCTION C (Table 9. L x W) L13tFLOOR CONSTRUCTIONt (Table 9, L x W or Lin. F t) E 9 COLD PARTITION CONSTRUCTION F (Table 9, L x H) G 10 c 1 Wall(With Openings) H =0 2 Wells(With Openings) D X J 1 3 Walls(With Openings)or Ent.Hall Fe- 11 TOTAL BTUH AT 70F TEMP DIFFERENCE' 12 TOTAL BTUH AT DESIGN TEMP. DIFFERENCE K _— COL.A — _ — COL.B COL.H COL.I COL.J COL.K COL.L TOTAL BTUH TOTAL OF BUILDING RADIATION 1 ROOM tL AT SELECTED O H L W H L W H L I W H L I W H L W DESIGN TEMP.- 2 ROOM DIMENSIONS.FT DIFFERENCE u - - 3 LENGTH EXPOSED WALLS, FT. 41 WINDOW AND OUTSIDE DOOR AREA U. BTUH BTUH BTUH BTUH BTUH 5 WALL CONSTRUCTION *INCREASE BATHROOM (Table 9,Llne 3 x H) TOTAL 20% II TYPE OF GLASS (Bottom of table used f r Line 51 7 CEILING CONSTRUCTION tFOR CONCRETE FLOOR ON ( GROUND OR FILL AT Table 9, L x W) GRADE LEVEL,USE LINEAR B 1 FLOOR CONSTRUCTIONt FEET OF EXPOSED EDGE (Table 9,L x W r Lin Ft.) 9 COLD PARTITION CONSTRUCTION (Table 9,L x H) 10 -c 1 Wall(With Openings) C 2 Wells(With Openings) O J X 3 Wells(With Openings)or Ent. Hall 11 TOTAL BTUH AT 70F TEMP DIFFERENCE' 12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE This form Is available fr m The Hydronlcs Institute,35 Russo Place,Berkeley Heights,N J 07922 FORM 1503 1 STANDARD LOAD OUTPUTS Company Name: AIRE TECH MECHANICAL INC 08-08-90 Block Load v1 .0 Page 1 of 2 Zone Name: smithwhse City Name HARTFORD, CONNECTICUT Weight - Wall : 30 Latitude (deg) : 42 (lb/sqf t) Roof : 10 Elevation (ft) : 15 Bldg: 30 Indoor -Summer: 75 F 50 RH Color - Wall. : MEDIUM -Winter: 68 F M Roof : MEDIUM ________________________________________________________________________ TEMP TOTAL TONS RSH TONS CFM I . JUN at 9 A.M. 75.6 13.05 6.81 3,716 2. JUL at 9 A.M. 78.6 14.24 7.21 3,932 3. SEP at 10 A.M. 75.4 12.80 6.88 3, 753 4. OCT at 2 P.M. 74.0 13.27 7.75 4,228 S. SEP at 3 P.M. 85.4 17. 32 9. 71 5,294 6. JUL at 4 P.M. 90.0 19.96 11 .01 6,005 7. JUN at 4 P.M. 87.0 18.78 10.63 5,798 Heating Load (Btuh)= 121 ,858 w/Infil . = 276,298 Airflow= 5,980 cfm ------------------------------------------------------------------------ ORIENTATION OF BUILDING N S E W RF TRANSMISSION FACTORS 0.08 0.08 0.08 0.08 0.08 Glass Fac. :0.55 Lights Fluorescent? N Shade Fac. :0.63 Floors: 1 Length: 100 Width: 108 Height: 20 Vent Air Percent : 19 ---- - ----------- ------------- ---------------------------- Number of',people = 108 Sensible people load = 31 ,860 Total lights = 16,200 Lighting load = 55,291 Other electrical = 0 Other electrical = 0 Area of "N . glass = 0 � North glass solar = 0 � Area of , S glass = ;� 0 South gla5 solar = 0 Area of`'E glass = � 6 East glass, O Area of W glass = 0 West glass solar = 0 Total glass area = 0 Total glass solar = 0 Total glass _trans. - 0 Area of ,N wall = ~ .2,000 N wall load ., r = 2,080 Area of S wall -2,000 S wall load ' ' - 3,876 . Area of E wall 21, 160__�. E wall load 2,31 Area of W wall = 2, 160 W wall load - = 5,410 , Total wall area - . 8,320 Total wall tr1ans." = 13,680 ` Area of roof = 10,800y Roof lo_ad 31 ,271 w_ Saf ty factor = ,:0% Safety l s ]S _ Supply fan hp - 15. 6 ' Fan heat gaz6 '(DT)' = 15,815 Ventilation cfm = 1 ,080„ Vent sensi6 e. load Vent latent load = 24,591 People latent load = 49, 140 Total cfm-std air= " 6,005 Total latent load ; _ _- 73,731'' Room' sensible = 132, 101 Room latent = 49, 140 Plenum return exhaust 0 --> GRAND TOTAL LOAD = 239,468 Btu/hr or 19.96 tons <-- Load run for # 6. JUL at 4 P.M. Area (sq f t) - 10,800 Sq f t,/ton .- 541 Total cfm-std air= ' 6,005 Cfm/sq f,t - 0.56, HE TII�q __________________________________________________________________ Ventilation load = 77,220 Roof heating load = 56, 160 Glass ' heat load = O r Wall heating -load , - 43,264 Infiltration load'""154'p-440 Warm-up load = 0 Slab heating loa_ d7 22,434 Heat load with vent 199 ^ '�� r1t.} ,...w.1 + y _ ":hr,,-.., ,, ar e.�l. rp�yn• .ryy„ram......«.....«! ,r.. ... .-. - i .- ..r- /ram •'{ t;y'.Gt i„ N 7 SRECIAL., LOAD OUTPUTS Company Name: AIRE TECH MECHANICAL 'INC 08-08-90 Block Load v1 .0 Page 2 of 2 N . Type 1 Wall area = 240 N . Type 1 Wall load = 250 S:- Type-' I Wall--area" = °"' ^240 S Type 1 Wall load 465 W. Type 1 Wall area =" ' 564 W.. Type 1 Wall load -- 1 ,403 Tota1 "'wa11,,�''ar_ea �,�p. � . ',�� 1 ,040 Total��,W.all trans. _ : " � 2,117., Pa.rtition 'area `560 "" " Total " part: trans 840 _ Ceiling area - 0 Total ceiling trans = 0 Floor area - 0 Total floor trans - 0 A!,-ea of roof = 2;100 'Roof load - 6-,080 Safety _fac'tor = h, 0% Safety Load -- 0 Evap fan 'So_ rsepower -t; 2.44 Fan heat- gain (DT) - 7,488 Misc sensible = 0 Misc. sensible load - 0 Ventilation cfm = 426 Vent sensible load = '7,036 Misc. latent = 0 Misc. latent load = 0 Number of.. people = 21,•- Pe6p1-6-Patent- load = 4 '305" Ventilation cfm = 426 Vent. 'latent load - •'`a '-i2�ti`550�` Total cfm - std ai r = 2,843 - Total, patent load r 169,955 Total room sensible = b:2 , b,40 Total room latent - 4 , 305 __------------------------------------------------------------------___-- Plenum return exhaust credit: -1 ,848 smith --> GRAND TOTAL LOAD = 104,498 Btu/hr or 8. 71 tons <-- Load run for # 6. JUL at 4 P. M. Area (sq f t) - 2, 100 Sq.f t per ton - 241 Total cfm-std air = 2,843 Cfm per sq f t = 1 .35 HEATING LOAD Partition load = 0 Ceiling4load = 0 Ventilation load = 33,775 Roof heating load = 12,096 Floor heating load= 0 Skylight load - 0 Glass heating load= 20,275 Wall heating load = 5,990 Slab heating load = 7,559 Infil heat load - 0 Warm-up load = 0 Heat load w/vent = 79,695 -----------------------.-----______----------------------_--------------- COIL SELECTION PARAMETERS Coil in (db/wb) = 80.6 / 64.4 Tot sensible load = 87 , 543 Coil out (db/wb)= 52.6 / 51 .8 Total coil load = 104 ,498 Specified room RH = 50% Resulting room RH = 44% Term air temp �: =55.0/110.0 Degrees rotated = 0 STANDARD LOAD OUTPUTS Company Name: AIRE TECH MECHANICAL INC 08-08-90 Blo.ck Load v1 .0 Page 2 of 2 Zone Name: smithwhse COIL SELECTION PARAMETERS Coil temp enter = 77.7/ 65.4 Total sensible load = 165,737 Coil temp out = 52.6/ 51 .9 Total coil load = 239,468 Specified room RH= 50% Resul�ing room RH = 52% ------------------------------------------------------------------------ Terminal. air temp=55.0/110.0 Degrees rotated = 0 Supply fan static= 3.00 No ceiling return Building U-factor= 0.08 watts --------------------------------------------------- ._-------------------- i