HomeMy WebLinkAbout25 Bissell Court (4)FOR OFFICE USE ONLY APPLICATION FOR HVAC PERMIT DATE: o/ 6 6,00
NO. TOWN OF SOUTH WINDSOR EST.COST:
BLDG., PERMIT NO. 7z_ 1540 SULLIVAN AVENUE FEE_ d
SOUTH WINDSOR, CT 06074 FEES:
644-2511 - Ext. 230 0 - $19000 - $10.00
1000 or fraction
LOCATION OF BUILDING ktj j thereof - $10.00
OWNER ADDRESS TOWN PHONE NO.
H'TAC CONTRACTOR ADDRESS TOWN PHONE NO.
TYPE OF SYSTEM: HEATING TYPE OF BUILDING: RESIDENTIAL
A/C COMMERCIAL
VENTILATION BUSINESS
INDUSTRIAL
IF HEATING: LOTW PRESSURE LIMIT LBS. HIGH PRESSURE LIMIT LBS.
HYDRONIC f' WARM AIR
UNIT RADIANT HEATER (INCLUDING WOOD/COAL BURNING STOVE)
AL
TYPE OF FUEL: OIL-GPM GAS IN-PUT L ELECTRIC KW
WOOD COAL
OIL TANK - SIZE & LOCATION: INSIDE OUTSIDE CAPACITY
LPG TANK - CAPACITY
EXISTING RADIATION ADDITIONAL RADIATION TOTAL RADIATION
DESIGN TEMP. OUTSIDE OF INSIDE OF DIFFERENCE OF
TOTAL HEAT LOSS (BTUH) HEAT LOSS SHEET MUST ACCOMPANYAPPLICATION)
DESCRIBE ALL EATING EQUIPMENT (INCLUDING MAKE & MODEL N0.)
GROSS HEA ING CAPACITY (INPUT-BTUH) .10 b1 c>c>o NET RATING (OUTPUT-BTUH)
IF AIR CONDITIONING: DESIGN TEMP. OUTSIDE OF INSIDE OF DIFFERENCE F
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 D CRIPT ON OF ORK:
C(
STATE LICENSE - NAME & TYPE #DATE SIGNATURE F APPLIC
A
APPROVED DATE
BD 4A 11/88
I se B a R CALCULATION SHEET IN3 (Modern Method) Copyright 1977 by The Hydr nits Institute
OWNER ADDRESS DESIGN TEMPERATURE DIFFERENCE F. DATE
C L.A COL.B COL.C COL.D COL.E COL.F COL.G
1 ROOM Q
O H I L W H L W H I L I W H L W H L W Design Water Temp.
2 ROOM DIMENSIONS,FT.U BTUH per P t of
3 LENGTH EXPOSED WALLS,FT. 4 Radiation Selected
4 WINDOW AND OUTSIDE DOOR AREA U.
BTUH BTUH BTUH BTUH BTUH
5 WALL CONSTRUCTION ROOM LIN.FT.OF
Table 9,Lina 3 x H) TOTALS RADIATION
6 TYPE OF GLASS FROM LINE 12 SELECTED
Bott m f table used for Line 5)
7 CEILING CONSTRUCTION C
Table 9.L x W)
g FLOOR CONSTRUCTIONt
Table 9,L x W or Lin Ft) E
9 COLD PARTITION CONSTRUCTION F
Table 9,L x H)G
10 c 1 Wall(With Openings)
0 e;H
2 Walls(With Openings) Zx
J 1
3 Walls lWith Openings) or Ent.Hall 1.
J
11 TOTAL BTUH AT 70F TEMP DIFFERENCE'
K2 TOTAL BTUH AT DESIGN TEMP DIFFERENCE K
COL.A _ â_-COL.B COL.H COL.1 COL_J COL.K COL.L TOTAL BTUH TOTAL
OF BUILDING RADIATION
1 ROOM Q AT SELECTED
O H L W N L W H L W H L W H L W DESIGN TEMP.°
2 ROOM DIMENSIONS,FT 1 DIFFERENCE
U
3 LENGTH EXPOSED WALLS, FT. 4
0 WINDOW AND OUTSIDE DOOR AREA U.
BTUH BTUH BTUH BTUH BTUH
5 WALL CONSTRUCTION INCREASE BATHROOM
Table 9,Line 3 x H) TOTAL 20%
6 TYPE OF GLASS
Bott m of table used for Line 51
tFOR CONCRETE FLOOR ON7CEILINGCONSTRUCTIONGROUNDORFILLAT
Table 9, L x WI 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 -G 1 Wall(With Openings)G
i 2 Walls(With Openings) O XJ
3 Walls(With Openings)or Ent.Hall
11 TOTAL BTUH AT 70F TEMP DIFFERENCE'
12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE
This form is available from The Hyd nits Institute,36 Russo Place,Berkeley Heights,N.J. 07922
FORM )503
Page 1
A.-X- X-X--x X--X- X-
EATLOSG vers 3. 1 Copyright 1986, 13O7, Thomas and Associates, Dellaire, Mi
616) 533-8472
XI*****************
PETER SAVAS
56 CHRISTOrHER DF'
WESTFIELD, MA 01085
413) 562-69O
04-24-1991
D & G PLUMBING
CHARLESTON HOUSE
SOUTH WINDSOR
LIVING ROOM Prepared by PETER SAVAS
HEATLOSS
THE TOTAL BTUH FOR THIS ROOM IS 7r619
The total feet of radi'ation required for thzs room 15. 2
ENTRY Prepared by PETER SAVAS
HEATLOSS
THE TOTAL BTUH FOR THIS ROOM IS 1 , 925
The total feet of radiation required for this room 3. 8
DINING ROOM Prepared by PETER SAVAS
HEATLO3S
THE TOTAL BTUH FOR T| |IS ROOM IS J, 131
The total feet of radiation requiFed fur ihi povm
KITCHEN/DINNETTE Prcpared by PETER 3 VA3
HEATLOSS
THE TOTAL BTUH FOR THIS ROOM IS 8, 61
The total feet of radiation required for this roum 17. 2
LAVATORY Prepared by PETER SAVA3
HEATLOCS
THE TOTAL BTUH FOR THIS ROOM IS 15O
The total feet of radiation required for thzs room 0. 3
BEDROOM Prepared by PETER SAVA3
HEATLOSS
THE TOTAL BTUH FOR THIS ROOM IS
The total feet of radiation required for this room 7. 4
BEDRROM Prepared by PETEr-,' SAVAC
EATLOSC
THE TOTAL BTUH FOR THIS ROOM IS 3, 9O0
The total feet of radiation reqi tired fnr this room 8. 0
BATH Prepared by P[TE AVA3
EATiOSS
THE TOTAL BTUH FOR THIS ROOM IS 1 , C,14
Page 2
The total feet of radiation required for this room 3. 2
CLOSET Prepared by PETER S A V A S
HEATLOS8
THE TOTAL BTUH FOR THIS ROOM IS 713
The total feet of radiation required for this room 1 . 4
MASTER BEDROOM Prepared by PETER SAVA3
HEATLOCS
THE TOTAL BTUH FOR THIS ROOM IS 7, 355
The total feet of radiation required for this room 14. 7
TOTALS FOR LIVING AREA
HEATLOSS
THE TOTAL BTUH FOR THIS AREA IS 38, 833
The total feet of radiation required for this urea 77. 7
End of report
Page 1
HEATLOSS vers 3. 1 Copyright 1986, 1987, Thomas and Associates, Bellaire, Mi
616) 53? -8472
PETER SAVAS
56 CHRISTOPHER DR
WESTFIELD, MA 01085
413) 562-6986
04-24-1991
D & G PLUMBING
CHARLESTON HOUSE
SOUTH WINDSOR
ESTIMATED HEAT LOSS CALCULATION FOR RESIDENTIAL BUILDING (C) 1986, 1987 TA
LIVIN6 ROOM Prepared by PETER SAVAS
ROOM NUMBER 1 CE]LIN6 HEIGHT IS 8. 00 VOLUME IS 1568. 00 CUBIC FEET
3 EXPOSED OPENINGS, TDTALING 50. 40 SQUARE FEET
3 EXPOSED WALLS, not including openings, TOlALIN SQUARE FEET
ROOM SIZE IS 14. 00 LONG by 14. 00 WlDE, TOTALING > 196. 00 SOUARE FEET
FLOOR TYPE IS: Floor over any Conditioned Space
CEILING TYPE IS: Conditioned space above
WINDOW TYPE IS: Single with storm sash
WALL CONSTRUCTION IS: Frame, Insulated
1-|EAYLOSS
The Total BTUH for the outside walls are 1 , 410
The Total BTUH for the Exposed Openings are
The total BTUH for the cei1ings 0
The total BTUH for the oflors 0
The BTUH infiltration for the walls zs 0
The BTUH infiltratjon for the openings is 3, 726
THE T(C"TAL BTUH FOR THIS ROOM IS 7, 619
The total feet of radiation required for thzs room 15. 2
ESTIMATED HEAT LOSS CALCULATION FOR SIDENTTAL B1.JILDIN6 (C/ 1986' 1987 TA
ENTRY Prepared by PETER SAVAS
ROOM NUMBER 2 CEILING HEI6HT lS 8. 00 VOLUMF IS 33. 00 CUBIC FEET
1 EXPOS GSEDOPENIN , TOTALING o. OUARE FEET
2 EXPOSED WALLS, not including openings, TOTALING >/ 83. 60 QUARE FEET
ROOM SIZE IS 6. 00 LONG bv 7. 00 WIDE. TOTALING >4. »0 SQUA E FEET
FLOOR TYPE IS: Floor over any Conditioned S ace
CEILING TYPE IS: Conditioned space above
WINDOW TYPE IS: No openings in this room
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSS
The Total BTUH for the outside walls are 552
The Total BTUH for the Exposed Openings are 574
The total BTUH for the ceilings 0
The total BTUH for the floors 0
The BTUH infiltration for the walls is 0
The BTUH infiltration for the openings zs 790
THE TOTAL BTUH FOR THIS ROOM IS 1 , 325
The total feet of radiation requzred for this room 3. 8
ESTIMATED HEAT LOSS CALCULATlON FOR RESIUENTIAL BUILDING (r) 1986, 1987 TA
Page 2
DINING ROOM Prepared by PETER S AVA S
ROOM NUMBER 3 CEILING HEIGHT IS 8. 00 VOLUME IS 1152. 00 CUBIC FEET
2 EXPOSED OPEN INGS, TOTAL ING >>>>>>>>>>>) >>>>>>>) >>>> 30. 00 SQUARE FEET
1 EXPOSED WALLS, not including openings, TOTALlNG >>> C-6. 00 SQUARE FFET
ROOM SIZE IS 12. 00 LONG by 12. 00 WIDE, TOTALING >> 144. 00 SQUARE FEET
FLOOR TYPE IS: Floor over any Condztioned Space
CEILING TYPE IS: Conditioned space above
WINDOW TYPE IS: Single with storm sash
WALL CONSTRUCTION IS: Frame, [nsulated
HEATLOSS
The Total BTUH for the outside walls are 436
The Total BTUH for the Exposed Openings are 17478
The total BTUH for the cei l ings
The total BTUH for the floors 0
The BTUH infiltration for the walls is 0
The BTUH infiltratzon for th openzng' zs 1 , 217
THE TOTAL BTUH FOR THIS ROOM IS 3, 131
The total feet of radiation requir d for thzs room 6. 3
ESTIMATED HEAT LOSS CALCULATION FOR RESIDENTIA|' BUILDING (C/ 1986, 1987 TA
i:,TTCHEN/DINNETTE Prepared by PETER SAVAS
ROOM NUMBER 4 CEI -IN6 HEIGHT IS 8. 00 VOLUME lS 1936. 00 CUBlC FEET
3 EXPOSED OPENINGS, TOTALIN6 !>>>> ` >'!; > 64. 80 SOUARE FEET
3 EXPOSED WALLS, not including openings, TOT ALlNG SOi)ARE FEET
ROOM SIZE IS 22. 00 LONG by 11 . 00 WIDE, TOTALlNG >> 242. 00 SQUARE FEET
FLOOR TYPE IS: Floor over any Conditionpd Space
CEILING TYPE IS: Conditioned space above
WINDOW TYPE IS: Single with storm sash
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSS
The Total BTUH for the outside walls are 1 , 684
The TotaI BTUH for the Exposed Openings are
The total BTUH for the cei l ings
The total BTUH for the floors 0
The BTUH infiltration for the walls is o
The BTUH infiltration f r the openings is 4, 60(
THE TOTAL BTUH FOR THIS ROOM IS 8, 616
The total feet of radiation required for this room
ESTTMATED H F A T .LOSS CALCULATION FOp RESIDENTTAL B\/] LDING /C/ t986, 19O7 TA
LAVATORY Prepared by PETER SAVAS
ROOM NUMBER 5 CEILING HEIGHT IS 8. 00 VOLUME IS 192. 00 CUBIC FEET
0 EXPOSED OPENINGS, TOTALING >>>>>>>>>>>> />>>>>> v. 00 SQUARE FEET
1 EXPOSED WALLS, not including openings, TOTALING SQUARE FEET
ROOM SIZE IS 3. 00 LONG by 8. 00 WIDE, TOTALING >>24. 00 SPUARE FEET
FLOOR TYPE IS: Floor over any Conditioned Space
CEILING TYPE IS: Conditioned space above
WINDOW TYPE IS: No openings in this room
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSS
The Total BTUH for the outside walls are 158
The Total BTUH for the Exposed Openings are
The total BTUH for the ceilings 0
The total BTUH for the floors 0
Pacle S
The BTUH i n f i l t r mat i c.n f._.r t h Erg walls is C)
The BTUH infiltrGation f ,r the openings 1S c:
THE TOTAL BTUH FOR THIS ROOM I(G) 1.L,c3
F.hc? tc,ta1 fE'et ----f radicat7 c:,n reQUired f-Dr this room r ,1
EE3T I MATED i-IEAT L.OSS l_:AL_-:IJLAT I ON FOR RES I DENT I AL.. BL.J:I:LA)I N=i {C 1.986 1.':i87 TA
BEDF:OOM Prepared by PETER: SAVAS
ROOM NUMBER: 6 W E=I L._I N: H[:_T:-H-1- IS 8. 0i? VOL.UMr= r IS ':3C:,c', C)C) (.JB I_: FEET
1 EXPOSED OPEN I N_,c3, `r*c)r*AL...J:N J 1 :::. C..) SC}UAF'F FEET
E X F'OSE D W A(.._L S, n t n::1 t_t d n c 1: c3 r7 i rl c.7 , "I"C1`I-,I__.[>!.. 1(:,.1'r c-rc_) f:3Q(.J A Fe I__ F EET
F;O0 I S I Z E I S 1.a'. c_c:? L..()N"i 1:?y 1âĒC)â c'c y WIDE, TC)-FAL..1:1`I_:i 1.: :c:. t w;f::!LJAF:L: F-EET
F L-0 0Re TYF='E IS: 1---1.ca r civer any 1 a. 1.i r-ecj r3r:
E:I L_I N I.YPE_. I S o Unc c-n d i t i c-n ed Attic Space Ah c-ve
WINDOW "I-YI-'E,- I E3: S1.na 1 ey with St c,r rn
WALL_ r:ONS`rf U_T I ON 1 S: i-*r arrle}, In Sc.l1 Eat 2d
FlEA71.0S S
I-h c T t a 1 E`f lJ F-! f r t F'cy t_c t, .a.d Ea w t::t 11.is a ca 1 i(:s
The T---tat BTUH f c,r the E x p s;od Dpenincl S tarc:
The-, t ot -x1 BTU1.1 f lr the cEi .l. i nQS
Thc::, total BTUH f r the f 1.1- cirs c_)
The I3TUH infiItratic.n f c.r the wa1. 1. n J. C)
r,he B-TUH infiltrati n f r the J.:
THE TOTAL F31-lJH 1---OR Tl-1 I Ci i':(:)C)M IS
I le tr--teal feet of riadica is-in recll..liY'c?d fi r t '1:1.'s rol-IM 4
F=ST I MATED HEAT LOESS i.AL..E UL_.AT I ON F'(-F,:' F:E'S I D1._l\lT I p,l_ IAJ I L-D I NG c _:i 1 '_J8F:,, 1'_ig7 TA
I";E`D1:F FJ1"I Pr c=p:r i d byF='r.::TER SAVAS
F:OOM NUMBER: I i-lE I 3HT I S S. C-)C) VOI._l.JME IS 1 c_)'5)=_,. C)C-) CUBIC: FEET
1 E=_k:F-'E1cif D OF'EIN 1 N>, T()T AI_I hl_a 1. :r iai SL-DARE FEET
EREPOSE--D WAL-L_S, 1 cit i n c-1 Ud i n c7 c1p erl i n g , 1 Cl I ,L...:[N.: 17 . c_)c_> ?G l..)AF:C_ FEE1
F'O(')M SIZE IS L.(_1\1131 by 12,. C)C) W1I)Ers T 0 1 L..1:N!- 1 t} SO. FEET
FL0C-11'.. TY1-'E IS: F`1 Y vicar- earlyEi1-? c:
E I L I N_; TYPE: I S n Uncc-nditirined Attic c5p<Fa c::, Ab -ve
WINDOW TYPE IS: Si nq1 e with St--,rm sash
WALL _ON STr...U_T I ON IS: Fr<:ame. I n t-L(1 gal:c,cl
ldEATL.(_3,cS
The T t<-A1 BTUH f r thc? utSide wa11 S EkrP 1 , 1::3;)
The 'T--ta1 DTU1 I for thc F._;p-:e:c1 Ope.-aninr_js ar-(-_ j1
The t .tGa1 BTU1-1 f c,r the cei 1. i nc1 1
The t ,t a1 BTUi-I t hc. f1riors c_
The BTUH infi1tratic,n f---r I;he wa11. r
I-ht: BTUH infiltrate n fco, the clpe nJ.nciS J. {.i 1. , C;7::,
JH E 1-131-AL BTUH FOR THIS ROOM IS
Th e t t a 1. f e-et -D f r rad i clt]. c_In r r,cl U i Y'RCl f 1' t I 7.c:, I-C--7.1m
Ec31**I MATED HEAT LOSS CAL.0:UI....A-f T.C1N Fc)r: FT,_c_-',I i?E::N-f I AL.. I::U J:L._D I N=i c: : 1'=JOG. 1.'=07 TA
BATH Prepared by PE:TEF:: S A V A S
F OL)M NUMBE7R 3 E I I..-I Ni:, 1-iIHI GH-F Ir,:3)V1)f.-UME I J.-:1.;3 r c C) CUBIC-: FEl'T
1 EXF-'OSE.D OF'E N]'N::i47, *T'(")I"AL.J:N=i C.â c::?c:? L:;[:!l.JA1-;F: FEET
1 L=XF='OSE-=D WALLS, - t i n--1 t_tdi cl pc`ni nn: , T01 1..AI._IN:, i. c?c_? L;n1.! F:H_ FEE-1-
rr::tROOM S 1:ZE: I S 7. iis") L_ON'i k y c:). c_ac: W T DC, T() AI....1:('J JL . c_?c_? tit(.U 1''F._ FE::E:"r
17-L-00Fe TYPE= IS: over any _-_-ndi t i--,ned Sp<:1C_e
Page 4
CEILIN8 TYPE IS: Unconditioned Attic Space A b ove
WINDOW TYPE IS: Single with storm sash
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSSTheTotalBTUHfortheoutsidewallsare33o
The Total BTUH for the Exposed Openings re 296
The total BTUH for the ceilings 246
The total BTUH for the floors 0
The BTUH infiltration for the walls is 0
The BTUH infiltration for the openings is 473
THE TOTAL BTUH FOR THIS ROOM IS 1 , 614
The total feet of radiation required for this room 3. 2
ESTIMATED HEAT LOSS CALCULATION FOR RESIDENTIAL BUILDTNG /C) 1986, 1987 TA
CLOGET Prepared by PETER SAVAS
ROOM NUMBER 9 CEILING HEIGHT IS 8. 00 VOLUME IS 240. 00 CUBIC FEET0EXPOSEDOPENINGS, TOTALING >>>>>>>>>>>>>>>>>>>>>>>0. 00 SQUARE FEET2EXPOSEDWALLS, not including openings, TOTALIN6 >>> 88. 00 SOUARE FEET
ROOM SIZE IS 6. 00 LONG by 5. 00 WIDE, TOTALING >>30. 00 SQUARE FEETFLOORTYPEIS: Floor over any Condztioned Space
CEILING TYPE IS: Unconditioned Attic Space Above
WINDOW TYPE IS: No openings in this room
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSS
The Total BTUii for the outside walls are 581
The Total BTUH for the Exposed Openings are 0
The total BTUH for the ceilings 132
The total BTUH for the floo rs 0
The BTUH infiltration for the walls is 0
The BTUH infiltration for the openings is ` 0
THE TOTAL BTUH FOR THIS ROOM IS 713
The total feet of radiation required for this room 1 . 4
ESTIMATED HEAT LOSS CALCULATION FOR RESIDENTIAL BUILDING 1986, 1987 TA
MASTER BEDROOM Prepared by PETER SAVAS
ROOM NUMBER 10 CEILING HEIGHT IS 8. 00 VOLUME lS 1568. 00 CUBIC FEET2EXPOSEDOPENINGS, TOTALING >>>>>>>>>>>>>>>>>>/>>> 24. 00 SQUARE FEET3EXPOSEDWALLS, not including openings, TOTALING >>> 240. 00 SQUARE FEET
ROOM SIZE IS 1.4. 00 LONG by 14. 00 WIDE, TOTALTNG 196. o0 SQUARE FEET
FLOOR TYPE IS: Floor over any Conditioned Space
CEILING TYPE IS: Unconditioned Attic Cpace Above
WINDOW TYPE IS: Single with storm sash
WALL CONSTRUCTION IS: Frame, Insulated
HEATLOSS
The Total BTUH for the outside walls are 1 , 584
The Total BTUH for the Exposed Openings are 1 , 1O3
The total BTUH for the ceilings 862
The total BTUH for the floors 0
The BTUH infiltration for the walls is o
The BTUH infiltration for the openings is 3, 726
THE TOTAL BTUH FOR THIS ROOM IS 7, J55
The total feet of radiation required for this room 14. 7
Page 5
TOTALS FOR LIVING AREA
VOLUME IS 9456 CUBlCFEET
EXPOSED OPENINGS, TOTALING SQUARE FEET
EXPOSED WALLS, not including openings, TOTALlNG >>>>>> 1356 SQUARE FEET
TOTAL SQUARE FOOTAGE OF HOME 1182 SQUARE FEET
Prepared by PETER SAVAS
HEATLOS
The Total B T U H for the Exposed Openings are 9, 529
The total BTU for the ceilings 2, 350
The total BTUH for the floors o
The BTUH infiltration for the wal ] s is 0
The 8TUH infiltration for the openings is
lHE TOTAL BTUH FOR THIS AREA IS 3O, OJ3
The total feet of radiation required for thi area 77. 7
End of report