HomeMy WebLinkAbout100 Bramlebrae (4) FOR OFFICE USE ONLY APPLICATION FOR HVAC PERMIT DATE: 2 L
(NO. ) 00, TOWN OF SOUTH WINDSOR EST.COS (e7-i.up
BLDG. PERMIT NO. 1540 SULLIVAN AVENUE FEE .50..d
SOUTH WINDSOR, CT 06074 FEES:
644-2511 - Ext. 230 $ 0 - $19000 - $10.00
$1000 or fraction
LOCATION OF BUILDING S Z5,9^ -46w4?-,0,e-A thereof - $10.00
SAr-fC5, 0Ge�:,,y ?ALm �bR Sbwl ICJ
OWNER ADDRESS TOWN PHONE NO.
Lc�Z�N �l/'�G ✓� /2 2.. �ct-E3'Cc R 17 id1 C iqw 17 6 Ot�y �37!-��7a
HVAC CONTRACTOR ADDRESS TOWN PHONE NO.
TYPE OF SYSTEM: HEATING TYPE OF BUILDING: RESIDENTIAL-
A/C COMMERCIAL
VENTILATION _ BUSINESS _
INDUSTRIAL
IF HEATING: STEAM LOW PRESSURE LIMIT_LBS. HIGH PRESSURE LIMIT LBS.
HYDRONI -:�� WARM AIR
UNIT RADIANT HEATER (INCLUDING WOOD COAL BURNING STOVE)
TYPE OF FUEL: OIL-GPM /./D GAS IN-PUT ELECTRIC KW
WOOD COAL
OIL TANK - SIZE & LOCATION: INSIDE OUTSIDE CAPACITY 2 ems`
LPG TANK - CAPACITY
EXISTING RADIATION_ ADDITIONAL RADIATION TOTAL RADIATION_
DESIGN TEMP. OUTS E/y OF INSIDE 7z,> OF DIFFERENCE$ O OF
TOTAL HEAT LOSS (BTUH) '�U 72 (HEAT LOSS SHEET M11ST ACCOMPANY APPLICATION)
DESCRIBE ALL HEATING EQUIPMENT (INCLUDING MAKE & MODEL NO.): AIC11- eC Z4 IV
GROSS HEATING CAPACITY (INPUT-BTUH) NET RATING (OUTPUT-BTUH)�y%s
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:
3 /��
STATE LICENSE - NAME b TYPE # DATE SIGNATURE OF APPLlCANT
4 — Z (,,'
APPROVID DATE
BD 4A 11/88
I - B - R CALCULATION SHEET 1503 (Modern Method) Copyright 1977 by The Hydr nice Institute
WHEA ADDRESS DESIGN TEMPERATURE DIFFERENCE F. DATE
COL.A COL.B COL.C COL.D COL.E COL.F COL.G
I ROOM
O H L W H L W H L W H L W H L W Design Warr Temp.
2 ROOM DIMENSIONS, FT. U
_ BTUH Pair F t of
3 LENGTH EXPOSED WALLS,FT. < Radiation Selected
4 WINDOW AND OUTSIDE DOOR AREA
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) _
g FLOOR CONSTRUCTION1 O
(Table 9, L x W r Lin. F t) E
9 COLD PARTITION CONSTRUCTION F
(Table 9.LxH)
G
10 -c 1 Wall IWlth Openings) 0
ca 2 Wells(With Openings) :J 1
3 Walls 1With Opening)or Ent.Hall
J
11 TOTAL BTUH AT 7OF TEMP DIFFERENCE'
12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE K
-_ C L.A --- -_` COL.ill COL.H — COL.1 COL. J — COL.K COL.L TOTAL BTUH TOTAL
OF BUILDIN RADIATION
1 ROOM Q AT SELECTED
O H L W H I L W H 1 L I W H I L W H L W DESIGN TEMP.•
2 ROOM DIMENSIONS. FT �' DIFFERENCE
U - -
3 LENGTH EXPOSED WALLS, FT.
d 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
18 ttom of table used f r Line 51
CONSTRUCTION — - tFOR CONCRETE FLOOR ON
7 CEILING CON
( GROUND OR FILL AT
Table 9, L x
GRADE LEVEL,USE LINEAR
B FLOOR CONSTRUCTIONI FEET OF EXPOSED EDGE
(Table 9,L x W or Lin Ft.)
9 COLD PARTITION CONSTRUCTION
(Table 9,L a HI
10 c 1 Well(With Openingsl G
0 ; ----- ------ ---- --- ---- - - ------- —
2 Wells(With Openings) -x —
3 Wells(With Openings) or Ent. Hall J --- ---- - -_----- - _---
I I TOTAL BTUH AT 7OF TEMP DIFFERENCE'
12 TOTAL BTUH AT DESIGN TEMP DIFFERENCE —
FORM 1503
This form Is available from The Hydr nice Institute, 35 Russo Place,Berkeley Heights.N J 07922
R lz2�Oe/=� 7-z�lr✓
r `r
B= R CALCULATION SHEET 1503 (Modern Method) Copyright 1977 by The Hydronics Institutejo !
L->'If.4 (f ��'�<<) ��T-_3 3f'�� y3�-i ce�-�c
OWNER ADDRESS � DESIGN TEMPERATURE DIFFERENCE F. DATE
COL.A COL.B COLL.C COL.O COL.E COL.F COL.G
1 ROOM ti C�C.� �✓� � ��L'• C'L!/Z ���/t/, /�j�� `
O H L W H L W H L I W H L W H L I W Design Water Temp.
• ? ROOM DIMENSIONS,FT. U Y / •/ Al ff BTUH per F of i
}
31 LENGTH EXPOSED WALLS,FT. Q
`/ � G Radiation Selected
4 WINDOW AND OUTSIDE DOOR AREA LL 3 "� J; vZr� —Jt /2— /'s 7e-e
/- j —/.L '.fit?•� -��c��J�"�,/•
I I ;,L BTUH BTUH BTUH BTUH I BTUH
5 WALL CONSTRUCTION �1 ! /}-7 /q `/ v , v� �QQ_ ROOM LIN.FT.Of
(Table 9,Line 3 x HI / L�,r,�L� f�j L ' �(•/ /< � TOTALS RADIATION E
6 TYPE OF GLASS Q D O V a t7 % D Q �� FROM LINE 12 SELJEC�55
(Gott m of table used for Line 5) et f7• �r�j/` / '
7 CEILING CONSTRUCTION J�t� L) , C f e �V/
(Table 9.L x W) / �- D j !1 �(�•�
8 FLOOR CONSTRUCTIONt
ITable 9•L x W or Lin.Ft.) E/�--j
9 COLD PARTITION CONSTRUCTION /li`�� F
(Table 9,L x H)
/_ ^7
10 c 1 Wall(With Openings) G%.7Y rO Cher II J y
2 Walls(With Openings) aX �! p�-,SCJ V !Jeao
3 Walls(With Openings)or Ent.Hall 10-
11 TOTAL BTUH AT 70F TEMP. DIFFERENCE' 3
12 TOTAL BTUH AT DESIGN TEMP.DIFFERENCE dp1d ` �� o DO LTV K
L
COL.A COL.B COL.H COL. I COL.J COL. K COL.L TOTAL BTUH T TAL
OF BUILDING RADIATION
1 ROOM ¢ �A'� �-lCY 't'l �- � AT SELECTED
O H I L W H L I W H L W H L W H L W DESIGN TEMP.- 1C.:�j'C V
2 ROOM DIMENSIONS,FT. I" �' 1 DIFFERENCE
3 LENGTH EXPOSED WALLS,FT. Q 413 / � I/ �
4 WINDOW AND OUTSIDE DOOR AREA u /t•T-3(� r.�3• 1
' t
BTUH r BTUH BTUH BTUH BTUH
S WALL CONSTRUCTION *INCREASE BATHROOM
ITable 9.Line 3 x H) C�7 ��� 3 O 4d TOTAL 20%
6 TYPE OF GLASS C O 0
IS tt m of table used for Line 5) Ix I "ye 0 / v tFOR CONCRETE FLOOR ON
7 CEILING CONSTRUCTION ��(( ? a.C7 GROUND OR FILL AT
ITable 9,L x W) GRADE LEVEL,USE LINEAR
g FLOOR CONSTRUCTIONt FEET OF EXPOSED EDGE
ITable 9,L x W or Lin.Ft.) �•
9 COLD PARTITION CONSTRUCTION �r
ITable 9,L x H1
10 C 1 Wall(With Openings)
w 2 Wells(With Openings) z X
>; 3 Walls(With Openings)or Ent.Hall ;1110 Q
11 TOTAL BTUH AT 70F TEMP.DIFFERENCE'
12 TOTAL BTUH AT DESIGN TEMP.DIFFERENCE ? a
FORM 1503
This form Is available fr m The Hydronics Institute,35 Russo Place,Berkeley Heights,N.J.07922 /L�
I
= B= R CALCULATION SHEET 1503 (Modern Method) Copyright 1977 by The Hydr nits institute
7-7 OWNER ��I �L" ADDRESS �J - DESIGN EMPERATURE DIFFERENCE F. DATE
COL.A COL.B COL.C COL.D �1COLL.E COL.F COL.a4f4
��c
1 ROOM M 0 Y w 1 A �/�/.�— /L ��T /f>//4'.Y{'� T�
H I L W H I L W H L W H F��/
H L W Design Water Temp.
2 ROOM DIMENSIONS,FT, I- /� BTUH per F of of J D
3 LENGTH EXPOSED WALLS, FT. 4 �� ._SL 2 G
Radiation Selected
4 WINDOW AND OUTSIDE DOOR AREA LL -- ��N1V
BTUH BTUH BTUH BTUH BTUH dG�I
5 WALL CONSTRUCTION ,� ? �i i ROOM LIN.FT.OF
(Table 9,Line 3 x H) Q,7 v O O" 74 v�/ 3 v a T TALS RADIATION
5 TYPE OF GLASS
FROM LINE 12 SELECTED
. '1
(Bottom of table used for Line 5) / v / O
7 CEILING CONSTRUCTION r C
(Table 9,L x W) G� sa -C) ,�6 (� f V d !�d eve zz—dv
FLOOR CONSTRUCTIONI C D
6 (Table 9,L x W or Lin. Ft.) G'S /3 O d ~^ E o
9 COLD PARTITION CONSTRUCTION � F
(Table 9.L x H) (I V/ 70 C1 G 'Old
10 c /Wall(With Openings) O �)
E Z 2 Wells(With Openings) D x %7 0 1 if(�
a
L 3 Wells(With Openings)or Ent.Hall j Q
11 TOTAL BTUH AT 70F TEMP.DIFFERENCE' ��' �3G ff J
321 TOTAL BTUH AT DESIGN TEMP,DIFFERENCE G/ Od !J LJ UCH K
L
COL.A COL.B COL.H COL.1 COL.J COL.K COL.L TOTAL BTUH T TAL
OF BUILDING RADIATION
1 ROOM ¢ �!-f-) / -2— /- —3 AT SELECTED
O H L W H L W H I L W H I L [_E_ H L W DIF ERENCt3•
2 ROOM DIMENSIONS,FT. v / (r 1/3 ,. y(fO
3 LENGTH EXPOSED WALLS,FT. Q /f/ / f 6
4 WINDOW AND OUTSIDE DOOR AREA LL
BTUH BTUH BTUH BTUH BTUH
5 WALL CONSTRUCTION •INCREASE BATHROOM
(Table 9.Line 3 x H) 70 O 7 o U TOTAL 20%
6 TYPE OF GLASS /
IS ttom f table used for Line 5)
tFOR CONCRETE FLOOR ON
7 CEILING CONSTRUCTION GROUND OR FILL AT
(Table 9.L x W) Q - 3 �� ��� �U v GRADE LEVEL.USE LINEAR
B FLOOR CONSTRUCTIONf FEET OF EXPOSED EDGE
(Table 9.L x W or Lin.Ft.)
9 COLD PARTITION CONSTRUCTION
(Table 9.L x H) C O d
10 _0 1 W.n(With Openings) a �' 'Od f xv (,p4
2 Wells(With Openings) j �.�� —~
B 3 Wells(With Openings)or Ent Hall ~ y%SG �---
11 TOTAL BTUH AT 70F TEMP.DIFFERENCE' p1' 0 CJ O yIJO d`
12 TOTAL BTUH AT DESIGN TEMP.DIFFERENCE
t FORM 1503
This f rm is available from The Hydronics Institute,35 Russo Place,Berkeley Heights.N.J.07922