HomeMy WebLinkAbout2439 Maple Hill Dr - Affidavits/Housing Model - 03/24/2009(orwoman
Building and Zoning Division
City of Fort Collins
OH�un M�del Variety Affidavit
54
1P JoG}
Permit ApplidR 101 b Address � /L�3 / �N
Housing Model
C1
Subdivision a
1711 ; //
Filing # Lot #-4�
I verify that the dwelling at is proposed to be constructed at the above described
property does not adloi a t with the same housing model if on the same block face
as r y ct 8 15 ofthOCity of Fort Collins Land Use Code
3 ay t�
Co actor/Owner / �! Da e
281 North College Avenue * P 0 Box 580 * Fort Collins CO 80522 * (970) 221 6760
Load Short Form
Entire House
For Rob Sabin Aspen Homes of Colorado
t
J`
a
0A Spruce unfinished bee
Date Dec 17 2008
By Matt Schrawyer
Design•
•
Htg
Clg
Infiltration
Outside db ( F)
41
119
Method
Simplified
Inside db ( F)
72
75
Construction quality
Semi -tight
Design TO ( F)
6B
C4
Fireplaces
01
Daily range
0
H
Inside humidity (/)
80
50
Moisture difference(grAb)
36
a6
HEATING EQUIPMENT
COOLING EQUIPMENT
Make Bryant
Make Bryant
Mrade Bryant
Mrade LEGACY RNC13 PURON
AC
Model Ifl40AA\036060
Cond M13ANA030 D
GAMA ID m
Coll ONPVP3017ATA}+TDR
ARI ref no 0
Efficiency
92 1 AFUE
Efficiency IN 0 EER 13 SEER
Heating Input
60000
Btuh
Sensible cooling
20300 Btuh
Heating output
56000
Btuh
133tent cooling
8D00 Btuh
Inemperature rise
51
tF
1notal cooling
29000 Btuh
Actual air flow
1200
Efm
Actual air flow
1200 dm
Air flow factor
01024
cfmBtuh
Air flow factor
01073 CfmBtuh
Static pressure
0150
la H2O
Static pressure
0150 In H2O
Space thermostat
Load sensible heat ratio
too
ROOM NAME
Area
(82)
Htg load
(Btuh)
Dig load
(IBtuh)
Htg AVF
(dfm)
Clg AVF
01fm)
Basement
M518
33396
4242
793
.111
Master Bedroom
208
at64
M402
25
103
Master bath
ffi
893
558
211
41
znC
54
01
m
B
o
Nook
86
M485
6B6
35
SD
Laundry
56
m
m
m
m
Kitchen
234
033
480
36
35
Bedroom 2
M76
2441
836
5B
61
Bath
50
429
208
IUD
S6
Bedroom 3
M40
IM48
8113
217
GD
Foyer
80
C401
8115
113
23
Great Room
460
4614
6839
m10
Sol
rz
n n
m
�urayc UDJ U U U U
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Entire House (D
a635
50504
M6379
11200
1200
Other equip loads
4615
9150
Equip @ 0194 RSM
M5289
Latent cooling
O
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I me C
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I rnnn
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Project Summary
Entire House
Project Information
Eor Rob Sabin Aspen Homes of Colorado
Notes
Job Spruce unflntehed bee
Date Dec 17 2008
By Matt Schrawyer
Weather
Eort Collins CO US
Winter Design Conditions
Summer Design Conditions
Outside db ® rF
Outside db
89
IF
Wside db 72 rF
thside db
ffi
rF
Design TD 613 rF
Design TD
M4
rF
Daily range
H
Relative humidity
50
%
Moisture difference
E36
g7Ab
Heating Summary Sensible Cooling Equipment Load Sizing
Structure
00504 Btuh
Structure
M6379
Btuh
Ducts
0 Btuh
Ducts
01
Btuh
Central vent(74 cfm)
4615 Stuh
Central vent(74 cfm)
950
Btuh
Humidification
01 Btuh
Blower
01
Btuh
Piping
0 Btuh
Equipment load
55119 Btuh
Use manufacturer's data
ni
Rate/swing multiplier
0<94
lhfiltration
Equipment sensible load
Q6289
Btuh
Method
Simplified
Latent Cooling Equipment Load Sizing
Construction quality
Semi -tight
Eireplaces
a
Structure
195
Btuh
Ducts
0
Btuh
Heabng Cooling
Central vent(74 cfm)
0512
Btuh
Area(fF)
3236 3236
Equipment latent load
m
Btuh
Volume (ff')
IU7798 M7798
Air changes/hour
C119 0110
Equipment total load
46289
Btuh
Equiv AVF(cfm)
66 30
Req total capacity at0 70 SHR
IL9
tan
Heating Equipment Summary
Cooling Equipment Summary
Make Bryant
Make Bryant
Trade Bryant
Trade LEGACY RNC13 PURON AC
Model t£40AA\036060
Cond m13AN/030 D
GAMA ID a
Coll ONPVP3017ATA*+TDR
ARI ref no 01
Efficiency
92 1 AFUE
Efficiency M1 0 EER 13 SEER
Heating input
60000 Btuh
Sensible cooling
20300
Btuh
Heating output
56000 Btuh
Latent cooling
91700
Btuh
Temperature nse
511 rF
Total cooling
29000
Btuh
Actual air flow
Q200 Efm
Actual air flow
1200
cfm
Air flow factor
01024 efmBtuh
Air flow factor
m073
ctmBtuh
Static pressure
0150 in H2O
Static pressure
0150
in H2O
Space thermostat
Wad sensible heat ratio
1100
Bold / t l I h bes m
fly rridd
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�� Duct System Summary ID�b Spruee unflnlshed bas
� �ate �ee 17 2008
Bnt►re House er A1altSchrewyer
. . .
Ebr �ob Sabin Aspen Homes of Colorado
tleaUng Ooolmg
6xtemal static pressure m50 i�H20 m50 b H20
Bressure losses m40 m H20 m40 m H20
�vadable stahc pressure m10 Cu H20 m10 tr] H20
8upply/return avadable pressure m09/0 01 m H20 m09/0 01 m H20
tbwest fndion rate m025 t�/100ft m025 f�/100ft
�ctual air flow �P00 Gfm �200 EFm
IDotal effective length(fEL) �DO 81
• • � �
Design �tg dlg �esign ❑iam tl x W ❑uct Blctual Ftg Eqv
�lame (�tuF� (afm) (�Fm) �R (�) �in) �Aat� dn(fQ tri(fg IDrunk
s m t m m'I 132 P64 mD4 �031 Q]D 0 �c7m 9hMt I�4 0 ffi0 0 �t3
e sem t n bj �1132 264 Q04 m025 �A 0 �c7m BhMt 5D 0 Ii05 0 �t3
e sem t � bj �1132 2f4 RD4 m043 �DO ��I BhMt ID40 �$50 Ql
B � a PD8 OD �6 m036 �10 �c7� BhMt m1 0 ffi50 Q1
eed oom s p g(� �g QI m034 QO �� BhMt 2B 0 ffi0 0 �tl
eedaom 3 p $113 2f/ 6D m038 6l0 �clm 9hMt QTl 0 ffi50 �tl
�r � m401 ffi ffi m027 610 �c7m BhMt ffi 0 lfl100 �t3
6 tRoom Q ffi80 lil7 �fi7 Q1027 810 �m BhMt fl10 li1100 �t4
O t Room A p ffi80 017 RS7 m030 810 �lm BhMt 26 0 2170 0 �t4
6 �Room C p PQ80 fi17 �&7 �026 �0 �Ll� BhMt PI7 0 I�1110 0 �t3
��� � �633 II16 IIb m027 510 �c7m 9hMt m40 ID100 �t3
N t e e oom Q mpl 1i$ 511 Q1025 610 �Im BhMt ffi 0 2B5 0 �t3
rt� t eee oom n p pp� gg � m025 610 �m BhMt AS 0 l�110 0 �t3
^� � � � � ffi8 211 �lt �027 5l0 �clm BhMt IibO IID00 �t3
p k a 666 II6 50 Qt028 6l0 �c7m BhMt Q00 2800 �t3
IDrunk 5tg Olg , Oesign Kde oc �iam tl x W �uct
61ame IDype (cfm) (dfm) �R (�pm) �ih) �ih) 6eatenal IDrunk
�t3 Beak AVF Y67 6Q6 m025 &I31 �S 5 81 kl IiP BhtMetl �t2
�t4 Beak AVF ffi IIA4 m027 IIf/6 d11 9 Bl k� �6 BhtMetl �t2
�tt2 Beak AVF 8140 ffi0 m025 �155 dT7 9 SI kl IIB &htMetl
�i1 Beak AVF Ii60 ID40 Q1034 �63 �I 7 � kl m4 BhtMetl
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(3nll 5tg Olg IDEL Oesign 5deloc �iam tl x W 9tuclUoist �uct
�ame 8¢e(n) (�im) (�*fm) (� E]R (1bm) ('ih) (ih) Opening�n) 6satl IIYunk
tID2 Ok�m rtP00 QP00 �4 0 m025 ffi0 2D 0 �ci m BhMt
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