HomeMy WebLinkAboutRESCHECK & DOCS - 07-00284 - 235 Polo Dr - New SFRio
REScheck Software Version 4.0.1
Compliance Certificate
Project Title: ellis johnson
Report Date., 07105107
Data filename: Untitled.rck
Energy Cede:
Location:
Construction Type:
Glazing Area Percentage:
Heating Degree Days:
'Construction Site:
235 polo drive
re b ur y M 83440
Permit 9 07 00284
Permit Date: 5 july 2007
2000 IECC
Rexburg, id ho
Single Family
%
8693
Owner/Agent:
D n r/ ntra t r.
Wall 1: Wood Framer 1611 OZ.:
Window 1: Vinyl Fr rne: ouble Pare with La =E:
Door 1: Solid:
Basement Wall 1., Solid Concrete or Masonry:
Wall height: . '
Depth below grade: 7.31
Insulation depth: 7.71
Fleur 1: ll -Wood Joist/Truss:Over UnconditionedSpace:
I V
4U.0
0.0
1 481
21.0.
0.0
114 0.350 4
40 .350 1
1208
13.0
0.0
1300
19.0
0.0
designpop-
described here is consistent with the building plans,�e specifications, and otherlulatien ubifked with the permit aPPlication, The proposed ��e���Iiin���n designed
to meet the 000 117requirements
Ee�lor� 4. 0.1 and t epi with the r�nr�dte r 'in
� � fry r�n�t rite i r� the ES check I npeetira Ch ellit.
Name - Title
ellis john on
Signature
Date
Page 1 of
.4
Date: 07/05/07
Ceilings:
RES -check Software Version 4.0.1
Inspection Checklist
Ll Ceiling 1: Flat Ceiling or Scissor True R-40.0 cavity insulation
Comments:
Above -Grade Walls:
Ll Wall 1: Wood Frame, 1617 0s ., R-21 .0 cavity insulation
Orn n :
Basement Walls:
L) Basement 111 fidrter ,
Masonry, lit �' �' �.� inul} -1 3.0 cavityinultic:n
Comments:
Windows:
L) Window 1: Vinyl Fr meDouble Pere with Lour -FU -factor. 0.350
For windows without labeled U-factorsIr describe features:
#Pan e . Frame Type Thernnaf Break
comments:
Doors:
LJ Door 1: Solid, U -factor. 0.350
Comments:
Floors:
Floo r I r A I -'+'d J 0t/Trur Un condi't�oned Space, 1.0 cavity inultron
Comments:
it L ka :
Joints, penetrations, and a I I iter such openings in the building
envelope that are sources of sir Ie are sealed.
Rrecessed lift r 1Tie IC rated, or installed inside
an appropriate air -tight assembly+ith
o�t� b l� rr��t rig 1. If r�r��-J rated, � fixtures �. "clearancefrom
a reg r installed I Ind itl� learn from insulation -
Vapor
nuInt:on_F r Feta rr:
Ll Installed on the warm -ire -winter side of all non -vented framed effi
ings, walls, and floors,
Materials rials I i ntifi ati n
Lj Materials and equipment are installed ire accordarce with the manufacturees installation instrution.
❑ Materials and equipment are identified SO that cow liar ice candetermined,
� �
Lj Manufacturer maruals manualsfor all installed heating a n d co1 �n
equipmrt and service water heating ��ri�rrrer�t � beir
Insulation1-leen fir-ffrS are erid.
ly marked on the building pIa n or specifications.
�
Insulation Is 'rr=rt.1Jed according tomanufacturer's ntructln
in substantial contact with the surface being insulated '
manner that achieves the rated I --value ith u�t corm re in the ' a � rr�
Li t Insulation:
Ducts in unconditioned spaces areinsulated to- Ducts� •
outside #fie building r insulated to -.
Duct Construction:
All ioint, seams, and connectionsare securelyfastened With welds, gaskets,. rptics (adhesives), rmati-1 �-ems �e� .
c r tapes. Tapes n mastics are rated UL 181 or L 181B. � did-f� b r� ,
ellis johnson
Pae 2 of
Exceptions:
Continuously welded and focking-type longitudinal jo
nts and seams on
The HVAC system provides a means for balancing ai r ars
d water systems..
Temperature Controls.
-
ducts t op r tin at less than 2 in. w.g. 00 pa).
Tdrtf dt for each separate HVAC system. A manual or
utorntic means to partially restrict or shut off the titinand/or
0cling input to each zone or floor is provided.
Service Heating:
Water heatrte vertical pipe risers have a ht tri. n
both the inlet andutlt unless water heater n r i
trap or i part of a circulating system. l bX-F CA t
Circulating ht water pips are insW t d to the levels in Table
Circulating Hot Wt r Systems:
Circulatinghat mater pipes are insulated to the levels in Table 1.
Swimming Fools;
Lj All heated swiMming pools have an on/off heater switch and
a cover unless over 0% of the heating ris frcm non-dItbl
sources. Fool pumps have time clock.'
Pleating and Cooling Piping Insulation:
L] HVAC pipinonveyingfluids above 105 degrees F or chilled fluids below degrees F
lis joh n son
are Insulated to the levels in Table .
Page 3 of
Table 1: Minimum Insulation Thickness for
Circulating HoWater Pipes
[n ul tion Thickness in Inches by Pipe Sizes
Non-CirculatingRunouts
Ht� ��rinand Runouts
Temperature (O c Up to V Up to 1.25" 1.5'? to 2.0" Over 217
170-180 O5 1.0 1.5 ZO
140-169
. 1.
100-139 0.5
0-5 0.5 1.
Table 2: Minimum Insulation Thickness for HVAC Pips
Piping System Types
Healing Systems
Law Pressure/Temperature
Law Temperature
Steam Condensate {for feed water}
Cooling Systems
Chilled Water, Refrigerant and
Brine
Fluid Tem , Insulation Thickness in laches by Pipe Sizes
an (7) 2" Runauts 1 FT and Less 1.25' to 2.0" 2.51P to 4''
201-250
1.0
1.5
1.
120-200
1.0
1.0
1.5
Any
1.0
1.0
1.
+J
0,5
. 7
Below 40
1.0
1 zG
19
t
NATES TO FIELD: (Building Department Use only)
Itis johnson
Fags 4 of 4
Building
Analysis
Lr, fire Mouse
Sprinter Heating and Hydronics LLC
Jolt:r owcr t spec (damfion)
Date: 06-21-2007
-200
By 0 Ryan Olson
3846 E 100 N suite 6, Rigby, ter, ID 83442 Phony-. 208-745-7226 Fax: 208--745-7278 Email: ryangsprinterheating.com Web; www, pr nt rh atin . o
For:
DY ---Tai
Location:
Idaho Falls, ILS, u5
Elevation: 4741 f#
Latitude- 44 ON
Outdoor: Heating
Dry bulgy (°F) -20
Daily rang
Wet
°F� -
bulb -
Wind speed (m -ph) 15.0
Cooling
96
34
63
7.5
Indoor:
Indoor temperature {°F}
Design TD (°F)
Relative humidity
Moisture difference (grm,/Ilk\
Infiltration:
H } Method
Construction quality
Fireplaces
Heating
70
90
50
83.E
Simplified
Semi -tight
0
Cooling
72
24
50
-18.0
Component Btuhlft2 Btuh %of load
Wads 13.8
1
37520
1
35.3
Glazing 51.3
98501
9.31
Doors 54.0
1134
1.1
Ceilings 2.9
7226
6.8
Floors 14.0
12178
11.4
Infiltration 2.8
4768
4.5
Ducts
2851 D
26.8
Piping
D
0.0
Humidification
p
101,101
Ventilation
5201
4.9
Adjustments
p
Total
106387
100.0
Venb[at on:
CeMng!s
InfiMatlon
Component
Btuh/ft2
Btu h
% of load
Wafts
1.7
4694.
10.8
Glazing
52.9
10153
23.3
'doors
17.1
359
0.8
Ceilings
1.7
4175
9.6
Floors
2.7
X247
7.5
Infiltration
0.4
635
7.5
Ducts
18857
43,3
Ventilation
1387
3.2
internal gains
0
D.0
Blower
0
D.0
Adjustments
p
Total
4350$
100.0
Overall U -value = Q_'!27 Btuh/ft2-0F
Data entries checked.
Glazing,
Other
Celli
Walls
oldlitalk values have been manually overridden
Right -Suite Residential 6.0.12 RSR41075
.\My Dou ents ra htsoft HVAMDamiion.rrp Cate = MJ8 Orientation - NW
FJ Dora
_. _Ducts
2007 -Jul -05 12.'08,39
r
wroghts0 Project Summary
rp-
Entire House
Sprinter Heating and Hydronics LLC
3846 E 100 N suite' Rigby, ID 83442 Phone: -7- 1=r 0_74-7Email:
ig
Job; Snowcrest spec (darnion)
Date: 06-21.2007
: Ryan Olson
For:
Notes:
Weather: Idaho Falls., ID, US
Winter assign Conditions Summer Design Conditions
Outside db -20 OF Outside db 95 OF
Inside db 7 0 °F Inside db 72 OF
Design TD 90 °F Design TD 24 OF
DailyHran e
Relative range
50 %
Moisture difference -18 gr/lb
Heating Summary Sensible Cooling eSizin9quipment Laad
Structure 7267E Btuh Structure 23264 Btuh
Ducts 2$510 cfm Ducts �885� Btuh
Central vent (63 cfm} 52D1 �#uh Centrai vent (63 cfm) 1387 Btuh
Humidification
Piping0 BtuhEuiment load 106387 Btuh Use manufacturer data
Rate/swing multiplier 1 .01
Infiltration Equipment sensible Toad 43943 Btuh
Method Simplified Latent Cooling Equipment LSizinConstruction quality Semi -fight g
Fireplaces Q Structure �42 g 5 Btuh
Ducts -33.2 Btuh
Heating Cooling Central vent (63 cfm) -644 BtuhArea (W) 2539 2539 Equipment latent load G Btuh
Volume (ft') 15633 15633
Air changes/hour 0.22 x.11 Equipment total load 43943 gt��
Equiv. AVF (cfm) 57 29 req, total capacity at x.70 SWR 5,2 toy
Heating Equipment Summary Cooling Equipment Summary
Make Make
Trade Trade
Model Coad
Efficency 80 AFUE Coll
Efficiency DEER
Heating ar�put D Btuh Sensible cooling 0 Btuh
Heating output 0 Btuh Latent coaling 0 Btuh
Temperature rise a °F dotal cooling 0 Btuh
Actual air flow ��95 c€m Actual air flow 22g5 cfm
Air flow factor 0.023 cfm/Btuh Air flaw factor 0.054 cfmlBtuh
Static pressure O.�D ire H20 Static pressure O.OQ in H2Q
Space thermostat Load sensible heat ratio 1.00
Bald/italic values have been manually overridden
Printout certified by ACOA to meet all requirements of Manual J 8#h Ed.
-9t,,
xev
Right-Suite Residential 6.0-12
RSR41075
CAMy Docum eats right oft
HVA=ambn-rrp Calc = MJS
Orientation
2007 -Jul -0512-08:39
Page I
Basement
Job #: Snowcrest spec (damion)
Performed by Ryan Olson for:
Sprinter Heating and Hydronics LLC
3 846 E 100 N suite
Rigby, ID 83442
Phone.- 0874&-7226 Fax: 208-745-7278
Scale'. 1 : 83
Page 1
Right -Suite e identi a l
6.0.12 RSR41075
2007 -Jul -05 12:08-41
CAMY Documents'Mright.softHVAC®.
im
h
wnghtsoft%�
Jr.*e,
Sprinter Heating and Hydronics LLC
3846 E 100 N s uite 6, Rigby, ID 83442 Phone, 208-745-7 Fax. 208-745-7278
For -
External static pressure
Pressure losses
Available static pressure
Supply 1 return available pressure
Lowest friction rate
Actual air flow
Total effective length (TEL)
Email: ryan@sprinte-rheating.com
Heating
0.00 in H20
0.00 'in H20
0.00 in H20
0.00/0-00 in H20
4.0+00 i n!1 00ft
2295 cfm
318 ft
Job.
Date:
B.
Coaling
0.40
in H20
0.00
in H24
0.00
in H20
O.DD / 0.00
in H20
0.000
in/'f ODft
2295
efm
Snowcrest spec (damson)
06-21-2007
Ryan Olson
Design Htg CIg Design Dram Rect Duct Actual Ftg.Eqv
Name (Btu h) (CfM) (cfm} FIR (in) Size (in) Matl L n (ft) Ln (ft) 'Trunk
Room15-A h 3877 285 211 0.000 0 8X 0 ShMt 10.0 145.0
Suite z c 7 872 57 102 d 0 8x Q ShMt 9.0 195.0 st2
Room16-S h 278 174 151 0.01000 8x0 ShMt 14.0 135.0 st1
walk in closet C 132 4 7 0.000 0 8x 0 ShMt 9.C1 125.E St7
�p�m'� h 2769 175 151 0.000 0 8X0 ShMt 27.0 185_0 sf2
Hall h 265 1 $ 1.4 a.000 0 8X0 ShMt 11.0 215.Q sf2A
Raom16-C i1 2768 174 151 0.000 d 8X0 ShMt 22.0 120_C} sfI
Bath 1 C 1349; 41 73 Q.pQp D 8x D ShMt 17,0 205,0 5t2A
Family Room -B C 4235 184 231 0.000 0 8x 0 ShMt X4.0 110,0 st1
sites C 2815 105 1 0.000 0 8X0 ShMt 23_Q 175.Q St2A
Roam15 h 3$77 X85 211 0.000 0 8xO ShMt 15.x} 100.0 5t1
master bath G 158$ 52 $7 0.000 Q $x0 ShMt 16_D 130.E 5t1A
�oor��s-,� h 2758 174 151 0.000 0 8x 0 ShMt 35.d '2Q.D stTA
Room 75-B I? 3$77 285 211 0.000Q 8x 0 ShMt 23.E 110.0 St1A
Family Room C 42�� "� $0 231 0.000 0 $X O ShMt 36.0 12Q.0 St'� B
Masser suite c 2925 1 103 159 F. 0.0001 D 1 8X0 ShMt 21.D 100.0 5t1 B
VVrIoghtS.4nkft Right-Surte Residential 6,0-12 RSR41075
)CCh CANly DocumentsWrightsoft HVACTarnion.rrp CaIC = MA Orientation = N
2007 -Jul -05 12,08-39
Page 1
Trunk Htg Cig Design Veloc Diam Rect Duct Duct
Name Type (CfM) (CfM) FR (fpm) (in) Size (in) Material
st16 Peak AVF 283 390 0.000 0 0 8 x 0 ShtMetl
st1A Peak AVF 795 839 0.000 0 0 8 x 0 ShtMetl
SO Peak AVF 1614 1589 0.000 0 0 8 x 0 ShtMetl
st2 Peak AVF 396 494 0.000 0 0 8 x 0 ShtMetl
st2A Peak AVF 164 241 0.000 0 0 8 x 0 ShtMetl
Trunk
st1 A
st1
,4i�`
vVvIg s
Right -Suite Residential 6.0.12
RSR 4` 07
dC(;N
C -.\My Docum ntsWi htsoft
HCa for -ap Calc = MJ8
Orientation:-- N
2007 -Jul -05 12.08;39
Page
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235 Polo Dr-joh.ns-ton
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