AST-0089-2019 / &aid Ef C; lt.>r : hae5San, Office Use Only
P TUREPERN�Ti` Permit#: j��S•-• t YO? - �
vj J
APPLICATI Ore- Permit Fee:$ .
742 Bay Road, Queensbury, NV 12804 *Rec. Fee: $
P: 518-761-8256 www .queen_:bury net Invoice#: 12i)
Project Location: S GI erg / I / Dr
Tax Map #: °` 5'q• //- ) -Z r Subdivision Name:
TOWN BD.RESOLUTION 86-2013:$850 recreation fee for new dwe ' . units-sin le f
1-,. aflally,clt{ fezies/two-family,
multiplefamily, apartments,condominiums townhouses,and/or man '•+.,teden`i ijjar rtks' `not mobile
homes. This is in addition to the permit fee(s).
CONTACT INFORMATION: h 1 FEB 2 7 2019
• Applicant: �/ TOWN OF QUEENSBURY
Name(s): e Y ri Q Y'd I\ . G4 n S/e BUILDING&CODES
Mailing Address, C/S/Z: 4/3 C/r16or 1A/9/y 5/''),er/Q it-is /vY /a/S9
Cell Ph.: _( .5 i. ) (o OS 5"09 P/ Land Line: _(svr ) VJs- / 'J 9
Email: C4q¢ns1e6 r~yC4/0. ryrt. eUm
• Primary Owner(s):
Name(s): , C On a/Gee 6-0 ris/e
Mailing Address, C/S/Z: (see G AoPe)
Cell Ph.: _( ) Land Line: _( )
Email:
• Contractor(s): Alle, - dam. wolY.p . _
Name(s): e er 147, hecI 5,\su.vJ0oa.__ __m
Mailing Address, C/S/Z:
Cell Ph.: _( ) Land Line: _( )
Email:
• Architect(s)/Engineer(s):
Name(s): H4 t c.it in s E/9/n eer,'i
Mailing Address, C/S/Z: /69 Hay/"a hd d, GPens�j�,r /V) /,2 6
� y y
Cell Ph.: _( ) Land Line: _(sir ) ''1415-- 030 9
Email:
Contact Person for Building & Code Compliance: -5---D e-e 4?\;cua.,'fi
Cell Ph.: _( ) Land Line: _(
Email:
ToQ Building&Code Enforcement Principle Structure Revised March 2018
PROJECT INFORMATION:
TYPE: Commercial F;esideiiiial
WORK CLASS:
Single-Family Two-Family _Multi-Family(#of )
Townhouse Business Office Retail Hotel/Motel
Industrial/Warehouse Garage(#of cars ) V Other
escribe- f yre,
L G
STRUCTURE SQUARE FOOTAGE: \ ARAGE SQUARE FOOTAGE:
1sT floor: L $ y 1sr floor:
2"d floor: --�� 2nd floor:
3'floor: r—
Total square feet:
Basement(habitable space):
Total square feet: Y / (Novi d"5 Sinte-tur6u c a 5 yarcle_
b ,k1A c yee'S ajo
t /6 vl°Lci &Id ro reaci r �
ADDITIONAL PROJECT INFORMATION: An,,� );i,, , sIor� � /�
� r�,h cs �,. S,�
1. Estimated Cost of Construction: $ �� 000 J J /6.?4/!N
ej
2. Proposed use of the building: Y r b e d rook)?
3. If Commercial or Industrial, indicate the name of the business: Ai
4. Source of Heat (circle one): Gas Oil Propane Solar Other:
(Fireplaces need a separate Fuel Burning App lances & Chimney Application, one per appliance)
5. Are there any structures not shown on the plot plan? YES NO xplain:
6. Are there any easements on the property? 0 NO
7. SITE INFORMATION:
a. What is the dimensions or acreage of the parcel? 9 93 9- /2 V t
b. Is this a corner lot? YES ;NO
c. Will the grade be changed as a result of the construction? N•
d. What is the water source? PUBLIC PRIVATE
e. Is the parcel on SEWER or a PRIVATE SEPTIC system? `"/t/e4 tp Eyo c. (hoicliv fank5
Tog Building&Code Enforcement Principle Structure Revised March 2018
' DECLARATION:
I. I acknowledge that no construction shall commence prior to issuance of a valid building
permit and work will be completed within a 12 month period.
2. If the work is not completed by the lyear expiration date the permit may be renewed,
subject to fees and department approval.
3. I certify that the application, plans and supporting materials are a t rue and complete statement
and/or description of the work proposed, that all work will be performed in accordance with the
NYS Building Codes, local building laws and ordinances, and in conformance with local zoning
regulations.
4. I acknowledge that prior to occupying the facilities proposed I, or my agents, will obtain a
certificate of occupancy.
5. I understand that Love are required to provide an as-built survey by a licensed land surveyor of
all newly constructed facilities prior to issuance of a certificate of occupancy.
I have read and agree to the above:
PRINT NAME: 8Ernar • Asa nsk
SIGNATURE: ptiziPueva DATE: a p /9
ToQ Building&Code Enforcement Principle Structure Revised March 2018
Office Use Only
FUEL BURNING APPLIANCE & Permit#:
CHIMNEY APPLICATION
Permit Fee: $
'tea
•
of Queensbu Invoice#:
742 Bay Road, Queensbury, NY 12804 P:
518-761-8256 q , .v.net eddorminfr.„.
P Locatio •
Project /E ri I l
n. 5 � + �� Tax Map ID: 9/: -/,. .2 gr
Room of Install: .S to rg q e oon/ Planned Install Date:
**ONE APPLICATI ON PER APPLIANCE**
CONTACT INFORMATION:
• Applicant:
Name(s): Or y7 Ord K. GO r1./E
Mailing Address, C/S/Z: y,� C/,-,C`t a r Wa V 6/f e(14 no fs N y /.2 /J 9
Cell Ph.: ( ) bJ 5 - S� / Land Line: ( 418•) Y S ' / 40 9
Email:
• Primary Owner(s):
Name(s): /:d f b` Cr/r S:;: P 4 ft d
Mailing Address, C/S/Z: (s 414 r' el 6 vc)
Cell Ph.: ( ) Land Line: ( )
Email:
• Installer/Builder:
Name(s):
Mailing Address, C/S/Z:
Cell Ph.: ( ) Land Line: ( )
Email:
Contact Person for Building & Code Compliance:
Cell Ph.: ( ) Land Line: ( )
Email:
Town of Queensbury Building&Code Enforcement
•
FUEt BURNING APPLIANCE INFORMATION:
TYPE OF DEVICE:
Stove Fireplace Insert
` � Fireplace
V Fuel Fired Equipment(Garage Only,13"clearance per IMC
.3)
Fireplace, factory built**
Manufacturer's Name: �a V e Model #: -e /3
SOURCE OF HEAT:
Wood Coal Pellet
c' Gas
CHIMNEY INFORMATION:
Masonry:
block brick
stone
Flue:
tie steel size,in inches
Material*:
double-wall triple-wa II
insulated
(*Manufacturer's ri a rY-e = Model #:
ADDITIONAL INFORMATION:
'L Two inspections are required. A rough-in inspection,prior to installation and a final inspection,after
installation.
2 Manufacturer's installation manual must be available at the time of inspection.
3 Masonry fireplaces & chimneys require plans to be submitted.
4 Twenty-four (24) hour notifications required for nspections.
Declaration:Construction/installation must conform to NYS Fire Prevention&Building Code and/or manufacturer
requirements.The applicant orowner agrees to comply with all applicable laws,ordinances, regulations and all
conditions that are part ofthese requirements and also will allow the inspector to enter the premises to perform the
required inspections.
I have read and agree to the above:
PRINT NAME: lie r is rd o.75•
1�
SIGNATURE : ' )72111' =:r_ hl-/ �. "7-
DAME: ci2//‘//9
Fuel Burning Appliance&Chimney Application
•
Yw SEPTIC DISPOSAL PERMIT
APPLICATI N e Use nl
742 Bay Road,Queensbury,NY 12804
P.518-761-8256 �P�r
Tax Map ID#: � f
j � � rmit Fee:$ •Invoice#:
Project Location: Septic Variance? Yes
No
Primary Owner(s) i j
Mailing Address
Phone & Email ;: ., ._" e. _ > "',•
co 4,
Installer/Builder
Mailing Address
Phone & Email
Engineer
Mailing Address
Phone & Email
( I ;/ 1p
Contact Person for Building&Code C o m p I is rice: Phone:
RESIDENCE NFORMATION:
Year Built # of bedrooms X gallons per bedroom = totaldaily flow Grinder YesNo j
Garbage �
980 or older Installed? {circle one)
1981 1991 Spa or Hot Tub Yes No
t Y2 Present Installed? {circle one)
PARCEL NFORMATION:
Topography Flat Rollingqq o
— Steep Slope) /o Slope
Soil Nature _Sand
Groundwater Loam ay _Other
At what depth? N-r;
Bedrock/Imperviousmaterial At what depth? f , 7 c
Domestic Water Supply _ Municipal -Well {if well,wate r supply from any septic system absorption is ft.)
Percolation Test Rate: ,' I t per minute per inch{test to be completed by licensed engneer/arcttect)
PROPOSED SYSTEM FOR NEW CONSTRUCTION:
Tank size 1.3 QO' gallons(min.size 1000 gallons,add 250 ga lions for each garbage cylinder or spa/hot tub
System Absorption field with#2 stone Total length ft.;Each Trench
ft.
Seepage Pit with#3 stone How many: •Size:
Alternative System Bed or other type:
Holding Tank System Total required capacity? •tank size t�+
,�,�A' Cr' ;# of tanks .�.
NOTES: 1.Alarm system&associated electrica I work must be inspected by a Town approved electrical inspection
agency;2.We will no longer allow systems to be covered until such time as an as-built plan is received and approved.
The installed system must match the septic layout on file-no exceptions.
Declaration:Any permit or approval granted which is based upon or is granted in reliance upon any material
representation or failure to make a material fact or circumstance known by or on behalf of an applicant, shall be void.l
have read the regulations and agree to abide by these and all requirements oft he Town of Queensbury Sanitary Sewage
Disposal Ordinance.
PRINT NAME: �. Y rfi". / , 417
DATE:
ircit)
SIGNATURE: ' l
DATE: -
Town of Queensbury Building&Code Enforcement
Revsed February 2017
TOWN OF QUEENSBURY
742 Bay Road,Queensbury,NY 12804-5904 (518) 761-8201
Yry'u G"
4
Community Development - Building & Codes (518) 761-8256
BUILDING PERMIT
Permit Number: AST-0089-2019
Tax Map No: 289.11-1-28
Permission is hereby granted to: Bernard Gansle
For property located at: 5 GLEN HALL DR
In the Town of Queensbury,to construct or place at the above location in accordance with application together
with plot plans and other information hereto filed and approved and in compliance with the NYS Uniform
Building Codes and the Queensbury Zoning Ordinance
Type of Construction
Owner Name: Bernard Gansle Shed<300 s.f. $401000.00
Owner Address: 43 Clifton Way Total Value $401000.00
Slingerlands,NY 12159
Contractor or Builder's Name/Address Electrical Inspection Agency
Sherwood Acres Construction Corp.
PO Box 908
Minerva,NY 12851
Plans&Specifications
Bunkhouse 484 s.f.
(bedroom,bath&great room,NO kitchen)
$ 75.00 PERMIT FEE PAID -THIS PERMIT EXPIRES: Tuesday, June 23, 2020
(If a longer period is required,an application for an extension must be made to the code Enforcement Officer
of the Town of Queensbury before the expiration date.)
Dated at the Town of Queensbury; Monday, June 24, 2019
SIGNED BY: for the Town of Queensbury.
Director of Building&Code Enforcement
NATURAL LIGHT,VENTILATION &EMERGENCY EGRESS CALCULATION SHE ET
Project Location: 5 GWil Q/! DC,
Primary Owner (s): geroari i Ca d 4re C 41 /e
Habitable Sq. Ft. Required Actual Required Actual
Rooms of Light Light Ventilation Ventilation opening
Room (8% of rm.) (sq. ft.) (4% of room) (sq. ft.) for Egress
Gre9f
Raon-, / 3 //-yy_74 ys-,r s: 2 (9‘ '2. 7
Oqi
CY
s'3/AY % ;.D.
C3 /
x 4 ' h, Y. 1 II , D ,5
Prin°ple Strructure Reviseo Marco 201g Prfnap a structure Revised March 2018
WINDOW SCHEDULE CALCULATION SHEET
Project Location: - Gieh ' 1/ 2r.
Primary Owner (s): ei er Y14 e-c 4 C4 yid 'rc"e Or,..1.1,, j
Habitable
Rooms �`
�
Window#/letter
`: J NO re) G-re )°'�o cpi
On Plan C 31 CX a 4/ C .> y
Manufacturer
Name
14,4er sail /9., -r,-.: /9nlersoh Nn:jPrsoh
Model/Type
C 6'0mi : C ;"i;.;rfi Case'lenf C4sen7&It
Unit/Block#
Cell Size 3
Rough Opening ;f rq % _ r3 /, , _
Width 'Li1 '� V", . � e,, s � �` � 3�� X
, .- '// 6/Z /' 9 ' t "
Sq. Ft. Vent �
S Ft. / :.:.. )( if_ 0 / r: 2 //. U
q. Egress/
Clear Opening 9. 2 . S--
Clear Opening-
Width in inches 01.S44
�` � / d G
rib
Clear Opening-
ht in inches y3
g �� IF 4 �'3 %�`
Height /S %`
Special Hardware
or instructions /1/0 /1/0 /16 Ai
U-Value
Principle structure Aevisea March2 rrinc pre st ucture Revised March 2018
Ve
ak
CASEMENT & AWNING WINDOWS
j
•
Casement Window Opening and Area Specificail011S(continued) S
Clear Opening Clear Opening Clear Opening in Full Open Position Top of Subfloor
Window Area Area Straight-Arm i Split-Arm Glass Vent Area Vent Area to Top of Inside Overall Window
Number Straight-Arm Split-Arm Width Width Height ; Area j Straight-Arm ' Split-Arm Sill Stop Area
Sq.Ft./(m2) i Sq.Ft./(m2) i Inches/(mm) Inches/(mm) Inches/(mm) ( Sq.Ft./(m3) S .Ft./(m3) i Sq.FL/(mz) Inches/(mm) Sq.Ft/(m3)
C255 7.6 (0.71) 6.0 0.56) 18 she (465) 14 Vie (367) 59"/u' (1522) 16.4 (1.52) 15.3 (1.42) 15.0 (1.39) 19 r/s (505) 21.6 (2.01)
C26 8.5 (0.79) 8.7 (0.62) 18 Vie (465) 14'/e" (367) 67' (1702) 18.4 (1.71) 17.1 (1.59) 16.8 (1.56) 1213/,a (325) 24.0 (2.23)
C32 2.5 (023) 1.9 (0.18) 185he (465) 14 VI." (367) 19 y; (489) 7.8 (0.73) 5.0 (0.46) 4.8 (0.45) 60 e/,a (1538) 12.0 (1.12)
C325 3.0 (0.28) 2.4 (0.22) 18 5/,e (465) 14 r/,; (387) 23 Vie (595) 9.6 (0.89) 6.0 (0.56) 5.8 (0.54) 56 3/s (1432) 14.1 (1.31)
C33 4.0 (0.37) 3.1 (0.29) 18 Vie (465) 14 Vie (367) 31 Vie (789) 12.8 (1.19) 7.9 (0.73) 7.8 (0.73) 483/e (1238) 17.9 (1.66)
',Sr 4.6 (0.43) 3,6 (0.33) 183/,e" (465) 14 ye' (367) 35 ma (913) 14.8 (1.38) 9.2 (0.86) 9.0 (0.84) 43 ye (1114) 20.4 (1.90)
TOC34 ® (0.51) 4.3 (0. )) 43291 (465) 143/,j (367) 43 ye_(1095) igin 013, (4.02) 10.8, (1.00) 3641/,e (932) i (2.23) -sr
C345 (0.57) 4.8 (0.45): 18 Vie (465) 14 Vie (367) 47"/,e (1218) 1•. (1.83) 12.2 (1.13) 12.0, (1.12) 313/4" (810) 26.4 (2.45)
C35 7.0 (0.65) 5.5 (0.51) 18 Vie (465) 14*/>; (367) 55' (1397) 22.6 (2.10) 14.0 (1.30) 13.8 (1.28) 24 ma (630) 29.9 (2.78)
CW12 3.0 (0.28) 2.5 _(0.23) 22 Vie (573) 18 u/>e (475) 19 3/," (489) 3.2 (0.30) 3.0 (0.28) 3.0 (0.28) 60 Vie (1538) 4.8 (0.45)
CW125 3.7 (0.34) 3.0 (0.28) 223/,a (573) 18IVy' (475) 23'/,e" (595) 3.9 (0,36) 3.7 (0.34) 3.6 (0.33) 563/' (1432) 5.6 (0.52)
CW13 4.9 (0.46) 4.0 (0.37) 22 y,. (573) 18"/ea (475) 31 Vie (789) 5.2 (0.48) 4.9 (0.46) 4.8 (0.45) 483/, (1238) 7.1 (0.66)
CW1350 5.7 (0.53) 5.1 (0.47) 22 VW (573) 20' (508) 363/e" (924) 6.0 (0.56) 5.7 (0.53) 5.5 (0.51) 43'/a (1114) 8.0 (0.74)
CW14 0 6.8 (0.63) 6.0 (0.56) 22 she (573) 20' (508) 431/e" (1095) 7.2 (0.67) 6.8 (0.63) 8.6 (0.61) 3611/,,' (932) 9.5 (0.88)
CW1450 7.5 (0.70) 6.7 (0.62) 22'I,e" (573) 20' (508) 4715/4. (1218) 8.0 (0.74) 7.5 (0.70) 7.3 (0.68) 313/e (810) - 10.4 (0.97)
CW150 8.6 (0.80) 7.6 (0.71) 22 Vie (573) 20' (508) 55' (1397) 9.2 (0.86) 8.6 (0.80) 8.4 (0.78) 2413/,6' (630) 11.8 (1.10)
CW1550 9.4 (0.87) 8.3 (0.77) 22 Vie (573) 20' 508) 59)24; (1522) 10.0 (0.93) 9.4 (0.87) 9.1 (0.85) 19 ye (505) 12.8 (1.19)
CW16 0 10.5 (0.98) 9.3 (0.86) 22 Vie (573) 20' (508) 67" (1702) 11.2 (1.04) 10.5 (0.98) 10.2 (0.95) 12 oh; (325) 142 (1.32)
CW22 • 3.0 (0.28) 2.5 (023) 225/,e (573) 1811/4' (475) 193/" (489) 6.4 (0.59) 6.0 (0.56) 6.0 (0.56) 60'Ile" (1538) 9.6 (0.89)
CW225 3.7 (0.34) 3.0 (0.28) 225/,e" (573) 1811/,e (475) 23 Vie (595) 7.8 (0.72) 7.4 (0.69) 7.2 (0.67) 563/e (1432) 11.2 (1.04)
CW23 4.9 (0.46) 4.0 (0.37) 22 VW (573) 1811/,,• (475) 31 Vie (789) 10.4 (0.97) 9.8 (0.91) 9.6 (0.89) 48 3/," (1238) 14.1 (1.31)
CW2350 5.7 (0.53) 5.1 (0.47) 225/,e" (573) 20' (508) 363/e" (924) 12.0 (1.12) 11.4 (1.06) 11.1 (1.03) 433/4" (1114) 16.0 (1.49)
CW24 0 6.8 (0.63) 6.0 (0.56) 22 3/,a (573) 20" (508) 431/e (1095) 14.4 (1.34) 13.5 (1.25) 13.1 (1.22) 3611/u" (932) 18.8 (1.75)
0W2450 7.5 (0.70) 8.7 (0.62) 22 Vie (573) 20" (508) 4735/, (1218) •16.0 (1.49) 15.0 (1.39) 14.6 (1.36) 313/e (810) 20.8 (1.93)
CW25 0 8.6 (0.80) 7.6 (0.71) 22 Vie (573) 20" (508) 55" (1397) 18.3 (1.70) 17.3 (1.61) 16.7 (1.55) 2413/u" (630) 23.5 (2.18)
CW2550 9.4 (0.87) 8.3 (0.77) 22 5/u" (573) 20' (508) 59°/,a" (1522) 20.0 (1.86) 18.8 (1.75) 18.2 (1.69) 19 ya (505) 25.6 (2.38)
CW260 10.5 (0.98) 9.3 (0.86) 22 Vie (573) 20' (508) 67" (1702) 22.3 (2.07) 21.0 (1.95) 20.4 (1.90) 12"/,a (325) 28.2 (2.62)
CW32 3.0 (0.28) 2.5 (0.23) 22 she" (573) 18 Me (475) 19 yj (489) 9.6 (0.89) 6.0 (0.56) 6.0 (0.56) 60 5/,e (1538) 14.4 (1.34)
CW325 3.7 (0.34) 3.0 (0.28) 22 Vie (573) 18 t3/,e (475) 23 Vie (595) 11.7 (1.09) 7.4 (0.69) 7.2 (0.67) 56 ye" (1432) 16.8 (1.56)
CW33 4.9 (0.46) 4.0 (0.37) 22 She (587) 1811/u (475) 311/,e" (789) 15.6 (1.45) 9.8 (0.91) 9.6 (0.89) 48 3/, (1238) 21.1 (1.96)
CW3350 5.7 (0.53) 5.1 (0.47) 225/,e" (567) 20' (508) 363/' (924) 18.0 (1.67) 11.4 (1.06) 11.1 (1.03) 43'/e (1114) 24.0 (2.23)
CW340 6.8 (0.63) 6.0 (0.56) 22 Vie (567) 20" (508) 431/e (1095) 21.6 (2.01) 13.6 (1.26) 13.1 (122) 36)/,e (932) 28.2 (2.62)
CW345 0 7.5 (0.70) 6.7 (0.62) 22 y,e" (567) 20' (508) 4715/,e (1218) 24.0 (2.23) 15.0 (1.39) 14.6 (1.36) 31 ye (810) 31.0 (2.88)
CW350 8.6 (0.80) 7.6 (0.71) 225/,e (567) 20' (508) 55" (1397) 27.6 (2.56) 17.2 (1.60) 16.7 (1.55) 2413/,,' (630) 35.2 (3.27)
CX125 4.2 (0.39) 3.5 (0.33) 2511/,e" (653) 21"/,e" (554) 23 yu" (595) 4.4 (0.41) 4.2 (0.39) 4.1 (0.38) 56 3/e (1432) 6.2 (0.58)
CX13 5.5 (0.52) 4.7 (0.44) 25 11he (653) 2113/,e" (554) 31 1/,e (789) 5.9 (0.54) 5.5 (0.52) 5.4 (0.51) 48 ya (1238) 7.9 (0.73)
CX1350 6.4 (0.60) 5.4 (0.51) 2511/,e (653) 2139/,e (554) 3515/,e (913) 6.8 (0.63) 6.4 (0.60) 8.3 (0.59) 43'1e" (1114) 8.9 (0.83)
CX14 0 7.7 (0.72) - 6.5 (0.61) 25"/,e (653) 2113/,," -(554) 43 ya (1095) 8,1 (0.76) 7.7 (0.72) 7.6 (0.70) 36'/,a (932) 10.5 (0.98)
CX145 0 8.6 (0.80) 7.3 (0.67) 25"/,a (653) 210/,e (554) 4715/,a (1218) 9.0 (0.84) 8.6 (0.80) 8.4 (0.78) 311/e" (810) 11.6 (1.07)
CX15 0 9.8 (0.91) 8.3 (0.77) 25 t3/4a (653) 2113h," (554) 55° (1397) 10.4 (0.96) 9.8 (0.91) 9.7 (0.90) 2413/,e (630) 13.1 (1.22)
CX155 0 10.7 (0.99) 9.1 (0,84) 25"I,e (653) 21 u/,e' (554) 5915/,e" (1522) 11.3 (1.05) 10.7 (0.99) 10.5 (0.98) 19 3/e (505) 14.2 (1.32)
CX16 0 12.0 (1.11) 10.1 (0.94) 25"/,4" (653) 2179/,6" (554) 67" (1702) 12.6 (1.17) 12.0 (1.11) 11.8 (1.09) 12'3/,a (325) 15.7 (1.46)
CX23 5.5 (0.52) 4.7 (0.44) 25„/,e" (653) 21"/,e (554) 31 Vie (789) 11.7 (1.09) 11.1 (1.03) 10.9 (1.01) 483/4' (1238) 15.7 (1.46)
CX235 0 6.4 (0.60) 5.4 (0.51) 2511/,," (653) 21 W.; (554) 35°/,e' (913) 13.6 (1.26) 12.8 (1.19) 12.6 (1.17) 43 ye" (1114) 17.8 (1.65)
ST 0240 8.6' '(0.80)
(0.72) 8.5 (0.61) 25,N, (653) 2113/3e' (554) 3 Vs (1095) a (1.51), 15.; (1.43) 15.1 (1.41) 3611/,s (932) 20.9 (1.94)
CX245 0 8.6 (0.80) 7.3 (0.67) 25 1y,e (653) 21"1m (554) 4 ,e (1218) 18.1 (1.68) 1 . (1.59) 16.8 (1.56) 31'/," (810) ., (2.14)
CX250 9.8 (0.91) 8.3 (0.77) 25 WI; (653) 2113/,e (554) 55" (1397) 20.7 (1.93) 19.6 (1.82) 19.3 (1.79) 24"/,e (630) 26.1 (2.42)
CXW13 0 6.5 (0.60) 5.6 (0.53) 30'/e" (765) 26 1/," (667) 311/,4" (789) 6.8 (0.63) 6.5 (0.60) 6.1 (0.57) 483/," (1238) 9.0 (0.84)
CXW1350 7.5 (0.70) 6.6 (0.61) 303/4" (765) 261/a (667) 35"/,e (913) 7.9 (0.73) 7.5 (0.70) 7.0 (0.65) 43 3/e" (1114) 10.2 (0.95)
CXW 14 0 9.0 (0.84) 7.9 (0.73) 30 3/e" (765) 26 yf (667) 43 3/e (1095) 9.5 (0.88) 9.0 (0.84) 8.4 (0.78) 36"I,, (932) 12.0 (1.12)
CXW1450 10.0_ (0_93) 8.8 (0.82) 301/e (765) 261/j (667) 47"/,e" (1218) 10.5 (0.98) 10.0 (0.93) 9.4 (0.87) 313/" (810) 13.2 (1.23)
CXW150 11.5 (1.07) - 30 3/e" (765) - 55" (1397) 12.1 (1.12) 11.5 (1.07) - a,24"/,a (630) 14.9 (1.38)
CXW1550 12.6 (1.17) - 301/," (765) - 5915/,e' (1522) 13.1 (122) 12.6 (1.17) - 193/e (505) 16.2 (1.51)
CXW160 14.0 (1.30) - - 301/," (765) - 67" (1702) 14.7 (1.3T) 14.0 (1.30) - 12"/,e° (325) 17.9 (1.66)
CXW23 6.5 (0.60) - 5.6 (0.53) 30'/e" (765) 261/a (667) 311he" (789) 13.6 (126) 13.0 (1.21) 122 (0.57) 483/," (1238) 17.9 (1.66)
CXW2350 7.5 (0.70) , 6.5 (0.61) 303/e" (765) 261/4" (687) 355/,e" (913) 15.8 (1.47) 15.0 (1.39) 14.0 (0.57) 43'/B (1114) 20.3 (1.89)
CXW240 9.0 (0.84) 7.9 (0.73) 30 3/e (765) 263/4" (667) 43 1/e (1059) 19.0 (1.77) 18.0 (1.67) 16.8 (0.57) 36„/.: (932) 23.9 (2.22)
d
4111111111111111W-
CASEMENT & AWNING WINDOWS
Casement Window Opening and Area SpecificatAons(continued)
ClearOenin Full �'
Clear Opening Clear OpeningOpening in Open Position I Top of Subfloor �
Window Area l Area Straight-Arm Split-Arm Glass Vent Area Vent Area` to Top of Inside I Overall Window
Number Straight-Arm Split-Arm Width Width Height Area Straight-Arm Split-Arm Sill Stop Area
Sq.Ft./(m2) I Sq.Ft./(m2) I Inches/(mm) I Inches/(mm) Inches/(mm) Sq.Ft./(mz) Sq.Ft./(m2) Sq.Ft./(m2) Inches/(mm) I Sq.Ft./(m2)
C255 7.6 (0.71) 6.0 0.56) 183/le (465) 14 Vie (367) 5913/,e" (1522) 16.4 (1.52) 15.3 (1.42) 15.0 (1.39) 19/e" (505) 21.6 (2.01)
C26 8.5 (0.79) 8.7 (0.62) 18 Vie (465) 14 Vie (367) 67' (1702) 18.4 (1.71) 17.1 (1.59) 16.8 (1.56) 12 she (325) 24.0 (2.23)
C32 2.5 (0.23) 1.9 (0.18) 18 Vie (465) 14 Vie (367) 19'/; (489) 7.8 (0.73) 5.0 (0.46) 4.8 (0.45) 60 9/,a (1538) 12.0 (1.12)
C325 3.0 (0.28) 2.4 (0.22) 18e/,e (465) 147/y" (367) 23 Vie (595) 9.6 (0.89) 6.0 (0.56) 5.8 (0.54) 563/e (1432) 14.1 (1.31)
C33 4.0 (0.37) 3.1 (0.29) 18 Vie (465) 14 Vie (367) 31 Vie (789) 12.8 (1.19) 7.9 (0.73) 7.8 (0.73) 483/; (1238) 17.9 (1.66)
. ��++��
T� � 4.6 (0.43) 3.6 (0.33) 18 Vie (465) 14 Vie (367) 35'/,a (913) 14.8 (1.38) 9.2 (0.86) 9.0 (0.84) 43 ye (1114) 20.4 (1.90)
c1 I 1 I C34 5.5 (0.51) 4.3 (0.4) ggp (465) 14 Vie (367) 431/e'11095) 17.7 (1.64) a(1.02) 10.8, (1.00) 3611/,a (932) 4.0 (2.23) a
ll��-- C345 1 (0.57) 4.8 (0.45) 18 Vie (465) 14 Vie (387) 47 she (1218) 1 . (1.83) 12.2 (1.13) 12.0, (1.12) 31 ya (810) 26.4 (2.45)
C35 7.0 (0.65) 5.5 (0.51) 183/,a (465) 147/ie (367) 55' (1397) 22.6 (2.10) 14.0 (1.30) 13.8 (1.28) 2413/,e (630) 29.9 (2.78)
CW12 3.0 (0.28) 2.5 (0.23) 22"/,a (573) 1811/,e (475) 191/; (489) 3.2 (0.30) 3.0 (0.28) 3.0 (0.28) 60 9/,a (1538) 4.8 (0.45)
CW125 3.7 (0.34) 3.0 (0.28) 22 9/,e (573) 18 13/,8" (475) 23 Vie (595) 3.9 (0.36) 3.7 (0.34) 3.6 (0.33) 56 3/e (1432) 5.6 (0.52)
CW13 4.9 (0.46) 4.0 (0.37) 22 Vie (573) 18 Me (475) 313/,; (789) 5.2 (0.48) 4.9 (0.46) 4.8 (0.45) 483/; (1238) 7.1 (0.66)
CW135 0 5.7 (0.53) 5.1 (0.47) 227/,e" (573) 20' (508) 363/; (924) 6.0 (0.56) 5.7 (0.53) 5.5 (0.51) 433/4" (1114) 8.0 (0.74)
CW 14 0 6.8 (0.63) 6.0 (0.56) 22 Vie" (573) 20' (508) 43 3/e (1095) 7.2 (0.67) 6.8 (0.63) 6.6 (0.61) 3611/,a (932) 9.5 (0.88)
CW145 0 7.5 (0.70) 6.7 (0.62) 22 9/,e (573) 20' (508) 47 she (1218) 8.0 (0.74) 7.5 (0.70) 7.3 (0.68) 31 r/a (810) 10.4 (0.97)
CW15 0 8.6 (0.80) 7.6 (0.71) 22"/,e" (573) 20' (508) 55" (1397) 9.2 (0.86) 8.6 (0.80) 8.4 (0.78) 24 t3/4' (630) 11.8 (1.10)
CW155 0 9.4 (0.87) 8.3 (0.77) 22 a/,a (573) 20' 508) 59""/,8 (1522) 10.0 (0.93) 9.4 (0.87) 9.1 (0.85) 19 r/a (505) 12.8 (1.19)
CW160 10.5 (0.98) 9.3 (0.86) 22 Vie (573) 20" (508) 67" (1702) 11.2 (1.04) 10.5 (0.98) 10.2 (0.95) 12 /,a (325) 14.2 (1.32)
CW22 3.0 (0.28) 2.5 (0.23) 22"/,; (573) 18 ti/,8 (475) 19 3/; (489) 6.4 (0.59) 6.0 (0.56) 6.0 (0.56) 60 9/,a (1538) 9.6 (0.89)
CW225 3.7 (0.34) 3.0 (0.28) 22"/,; (573) 1811/u (475) 23 Vie (595) 7.8 (0.72) 7.4 (0.69) 7.2 (0.67) 563/e' (1432) 11.2 (1.04)
CW23 4.9 (0.46) 4.0 (0.37) 22 Vie (573) 1811/,a (475) 31 t/ (789) 10.4 (0.97) 9.8 (0.91) 9.6 (0.89) 483/; (1238) 14.1 (1.31)
CW235 0 5.7 (0.53) 5.1 (0.47) 229/,; (573) 20' (508) 363/e" (924) 12.0 (1.12) 11.4 (1.06) 11.1 (1.03) 437/a (1114) 16.0 (1.49)
CW240 6.8 (0.63) 6.0 (0.56) 22"/,; (573) 20" (508) 43 3/s" (1095) 14.4 (1.34) 13.5 (1.25) 13.1 (1.22) 3611/,a (932) 18.8 (1.75)
CW245 0 `bell 7.5 (0.70) 6.7 (0.62) 22 the (573) 20' (508) 4713/,e (1218) .16.0 (1.49) 15.0 (1.39) 14.6 (1.36) 313/4" (810) 20.8 (1.93)
CW25 0 8.6 (0.80) 7.6 (0.71) 229/,; (573) 20" (508) 55" (1397) 18.3 (1.70) 17.3 (1.61) 16.7 (1.55) 24 Ws; (630) 23.5 (2.18)
CW255 0 9.4 (0.87) 8.3 (0.77) 22 9/,; (573) 20' (508) 59]"/,; (1522) 20.0 (1.86) 18.8 (1.75) 18.2 (1.69) 19 ya (505) 25.6 (2.38)
CW260 10.5 (0.98) - 9.3 (0.86) 22 3/,," (573) 20' (508) 67' (1702) 22.3 (2.07) 21.0 (1.95) 20.4 (1.90) 1213/,e (325) 28.2 (2.62)
CW32 3.0 (0.28) 2.5 (0.23) 22 a/,," (573) 1811/,, (475) 191/; (489) 9.6 (0.89) 6.0 (0.56) 6.0 (0.56) 60 9/,; (1538) 14.4 (1.34)
CW325 3.7 (0.34) 3.0 (0.28) 22"/,e" (573) 1811/,e (475) 23 7/,a (595) 11.7 (1.09) 7.4 (0.69) 7.2 (0.67) 56 3/e (1432) 16.8 (1.56)
CW33 4.9 (0.46) 4.0 (0.37) 22"/,e" (567) 18 Me (475) 311/,; (789) 15.6 (1.45) 9.8 (0.91) 9.6 (0.89) 48 3/4" (1238) 21.1 (1.96)
CW335 0 5.7 (0.53) 5.1 (0.47) 22"/,e" (567) 20' (508) 36 34" (924) 18.0 (1.67) 11.4 (1.06) 11.1 (1.03) 43 7/a (1114) 24.0 (2.23)
CW34 0 6.8 (0.63) 6.0 (0.56) 22 3/,e" (567) 20' (508) 431/5" (1095) 21.6 (2.01) 13.6 (1.26) 13.1 (1.22) 36 i1/,; (932) 28.2 (2.62)
CW345 0 7.5 (0.70) 6.7 (0.62) 22 9/,e" (587) 20' (508) 4719/,e (1218) 24.0 (2.23) 15.0 (1.39) 14.6 (1.36) 317/8" (810) 31.0 (2.88)
CW35 0 8.6 (0.80) 7.6 (0.71) 229/,e" (567) 20' (508) 55' (1397) 27.6 (2.56) 17.2 (1.60) 16.7 (1.55) 24 WI; (630) 35.2 (3.27)
CX125 4.2 (0.39) 3.5 (0.33) 2513/4e (653) 2113/,a (554) 23 7/,e (595) 4.4 (0.41) 4.2 (0.39) 4.1 (0.38) 56 3/e' (1432) 6.2 (0.58)
CX13 5.5 (0.52) 4.7 (0.44) 2513/48 (653) 2113/,6' (554) 311/16" (789) 5.9 (0.54) 5.5 (0.52) 5.4 (0.51) 483/; (1238) 7.9 (0.73)
CX1350 6.4 (0.60) 5.4 (0.51) 2511/ie (653) 2117/,6' (554) 3515/,e" (913) 6.8 (0.63) 6.4 (0.60) 6.3 (0.59) 43 Ye' (1114) 8.9 (0.83)
CX14 0 7.7 (0.72) 6.5 (0.61)-2511/,e" (653) 2119/16" -(554) 431/," (1095) 8.1 (0.76) 7.7 (0.72) 7.6 (0.70) 3611/,," (932) 10.5 (0.98)
CX145 0 8.6 (0.80) 7.3 (0.67) 2511/u" (653) 2113/,a (554) 4716/3a (1218) 9.0 (0.84) 8.6 (0.80) 8.4 (0.78) 31 7/e (810) 11.6 (1.07)
CX150 9.8 (0.91) 8.3 (0.77) 2511/,e" (653) 2173/,e (554) 55" (1397) 10.4 (0.96) 9.8 (0.91) 9.7 (0.90) 2413/ie" (630) 13.1 (1.22)
CX155 0 10.7 (0.99) 9.1 (0.84) 2511/u" (653) 21 23/" (554) 59 IV." (1522) 11.3 (1.05) 10.7 (0.99) 10.5 (0.98) 19 7/a (505) 14.2 (1.32)
CX16 0 12.0 (1.11) 10.1 (0.94) 2511/,e" (653) 2113/,e" (554) 67" (1702) 12.6 (1.17) 12.0 (1.11) 11.8 (1.09) 12194e' (325) 15.7 (1.46)
CX23 5.5 (0.52) 4.7 (0.44) 25ii/,," (653) 2113/,a (554) 311/„" (789) 11.7 (1.09) 11.1 (1.03) 10.9 (1.01) 483/; (1238) 15.7 (1.46)
CX2350 6.4 (0.60) 5.4 (0.51) 25 Me (653) 21 13/,g (554) 35 Ws," (913) 13.6 (1.26) 12.8 (1.19) 12.6 (1.17) 43 Ye" (1114) 17.8 (1.65)
CX24 0 V (0.7,2) 6.5 (0.61) 2511 e", (653) 21134e" (554) 31/4 (1095) go (1.51). 15. " (1.43) 15.1 (1.41) 36 me' (932) 20. (1.94)
CX245 0 8.6 (0.80) 7.3 (0.67) 2511/,; (653) 2113/; (554) 4 ,a (1218) 18.1 (1.68) 1 . (1.59) 16.8 (1.56) 31,/; (810) (2.14)
CX250 9.8 (0.91) 8.3 (0.77) 2511/,," (653) 21 13/" (554) 55' (1397) 20.7 (1.93) 19.6 (1.82) 19.3 (1.79) 2413/4e (630) 26.1 (2.42)
CXW13 0 6.5 (0.60) 5.6 (0.53) 30 3/e (765) 261/; (667) 31 1/,a (789) 6.8 (0.63) 6.5 (0.60) 6.1 (0.57) 48 3/; (1238) 9.0 (0.84)
CXW1350 7.5 (0.70) 6.6 (0.61) 301/; (765) 261/," (667) 35]"/,e (913) 7.9 (0.73) 7.5 (0.70) 7.0 (0.65) 43 7/a (1114) 10.2 (0.95)
CXW14 0 9.0 (0.84) 7.9 (0.73) 301/e" (765) 261/; (667) 4334" (1095) 9.5 (0.88) 9.0 (0.84) 8.4 (0.78) 36134e (932) 12.0 (1.12)
CXW145 0 10.0 (0.93)_ 8.8 (0.82) 30 i/e" (765) 26 y; (667) 47 i"/,e (1218) 10.5 (0.98) 10.0 (0.93) 9.4 (0.87) 317/; (810) 13.2 (1.23)
CXW150 11.5 (1.07) - 303/e (765) - 55' (1397) 12.1. (1.12) 11.5 (1.07) - ,24 ma (630) 14.9 (1.38)
CXW1550 -4151 12.6 (1.17) - 30 i/e (765) - 59]"/,e (1522) 13.1 (1.22) 12.6 (1.17) - 19 ya (505) 16.2 (1.51)
CXW16 0 � 14.0 (1.30) - 3014' (765) - 67' (1702) 14.7 (1.37) 14.0 (1.30) - 1213/,e' (325) 17.9 (1.66)
CXW23 6.5 (0.60) 5.6 (0.53) 301/a (765) 26 y; (667) 31 i/,a (789) 13.6 (1.26) 13.0 (1.21) 12.2 (0.57) 483/." (1238) 17.9 (1.66)
CXW2350 7.5 (0.70) 6.5 (0.61) 30 1/a (765) 261/; (667) 35"/,a (913) 15.8 (1.47) 15.0 (1.39) 14.0 (0.57) 43 7/i (1114) 20.3 (1.89)
CXW240 9.0 (0.84) 7.9 (0.73) 301 (765). 263/; (667). 431/a (1059) 19.0 (1.77) 18.0 (1.67) 16.8 (0.57) 3611/ie (932) 23.9 (2.22)
Dvrcr I rsrvil.UOL-/
BACKORDERS READY FOR RELEASE AS OF 11 May 2019
PAGE 1
LINE ORDER#. VIA NAME & PO# ORD.DT. . REQ.DT. . REL-WARN. . . . AVAIL. ON-BO. RELEASE ALT-1 HLD
LAST-RCPT
FOR-BO QTY. . . .
105 5000976 CMP LAKE CHAMPLAIN COAL CO I 05/06/19 RELEASE 25 14 14 1/2X2BN
05/10/19
105 5000976 CMP LAKE CHAMPLAIN COAL CO I 05/06/19 RELEASE 50 3 3 3/4X2BN
05/10/19
280 5004401 OT WILLIAM NIKAS 05/08/19 RELEASE AND 6 1 1 CTS
MASONIC TEMPLE ORDER ON
CREDIT HOLD
C
301 5004401 OT WILLIAM NIKAS 05/08/19 ORDER IS 1 6 0 429-015
MASONIC TEMPLE TAGGED ON
P/O 475056
461 4974110 OT BR 17 VP SUPPLY 04/12/19 RELEASE 1 2 1 4T1OLT-WH
04/24/19
466930
461 4974110 OT BR 17 VP SUPPLY 04/12/19 ORDER IS 3 1 0 4T4OLT-WHITE
04/24/19
466930 TAGGED ON
P/o 470837
461 4974110 OT BR 17 VP SUPPLY 04/12/19 ORDER IS 1 1 0 4T4ORT-WHITE
04/24/19
466930 TAGGED ON
P/o 470837
477 4954197 OT BR 17 VP SUPPLY 03/28/19 RELEASE 21 18 18 137WHITE
02/27/19
461703
477 4996839 OT BR 17 VP SUPPLY 05/02/19 ORDER IS 8 12 0 137WHITE
472968 TAGGED ON
P/0 472972
477 4973294 OT BR 17 VP SUPPLY 04/12/19 RELEASE 7 1 1 117-WHITE
02/05/19
466692
477 4996839 OT BR 17 VP SUPPLY 05/02/19 ORDER IS 1 2 0 117-WHITE
472968 TAGGED ON
P/0 472972
477 4954197 OT BR 17 VP SUPPLY 03/28/19 RELEASE 15 24 15 160-WHITE
03/07/19
461703
477 4996839 OT BR 17 VP SUPPLY 05/02/19 RELEASE 2 1 1 160-BISCUIT
472968
477 4954197 OT BR 17 VP SUPPLY 03/28/19 RELEASE 3 2 2 170-WHITE
02/18/19
461703
477 4973294 OT BR 17 VP SUPPLY 04/12/19 RELEASE 1 9 1 170-WHITE
02/18/19
466692
477 4996839 OT BR 17 VP SUPPLY 05/02/19 ORDER IS 2 2 0 170-WHITE
472968 TAGGED ON
n_nn 1
[SUKr I OM.L.UUL-/
P/0 472972 .
477 4973294 OT BR 17 VP SUPPLY 04/12/19 RELEASE 2 4 2 249-4-WHITE _
466692
477 4996839 OT BR 17 VP SUPPLY 05/02/19 RELEASE 1 1 1 1613NS-WHITE
472968
477 4954197 OT BR 17 VP SUPPLY 03/28/19 RELEASE 1 1 1 401HE-WHITE
02/05/19
461703
477 4954197 OT BR 17 VP SUPPLY 03/28/19 RELEASE 2 2 2 146-WHITE
BACKORDERS READY FOR RELEASE AS OF 11 May 2019
PAGE 2
LINE ORDER#. VIA NAME & PO# ORD.DT. . REQ.DT. . REL-WARN. . . . AVAIL. ON-BO. RELEASE ALT-1 HLD
LAST-RCPT
FOR-BO QTY. . . .
461703
630 4983142 BR 17 VP SUPPLY 04/22/19 RELEASE 1 1 1 1200SLOWT-148
469259
630 4968763 BR 17 VP SUPPLY 04/09/19 RELEASE 1 1 1 200SLOWT-455
465387
E222 5006451 CMP BALCH PLUMBING & HEATING 05/09/19 ORDER IS A C 9 3 0 DDR60130
FACTEAU ORDER
112 65
23 records listed.
n-.nn 1
Supply Cor
ASHRAE 62.2 HRV/ERV CALCULATION DATE: 3/27/19
REQUIRED RATE = FLOOR AREA/100 + (NUMBER OF BEDROOM +1) x 7.5
CUSTOMER: Sherwood Acres
Bernie Gansle
DIMENSIONS
LENGTH 22
WIDTH 22
FLOOR AREA 484
# FLOORS ABOVE GRADE 1
TOTAL FINISHED FLOOR AREA 484
BASEMENT 0
TOTAL FLOOR AREA 484
# BEDROOMS 1
REQUIRED VENTILATION-CFM
RUN TIME 25% 79.36
33% 59.52
50% 39.68
66% 29.76
75% 25.79
CONTINUOUS 100% 19.84
FAV Fresh Air Ventilation System
DAMPER AND CONTROL COMBO
The Fresh Air System' (FAV) from Field Controls ,
meets ASHRAE 62.2 standards by delivering fresh "
air automatically and efficiently. The FAV includes sr"' �, ,ti .i VOW •
.ce___
proven components for simple, reliable, fresh air .r '" ,, .�
delivery for improved indoor air quality. s IC.
4,11t IV
Features ' ' FAVC
• Utilizes the central fan to supply outdoor -,r +"
air through a controlled duct '�j
• Operates intermittently FAD
• Automatic fresh air damper (FAD) prevents
infiltration during off periods Benefits
• Lamp and filter replacement alerts • Delivers fresh air automatically, year round
• Easy to install and program • Creates uniform temperature and humidity
0 throughout the home
• Choice of FAVC or HHSC+ for complete
control of IAQ • Enhances effectiveness of Media Air Cleaner'
and UV air purifiers
• Can help reduce humidity
4rjkj • Helps reduce heating and cooling costs
—"IN
I~ :11 `1— , • r� How It Works
Intake Air to t t The Fresh Air System (FAV) is a motor driven damper activated
Hood i j t
Damper ! damper i t t by the Fresh Air Ventilation Control (FAVC). When there is a
Fresh Air 6 call for fresh air, the control opensthe allowingfresh
air to enter the HVAC return. When the control is satisfied, the
isi ICI
damper is closed.
Fresh Air 1
Ventilation I 1
Control 1
IRe4.i,edl
1 r
Specifications
Model Product Description Voltage Amps Watts
FAV-4 FAVC and FAD Motorized,stainless steel, power open/close in 15 sec. increments,fits 4" duct 24 0.07 3
or pipe
FAV-5 FAVC and FAD Motorized, stainless steel, power open/close in 15 sec. increments,fits 5"duct 24 0.07 3
or pipe
FAV-6 FAVC and FAD Motorized, stainless steel, power open/close in 15 sec. increments,fits 6" duct 24 0.07 3
or pipe
FAV-7 FAVC and FAD Motorized, stainless steel, power open/close in 15 sec. increments,fits 7" duct 24 0.07 3
or pipe
FAV-8 FAVC and FAD Motorized, stainless steel, power open/close in 15 sec. increments,fits 8"duct 24 0.07 3
or pipe
FAV-10 FAVC and FAD Motorized, stainless steel, power open/close in 15 sec. increments,fits 10" 24 0.07 3
duct or pipe
16 401. FIELDCONTROLS Customer Service: 252.522.3031
Improving Indoor Environments
Accessories
APPLIANCE MONITORING
Better Control in Any Environment
The Fresh Air Ventilation Control (FAVC) can monitor up to four exhaust fan appliances like a bathroom fan, range
hood, clothes dryer and gas fireplace. Our C-Sensor and P-Sensor relays data back to the FAVC which can then
adjust fresh air intake. Each sensor works independently or in concert with the others to monitor environmental
changes, providing increased or decreased ventilation as needed.
Current Sensor j Pressure Sensor
The C-Sensor senses the operation of air- ""�' . i The P-Sensor senses a change in air °! P s•.s
exhausting devices, such as range hoods, V pressure within the exhaust duct of an ~_ T _ •'
clothes dryers, bathroom fans, central ' 4` exhausting device, such as a kitchen
�'. —i
vacuum systems, etc. It acts as a switch to range hood, clothes dryer, central a
provide a 24 VAC input signal to the Fresh exhaust system, etc. It transmits a signal to a make-up air
Air Ventilation Control, which then operates system,such as the Fresh Air Ventilation Control ventilation
the fresh air damper(FAD) and activates the HVAC central system, in order to provide make-up air for the exhausting
fan. Fresh, outside air is then drawn into the house,providing device. The P-Sensor may also be used in a stand-alone
make-up air for the exhausting device(s). passive make-up air system to control a 24V fresh air
damper(FAD) that is ducted to the exterior of the structure.
The C-Sensor may also be used in a stand-alone make-up air The P-Sensor may also be used in a stand-alone makeup air
system to control a 24V fresh air damper. system to control a 24V fresh air damper and/or fan that is
ducted to the outdoors. 0
Specifications
Model Product Description Voltage Watts Part#
Current-Sensing Senses the operation of air-exhausting devices and acts as a switch to
(-Sensor Makeup Air Sensor provide a 24 VAC input signal to the FAVC Ventilation Control, which then 24 3 46676500
Damper Control operates the FAD fresh air damper and activates the HVAC central fan.
Pressure-sensing Senses a change air in pressure within the exhaust duct of an exhausting
P-Sensor Makeup Air Sensor device and sends a signal to a makeup air system, such as the FAVC in 24 3 46676500
Damper Control order to provide makeup air for the exhausting device.
The SmartExhaustTM Smart Switch Fan
The easiest, most cost efficient way to help make a home ASHRAE
62.2 compliant. The SmartExhaust turns the bathroom fan into an _
�J
automatic exhaust system that helps eliminate stale air from the home. jjj _
1 .
Features - - !t o
• Makes standard bathroom fans ASHRAE t
62.2 compliant ` �;'' ��i
• Microprocessor technology provides precise iiii
ventilation times `se ,
Ur
• Fan runs every hour for set ventilation period`°` 0" kc�,
,r w
• Controls the fan and light... all in one switch .� !I )'
• Helps prevent mold and mildew '
• Helps meet ventilation codes
Bathroom
Specifications
Model Product Description Voltage Watts Part#
SEC SmartExhaust" Programmable control for exhaust fans 120 — 46591000
Technical Service: 800.742.8368 • fieldcontrols.com 17
Fresh Air Ventilation Control (FAVC) _ _1
INSTALLATION OPTIONS ..
_ -
111111111Pal Air Handler Installation
Optional Inline Heater
(Require for Cold Region Only)
Filter/Trio 1200/2000 Gable end wall,
band joist,
Fresh Air
Intake Outdoor
or porch soffit
Pipe Temp Fresh Air
7. - o / Sensor Intake Hood
a I w/ Screen
? Furnace/ 4,Air Handler ,
o I0 t
/ .
Illij
Fresh Air Fresh Air
Ventilation Damper
Control
(FAVC) Air Flow
(Return)
Return Air Closet Installation
WA Vent
Home
Inline Heater
from Home
(Required for Cold
Supply Duct Region Only)
if 1 S I Fresh Air 1141 Fresh Air Intake hood
Inside Ventilation • w/Screen
Control (FAVC) «" 6idinegie
Wall on Wall
Mount
-- Bracket n
Fresh
Air
Furnace/ 0 Damper
Outdoor Outside
Air Handler 0 Temperature Wall
4•• Sensor
Filter/Trio 1200/2000
18 glir. FIELDCONTROCS Customer Service: 252.522.3031
Improving Indoor Environments
Fresh Air Damper _
YEAR ROUND VENTILATION ,r-rt- "- ^
t -
The Fresh Air Damper(FAD) is a 24VAC power-open,
power-close motorized air damper designed for T�
installation in a fresh air duct connected to an outdoor air ,i IN
intake hood and a duct fan or the HVAC return plenum, : ,-tom.,
to control the flow of fresh air into the home. The FAD ,
is typically controlled by the FAVC Ventilation Control to 1 t.
meet ASHRAE 62.2 and other fresh air ventilation codes ,
and standards, but may also be used in a stand-alone '
application for either passive or fan-induced fresh air for \ — I.
ventilation or makeup air applications. t ' 0
FAD - Fresh Air Damper
Features Benefits
• Power-Open, Power Close • Delivers fresh air automatically, year round
• Very low power requirement and air flow • Creates uniform temperature and humidity
resistance throughout the home
• Stainless steel body and gate • Enhances effectiveness of Media Air Cleaner'
• Tear-resistant closed-cell foam rubber seal and UV air purifiers
tested 500K+ cycles • Can help reduce humidity
• Seal flammability meets FMVSS-302 • Helps reduce heating and cooling costs
• Gas Vent Damper motor and circuit board
certified 100K+ cycles firjjEi
�
• Patented Damper Monitor feature detects and ��
diagnoses failure FIN �JC� 's '/
F % a I
1 PP
16,
Intake Air i 1E t t
Hood 04 t
How It Works Fresh Air
1E t t
Damper 1,, AC COIL
The Fresh Air Damper(FAD) is a motor driven damper
activated by the Fresh Air Ventilation Control. When there CO ML--.7
is a call for fresh air, the FAVC opens the damper allowing Fresh Air
fresh air to enter the HVAC return. When the FAVC is Ventilation l
osatisfied, the damper is closed. Conted) —
Specifications
Model Product Description Voltage Amps Watts
FAD-4 Fresh Air Damper Power open/close,fits 4"dud or pipe 24 — 3
FAD-5 Fresh Air Damper Power open/close,fits 5"dud or pipe 24 — 3
/* i FAD-6 Fresh Air Damper Power open/close,fits 6"dud or pipe 24 — 3
7
is FAD-7 Fresh Air Damper Power open/close,fits 7"dud or pipe 24 — 3
7
FAD-8 Fresh Air Damper Power open/close,fits 8"duct or pipe 24 — 3
FAD-10 Fresh Air Damper Power open/close,fits 10"dud or pipe 24 — 3
10 4010 FIELDCONTROLS Improving Indoor Environments Customer Service: 252.522.3031
* Fresh Air Damper __
SIZING & INSTALL .__—^,,_....,� ~�
Table 1: Table 2:
Continuous Ventilation Rate in CFM per Continuous Ventilation Rate in CFM per
ASHRAE 62.2-2010 Standard ASHRAE 62.2-2013/2016 Standard
Number of Bedrooms Number of Bedrooms
Sq Ft 1 2 3 4 5 6 Sq Ft 1 2 3 4 5 6
500 20 28 35 43 50 58 500 30 38 45 53 60 68
600 21 29 36 44 51 59 600 33 41 48 56 63 71
700 22 30 37 45 52 60 700 36 44 51 59 66 74
800 23 31 38 46 53 61 800 39 47 54 62 69 77
900 24 32 39 47 54 62 900 42 50 57 65 72 80
1000 25 33 40 48 55 63 1000 45 53 60 68 75 83
1100 26 34 41 49 56 64 1100 48 56 63 71 78 86
1200 27 35 42 50 57 65 1200 51 59 66 74 81 89
1300 28 36 43 51 58 66 1300 54 62 69 77 84 92
1400 29 37 44 52 59 67 1400 57 65 72 80 87 95
1500 30 38 45 53 60 68 1500 60 68 75 83 90 98
1600 31 39 46 54 61 69 1600 63 71 78 86 93 101
1700 32 40II
47 55 62 70 1700 66 74 81 89 96 104
1800 33 41 48 56 63 71 1800 69 77 84 92 99 107
1900 34 42 49 57 64 72 1900 72 80 87 95 102 110
2000 35 43 50 58 65 73 2000 75 83 90 98 105 113
2100 36 44 51 59 66 74 2100 78 86 93 101 108 116
2200 37 45 52 60 67 75 2200 81 89 96 104 111 119
2300 38 46 53 61 68 76 2300 84 92 99 107 114 122
2400 39 47 54 62 69 77 2400 87 95 102 110 117 125
2500 40 48 55 63 70 78 2500 90 98 105 113 120 128
2600 41 49 56 64 71 79 2600 93 101 108 116 123 131
2700 42 50 57 65 72 80 2700 96 104 111 119 126 134
2800 43 51 58 66 73 81 2800 99 107 114 122 129 137
2900 44 52 59 67 74 82 2900 102 110 117 125 132 140
3000 45 53 60 68 75 83 3000 105 113 120 128 135 143
3100 46 54 61 69 76 84 3100 108 116 123 131 138 146
3200 47 55 62 70 77 85 3200 111 119 126 134 141 149
3300 48 56 63 71 78 86 3300 114 122 129 137 144 152
3400 49 57 64 72 79 87 3400 117 125 132 140 147 155
3500 50 58 65 73 80 88 3500 120 128 135 143 150 158
*ASHRAE 62.2 Standards assumes one person for each bedroom,plus one more. If the fan is engaged 20 minutes per hour, multiply this number
by 3.
Table 3: Table 4:
Equivalent Feet for Vent Pipe Fittings Equivalent Feet for a Reducer/Increaser Pipe Fitting
Vent Pipe Fittings Vent Pipe Diameter Small Pipe Size
3 4" 5" 6" 7" 8" 9" 10" 3" 4" 5" 6" 7" 8" 9" 10"
Tee 19 25 31 38 44 50 56 63
3" 0
Y-Connection 10 13 16 20 23 26 29 32 4" 2 0
211
90°Elbow 5 7 9 11 12 14 16 18 i^ 5e 4 2 0
6" 5 4 2 0
45°Elbow 3 4 4 5 6 7 8 9 a 7" 6 5 4 1 0
8" 7 7 6 3 2 0
9" 7 8 7 5 4 2 0
10" 8 8 8 6 6 4 2 0
12" 8 10 10 8 9 8 6 4
12 40110 FIELDCONTROLS Improving Indoor Environments Customer Service: 252.522.3031
Fresh Air Damper
�'`__ -- _ SIZING & INSTALL
Example of Fresh Air Damper Sizing using the Design Method:
Step 1: 1500 sq. ft. home, 3 bedrooms, ASHRAE62.2-2010 standard. From Table 1, continuous ventilation
required is 45 CFM. For damper sizing multiply continuous ventilation value by 3 equates to 135 CFM
for fresh air damper size.
Step 2:Static pressure in the return is 0.15 inches WC(measured)
Step 3: Ductwork system design consists of:
• From Table 3, two 6"diameter 45°Elbow(10 equivalent feet)
• 10 feet of straight 6"smooth diameter ductwork(10 equivalent feet).
• The system has 20 equivalent feet of smooth duct (10 feet + 10 feet = 20 feet)
Step 4: From Table 5, the 6 inch Fresh Air Damper delivers 136 CFM in smooth duct at 30 equivalent feet and
would be the appropriate damper for this system.
II
Table 5:
Damper Air Flow based on Pressure Measurement (in CFM)
Return Air Static Pressure("WC) 0.05* 0.1* 0.15 0.2
Damper&Intake Equivalent Feet of Duct Flex Smooth Flex Smooth Flex Smooth Flex Smooth
Hood Length
10 40 32 57 45 70 56 80 64
4"FAD Damper 30 33 26 47 37 57 46 66 53
50 29 23 41 33 50 40 58 46
10 67 54 95 73 117 94 135 108
5"FAD Damper 30 56 45 80 64 97 78 113 90
50 49 39 70 56 85 68 99 79
10 90 72 128 102 157 126 181 145
6"FAD Damper 30 79 63 111 89 136 109 157 126
50 71 57 100 80 122 98 141 113
10 154 123 218 174 266 213 308 246
7'FAD Damper 30 129 103 183 146 224 179 258 207
50 113 91 160 128 196 157 227 181
10 174 139 246 197 301 241 348 278
8"FAD Damper 30 154 123 218 174 267 214 308 246
50 140 112 197 158 242 194 279 223
10 262 210 371 297 454 363 525 420
10"FAD Damper 30 239 191 338 270 414 331 478 382
50 221 177 312 250 383 306 442 354
*.05 ore new modulating appliance parameters. 0.1 are the traditional appliances. Once the design gets out of range additional electrical
consumption begins to take place.
Technical Service: 800.742.8368 • fieldcontrols.com 13
Fresh Air Damper
PERFORMANCE CHARTS
FAD-4 Performance: IAH-4 Intake Air Hood,FAD-4 Damper,and 4"Duct
1 I
too
mo I I I 1 I 11 1
—with 10'equivalent length of smooth 4'pipe
lw ---with 30'equivalent length of smooth 4'pipe
-- -with 50'equivalent length of smooth 4'pipe
120 j /
E / /
co ../....�/
NOTE PFRfgOAANR SHOWN WW1.THE
6FTQS 051AH.6 WA*HOODAND POUND I
ao _---_3--�� SMmH O -WALLED RE MEIN FEET OUR,
met SHAPE OUR,OR gFFFAENT INTAKE
HOOD MA 1,3.50131POeMANCE
0 I l 1 ' III
0.01 A3 Al b AS u10 30 30 AO 50 1A0
Return Plenum Vacwm.*wc(boa/Mink scale)
ref, 66
fliD-5 Performance: IAH-6 Intake Air Hood,6-5 Reducer, FAD-5 Damper,and 5"Duct
200
I
250
I 1 /,
—with 10'equivalent length of smooth 5'pipe /
---with 30'equivalent length of smooth 5'pipe r
000 —•with SO'equivalent length of smooth 5-pipe % /,
a //
•
11so YEE / /
.2 /S
1 /. /
I00 /
i - Il'
NmE PERFORMANCE SHOWN5E1100 AND ROUND
50 - 6FKi50FINI.6 MTE.USE OF AND 00
SMD.11.SHAPE M PIPE.USE01ENTINTAKE
FLEX DUCT,
OfHEA SHAPE pKr,OR gFFEFENT INTAKE
HOOD MAY A5,555 PERFORMANCE
0 I I JI
0OI D3 Al AA O5 0.10 20 30 AO JO 1A0
Return Plenum Vacuum,"wc(logarithmic scale)
FAD-6 Performance: IAH-6 Intake Air Hood,FAD-6 Damper,and 6"Duct
Pm ! I
350
I I I `'
Yg ' —with 10'equivalent length of smooth 6'pipe •
---with 30'equivalent length of smooth 6'pipe i/
--•with 50'equivalent length of smooth 6'pipe / /
350
'
I '/
E � /
Sao /
I50 /'/
1 --- I
EFFECTS IAHOINTMENOOD AND POUND IIII il
Sp _��--��" I I SMOOTH-WALLED PPE USE OF FLEX OUR,
0. �- I I Om51 SHAPE OWL CO 10E1E1ENT INTAKE1O W 0p YAFFECTPERFORMANCE
' I 1 �I
00.01 03 A3 LA A5 050 20 30 AO 50 1.00
Return Plenum Vacuum"wc(logarithmic sole)
14 �,� FIELDCONTROLS Customer Service: 252.522.3031
i
Improving Indoor Env ronments
9 Load Short Form Job: SHERWOOD ACRES-B...
wri htsoft° Date: 03/27/2019
Entire House By: BILL
BERNIE GANSLE
GLEN LAKE
Project Information
For: SHERWOOD ACRES
Design Information
Htg Clg Infiltration
Outside db (°F) -20 95 Method Simplified
Inside db(°F) 70 72 Construction quality Average
Design TD (°F) 90 23 Fireplaces 0
Daily range - M
Inside humidity (%) 30 50
Moisture difference(gr/lb) 31 54
HEATING EQUIPMENT COOLING EQUIPMENT
Make Make n/a
Trade Navien Trade n/a
Model NCB-150E Cond n/a
AHRI ref Coil n/a
AHRI ref n/a
Efficiency 95 AFU E Efficiency n/a
Heating input 60000 MBtuh Sensible cooling 0 Btuh
Heating output 57000 Btuh Latent cooling 0 Btuh
Temperature rise 0 °F Total cooling 0 Btuh
Actual air flow 0 cfm Actual air flow 335 cfm
Air flow factor 0 cfm/Btuh Air flow factor 0.043 cfm/Btuh
Static pressure 0 in H2O Static pressure 0 in H2O
Space thermostat Load sensible heat ratio 0.80
ROOM NAME Area Htg load Clg load Htg AVF Clg AVF
(ft2) (Btuh) (Btuh) (cfm) (cfm)
Bedroom 11x13 143 5309 3196 0 138
Closet 16 143 35 0 2
Bathroom 77 1638 398 0 17
Great Room 143 6964 3181 0 138
Foyer Closet 8 126 27 0 1
Hall/Entry 32 1912 378 0 16
Storage Room 68 2698 534 0 23
Entire House d 486 18790 7749 0 335
Other equip loads 0 0
Equip. @ 1.00 RSM 7749
Latent cooling 1984
TOTALS 486 18790 9732 0 335
Calculations approved by ACCA to meet all requirements of Manual J 7th Ed.
2019-Mar-27 06:49:54
,� wrightsoft° Right-Suite®Universal 2012 12.1.05 RSU18342 Page 1
ACCA ...VAC 2011\Wrightsoft HVAC 2012\SHERWOOD ACRES-BERNIE GANSLE.rup Calc=MJ7 Front Door faces:
0 REScheck Software Version 4.6.5
Compliance Certificate
Project Glen Lake Bunk House
Energy Code: 2015 IECC
Location: Lake George, New York
Construction Type: Single-family
Project Type: New Construction
Conditioned Floor Area: 484 ft2
Glazing Area 11%
Climate Zone: 6 (7377 HDD)
Permit Date:
Permit Number:
Construction Site: Owner/Agent: Designer/Contractor:
5 Glen Hall Bernard Gansle Dan Barber
QueensBURY, NY 12804 43 Clifton Way Sherwood Acres Corp.
Slingerlands, NY 12159 PO Box 908
518-435-1419 Minerva, NY 12851
914-621-8202
Compliance:Passes using UA trade-off
Compliance: 19.2%Better Than Code Maximum UA: 151 Your UA: 122
The%Better or Worse Than Code Index reflects how close to compliance the house is based on code trade-off rules.
It DOES NOT provide an estimate of energy use or cost relative to a minimum-code home.
Envelope Assemblies
Gross Area Cavity Cont.
Assembly or R-Value R-Value U-Factor UA
Perimeter
Ceiling 1: Flat Ceiling or Scissor Truss 484 49.0 49.0 0.011 5
Wall 1: Wood Frame, 16" o.c. 902 25.0 25.0 0.021 16
Window 1: Wood Frame:Double Pane with Low-E 96 0.347 33
Door 1: Solid 42 0.200 8
Floor 1: Slab-On-Grade:Unheated 88 10.0 0.684 60
Insulation depth: 4.0'
Compliance Statement: The proposed building design described here is consistent with the building plans, specifications, and other
calculations submitted with the permit application.The proposed building has been designed to meet the 2015 IECC requirements in
REScheck Version 4.6.5 and to comply with the mandatory requirements listed in the REScheck Inspection Checklist.
Name-Title Signature Date
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 1 of 9
c
REScheck Software Version 4.6.5
Inspection Checklist
Energy Code: 2015 IECC
Requirements: 0.0% were addressed directly in the REScheck software
Text in the "Comments/Assumptions" column is provided by the user in the REScheck Requirements screen. For each
requirement, the user certifies that a code requirement will be met and how that is documented, or that an exception
is being claimed. Where compliance is itemized in a separate table, a reference to that table is provided.
Section 1Plans Verified 1 Field Verified
# Pre-Inspection/Plan Review Value Value ! Complies? Comments/Assumptions
& Req.ID 1 I
103.1, ;Construction drawings and EComplies
103.2 documentation demonstrate ❑Does Not
[PR1]i energy code compliance for the
;building envelope.Thermal ❑Not Observable
'envelope represented on ❑Not Applicable
construction documents.
103.1, ;Construction drawings and ❑Complies
103.2, documentation demonstrate ❑Does Not
403.7 energy code compliance for
[PR3]1 'lighting and mechanical systems. ❑Not Observable
;Systems serving multiple ENot Applicable
dwelling units must demonstrate
;compliance with the IECC
Commercial Provisions.
302.1, Heating and cooling equipment is Heating: Heating: ❑Complies
403.7 sized per ACCA Manual S based Btu/hr Btu/hr ❑Does Not
[PR2]z on loads calculated per ACCA Cooling: Cooling:
Manual J or other methods ❑Not Observable
approved by the code official. Btu/hr Btu/hr ❑Not Applicable
Additional Comments/Assumptions:
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 2 of 9
Section
Plans Verified Field Verified
# Foundation Inspection Value Value Complies? Comments/Assumptions
& Req.ID
402.1.2 Slab edge insulation R-value. R- R- ❑Complies See the Envelope Assemblies
[FO1l1 ElUnheated ❑ Unheated :0Does Not table for values.
❑ Heated ❑ Heated 'ENot Observable
❑Not Applicable
402.1.2 :Slab edge insulation ft ft ❑Complies See the Envelope Assemblies
[FO3]1 depth/length. EDoes Not table for values.
, ❑Not Observable
ENot Applicable
303.2.1 A protective covering is installed ❑Complies
[FO11]2 to protect exposed exterior ❑Does Not
insulation and extends a
minimum of 6 in. below grade. ❑Not Observable
❑Not Applicable
403.9 Snow-and ice-melting system ❑Complies
[FO12]2 controls installed. ['Does Not
f+ ENot Observable
ENot Applicable
Additional Comments/Assumptions:
1 High Impact(Tier 1) 2 (Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 3 of 9
Section I Plans Verified Field Verified
# 1Framing /Rough-In Inspection Value Value Complies? Comments/Assumptions
& Req.ID I
402.1.1, .Door U-factor. U- U- ❑Complies See the Envelope Assemblies
402.3.4 ;❑Does Not table for values.
[FR1]1 ❑Not Observable
i ❑Not Applicable
402.1.1, Glazing U-factor(area-weighted U- U- '❑Complies :See the Envelope Assemblies
402.3.1, average). ❑Does Not table for values.
402.3.3,
402.5 ❑Not Observable
[FR2]1 i❑Not Applicable
303.1.3 'U-factors of fenestration products ❑Complies
[FR4]1 are determined in accordance ❑Does Not •
with the NFRC test procedure or
taken from the default table. ['Not Observable
❑Not Applicable
402.4.1.1 Air barrier and thermal barrier ❑Complies
[FR23]1 installed per manufacturer's ❑Does Not
instructions.
[Not Observable
❑Not Applicable
402.4.3 Fenestration that is not site built ❑Complies
[FR20]1 is listed and labeled as meeting ❑Does Not
.. 'AAMA/WDMA/CSA 101/I.S.2/A440
,or has infiltration rates per NFRC ❑Not Observable
400 that do not exceed code ❑Not Applicable
j limits.
402.4.5 IC-rated recessed lighting fixtures ❑Complies
[FR16]2 sealed at housing/interior finish ❑Does Not
and labeled to indicate 52.0 cfm
leakage at 75 Pa. ❑Not Observable
❑Not Applicable
403.3.1 Supply and return ducts in attics ❑Complies
[FR12]1 insulated >= R-8 where duct is ❑Does Not
>=3 inches in diameter and >=
R-6 where< 3 inches.Supply and ❑Not Observable
return ducts in other portions of ❑Not Applicable
the building insulated >= R-6 for
diameter>= 3 inches and R-4.2
for<3 inches in diameter.
403.3.5 Building cavities are not used as ❑Complies
(FR15]3 ducts or plenums. ❑Does Not
❑Not Observable
❑Not Applicable
403.4 HVAC piping conveying fluids R- ' R- ['Complies
[FR17]2 above 105 QF or chilled fluids ❑Does Not
below 55 QF are insulated to
3 ❑Not Observable
❑Not Applicable
403.4.1 Protection of insulation on HVAC ❑Complies
[FR24]1 piping. ❑Does Not
❑Not Observable
❑Not Applicable
403.5.3 Hot water pipes are insulated to R- R- '0Complies
[FR18]2 >R 3. ❑Does Not
j❑Not Observable
❑Not Applicable
403.6 Automatic or gravity dampers are ❑Complies
[FR19]2 installed on all outdoor air ❑Does Not
intakes and exhausts.
['Not Observable
plot Applicable
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 4 of 9
Additional Comments/Assumptions:
t
•
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 5 of 9
I Section i
i I I Plans Verified 1 Field Verified
& Re ID Insulation Inspection Value Value Complies? Comments/Assumptions
q.
303.1 All installed insulation is labeled ❑Complies
[IN13]2 or the installed R-values ❑Does Not
provided. ❑Not Observable
❑Not Applicable
402.1.1, Wall insulation R-value. If this is a; R R ❑Complies See the Envelope Assemblies
402.2.5, !mass wall with at least'/2 of the i❑ Wood ❑ Wood ❑Does Not table for values.
402.2.6 !wall insulation on the wall ❑ Mass ❑ Mass ;❑Not Observable
[IN3]1 !exterior,the exterior insulation
requirement applies(FR10). El Steel ❑ Steel ❑Not Applicable
303.2 Wall insulation is installed per ❑Complies
[IN4]1 manufacturer's instructions. ❑Does Not
['Not Observable
❑Not Applicable
Additional Comments/Assumptions:
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 6 of 9
•
:: :
ctn I 1 Plans Verified Field Verified 1 I
# Final Inspection Provisions Complies? Comments/Assumptions
ID I Value Value I
402.1.1, Ceiling insulation R-value. R- R- '❑Complies See the Envelope Assemblies
402.2.1, ❑ Wood ❑ Wood ❑Does Not table for values.
402.2.2, ❑ Steel ❑ Steel ❑Not Observable
402.2.6
[H1]' ❑Not Applicable
•
303.1.1.1, ;Ceiling insulation installed per ❑Complies
303.2 manufacturer's instructions. ❑Does Not
[FI2]1 .Blown insulation marked every
300 ft2. ❑Not Observable '
❑Not Applicable
402.2.3 Vented attics with air permeable ❑Complies
[FI22]2 insulation include baffle adjacent ❑Does Not
to soffit and eave vents that •
extends over insulation. ❑Not Observable
ENot Applicable
402.2.4 ;Attic access hatch and door R- R- ;❑Complies
[FI3]i insulation R-value of the ❑Does Not
adjacent assembly.
ENot Observable
❑Not Applicable
402.4.1.2 ,Blower door test @ 50 Pa. <=5 ACH 50 = ACH 50 = ❑Complies
[FI17]1 ach in Climate Zones 1-2,and ❑Does Not
<=3 ach in Climate Zones 3-8. ❑Not Observable
❑Not Applicable
403.3.4 Duct tightness test result of<=4 ; cfm/100 cfm/100 ❑Complies
[FI4]1 cfm/100 ft2 across the system or ; ft2 ft2 ❑Does Not
<=3 cfm/100 ft2 without air
•
handler @ 25 Pa. For rough-in ❑Not Observable
tests,verification may need to ❑Not Applicable
occur during Framing Inspection.
403.3.3 Ducts are pressure tested to cfm/100 cfm/100 ;❑Complies
[FI27]i determine air leakage with ft2 ft2 ❑Does Not
either: Rough-in test:Total
leakage measured with a ENot Observable
pressure differential of 0.1 inch ENot Applicable
w.g. across the system including
Ithe manufacturer's air handler
enclosure if installed at time of
;test. Postconstruction test:Total
leakage measured with a
pressure differential of 0.1 inch
w.g. across the entire system
including the manufacturer's air
handler enclosure.
403.3.2.1 'Air handler leakage designated ❑Complies
[FI24]1 'by manufacturer at<=2%of ❑Does Not
design air flow.
['Not Observable
❑Not Applicable
403.1.1 Programmable thermostats ❑Complies
[F19]2 installed for control of primary ❑Does Not
heating and cooling systems and
initially set by manufacturer to ENot Observable
code specifications. ENot Applicable
403.1.2 Heat pump thermostat installed ❑Complies
[FI10]2 on heat pumps. ❑Does Not
ENot Observable
ENot Applicable
---------------------
403.5.1 Circulating service hot water ❑Complies
[F111]2 systems have automatic or ❑Does Not
accessible manual controls.
❑Not Observable
ENot Applicable
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 7 of 9
Section i Plans Verified Field Verified
# Final Inspection Provisions Value Value Complies? Comments/Assumptions
& Req.ID
403.6.1 All mechanical ventilation system ❑Complies
(F125]2 fans not part of tested and listed ❑Does Not
HVAC equipment meet efficacy
and air flow limits. ❑Not Observable
❑Not Applicable
403.2 Hot water boilers supplying heat ❑Complies
[F126]2 through one-or two-pipe heating ❑Does Not
systems have outdoor setback
control to lower boiler water ❑Not Observable
temperature based on outdoor ❑Not Applicable •
temperature.
403.5.1.1 Heated water circulation systems ❑Complies
[FI28]2 have a circulation pump.The ❑Does Not
system return pipe is a dedicated
return pipe or a cold water supply ❑Not Observable
pipe.Gravity and thermos- ❑Not Applicable
syphon circulation systems are
not present.Controls for
circulating hot water system
pumps start the pump with signal
for hot water demand within the
occupancy. Controls
automatically turn off the pump
when water is in circulation loop
is at set-point temperature and
no demand for hot water exists.
403.5.1.2 Electric heat trace systems ❑Complies
[F129]2 comply with IEEE 515.1 or UL ❑Does Not
515.Controls automatically
adjust the energy input to the ❑Not Observable
heat tracing to maintain the ❑Not Applicable
desired water temperature in the
piping.
403.5.2 Water distribution systems that ❑Complies
[F130)2 have recirculation pumps that ❑Does Not
pump water from a heated water
supply pipe back to the heated ❑Not Observable
water source through a cold ❑Not Applicable
water supply pipe have a
demand recirculation water
system.Pumps have controls
that manage operation of the
pump and limit the temperature
of the water entering the cold
water piping to 1044F.
403.5.4 Drain water heat recovery units ❑Complies
[F131]2 tested in accordance with CSA ❑Does Not
B55.1. Potable water-side
pressure loss of drain water heat ['Not Observable
recovery units< 3 psi for ❑Not Applicable
individual units connected to one
or two showers. Potable water-
side pressure loss of drain water
heat recovery units< 2 psi for
individual units connected to
three or more showers.
---- ------------------------ -----
404.1 75%of lamps in permanent ❑Complies
[FI6]1 fixtures or 75%of permanent ❑Does Not
fixtures have high efficacy lamps.
Does not apply to low-voltage ['Not Observable
lighting. ❑Not Applicable
404.1.1 Fuel gas lighting systems have ❑Complies
[FI23]3 no continuous pilot light. ❑Does Not
ENot Observable
❑Not Applicable
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 8 of 9
•
Section Plans Verified Field Verified
# Final Inspection Provisions Complies? Comments/Assumptions
& Req.ID Value Value i
401,3 Compliance certificate posted. ❑Complies
•
[F1712 ❑Does Not
❑Not Observable
❑Not Applicable
303.3 Manufacturer manuals for ❑Complies
(FI18]3 mechanical and water heating ❑Does Not
systems have been provided.
ElNot Observable
❑Not Applicable
Additional Comments/Assumptions:
1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3)
Project Title: Glen Lake Bunk House Report date: 05/13/19
Data filename: Untitled.rck Page 9 of 9
i20 IErgy
CI Efficie15ncyCC Ene Certificate
Insulation Rating R-Value
Above-Grade Wall 50.00
Below-Grade Wall 0.00
Floor 10.00
Ceiling / Roof 98.00
Ductwork (unconditioned spaces):
Glass&Door Rating U-Factor SHGC
Window 0.35
Door 0.20
Heating&Cooling Equipment Efficiency
Heating System:
Cooling System:
Water Heater:
Name: Date:
Comments
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The first high efficiency
condensing c®a bi-boilers
that can d® it also.. ::
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for larger homes
New Navil-ink Wi-Fi remote control system... g
Available as an add-on accessory.
LEADERTHE • YTECHNOLOGY
Navien NCB-E • • • •
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The only compact combi-boiler
strong enough to support heating and
®HW for the whole house
Navien NCB-E is the first high efficiency condensing MostErrcient The Navien NCB-E
combi-boiler with the capacity to supply both heat and 2018 also saves installation �
domestic hot water for larger homes—enough time and reduces call
5s
hydronic heat for a whole house,plus hot water to run - C backs.In addition,
two showers and a dishwasher all at the same time, AFUE 9J�O�/0 the NCB-E takes
II up 80%less space
`<< }1 Y• t;.uY^ !' ?� than a traditional t.
?C��r t yY'i•�-ry, t �" ' �� , +'{ floor standing boiler b.
( �. „ ' 4_ LDNG DISTANCES
Imo- -- -------- _j and storage tank.
Your customer now
ti:• __'>' _ �I('ofll (j fIEtG GAS has more room,
11 CINVER1IBlE
saves energy
Y and enjoys all the
STWRESS
— DUAL STEEL I hot water they need, j
whenever they want it.
1911
A.
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aN
HEATING DHW
UP TO 120K BTU/H UP 10 199K BTU/H
Available in four sizes Primary i
Model Heating BTU/H DHW BTU%H manifold kit
NCB-150E 12,000-60,000 12,000-120,000
For fast installation
NCB-180/NCB-180E 14,000-80,000 14,000-150,000 and maximum
NCB-210/NCB-210E 18,000-100,000 18,000-180,000 efficiency,install our
system matched
NCB-240/NCB-240E 18,000-120,000 18,000-199,900 manifold kit.
Applications Warranty
Hydronic Heating _ Residential Single Family Use Only
Air,
Handler Hydronic Baseboard Radiant Labor 1 year
fan coils radiators floors
Parts* 5 year
For NCB/NCB-E technical drawings of specific installations
and requirements, please visit Navien.com. Heat exchanger 10 year
*Includes DHW flat plate HX.
�Nav�eN®
THE LEADER IN CONDENSING TECHNOLOGY
Compare these advantages
to any condensing combi system
- Dual inputs of up to �1 PVC venting
_
-` 120k BTU/H for heating Low exhaust gas temperatures
and 199k BTU/H for DHW w �1 allows use of PVC,CPVC,ut C
Supplies all the heat and S636 and polypropylene vent
g domestic hot water that most _-'m'i systems,reducing installation
houses require. time and costs.System can
use 2"venting for up to 60',or
up to 150'with 3"venting.
4.5 GPM@77° > Low gas pressure
temperature rise NEW operation
for domestic hot water } ;; .,: Our negative pressure gas
Separate stainless steel flat plate valve ensures maximum
\ heat exchanger for DHW creates performance all the way down
�-))) the highest flow rate for any , _ to a minimum gas pressure of
- .
combi-boiler in the industry. � 3.5"of water column.
-; Turn down ratio of 6:1 for Uses existing
f 1 heating and 11:1 for DHW ;% - '/2"gas piping
SIIAOAY The sophisticated gas flow - -; Save time and effort in retrofit
k 72.5 F control system provides a applications with 1/2"gas lines
high turn down ratio, reducing for up to 24'.
energy waste and excessive
boiler cycling and enhances
temperature control for DHW.
- R.■ Dual stainless steel _ Space saving design
ii heat exchangers occupies so%less
s Resist corrosion better than space than a traditional
I copper to provide longer life. a floor standing boiler and
} storage tank.
Field gas convertibility >, Linkability
Dual venturi system allows `-`ti-`- - — For extraordinarily large
for easy field convertibility _, domestic hot water flow
from NG to LP operation.Orifice I demand,the NCB-E can be
for LP conversion included. I cascaded with our NPE units.
0 o O O
Ills
I
NCB-E,-. the inside story
2"PVC
0 schedule 40
L capable up to 60'
I__ II I
r - QL
PressureU..Ro
104 relief valve — 2"PVC air
r — intake venting
Dual Venturi p -
for easy field - Powder-coated
convertibility T """"" "
' enamel metal
housing
Primary Ii I i
stainless steel
heat exchanger .f � �_ _.+� �-- Secondary
_ stainless steel
- . .
�;;_ --,-:_ •� heat exchanger
Stainless steel _
flat plate heat
exchanger _�I _ _ - R"I ? Integrated
for domestic ; t control panel
hot water
l
jNegative
Integrated t _ pressure
boiler pump • gas valve
Primary heating I=� • _ � °�' y� Heating system
loop supply T"- ` _ auto-fill
Primary heating +•J T di Domestic hot
loop return water inlet
0
s
1/2"gas pipe Domestic hot
capable up to 24' r water outlet
s�
1
mNavieu
CONDENSINGTHE LEADER IN 0
F
tt
Dimensions Ratings & specifications
_ Navien Combination Boller Space Heating Ratings Other Specifications -
13.' Heating Input,MBH Heating Net AHRI Rating, AFUE2, Water Water Connection
e IumM •,ar.nxm.a Model Numberl 'Min Max Capacity%MBH Water',MBH % Pressure Size(Supply,Return)
r- a NCB-15DE 12 60 56 49 95.0
NCB-180/NCB-180E 14 80 75 65 95.0
12-30psi 1'NPT
NCB-210/NCB-210E 16 100 94 82 95.0
To's
6rlWmm)
NCB-240/NCB-240E 18 120 112 97 95.0
'Ratings are the same for Natural Gas models converted to Propane use
2 Based on U.S.Department of Energy(DOE)test procedures.
Conn«non sae 3 The NET AHRI Water Ratings shown are based on a piping and pickup allowance of 1.15.
0 Pressure Re6ervalve Adapter 03/4• Consult Navien before selecting a bailer for installations having unusual piping and pickup requirements,
such as intermittent system operation,extensive piping systems,etc.
0 Nrintake ml'
IS Exhaust Gas Vent 02•
Specifications
Item NCB-150E NCB-180/NCB-180E NCB-210/NCB-210E NCB-240/NCB-240E
Space heating 12,000-60,000 BTU/H 14,000-80,000 BTU/H 18,000-100,000 BTU/H 18,000-120,000 BTU/H
Gas input Domestic hot water 12,000-120,000 BTU/H 14,000-150,000 BTU/H 18,000-180,000 BTU/H 18,000-199,900 BTU/H
Flow rate 77°F(43°C)Temp Rise 2.6 GPM(9.8 L/m) 3.4 GPM(12.9 L/m) 4.0 GPM(15.1 L/m) 4.5 GPM(17.0 L/m)
(DHW)
Dimensions 17"(W)x 21 x 12'(D) 17"(W)x 28'(H)x 12'(D) 17"(W)x 28'(H)x 12'(D) 17"(W)x 28'(H)x 12'(D)
Weight 66lbs(30kg) 74 Ibs(34kg) 841bs(38kg) 84Ids(38kg)
Installation type Indoor wall-hung
Venting type Forced draft direct vent
Ignition Electronic ignition
Water pressure(Hydronic/DHW) 12-30 PSI/15-150 PSI
Natural gas supply pressure(from source) 3.5"-10.5"WC
Propane gas supply pressure(from source) 8.0'-13.5"WC
Natural gas manifold pressure(min/max) -0.08"WC/-0.34"WC -0.07"WC/-0.66'WC -0.05"WC/-0.36'WC -0.06'WC/-1.20"WC
Propane gas manifold pressure(min/max) -0.08"WC/-0.30"WC -0.07"WC/-0.62"WC -0.10°WC/-0.66"WC -0.03"WC/-0.98"WC
Minimum flow rate(DHW) 0.5 GPM(1.9 Um)
Heating supply/return 1'NPT
° DHW inlet/outlet 3/4"NPT
B e O : sizzeseclion Gas inlet 3/4"NPT
•I Auto feeder 1/2"NPT
Condensate outlet 1/2"NPT
Main supply 120V AC,60Hz
I Power supply Maximum power 20OW(up to 2 amperes)
r it consumption
Casing Cold rolled carbon steel
vrl«o, Materials
Heal exchangers Primary/secondary heat exchanger:stainless steel
conneman sae DHW heat exchanger:stainless steel
O Heating5uppfy0utlet oil 2'or 3°PVC,CPVC,approved polypropylene
®Healing Return Inlet o 1• Exhaust 2"or 3"special gas vent type BH(Class II,A/B/C)
Gas supply Inlet®DHW Not W get 3r4" Venting 2"or 3"PVC,CPVC,polypropylene
® el 03 4' Intake
®oHwc°Idwatennfet mina• 2"or 3"special gas vent type BH(Class II,A/8/C)
O cundenmte0utlet m 1/2' Vent clearances 0"to combustibles
®Aut.Rd,,Wet 01r2• Safety Flame rod,APS,gas valve operation detector,ignition operation detector,water temperature high limit switch,exhaust temperature
devices high limit sensor
Navien reserves the right to change specifications at any time without prior notice. '
Please refer to www.navien.com to verify you have the most current information.
Accessories
Its
• o �
NavlLink- NCB Series Primary Secondary Plumb Easy Residential Light Commercial, PeakFlow Cascade Zone Pump Outdoor
WI-Ff Control Manifold Kit Manifold Kit Valve Set Neutralizer Neutralizer Anti-Scale Cable Controller Sensor
PBCM-AS-001 (GFFM-MCOZUS-001) (GFFM-SKTZUS-001) 1"Standard (I unit) (up to6units) System (GXXX000546) 2Zones: and wire
(30010950A) (GXXX001322) (GXXX001324) (GXXX001326) (PFMZ-02P-001) (30012950A)
3/4°Standard Residential Light Commercial PeakFlow- 3 Zones:
with Relief Valve Replacement Replacement Replacement _ (PFMZ-03P-001)
(30009323A) Media Media Media 4Zones:
(GXXX001323) (GXXX001328) (GXXX001327) (PFMZ-04P-001)
6 Zones:
'(PFMZ-06P-001)
Q NSF Navien Inc.
20 Goodyear,Irvine,CA 92618
800-519-8794,Navien.com
NCB-BR002-1711 im N av i e u
02017 Navien Inc.
•LEAER IN CONDENSING0 L 0
Radiant Design Project#: SHERWOOD
Summary - Room View uponof ACRES-BERNIE GANSLE
Date: Mar 27, 2019
Prepared For: Sherwood Acres
J.E.Sawyer Division of VP Supply 64 Glen Street Glens Falls, NY 12801 Dan Barber
Prepared By: William Venner Phone: 517-793-4104 Ext. 1712 Fax: 518-793-1993 Email: bvenner@vpsupply.com
Zone 1
Number Of Rooms: 5
Flow Rate: 1.8 USGPM
Head Loss: 4.2 ft(H20)
Control Type: Circulators
Floor Design Water
Room Floor Plan Attach Method Tube Type Tube # Length Leader Radiant Flow Head Surface Covering Temp, Temp.
Spacing Loops Length Load Rate Loss Temp. Rv DroSupplied
p Required
Bedroom/Closet Floorplan 1 Embedded hePEX 1/2" 12 1 179 10.0 3186 0.4 2.1 75.5 1 15 121.9/
11x13-Floor 100.9
Bathroom-Floor Floorplan 1 Embedded hePEX 1/2" 12 1 97 10.0 2103 0.3 0.6 78 1 15 121.9/
110.9 v
Great Room- Floorplan 1 Embedded hePEX 1/2" 12 1 171 10.0 4841 0.7 4.2 80.7 1 15 121.9/
Floor. 121.9
Entry/Hall-Floor Floorplan 1 Embedded hePEX 1/2" 12 1 52 10.0 896 0.1 0.1 79.6 1 15 121.9/
117.2
Storage-Floor Floorplan 1 Embedded hePEX 1/2" 12 1 88 10.0 2072 0.3 0.5 79.4 1 15 121`9/
116.5
Units: Spacing=in,Length=ft,Radiant Load=Btu/hr,Flow Rate=USGPM,Head Loss=ft(H20),Temperature=°F,R-Value=°F•ft2•hr/Btu
Page 2 of 2 'User-Specified Climate Data-Created using Uponor Advanced Design Suite-7.9.3