HomeMy WebLinkAbout26 COUNTRY VIEW DR Electric# APPLICATION FOR BUILDING PERMIT
Plumbing# 26 Country View Date: �z
HVAC #
Sprinkler# z72 9 711
FINAL APR -F0010,- SIGN
- --- -- - - --_--- -" - Estimated Cost $ 2 o
- - Permit Fee Z S
Building ?� `� PLETE RED BOXED AREAS Occupancy Fee $
Engineer n TYPE OR PRINT ONLY Eng. Insp. Fee $
Affidavit ON REVERSE SIDE
Appr. for CO. Total Fee $
TO THE BUILDING DEPARTMENT,TOWN OF SOUTH WINDSOR,CT (Additional Cost) $
The undersigned hereby applies to do work according to the following:
Applicant /`% . lv-,l k< r,,,I Location of Work Lot No.
Applicant's Address 7Y &A^rt Y ;-f. Tel.#
Town &j+ Ff- r*F9 j Zip 06tog Lic.#
Owner t -k H4ll4 " Architect
Owner's Address Architect's Address
Zip Zip
Sq. Ft. New Area: 1 st Fl. Q 2nd FI. 3rdFl. Total New Area
Purpose of this permit �ara s < o.� <X r S H (ti Ycr Of
City Water❑ Well❑ Septic System❑ Sewer❑
Ins: HO SP Cert. `� Area Basement Garage
Approved by So— Date (42x(v.5 Use Group Construction Type
Revised W02
I hereby agree to conform to all the requirements of the Laws of the State of Connecticut and the Ordinances of the Town of
South Windsor and to notify the Building Inspector of any alteration in the plans or specifications of the Building for which this
permit is asked,and agree that this building is to be located the proper distance from all street lines,side yard lines,and required
distances from all other zones and is located in which this building and its use is allowed
Signed
I hereby apply for a Certificate of Occupancy for the work described in this application for the permit.
Signed
DO NOT WRITE BELOW THIS LINE
INSPECTION COMMENTS
Inspection / Approval Date By Appl
Code Description Due Whom Code Comment
----------------------------------------------------------- ------------;------
**-29711-B 2,900
B10 FINAL O1/21/04 JFF A
B10 FINAL O1/21/04 JFF A CLOSEOUT
CP �-# & ( �-6 C�
APPLICATION FOR ELECTRICAL PERMIT
DEPARTMENT DECISION TOWN OF SOUTH WINDSOR PERMIT#
Application is hereby: BUILDING DEPARTMENT
APP oy D 1540 SULLIVAN AVENUE
y 644-2511 ext. 230 Bldg. Permit#
Date Building Inspector
Application must be printed or typed
FEE SCHEDULE Location of Job:$0-$1,000=$15.00 clwTty VI -P 'n
Over$1,000= Street No. Street Lot No.
$15.00 per$1,000 ���1 y
or any fraction thereof Tenant Designation Apt. No.
APPLICANT �M `�!>DC7A( G/¢G Cp ,v7 c 'r/157 LLC
APPLICANT ADDRESS a - N� td.t�e�/Z/✓p�ce
Vl/l 1�11/ 7c C T D o y b
APPLICANT'S PHONE# 6 p - SCE 245�'p
OWNER 94 Af,.-r(fit/ ��Ail E2 A 2 D
.� W N S fq< OWNER ADDRESS �� (`�y_,�T�y ✓/=�?✓ b Q.
OWNER PHONE �qj9- 3
ESTIMATED COST
IS THIS A CONTRACT COST? Yes No
FEE ENCLOSED $ %
TYPE OF JOB:
�SoR.co New Installation U
Alteration/Addition/Repair
Revised 03/05/10
APPLICATION FOR ELECTRICAL PERMIT (Continued from reverse side)
TYPE OF BUILDING IS THIS APPLICATION ASSOCIATED WITH A
BUILDING PERMIT APPLICATION? ❑ YES ❑ NO
❑ RESIDENTIAL CURRENT USE AND OCCUPANCY
❑ BUSINESS
❑ ASSEMBLY FUTURE USE AND OCCUPANCY
❑ EDUCATIONAL
❑ INSTITUTIONAL ENGINEER'S NAME PHONE
❑ FACTORY
❑ STORAGE ADDRESS
❑ GARAGE
❑ MIXED USE CITY STATE ZIP
(Other please specify)
TYPE OF INSTALLATION/WIRING METHOD
SIZE OF SERVICE 0 SIZE OF MAIN CONDUCTORS
NUMBERS OF METERS NUMBERS OF DISCONNECTS AND RATINGS
NUMBERS OF PANELS NUMBERS OF DISCONNECTS REQUIRED? ❑ YES ❑ NO
NUMBERS OF LIGHT CIRCUITS NUMBER OF POWER CIRCUITS F
NUMBER OF SWITCHES NUMBER OF OUTLETS
NUMBER OF LIGHT FIXTURES NUMBER OF HEAT CIRCUITS
NUMBER OF A/C CIRCUITS
SEPARATE HEAT LOSS AND A/C CALCULATIONS MUST BE SUBMITTED.
DESCRIPTION OF WORK
v S r�
/nn L
THE UNDERSIGNED HEARBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO
COMPLY WITH ALL LOCAL ORDINANCES AND STATE OF CONNECTICUT BUILDING CODES IN THE PERFOR-
MANCE OF SUCH WORK
rpo & -
CONTRACTORS LICENSE NO. TYPE STATE
SIGNATURE OF APPLICANT DATE `3
CS
A "y
t
APPLICATION FOR ELECTRICAL PERMIT
TOWN OF SOUTH WINDSOR BUILDING DEPARTMENT
1540 SULLIVAN AVENUE SOUTH WINDSOR, CT 06074(PHONE) 860-644-2511 EXT. 230
DEPARTMENT DECISION PERMIT NUMBER:
APPLICATION IS HEREBY:
APPROVED:
BLDG.PERMIT NUMBER:
bf
-t
DATE INSPECTOR
LOCATION OF WORK: LlX l l/l��J( I� V' C,W �, L)Qk /J VVIO SdV c! D(sU /q
APPLICANT: OWNER: TYPE OF STRUCTURE:
❑NEW BUILDING
NAME: YAl,'a)ikledoolocifilohnO NAME: I/ V I�t DITION
PHONE NUMBER: a o-?7�'�' VV I PHONE NUMBER: I" ❑EXISTING BUILDING
ADDRESS:q, ast�ZDcf ADDRESS: V III w
11LI(Af tJ 1. ��,y,pl I U�, /u„0�►/ TYPE OF USE:
�'72ESIDENTIAL ❑COMMERCIAL
ELECTRICAL INFORMATION: FURTHER
I FURTHER DESCRIPTION
nOF1/WORK:
TYPE OF INSTALLATION: Lso1 / + Y �{�IJI QlI(�T(I(/�/ l ov, Ohd irk/ j0 D/ 1 a
SIZE OF SERVICE: gala P V 4zp I Ct
{, `'j
SIZE OF MAIN SERVICE: VY �J�n �,/
NUMBER OF METERS: 'n (jo(Akdg+jjroO� I m Y-H '(�u
NUMBER OF PANELS: lY Q XI J'I�V�LI 700)u leM'vi a4l ,-t vV i a P .
NUMBER OF LIGHT CIRCUITS: ESTIMATED COST:Sw I �000 U 0
NUMBER OF SWITCHES: O /
NUMBER OF LIGHT FIXTURES: FEE ENCLOSED:$
NUMBER OF A/C CIRCUITS: J
FEE SCHEDULE:SIS IER I,000 OF T ESTIMATED COST.
NUMBER OF POWER CIRCUITS: ROUND UP TO THE NEXT THOUSAND ONCE THE PROJECT
IS$1.00 OVER (16 CENT EDUCATIONAL FEE INCLUDED AS
NUMBER OF OUTLETS: PART OF THE PERMIT FEE)
THE UNDERSIGNED HEARBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL
ORDINANCES AND STATE OF CONNECTICU�T1BBUILDING CODES IN THE PEIRFOMANCE OF SUCH WORK.
�-/0UI
CONTRACTORS LICENSE NO.: l TYPE: 1 � STATE:
SIGNATURE OF APPLICANT: �42 7 DATE:
Ai
STRUCTURE)
ENGINEERING LLC
November 12,2018 ARCHITECTURAL DESIGN
Town of South Windsor Building Department
Attn. Christopher Dougan (Building Official)
1540 Sullivan Ave
South Windsor, CT 06074
Re: Structural Review-Rooftop Solar Panel Installation
Contractor: Earthlight
Project: Ozhan Turgut
26 Country View Drive
South Windsor, CT 06074
Dear Christopher Dougan,
The following references the Turgut residence in South Windsor,CT:
Existing Roof Framing
Location"R1"-2x4 prefabricated wood roof trusses spaced 24" on center. This existing
structure is found to have adequate structural capacity to support all loads that are
indicated below for this photovoltaic project.
Roof Loadinl;
- 4 psf solar dead load(modules plus mounting hardware)
- 10 psf roof materials dead load
- 30 psf ground snow load
- Exposure category B, 125 mph ultimate wind speed,Vult
This installation design will be in general conformance to the manufacturer's specifications,and
complies with all applicable laws,codes,ordinances, and the 2018 Connecticut State Building Code.
The spacing and fastening of the mounting brackets is to have a maximum of 48"o.c. span between
mounting brackets and secured using 5/16"diameter corrosive resistant steel lag bolts.To evenly
distribute the load across the roof rafters,there shall be a minimum of(2) mounting brackets per rafter
and a minimum 3"penetration of lag bolt per bracket,which is adequate to resist all wind live loads
including wind shear/uplift. Per NDS section 12.1.4, a 7/32"diameter lead hole shall be bored into the
framing member to the same depth of penetration as the threaded shank of the lag to avoid splitting of
the rafter. Attached on the next page is a photo and solar layout plan for your file.
We trust that this information is helpful to you. oF
F
Very truly yours, ;.�,��. ��w.si ;yc���,,;
MIS
III y
'r .p•'. N0.27U4 I' .
Everett W. Skinner IV, P.E. �,•�FS ' E"g'''G, •`'�
Principal �'�4gS��NAI.`� •.�••��
860-558-3631 1 9 Village Street,P.O.Box 260,Ellington,CT 06029-0260 info@structuredengineering.net
U IHt Bump, ,JLIh r—CPAW
Ms certified th-t t r. %,,,:uoc.tlons —tri i*
:optes of the prnpr,socl Inng or alterations to b4
arected at f
-, ( � l Pik �JZ9-73 Straw
toeether with an d In a-.lrc,tlon ant
rlh•n vlth plan a, iply -,th all Zoning
dudes r 'nd st.t „ r rs as shall bt
Issued Dy the 4 " outing pendency
of this appllcat, ,'11-�,ce of a buildln•
P"Mit.
Slgned
rhls plan Is approval subject to the condition that
irders and ordinances regulating building shell b4
aornOlted with.
tonditio Ily Approved These filed with
Building In c clety
... i( -)Z.)- 1 b fie.
AM,STRUCTURE
ENGINEERING LLC
ARCHITECTURAL DESIGN
--13'-51/4"r--
N
Ozhan Turgut
16 Sunpower-X21-345-D-AC=41.2 x 61.4
26 Country View Drive Drawn By: Earthlight Technologies/KM
South Windsor, CT 06074 Date: 11/5/2018
44'-8"
28'
1
AZ 213
Tilt 24
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ih
0
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860-558-3631 1 9 Village Street,P.O.Box 260,Ellington,CT 06029-0260 info@structuredengineering.net
Turgut Structural Analysis
Table of Contents
Model View Image
Factored Load Combinations
Result Cases
Materials
Members
Member Forces
Member Unity Checks
Clipboard Image
SS
Tit
?0
'tr x
411,
Bm 003 Sp—R—F., 2 BmXO02 W— fi,N.2 B.X001 S�P�Fir-!W2_
SS 2.4 8 45a3 R SS 2.4 8,8333 SS 2.4 8 4583 ft
LIn I
Factored Load Combinations
Name Code Effective Equation Design
.6D+.6W ASCE 7-10 ASD 0.61D Allowable
D+.75(L+S) ASCE 7-10 ASD D+0.75S Allowable
D+H+F ASCE 7-10 ASD D Allowable
D+S ASCE 7-10 ASD D+S Allowable
Page 1 of 3
Slld*('IvRII)%hk6
Turgut Structural Analysis
tAGINi.I.RING III:
R
AN MiitTli�[.(KSILV
Result Cases
Name ID Design Checks Result Type P-Delta?
S 2 No Design Static No
D+S 4 Allowable(ASD) Static No
D+H+F 3 Allowable(ASD) Static No
D+.75(L+S) 5 Allowable(ASD) Static No
D 1 No Design Static No
.6D+.6W 6 Allowable(ASD) Static No
Materials
Name Elasticity,E Poisson,v Density,y Thermal,a Shear
psf Ib/ft^3 in/in/deg-F Modulus,G
psf
Spruce-Pine-Fir-No.2 201600000.0000 0.3620 25.9200 2.0000E-006 74008810.5727
Members
Name Node 1 Node 2 Shape Material End Length Weight Framing Action
Connection ft I lb
V008 N007 N005 SS 2x4 Spruce-Pine-Fir-No.2 Simple Connect 3.6091 3.4106 Bracing Normal
V007 N007 N001 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 7.4572 7.0471 Bracing Normal
V006 NOOS N001 SS 2x4 Spruce-Pine-Fir-No.2 Simple Connect 7.2365 6.8385 Bracing Normal
V005 N006 N007 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 6.6362 6.2712 Bracing Normal
V004 N001 N003 SS 2x4 Spruce-Pine-Flr-No.2 Simple Connect 7.2365 6.8385 Bracing Normal
V003 N002 N004 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 6.6362 6.2712 Bracing Normal
V002 N003 N002 SS 2x4 Spruce-Pine-Fir-No.2 Simple Connect 3.6091 3.4106 Bracing Normal
V001 N001 N002 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 7.4572 7.0471 Bracing Normal
BmX003 N006 N005 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 8.4583 7.9931 Beam Normal
BmX002 N00S N003 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 8.8333 8.3475 Beam Normal
BmX001 N003 N004 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Connect 8.4583 7.9931 Beam Normal
Member Forces
Member Fx Min Fx Max Vy Mz Min Mz Max
lb lb lb lb-ft lb-ft
BmX001 28.4935(6) 232.3842(4) 19.2562(4) -18.9402(4) 110.1312(4)
BmX002 -504.1594(4) -90.0407(6) 4.3346(5) -20.3613(4) -0.5049(6)
V001 -2067.4270(4) -326.2264(6) 281.2198(4) -364.9741(4) 169.5601(4)
V005 -2534.7928(4) -426.3698(6) -299.5610(4) -355.8854(4) 208.8860(4)
V006 124.4096(6) 630.5490(4) -2.0869(5) 0.0000(2) 3.7754(5)
V007 -2110.4223(4) -341.1043(6) -297.3752(4) -364.9741(4) 191.6954(4)
Member Uni Checks
Member Section Unity Check Status Result Case Code Reference Type
BmX001 SS 2x4 0.3429 Pass D+S 3.9-1 Combined Check
BmX002 SS 2x4 0.3012 Pass D+S 3.6.3 Axial Check
Page 2 of 3
STKtY:iIIII ) Turgut Structural Analysis
!\GIXEERING U.C.
AM N"cnz At tWAI v
Member Uni Checks continued
Member Section Unity Check Status Result Case Code Reference Type
BmX003 SS 2x4 0.3757 Pass D+5 3.9-1 Combined Check
V001 SS 2x4 0.9997 Pass D+S 3.9-3 Combined Check
V002 SS 2x4 0.2379 Pass D+S 3.6.3 Axial Check
V003 SS 2x4 0.9200 Pass D+S 3.9-3 Combined Check
V004 SS 2x4 0.1521 Pass D+S 3.9-1 Combined Check
V005 SS 2x4 1.0070 Pass D+S 3.9-3 Combined Check
V006 SS 2x4 0.1639 Pass D+S 3.9-1 Combined Check
V007 SS 2x4 1.0011 Pass D+S 3.9-3 Combined Check
V008 SS 2x4 0.2581 Pass D+S 3.6.3 Axial Check
Page 3 of 3
TOTAL PV Arrav Load Output Device PIc k up Settings as per ISO NE SRD and ES8 756 ii&11
5.52 kw DC Inverter Information D�1(ffi Pick up Settings Default CNarlm Tlmelaecl
Solar Module Information(NEC 690.51) Under Frequency(811n 56.5 Hz .016
5.12 kW t: Module:Sun power X21-345-BLK-D-AC SunPower X21-345 D-AC
Operating Current 2128 Aac l� Under Frequency(811n 58.5 Hz 300 ,
operatingvoltage:240Vac Rated Output(Pmpp):345STC Nominal AC Voltage:240V Over Frequency(810) 612 Hz 300
Nominal Output Current:1.33 A Over Frequency(810) 62.0 Hz 0.16
Maximum Power Voltage(Vmppy 240V Under Voltage(27) 50 k of Nan 1.1
Maximum Power Current Ion Max AC Continuous Output 320W Under Voltage(27) 88%of Nom 2
( pp)• 1.33A Maximum Units per 20A Branch Circuit: 12 over Voltage(59) 110%of Noon 2
Over Voltage(59) 120%of Nbm 0.16
Utility Service Grid
240V single Phase 3-Wire
Integrated Microinverter,
Sunpower X22-360-D-AC UL1741 SA 5410 THHN includes 1410 Eversource
Complying with NEC 690.12 Rapid THHN for Grid in ill Conduit M Meter#
Shutdown Requirements and ISO NE 892543802
SRD requirements per ESB 756 sec.7.8.1
as a"grid support utility interactive 3-#10THHN Account#
inverter" 1410 THHN Cod 5173 236 7057
Locus Energy In 1"Non-Metallic
Solar kWh Conduit
Array 1 Meter
8 Modules
1 1 30A Lockable Pbn-Fused
Disconnect located next to
#100A utility meter 20OA
A rray 18 ModulesAoA ws5
SunPower
Monitoring
R Y a
T U
AJ\ AC Solar Combiner Parcel o ,`D - Load Center Dedicated orgy for PV 30A
20A Breaker per PV Branch Circuit
15Afa SunPower Monitoring
q GE
--(, Main Distribution Panel
7 - - C.
_ _ 200A Main Breaker
30ABackfed SdarBreaker
7 E u � > ? m o rill HA0
Q
z o
NOTES:
1.Phdovdtac system grounding shall be installed per the requirements of articles 250,690.41 through 690.50 of the national 1 Line Electrical Diagram
electrc code.ANSUNFPA 70 and is the responsibtity of the installer(includes AC grounding,PV grounding,and DC grounding Grid-Tied PV Installation
electrode conductor).
2.This system shall comply with the ant14slanding protective IEEE function numbers applying to the inverter system Revialon#1 Name:Ozhan Turgut Earthight Technologies
3.The photovoltaic system shall comply with the solar photovoltaic systems AC Modules articles 690.M5.12(A)&(B)of the 2017 Date:11/52018 Address:26 Country View Drive 92 West Rd
NEC:suggested standards and practices for grounding as perarticla 25(r. Drawing Done By:Earth ight/KM South Windsor,CT 06074 Ellington CT,06029
4.Ali conductors AGDC areshelded arid/or are within conduit
This Drawing isthe copyrighted property of Earthlight and has been prepared specifically for the stated owner,project,and site.This project specific design is
the intellectual property of Earthlight and shall not be used in any form by individuals or companies other than Earthlight for negotiations pertainingto this ;�� e G rt h I i g h t
project nor for any other purpose,location,project,or owner without the expresswritten consent of Earthight.
Ad
STRUCTURE)
ENGINEERING LLC
November 12,2018 ARCMECTURAL DESIGN
Town of South Windsor Building Department
Attn. Christopher Dougan(Building Official)
1540 Sullivan Ave
South Windsor,CT 06074
Re: Structural Review -Rooftop Solar Panel Installation
Contractor: Earthlight
Project: Ozhan Turgut
26 Country View Drive
South Windsor, CT 06074
Dear Christopher Dougan,
The following references the Turgut residence in South Windsor, CT:
Existing Roof Framing
Location"R1"- 2x4 prefabricated wood roof trusses spaced 24"on center. This existing
structure is found to have adequate structural capacity to support all loads that are
indicated below for this photovoltaic project.
Roof Loading
- 4 psf solar dead load(modules plus mounting hardware)
- 10 psf roof materials dead load
- 30 psf ground snow load
- Exposure category B, 125 mph ultimate wind speed,V„1t
This installation design will be in general conformance to the manufacturer's specifications,and
complies with all applicable laws, codes,ordinances, and the 2018 Connecticut State Building Code.
The spacing and fastening of the mounting brackets is to have a maximum of 48"o.c. span between
mounting brackets and secured using 5/16"diameter corrosive resistant steel lag bolts. To evenly
distribute the load across the roof rafters,there shall be a minimum of(2)mounting brackets per rafter
and a minimum 3"penetration of lag bolt per bracket, which is adequate to resist all wind live loads
including wind shear/uplift. Per NDS section 12.1.4, a 7/32"diameter lead hole shall be bored into the
framing member to the same depth of penetration as the threaded shank of the lag to avoid splitting of
the rafter. Attached on the next page is a photo and solar layout plan for your file.
We trust that this information is helpful to you. ,,�``'0F c0NiV 6 ,
Very truly yours, y . a �$ : -4
Mo.2M4 C _
Everett W. Skinner IV P.E. �'''SStoNmA
Principal
860-558-3631 1 9 Village Street,P.O.Box 260,Ellington,CT 06029-0260 1 info@structuredengineering.net
l
J
U 1Mt ul t y11kJ)�
rhis certifi,o ..�Clf icJtlJ�a are tru.
zopies of the . or Alterations to be
erected at
Stress
together with to application ano
filed with pl,n —i vl,, with all zoning.
Building and st rums as shall be
Issued by the ouring pendency
of this apphcau�' un of a building
po mit.
Signed
this plan Is appn.e to the condition that
arders and ordinances r.-g Tung building shall be
ComptNd with
;onGq Ily A�rovgd These filed with
auitding Inspector Clsrs
.. 11'.��19 No.
Ad
STRUCTURE`
ENGINEERING LLC
ARCHITECTURAL DESIGN
--13'-5114"r--
.1
16 Sunpower-X21-345-D-AC =41.2 x 61.4
Ozhan Turgut N
26 Country View Drive Drawn By: Earthlight Technologies/KM
South Windsor,CT 06074 Date: 11/5/2018 �
28'
1
AZ 213
Tilt 24
0
;P r
cl
,� �A ■ 6�
N �
860-558-3631 1 9 Village Street,P.O.Box 260,Ellington,CT 06029-0260 info@structuredengineering.net
i
Turqut Structural Analysis
ENGINUUNG 1 1,
!-
a
Table of Contents
Model View Image
Factored Load Combinations
Result Cases
Materials
Members
Member Forces
Member Unity Checks
Clipboard Image
1b��R j0
SS ly 482p � -IS)J h\
i \
c
e g
\
♦� e
J � 1
8m%003 Sprixe-Pxie-Fr No.2 &n%001 Fv-No Z gote-pine-Fw-No.2
SS b4 8.4583 R - SS 2A 8.8333 R -_ \_♦♦ SS 2.4 8./583 R
I«nl
Factored Load Combinations
Name Code Effective Equation Design
.6D+.6W ASCE 7-10 ASD 0.6D Allowable
D+.75(L+S) ASCE 7-10 ASD D+0.75S Allowable
D+H+F ASCE 7-10 ASD D Allowable
D+S ASCE 7-10 ASD D+S Allowable
Page 1 of 3
l'Ixt'(iI'Rf I) Turgut Structural Analysis
t\GIXLE.RIV(:IJ.(:
la
AMHITTE11•% 14- v
Result Cases
Name ID Design Checks Result Type P-Delta?
S 2 No Design Static No
D+S 4 Allowable(ASD) Static No
D+H+F 3 Allowable(ASD) Static No
D+.75(L+S) 5 Allowable(ASD) Static No
D 1 No Design Static No
.6D+.6W 6 Allowable(ASD) Static No
Materials
Name Elasticity, E Poisson,v Density,y Thermal,a Shear
psf ib/ft^3 in/in/deg-F Modulus,G
psf
Spruce-Pine-Fir-No.2 201600000.0000 0.3620 25.9200 2.0000E-006 74008810.5727
Members
Name Node 1 Node 2 Shape Material End Length Weight Framing Action
Connection ft I I
V008 N007 N005 SS 2x4 Spruce-Pine-Fir-No.2 Simple Connect 3.6091 3.4106 Bracing Normal
V007 N007 N001 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 7.4572 7.0471 Bracing Normal
V006 N005 N001 SS 2x4 Spruce-Pine-Fir-No.2 Simple Conned 7.2365 6.8385 Bracing Normal
V005 N006 N007 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 6.6362 6.2712 Bracing Normal
V004 N001 N003 SS 2x4 Spruce-Pine-Fir-No.2 Simple Conned 7.2365 6.8385 Bracing Normal
V003 N002 N004 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 6.6362 6.2712 Bracing Normal
V002 N003 N002 SS 2x4 Spruce-Pine-Fir-No.2 Simple Conned 3.6091 3.4106 Bracing Normal
V001 N001 N002 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 7.4572 7.0471 Bracing Normal
BmX003 N006 N005 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 8.4583 7.9931 Beam Normal
BmX002 N005 N003 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 8.8333 8.3475 Beam Normal
BmX001 N003 N004 SS 2x4 Spruce-Pine-Fir-No.2 Rigid Conned 8.4583 7.9931 Beam Normal
Member Forces
Member Fx Min Fx Max Vy Mz Min Mz Max
lb lb lb lb-ft lb-ft
BmX001 28.4935(6) 232,3842(4) 19.2562(4) -18.9402(4) 110.1312(4)
BmX002 -504.1594(4) -90.0407(6) 4.3346(5) -20.3613(4) -0.5049(6)
V001 -2067.4270(4) -326.2264(6) 281.2198(4) -364.9741(4) 169.5601(4)
V005 -2534.7928(4) -426.3698(6) -299.5610(4) -355.8854(4) 208.8860(4)
V006 124.4096(6) 630.5490(4) -2.0869(5) 0.0000(2) 3.7754(5)
V007 -2110.4223(4) -341.1043(6) -297.3752(4) -364.9741(4) 191.6954(4)
Member Uni Checks
Member Section Unity Check Status Result Case Code Reference Type
BmX001 SS 2x4 0.3429 Pass D+S 3.9-1 Combined Check
BmX002 SS 2x4 0.3012 Pass D+S 3.6.3 Axial Check
Page 2 of 3
�iw'cn*tl� Turgut Structural Analysis
t.\c;IVCCRt\G IJI:
3
AM HITWn l.LL 1$-W.Y
Member Uni Checks continued
Member Section Unity Check Status Result Case Code Reference Type
BmX003 SS 2x4 0.3757 Pass D+S 3.9-1 Combined Check
V001 SS 2x4 0.9997 Pass D+S 3.9-3 Combined Check
V002 SS 2x4 0.2379 Pass D+S 3.6.3 Axial Check
V003 SS 2x4 0.9200 Pass D+S 3.9-3 Combined Check
V004 SS 2x4 0.1521 Pass D+S 3.9-1 Combined Check
V005 SS 2x4 1.0070 Pass D+S 3.9-3 Combined Check
V006 SS 2x4 0.1639 Pass D+S 3.9-1 Combined Check
V007 SS 2x4 1.0011 Pass D+S 3.9-3 Combined Check
V008 SS 2x4 0.2581 Pass D+S 3.6.3 Axial Check
Page 3 of 3
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L.3 Grounding SunPower Equinox Systems, T16013
SUNPOWER" Technical Notification
Title: Grounding SunPower Equinox'"" Systems, T16013
Date: February 13, 2017
Authors: Isaac Opalinsky, Technical Sales; Nathan Schweller, Certification Engineer;
Benjamin Wong, System Integration Engineer
Application:All SunPower Equinox' systems
Overview
SunPower' Equinox"'has been designed and engineered to be an integrated system which includes
AC modules,mounting hardware,monitoring hardware,and online monitoring services.One key
advantage of building an integrated system is a substantial reduction in the number of field-installed
and field-assembled components through the use of factory assembled, Listed components.
In this application note,we will discuss one particular aspect of the Equinox system—integrated
equipment grounding through the use of Listed Equinox components. Specifically,we will provide:
• An overview of the equipment grounding solution incorporated into each Equinox system
• A discussion of common questions and concerns relevant to the National Electric Code and
electrical inspections
• Guidance on interpretation of the relevant Listing materials
By following the guidance in this application note,you will have even more confidence building
code-compliant SunPower Equinox systems the way they were designed and engineered,and be
fully empowered to educate AHJs and inspectors on the benefits of its Listed grounding solution.
References
• NFPA 70:2014 National Electric Code(-the Code")
Unless otherwise indicated in the text,all Code references are from the 2014 National
Electric Code.
• NFPA 70.2017 National Electric Code.
• Analysis of Changes, NEC 2017.
Document 0518101 RevD 139 SunPower Proprietary
Equinox Integration Features and Design Benefits
SunPower Equinox has been designed and engineered to be an integrated solar power system. Key
components include AC modules,AC module extension cables and accessories, InvisiMount"
mounting hardware, and EnergyLink'" monitoring hardware.In the context of this Application Note's
discussion about equipment grounding,"integrated"means SunPower AC modules are engineered
and Listed to work with SunPower AC module extension cables and InvisiMount mounting
hardware.
There are clear benefits to an integrated system for installers and AHJ's, including:
1. Use of components exclusively Listed and identified for the specific purpose
2. All components sourced from a single supplier
3. Factory integration
4. 100%end-of-line factory testing
5. Easier installation,with fewer opportunities for mechanical failure or installation error
6. Fewer specialized skills required for installation
7. Easier inspection phase due to clear installation instructions and fewer opportunities for
field modification
All of this adds up to a solution that enables installers and AHJ's to have increased confidence in the
quality of installation and the integrity of the ground solution—all while reducing the number of
components and installation steps.
There are several aspects to this integration:the frame of SunPower's AC module includes an
external flange that is designed to be captured and penetrated by the teeth of the InvisiMount mid
clamp.And the AC module cables include just three conductors:two ungrounded conductors and an
equipment grounding conductor; unlike the output of most inverters, SunPower AC modules are
designed and Listed to operate without a neutral.
A key aspect of this integration is equipment grounding.All of the rooftop hardware components
are designed to electrically bond the non-current-carrying components of the system to each other.
Every component in this electrical bonding system includes features that complete the bond,and
which are listed to perform their function.
The diagram on page 5 summarizes the components of the Equinox system and how they are
bonded to each other. The third and fourth columns in the diagram's table reference relevant Code
and Listing considerations. Ultimately the system is connected to ground(permanent earth or
building ground), so we'll start from there and work our way up to the array components:
Document 8519101 RevD 140 SunPower Proprietary
1. -Grounding Electrode & Grounding Electrode Conductor(GEC): For most residential
installations, a grounding electrode and GEC is already installed. Most AHJ's require the
installer to verify that the grounding electrode is adequate for all services and equipment at
the site. Generally, all grounding electrodes must be bonded together and all household
equipment must be bonded together, and the equipment and grounding electrodes are
connected by a single conductor—the GEC. If the existing grounding electrode and GEC are
adequate, no further grounding work by the solar system installer is necessary.
2. Equipment Grounding Conductor(EGQ: This is a field-installed conductor that must be
installed along with the AC module output circuits. Typically it will originate at the grounding
busbar or terminal block in the main service panel. It should be routed with the power
circuits in the same raceway, conduit, or cable. The conductor should be installed according
to NEC 690.43 and sized based on 690.45. For most AC module circuits, this means the EGC
will be a minimum of 12 AWG(although it is not uncommon to use 10 AWG).
3. Rooftop junction Box to AC Module Extension Cable: The EGC originating at the service
panel must be connected to the EGC originating at the array,and its connection completes
the electrical bond between the metallic frames and non-current-carrying hardware on the
roof and on the ground. This connection is typically made inside an attic or a rooftop
junction box. The Listed SunPower AC module cable (integrated into the module at the
factory; as well as the standalone AC extension cables) include a 12 AWG equipment
grounding conductor. The installer connects the EGC in the cable to the EGC from the service
panel using a Listed device (such as a IDEAL's Buchanan' crimp hardware, or the grounding
busbar inside a SolaDeck"A junction box).
4. AC Module Extension Cable to AC Module Microinverter(MI): The Listed AC module cable
carries the equipment ground to a grounding terminal inside the MI.The AC module
extension cables are Listed and specifically identified for use with SunPower AC modules.
The MI is a part of the Listed AC module.
S. MI to AC Module Frame: The MI is bonded to the module frame in the factory. This is part
of the product Listing, and the product is tested for all dead metal parts of the AC module
(including the frame and the MI)to be grounded through the ground wire in the AC module
extension cable.
6. AC Module Cable to AC Module Cable:The AC module cable not only connects the EGC
originating at the service panel to the first AC module—it also carries the equipment ground
from module to module. This is not only very helpful because it eliminates the need for any
external equipment grounding, it is also required by 690.31(D).
Document#518101 RevD 141 SunPower Proprietary
7. AC Module Frame to InvisiMount Rail Using Mid Clamps:Adjacent AC modules are
mounted to the rail in an Equinox system using InvisiMount mid clamps. These mid clamps
are part of the Listed InvisiMount mounting system,and they include teeth which not only
secure the module in place, but also bite through the anodized coating on both the external
flange of the module frame and rail to create a durable, high-quality electrical bond.
InvisiMount rails and mid clamps have been evaluated by UL specifically for bonding the AC
module frame to the rail.
8. AC Module Frame to InvisiMount Rail Using End Clamps: Non-adjacent modules(such as
the last module in a row)are mounted to the rail using InvisiMount end clamps. Like the mid
clamps,end clamps have been evaluated for bonding the rail to frame. The end clamp
includes two stainless steel pins that penetrate the anodized coating of the module frame
and rail to complete the bond.
9. Rail-to-Rail Splice:Adjacent sections of InvisiMount rail are connected together using rail
g g
splices and splice screws.The InvisiMount splice attaches to the rail by installing the screws
into the pre-drilled holes in the splice and the rail ends,thereby both securing and bonding
the rail and splice bar to each other.The splice and screws are part of the product Listing
and have been evaluated for bonding rail sections together.
Document 8518101 RevD 142 SunPower Proprietary
SunPower Equinox"a Ground Path and Compliance
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Service Panel 690.47(D) n/a
2 Service Panel to 690.43 n/a
Rooftop unction Box
Rooftop)unction Box to 1741
3 AC Cable 690.43(A) 6703
97_03_
AC Cable to n/a(part of 1703
Microinverter Listing) 1741
Microinverter to n/a(part of 1703
AC Module Frame Listing) 1741
690.31(0) 1741
6 AC Cable to AC Cable 690.43(A) 6703
_ 690.43(0) 9703
AC Module Frame to 690.43(A)690.43(C) 2703
Mid Clamp to Rail 690.43(D)
AC Module Frame to 690.43(A)
End Clamp to Rail 690.43(C) 2703
690.43(D)
690.43(A)
Rail to Splice 690.43(C) 2703
690.43(D)
Document w8101 RevD 143 SunPower Proprietary
The National Electric Code and Equinox
Effectively grounding non-current-carrying metallic components of any electrical installation is
critical to ensuring worker and occupant safety, as well as to preventing damage from failure or
malfunction. With Equinox,grounding is completed by connecting the integrated components to an
equipment grounding conductor that is bonded to the premises grounding electrode.(It is typically
only in the case of a ground-mounted system or a home that has an inadequate existing grounding
system that additional grounding electrodes or new grounding electrode conductors are required).
But this approach is relatively new and still unfamiliar to many designers, installers,and AHJs,hence
commonly asked questions include:
• Does the Code allow for an integrated grounding system?
• Does the Code also require an external grounding system or components in AC
module systems?
• What are the disadvantages to external grounding components?
• Shouldn't SunPower Equinox require an auxiliary grounding electrode and GEC?
Lets take a closer look at each of these questions.
• Does the Code allow for an integrated grounding system?
Yes, in fact the Code requires an integrated grounding system for AC modules.
SunPower AC modules use type TC-ER cables for connections between AC modules and from
the AC modules to the field-installed cables or conductors.This cable includes one black,one
red, and one green 12 AWG conductor. The Code specifically allows for TC-ER cables to be
used:
690.31(D)Multiconductor Cable. Multiconductor cable Type TC-ER or Type USE-2 shall
be permitted in outdoor locations in PV inverter output circuits where used with utility
interactive inverters mounted in locations that are not readily accessible.The cable shall
be secured at intervals not exceeding 1.8 m(6). Equipment grounding for the utilization
equipment shall be provided by an equipment grounding conductor within the cable.
We should also keep in mind that an AC module is effectively an inverter output circuit
(690.6(B)), and that rooftop-mounted AC modules are typically not readily accessible,so
690.31(D)requires that equipment grounding for the modules be accomplished by using the
equipment grounding conductor within the cable. In this sense,grounding an AC module is
very similar to grounding a consumer appliance such as a refrigerator: by plugging the AC
module into a circuit having an equipment grounding conductor, the AC module is
grounded.
Document 0518101 RevD 144 SunPower Proprietary
• Does the Code also require an external grounding system or components in AC
module systems?
No,for residential rooftop AC system installations there is nothing in the Code that would
require the use of external grounding components such as lugs or copper wire.
This question boils down to this:does the equipment grounding solution integrated into
every Equinox system meet the equipment grounding requirements of 690.41 through
690.49?
We can address each of these provisions in turn:
690.41 does not apply to AC modules. This section applies to the grounding of DC
circuits(e.g., positively grounded PV systems).As such,it applies to photovoltaic
source circuits or photovoltaic output circuits. Per 690.6,the output of an AC module
is an inverter output circuit and the requirements of 690 that pertain to photovoltaic
source circuits or output circuits do therefore not apply to AC modules.
c. 690.42 does not apply to AC modules for the same reasons 690.41 does not.
690.43 - SunPower Equinox fully complies with the relevant portions of 690.43:
■ 690.43(A) - SunPower Equinox is grounded when installed according to the
instructions and connected to an equipment grounding conductor bonded to
the premises grounding electrode system.
• 690.43(B) - SunPower Equinox requires the installation of an equipment
grounding conductor between the array and other equipment(typically
originating at the rooftop junction box and terminating at the grounding
busbar or terminal in the main service panel).
■ 690.43(C)- InvisiMount end clamps and mid clamps are Listed and identified
for bonding module frames to rails.
• 690.43(D)- InvisiMount end clamps and mid clamps are Listed and identified
for bonding module frames to rails.
• 690.43(E) - InvisiMount mid clamps are identified for the purpose of
grounding modules.
• 690.43(F)-The integrated AC module cable and AC module extension cables
do include an equipment grounding conductor. Installers shall ensure that
field-installed cables or conductors in raceways also contain the equipment
grounding conductor along with the other circuit conductors.
Document$518101 RevD 145 SunPower Proprietary
690.45 - SunPower Equinox meets this requirement by including a 12 AWG
equipment grounding conductor.The EGC in every AC module cable is 12 AWG. The
maximum overcurrent protection for an AC module circuit is 20 A.The minimum EGC
size based on the table at 250.122 is 12 AWG. If multiple circuits are routed with a
single EGC for the array,250.122(C)allows the installer to use 12 AWG for the
combined EGC
690.46 does not apply to SunPower Equinox.It modifies 690.45 by requiring a larger
conductor when the EGC is not routed with circuit conductors and installed outside
of a raceway.But SunPower Equinox does comply with 690.31(D)which requires that
the EGC be contained within the cable assembly.690.46 was inserted into the Code
to prevent installers from using small conductors such as 14, 12, or 10 AWG to
ground rails in systems having no integrated grounding.
690.47(A)does not apply to SunPower Equinox.Installing AC modules constitutes the
installation of new"equipment'on an existing AC system.As such,the existing
system already has a grounding electrode system,and the only requirement is to
connect the new equipment to that system.
690.47(B)does not apply to SunPower Equinox.This section pertains only to DC
systems in which a photovoltaic source circuit would be either grounded or
ungrounded;but 690.6 exempts AC modules from requirements pertaining to
photovoltaic source circuits.
690.47(C)does not apply to SunPower Equinox for the same reasons that 690.47(A)
and 690.47(8)do not apply.
690.47(D)does not apply to SunPower Equinox on residential rooftops where there
is an existing adequate premises grounding electrode system.This will be discussed
in detail later in this App Note,but in most cases(99%),the premises wiring
electrode eliminates the need for an additional array grounding electrode(Exception
No.2)and the equipment grounding conductor connected to the grounding busbar
or terminal in the main service panel is sufficient for connecting the metallic surfaces
of the array to ground.
c. 690.48. When an AC module is removed from a SunPower Equinox system,it
interrupts the circuit and equipment grounding connection between modules.This
can leave the equipment ungrounded if it is not returned to service. Upon a module's
removal,the modules downstream of the removed module are reconnected using
an AC module extension cable to bridge the gap,which reestablishes the equipment
grounding connection.
690.49 does not apply to SunPower Equinox because it refers to photovoltaic source
and output circuit grounded conductors.
690.50 does not apply to SunPower Equinox because equipment bonding jumpers
are not used.
Document 0518101 RevD 146 SunPower Propnetary
Returning to the original question,"Does the Code require any external grounding for
SunPower Equinox?'we can see that when installed in accordance with the manufacturer's
instructions, other than a properly sized and installed EGC originating at the array junction
box and terminating at the main service panel, no additional grounding components are
required.
• What are the disadvantages to external grounding components?
Yes,external grounding components are subject to damage and corrosion, must be properly
installed(sometimes using specialized tools and components),and must be properly
specified including verifying the proper size,type, identification,and Listing. All of this adds
up to opportunities for the external grounding components to be less effective than
integrated grounding components.
With SunPower Equinox,the EGC is sized appropriately;protected by the cable sheath and
insulation; 100%end-of-line factory tested;and part of the product Listing. Metallic
hardware in the system is bonded using components Listed and identified to work together
and requires no specialized skills or tools to complete either mechanical or bonding
connections.Completing grounding connections is as simple as tightening a mounting bolt
or connecting a plug to a receptacle.
With external grounding components,the AHj must verify that the EGC is sized
appropriately,and that it's upsized when installed separately from circuit conductors on the
rooftop.EGCs must be connected to lugs that are Listed and identified for the purpose and
suitable for the environment.Set screws or terminations must be installed correctly and
tightened properly. Exposed copper must be isolated from other metals.This adds up to
numerous opportunities for failure that in addition are difficult to detect or inspect.And
even if the installation is completed properly, there is ample evidence that exposed ground
lugs and exposed copper wire may not provide effective equipment grounding for the life of
the system in some environments.
In short,exposed copper and external ground lugs are not more effective than the
SunPower Equinox internal grounding system--hence all of its achieved Listings and
certifications.
• Shouldn't SunPower Equinox require an auxiliary grounding electrode and GEC?
Because 690.47(D)does not apply to SunPower Equinox on residential rooftops where there
is an existing adequate premises grounding electrode system,this simply leaves the
question of how to connect the array to the premises wiring electrode.
This section has been the subject of much controversy and misunderstanding in recent
years, but the intention of this section is simply stated:
The array must be connected to agrounding electrode located at the structure that
supports the array.
Document#S18101 RevD 147 SunPower Proprietary
For a ground-mounted array,this might require the installation of new grounding electrodes
unless the ground structure meets the requirements of 250.52.But the vast majority of
residential rooftop arrays can use the existing premises wiring electrode.So how do we
interpret the phrase,"as close as practicable to the location of roof-mounted PV arrays?This
phrase would simply apply to a structure that does not have an existing grounding electrode
(such as a shed or barn).
The fact that a new grounding electrode and an associated grounding electrode conductor
are not required for a residential rooftop array with an adequate premises grounding
electrode system is illustrated in two ways:
The new 690.47(A)clarifies the requirements for a structure to have a grounding
electrode. 690.47(B)makes a grounding electrode and grounding electrode conductor
optional, but not mandatory:
690.47(B)Additional Auxiliary Electrodes for Array Grounding.Grounding electrodes
shall be permitted to be installed in accordance with 250.52 and 250.54 at the
location of ground- and roof-mounted PV arrays.The electrodes shall be permitted
to be connected directly to the array frame(s)or structure.The grounding electrode
conductor shall be sized according to 250.66.The structure of a ground-mounted PV
array shall be permitted to be considered a grounding electrode if it meets the
requirements of 250.52.Roof mounted PV arrays shall be permitted to use the metal
frame of a building or structure if the requirements of 250.52(AX2)are met.
The intention of the 2014 Code and the explicit changes to the 2017 Code are further
illustrated by IAEI's Analysis of Changes,NEC 2017(emphasis added):
...The provisions of 690.47(D)(now 690.47(B)]pertaining to additional auxiliary
electrodes for PV array grounding have been revised to clarify that auxiliary
electrodes are permitted but not required. For most PV systems installed on a
rooftop,the large quantity of conductive metal increases the likelihood of a lightning
strike.An auxiliary grounding electrode system would help to minimize the effects of
such a lightning strike.The primary purpose of an auxiliary grounding electrode is to
maintain the frames of the PV array to as close to local earth voltage potential as
possible. This potential can also be achieved through a properly installed
equipment grounding conductor back to an established grounding electrode system
for the building or structure.As indicated by the language of 250.54 for auxiliary
grounding electrodes,the additional grounding electrodes are permitted to be
installed but are never a requirement as implied by the previous language at
690.47(D)and in the 2014 NEC.
Note in particular the language that states the intention of an auxiliary grounding electrode
can be achieved through a properly installed EGC back to the premises grounding electrode.
SunPower Equinox meets this intention for rooftop arrays by using the integrated grounding
system along with a properly sized and installed EGC.
Document 0518101 RevD 148 SunPower Proprietary
Use and Interpretation of Listing Materials
In numerous locations,the Code requires that PV equipment be Listed and identified for the use.In
this context,"Listed"and"identified"have the same meanings in the Code. SunPower Equinox
components have been Listed by UL,and have been specifically tested and are recognized by UL to
perform certain functions identified in the Listing reports.
Additionally,the Code requires that Listed equipment be installed and used in accordance with
instructions included in the Listing or labeling. This means that SunPower Equinox must be installed
in accordance with the AC Module Safety and Installation Instructions,and the SunPower Equinox
Installation Guide. Each of these documents includes instructions that are part of the Listing.
The following is a list of key Listing documents and some notes on their interpretation with regard to
grounding SunPower Equinox:
• Certificate of Compliance-AC Modules. This is the proof of Listing for AC modules to UL
1741.The SunPower AC module product includes a listed PV Module(UL 1703)and a Listed
Microinverter(UL 1741),integrated at the factory.The listing Report includes evaluation of
the bond between the MI and AC module frame and states the requirement that AC modules
shall be grounded using the integrated equipment grounding conductor. It identifies
SunPower AC module extension cables as being the sole acceptable wiring between
modules.
• Certificate of Compliance- SunPower Microinverter.This is the proof of Listing for the
SunPower microinverter incorporated in the AC module to UL 1741.While technically a
subcomponent of the Listed AC module,this is provided as evidence of the evaluation of the
bond between the AC module cable and MI chassis and states the requirement that the MI
shall be grounded using the integrated equipment grounding conductor. It identifies
SunPower AC module extension cables as being the sole acceptable wiring between
modules.
• Certificate of Compliance-AC Module Cables. This is the proof of Listing for AC module
cables to UL 9703 - Standard for Distributed Generation Wiring Harnesses.This listing is for
the models identified in the AC module and MI Listings. It specifies the internal wiring of the
AC module extension cable and includes evaluation of the grounding connection.
• Certificate of Compliance- InvisiMount. This is the proof of Listing for InvisiMount to UL
2703,including evaluation for structural integrity,grounding,and fire classification.The
Listing Report includes evaluation of the bond between SunPower GS module frames(the
frames used on SunPower AC modules)and InvisiMount rails using mid clamps and end
clamps; between L-feet and the rails;and between adjacent rail sections using the
InvisiMount splice.
Document OS18101 RevD 149 SunPower Proprietary
• Certificate of Compliance- PV Module. This is the proof of Listing for the SunPower PV
modules that are incorporated into the AC module to UL 1703. This includes identification of
InvisiMount as an acceptable means of grounding and bonding.
• SunPower AC Module Safety and Installation Instructions. These instructions are part of the
Listing for AC modules. In Section 4.1 they state that SunPower AC modules shall be
grounded using the integrated grounding and that no external or additional connection to
the AC module is required.It further states that grounding of mounting rails and other
components is achieved through the proper installation of InvisiMount.
• SunPower Equinox Installation Guide. These instructions are part of the Listing for InvisiMount
and for SunPower AC modules. In Section 4 there's a detailed description of the integrated
equipment grounding solution and installation instructions for InvisiMount components
required to complete the grounding connection.
Summary
SunPower Equinox includes an integrated equipment grounding solution that is easy to install and
easy to verify. Equinox offers substantial benefits over external equipment grounding solutions.
Integrated grounding for AC modules is not only a benefit for installers(it is easier and faster to
install),and AH)s(it is easier to inspect and verify proper installation)--it is required by the Code.
The integrated grounding solution incorporated into SunPower Equinox is 100% end-of-line tested
and listed by Ul. This consolidated information in this App Note will satisfy even the most diligent
and pickiest of AHJs.
Please direct any questions on this topic to Technical Support,your RSM, or Technical Sales.
Contacts
Phone Email
US& 1-800-SUNPOWER US& technic alsu000rt&sunnower.com
Australia (786.76937) Australia
900 808068 Spain sop2rtetecnico@sunpgftrcorp.com
0800-1812762 Germany techn*schersuppgrttMsunagwircori2.coin
800 795 730 Italy serviziotecnico&sunnowercorn_com
Europe 0 805 090 808 France
0800 786 35 Belgium SunPowerRenelux.TechnischeDienst&sun,pewer
0800 023 39 80 NL
0808 281 8718 UK
Rest of the Asia
World pacific SunPower TechSupport&sunpower.com
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Site Plan Legend
1. Solar Array—Located on the South roof of house
2. Micro-Inverters—Mounted on the backside of each solar panel
3. MDP—Located on a East interior wall of house Site layout
4. AC Solar Disconnect—Located on East side of house next to utility meter Grid-Tied PV Installation
5. Utility Meter- Located on East side of house Revision m Name:Ozhan Turgut Earthlight Technologies
Data:11/5/1018 Address:26 Country View Drive 92 West Rd
6. Solar Equipment—Located on a South interior wall of house Drawing Done By:Eaithiight/W South Windsor,CT06074 Ellington CT,06029
This Drawing is the copyrighted property of Earthlight and has been prepared specifically for the stated owner,project,and site.This project specific ••
design is the intellectual property of Earthlight and shall not be used in any form by individuals or companies other than Earthlight for negotiations :�� a rt h I i g h t
pertaining to this project nor for any other purpose,location,project,or owner without the express written consent of Earthlight. �� e.narr3Yconaervrtar h.,l : ,
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Design-Driven Advantages
#1 module aesthetics and efficiency' X
Unmatched module reliability' SERIES
No electrolytic capacitors
25-year Combined Power and Product
Warranty
California Rule 21 Phase 1 compliant
Maximize Value for Roof
Size system for roof,not string inverter
Optimize performance of each module
Expand Deployment Options
Complex roofs and partial shading
Small systems Optimize System and Installation Efficiency
System expandability
SunPower'AC modules,which include a factory-integrated SunPower
Simplify& Speed Installation microinverter, provide a revolutionary combination of high efficiency,high
Factory-integrated microinverter
reliability,and module-level DC-to-AC power conversion. Designed
Robust,double-locking AC connectors
Design flexibility offsite and onsite specifically for use with SunPower InvisiMount""and the SunPower
No DC string sizing process Monitoring System,SunPower AC modules enable rapid installation,best-
Fewer installation steps than competing in-class system aesthetics,and intuitive visibility into system performance.
systems
Intuitive commissioning All this comes with the best Combined Power and Product Warranty in
Component of Complete System the industry.
Built for use with SunPower®InvisiMount°A
and the SunPower Monitoring System(PVS5x) Grid Support Utility-Interactive Smart Inverter
Superior system reliability and aesthetics
sunPower's new Type D AC module is UL tested and certified to Ul 1741
SA and provides advanced smart inverter functions.SunPower Type D AC
modules are fully compliant with the California Rule 21 Phase 1
requirements,and the Rule 21 grid profile is easily set during
Ocommissioning with SunPower PVS5x monitoring hardware.
sunpower.com
.. .
1
IEEE 1547a-20143 CA Rule 211
SRD Profile (default settings) min./nom./max.
min./nom./max.
Frequen (Hz) 59.5/60.0/60.5 58.5/60.0/60.5
Power Factor 0.99/1.00/1.00 0.85 lead./1.00/0.85 lag.
Reactive Power ±169 Var
Volt-VAr
Voltage @240 V 211.2/240/264 V
@208 V 183/208/228.8 V
Max.Current @240 V 1.33 A
@208 V 1.54 A
DC/AC CEC Conversion Efficiency @240 V 96.0%
@208 V 95.5%
Max.Units Per 20 A Branch Circuit @240 V 12(single phase)
@208 V 10(two pole)Wye
Power 320 W,320 VA
No active phase balancing for 3 phase installations
SPR-X21I-3450-K SPR X21-345-D-AC Warranties 25-year limited power warranty
Nominal Power`(Pnom) 345 W 335 W 25 ear limited product warranty
Power Tolerance +5/-0% +5/-0% UL listed to UL 1741 SA
Avg.Panel Efficien s 21.5% 21.0% SRDs:IEEE 1547-2003,IEEE 1547a-2014,CA
Temp,Coef.(Power) -0.29%/°C Rule 21 Phase 1
•Three bypass diodes PV Rapid Shutdown Equipment
Shade Tolerance Integrated module-level maximum power point Equipment Grounding
tracking UL 6703,UL 9703 Connectors and cables
(load break disconnection)
UL 1741 AC Module(Type 2 fire rating)
Operating Temp. -40°F to+185'F(-40'C to+85°C) Certifications Enables installation in accordance with:
Max.Ambient Temp. 122'F(50°C) NEC 690.6
Max.Load Wind:62 psf,3000 Pa,305 kg/ml front&back NEC 690.12 Rapid Shutdown(inside and
Snow: 125 psf,6000 Pa,611 m2 front outside the array)
Impact Resistance 1 inch(25 mm)diameter hail at 52 mph(23 m/s) NEC 690.15 AC Connectors,690.33(A)-(E)(1)
FCC and ICES-003 Class B
When used with InvisiMount racking(UL 2703):
Solar Cells 96 Mona ailine Maxeon Gen III • Integrated grounding and bonding
Front Glass High-transmission tempered glass with anti- Class A fire rated
Environmental RatingOutdoor raatedced reflective PID Test Potential-induced degradation free
Frame Class 1 black anodized(highest AAMA rating) n o N
Af
Weight 45.5 lbs(20.6 )
Recommended Max. 1.3 in.(33 mm)
Module Spacing
1107 mm �'
143.6 In] 1016 mm ,j�
2 in1
'M 1 rank inrt•PV Module Durability Initiative Public Repo 'Fraunhofer CSE,Feb 2013.Five out of
the top eight largest manufacturers were tested Campeau,Z.et at'SunPower Module .pt
Degradation Rate.'SunPower white paper,Feb 2013 See www sunpowercorn/facts for details. - \ n•=~
'Factory set to 1547a-2014 default settings,CA Rule 21 default settings profile set during
commissioning See the Equmor Instollotion Guide*518101(or more information.
°Standard Test Conditions 0000 W/mt irradiance,AM 1.5.25'Q.NREL calibration standard � - Iss6[613 tn1 -.� ry wv ssoaw+
SOMS current,IACCS FF andvoltage.AN DC voltage is rally contained within the module. ��
Based on average of measured Power values durine Production. per•
Please read the safety a10 installation instructions for cis M.6a.R.pnfo,mo,o.:1yp.2 i
e www-nir-of rom/facts for more reference information
more extended datasheeti www.sunpower.com/datasheets.
t SunPcwer Corporation AN cig"s reserved SUNPG41EP.me • �,
SunPower�� InvislMountTM Residential Mounting System
Simple and Fast Installation
Integrated module-to-rail grounding
Pre-assembled mid and end clamps
Levitating mid clamp for easy placement
Mid clamp width facilitates consistent,even
module spacing
UL 2703 Listed integrated grounding
Flexible Design
Addresses nearly all sloped residential roofs
Design in landscape and portrait with up to 8'
rail span
Pre-drilled rails and rail splice
Rails enable easy obstacle management
Customer-Preferred Aesthetics
#1 module and#1 mounting aesthetics Elegant Simplicity
Best-in-class system aesthetics
Premium,low-profile design SunPower° InvisiMountlm is a SunPower-designed
Black anodized components rail-based mounting system. The InvisiMount system
Hidden mid clamps and new capped,flush addresses residential sloped roofs and combines faster
end clamps
installation time, design flexibility, and superior aesthetics.
Part of Superior System The InvisiMount product was specifically envisioned and
Built for use with SunPower DC and AC modules
Best-in-class system reliability and aesthetics engineered to pair with SunPower modules. The resulting
•
New optional rooftop transition flashing,rail- system-level approach amplifies the aesthetic and
mounted J-box,and wire management rail clips installation benefits—for homeowners and for installers.
Combine with SunPower modules and
SunPower EnergyLine monitoring app
sunpower.com
V�
'a' c
e T,
4r71.
link
SunPower' InvislMountIm Residential
a
Mounting System
InvisiMount Components
Module'/Mid Clamp and Rail Module'/End Clamp and Rail
II
Mid Clamp End Clamp Rail&Rail Splice Ground Lug Assembly(for DC systems only)
0100 40*
OEM
Mid Clamp Black oxide stainless steel 300 series 63 g(2.2 oz) Temperature -40°C to 90"C(-40"F to 194'F)
End Clamp Black anodized aluminum 6000 series 110 g(3.88 oz) • 3000 Pa uplift
Max.Load(LRFD) 6000 Pa downforce
Rail Black anodized aluminum 6000 series 830 g/m(9 oz/ft)
Rail Splice Aluminum alloy 6000 series 830 g/m(9 oz/ft)
Ground Lug 304 stainless steel • • tr •
nI
Assembly (A2-70 bolt,tin-plated copper lug) 106.5 g/m(3.75 oz)
--- Composition Shingle Rafter Attachment
Application Composition Shingle Roof Decking Attachment
Curved and Flat Tile Roof Attachment
universal interface for other roof attachments
Uplift 664 lbf
Mid Clamp
Shear 5401bf
Uplift 8991bf 25-year product warranty
End Clamp Warranties
Shear 2201bf 5-year finish warranty
Rail Moment:upward 548 Ibf--ft UL 2703 Listed
Moment:downward 580 Ibf-ft Certifications
Class A Fire Rated
Moment:upward 548 Ibf-ft -
Rail Splice
Moment:downward 580 Ibf-ft
Hardware
Uplift 1000 Ibf
L-foot Refer to roof attachment hardware manufacturer's documentation.
Shear 3901bf
it
1 Module frame that is compatible with the InvisiMount system required for hardware interoperability.
2 SunPower recommends that all Equinoxo" InvisiMount'"',and AC module systems always be designed using the SunPower Design Tool.If a designer decides to
instead use the component capacities listed in this document to design a system,note that the capacities shown are Load and Resistance Factor Design(LRFD)
design loads,and are NOT to be used for Allowable Stress Design(ASD)calculations;and that a licensed Professional Engineer(PE)must then stamp all calculations.
Should you have any questions please contact SunPower Technical Support at 1-800-SUNPOWER(1-800-786-7693).
Rmpower com
d:2017 SunPower f:••. nation All Rights Reserved.SUNPOWER,the SONPOWER logo,'QVIMO;and INVISIMOUNT are trademarks or registered irademarks of SunPower Corporation 509506 RevE
All other tradema,I the property of their;espective owners.specifications included In this datasheet are subject no change without notice
Datasheet
OPEN SPACE
33U
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Country View Estates, Phose One L
Property Of T8M Building Co.
south Windsor, Conrf, Country View Estates
Nov., 1980 Rev 3-26-81 I"=40' South Windsor, Conn,
Certified Closs A-2 8y
A. R. Lombardi Associates, Inc. PROPERTY OF T&M BUILDING CO.
/ HE-RESYCERT/FY r///5 MAP JULY 5t I983 SCALE: I"■ 40'
SUQ rA,V m c.r ogRECT.
Robert T. Dayton, Conn. L. f157
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PLOT PLAN FOR
r
Pbt Plan,Country View Dr. s
Country View Estates, Phase One A LOT
27
Property Of T9M Building Co. C`ounfr:y V IeW Estates
South Windsor, Cond. �.
Nov., 1980 Rev. 3-26-81 ,11=4o1 South �litldSOt' COnn
Certified Class A-2 By
A. R. Lombcrdi Associates, Inc. PROPERTY OF T&M BUILDING CO.
/ SCALE HER£BY CER77FY TH.,s mAP
1"■ 4 0'
T $� .SCiBS�A 1.'%7i:,4LLY COfZ4E�'T. �
- £
Robert T Dayton, Cond. L.S. 0157 " `
OPEN SPACE
-330
S 670-37'2511 E C e.
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U � AS BUILT
Plot PIan,Country View Dr. LOT 27
Country View Estates, Phase One
Property Of T8M Building Co.
South Country View Estates
Windsor, Conn,
Nov., 1980 Rev. 3-2-6-BI I"=40' South Windsor, Conn.
Certified Class A-2 By
A. R. Lombardi Associates, Inc PROPERTY OF TBM BUILDING CO.
1 HEREBYG'FRF/FY 7-1115 V4P JULY 59 1983 SCALE : I"■ 40r
E SU85FAA17_ =--,r-
_
Robert T. Dayton, Conn. L. 8157 SCAT V 1 V
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.F - PLOT PLAN FOR -
Plot P1an,Country View D w s ,
Country View Estates, Phase One LOT 27
Property of T8M Building Co. Country' V iew Estates
South Windsor, Conrt
Nov. 1980 Rev. 3-26-81 i"=40'
Certified Class A-2 By South Windsor, Conn.
A. R. Lombard! As:nciates, Inc. PROPERTY OF T&M BUILDING CO.
'g SCALE 1' 4 0'
/H£REd>'CrRI~rY THIS MA
/` ��? .� Cam,-- .L! � eo-� ��,��°�� "� .t� � � � ��S, r. �• �� ".
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DATE: �
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PLOT PLAN FOR
Mt PIan,Country View 0r
Country View Estates, Phose One r �: :. a L
Property Of T9M Building Co. en ;
Country View Estates \ �.
South Windsor, Conn.
Nov., 1980 Rev. 3-26-81 I"=40�
South Windsor, Conn
Certified Class A-2 By
A. R. Lombardi Associates, Inc. PROPERTY OF T&M BUILDING CO.
ti SCALE 1'• 40'
/ HEREBY CE R7iFY MIS MA g ;�tf i i�M n j
TO Bf Sta*-M : rAL Ly: CO
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Robert T. Dayton, Conn. L.S. 8157
aloscrtv�LV ,
-CbQ
3 � o ° "Mot
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4(
ZONING COMPLIANCE FOR SMALL STRUCTURES
(Sheds and detached decks 200 sq. ft. and smaller)
Address of Proposed Structure: Uw1 r`. iDr Zone: AAAO -os
Name of Owner: M 0%4 , GIS PIN: 943000,a(,
Phone Number: �(2C� y 3 � 5C63 QppL aO 14 00 3
1. Name of Applicant: /Y)G rK^ 5c^'►U'cA�%7 RECEIVED
Address: a6 60 v^rr y MAY 0 8 ZUi4
Phone Number: %y If 3l 5 663 SOUTHWINDSORPLANNINGDEpT.
2. Structure cannot exceed 200 square feet.
TYPE OF STRUCTURE: // SHED DECK (not to exceed 30"from grade)
DIMENSIONS OF PROPOSED STRUCTURE: 2 X (
3. A Class D survey must be submitted with the application showing the property lines, all other
buildings and the location of the proposed structure.
4. Is the property served by a septic system? Yes No If yes, the applicant must
complete and submit a B100a Application to the Health Department for review and approval.
The undersigned hereby permits Town staff to enter onto and inspect this property during
reasonable hours for the purpose of reviewing this application and to determine final compliance
once construction is completed.
I, the undersigned, acknowledge that the above information is true to the best of my knowledge
and that the above requirements are understood.
Applicant Signature: r Date:
Owner Signature: 'CJ-r" � Date: 54
*****************************************************************
Reviewed and approved by: Date: v
Zoning Enforcement Officer
Reviewed and approved by: Date:
Environmental Health Officer
cc: Assessor
Building File SCANNED 3l26/14
OPEN SPACE
—330
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8 AS BUILT
Plot Plan Country .View Dr. LOT 27
Country View Estates, Phase One
Property Of TBM Building Co.
South Windsor, Cana, Country View Estates
Nov., 1980 Rev. 3-26-81 1l'=40' South Windsor Conn.
Certified Class A-2 By
A, R. Lombardi Associates, Inc. PROPERTY OF T&M BUILDING CO.
/ HERESY(*—,ERTIFY TM/5 MAP JULY 51 1983 SCALE: I"■ 4 0'
SUR, MV77 _ Y RREVr
(7x - i, 'eL"-A6-7-
�--�—
Robert, T. Dayton, Conn. L.94157
40pN Eft
Town o-PS-O-tdA Vznd.160t
9 �
1540 SULLIVAN AVENUE • SOUTH WINDSOR, CT 06074
SOR-CO � TELEPHONE(860) 644-2511
May 9, 2014
Mr. Martin Semeraro
26 Country View Drive
South Windsor, CT 06074
Re: Zoning permit for shed
Dear Mr. Semeraro:
Attached please find a copy of the approved zoning permit for your 8'x12'shed.
As a reminder, your shed must be at least 15 feet off of your property lines to be
in compliance with your property setbacks.
If you have any questions, please call me at (860) 644-2511, extension 251.
Si merely,
W - a , 0'&
Pamela A. Oliva
Zoning Enforcement Officer
cc: Town Planner
t Electric # APPLICATION FOR BUILDING PERMIT
Plumbing# ' J
HVAC# �� Date:
Sprinkler#FI:vAL APPROVALS Estimated Cost $ lUUI'
Permit Fee $
Building _ COMPLETE RED BOXED AREAS Occupancy Fee $
Engineering TYPE OR PRINT ONLY Eng. Insp. Fee $
Appr.for CO. �� ► SIGN ON REVERSE SIDE t
Total Fee
TO THE BUILDING DEPARTMENT, TOWN OF SOUTH WINDSOR, CT (Additional Cost) $_
The undersigned hereby applies to do work according to the following: (2 ,� ) �—
Applicant Location of Work 2LIPauniv1w 10dia 1� Lott GNo.
Applicant's Address q1l _ Tel #
Town a I I fill Hyl Zip &4J DIi"1 Lic.#*E.QW j_Q'7b7
Owner "1 Architect
Owner's Address Architect's Address
�mA Ni Zip O(g7q Zip
Sq. Ft. New Area: 1 st FI. 2nd FI. 3rd FI. Tot I New Area
P rpose of this p rmit IrDMayl
��' 2'K� r aV
Gon a-
City Water J Well J Septic System J Sewer J
Ins: HO SP Area Basement Garage
Approved by Date i1-?eb it's Use Group Construction Type
Revised 1108
I hereby agree to conform to all the requirements of the Laws of the State of Connecticut and the Ordinances of the Town of D
South Windsor and to notify the Building Inspector of any alteration in the plans or specifications of the Building for which this
permit is asked,and agree that this building is to be located the proper distance from all street lines,side yard lines,and required
distances from all other zones and is located in which this building and its use is allowed.
Signed �..��
I hereby apply for a Certificate of Occupancy for the work described in this application for the permit.
Signed ��-
DO NOT WRfTE BELOW THIS LINE
INSPECTION COMMENTS
INSPECTION FIELD SHEET 06/22/21
Printed by Middleton, Morgan 10 31 19
INSPECTION: 111960 FINAL PERMIT:
STATUS
APPLICATION: 201802318
LOC: 26 COUNTRY VIEW DRIVE
SOUTH WINDSOR
PROPERTY ID: 24300026
OWNER: TURGUT OZHAN & SINEM
CONTRACTOR:
REQUEST BY:
PROJ DESC: INSTALL ROOF MOUNTED SOLAR SYSTEM 5 52 KW
WORK ORDER:
INSPECTOR: ROSE RESULT: PASS
REQUESTED: 12/14/18 PRIORITY:
SCHEDULED: 12/14/18 AM COMPLETED: 12/14/18
UNPAID FEES 00 Date Time
MILEAGE: 00 TIME: TRAVEL ONSITE
COMMENTS
1800681 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER BUILDING PERMIT
DATE: 12/07/2018
GIS ID:24300026 FEE: 126.00
MUNIS APPLICATION# 201802318 BUILDING DESCRIPTION:
APPLICANT LOCATION
NAME: EARTHLIGHT TECHNOLOGIES LLC. ADDRESS: 26 COUNTRY VIEW DRIVE
ADDRESS: 92 WEST ROAD OWNER: -TURGUT OZHAN& SINEM
26 COUNTRY VIEW DRIVE
ELLINGTON,CT 06029",
DESCRIPTION OF WORK: INSTALL ROOF MOUNTED SOLAR SYSTEM 5.52 KW
SPECIAL CONDITIONS:
ALL WORK TO BE DONE IN ACCORDANCE WITH THE APPLICATION AND PLANS APPROVED B IE BUILDING DEPARTMENT.
CONSTRUCTION TYPE:OCCUPANCY GROUP: BUILDUqG OFFICIAL
12/72018 12:27 PM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE
1800487 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER ELECTRICAL PERMIT
DATE: 12/07/2018
GIS ID:24300026 FEE: 270.00
MUNIS APPLICATION# 201802318 BUILDING DESCRIPTION:
APPLICANT LOCATION
NAME: EARTHLIGHT TECHNOLOGIES LLC. ADDRESS: 26 COUNTRY VIEW DRIVE
ADDRESS: 92 WEST ROAD OWNER: TURGUT OZHAN&SINEM
26 COUNTRY VIEW DRIVE
ELLINGTON,CT 06029...,
DESCRIPTION OF WORK: INSTALL ROOF MOUNTED SOLAR SYSTEM 5.52 KW
SPECIAL CONDITIONS: ELECTRICAL FOR SOLAR
ALL WORK TO BE DONE IN ACCORDANCE WITI1,TIIE APPLICATION AND PLANS APPROVED BY THE BUILDING DEPARTMENT.
d-4
CONSTRUCTION TYPE: A.
OCCUPANCY GROUP: BUILDIN O FICIAL
12/7/2018 12:28 PM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE
1100068 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER ELECTRICAL PERMIT
DATE: 04/13/11
GIS ID:24300026 FEE: 30.00
MUNIS APPLICATION# 201100235 BUILDING DESCRIPTION:
APPLICANT LOCATION
NAME: RMS ELECTRICAL CONTRACTORS LLC ADDRESS: 26 COUNTRY VIEW DRIVE
ADDRESS: 21 MIDDLE TURNPIKE EAST - OWNER: SEMERARO MARTIN D&MARY E
MANCHESTER,CT 06040 26 COUNTRY VIEW DR
SOUTH WINDSOR,CT 06074
DESCRIPTION OF WORK: UPGRADE UNDERGROUND SERVICE FROM 100 AMP TO 200 AMP.
SPECIAL CONDITIONS:
ALL WORK TO BE DONE IN ACCORDANCE WITH THE APPLICATION AND PLANS APPROVED BY THE BUILDING DEPARTMENT.
CONSTRUCTION TYPE:
OCCUPANCY GROUP: BUILDING OFFICIAL
4/13/2011 3:36 PM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE