2 ALLEN ST - BPA-14-592 SOLAR PANELSf - � �� - � - � �
� S � Z- l � 620 �1 �" �6y
. � The Commonwealth of Massachusetts
°� Board of Building Regulations and Standards CITY OF
Massachusetts State Building Code, 780 CMR SALEM
Revised Mar 20/1
Building Permit Application To Construct, Repair, Renovate Or Demolish a
One-or Two-Family Dwelling
This Section For Official Use Only
Building Permit Number: Date Applied:
� Z'�
Building OPticial(Princ Name) Signature Da[e
SECTION 1: SITE INFORMATION
I.1 Pro erty Addres ;, 1.2 Assessors Map& Parcel Numbers
a ��len �+r�e.f
� 1.1 a Is this an accepted street?yes no Map Number Parcel Numbcr
� 1�.3- Zoning Information: 1.4 Proper[y Dimensions: . -
7oning District Proposed Use � Lot Area(sq Ct) Frontage(ft)
].5 Building Setbacks(ft)
Front Yaid Side Yards Rear Yard
Required Provided Required Provided Required Provided
1.6 Water Supply: (M.G.L c.4Q§54) 1J Flood Zone Information: 1.8 Sewage Disposal System:
Public❑ Private❑ �one: _ Outside Flood Zonc? Municipal O On site disposal system ❑
Check if yesO
SECTION 2: PROPERTY OWNERSHIP�
2.l Owner�ofRecp w�� Sa�m. rn � 01��� ,
Thoma S l�ll
. Name(Print) Ciry,State,ZIP .
a Al�e�n �+ree+ q�s-iyy-�o4� �
No.and Street Telephone Email Address �
SECTION 3:DESCRIPTION OF PROPOSED WORKZ(check all that apply)
New Construction ❑ Existing Building❑ Owner-Occupied ❑ Repairs(s) ❑ Alteration(s) ❑ Addition ❑
Demolition ❑ Accessory Bldg. ❑ Number of Units Other Specify: ,Sp(Qt— l PV
BriefDescriptionofProposedWorkz: -�1(� - GLi"1(L U
{1 �YYI� 2 V)✓1 (
SECTION 4:ESTIMATED CONSTRUCTION COSTS
Item Estimated Costs: Official Use Only
Labor and Materials
1. Building $ 5(�� 1. Building Permit Fee: $ Indicate how fee is determined:
2. Elechical $
00 ❑ Standard City/Town Application Fee
❑Total Project Cost�(Item 6)x multiplier x
3. Plumbing $ 2. Other Fees: $
4. Mechanical (HVAC) $ List:
5. Mechanical (Fire $
Su ression Total All Fees: $
Check No. Check Amount: Cash Amount:
6.Total Project Cost: $ ���D ❑ Paid in Full ❑Outstanding Balance Due:
SECTION 5: CONSTRUCTION SERVICES
. 5.1 Construction Supervisor License(CSL) ��5�br( I �—� - DI 1 a
,�n(a.rCi� Corr�. l S�s h � �.� .�, P -�
� � License Number Ex ira[ion Date
Name of CSL H er ' �
� �� J +' mµr'1��r I���r� (/�l� � ( �,r �I List CSL'fype(see below)
No.and Strect Type Description
I A�rI`�(1�uQ I. �,/14 /tiI�C'l U Unrestric[ed(Buildin s u to 35,000 ca R.
r i � n r�i� � ��� ��o� R Restric[ed 1&2 Famil Dwellin
City/'fown,State, P M Mason �
� RC Roofin Coverin
WS Window and Sidin
/}� /� /J' �L � /� �" SF Solid Puel B�rning Appliances �
'Z l 'p�� " �Q1p �7(l(„[�l�C%�I�'r�[yy1• I Insulation
Telc hone Email address D Demolition
5.2 Registered Home Improvement Contractor(HIC)
�IarG-I�-I � _/[0��57d � c3-�o?0/5
HIC Registration Number Expiration Date
HIC Compan f�ame or H C Reg� tr t Name ��r/�(��
��S�_ � rfi/� 1�� l)h�:f- !I X @ �l.�rc���v�
and Slreet Bmail address
��2riban�� sh h'I� o��sa a�k a rsa���,
Ci /Town,Sta e,ZIP Tele hone
SECTION 6: WORKERS'COMPENSATION INSURANCE AFFIDAVIT(M.C.L. c. 152. § 25C(6))
Workers Compensation Insurance affidavit must be completed and submitted with this application. Failure to provide
this affidavit will resul[in the denial of the Issuance of the building permit. I
Signed Affidavit Attached? Yes ..........� No........... ❑
SECTION 7a: OWNER AUTHORIZATION TO BE COMPLETED WHEN
OWNER'S AGENT OR CONTRACTOR APPLIES FOR BUILDING PERMIT
I,as Owner of the subject property,hereby authorize
to act on my behalf,in all matters relative to work authorized by this building permit application.
Print Owner's Name(Electronic Signature) Date
SECTION 7b: OWNER' OR AUTHORIZED AGENT DECLARATION
By entering my name below, 1 hereby attest under the pains and penalties of perjury that all of the information
contained in this application is true and accurate to the best of my knowledge and understanding.
�-�.�-1 �ircc�c�tu�c� l l�
Print Owner s or Au[horized Agent's Name(Electronic Signature) Date
NOTES:
l. An Owner who obtains a building permit to do his/her own work,or an owner who hires an unregistered contractor
(not registered in the Home Improvement Contractor(H1C)Program),will not have access to the arbitration
program or guaranty fund under M.G.L. c. 142A.Other important information on the HIC Program can be found at
www.mass.gov/oca Information on the Construction Supervisor License can be found at www.mass. og v/dos
2. When substantial work is planned,provide the information below:
Total floor area(sq.ft.) (including garage,finished basemenUattics,decks or porch)
Gross living area(sq. ft.) Habitable room count
Number of fireplaces Number of bedrooms
Number of bathrooms Number of halflbaths
Type of heating system Number of decks/porches
Type of cooling system Enclosed Open
3. "Total Project Square Footage"may be substituted for"Total Project CosY'
T .. I I
f
- ABBREVIATIONS ELECTRICAL NOTES JURISDICT:ION NOTES I��
A AMPERE 1. WHERE ALL lERMINALS OF THE DISCONNECTING : I
A� ALTERNAi1NG CURRENT MEANS MAY BE ENERGIZED IN THE OPEN POSIiION, �
BLDG BUILDING A SIGN WILL BE PROVIDED WARNING OF THE
CONC CONCRETE HAZARDS PER ART. 690.17. � '
DC DIRECT CURRENT 2. EACH UNGROUNDED CONDUCTOR OF THE �
EGC EQUIPMENT GROUNDING CONDUCTOR MULTIWIRE BRANCH CIRCUIT WILL BE IDENTIFIED BY
(E) EXISTING PHASE AND SYSTEM PER ART. 210.5.
EMT ELECTRICAL METALLIC RIBING 3. A NATIONALLY-RECOGNIZED TESiING
GALV GALVANIZED LABORATORY SHALL LIST ALL EQUIPMENT IN
GEC GROUNDING ELECTRODE CONDUCTOR COMPLIANCE WITH ART. 110.3.
GND GROUND 4. CIRCUITS OVER 250V TO GROUND SHALL
HDG HOT DIPPED GALVANIZED COMPLY WITH ART. 250.97, 250.92(B)
I CURRENT 5. DC CONDUCTORS EITHER DO NOT ENiER
Imp CURRENT AT MAX POWER BUILDING OR ARE RUN IN METALLIC RACEWAYS OR
Isc SHORT CIRCUIT CURRENT ENCLOSURES TO THE fIRST ACCESSIBLE DC
kVA KILOVOLT AMPERE DISCONNECTING MEANS PER ART. 690.31(E).
kW KILOWATT 6. ALL WIRES SHALL 8E PROVIDED WITH STRAIN
LBW LOAD BEARING WALL RELIEF AT ALL ENTRY INTO BOXES AS RE�UIRED BY
MIN MINIMUM UL LISi1NG.
(N) NEW 7. MODULE FRAMES SHALL BE GROUNDED AT iHE
NEUT NEUTRAL UL-LISTED LOCAiION PROVIDED BY THE
NTS NOT TO SCALE MANUFACTURER USING UL LISTED GROUNDING
OC ON CENTER HARDWARE.
PL PROPERTY LINE 8. MODULE FRAMES, RAIL, AND POSTS SHALL BE
P01 POINT OF INTERCONNECTION BONDED WI1H EQUIPMENT GROUND CONDUCTORS AND
PV PHOTOVOLTAIC GROUNDED AT iHE MAIN ELECTRIC PANEL.
SCH SCHEDULE 9. THE DC GROUNDING ELECTRODE CONDUCTOR
SS STAINLESS STEEL SHALL BE SIZED ACCORDING TO ART. 250.166(B) &
STC STANDARD TESiING CONDITIONS 690.47.
TYP TYPICAL
UPS UNINTERRUPTIBLE POWER SUPPLY
V VOLT
Vmp VOLTAGE AT MAX POWER
Voc VOLTAGE AT OPEN CIRCUIT
W WATT VICINIIY MAP INDEX
3R NEMA 3R, RAINiIGHT - -
' ' PV1 COVER SHEET
�� PV2 SITE PLAN
..� . PV3 STRUCTURAL VIEWS
- ` �. r , :�i� PV4 UPLIFT CALCULATIONS
LICENSE GENERAL NOTES � Pvs THREE LINE DIAGRAM
,� .� �' � � � • ;,�� �� Cutsheets Attached �
, ,
GEN 168572 1. THIS SYSTEM IS GRID-INTERTIED VIA A , - � ' -
ELEC �136 MR UL-LISiED POWER-CONDITIONING INVERTER. � ,
2. THIS SYSTEM HAS NO BATTERIES, NO UPS.
3. SOLAR MOUNTING FRAMES ARE TO BE «- � � � � " v�,_ �
GROUNDED. : � r � ��. �^ ; ,
4. ALL WORK TO BE DONE TO iHE 8iH EDITION - � " � •
MODULE GROUNDING METHOD: SLEEKMOUNT OF THE MA STATE BUILDING CODE. �
5. ALL ELECTRICAL WORK SHALL COMPLY WIiH ' ,. . �� - • REV BY DATE COMMENTS
AHJ: Salem THE 2011 NAiIONAL ELECTRIC CODE INCLUDING ` �� aEvn NAME nizoizoi COMMENTS
MASSACHUSETTS AMENDMENTS. � � • t
. � , < � `
UTILITY: National Grid USA (Massachusetts Electric) S � � "�
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CONFl�EN7IAL - 1HE INFORMA710N HER�N JOB NUMBFR J B-019 2 7 0 O O ������ DESCPoPIION: DE9CN:
CONTAINFA 91ALL NOT BE USED FOR II1E LAWLER, THOMAS LAWLER RESIDENCE Andrew North `\`!+SolarCity
BENEf1T OF ANYONE E%CEPT SOLARqtt INC., YqIN11NG 51S1E11: �- ;
NOR SHALL IT 8E DISCLOSED IN YMOLE qt IN Com Mount T e C 2 ALLEN ST
�•.,.
� PAftT TO OTHERS W751DE iHE REqPIENYS P � 3.43 KW PV- Array �1� • �
� qtGANIZA710N, IXCEPT IN CONNEC710N N11H ����s SALEM, MA 01970 ' �
7HE SAIE RND USE OF 7HE RESPEC➢4E (14) YINGLI # YL245P-29b 24 St. Martin Orive,BWd'mg 1, Unit ll �
SOLARpTY EQUIPMENT. N17HWT 7HE WRITIEN w�� � PA(E NPLE 91EEF. pEV; pAIE: Narlbaagh, MR 01752 .
�M���+ ��aTM 1N0 9787448046 T: (650)638-1028 F: (650)638-1029
SOLAREDGE SE3000A-US COVER SHEET PV � 11/20/2013 (eae)-sa-an(�ss-z+as) .,..sa�ury.� I
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- - - - -
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PITCH: 36 ARRAY PITCH:36
MP1 AZIMUTH:200 ARRAY AZIMUTH:200
MATERIAL:Comp Shingle STORY: 2 Stories
� � Inv ,' � �`D ; OM
�----�----
C
o —
O LEGEND
Front Of House
� (E) UTILITY METER & WARNING LABEL
i INVERTER W/ INTEGRATED DC DISCO
& WARNING LABELS
� DC DISCONNECT & WARNING LABELS
q � AC DISCONNECT & WARNING LABELS
Q JUNCTION BOX
c
o O DC COMBINER BOX & WARNING
F
_ a �
d o DISTRIBUTION PANEL & WARNING
�
n �� LOAD CENiER & WARNING LABELS
2 Allen St O
M DEDICATED PV SYSTEM METER
— CONDUIT RUN ON EXTERIOR
--- CONDUIT RUN ON INTERIOR
--------------- — GATE/FENCE
--- INTERIOR EQUIPMENT
SITE PLAN /N`�� �
Scale: 1/8" = 1' / ��"
� O 1' 8' 16' W�(
S
PREIUSE OYMFR: DESqtlP110N: DE9GN:
CONFlDENTIpL— 7HE INFORMAlION HEREIN �N���: J B-019 2 70 0 0 Andrew North `\,t}SolarCity.
CONTAINFD SHALL NOT BE USED FOR THE LAWLER, THOMAS LAWLER RESIDENCE �- =
BENEFlT OF MlYONE E%CEPT SOLARqtt INC.. NOUNPNG SYSIEN: '�1�
NOR SHALL IT BE OISCLO�D IN YhIOIE OR IN Com Maunt T e C 2 ALLEN ST 3.43 KW PV Array
PART TO OTHQtS W7SIDE iHE REqPIENYS ����P � SALEM, MA 01970 24 St. Martin Oriw, BuOdNg 7,Unil 11
ORGANIZA710N, IXCEPT IN CONNECTION N91H ��, R�y, pA� MMborau�,MR 01752
7HE SALE AND USE OF 1HE RESPEC110E (14) YINGLI # YL245P-29b PAGE NAI1E T: (650) 638-1028 F: (650)638-1029
PRMISSYONEOFISOLARq7Y�NWTTHEWRITIEN ,N,�„�,: 9787448046 SITE PLAN PV 2 ��/2o/2a�3 c��-sa-pnn6s-z�� ....�a�c�,.�
SOLAREDGE SE3000A—US
; -
(E) lx6
S1
14'-8"
(E) LBW
�1 SIDE VIEW OF MP1 RAFIER: (E) 2x8 � 24° o.c.
��"�� Nn CEILING JOIST: (E) 2x8 � 16" O.C.
RIDGE: (E) 2x8 RIDGE BOARD
MAX SPAN: 14'-8"
MAX LANDSCAPE STANDOFF X—SPACING: 72" O.C. (STAGGERED)
MAX PORTRAIT STANDOFF X—SPACING: 72" O.C. (STAGGERED)
'ALL MEMBERS ARE TRUE'
PV MODULE
5/i6" BOLT WITH LOCK INSTA�LAiION ORDER
& FENDER WASHERS
ZEP LEVELING FOOT � LOCAlE RAFTER, MARK HOLE
� ) LOCATION, ANO DRILL PILOT
ZEP ARRAY SKIRT (6) HOLE.
�4� �2� SEAL PILOT HOLE WITH
ZEP COMP MOUNT C
POLYURETHANE SEALANT.
ZEP FLASHING C (3) (3) INSERT FLASHING.
(E) COMP. SHINGLE
��� (4) PLACE MOUNT.
(E) ROOF DECKING U �2) � INSTALL LAG BOLT WITH
5/16" DIA LAG BOLT �5) �5� SEALING WASHER.
WIiH SEALING WASHER LOWEST MODULE SUBSEQUENT MODULES INSTALL LEVELING F00T WIiH
(2-1/2" EMBED, MIN) �6� BOLT & WASHERS.
(E) RAFTER
� STANDOFF
`71 scale: 1 1/z" = 1'
CONFlOEN7IAL - lllE MFOftMA710N HER�N JOB NUMBFIh J B-019 2 7 0 Q O �I���� DESpEP11W1: DE9(�7:
CONTAINED SHALL NOT BE USED FOR iHE LAWLER, THOMAS �c�l, '}
e�o-�r or aNrane excErr saaean iNc., uoueiwc srnEu: LAWLER RESIDENCE Andrew Narth �' �SOI��CI `y
NOR $HALL IT BE DISCLOSED IN NNOLE OR�N Com Mount T e C 2 ALLEN ST ��""
PART TO OTHQtS WTSYOE IHE REqPIENYS P � 3.43 KW PV Array �I�
ORGANIZATION, E%CEPT IN CONNECTION Ni1H 4� SALEM, M A O1 9 70
7HE SALE RND U� OF 7HE RE�EC716E (14� YINGLI # YL245P-29b sa st. uetm o��o, e�aamy z u��t n
PER�ISSIONEOFISOLr1Rptt IN�C.7 TME �� IN��' PAGE NAME ���: �' DA�' L (650)678-028h F:A(650)638-1029
SOLAREDGE SE3000A—US 9787448046 STRUCTURAL VIEWS PV 3 t1/20/2oi3 caee)-so�-anc�es-s�> .,...�a���y.�
UPLIFT CALCULATIONS . II,
ii.zazois �
�'.,;SolarCity. SleekMountTM PV System "ef5`°""".'
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Structural Design Application
ProjectIaformatlon _. __. - - �.
Risk Category: � �� �
PV,System Type SolarGty SleekMoupF" ,
Comp Roof _ CamD Roof '�
NumheroELa ers �� Z ��
Roof Slope 36° _ ��
Rafter S adn �24"O.C. ��.
PV.System Module Orientation Landsca0e and Portrdit ���
PVModule_Area„ . . , . 246sf� . _ .
PV Module Width . . . 39� . . . - - .
PV Module Len9th. �_ _ '. 65".. . . . �
Standoff Attad�ment Hardware � Com Mount T e C �.
CalculaHon Of Roof Snow Loads _- - . _- ... _ _ -.-. . !
Ground Snow Load pg 40.0 psf ASCE Table 74 �.
_._. _ . . _ . . . :�_ .._. . ._ _ . . . ... � �" _ _
Sur[oundingRoofSnow_ _.. _-.60"� � -. . .z3.S.psf. - _ _ _. �EEq;,7,4-1
Roof Snow Over PV Modules 37Ma �14J ASCE E :7.4-1
Wind Desi n Criterla _._. - -- ---
Wlnd Design Code ASCE 7 OS ,..�.. . .
.,_.. . .. _� - . . .. _V., ,.. _ .. . .."Partlalty�WllYEndosedMethod
Wlnd Design Mefhod�- _. _ ._ _ . - . . � - � � - '
Basic Wlnd Speed _ __ 100 mph _ . ., Fig.64
... ...__ _'...� . . ._._ . . ._. .. . - -� - _���- .
Exposure Category . _ C . _ _Section 6.5.6_3_
Roof Style __,_� , Gable Roof Fig e t�a/4o-iaNe
...� . . . .. _....,� .� . __ .. � - _.- .._
Mean Roof Heigfit. _h�- �Z5 R - . � . Section 6,2 ,
Effedlve Wlnd Area 1 Module A __ 17.6 sf _ . _IBC 1509J.1
_-_...... __ . . . .. ..
Wind Pressure Calculation Coefficlents ..__ ._. __ _.
Wind Pressure 6cposure _ . . .. .Kz , _ _ . 0.95 Ta61e 6-3._
_, . .._. ..-�� _ _.
TOPagraPhlC.Fador _ .._ .. . �_� . I.W � --. , __. _ Section 6.5.7 _
'.'. _ . ' _. _ '_
Wlnd DfreRlonallty FaQor Kd, o.85 . . Table 6-4
Im ortanceFador __.. __ I 1.0� � � . _. � Table�6-1_.
Velocity Pressure qh qh=0.00256(Kz)(Kzt)(Kd)(V^2)(I) Equation 6-15
20.6
Ezt.Pressw�e Caefficient(Up) .. GCp(lJp). y -0.95 Fig.c-ve/4o-iaNa
_.� ...._ .. _ .-... ,�..�-�. :.� �... _ _ . ...,.
ExL Pressure Coeffltlent Down GC Down � � 0.88 Fl .6-118/U�'19W8
Desl n Wlnd PPessure = h G E uatlon 6-22
Wind Prassure Up.'__": .: ._,�P�uB)._ . .. . _ . ._...�19:6 P�.. _ ._ - _ � . .� . _ ' _-.
Wind Pressure Down down 18A sf
� Allowable 5tandoff S cin s
, X-Direction V-Direction
Max Allowable Standoff Sparing_ . . Landscape" � _ 72" 39"
_ ._ . . .. ,� _ _. __�- --._�, ..�. _ -_� ..
Max Allowable Cantjley_er . ,__Landsra e _ _�4" _._. ._._ �NA�;__� ..
_P . _.._ _ - --
�t Standoff Confl uratlon Landsca e . Staggered ,
Ma7c_StandoffTrlbutaryArea„ , _. _.Trlb, _ _ ._ _�19sf� _.-��_ �_ . ._ _..__�
PV Assem6ly Oead Load W PV_ _ . . 3 psf . ..
�� Net Wl9d UpIIR at Standoff� �_� ';T adual� � � � � !353 Ibg_� '_r �_ �... � -�
Uplift Capadry oi Standoff . T-allow .. 6371bs
- _ . . _ . _ .. . . _. _. _._.__ . _ _.� . .- �.- -_ -.
StandoffDemandCa'ad � � � DCR �554'Yo
Maz Allowa6le Stando,ff SUadn Portrait .. . �Z 39�
9 . . _ . . _ .. _ . _ ._ .._ ., _._._ — .. , ,. ,� -. -�
Maz Allawahle Cantileyer . _ Porhett , . , .24. _ _ _ . - NA- -
Standoff Confi uratlon Portrait . SLa gered -
._ . _. . _ .32 sf ______ —_.
�I Maz;$tzndoffT�ibutary�Area . Trib�. . . _ , . - . ._ . . _ .
PV Assem6ly Dead Load W PV _ , 3 psf _ _ , _ _
�' Net Wind UpliR at Standqff � � T actupl .� � __� -588 Ibs , -�
� UpIiRCapadtyof5tandoff.____ „ � T_allow . _ 6371bs .__._ _ _ . .. ..
�Standoff Demand Ca ad �CR. 9z.3°�
OESCPoP110N: DE9GN:
J B-019 2 7 0 0 0 PRElUSE OWNER: ���l+ .
CONFlDENTIRL - 1HE INFORMA710N HEREIN dw xuue¢x: Andrew North �1`SolarCity.
CONTAINEU SHALL NOi BE UgD FOR 7HE LAWLER, THOMAS LAWLER RESIDENCE �•.,,,
BENEFlT OF ANYONE E%CEPT SOLARq1Y INC., YWNIING 51STE1J: Z ALLEN ST 3.43 KW PV Array
NOR SHALL IT BE UISCLOSED IN WHq.E OR IN Comp Mount Type C
PAftT TO OhIQ2S W7SIDE 7HE REqPIENYS SALEM MA 01970 za s�. u�n o�, s�aau,9 z wa n
ORGANIZAlION, E%CEPT IN CONNEC710N N17H N�UIES �
1HE SALE AND USE OF THE RESPEC7I�E (14) YINGLI # YL245P-29b pA(�NAYE 9�FET: REV: DAIE T: (650)6381028h F:A(650)638-1029
PERMISSIONEOFIP�RaTMiWT 7HE NRI7IFN ,N�,�,, g787448046 UPLIFT CALCULATIONS PV 4 11/20/2013 �eeeJ-sa-an(�es-z�as) �.��ar.�
SOLAREDGE SE3000A-US
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_
GROUND SPECS MAIN PANEL SPECS GENERAL NOTES INVERTER SPECS MODULE SPECS LICENSE
- BOND (N) #8 GEC TO iW0 (N) GROUND Panel Number:power Master Inv 1: DC Ungrounded INV 1 —(1)SOLAREOGE gSE3000A—US LABE : A —(14)YINGLI � ri245P-296 GEN #168572
ODS AT PANEL H7hi IRREVERSIBLE CRIMP Meter Number:�4pzp323 Inverter; 300'OW, 240V, 97.5%� W�ZB; SE7000—ZB02—SLV—NA PV Module; 245W, 227.6W PTC, H4, 46mm, Black Frame, YGE—Z 60, ZEP Enabled ELEC 1136 MR
INV 2
. Voc: 37.8 Vpmax: 30.2
� INV 3 Isc AND Imp ARE SHOWN IN THE DC S1ttINGS IDENTIFlER
E 100A MAIN SERVICE PANEL
E 100/2P MAIN CIRCUIT BREAKER SOLARGUARD Inverter 1
(E) WIRING CUiLER—HAMMER METER
100A/2P Disconnect 3 SOLAREDGE -
SE3000A—US
(E) LOADS B C i
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N GFPIGFCI A
20A/2P 2 1
____ GNO _ __ GND __- _______________ EGG oc. oa - - - -
A 1 GEC O OG pG 15tring(s)Of 19 On MP 1
B I GND __� EGC_______________—___________ ___I____ __ EGC__________________J
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SINGLE PHASE � �
UTILITY SERVICE � �
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Voc* = MAX VOC AT MIN TEMP "
OI ���CUTLFR—HAMM /BR220 PV BAp(FEED BREAKER B (I)W7LER—HAMMER �DG221URB n� A (1)SdorCity 4 STRING JUNC710N BOX
Breaker, 20A�7P, 2 Spoces Disconneck JOA, 240Vac, Nan—Fusble, NEAIA 3R
—(2)Gound Rod; 5/8' � 8', Coppu —(1)CU7LEIt—HAMMER d DGOSONB ��1 7x2 STR�GS, UNFUSEO, GRWNDED DC
Graund/Neutral Kk 70A, Gencul Dut DG � —(Z)ZEP !b50-1196-001
Y� ) Combiner Bo� Bradal; For ZEP, boltan mount anly
C SolarGumd Monitoring System Pv (14)SOLAREDGE A OP250—LV—AH45A1-2NA—Z
PowerBox, 250W, H4, DC to DC, ZEP, E7L Listed
O� 1)AWG /10, THNN-2, Black � � 1 AWG /10, 7HNN-2, Black Voc* =5p0 VDC Isc =15 ADC (2)AWG �10, PV N1RE, Bladc � Voc* =500 VDC Isc =15 ADC
(1)AWG /10, IHWN-2. Red O lo'�(1)AV/G /10. 7HNN-2, Red Vmp =350 VDC ImP=9.67 ADC O�(1)AWG /10, Solid Bme Coppa EGC VmP =350 VDC ImP=9.67 ADC
(1)AWG g10, 7HWN-2. White NEUTRpL VmP =240 VAC Imp=12.5 ANC . . .��L(IJAWG /10. THVM-2..Green. . EGC. . . —(1).Conduit Kik.3/4'.QAT. . . . .
_ _ . .-(i)A� Be,.TMwN—z,aeen. . . Ecc/c�c.-(t)ca�qu��.g�y.3L+'�?. . . . . . . . . . _ . . _ . . . . . . . . .
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� . All our inverters are part of SolarEtlge's innovative system — over 97% effciency and best-irtclass reliability. Our fixetl-
� ap . � �w�� tlesigned to provitle superior pertormance at a competitive voltage technology ensures the inverter is always working at its
tl �� �- . A � �, price. The SolarEtlge inverter combines a sophisticated, optimal input voltage,regardless of the number of modules or
� � e �, � - . digital control technology antl a one stage,ultraefficient power environmental conditions.
�_`4�'X "�' conversion aichitecture to achieve supe�ior pertormance
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�'� SE3000A-US SE3800A-US SESOOOP�US SE6000A-0S SE]OOOA-05
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, y���,. �,^ ,+q. .1. ^s��:; � ... ... 5200@208V 5200@208V
� Ra[e�AC Power Output 3000 3800 5000 6000@240V 6000@240V W
6000@2]lV 7000@2]]V
� � 5200@208V 5200@208V
.. __ • a 2'� '�' '
, . . . ?'� r' . ..- � y 3000 3800 5000 6000@240V 6000@240V W
� � _ •' Max.AC PowerOutput 6000@2]]V �000@2PV
,�� �"� .� . - � �� ,�' � � ACOutputVol[ageMin.-Nam:Max. 183-208-229/211-240-264 183-208-229/211-240�264 /244-2��-294 Va�c
t - �. ' � � � , ;.. . , � q 59.3-60-60.5 „
. }��� �� y �„.� C Frepuency Min:Nom.-Max.
i � � �e v ��.,` .� �-S?ro.�-- ��' { p 'f� � ,'� Max.Continuous0u[putCurrent@208V 14.5 18.5 24 25 25 A
d"'"� ��\ `�~�a'}� �' � Max ConLnuous Output Current @240V 12.5 16 21 25 Z`' p
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����" �ti �ty,`� t - �� ,. �y`,. Max.Conlinuous0utputCurrent@2]]V - - 18'S zz 25 A
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y J i �." � � � ' ' ~ � U[iliTy Momtonng.Islaotlmg Pmlec4on Country Configurable Thresholtls Yes 1 p
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�� . . _ � �� ^ Recommentletl Max.DC Power*(STC) 3150 4]50 �� 6250 �500� Y 8150 W �
� s�w� �
� � - �., � . *`' ___. . TransPormer-less,Ungrountletl Ye5 Vdc
� �` � ��i',� �� Max.Input Voltage 500
-"'+ �..� i�+ g�fi �� � � 325@208V/350@260V/400@2]]V VCc
\ Nom.DC Input Voltage
^� � �� ?� 30 12.5 16 18 18.5 Atic
�, j ri,�t��1%�-� • � Max.InPu[Current Yes
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�.,� �Y ReversePolarityPmtection
` 1 � , ^^�.f� �t' Gmund-Fault Isola[ion De[ec[ion 600k52 Senstivity
� , � � 9].8 W.] 98.3 98.3 98.3 %
� Maximum Imer[er Efficiency
' � . � J�� �' � � 9]@ 208V/ 9'l.5@ 208V. 240V 9]@ 208V/91.5@ 240V/ %
�.. • �� - �• �,t �. . CEC Weig�tetl EfticiencY 9�.5 9T.5@ 240V /98�2�1V 98 @ 2]]V
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` :`� � � A K'^ Supportetl CommunicaLon Interfaces R5485 R5232 Ethemet Zigbee(opt�onal)
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Salery
Gntl Connection Stantlartls Utiliry�lnteraclive.VDE 0126d-1 ASL�l7 FP1663,DN 5940,IEEE354]
Emissions FCC part15 class B IEC6300G64 IEC6300G63 IEC6100P311,IEC6100P3d2�
ROHS Ye5
The only inverters specially designed for distributed DC architecture qC Output � j 3i^'c°^d°"
' ' DC Input 3/4"Contluit
■ Superior efficiency(97.5%) . � � 2i x i2.5 x�/
� Dimensions(HxWxD) 540x315x1]2 21x12.5x].5/540x315x191 in/mm
■ Small,lightweight and easy to install on provided bracket ' ,
�Y'25 ' Oimensions with AC/OC Switch(HxWxD) 30.5 x 12.5 x�/ 30.5 x 12.5 x].5/]75 x 315 x 191 in/mm
■ Built-in module-level monitoring E,.`,b'•e�p;' ��s x aie x v2
�%We�a � 45/20.5 �b�kg
Weight 42/19
■ Communication to internet via Ethemet or Wireless Welght wi[h AC/DC Switch 48.5/22 52/23.5 Ib/kg
■ Outdoor antl indoor installation cooimg Natural Convection
' � � Min.-Max.OperatingTemperatureRange -4/-20�CPNversionLO/-40)ro+140/+60 'F/'C
■ Integral AC/DC Switch Pmtec[ion Rating NEMA 3R
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209V3mWOmIn.4n8e,mp10�/<OC/ MU��.XSSE6005M3U6CPN.NS�E�100��rySCPN.SFS[UWLSCPN
• USA ■ Germany � Italy � France � Japan � Chlna � Israel
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• architects of energy o,�°,,���e����,.,���,�g�o,,m���,,,.q�a.souAraE.�,�,.rt�e�oeo.A��,.E�,=ofE�E�.,.aoPnM�.Eoe.=ouAE�E.,o�.�.,.,e,�.,.,.,�,�mv„d=o,�<e...�o�.,��.
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solar " e • � K� z' , �'� � . � � • ' � • 1 � • OP250-LV OP300-MV
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_ ,. ,
-� - � .. . HIGHLIGHTS
� . � �� � ■ Motlule level MPPT-optimizes each module indepentlently ■ Lower installation costs with faster design, less wiring, DC
� � � � � . � .. ■ Dynamically trecks the global maximum operating point for both disconnec[s and fuses
� � � � . �� � � modulesandPVinverter ■ Easyantltlezibleinstalla[ion-usethesameinstallationmethotls -
� � ■ Module-level monitoring for automatic module and string level as exist today
� fault detection allowin eas maintenance ■ Allows
1 . 1 1 ' � � 1.. . . � ' . g Y Parellel uneven length strings and multi-faceted
■ Electric arc detection-reduces fire hazards installations
� �� � � � ' � � �� ■ Unprecedentedinstallerendfirefightersafetymode-safemodule ■ qilowsconnectionofdifferentmodulerypessimplifying inventory
� . . . . , . voltage when inverter is disconnected w off consitlerations
�� � ■ Connection of one or more modules to each power ootimirer ■ Immetliate installation feedback for quick commissioning
TECHNICAL DATA
�µ ..zo . y�`�"� � �� -..��� � , *� " OP250-LV OP300.MV/OP404MV OP400.EV(Q4 2011)
�
��5 '}'� � "��� ; Ra[etl Input DC power 250 300/400 400 W
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r`�,�� ,��4�� ���,.`� � ' '; AbsoWte Maximum Input Voltage(Voc) 55 75 125 Vdc
�, :;�!«� MPPT Operating Range 5-55 5-75 60-125 Vdc
,V"���� �� � � -31'� MaximuminputCurrent 10 10 5.5 Adc
� � ,"'� �� �' �c � „ F ��,�i; �a;w � . Reverse-Polarity Protection Yes
"' y ;t � ^• "z p. ��*. � �# '� ¢ Maximum Efficiency 99.5 � % -
� ? �, ����. '���`� ���. w "- �� European Weighted Efficiency 98.8 �
., �����(�T '�j �♦ -�� • �, � �. � � "��` CEC Welgh[etl EfficiencY 98.7 %
*""�`'"�- '�^ w � � ' Inductive Lightning Protection 1 m/ft
� � �� � ..,�`� e � � .+
� $v r, ; * �p. y . Overvoltage Category II
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� � c. � � f �, � . Maximum Output Current 15 Atic
�. . � � � ��� � ,
;�;.� � � Operating Output Voltage 5-60 Vdc
� , Total Maximum String Voltage(Controlled by
s - �� * ',„ t � Imertei)-US and EU 1-ph 500 Vdc
� �.; xla,L '� ` �' :
i
'k'r M1a � �a � ~ .,r.; y t� �p �� 3 Total Maximum String Voltage(Controlletl 6y
�:� ,J ��` �� 950 Vdc
� � 1-
� � M�
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��y ��'�+.� �fi^ ' ��� , . , . .: �. .-
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.']i` �-, . _. • e � � �
�f �� _ i „�f�,�". 'r"' � � �+y, �,� � � '�� Minimum Number of Power Optimizers per g(y_ph system)/16(3-ph system)
- String(1 or More Modules per power optimizer)
A superior approaeh to maximizing the throughput of photovottaic Maximum Number of Power Optimizers per Motlute power dependent;Typically 20-25(1-ph system) /
String(1 or More Motlules per power optimizer) 45-50(3-ph system)
systems using module embedded electronics Parallel Strings of Difterent Lengths or
Orientations Ves
■ Up to 25°�increase in power output � '�' ' -
EMC FCC Part15 Class B,IEC61000-6-2,IEC61000-63
■ Superior efficiency(99.5%)-peak performance in both mismatched and unshaded conditions Safery IEC-6u03(class II safery),UL1741 �
■ Flexible system design for maximum space utilization Material UL-94(SVA),UV Resistant
ROHS Yes
■ Next generation maintenance with module level monitoring and smart alerts ;
■ Unprecedented installer and firefighter safety .,q.'�� �,„ Dimensions(WxLxH) 120x130x37/4.72x511a1.45 mm/in ��.
+s4�v� • Weight 450/ 1.0 gr/Ib �
E 25�"� a Output PV Wire 0.95 m/3 ft length;6 mm';MC4
. Wa�re��
°�. Input Connector MC4/Tyco/H+S/Amphenol-H4
Operating Temperature Range -40-+65/-40-+150 'C/`F
■ The most cost effective solution fo�reSldential,commercial and Protection Rating IP65/NEMA 4
large£eld installations - Relative Humidiry 0-S00 %
USA 900 Goltlen Gate Terrace,Sui[e E,G255 Valley CA 95945,USA c� �E solar- . . :
Ga�many Bretonischer Ring I8,85630 Grasbmnn�Munic�),Ge�many .
lapan B-9 qnake Fmnlier BuilOing,3�-26 Anake,Koto-Ku,Tokyo 135-0063,Japan arcnitecrx o�ene.gy�
' Israel 6 HeHarash SL P0.6oa]349,Neve Neeman,Hotl Hasharon 45240,Israel www.solareAge.com
O Solartdge Tec�nolopJes.Inc 20043011.All tlgMs�eservxd SOIAPEOGE,��e SolarEEge Iogo,AflCXRECiS OF ENEPGY antl OPiIM2ED BY SOIAFEDGE are[aJema�ks or�eglstere0 VatlemaMs N
architectsof energy�^ sa�a�a�.���o,a�e,.���A��a��e,,,aaema,�,me��o�ea�e,e��a,e��aeme�k,o„�e„re,o��,��,�e,,.oa�e:o9,zo�� s�e,en,o��a�ee,�,�o���o���e.
SolarCity SleekMountT"" - Comp SolarCity SleekMountT"" - Comp
The SolarCity SleekMount hardware solution • Utilizes Zep Solar hardware and UL 1703 listed < p�� � '` /� Installation Instructions
is optimized to achieve superior strength and Zep CompatibleT""modules � �
1Q Drill Pilot Hole of Proper Diameter for
aesthetics while minimizing roof disruption and . Interlock and roundin devices in s stem uL
labor.The elimination of visible rail ends and 9 9 y F :,,,, � Fastener Size Per NDS Section 1.1.3.2
listed to UL 2703
� mounting damps, combined with the addition % , c Q Seal pilot hole with roofing sealant
� of array trim and a lower profile all contribute • Interlock and Ground Zep ETL listed to UL 1703 \ � -
to a more visually appealing system.SleekMount as"Grounding and Bonding System" ��`�� `-.� \ 3O Insert Comp Mount flashing under upper
utilizes Zep CompatibleT"^ modules with •6round Zep UL and ETL listed to UL 467 as - , `� layer of shingle
strengthened frames that attach directly to grounding device . 4Q Place Comp Mount centered
Zep Solar standoffs, effectively eliminating the �^ � upon flashing
need for rail and reducing the number of •Painted galvanized waterproof flashing -
standoffs re uired. In addition, com osition - Q Install lag pursuantto NDS Section �1.1.3
9 P •Anodized components tor corrosion resistance
shingles are not required to be cut for this , with sealing washer.
system, allowing for minimal roof disturbance. •Applicable for vent spanning functions � "'"''y
O6 Secure Leveling Foot to the Comp Mount
��'�' using machine Screw
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■ G E � �O YL245P-296 [��-.�/ �/ ■ G � � �O C E L L S E R I E S Powered by YINGI)
C E L L S E R I E S Y`2'°P-2'b YIN OIAR
YL235P-296 ELECTRICAL PERFORMANCE
YL230P-296 � 0.5.SoccerPoweredbyYingli5olar _ - GENERAL CHARACTERISTICS
Maduletypa • : • •y1250P-39bFT1215V-]96 Y12400.39h YL235P296�T1330V-396 Oimansiom(VW/H� M.96in�1650mm�/3&98in�9Nm�/
-� —j.. —�' 181nI06mm)
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VowaroutP�mlermns —�GP ..� W . -ONS WeiqM1e —f�� �'• 4i216z1�0.5k9)
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Voka9e N P..... . .- _ p—,r V �.. ]0�— ._..I9.5 1 29.5 r I9.5
and commercial applications where cost savings, ���,�,n,�, ,,,� -a.��— a-„—�, ,,, ,q, . ,.ao PACKAGING SPEUFICATIONS
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installation time, and aesthetics matter most. oa.�<„��,..o�ga_ y+��-- � 30.0 3].B 3].5 31.0 � 31.0 Numberafmoduleape�pallat 22
SM1omcircuitc �unnt -- { 1. ' F BJ9 B.63 � 8.65 4 0.54 d 8.40 Numbe�NpallRspe�53'roMainer 36 ,
STQ tOWVJ/m'imatlianm,25C all mmperarvre.AM1.Sg spennm aaaMing m EN 609CO3
ne�agerela�iveeM�ienryreduc�ionof50%m2WW/m'acmNingmEN6G900-1 Pahegingbondimensians�l/WM) 6Jin(1IODmm�/45in(fl50mm)/
�Lowerbalance-of-systemcostswilhZep , _____ a���m9omm�
' � •� •• • - Bo�weigM � 1W616s(408kg)
COTP3SIIJI2�T2f1lE. Powe�outPut P W j 1811 • 1 1J].9 1J63 ', VOJ 1 16J.0 —��
�Reduce on roof labor costs by more than 25%. � voieay.a.r.... v ' v '. n e i nz ¢n.e an e � ae e Uniss:In<h(mm)
�Leverage the built in grounding system- �\ c�.�.�:a.rm.. - _ _i ° n ese� esa es� eaz _e.zs_ 3eva wo
i 4 i Y s m o u n t e d,i Y s g r o u n d e d. �\\ Open vr<urt.okaqe v.. v ns a I xs oa.z . a3 e � 33 e ae es voe �.ai�aa
�. I SM1ott<'rcui[c I. � q ),�� 6.99 ].01 � 692 6.81
1 Lower your parts munt-eliminate rails,screws,
mountingclips,andgroundinghardware. eoccoo=�<�R�nmoa�iaop„ano��em�.,��,e,�eoowim��m.a��a�<e,:o•came���„�rempaatire,imv.ma.p�ea m
1Designandpermitprojectseasilywithaccess ��. THERMAL CNARACTERISTICS
to layout calculator and stamped drawings. II I rvom�.iop:�:n�y n� p.,�,,..i ocrp c i ae.i.z g
r.mve�.m.a�oetr e �v.,... I� v 17 v.re` .o.as
:- . - • • • ' reme..a<ure coaH'' e f v.. �I B�w c -o.nn
/Lower installation costs with savings across r p am.e�a.rr .�eo��. q o,. '�w o - o.oe - �,e��a-�gneie,e� -
equipment and labor. --_- _- ._ .-1- . --_ '_.'._ . _-___ ____ e-aazaeca - = P
. . , ., T P t re<oeB t of V.n ...�8 M✓"[ 0.65 � $ $
►Minimae roof penetrations while maintaining • ' - - - - - '-- -� -� ---- --- -�-- - -
thesystem'sstru<turalintegrity. OPERATING CONDITIONS
�Invest in an attractive solar array that indudes .� m.,.:r.�am.o�se ___ eoovo� Mo���ms noi.:
a black frame,low mountin rofile,and a-o.zse.oaistas,m
9 P � Max.seriex fuse
aestheti<arrayskirt. ss �9 SA ' �
limiNnq mve m ent 15A _
►Increase energy output with flexible module o _ o�.��.genoi„ c c
B-012x0.315�3xe�
parrting hmperaN�e range -00 b WO°F(-0�m 90°Q
layouts(portrait or landscape). � � . - - - ---- --- -- ------ -- �- -- ^ � -
Mar.s�aticload�lmnt(e.g.�anowandwind) SOpsl�2dCOPa� 394�100)
�Tmst in the reliabiliry and theft-resistance of '� . - -'-- -- �----- - -- - , - -,
�i �. M lad.b k( 9, nd) � SOP(R9COPa1 �'�OIItd1 �.
theZe Comatible'"sstem. i Leadin limited owerwarran � --- - � �---f- - '- - - � -- -- -- . `,
p p Y g p Ty•ensures H i�
paR 1m�25 ) 51mpM1�23M1
I 912%of rated power for 10 years,and 80.7% .� - - . - -�-._� .— _ /� ��
Iof rated power for 25 years. � � - �
�. - - . - -- "� CONSTRUCTION MATERIALS �' �
� AC SOWTION OPTfON �
/� Frontmwr(matvlaVtype/tM1ihnus) � Low�ironglass/tempered/32mm �SEQIONFC ��
�C TheYGE-ZSenesisnowavailableas '. 70-yearlimitedpmductwarranty. �� I Gla.:mayna.ea�e-reP:<r.e�onm�g �
J� an Enphase Energized'"AC Solution. i
enphase � Gll�qu.ntiry/matrriaVtype/dimenxionL noipoir.�n�e�im�i<��,n�air,��i
. _ � Thissolutiondeliversoptimum .r«leofb�:b.r:) tssmm.isn„�„�/zaaa�m=/zor3
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