HomeMy WebLinkAboutB17-3033 039-390-089BUTTE COUNTY
DEPARTMENT OF DEVELOPMENT SERVICES.
INSPECTION CARD MUST BE ON JOB SITE
24 Hour Inspection Line (IVR) : 530.538.4365 (Cut off time for inspections is 3pm)
Development Services cannot guarantee inspections on the date requested
Office: 530.538.7601 Fax: 530.538.7785 www.BuUeCountv.net/dds
Permit No: B17-3033 Issued: 12/28/2017
APN: 039-390-089
Address: 1360 STANLEY AVE, CHICO
Owner: ROBERT W CAIOSKI
Permit Type: SOLAR ROOF -RES /
Description: SOLAR PV ROOF MOUNT 7.5 KW
AREA
5
Flood Zone: AE SRA Area: LRA
Front: Centerline of Road:
Rear: SRA:
Street: AG:
Interior
Total Setback from Centerline of Road:
ALL PLAN REVISIONS MUST BE APPROVED BY THE COUNTY BEFORE PROCEEDING
Inspection Type
IVR INSP DATE
Setbacks
131
Foundations / Footings
111
Pier/Column Footings
122
Eufer Ground
216
Masonry Grout
120
Setbacks
131
Do Not Pour Concrete Until Above are Sign d
Pre -Slab
124
Gas Test Underground/floor
404
Gas Piping Underground/floor
403
Underfloor Framing
149
Underfloor Ducts
319
Shear Transfer
136
Under Floor Plumbing
412
Under Slab Plumbing
411
Blocking/Un einin
612
Tiedown/Soft Set System
611
Do Not Install Floor Sheathing
or Slab Until Above Signed
Shearwall/B.W.P.-Interior
134
ShearwallB.W.P.-Exterior
135
Roof Nail/Drag Trusses
129
Manometer Test
605
Do Not Install Siding/Stucco or Roofing Until Above Signed
Rough Framing
153
Rough Plumbing
406
Rough Mechanical
316
Rough Electrical
208
4 -Way Rough Framin
128
Gas Piping House
403
Gas Test House
404
Shower Pan/Tub Test
408
Do Not Insulate Until Above Signed
Permit Final
802
Electrical Final
803
Mechanical Final
809
Plumbing Final
813
Fire Sprinkler Test or Final
702
Swimmin2
Pools
Inspection Type
IVR INSP DATE
T -Bar Ceiling
145
Stucco Lath
142
Swimmin2
Pools
Setbacks
131
Pool Plumbing Test
504
Gas Test
404
Pre-Gunite
506
Pre -Deck
505
Pool Fencing/Alarms/Barriers
503
Pre -Plaster
507
Manufactured Homes
Setbacks
131
Blocking/Un einin
612
Tiedown/Soft Set System
611
Permanent Foundation System
613
Underground Electric
218
Sewer
407
UndergEound Water
417
Manometer Test
605
Continuity Test
602
Skirting/Steps/Landings
610
Coach Info
Manufactures Name:
Date of Manufacture:
Model Name/Number:
Serial Numbers:
Length x Width:
Insignia:
Public Works Final 538.7681
Fire De artment/CDF 538.6226
Env. Health Final 538.7281
Sewer District Final
"PROJECT FINAL 1W1 ►� � �
rru,ect rmaris a %-cruncace of occupancy for kxesiaennai vmy)
PERMITS BECOME NULL AND VOID 1 YEAR FROM THE DATE OF ISSUANCE. IF WORK HAS COMMENCED, YOU MAY PAY FOR A 1 YEAR
RENEWAL 30 DAYS PRIOR TO EXPIRATION
SCOPE' OF WORK GEN ERG NOTES LEGEND AIABBREVIATIONS TABLE OF CONTENTS"
PAGE # DESCRIPTION
• SYSTEM *SIZE: 759OW DC, 760OW AC • ALL WORK SHALL COMPLY WITH 2016 CEC, 2016 CBC, MUNICIPAL CODE, AND ,
ALL MANUFACTURERS' LISTINGS AND INSTALLATION INSTRUCTIONS. SE SERVICE ENTRANCE SOLAR MODULES PV-1.0 COVER SHEET
MODULES: (23) LG ELECTRONICS: LG330N1 C-A5 . PHOTOVOLTAIC SYSTEM WILL COMPLY WITH 2016 CEC. f RAIL PV-2.0- • SITE PLAN
• (1) NIN BO GI • ELECTRICAL SYSTEM GROUNDING WILL COMPLY WITH 2016 CEC.
(1) NINGBO GINLONG TECHNOLOGIES: • PHOTOVOLTAIC SYSTEM IS UNGROUNDED. NO CONDUCTORS'ARE SOLIDLY MP MAIN PANEL PV-3.0 LAYOUT
SOLIS-1 P7.6K-4G-US GROUNDED IN THE INVERTER. SYSTEM COMPLIES WITH 690.35: PV-4.0 ELECTRICAL
• RACKING: SNAPNRACK SERIES 100 UL; FLASHED L FOOT. ; MODULES CONFORM TO AND ARE LISTED UNDER UL 1703.
SEE PEN D01.PV-5.0 SIGNAGE
• INVERTER CONFORMS TO AND IS LISTED UNDER UL 1741! SP SUB-PANEL STANDOFFS &
• RACKING CONFORMS•TO AND IS LISTED UNDER UL 2703. FOOTINGS
• CONSTRUCTION FOREMAN TO PLACE CONDUIT RUN PER 690.31(G). CHIMNEY
• (1) GINLONG SOLIS RSD-1G 22 RAPID SHUTDOWN` , • ARRAY DC CONDUCTORS ARE SIZED FOR DERATED CURRENT.. LC PV LOAD CENTER
• 10.45 AMPS MODULE SHORT CIRCUIT CURRENT.
• TREE UNDER ARRAY-01 TO BE REMOVED PRIOR TO • 16.32 AMPS DERATED SHORT CIRCUIT CURRENT [690.8 (aATTIC VENT
) & 690.8 (b)].. _
INSTALL SM SUNRUN METER
FLUSH ATTIC VENT
f PM DEDICATED PV METER '
o PVC PIPE VENT
INVERTER(S) WITH ® METAL PIPE VENT
_ INV INTEGRATED DC
1 DISCONNECT AND AFCI ® T-VENT
i' AC AC DISCONNECT(S)' '
0 SATELLITE DISH
DC
DC DISCONNECTS - --
• � O: �-.FIRE SETBACKS
CB
0 COMBINER BOX HARDSCAPE
INTERIOR EQUIPMENT EQUIPMENT • - PL PROPERTY LINE,
�LEa. SHOWN AS DASHED
• 7 SCALE: NTS
f z A AMPERE
su.nrun,.
AC ALTERNATING CURRENT ,
'AFCI ARC FAULT CIRCUIT INTERRUPTER
AZIM AZIMUTH'
t
VICINITY MAP 'COMP COMPOSITION ,
f, DC DIRECT CURRENT
Wit, , �t' `'`0�,,.-•� (E)- 'EXISTING CA CL #750184
i - =� a „�� : • . ' t i r - EXT EXTERIOR.- 9Yt STRIKER AVENUE. SURE 260, SACRAMENTO. CA r .
32, ,_ r FRM FRAMING Pr,oNEsssas.Taas
y'^"^--"-'•--'! '� � - - � INT INTERIOR '
CUSTOMER RESIDENCE:
Io.LBW LOAD BEARING WALL
_� a ��• r+ F w -, s ROBERT W CAIKOSKI
M ;
`._
�' .:-r�.,..�` .: ; : • `'' � - AG • . '= MAGNETIC, _ . .
' 1360 STANLEY AVENUE, CHICO,
MSP MAIN SERVICE PANEL
(N) NEW a. CA, 95928
• * ' " • _ •` . r 11 NTS NOT TO SCALE t TEL. (916) 201-7654
��ue A` OC.
ven,.ON CENTER APN #: 039390089 -
1360StanReyA'es -�
PRE-FAB . PRE-FABRICATED
_ .. _
PSF POUNDS PER SQUARE FOOT PROJECT NUMBER:.
z-. ? 105R-360CAIK
PV -PHOTOVOLTAIC
TL 805.234.2795 •' .
TRANSFORMERLESS
DESIGNER:•
TYP TYPICAL' .
+
to - r V VOLTS TYLER YAGER
W . WATTS - -
SHEET
REV NAME DATE COMMENTS - 'COVER SHEET,
AL12/2 1
UseLrs\Myler.yager-\Desktop\PYROJECTS �DE `NORCAL •NOIX�CAIKOSKI, ROBERT - _ C.
_1.0
R _ _ - - r
C
ROOF TYPE I
AR -04 COMP SHINGLE
D1 - AR -01 - SCALE: 3/16" = 1'-0"
PITCH: 22*
AZIM: 179°
u �
ATTACHMENT
FLASHED L FOOT. SEE PEN D01
OF HEIGHT
ROOF FRAME FRAME TYPE FRAME .MAX FRAME OC IROOFEDGE MAX RAIL MAX DESIGN; CRITERIA
EXPOSURE MATERIAL SIZE SPAN ACING ZONE SPAN OVER MODULES:
SINGLE STORY ATTIC WOOD PREFABRICATED TRUSS 2 X 4 7' - 3" 24" 5' - 6 6' - 0" . 2' - 0" LG ELECTRONICS: LG330N1 C -A5
MODULE DIMS:
66.38" x 40" x 1.57".(40mm)
MODULE CLAMPS:
Portrait: 5.9" - 15.7"
Landscape: 0" - 4.7" `
MAX DISTRIBUTED LOAD:
2.58 PSF
SNOW LOAD: 0 PSF
WIND SPEED:
i 110 MPH 3 -SEC GUST.
LAG SCREWS:
5/16"x3.5": 2.5" MIN EMBEDMENT
NOTE:
` INSTALLERS TO VERIFY RAFTER
SIZE, SPACING AND SLOPED
SPANS, AND NOTIFY E.O.R. OF
ANY DISCREPANCIES BEFORE
PROCEEDING.
MAX POINT LOAD: 35.3 LBS
4X 12
• �/
0 0 (� 22'-3" t
r sunr-u:n.
6' TYP 7,
CA CL #750184
12277 STRIKER AVENUE, SURE 260, SACRAMENTO. CA
0-
95834- �..
PHONE 918.949.7885
13'-6" CUSTOMER RESIDENCE:
ROBERT W CAIKOSKI
O— 1360 STANLEY AVENUE, CHICO,
CA, 95928
TEL. (916) 201-7654
- APN #: 039390089
PROJECT NUMBER: .
- �i- 105R-360CAIK-
DESIGNER: 805.234.2795
r TYLER YAGER
SHEET
- LAYOUT
' 12/2 141
\Users\tyler.yager\Desktop\PROJECTS DE 'NORCAL- NOIX\CAIKOSKI; ROBERT _105R-360CAIK\WORKING DEIGN D� _ _
3.0
P4 A
R _ _ _ -
120/240 VAC
SINGLE PHASE
SERVICE
OMETER #:
M PG&E 1007245723
UTILITY
GRID
FACILITY
LOADS
EXISTING
200A MAIN
BREAKER
(CENTER FED)
EXISTING (N) SUN RUN
200A MAIN CENTRON 4G
PANEL 1-4 METER
NEUTRAL 0
BUSS
GROUND
BUSS
FAC11
40A PV 'ROI
BREAKER AS
FAR AWAY
FROM -MAIN AS
POSSIBLE
NINGBO GINLONG
TECHNOLOGIES: JUNCTION BOX
SOLIS-1 P7.6K-4G-US OR EQUIVALENT
4 7600 WATT INVERTER 3 2
s �•
AC
__- WDISCONNE
G 240V METERSOCKETLOAD RATED
125A CONTINUOUS & WITH AFCI, RAPID SHUTDOWN
240V METER COMPLIANT
200A, FORM 2S
CONDUIT SCHEDULE
#
CONDUIT
CONDUCTOR
NEUTRAL
GROUND
1
NONE
(4) 10 AWG PV WIRE
NONE
(1) 8 AWG BARE COPPER
2
NONE
(4) 10 AWG PV WIRE
NONE
(1) 8 AWG BARE COPPER
(2) 18 AWG SIGNAL CIRCUIT
WITHIN TC -ER
3
3/4" EMT OR EQUIV.
(4) 10 AWG THHN/THWN-2
NONE
(1) 8 AWG THHN/THWN-2
(2) 14 AWG THHN/THWN-2
SIGNAL CIRCUIT
4
3/4" EMT OR EQUIV.
(2) 8 AWG THHN/THWN-2
NONE
(1) 8 AWG THHN/THWN-2
MODULE CHARACTERISTICS
(1) RSD 2:2 RAPID
SHUT DOWN DEVICE,
NEMA 4X, 600V
NOTES TO INSTALLER:
1. 491 VDC EXPECTED OPEN CIRCUIT STRING VOLTAGE.
2. ADD 40 AMP PV BREAKER TO MAIN PANEL.
LG ELECTRONICS:
LG330NlC-A5: 330 W. _
OPEN CIRCUIT VOLTAGE: 40.9 V
MAX POWER VOLTAGE: 33.7 V
SHORT CIRCUIT CURRENT: 10.45 A
SYSTEM CHARACTERISTICS -INVERTER 1
SYSTEM SIZE: 7590 W
SYSTEM OPEN CIRCUIT VOLTAGE: 528 V
SYSTEM OPERATING VOLTAGE: 404 V
MAX ALLOWABLE DC VOLTAGE: 600 V
=BLER91F
'NQ= esktgMPR JECTS DE NORCAL NOIX\.CAIKOSKI, ROBERT_1
PA A 915
_ ,
1 PV MODULES
LG ELECTRONICS: LG330NlC-A5
+/f (23) MODULES
(1) STRING OF (11) MODULES
(1) STRING OF (12) MODULES
6-12 AWG BARE 5/16"-18 SS BOLT
COPPER WIRE SS SPLIT LOCK WASHER
(TORQUE TO 16 FT -LBS)
r� SNAPNRACK
GROUND LUG
/ BONDING
\ CHANNEL NUT
- RAIL
SS BONDING
PINS
NOTE:
• ALL HARDWARE IS INCLUDED FROM MANUFACTURER
• A MINIMUM OF ONE GROUND LUG IS TO BE INSTALLED ON EVERY
CONTINUOUS ROW OF MODULES
• GROUNDING LUG MAY BE INSTALLED IN EITHER RAIL CHANNEL
• GROUNDING LUG MAY BE INSTALLED SO GROUND WIRE IS PARALLEL
OR PERPENDICULAR TO RAIL
• ENSURE SPLIT LOCK WASHER IS INSTALLED ON TOP OF COPPER WIRE
=■
sunrun
CA CL #750184
1727 STRIKER AVENUE, SUITE 28D, SACRAMENTO, CA
95834
PHONE 918.949.7885
CUSTOMER RESIDENCE:
ROBERT W CAIKOSKI
1360 STANLEY AVENUE, CHICO,
CA, 95928
TEL. (916) 201-7654
APN #: 039390089
PROJECT NUMBER:
105R-360CAIK
DESIGNER: 805.234.2795
TYLER YAGER
SHEET
ELECTRICAL
12/2WT
D -4. —
ml
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&WARNING
&WARNING
INAR'1 -
P_HOTOVOL•TAIC DC. DISCONNECT
r
NOTES AND SPECIFICATIONS:
• SIGNS AND LABELS SHALL MEET THE REQUIREMENTS OF -THE NEC 2014
ARTICLE 110:21(B), UNLESS SPECIFIC INSTRUCTIONS ARE REQUIRED BY, "
COMBINER PANEL (IF APPLICABLE). ENCLOSURE (IF APPLICABLE).
PER CODE(S): CEC 2016-690.17(E), NEC ' PER CODE(S): CEC 2016:690.5(C), NEC
2014:690.17(E), NEC 2011:690.17(4). 2014:690.5(C), NEC 2011: 690.5(C)
THE DC CONDUCTORS OF THIS SOURCES: UTILITY GRID 'LABEL LOCATION:
PHOTOVOLTAIC SYSTEM ARE UTILITY SERVICE ENTRANCE/METER, INVERTER/DC "
UNGROUNDED AND MAY BE AND PV SOLAR ELECTRIC . -
DISCONNECT IF REQUIRED BY LOCAL AHJ, OR
UNGROUNDED
SYSTEM ' OTHER LOCATIONS AS REQUIRED BY LOCAL AHJ.
PER CODE(S): CEC 2016: 690.12, NEC 2014: 690.12,
LABEL LOCATION: LABEL LOCATION: NEC 690:56, IFC 2012: 605.11.1
INVERTER(S), DC DISCONNECTS. UTILITY SERVICE METER AND MAIN
PER CODE(S): CEC 2016:690.35(F), NEC SERVICE PANEL.
2014: 690.35(F), NEC 2011: 690.35(F) PER CODE(S): CEC 2016: 705.12(D)(3),
NEC 2014: 705.12(D)(3), NEC 2011:
- — - 705.12(D)(4)
-&WARNING ._
PHOTOVOLTAIC SYSTEM '
COMBINER PANEL-
' DO NOT ADD LOADS° -
LABEL LOCATION: LABEL LOCATION:
ADJACENT TO PV BREAKER (IF PHOTOVOLTAIC AC COMBINER (IF.`.
' • SECTION 690, OR IF REQUESTED BY THE LOCAL_ AHJ.
ELECTRICAL SHOCK HAZARD
ELECTRICAL SHOCK HAZARD
. .
• • ., • • • 404
'
• SIGNS AND LABELS SHALL ADEQUATELY WARN OF HAZARDS USING EFFECTIVE
PER CODE(S): CEC 2016: PER CODE(S): CEC 2016:
705.12(1))(2)(3)(b), NEC 2014: .' 705.12(1))(2)(3)(c), NEC 2014:
WORDS, COLORS AND SYMBOLS.
-
DO NOT TOUCH TERMINALS.
IF GROUND FAULT IS INDICATED .
`
• 528
4R
• • LABELS SHALL BE PERMANENTLY AFFIXED TO THE EQUIPMENT OR WIRING_
TERMINALS ONLINE AND LOAD
ALL NORMALLY GROUNDED
• ' 26.13
t
METHOD AND SHALL NOT BE HAND WRITTEN.. ,
CA CL #750184
D
D O O O /
• LABEL SHALL BE OF SUFFICIENT DURABILITY TO WITHSTAND THE ENVIRONMENT
- T ° -
_
SIDES MAY BE ENERGIZED IN
CONDUCTORS MAY BE
INVOLVED.LABEL
..
.
' .THE OPEN POSITION,
UNGROUNDED AND ENERGIZED
•
LOCATION:
INVERTER(S), DC DISCONNECT(S)..
{
• SIGNS AND LABELS SHALL COMPLY WITH ANSI 2535.4-2011, PRODUCT SAFETY
r•
LABEL LOCATION:
LABEL LOCATION:
PER CODE(S): CEC 20.16: 690.53, NEC 2014: 690.53, NEC
SIGNS AND LABELS, UNLESS OTHERWISE SPECIFIED.
• DO NOT COVER EXISTING MANUFACTURER LABELS.
INVERTER(S); AC DISCONNECT(S), AC
INVERTER(S), ENPHASE ENVOY
2011: 690.53 '
, .
..
COMBINER PANEL (IF APPLICABLE). ENCLOSURE (IF APPLICABLE).
PER CODE(S): CEC 2016-690.17(E), NEC ' PER CODE(S): CEC 2016:690.5(C), NEC
2014:690.17(E), NEC 2011:690.17(4). 2014:690.5(C), NEC 2011: 690.5(C)
THE DC CONDUCTORS OF THIS SOURCES: UTILITY GRID 'LABEL LOCATION:
PHOTOVOLTAIC SYSTEM ARE UTILITY SERVICE ENTRANCE/METER, INVERTER/DC "
UNGROUNDED AND MAY BE AND PV SOLAR ELECTRIC . -
DISCONNECT IF REQUIRED BY LOCAL AHJ, OR
UNGROUNDED
SYSTEM ' OTHER LOCATIONS AS REQUIRED BY LOCAL AHJ.
PER CODE(S): CEC 2016: 690.12, NEC 2014: 690.12,
LABEL LOCATION: LABEL LOCATION: NEC 690:56, IFC 2012: 605.11.1
INVERTER(S), DC DISCONNECTS. UTILITY SERVICE METER AND MAIN
PER CODE(S): CEC 2016:690.35(F), NEC SERVICE PANEL.
2014: 690.35(F), NEC 2011: 690.35(F) PER CODE(S): CEC 2016: 705.12(D)(3),
NEC 2014: 705.12(D)(3), NEC 2011:
- — - 705.12(D)(4)
-&WARNING ._
PHOTOVOLTAIC SYSTEM '
COMBINER PANEL-
' DO NOT ADD LOADS° -
LABEL LOCATION: LABEL LOCATION:
ADJACENT TO PV BREAKER (IF PHOTOVOLTAIC AC COMBINER (IF.`.
APPLICABLE). APPLICABLE).
. .
PER CODE(S): CEC 2016: PER CODE(S): CEC 2016:
705.12(1))(2)(3)(b), NEC 2014: .' 705.12(1))(2)(3)(c), NEC 2014:
-
705.12(D)(2)(3)(b), NEC 2011: 705.12(D)(7) 705.12(13)(2)(3)(c), NEC 2011: 705A 2(D)(4)
r •
CA CL #750184
D
D O O O /
A • -
.. - -
- T ° -
_
1227 STRIKER AVENUE. SURE 280. SACRAMENTO. CA -
95834
_ `...
- ..
..
.
PHONE 918.949.7885
D D e
'"'
r•
:' �. ,,,'. �'�' °
s �, ..
CUSTOMER RESIDENCE: _
•
. , .,
, .
..
ROBERT W CAIKOSKI
'
LABEL LOCATION:
INTERIOR AND EXTERIOR DC CONDUIT EVERY 10 FT,
_ t,
t •
.1360 STANLEY AVENUE, CHICO,
AT EACH TURN, ABOVE AND BELOW PENETRATIONS,
-. , I}}i,
- _
CA; 95928'
ON EVERY JB/PULL BOX CONTAINING DC CIRCUITS.
I;
_
t
PER CODE(S): CEC 2016: 690.31(G)(3), 690.31(G)(4), NEC •
TEL. (916) 201-7654.. -
2014: 690.31(G)(3), 690.31(G)(4), NEC 2011:690.31(E)(3),
' .
_
APN #: 039390089
690.31(E)(4), IFG2012: 605.11.1.4
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PROJECT NUMBER:-
-
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DESIGNER: 805.234.2795
• • - -
TYLER YAGER
LABEL LOCATION:_
I
7
-
SHEET ,
AC DISCONNECT(S), PHOTOVOLTAIC SYSTEM POINT OF
4SIGNAGE
INTERCONNECTION.
`
PER CODE(S): CEC 2016: 690.54; NEC 2014:690.54, NEC'
12/2 1
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Installation and Operation Manuai
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Manufacturer: Ginlong (Ningbo) Technologies Co.,l-td., Ningbo, L• heiiang, P.R.China i
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US Office: 565 Metro Pi. S. Suite 3214, Dublin OH 43017, USA
Toll-free: 866.438.8408 I Email: sales@ginlong.com I seles(a@giniong-usa.com i
Vt/eb: w"'I -ginlong.com i ww w.ginlong-usacom
i'Icasc record :Ile stria) nuttther it`rour Rapid S1midown Oerice and ({moth this whet yin
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The. Solis Rapid Shutdown Devices (RSD) are certified to the UL 174 inverter
wandsrdand comply to all 2014 National Electrical Code (390.12 Rapid Shutdown
regain.merits. Solis RSD's are packaged inside NEMA 4X enclosures that fit neatly
under the modules. The RSD is controlled by an AC signal circuit.
A green LED on the RSD indicates thatAC power is supplied to the RSD and that RSD
PV.output circuits may be energized.
When firsr responders cut AC power to the building, the RSD(s) will force the PV array
and DC capacitors inside the inverter(s) to drop to less than 30VDC and less than 240VA
in less ihan•10 seconds.
:{f
J
.2.
Figure 1.1 Front side view
r.
to
Figure 1.2 Lack side view
When you receive the PSD, please ensure that all the parts listed uclo;, alb ntctl,:'i.-.i
I
R Figure 1.3 Parts
Part r, Description
Number
1 Rapid Shutdown'De vice
1 1
2 AC Terminal Assembly
3, Manual
A fable 1.1 Parts list
I
i
1 -
ety ins
.....
�:ai ' iSi: =sr.y'"/'gid ,:__;.;:.it �. �:: :•: ,--:::::::.......:.... ......._... :
imp.o I G usa may result In potontitif electric shockhazards or burns.This manual
ronC:ITs carefully b
l Important Instructions that.must be followed dunned installation and .
rn,m�i Ill I neo please read these insfructfonefore use and hoop atom -
I r
forfut Ili reference
;cifelkiai Ihighlight potential safety risks and important
mbols used in this manual, which
:safely I f formation, are listed as follows:
t liWARNING:_
WARNING symbol indicates Important safety instructions, which if not
! brrectly followed, could result in serious injury or death.
'AUTION;
AUTION, RISK OF ELECTRIC SHOCK symbol indicates important safety
nstructions, which if not correctly, ollowed, could result in electric shock.
1 CAUTION:
l indicates safety instructions, which if riot
OT SURFACE symbo
lIS) ,Il
CAUTION, H
„ correctly followed, could result in burns.
a� r,' u:fit•: :a: is y.- .�_.": _.L:b
IARNING: is
t: I I icorrect op=ration or maintance Can cause serious injury and damage tb `
irop;:rty.' Only qualified personnel to commission the Rapid Shutdown Device
nd only with'
the scope of the respective technical rr }uhtions. Read the
1 aiety rules before commissioning ;end performing maintenanei work.
YVARNING:
oak p::rformed incorrectly can cause serious Injury and dumagu.
�t +• 1 j he Rapid Shutdown Device should only be Installed by gttalltiod personnel:
eliow the safety rulesl ct the AC
efore any installation or connection work is carried out, disconne
apply ►o the Inverter and - the DC supply to the Rapid Shutdown Box.
CAUTION:
An electric shock can be fatal. Inadequately sized electrical c
Call cause serious injury and damage to prop(Irty.
-All electrical connections must he made in accordance with
Electrical Code' IANSIINFPA70, and any other regulations aI
installation site.
Use min.194' F (90°C) copperwire for all grounding wires (:
250,122). '
- Voltage drop and other considerations may mean larger cal
need to be used. The PV array (i.e. ilio solar panel") cupplie!
it is unposed to sunlight.
ATTENTION:
ATTENTION; Installers of the RSD shall have a reflecliv,
permanent plaque or directory that includes the following
PHOTOVOLTAIC SYSTEM EQUIPPED WITH RAPID SI-
CAUTION:
OSS The surface temperature of the RSD can reach up to 75C ( I
of burns. do not touch the surface of the P,SD when it is ape
QY
i �t - 1 �• s i i:S'. i4� . j. Y i ,i: + : �. F. w Y-
>,i:� t rr .Y: r a. � ....i; '�}•'!-'• r r �. t. "^•{::LY.. w.j. „';H; _
_. :u.. .�� ; r, .F. .rr",. c -:.. af!:.;i,=fi.a•I.��s�.k,�% F•xjf..rl `�' � e;. `Yt .'�` •�'� <;w .�� . c `r� a" � u: c.
.., ..^ r...,.:_.... - z _._._ s.......__-l..a.:.��h_._a.._ i l; � �. '��^ .4�r• 4�Jn��.�.7• � S: itr:!tt(ry��}',r� Vii- ;>�%' y��gg r �;�•p,� p,":£Y'7 r 3 t:a� � 9•• sr s
,.:>' .,... ._. ....,.n. _... :._�> "....__.x:k:__,c.l:_ ... U�y�'�>S. t'I...:._�'E11F?fYs •1 �:�;ilif:�.,"�Yt�:i!iR ., v�4 i '�s:�;�i 3 fi
�w .a.._,_. >.:.,�. ..�r:i•.: .>� .� .. .. .o. Gi :3�r b4,, lf�s.,�t j11 t i<�� i� `7 "J '�I
it -:a t; ^,.•ic;:•s;'_ ;r=,:-rr 9;T•^ .'r^. - ^•-:, ..
. r -� r c ,.5r as hJr"'<p s7.1 C to'%.'a,�,ty�'�,r.' ^:�:: ' �KRr fi r1 r. �Sl:"..':y-.'-:� r•p��',�-rs�- •t, fl , �{i F}��,hf_, -r . "0.� +.•a t>! fit, ^• .:r
,..'<.i':,•pt .y: -.:cd.: f7- .i�u�+.ti:�.:'f?. r;"r °a vrc!: 5!'
fha Giniong Rapid Shutdown! Device is controlled by on AC signal circuit. H AC powerjis PSD is designed to ntc}unl on lien r telt tnliler Pt!rr;ucltalce ,
cut ai tit? utility scrvicr. entrap wid/or at the inverter -AC output circuit disconnect, file Step 1..Cttaching i;5D to the racltineJ.
RSL) v:+itl he activraiecl and the PV array will drop to less than 30 volts in less than 10
scacofid}t (per 20,14 INEC 690.12).
;' Solis-i2u17••1G('I:'1)
:![Ll r_!ns fGr^.t.Ss sr
ci01!S^145 D -•l G;(2.:'?)
Figum 2. 1 ;system cii^gram
F
e`
.o.
A Figurn 3. 2 Attaching F,60 t -i
a. Evaluate flie locatipn of the RSU r/ith respcICl
or sny other obs0-ur>,;ions.
WARNING:
Allot,' a minimum oF3/4 igCh bettfc-f• n uhtj tL•0 of
of the RSD. VVe also recVfAnl@nr:i tilt,; y oU �rIiUw •il:.' irU:P::,ii; 1.i a:::^;•::.•;re
tht,; back Ci ?tut P`•! module alit] illi* ton'of ih& r'f3!a. Do
in ;t IuCFItIQn ti!;,! -�IJOM g pusui 3 to dimid sunifr.
b. if using grounding wasitcrs (Q.g. VEEB) it) ground Itte ,Sn !!F}ix:i$ to
module racking, chrJuse r, t)roundino washer that is appruvrail for t!!::
manufacturr;r. Install a minhymrn of ons, grounding v,,; �:le[:r fnr I;F;(;•. ih6!
the fastener„ val;:es li,tF,d beioty:
• 1/4' mountinp harciviarc --+15 inlhs rninirtuurr
5r7ti" mounting hariN•iarr: —86 inrl:es mirrimuin.
him,
n).. t0A
.. .... ..
nr wan;;; - �:1;.•:✓r.Q .
Figum 2. 1 ;system cii^gram
F
e`
.o.
A Figurn 3. 2 Attaching F,60 t -i
a. Evaluate flie locatipn of the RSU r/ith respcICl
or sny other obs0-ur>,;ions.
WARNING:
Allot,' a minimum oF3/4 igCh bettfc-f• n uhtj tL•0 of
of the RSD. VVe also recVfAnl@nr:i tilt,; y oU �rIiUw •il:.' irU:P::,ii; 1.i a:::^;•::.•;re
tht,; back Ci ?tut P`•! module alit] illi* ton'of ih& r'f3!a. Do
in ;t IuCFItIQn ti!;,! -�IJOM g pusui 3 to dimid sunifr.
b. if using grounding wasitcrs (Q.g. VEEB) it) ground Itte ,Sn !!F}ix:i$ to
module racking, chrJuse r, t)roundino washer that is appruvrail for t!!::
manufacturr;r. Install a minhymrn of ons, grounding v,,; �:le[:r fnr I;F;(;•. ih6!
the fastener„ val;:es li,tF,d beioty:
• 1/4' mountinp harciviarc --+15 inlhs rninirtuurr
5r7ti" mounting hariN•iarr: —86 inrl:es mirrimuin.
nn
tallation
I :c
/�LIS
,-
s;s
A Figure 3.3 Fix the screws
ng MC4 connectors, connect the DC input and DC output wires.
:1) DC connection:
channel RSD -1G (1:1) enclosure is rated for 20 amps. Installers may parallel
,han t pair of PV string conductor to the single channel RSDAG (1:1) input
lie total Imax current must be less than 20 amps and Ise current
0.2 amps. Any par8il9 l wiring of PV module strings on the roof must be
had per NEC guidelines.
SD 1i(�nn:2) DC connection:
tic: dualltihannel RSD -1 G (2:2) enclosure is rated for 30 amps. Either channel can
::cepl�20 mps (31.2 Ise). Installers iney parallel wire more than 1 pair of PV string
onducto.1 to one of the channels on the dual channel to theDsecond channel, they must be
II:`III
;,�waverl;ihen the installer connects a PV string(s)
e Iheg.t a 30 amp total FtSD-1 G (2:2) enclosure rating has not been exceeded. Any
.rauPll. I[I U of PV m°dulls strings on the roof must be accontpilshed per NEC guidelines.
is
' I
�. ins-talltir:::
- .�,:r; ray :•,L„ ............ .. .... _. _�., .
I
y/ : a<, C_ -,a, 0'
A Figure 3.4 Connect -DC Input and DC output lAC4 cunnectars
a^ Connect PV string to RSD -STR OC,, side, connect inverter DC Input io RSOJ":j 1V Dl
side.
WARNING: !
The string input PV* and PV -.must match 1250 PV+anti f V-. Revs ts,3 PV ln1
O�,fvA� polarity could damage the RSD and void the wart anty.
Step 3 -Connect AC tarminal of RSD
Each RSD includes an AC 3 -pin weathertight bulkhead receptacle ort o -i short igtail. C
(1) AC 3 -pin mating connector assembly comes with each unit. Follow thein traction
below to assemble the AC signal circuit connectors and make all connertionslj�'
a. Use an appropriate 3 -wire cable for the AC signal circuit connection. The Ate signal
circuit cable wire size can range from 18AWG to 141AWG.
b. Follow the wiring sequence below to connect the cable to the AC 3 -pin wea f�ertight
• i�
connector i
240V AC
Black - L1 L
Rerl-l2 Green -Ground
(Optional)
'rabic 3. 1 HC cable connection sequenca-k
. II
I f
Ii
li
!`'R.. r 7 hit �.7 , '`1'";>f.,. , a 'r_ r>• .. z- h
.:S9i .,t r..'�.,I. ; �' . ..ti, 'sRr• .•;e',s15�`•3t �?ts, .: � � k"`�.'Eiht r :� a _..rr.. 7;; ,k :c.;'"_• .
:::_:.:;;,..--....__:a .#-:.., ....�...t'�.-.�...fir?-..,._...1��:Yzr:.�,,.,.,.:...r.,:i;e�.7�:F.i'_�f_._-a.t��a".'cf_..__��.�w__..�.�,.�r..'1fA.21L�-4'�:�e���.r:i2r`...•"''_�3��ifeYl �ii.9P���� 11 •�� ( , tJ�,. g;ygfj!��.zl r�- It i.
Jon
i
L:. Pleaso sot-, Ficrure 3.5 for proper assembly of the 3 -pin AC connoclor. After atsseinbb,, s,. Follow Instructions trt the Ginlong Inverler !n;:refllalion ivre-rim-11 it, RS D
::orlrrecf the connector to the RSD bulkhead receplocle. output conductors in the inverter DC input terrninai blec.•!cs inside the: itw+.i t r :vier !, ,;•..
Check to ensure that DC polarity is corroc;t.
t I '
�.. 4,
�j• a r� E' ! tv b. Connect ;SSD "GRID•'
?-�
Lop" 4- � - — Connect the RSD -GRID' condti^.tors (i. n. f1t; ;.iqrr811 Circuit t., n dticlot S i t.;
!: Figure 3. 5 Assembly of the AC connector tcrmination poini, inside ur oulsiclt? the Giniong oli; invorte)r vr,re bo
;o . A 2 -amu ac; fuse is integrated in RSD to ,:rolect the RSD AC signal rircuii. r,.r.•;r pat; ;rt. -,a ;
conductors.
Sli,f> 4 - Grounding the System
Figure s. v GroL111d connection
11you etre no? using grounding :•vashers h1 ground the RSD chassis please follcvr the Eteu
bolov. ,".-:ach ?SD coins with a.grouncf clip that can accomnu:dale a single ;;G. ""'s, or
:010 AV'VG cionducior. Check your local code for grounding conductor sizing requirements.
i
a. Connect the grounding electrode conductor to the RSD ground clamp. 'torque the RSD
Around ciamp to 20 in -lbs. 2.25-N•m. Tho racking and module could be grounded to this
ir,anductor uaing a crimp connection.
:>teu 5 - C:onlplerlc the I:SD installation by routing the RSD DC out conductors and
it e AC Signal circuit contluiaom to the wire box on the Solis invertor.
i -r. Follow inscruC!lon>; in the Gi;Dong Inverter Installation roa,nual to connect the RSO DG
1 output c.?ndurfors to the inverter OC input termir!nl blocks insltle lilt' Inverter }Vire, box.
l C:hf:Ql; to t?nStlro lii.il DC polarity is corrcrt.
Attention
To ensure; AC sJgnal qudhtl'. the AC Sigrini cir i luii Cont-41ctor8
longer than l00 meicers.
Attention
After installation of one: or more 1:5 7's nn site, lite
a plaque (par 2014 Nr_C SJO.Stiic')) that read,.,:
PHOTOVOLTAIC SYSTEM+! EQUIPPED VVIT H 12:AP1!') S !'Ili:: i'C•t•4r•!.
Additional signag9 or, site cen irciudtt, a plaque n-e,ct ! t.is; lnvarte+r:
Disconnect Switch that rsads:
OPERATION OF T14E PV SYSTEM AC DISC Ofd Id EC'!' : i'11 f Ci-! i' !!- _
RESt1LT TPJ RAPID SHUTDOWN'OF THE PHOTO%/m.:iA!t-; A.p1
INTCPZPJPTIOAI OF SYSI'[PA POrA'ER.
A
WARPlING;
RGD and all ac conmorlions to tike viility grin muni r;rlir, Fi.r n: ;c!cs +::.•.n' •: !i
p WARNING:
Ensure that all AC acrd C G vdring is correct. Cr+sure that nuilc oi't%I;a A t.: 2i r.ri `f.;
xvires are pinch,-ci or rljlm, uad. iansurn that all,+<:lrinr, hr.
closed.
1N-111II111
MMI
s so
01
IIII"p;
system.%.4ith ille.5olls RSO(s) installed: T
I )n the PV
ect.switch to tile ON poellion
CIrP . �c;
k e riverter AC Output -"It disconn . : - I .. - Wflvoc
Mo.4inium troputand Output volta;`113
Inverter UUII�Llt circuit breal(ers to tile 0 ' N Position
V system
I r1rcUil conductors are energized r
u r a t RSD AC sIgna oc input Vollows Rzk'190
le correct . polsrity-of the DC input circuit conductors. I input! I output
co n I i:rn 10xilnuir, N,11tilwof Pv source Circuits
Olq position
; I I Current . L1.0A
olcovr�. i ) DC switch on the inverter to the tAiticirritim Input; Output curr,
o inverter turns ON in 300 seconds (5 minutes)
[&xIrrujm short Circtill Ctiffelit
hl�l
PV Win! -Nith tAC4 Ludzill(l Coo 11"M01's
CC triptil Output Cable Whips
AWG9121t)
DC friput I Coulptit Wire Sl7e
ar,
Gromorl Wire $Lo 1,10 0
ub le sho oti ng AC 20111240VAC
Rotted AC tnrut V0112160
IA
Raict; Ac 14jul Clifr,:,-t
Priwd FrPtiouticy, . 0113
ac;bonnactlons to ilia utility grid Must only be made by AWG ; I a to 14
he RSD and all
AC Cointr9lIVile size
Milfled parsonnalr- MaxiinurriACrtisoRatinii 2A
IIIk
checks taller
interrupt DC power to ilia inverter. If the Inst GENERAL
iore Of t i RSD could e installer shbuld -25 to tael,C (-13 to *1611"F)
Inals at Vie invarter and does not detect PV voltage. it"
Anibittilt-Teritotialulto Range
input r
PIEMA,IX
,::V the r ocadure below*. Enrio.,
C
Root (.40unt Style (WEES
Lco
a 4%,gy to Isolote the isstlrj.to the RSG or S1,111n; 111(ficutor
01tage at -tile inverter as
ilack, f: string v
Ellin ien
cV
can be me;sured at the DC input terminals altilij inverter, follow
allege :,'RPrportseT;M.o 1.7 in
the i -, I - I . instrtictiolls. . I icniontt C . PPA -1: 0) :).jj2*240.,43 cis)
W/erta?, oubleshooting. Check Oln
06 o;! age cannot be measured tha.DC illptit terminals at the Inverter, 2.3 1;,j 15.1 lb
16 i connection point toconfir I that AC power is available at these
M WY,
A ],,at circuit con worninty.
point, check tosee if 'the lit, tl.wd 1.11-17-11. FCC; P;Vt 15
ceriiticzoionP-!;--jt(AVS - NEC 4wilin IT
.1 the AC signal circuit jonnection romplinnno,,
if dier AC power at , C s;g at circuit pourer. Check e that ilia RSD has A n
D is lit. This would indicat
OC Inputs and outputs.
ior loos I MC4 connections at the RSD
11 k all AC and DC cable connections.
11, the' D LED is off, check
of the DC cable connections arid confirming that the.
I gr.
.;.%rter, c r firming the Inte place the RSD.
iD I§ celving AC power, but the LED is still OFF. re
- ) o e V l'•r i cat
.. .. ,
o ll
G G.r'
:.iJ: -< ,n+.:`. ;;h•.:�tr_rfYL �, l., '!•f •+. :X,�r Lllr cdG ::!Xn,•:: h'r .si' :1'itii!:; ih ;to
t":+:•`-`:.h....53,?ihyl!::?'ti..ett.:,•`!'.•��•�5:?dr,^.tti:>,?`:4.�.')':,_=i;'.�?•.'.'�*a79.7fit_.i.'''.!•",-::i__ai4�af�
..tl.t..A:t'r:r..(:,iC.5a34�t a,��?;�ettt:``.ii;�'!i(:yt�
UC -
Soliu•RSO.1G 2:2 ,.
' Alaxintum 1711jUl aed Curpu! Vu!!a!Sc .
60OVUi3
01: Input Volley. krnj,,
. W7
l:v-som10(
r,lazimain Morn!*r ni PV Sauna: Circuits
2 47pn1 12 uuiput
' Maximum inpul ( Otitpul Cunonl
- 7U:20.: j .. . .
Maximum ;Short Circuit Cur(ent
DC Inpul /.Output Cable `uf ip::
PV Wird will) MC4 L.n•.•Idity Connet7nis - --
JC Input 1 Output %Nit, Sizo
AING;:13 to No
Ground Vvire Size
AWG ill 010 llo
AC
Ra teu AC Input tF.Jta.jO `
20%31240VAC
Rated i5C Impar Curren:
0.11i
.. Reteo frequency
AC C:ontm! IMM. Size
nN1Ci 1.10 to 014-
rr•:mrnunt AC 'ruse i r-urnq
2A
_. GENERAL
x
lmbient'ir-tnprr tprcRanlie•
25to+65`C,(-t�lo'i5tt'Fj „
• - £nrtrr.;un: Tyr., -
MEIAA 4X
Kcal ;mint Shric
Rail-inrnuu plate (WEES Compatible)
i Sta 6s inciemI.,r
LF_U
' e'+ttciency.
:99.597,
Resp rsF'firn:' y
:2 seconds
t
iy
2(1212110143 an
.. 'rJniyb
2.4 k0: 5.2 lb _ ..
Ce7titicatini7 & Safer., Standard
U0741, FCC part. IS Class C.
Complinricu
NEC 600, 12 I
14.
ar
- i -
r t
n ' T
{ -
Page 1 of 66
--- — --_.....- _—..---- ----_. _._. Us•GtienLlntntlia.t�DaLs��n'ond
fdad'pursuant.to thQ agceemenl'.bsl`wen intoii rCW
•- RemeM Intettek aysumes no WDI(ity to-anypatty: other-thin-to the_Ckent--__ _
.. _. 1Sii§-topoit'a foi'the"exelusWe'use'ot lnlerteKs-C6anCand'Ls' pros tx dlsUlbuUon of Uds repat•a��-'
• - GaIlifily ate Uauted to the temK and eonrfitkf� t§iomd by urn ...�,.,,.��._-,.-r::=:-..,'
._.s...,�� for anv rocs. ercponse u danwge � tnc usa of Utis tepwt. Onry U'•t' CUent La [wtDorrnd to petmil cop n9
. . .-,.._.._,.... n,.n rl i13 ;YtarkS IW 1119 sat. o•. ?Wartisan[e:u u! !Dr 1es[Nrma�cri.'iilP•Y.iis tl.ckw[s.colimuUf�lb.sR �.,..
Report o. 1502(1 l_029sHA=ow Page -2 -of -66 -
Ningbo Ginlong Technologies Co., Ltd. Revised: None.
2:O_WddudVDescri #i'on.
ProdicY : -<
Grid -Tie Inverter
B,ran.&riamf
Ginlong, Solis
Description '
The products covered by this report are single-phase, non -isolated, grid connected inverters for
solar power generation with a rating from 1 kW to 5kW.
.. ........:...::..
GCI -'K -2G -US, GCI -'K -213 -W -US, &�i="i<213-H-US, Solis -'K -2G -1_)S
(.The "*" in the models could be 1, 1.5, 2, 2.5, 3, 3.6, 4, 4.6 or 5)
The "°' in the models means nominal AC power rating of the inverter, could be 1, 1.5, 2, 2.5, 3, 3.6,
4, 4.6 or 5, which stands for 1kW, 1.5kW, M, 2.5kW, 3kW, 3.6kW, 4kW, 4.6kVV
or 5M.
` • ''.' `''
1lilodei ; ["=
The models with the same no AC power rating is physical and electrical identical excepfwith
Similan � -
different model name.
:`.:
The models with different nominal AC power rating have similar circuit diagram and constructions
except with different sizes of heatsink, enclosure, power devices and ratings.
Ratings t ' `-
Refer to section 7 Illustration 2 - Ratings
Ratings:::::
NA
Ginlong Technologies Co., Ltd.
Ningbo
8:0=Test Summa . —_ _- -- -
- pr——N-No 140601539St IA -
Evaluation.Period . 2014.06- 2014.07
0140523-31, ' .
Sample Rec. Date 23 -May -2014 Condition Prototype
Sample ID 001-005 .
Test Location. Intertek,Testin Service Shan hai Limited.
Test Procedure Testin Lab
the result includes consideration of mvV w th to.the relevanttest cr tetd(a.
Determination of results in. con. rrmanfce
was tested as indicated belo
methods. The product
The following tests were Derformed:
SA C22 ?
Dated
.:.
September IEEE Sid
:.. UL.17412nd
2001: .. 15471
Reaffirmed; Dated".: une 9,
Edition bated
` January 28;:2010'
2011 2005
Test Description ' :: 42
_
Maximum Volta a Measurements 43
6.3 -
Tem erature 44.
6.5 5.5.3
Dielectnivoltage-WithstandTest _
'15.3.2.1 -
Out ut Power Factor Test 45.2
Characteristics - Output Rating
15.3.2.2 -
6. -'
Output Power 45.3
Output Power Characteristics - DC Input Range 472
.3
6.6 -
Abnormal Tests - Output Overload Test 147.3
.14.4.2 --
Abnormal Tests - Short Circuit Test 47A
---14.4:3 '-
Abnormal Tests - DC Input Miswinng Test 47.6
Short and Open Circuit
15.3.7
'-
Abnormal Tests - Component 47.8
Abnormal Tests - Loss of Control Circuit 48
15.3.6
- 4.23 _
Grounding Impedance Tests 59
- -
Static Load 61
_ 4.2.7
5.1.2.1
Rain and S rinkler _
O eration Tem perature Test _
__
_ 5.1.2.2
Storage Temperate Test
_ 5.2
-....._.
Test for..response to abnormal voltage conditions _
5.3
'"
_
Res onse to abnormal frequence conditions
5.4.4
Start Current Measurement Method 2
Protection from EMI Test
Surge Withstand Test ection
DC Injection for inverters without interconn
5.6
transformers _-
__ 5.7.1
Unintentional Islanding Test
Open Phase
Securement of components _
6.13 -"
Resistance to im act
Reconnect Test Following Abnormal Condition
15,3.4.3 5.10
Disconnect _
15.3.3 5.11
Harmonics Test for Inverter
UL 5085-1
UL.50853;
Dated April 17, .
:..
Certification 2006 containing.
Technical J.eceslon for Revisions .,
InforrrtaUon Letter UL1741 dated through and ,.
No 1-43; dated January 28, inctul ay
Janua. 21,2011'2010
24,2011
Test Descn tion:. 1.1
Anti-islanding test 2.1
AntlAs.. nding test _
--_ --_ ---- ---
- Vltag�aad:Ere uency_ClperationTm► sou _-- p-_::...__ r
Interrupter Fault Curren - .
777:7---J-""-`- Continuous isolation Monitor Y
94
Limit Test
t
Ginlong inverters are sold around the world and are certified to IEC Standards in Europe (TUV), the
AS3100 and A54777 Standards in Australia (ASS), and to the UL 1741 Standard in North America (ETL).
Any inverter that hopes to bear the certification mark of'a Nationally Recognized Testing Laboratory
(NRTL) and be sold in the United States must pass safety and protection tests as part of the UL test
standard.
As part of the UL Test Standard, the Ginlong product line of single and three phase inverters are
subjected to a battery of tests to ensure that the inverter conforms to the relevant test criteria. For
example, all Ginlong inverters sold in North America must be an anti-islanding type. Inverters are tested
for grid monitoring and unintentional islanding. The Ginlong NEMA 4 inverters must pass a rain and
sprinkler test. The enclosure cannot exceed a certain temperature,during normal operation and must
be resistant to impact.
Electrical tests are done to ensure that abnormal grid or DC circuit conditions are safely handled by the
inverter. Overload and short circuit tests are applied to both the AC and DC circuits. DC input and AC
output ratings must be correct. The inverter is tested for harmonics and must respond to abnormal
frequency conditions. For protection of system owners and system. technicians, all Ginlong inverters are
tested for ground impedance and for safe response to ground faults.
Ginlong inverters are designed to protect the installer and system owner du normal operation. And
when the inverter detects abnormal conditions, Ginlong Inverters employ additional. safety features
including;
• Grid Monitoring
a Ground Fault monitoring -and protection
a Anti-islanding protection
a Temperature protection
e DC reverse -polarity protection
9 AC output overcurrent protection
o Output overvoltage protection
Other Ginlong inverter safety equipment includes an optional Integrated AFCI (DC arc fault protection)
and an integrated DC switch on the bottom of every inverter. For compliance to the NEC 690.12 rapid
shutdown requirements, Ginlong offers a Rapid Shutdown Device (RSD) that.can.be installed at the PV
array..-,
. i,jf!Ii0�•.i) :•J;.?.l :Eii::ilE�sS �i+iii?iM ip} (�Q, ;_!�� :il;:'.r..:S� .
.:V?i'"•,` rJl!: v��l' c;l)F) M ai'o. P1. S. iJ!'E -430;V
r: :. •. s'r—USP "Up.
;F,:r!6,
_._. _..._... AUTHORIZATION TO MARK ..................... ... ....--..-..... -
lication of the Certification Marks) shown below to the models described in the Product(s)
This authorizes the appthe a of the Listing Report
Covered section when made in accordancellistee model(s) Identified on the correlation tipag greement and Listing
Report. This authorization also -applies tomultiple
"''`�li(s document is the property of Intertek Testing Services and is not transferable. The certification mark(s) may be
applied only at the location of the Party Authorized To -Apply Mark.
Applicant:
Address:
Country:
Contact:
Phone:
FAX:
Email:
Ningbo Ginlong Technologies Co., Ltd.
No. 57, Jintong Road, Seafront (Binhai
)Industrial Park, Xiangshan Economic
Development Zone, Xiangshan,
NINGBO Zhejiang 315712
CHINA
Mr. Wang Yming
0086-574-65781806
0086-574-65781606
info@ginlong.com
Party Authorized To Apply Mark:
Report Issuing Office:
Control Number: 3186984
Manufacturer: Ningbo Ginlong Technologies Co., Ltd.
Same as Manufacturer
Intertek Testing Service Shanghai (j
Authorized by:
�l t
Thomas J. Patte�OK edi-1 all iilManager
a •
C US
trsTwo
Intert� - -
This document supersedes all previous Authorizations to Mark for the no
aed�Re�o �Nro Number. X 10 SMd by United ed
fteUse
TtU; AUliwdmUon to MxXIs rot Ina exdusMe use of Inlartelna CUont and k prodded pus
usnttoWCedfleallonBEco raamonl.for any bs%oxpenseordwnoO
In
to ew terms and conddons or the °groemen]. Inst twk ossumas no GeWUIn to any parry, other than to the
0110" to ax°nd+rna° �' �
d Uds A- gwrhadonto td,M only the CUontk audwtked to permll capykrg of NmibuUon of Ws AuUtodiaUon to tAolo and Ulan only n Its erre test tdseol bt ' tllftpmd CetUlagrae mot. is y am riot (o Urn
Fact Assessments and Fellow up s tftrk' ero for the purpose of assuring appropriate wage °t Um CefUngdan mark In ac=danca tdUt tlw agmamant UIaY Oto not for the
�rdti tons laid out � a9rc� nl end in UJs AulnonznUon to Mar& A^y t°dMr use of the InbrloA neuro Nr Na sato or adrorUscmant of 'tie tested trot°dal• produrx°r °°^'t°° musliust tw appm�od
w6 ebytnwrtd
purposes oI producllon qudtY control and do not mUare the CUent of theft obtloalleas In Ids teapot
Intertek Testing Services NA l r-
545 East Algonquin Road, Arlington Heights. IL 60005
Telephone 800-345-3851 or 847-439-5667 Fax 3`12-283-`1672
UL Standard for Inverters, Converters, Controllers and Interconnection System Equipment for
Use With Distributed Energy Resources, UL 1741, Second Edition Dated January 28, 2010 containing
Revisions through and including January 7, 2015 &
dated September, 2001, Reaffirmed 2011 with
Standard(s): General Use Power Supplies, CSA C22.2 No.107.1-01
Interim Certification Requirements for Utility -Interconnected Inverters - CSA Technical Information Letter
(f.I.L.) No. 1-43, dated January 21,
2011
..:.t -r— Imrnrtcr" .. -
Name: Ginlong, Solis
GCI 'K 2G -US, GCI 'K 2GW-US, GCI -"K 2G -H -US, Solis -'K -2G -US
,H„ 4, 4.6 or 5)
(The in the models could be 1,1.5, 2, 2.5, 3, 3.6,
No. 57, Jintong Road, Seafront (Binhai
)Industrial Park, Xiangshan Economic
Address:
Development Zone, Xiangshan, NINGBO
Zhejiang 315712
Country:
CHINA
Mr. Wang Yming
Contact:
0086-574-65781806
Phone:
0086-574-65781606
FAX:
FAX::
Email
info@ginlong.cam
Same as Manufacturer
Intertek Testing Service Shanghai (j
Authorized by:
�l t
Thomas J. Patte�OK edi-1 all iilManager
a •
C US
trsTwo
Intert� - -
This document supersedes all previous Authorizations to Mark for the no
aed�Re�o �Nro Number. X 10 SMd by United ed
fteUse
TtU; AUliwdmUon to MxXIs rot Ina exdusMe use of Inlartelna CUont and k prodded pus
usnttoWCedfleallonBEco raamonl.for any bs%oxpenseordwnoO
In
to ew terms and conddons or the °groemen]. Inst twk ossumas no GeWUIn to any parry, other than to the
0110" to ax°nd+rna° �' �
d Uds A- gwrhadonto td,M only the CUontk audwtked to permll capykrg of NmibuUon of Ws AuUtodiaUon to tAolo and Ulan only n Its erre test tdseol bt ' tllftpmd CetUlagrae mot. is y am riot (o Urn
Fact Assessments and Fellow up s tftrk' ero for the purpose of assuring appropriate wage °t Um CefUngdan mark In ac=danca tdUt tlw agmamant UIaY Oto not for the
�rdti tons laid out � a9rc� nl end in UJs AulnonznUon to Mar& A^y t°dMr use of the InbrloA neuro Nr Na sato or adrorUscmant of 'tie tested trot°dal• produrx°r °°^'t°° musliust tw appm�od
w6 ebytnwrtd
purposes oI producllon qudtY control and do not mUare the CUent of theft obtloalleas In Ids teapot
Intertek Testing Services NA l r-
545 East Algonquin Road, Arlington Heights. IL 60005
Telephone 800-345-3851 or 847-439-5667 Fax 3`12-283-`1672
UL Standard for Inverters, Converters, Controllers and Interconnection System Equipment for
Use With Distributed Energy Resources, UL 1741, Second Edition Dated January 28, 2010 containing
Revisions through and including January 7, 2015 &
dated September, 2001, Reaffirmed 2011 with
Standard(s): General Use Power Supplies, CSA C22.2 No.107.1-01
Interim Certification Requirements for Utility -Interconnected Inverters - CSA Technical Information Letter
(f.I.L.) No. 1-43, dated January 21,
2011
..:.t -r— Imrnrtcr" .. -
Name: Ginlong, Solis
GCI 'K 2G -US, GCI 'K 2GW-US, GCI -"K 2G -H -US, Solis -'K -2G -US
,H„ 4, 4.6 or 5)
(The in the models could be 1,1.5, 2, 2.5, 3, 3.6,
r»
v w
r • • A.
F h. 1
r -
4 r r %
w t,..
r
p , .,,y
jr
tr F
}
_. _ .._.. r , .. � Pum 4.a�?��n�'"'�.- e:..• — .
--e•+ .pie _ ;"��.� ' e • '_"' o- -^z'�. r - " 4 ' e-•r- -
--- �--P--0)ier-97:8"/o-tvlax:efficiency
Industry Widest input voltage range
Industry leading three and four iVIPPT design with precise MPPT algorithm
- Integrated AFCI option
Compact and light design for one-person easy installation
NEfviA4X enclosure with:anti-corrosion feature, visually pleasing for indoor
and out door installations- ,
>• Rs485 Modbus communications, INiFUGPRS(optional) interface
Web-based'data monitonring and 'SclisWeb' APP
0 years standard warranty with Extension options
'::al_1'i (JL ..
... n ..__._.,. _......, _._.....—. -
iJ iICB: �C �fl'i' hC jitjiF .j/ i fJla)I, 0H, -.1301 . tl� �. • .. � , �
• .. 1:_f.`a.... ,.., ,i Ct fi ::..+. i:, 1 ._.,, il.,..,moi:. _... ...., .. ,...... _.. .;.. ..-... yr .� �� LY.�, ,..
4800 550D 6000
DC VBIUOS 2400 3030 3600 4300
er.pC[.MPJF.,T.(%K4ql----- . .......
--deiiiped iifel me
0
..... ........
rt 15. class B
CANIICSAC;22.2 HIS -7-1. UL1741. 1.10993,' LiLir,99B. FCC Pa
hioxQuagei q0 rs)�
120
startup voltage (Volts) . ... - . . . . ..
80
. . ..
. . ... .. I. :
, "
125-500.
. 150-500 - 180-500 145-5.00
165-500
160-500
Full povier tAPPT voltage rang- (Volts)
15D-400 200400
100-500
Operating. . . mp . PT . vollag . e range. . (Volts) 70AGO
100140010+1
10+10
I . tax usable Input curient per MPPT (Amps):
to..
15.605.fir
15.6+28.08
circuit input cu.ffent (Amps)
2
hlax short
1. .. . . ..+ ..
Number of NIPPY
:
Z.
Inputs per MPPT
AC Values
2000
250D
3000 3600
4000
4600
5000
Nominal output poorer (Watt)
1000
1500
2800
330D 4000 1
4400
5000
0
50.0
Continuous Output W*Ief (Watt).
1100
1700
2200
20WA0
Nominal 94d voltage (Volts)
12110A
14-4112-5
19.2116.7
2211192
24t20-8
"iffe at (Amps)
Max. continuous output L
Max.
4.84.2
7-216. 3
9.616.3
....
20 30
..... ...
30
30
3 0
Max overcurtenj protection device (AMPSY
....... .. ......
to
10
20
20.
183 -228(for 20W rated)WI-264(for 240V rated)
Operating vaago range (volts)
Single
Operating phase
Output power factor
THD430/o
Grid current THD
...
....... . . . .. .
<20
0C I cu ent (mAmPs)
60
Isiciininal grid frect5encY , (Hertz)
59.3-60.5
Operating frequency raw (Heitz)
Eff iciency
;
96.8%
97.57,
9T 97 5
97.80A
97.87-
Peak effdeM
9
savy.
96$%
97.0%
97-011
97.0%
CEC weighted elideacy
96.074
. - --
99.9%.
99-9% 99 .9%
99.9%
99.9%
99.9%99.9%
MPPT ertd-MY
Protection
Yes
. .... ..
Temperature Protection
Yes
OC revefse-110181`4 protcetion
Yes
AC short circuit protection
Yes
'AC .+ &j . j . p u-, overcuffen1protecdoa
Yes
Output evervoltageprolectiOrf-Varis,or
Yes
Ground fault monitoring
...........
Yes
Grid monitoring
Yes
Wending protection
Yes
integrated DC Witch
.........
optional
AF'CqDC, 0111-fatdt
Optional
General data
13.3W-!-?5-9K-'6.8D
13.3W*25-9H*-50
Dimensions (inch)38.6
33.1
21.6
-
weight (lbs)
Transformerless
Topology
<IW (Might)
.... ..
IntemalconsumP ton
.. .....
-26*C-60'CI-13'F-140'F
......... ....
to e rang_
NEMA4X
Enclosure 4 -pe
<30 dBA
....... .... . .
Noise emisston(typlcal)
Natural Convection
C&*A type
.. . ....
Annn rn- 7nft
--deiiiped iifel me
0
..... ........
rt 15. class B
CANIICSAC;22.2 HIS -7-1. UL1741. 1.10993,' LiLir,99B. FCC Pa
SalarEdge Power OptifflizeF
Module Add -On FoIr. Nor-th.AM"e'rica
:__mgd.ule_Add:_0_n.for'North America__:_
P300 / P320 / P400 / -P405
' — —
t
P405�P320
---`- i i
P3oa
ig
(for thin film
modules) '
! (for 60 -cell modules]
1
--..._...._.... t..__
,_...._.�..
-- --
—
405
t°1
INPUT= -- -- -- _»—_..
aoo .......................
.... _
_
Rated Input DC Powei....300 ......................320...........
�...'.......
�...... .....54......
I
12 5 I..
Vdc
a
Absolute Maximum Input Voltage l qg
j i
:......
.....................}........_.....
t 25
i
St. tem eraturz
i
12.5-105
Maximum per String „_ ,, , ,, ...i............ .......................�.....................
.(...................?........)...........(........................8-48........................1.........•8-80...
_ Voc at ...........
............
...........................:.........................
10
-Power
............. !
Adc
MPPT Operating Range .. • ..............1............Q........... 7
i 11
.
i ....•...
..............
Adc
... "12.5 �....... .........1...'
Maximum Short Circuit Current (isc� 1..,,..... 1375
12.5
W Itsnot aUoaed to mix P405 with P.300/P400/P6oc/P7op in one suing.
Maximum DC. Input Current
._.• ................................
99.5_... .................................... ........
°/......
.....
Maximum Efficient..........................................................
........................ Y ................... •• •••-"'-•"""""'•'
s8:8...................................................�.............
Weighted Efficiency ' .......................... .......
rateeory - -- —"— --"- TING 50LAREDGE It
OUTPUT DURING OPERATION
Maximum Output Current........
Maximum Output Voltage
OWER OPTIMIZER CONNECTED TO OPERA --
�. .............................60................. .................:...;
OUTPUT DURING STANDBY (POWER_
Safety Output Voltage per Power.
I DISCONNECTED FROM SOLAREDGE Itvvta_ t_tr%
1
Adc
85........�.. Vdc —
DGE INVERTER OFF)
1 - Vdc
.optimizer --------= — --- ---- — — — -
STANDARD COMP_L-IANCE .-------- = ----- --- ............
- - — :FCC Part15 Class 8, IEC6100 ) 6-2; I£C610QR-"- ....
EMC...............................
i ......
• UL17a1 ............
""""............. 1EC62109-1 class It safe }, "
Safety...:....:........................•..I.....:....................................�.-'Yes.....?.......... i --- .
RoHS -
- Aa , Aric%m ,PFciriCATI0NS
- 1000
..............
Maximum Allowed System Voltage......... ......:......... :.................... hose... _..............
All SolarEdge Single Phase and Three Phase inverters
l
Com alible inverters.................. • * "" 128 x 152 x 35 / 128 x 152 x 48 /
128x152x27.5/
• • Sx5.97xi.37„ _ ,,,.
Dimensions WxLxH 5x5.97x1.08 ..,.............•••••••-• _.. 930 5
Sx5.97xZ.
!............... 93D - - ....................
.............. I ...........:......... 770 / 1.7 :::...... f 2.05:.... :
.
Wei ht mdudin cables — -- . • • • • •.. • """"MC4 Compatible
input Connector ............. Double Insulated; MC4 Compatible _................... ........
`.............. • . `........................ e.Insulate..
Out ut Wire Type /Connector , • „ • I 1.2/3.9
P.................... .... ....... - . 0.95/3.0
................a0 - +85 / a0 - +185
Out ut Wire Length ...................
Operatin TemperatureRange 1 ..................................• "' IP68/NER4A6P
......
1.....''?.......
Protecti n.Ratio&....................... j..........•......................_...............0:100....................._...........
'
....... ........
Relative HlimiditY.................t....•..................
Rated sTe power of the module Module of up to +5:5 power tolerance allowrd
— -- - — J-- --
---_:--�-_J_
THREE PHASE 208V
THREE PHASE 480V
PV SYSTEM DESIGN USING SINGLE PHASE
J—
_ _ ______ _ `__.__.____._-.•_
A SOLAREDGE.INVERTERI=l ---
---�
!
i 18
1
_
Minimum String Length 8
1 10
""' " "
!
(Power Optimizers.....................1................25 ...... _.......
�... ....-.................(........................_...........i...
i
I 50
Maximum String length `
�.-.............5250
t 25
i
4V ......
(... E
t
(PowerO timizers •.............`...•...........6000
P..........) .................
....... ..............12750........_...
"�:
Maximum per String „_ ,, , ,, ...i............ .......................�.....................
�
;
-Power
............. !
Yes
.....................................
I..............
parallelStrings-ofDifferentLengths
...................
or Orientations
W Itsnot aUoaed to mix P405 with P.300/P400/P6oc/P7op in one suing.
-
TIJI
Sof,,'av:Edge Single Phase Irwor"
ters
A
FO'r Nor'h Pirnerica
f SE-3800'r"At-JIS SE5ii
00O.A-US SEr'OnOA.-US
S EE 3 0 ID 01. -"k U
S E76 001-,"-.,-- U S / SEE I 0000A- U j S S
......... .. ....
g6d W., W Jim,
U 00A -US
�jg , I * 14
. ........ ...... ....... .......
-US
_SE11400A
S j :SZ7600A
ik- U
T SES006 j�
-US7.
j SE3000A
—
OUTPUT
11400 VA
7600
3800 1, 5000 00.00 ...................
3000 ............
al AC Power Output .......................
NominNam .......... 1080D @ 203V i
--.-.-.-..-
......
120C) .3 %JA
........... ..............
S350
.................................... 5400 05 208V 1 6000 109�6
415 0 �240V
....... .........
3300 5450 �@-Mpm .......... ..............
JMax.ACPower0utOu�. ... 4-0-
. Output... , ..........
1
: ................. ........
........................ i......
AC output Voltage Min.-NOM�Max-u;
...............
.......... ......
183 208 - 229 Vac .................. ...... .. .............
✓
ge t\ain.-Morn✓ ............................
AC output Voltage i ................ ................ ......
Hz
............. .............. :.... ............
211 .................................
................... ...............
...... ............... .............. iosv ....... 48 @ 209V
AC Frequency Al1in.;Norn: Max 1`t 3
2
47.5 A
25. 42 Q .................
16 I .
...........
......... ... .......
Max. Continuous Output ............... ......
Current
A
. ......s
I ............ •
... .......................................
.
.......................... .... . .... .......I.
GFDIThreshold ...................
Yes
. ... .i................. ....
.. .
�On;orjng, Islanding Protection, County ConfigurableThresholds
Utility
INPUT
'1405b
15350 W
0()...........
fS-TCF .......... ..... I .... ...... . ............. I .....8l........... .........
Maximum DE Pply� Yes
...........
.................. I .............................
... .............. . .....................
............
Unn��90 1 ..................... Soo ................
Vdc
.........
r6risiormer-lest. ........ ....................................
..........................
\Idc
325@ 208V/350.@ .......................... t .......
jvlax. input ................... .................... 240V
I
.......... ............
.... . . ...... I ........ I ............... S
............. : 33 @ 20
Nom. DC Input Voltage........... 16 5 @ 208V i
23
I
34-5 do
18 30.S .........
9.5 13 ............ *11*1
Max.in' Currentt7k 1 1.4 -�.@. M ......
........ ...........
Adc
put ............
...
.................. 45 ............. : ...........................
............... ...........
Current ................... . ................
............... ... ................................. �es .......... ;..
...
........... ...... ............ ... ...................
Reverse Polarity pro ............ 600ki!��;itivity ........... ...........................
............ ...... ..........
. ..... ...........
98 %
...........
Ground Fault lsolariiir:-Detection98
68.3' ............
...... ....... .. ..... ...... ... 97@2 0SV 4
�
....
97.5 %
Maximum Inverter Efficiency ...............
97.5
75
98 97 @ 2(M 97.5 97.5
I ........ 98 -240V .. . ..........
......
CEC Weighted Effl, cieky<4
................i......:.........
............
.. ....................
e R.11-1111-2 �—,
Nighttime Power onsurnpLi ------------
ADDITIONAL FEATURES Ethernet, .....................
.
................
Communication Interfaces ...............................RP�9n�
- Yes .............
.................ie��nu Grade Data, ANSI CIZ .....
....................
.-tljpr 20146$0.12
STANDARD
.
Safety ........................
............
Grid ConnectionStandzrds•_..,,,
UU741, UL1699B, ULlmt!�...... ...............................
........................
................................ .........
...
....................
FCC PartI5 class B
ET 3/41, minim
7INSTALLATIONISPECIFICATIONS - � .: ..
........ urn 1-3 strings
rnintrnu!ql-A�q .................... i
mnm
......
AC .................... ........
AMI�Mm- - I / 16-6 AWG 14-6 AW(3 .............
DC input'conduit silze Of strings 3/4" rniffirntim / 1-2 strings ..................... ........... . ........
Y. 2 x 10.5
-
AWG ran ge...._..............775 i 31�q ��?P ....
Dimensions with Safety Switch 30.5 x 12.5 x 7.2 1775 x 315 x 184
.................. ............ ........ I .........
1
xp) .............. :..� ............ l.... ........................ ........... ...........
51- /23.2 ...............
... 1 Natural
Wei ht h 5aiety�'��,F ............. ...............
..........
..convection
convection
I
aable)
I fans (user repl�ce
Natural Convection
fan (user
I
Cooling . , , i I
kAq0§lA)..I
-re ...................................
..R . <50
I dBA
...........
...... ........... ..... .. .......................
....................... <25 .............. i
Noise ............... ................... -2s to +60 (-40 version available"')
'�j: * * ',a +140 to +60. : ......
ile'in'
F C
-13 . ............
in. ....... I ...........................
�Iax. Operating
.j�"
R ........ ..................... ........
.........
AM; ....... .................................. e
........................
................
. "Kaaa SolurEdge suPPOrt-
uv *ase
01 For other rnlondl=e im beu�e*ft Inverw%viiiiinsit its input current to thewtues stated'
!AAhisherCu--MntSI in-9terSE7601"S002"21*
sD=NFd (for 76MW
tR RL%.Vwe Grade Invemr PP'kS7�9�,u . -USOUNHU-4
14.40,efsionVIN:5E)LwA-USOn-ttMatfO,76WWJ,,emrSE7600A
--"-' '`� `_•IMPORTANT
Olt A. t
'-' '
�..`n
_ ------ - -
BAFETY'INSTRUCTiONS =TN's alb contains Important salary InsweBons in -at must
• a • a a 1 1 a
be followed during Installation and maintenance ofthe RSD system.
!;.supplies
SAVE THESE INSTRUCTIONS - Keep this document in a safe place near me photovoltaic (PV) system
Inverter for easy access during installation and maintenance.
NOTE - This RSD device Is for use with ABB single-phase Inverters only. The device has been tested and certified
for use only with Nese Inverters. Use ofthe RSD with any other Inverter may not perform as specified and therefore not
comply with Rapid Shutdown requirements. Use ofthe RSD with other Inverters wig volt the warranty ofthis product
ELECTRICAL WARNINGS
�� • -'•�- - "�"
-The ABB RSD system is designed to comply with the 2014 NFPA 70 National Electric Code, section 690.12 and
his
r 4
tested according to Intemstional safety requirements (UL1741); however, certain safety precautions must be
(
observed when installing and operating this product. Personal protective equipment (PPE) must be wom at sU
.. - AN •«
times when servicing this equipment.- - • ' -
- -- •- - - - -
- _ Wiring methods used should be N accordance with the National Electric Coda, ANSVN_ FPA 70 andfor any
preval ing local codes and regulations.
. "• •�•• r - _
- For suitable wire she (AWG), refer to National Electrical Code, Table 310.16(8)(18) for U.S. applications. Use
-
only copper (Cu) wire rated for GM, solid or with type 8 or type C stranding (19 strands minimum).
- -
- This RSD system operates only when properly connected to the power supply and PV strings.
_
- These connections must be made only by qualified technical personnel. -
-
- ine.DC.operaWg.currerd'and.w0ege.MUST-NOT-et¢eed'Ihe.UFnB-documemed7niheiechnicelspeeificetions ---- -
��•�� x�
found in the data sheet located at wwwabb.com/solarinverters.
.._ ... _ __-_.0 _� '�,,,� �.•
ISafafu and Na .r.l
- --
Risk of electrical shook. Hazardous voltage
will cause severe Injury or death. No user-
serviceable pads Inside. , Only trained
service personnel are allowed access. -
'-' '
�..`n
Verify the -correct connection of the strings - to
the Input terminals. Polarity reversal may cause
serious damage: Refer to the appropriate product
Instruction manuals fnrmore details. ' "' '•
Risk of electrical shock. MuNple voltage
sources - may be terminated InsideWhen
this -equipment. Each *- circult-_must - be
disconnected before seMcino
!;.supplies
—
the photovoltaic array Is exposed to light, 0
DC w0age to this equipment"-- -`
I Ory Descripilon Part Number �- ' IndWaq In sreridalone oror k0
.w 1 Ra Shutdown RSD box_ RS1-1PNB4i4
I I - Pid - (RSD) I (Standalone and kit
_ - R52_2PN8-H4 ....____.
. - . i " 124V pomrsuPPly SSVK-G01524 Kit orb '
. ; 1 �• Signal connector (male) CBQ MMC-RL7001��I Srandkure and kit
• - - �2 Power connector pins" SAM168-03G03 . _ Standalone and kit
1 Mounting bracket and screws xER.7500.0�._.-..-. T Standalorre andk0 `
• 2 L Throegosiion temdnal blocks1SNA290428R0400 Warty
Ilnverter power supply conductors k8 _024110000-799 KOo -
_,�y(1-bMInaI 1, Temdnal2, GNB__„- 1 �_�__.
In addition fafety and Installation
li lets provided
In the a Guide 1 Cowrtorthrea-posionternlnal block 11S; 9172382000 Ki, ant,
(OIG),mesafetyend trista0atian guidefines providetlththetechnkal ..-.,.._. ,�^ _ �,-_..,•`^,--,�T_.._.
the promanual
uct must ereavailabad a at df020*..ad. The technMwonical cumentation for Power andp ter woity A �� 1 .Tl Quick Installation Gu
pe IBCM003720DO AA �KB only
for abetter word”' /� C,%" Table 2
2-
b. Install the RSD box on me photovoltaic making syss
e. The RSD box is Intended far roof Installation withten feel of the PV array. a. Ensure power Is Trot present on the conductors to be connected, wear appropriate PPE, and use Insulated tools
tem. when working with this equipment
C. The RSD box may be installed at angles from horizontal to vertical. b. The equipment grounding conductor (EGC) must connect the Inverter and array in order for the inverters
d. Ensure there Is sufficient working area around the RSD box to allow easy access for maintenance ancror ground bull protection to operate as required. Ensure the EGC from the army continues on to the inverter. The
--servictng,of the-PV'system.-ginstalling"RSD under a'module; place ttunder the'8rst ortast'module-in-a-row — RSD.enc(osum is.polycarbonate.and.does.not.require-0ondirg_Refer.to_loral.codea for_epprepdate wee she, .—.__.
In oN"er to allow for easter f—ace Instill the RSD In such a bcallon that would requlra the removal of on e0 conductors. -
multiple modules In order to gain access. " - a The Inputs and outputs must be connected to the RSD by the mating palt of the provided Amphenol connector.
e. In the RSD product manual located at www.abb.coMsolarinverters, reference the Technical Data section to Follow the Instructions Included with the Amphenol crimping tool (not Included - part number CTL -161801) to
check the environmental parameters to be observed (degree of protection, temperature, etc.).' propend crimp connectors on the PV conductors.
L Maximum operational ambient ab temperature must be considered when choosing location. Exposure to direct d. The power conductors must be connected to the RSD by the Amphenol powerconnector. Follow the Instructions
-- sunlightts permitted; however, inslanationunderemodule i9 preferred. ,•,,� -w Included with the Amphenol crimping tool (not Included -part number CTL-181801)
to property crimp connectors
—.-
_. �-.--onto lhe,contrel powerdu
conctors _'-'- �:Y-.-__ �- '�_��
a. The mounting bracket (A) win come attached to the RSD box The bracket contains sbk screw holes (B). The e. - - rr -. ,,
The RSD kit Includes two terminal blocks, a 24V er soppy ethree short conductors used to connect the
RSD Dox may be raised or towered to match four bracket suave holes as needed for clearance from modules power supply to the inverterAC terminals powals and ground. This power supply is to be Instaged Inside the wiring box
or roof. In rase the bracket needs to be adjusted, reattach the bracket to the RSD box with the four provided of the ABB string Inverter.l -
screws and tongue to 3.5 N•m (2.8 ftab). .. - b. Before installing the power supply,. open the PV system AC clsconrvicl swOtln or PV breaker to ensure the
b. When mounting the RSD to the PV module racking system, use the racking manufacturer's components to inverter Is disconnected from the grid. .s
secure the mounting bracket (A) to the racking structure through the holes (C) provided on the bracket Only a The RSD Power Supply must only be connected to a thme♦vire 240V line -to -fns or tw"Ire 208V line -to -line
one mounting point Is required (center). When using more than one mounting point, choose any of the three (C) Inverter outpuL - Provided -The racking manufacturefs supplied bolt Is to be torqued to 23 N•m (17 ftab).
The RSD kit is NOT compatible with a 277V grid connection. It must only be used with a 208V or 240V
LaDet Orsvlp0on grid connection.
A �Mountbg bracket J A C Replace melnvertefsAC torminels with me temdnab pmvided N the RSD kil. These now temltnals are three-posltion
B n1O---^^_�"mm•- terminals which will allow the
- C _ i RSD mounfi g bracket attachment points power soppy to he connected tome thvertefs qC output
O. P_F InpR conductor lab-_-�'-- :�'r Included in the RSD k0 is a terminal Malde cover which must be Installed on the exposed side ofthe
> E' . three-poshion terminal blocks supplied with the kit. In Figure t bekwr, the contacts ofthe greancolored
E j Output conductor leads ` `�'. ., ground terminal block and beige -colored One terminal block would have direct MatakD-meta( contact
F 124V soppy connector "—' on the DIN ra0 without the terminal block cover. Figure 2 shows the terminal block cover Installed on
G Amphenol afmp tool (cot Inctudetl - part q the line temgnal block which prevents this direct meta( contact. The temdnal block cover is reouined
j CTL -161801) B <0 to ensure there is p. metal contact betty en the terrninai blocks.
Table 3
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Carbon monoxide alarms required by Sections R315.1 and R315.2 shall be installed in the
following locations:
1. Outside of each separate dwelling unit sleeping area in the immediate vicinity of the
bedroom(s).
2. On every level of a dwelling unit including basements.
R315.1.5 Multiple -purpose alarms: Carbon monoxide alarms combined with smoke alarms
shall comply with Section R315, all applicable standards, and requirements for listing and
approval by the Office of the State Fire Marshal, for smoke alarms.
Butte County's Interpretation of 2013 CRC,, Sections 314 & 315 for
Smoke Alarms & Carbon Monoxide Alarms:
Where alterations, repairs or additions exceeding $1,000 in valuation, existing dwellings shall be
retrofitted with smoke alarms and those that have attached garages or fuel -burning _ appliances shall have
carbon monoxide alarms installed. Existing smoke alarms can be replaced with dual function alarms for
Smoke and Carbon Monoxide and in cases will comply with the aforementioned code requirements
for Carbon Monoxide Alarms.
DECLARATION OF INSTALLATION UNDER THE PENALTY OF PERJURY
As Owner/Contractor, I/we affirm and declare under the.penalty of perjury, under the laws
of the State of California, by our signatures below as Owner/Contractor, that l/we will
comply prior to final inspection with Items A & B as specified herein:
A. Both Owner/Contractor have read and clearly understand the aforementioned 2010
California Residential Code (CRC) Carbon Monoxide Alarm requirements.
B. Both Owner/Contractorare responsible for installing Carbon Monoxide Alarms prior to
final inspection as per the aforementioned building code and maintaining such
installation. Smoke Alarms will also be installed prior to final inspection as per the 2010
CRC.
eke and Carbon Mo oxide alarms are now installed in the following locations:
e C., C Km n�,
Owner's name (print): f -Q136 z7
Owner's signature: (yVy?t!4Q .t/J Date:
Contractor's name (print): �Gv �i`� CSLB License: -7�
Contractor's signature: Date: C i6 g
Project Address:.S rJ Permit #: 7 v 3
Revised 7.20.2015
Page 2 of 2
'p6
4k
Butte Count De artment of Development Services
FORM NO
]LbrA PERMIT CENTER
7 County Center Drive, Oroville, CA 95965 DBI-01
nwic�vnaois Main Phone (530) 538-7601 Fax (530) 538-7785
www.buttecounty.net/dds
Declaration of Installation
for Smoke Alarms and Carbon Monoxide Alarms
The newly adopted'2013 California Residential Code requires the installation of Carbon
Monoxide Detectors in dwelling units and in sleeping units within which fuel -burning appliances
are installed and in dwelling units that have attached garages. The policy for Carbon Monoxide
Alarms in Butte County states: "Any permit obtained in which the value of work exceeds $1000
associated with a Residential Group R Dwelling Unit or Sleeping Unit shall conform to the
following 2013 California Residential Code requirements for Smoke and Carbon Monoxide
Alarms (Section R314 & R315).°
2013 California Residential Code requirements for Carbon Monoxide Alarms:
R315.1 New construction: An approved carbon monoxide alarm shall be installed, in _dwelling
units and in sleeping units within which fuel -burning appliances are installed and in dwelling
units that have attached garages.
R315.1.2 Power supply: For new construction required carbon monoxide alarms shall receive
their primary power from the building wiring where such wiring is served from a commercial
source and shall be equipped with a battery back-up. Alarm wiring shall be directly connected to
the permanent building wiring without a disconnecting switch other than as required for over -
current protection.
Exceptions:
1. In dwelling units where there is no commercial power supply the carbon monoxide alarm may be solely
battery operated.
2. In existing dwelling units a carbon monoxide alarm is permitted to be solely battery operated where
repairs or"alterations do not result in the removal of wall and ceiling finishes"
or there is no access by means of attic, basement or crawl space.
R315.1.3 Interconnection. Where more than one carbon monoxide alarm is required to be
installed within the dwelling unit or within a sleeping unit the alarm shall be interconnected in a
manner that activation of one alarm shall activate all of the alarms in the individual unit.
Exception:
1. Interconnection is not required in existing dwelling units where repairs do not result in the
removal of wall and ceiling finishes. there is no accbss by means of attic, basement or crawl
space, and no previous method for interconnection existed.
R315.2 Where required in existing dwellings: Where a permit is required for alterations,
repairs or additions exceeding one thousand dollars ($1,000), existing dwellings or sleeping
units that have attached garages or fuel -burning appliances shall be provided with a carbon
monoxide alarm in accordance with Section R315.1. Carbon monoxide alarms shall only be
required in the specific dwelling unit or sleeping unit for which the permit was obtained.
R315.2.6 Alarm requirements: No person shall install, market, distribute, offer for sale or sell
any carbon monoxide device in the State of California unless the device and instructions have
been approved and .listed by the State Fire Marshal.
Page 1 of 2
Revised 7.20.2015