HomeMy WebLinkAboutB17-0010 041-620-037BUTTE COUNTY AREA
DEPARTMENT OF DEVELOPMENT SERVICES 3
INSPECTION CARD MUST BE ON JOB SITE
24 Hour Inspection Line (IVR) :530.538.4365 (Cut off time for inspections is 2p m)
Development Services cannot guarantee inspections on the date requested
Office: 530.538.7601 Fax: 530
Permit No: B17-0010 Issued: 1/3/2017
APN: 041-620-037
Address: 4519 SIERRA DEL SOL, PARADISE
Owner: - NIEMLMARK D & DARLA E
Permit Type: SOLAR ROOF -RES
Description: Install 22- SPR- X22 -360 -C -AC Modules
3su. / /2S:) www.tsuttel;ounty.net/aas
Flood Zone:. None SRA Area: Yes
SF.TRACKS for Zoneno- AG_
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
Ins ect•o e
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 Signed
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
Blockin nder inin '
612 • -
Tiedown/Soft Set S stem
611
Do Not Install Floor Sheathing
or Slab Until Above Signed .
ShearwallB.W.P.--Interior
134
ShearwallB.W.P.-Exterior
135
Roof Nail/Drag Trusses
129
`Manometer Test
605
Do Not Install Sidin Stucco or Roofing Until Above Signed
Rough Framing
153
Rough Plumbing
406
Rough Mechanical
316
Rough Electrical
208
4 -Way Rough Framing
128
Gas Piping House
1403
Gas Test House..
404
Shower Pan/Tub Test
408
Do Not Insulate Until Above Signed
Inspection Tyve
IVR INSP.- DATE
T -Bar Ceiling •
145 --
Stucco Lath
142'
Plumbing Final
813
Fire Sprinkler Test or Final
702
Swimming
Pools
Setbacks
131
Pool Plumbing Test
504
Gas Test
`404
Pre-Gunite
-5.06
Pre -Deck
505
Pool Fencing/Alarms/Barriers
503
Pre -Plaster
.507
Manufactured Homes
Setbacks -
131
Blockin nder inin '
612 • -
Tiedown/Soft Set S stem
611
Permanent Foundation System
613
Underground Electric
.218
Sewer • •-
407.
Underground Water
417
`Manometer Test
605
Continuity Test
602
Skirtin Ste s/Landin s
.610
Coach Info
Manufactures Name:
Date of Manufacture:
Model Name/Number:
Serial Numbers:
Length x Width:
Insignia:
• •
•ti,. .•K t.' �` >>. r.'Finals-- s �sx .: �a ;..,.1,77-7777-77, :•
Permit Final
802
Electrical Final'
803
Mechanical Final
809
Plumbing Final
813
Fire Sprinkler Test or Final
702
Public Works Final 538.7681
Fire De artment/CDF 538.6226
Env. Health Final 538.7281
Sewer District Final
"PROJECT I L'
-rrolect rural is a t.:ertlncate of Vccupancy for (ResiAenttal Vnly)"
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
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SOLAR
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Office: (530) 272-8272
Cover Sheet &
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530-413-9952
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Date:
Rev: No::
APN:
Grass Valley
Solar CA 95945
Vicinity Map
12-6-2016
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MODULE SPECS
INVERTER SPECS
GENERAL NOTES PANEL SPECS
AC CALCS
120% RULE
GROUND SPECS
(22) SUNPOWkR D=-360—C—AC
(22) MICRO INVERTERS INTEGRATED
ALL SUPPLIED EQUIPMENT TO BE UL LISTED (E) 200A MAIN SERVICE PANEL,
TOTAL INVERTER COUNT 22
BUS BAR RATING: 200A
GROUNDING ELECTRODE CONDUCTOR MUST TIE INTO AC
Output O 240V (min./nom./max.)
WITH EACH SOLAR MODULE
I CUTLER HAMMER
INVERTER IMP 1.33
MAIN BREAKER RATING: 200A
GROUNDING ELECTRODE SYSTEM AND BE INSTALLED IN
211/240/264
360W, 240VAC
ISC IS LIMITED BY THE BACKFED BREAKER MBE204082000BTF
CONTINUOUS DUTY x1258
(200 x 1.20) — 200A - 40A
ACCORDANCE WITH NEC 250.64 AND 690.47(C)(2).
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AC Max. Imp. — 1.33A
ALL MODULES WILL BE GROUNDED IN
MICRO INVERTERS EQUIPPED WITH
(E) 200A MAIN BREAKER,
CUTLER—HAMMER
TOTAL SYSTEM 36.58A
40A MAX ALLOWABLE BACK FEED
CONDUCTORS MUST BE CONTINUOUS AND CONNECTIONS
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ACCORDANCE WITH CODE AND THE
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MAX AC & DC lee TO BE
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TEMP DE—RATE 0.91
LESS OR EQUAL TO WIRE
WARE DERATING 23.32A
WIRE DERATING: 22.75A
OCP FOR WIRE 1'0 BE
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InvisMount° Residential
Document #508988 RevF
Mounting System
INSTALLATION GUJDE
N POWER°
6kh'oawer� Corporation
All Rights Reserved
March 2016
2
SunPower Proprietary
4.0 grounding
Ensure"that you°fully understand'the grounding aspects in, this section before proceeding.
Important! If installing InvisiMount on -a metal roof, you mustfirst ensure thotthe InvisiMount system is bonded'to
_.
the roof m comPhance wrth groundil.ng,methods as,.required by the AHJ.
This section is intended to provide a well-rounded understanding of all aspects of grounding for SunPower AC
Modules when they are installed on the SunPower® InvisiMount"' Residential Mounting System; It contains excerpts
from the SunPowier 96 -Cell AC Module Design and Installation .Guide (#515791);'and the SunPowerAC Module
$*t:y;and Installation Instructions (#51744), as inrel(as references.to the aPphcable NECArcides and U1 -Standards.
The InvisiMount'system;is Listed to UL2703'for int egrated.grounding; SunPowerAC Modules are a bonding
component:and°afe ListedtoUL 1741 ifyou-are.h ,, lling SunPower A.0 Modules;on-the InvisiMount system (or
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any mounting t". em'that is Listed. to U,L2703 for. _bonding=not just for fire classification), no.a'dditional
groundinghardWare, lugs, or copper: vAre:are required on the roof.
•
The SunPower AC Module is, one of the -components that bonds all of the metallic.non=current carrying
components in the system, and is Listed to UL 1741.
• As part of UL 2703, only AC equipment grounding requirements. apply—no DC system grounding requirements
nor DCequipment grounding requirements apply.
• The equipment grounding conductor (EGC) that's'built into the AC Module cable system is sized appropriately
and meets all of the AG equipment grounding requirements for the system.
• The AC dedicated branch circuit wiring from the readily accessible disconnect to the array must include an
equipment grounding conductor (EGCJ in the same raceway or -cable as the AC circuit conductors. This EGC must
be Connected to the green conductor of the transition cable, which is part of the -AC module cable. system.
Document #508988 RevF a SUnPower Proprietary
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A The .AC'Module -'-cable. -s*'y'st"em Ii."daWY4haIned"ihd therefore If Afmiodule,lsremoVed 11yofinA circuit for
qervic orrqp "for t' irs A 11
-example heirilnftbii a
-1 - , - ); You rhus fi, t _Jscq!jne;ta. pow raiid, p ., _ � _ _
temporary
'Edt, io'b6dje4he' §Y"IhseqIng an A(exienition cable or-oiher means.4n order lo- maintain effective
-around conilnuityto subsequent module& Disconnecting a module from the circuit, removes i4iltage and
ground fromttie other downstream modules: in the circuit. Extreme"'cage should 6e taken to ensure that
no other energized sources. are adjacent ,to these ufigiro4o rn dules.�
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_136causethebt, power is internal to theodu!ej.agroundinget electrode nduIGECI forthe module or
M 9_ cior
:1' not required. h utility service serves.ast-fieNot-required Gk: - for the structure:
Is The existin.19,ACGECatt eut _y
The AQC.6b,ld gto- continuity (frorn- the AC cable. gro-Und,
tifidirig p th,hi� been t6sted by.ah NRTL,,,iKd itsA6&r1cSl
pin tath6 module frame hasbeen certified';
• The -AG Module interconnecting table system provides an int rnal E!S�C for grounding the AC Modules- Itis the
lnstaller'sresponsibilftyto grotind'apy'met,11lit mounting siructureaccordingiblibcal cocle�recall thafif you are,
.Installing AC'M6dUle§,4&tystdffi
_PF_6vide;groundin-g_ .
oftheA_fiVMV6Untmounting sbru dueeahcthus no
sup P required
Neither tke.kc Mbdbles nqr;the array require a grciundirfg'electr6dL-.conductor, (GEQThe AC Modules mutt be'
connecied"to a declicitedAC brancheircult Wift'an appropriately slied'equipment grodndihg conductor (edq
Th 6"Ui Oiff&it gf 6-Ufid i 6,conductor ffi Uit b C- connected f6'a- gr o_ U nii d in- g—el e- c- tr 64 e- U sifi- _g, t tid &i iti fig remises
Wiring,
syst
originating at the building service ."PrItrance-Qrsgry1c panel; _
There .is-no,nL-utrai.'co-ndu-ctorirt.the At - Modules. 'E"cichA'C�'.'-' ".b P designed and is Listed to operate
-ModUleh,as-,ee
n -Mod- I IsAhrouilithe eqpi'Pmen_tgro6nd Ing
without a neutral conductor.. The`reference e io ground i the At u es
cbhd466.'f (EG():,
Th6 AC interconnecting cob16 systern attached to each modules inicroinVerter is.fully insulated and in-clud6s4h
internal p6te-The gro6ndil in isjonger than the ptiherslih the pluroy din Ifirst tei make, last to break''
connection sequence:
The -green -conductor in the transition' 61616 (1r4fit cable"), it, connected to the EGC from the tifility,cleclicated
branch arcut {"house ,grPun
ii6them-i-cro'irivi�rte�t.tet'--i with
4 *e4t-_.gr6Uhd wire 1his* miriaftes c arter chassis a bolted connection;
gnlhe'mi rdinVL
:and is environmentally sealed.
`The microinverterchassis is bonded to the moddleframe with stain''lesssteethardware,to provide ground
• -_-Os-a- pint . h :i Ion thattheground is theAr'st16 make
0 receptacle h ground at, get than th6tircuit'pihs to L
contact when connecting a given plug receptacle the lzisitio break contact Wlien.clizonnecting the pair:,
Each -SUnPower AtModule. Includes a faciory4niegraied microlnverier'(MQihai:daesnoireq Ireaneutral"
W66 6,11ii6hhike6a ti,it f6i.W&.5t166.6� f6kiiiiiollbki With IEEE 15,41L P6_i&OV6dUe6d is EdhdiJd6d6-fi ihi
0.
I i 41 i4b -Y or �69 vAit-vid t6hriettioh; Utility . Mi -,;t,-- have' ifterActiV6-furittions. Wthe circuitry aV been revaluatedto'.
IEEE 1547 and use. ihejgr6undwire instead of-ifie neuirillo diierni-ine grid yalqes.,.'This functional ity. is Dart, of its
JUL Listing.
4
Wpowerrropn ry;
Thispr6dutt M Usft'o hily--be connectedtoa-' sin-gle'-p-h'a's'e, -system- (L -L) of a pirdihilje§ with 'thwn Outral (N)
b6ndedtj ithe Mi does rtdirb' ',tq-,grd * d
0 gtod AttlibItO ti' ecode feteric
Fy!c eP ranice Pe N un, internally,
�therefore this reference must be-accomptished'onl' ihoservi6eerffrance�.�.tnsure�that '-the installation site has"a
at,
'hi h- ualitmWto
q, 'y'round reference atihe service: The Ml cletermines.'LA.-Valtages based on -measuring internally
k6hil_ to tfid- Mi ch&sis,'Which is ddhfidtt6d t6;thd EGC
TheY Ov+ i�,
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A,-abd Hc'ability,' FS'Uh'OoWd 64de
dt.
frAC- M
,R 690.41 does notapply to AC modules.
• 690.42 does not apptyto AC,rribdulds.
693�.43,covers-equipment IroI undin&,LWhich isthe only tbqUlreatypo:otw
dUhOhgf0r,a_nAC46d6l&.
690:45 specifies that the E'G-C'-for PV source and PV butppt circuits be sized based 2. -'_ Per 690.6,,
requirements ih.'690 pertaining to PV Source circuits shall not apply to AC modules because -the circuits are,
internal fi6it6th6Liiti,dA-cfi�dbl&.The-,AC'm--6-d6l66itoti�6n-s-idere an
nts from
250 for tq(1pmprtgrppndingate600!iedft6MthLaeNitetdth6ijntti6ibdkThiListedAC.M6diia
-i - nterconneciing cable system- uses the _induct .safe ty, listing standard
ard whit I h" Is based on section 250122 and
other sections in 286.-
656.46,jffibdifi6sj690-45 When the EGCIs not protected Witfi1ft,a'_r'a_j_c_e_w__a'y. This is 66t FiI64it t6tK6 AC Mi5d6l&
system because i.he,EGC is within- :the iisted AC'Modulelnterccnnett cable ,system:
• 696.-4-7- d bes nota -piy td-ACmodules:
• 69647(Ai does nota pply, wfien'insi (ling z!
a.. I _q system. The Aif,`sysierri� was: already exist h
premises,and hence you are'installing AC 'moclules,on the AC'systiem.
a 690.47($)AppliLis-,t-o',DC;s-yst'e"m-s,�'it-do-'e-snot ,apply ,tO,.ACrTi- Ul#s
• '690 47(C} does not apply (see 690 47(p))'-
• 610.426) orily, protidii guidance fora '!dc groundin'g,.el6cirode condiuci6r;'�
• '690.48
applies", but isn't`relevant
• 690.1 SO;applies
but isn't relevant..
'Note aswell that -Section 4if of ihe-Su6'Oower,AC-Module Safety and .insiaifailoninsiru6bons( 17-44) explains:.
-As a:Lis-ted.prodijc-'t,"-5uriP'bwer.-Ai: modules shall be installed and used in accordance with any iristructions'irieluded
in.the istirig.or labeling"' (1:10:3(8))- In addition,"SunPo.'wer:AC Modules "shall be grounded using -the integrated ,
.equipment groudihgcb6duct6r..nbadditional.,grq4pqir�gc0004qbr'Attochr�eot;o,ih6AE'md_ �ie_ isrequired
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William Patten
"5 .84 SOLARTV PROJECT
ti 4519 Sierra Del Sol, Paradise, CA 95969
Q:fficc ti(530) 272 8272 Sunpower AC Module 530-413-9952
Rev. Ni APN:'
i3rags;VdIfey. -
Grounding Notes 12-6-2016 041-620-037
9
594
CA -
[Drawn By: Checked By: le:
Ian Isbell N.T.S.
Q . - I — 7
La
PAGE I'l Jeff Peterson
1741
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William Patten
"5 .84 SOLARTV PROJECT
ti 4519 Sierra Del Sol, Paradise, CA 95969
Q:fficc ti(530) 272 8272 Sunpower AC Module 530-413-9952
Rev. Ni APN:'
i3rags;VdIfey. -
Grounding Notes 12-6-2016 041-620-037
9
594
CA -
[Drawn By: Checked By: le:
Ian Isbell N.T.S.
Q . - I — 7
La
PAGE I'l Jeff Peterson
STEP 3A -3B
STEP 3C
STEP 3 — INSTALL RAILS' -
'
A. POSITION THE RAILS ON
a
N
THE ROOF, ADJACENT TO
THE L—FEET AND SUCH
•
3 o
THAT THE SIDE CHANNEL
o o a^
OF EACH RAIL IS FACING
o
THE ROOF PEAK.
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B. FOR EACH RAIL,
z.
TOWARDS PEAK
DETERMINE THE .NUMBER '
OF L -FEET TO WHICH IT
WILL ATTACH, AND THEN
SLIDE THAT NUMBER OF
SIDE CHANNEL
RAIL BOLTS INTO THE
FACING TOWARDS
RAIL'S SIDE CHANNEL.
PEAK
C. POSITION THE RAIL
TOP CHANNEL
WITH ITS SIDE CHANNEL
FACING THE PEAK.
D. L—FEET MUST BE
NGINEEWS STAMP
Ln
POSITIONED SUCH THAT
THE L—FOOT TO RAIL BOLT
a
DISTANCE IS A MINIMUM
OF 2" (5 cm) FROM THE
w
END OF A RAIL AND FROM
RAIL JOINT.
NUT SIDE CHANNEL
E. ATTACH THE RAIL TO
Z
12
THE L—FEET BY FITTING
``'
THE RAIL BOLTS -THROUGH
O
LLn
RAIL BOLTTHE
SLOTS ON THE L—
�
Qw
FEET AND THEN FINGER
N
oW
TIGHTENING AN M10 NUT
w�
ON EACH THE BOLTS.
>
L—FOOT
.OF
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,�
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F. TO ENSURE ''INSTALLED
MODULES WILL APPEAR AS
AN EVEN PLANE,
Z
0
STEP 3D
STEP 3E -3I
SUNPOWER RECOMMENDS
w
m
-
THAT YOU USE A STRING
En
LINE AND LEVEL TO
LINE
>
ENSURE THE TOP SURFACE'
z
OF RAILS IS EVEN.
m
U -
2"(5 cm) MIN RAIL END
G. AFTER RAILS ARE
LEVEL, TIGHTEN EACH L—
W
FOOT NUT TO 375 20
IN—LBS (42 ±- 2 N—m).
'
NOTE: L—FEET SHOULD
STILL BE ONLY -LOOSELY
ATTACHED TO THE ROOF
o
s
ATTACHMENTS.
N
rx
V
H. TIGHTEN ALL OF THE
L—FOOT TO ROOF
375 ± 20 IN—LBS(42 ± 2 N—m)
ATTACHMENT HARDWARE
ACCORDING TO THE
ATTACHMENT
RAIL JOINT 2"(5 cm) MIN
MANUFACTURER'S
INSTRUCTIONS.
W
s
0
NOTE: L'—FEET SHOULD
w _
-_
NOT EXTEND ABOVE THE
OPPORTUNITY
XXXXXX
TOP SURFACE OF THE
RAIL.
-
PROJECT
%X%X%
DATE DRAWN
'
DRAWN BY
A.HOUIEMARD
RAIL
RAIL -71
SHEET
FA 105
375 '20 IN—LBS(42 2 N—m)
STEP 5A
STEP 5E
STEP 5K
RAIL
LINO k L/1IVIr
TOWARDS PEAK
')TEP 3
STEP 2
STEP 1
STEP 5B -5D
MODULE
NOTE:ENSURE END CLAMF
OVER HANG IS COMPLETE
OVER MODULE FRAME
a
85 ' 5 IN-LBS(9.6 N
STEP 5F -5J
STEP 5K
END CAP
CLAMPS PER MODULE, REPEAT
STEP 5B - INSTALL MODULES
STEPS 5F -5G UNTIL ALL
A.SLIDE AN END CLAMP OVER
o
THE SAME END OF EACH OF
.r
THE ROW'S TWO RAILS, SUCH
3
THAT THE CLAMP OPENS AWAY
=
FROM THE ROOF PEAK.
• o
POSITION THE CLAMP NEAR
o N
_
THE END OF THE RAIL.
B. POSITION THE FIRST
MODULE ATOP THE RAILS.
=
C. SLIDE END CLAMP TOWARD
THE END OF THE RAIL ENDS,
ENSURING THAT THE END
CLAMP OVERHANG IS
IL
COMPLETELY ON MODULE
FRAME.
D.KEEPING THE TWO END
CLAMPS IN FULL ENGAGEMENT
ENGNEER'S STAMP
WITH THE MODULE FRAME,
MODULE.
N
-�
ADJUST THE "MODULE SO THAT
a
I. CUT EACH RAIL AT THE
THE MODULE EDGE IS ALIGNED
w
WITH ENDS OF RAILS. TIGHTEN
o
�-
EACH OF THE TWO END
STEP H.
CLAMPS TO 85 5 IN -LBS
OPPORTUNITY
-'
(9.6 N=m).
Z
g
E.(1) FIT A MI.D CLAMP DOWN
PROJECT
Li
N0O
INTO THE TOP CHANNEL OF
aW
EACH. OF THE ROWS RAILS,
_
DRAWN 87
(2) ROTATE .IT 90 DEGREES
N
'
K. FIT AN END CAP INTO
A D(3) SLIDE IT TOWARDS
EACH END OF EACH- RAIL,
biV)
TAPPING IT IN FULLY WITH A
FIRSTT MODULE,• LEAVE LOOSE
Z
SHEET
RUBBER MALLET.
FOR THIS STEP.
—
r-
FA 108
z
F. POSITION SECOND MODULE
_�
D
NEXT _TO FIRST MODULE AND
�
FIT MID CLAMP TEETH OVER
l
N
THE MODULE FRAME EDGE FOR
EACH OF THE TWO
=
z
' MODULES.TIGHTEN EACH OF
THE TWO MID CLAMPS TO
85 5 IN -LBS (9.6 N -m)
(YOU TIGHTEN THE MID
w
CLAMPS PER MODULE AS YOU
BUILD THE ROWS.)
G. ADDING A ,PAIR OF MID
CLAMPS PER MODULE, REPEAT
STEPS 5F -5G UNTIL ALL
MODULES EXCEPT THE LAST
o
MODULES IN THE ROW.
=
U
WWF
_
H. AT THE POINT WHERE THE
OUTER(PERIMETER) EDGE OF
THE MODULE CONTACTS THE
RAILS, MARK EACH OF THE
RAILS, AND THEN REMOVE THE
MODULE.
0
I. CUT EACH RAIL AT THE
0
MARKS THAT WERE MADE AT
�-
STEP H.
OPPORTUNITY
X%X%%%
J. REPOSITION THE LAST
MODULE AND THEN REPEAT
PROJECT
X%%X%
STEPS 5C -5D TO SECURE IT
WITH END CLAMPS.
DATE DRAWN
DRAWN 87
'
K. FIT AN END CAP INTO
EACH END OF EACH- RAIL,
TAPPING IT IN FULLY WITH A
SHEET
RUBBER MALLET.
FA 108