BLD2021-0426_Manufacturer_Specifications_and_Installation_Instructions_3.24.2021_2.20.14_PM_2109829Hyunda
Solar Module
Hyundai Heavy Industries was founded in 1972 and is a Fortu ne 500 com party. The comparry employs more than 48,000 people, and has a global
leading 7 business divisions with sales of 513 Billion USD in 2013. As one of our core businesses of the company, Hyundai Heavy Industries is
committed to develop and invest heavily in the field of renewable energy.
Hyundai Solar is the largest and the longest standing PV cell and module manufacturer in South Korea. We have 6o0 MW of module production
capacity and provide high -quality solar PV products to more than 3,000 customers worldwide. We strive to achieve one of the most efficient PV
modules by establishing an PAD laboratory and investing more than 20 Million USD on innovative technologies.
TI-Series
Multi -crystalline Type
HiS-M305TI I HiS-M310TI I His-M31 STl I HiS-M320TI I HiS-M32ST1 I HIS-M330T1
Mono -crystal line Type
HiS-S325TI I HiS-S330TI I HiS-S335TI I HiS-S340T1 I HiS-S34ST1 I HiS-S3S0TI
Mechanical Characteristics
998 men (3929')(W) x 1 %0 flMn (77.17')(l) x 50 men (1.97')(F)
Approx. 232 kg (51.1 Ibs)
72celIsinseries (6x 12 matrix) (Hyu nda i cel I, Made in Korea)
4 mm, (12AWG) cables with polarized weatherproof connectors,
IEC certified (UL listed), Length 1.2 m (4721
IP67, weatherproof; IEC certified (UL listed)
3 bypass d iodes to prevent power decrease by partial shade
front : High transmission law4ron tempered glass, 32 mm (0.1261
Encapsulant:EVA Back Sheet: Weatherproof film
Clear anodized aluminum alby type 6063
r 1;-,I n „ -I;...
• UL listed (UL 1703), Type 1 for Class A Fire Rating
• Output power tolerance +3/d%
• ISO9001:2Wo and ISO 14001:2004 Certified
• Advanced Mechanical Test(5,400 Pa) Passed (IEQ
/ Mechanical Load Test (40 IbwM Passed (UU
• Ammonia Corrosion Resistance Test Passed
• IEC 61701 Nit Mist Corrosion Test) Passed
Fast and IneAlII I Dive Mounting
• Delvered Wady for connectkm
IEC (UU certified and weatherproof connectors
•Integrated bypass diodes
Limited Warranty
• 10 years for product defect
• 10 years for 90 % of warranted min. power
• 25 years for 80 % of warranted min. power
r Important Notroa on Wanangr
The varranties apple only to the PYrr odul,- with Nyundsi Way Ind2sbes Co, Ltd
bgo(ftwn bekw) and pr-d,ct serial number on t
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,ant V
AHYUNDAI
HEAVY INDUSTRIES
Electrical Characteristics
I Mulitkrysta cam Type I
Nornnal output (Pnpp)
votage at Pmu (vnpp)
Current at P.Tu (lmpp)
Open circuit voltage (Voc)
Short C¢s.it current (Isc)
Output tolerance
No of cells 8 connections
Cell type
Module efficiency
Temperature coefficient of Pmpp
temperature coelf dent of Voc
Temperature coeffuient of Isc
W 305
310
315
3"
32S
330
v 36.0
36.1
36.2
X4
3Q6
36A
A 85
8.6
8.7
8.8
88
119
v 45.1
453
45.5
45.7
4s.9
4&1
A 88
8.9
9.0
1 9.0
9.1
92
%
+3/-0
PCs
72 in
series
6'Mtlaaystallite
silicon
Made
in Korea)
1S.6
158
16.1
16<
166
16.9
INK .0.41
-0.41
-0.r11
-041
-0.41
-0Al
4.lK -0.32
-0.32
-0.32
0.32
032
-0.32
INK I 0A39
Q039
OW9
0.039
0.039
0.039
!Al =a Y STC Rtldjro T&I Concrimsl 1DCw Cat] may no c-,rg;d wi'Cut 17Cr rco:.
Mono -crystalline Type
Nomnal output ;Pmpp)
W
32s 130
335
340
345
ISO
votage at Pmu (Vmpp)
v
372 38.0
38.2
38.1
XIS
311.7
Current at pmar (lmpp)
A
116 8.7
8.78
8.9
90
9.0
Open circuit voltage (Voc)
v
46.1 46.3
66.S
r16,7
46.9
47.1
short orctatcurrern Ilse)
A
9.2 9.3
9.4
9.5
9.6
9.6
Output tolerance
%
*31-0
No of cells & connections
pcs
72 in
series
Col type
6'Mono-crystadine
ukon 0fyta+dai
cell Made
in Korea)
Modile eff c,en y
4.
16,6 16.9
17.1
17.4
17.6
17.9
Temperature coefficient of Prnpp
VX
-0A2 -0A2
.0.42
-QQ
-0.42
-0A2
Temperature coefficient of Voc
76'K
-030 -030
-0.30
-0.30
-030
-030
Temperatuire coolkien of Isc
WK
Obey O.047
0.047
Q017
0.0/7
0.047
2 At CYa 1R STC LVjro rC Tv1 Corsi: k)r-.1 AnCw (Uta may Do CYO] -"oi t pru raK.
I Module Diagram I
I Installation Safety Guide I
Only qualified personnel should install or perform maintenance.
Be aware of dangerous high DC voltage.
Do not damage or scratch the rear surface of the module.
Do not handle or install modules when they are wet.
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REVISIONS
SHEET INFO
MODULE DATA SHEET
SHEET No.
PV.7
/ Single Phase Inverter
with HD -Wave Technology far North America
SE300OH-US / SE380OH-US / SE500OH-US / SE6000H-US/
SE760OH-US / SE1000OH `US / SE1140OH-US ,'
OUTPUT
SM
00
.
1~0RatodA+.
1N2Y
4.
Mali v AC Ftarer Output
3DDD
3WO Q AIN
sDM
60M @ 240V
76DO
1D000
11400 @ MOV
VA
@ 208V
som @ 208V
10000 @ 208V
AC Output Whagc Min. -No A&-
J
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f
♦
1
J
J
1�•:
01 - 240- 264)
AL Output Vatia¢ Min. -Nan. -fats,
_
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093-2N-229)
AC Fmquerq 04dr w aQ
593 - 60 - 6QSn
H:
Madmrn Confi u Ou4x r.
-
-
16
21
25
32
42
4T5
A
CLrrmt @24UV
Maxi v Can11_ outFxr.
16
-
24
-
-
48.5
A
Carrot @2CSV
GU Thrandd
1
A
lb'ky Maiming, Isbd'ng %Ic't
Country Caiglrahk Threftkld
INPUT
Madmrn DC P-- @210V
4650
5900
I 7750
1 9300
1 119Y:
15 `CO
17650
N%
Madmrn DC Power @2WY
-
S1D0
I
7750
-
-
155M
W
Tmmfomre &m, Lrgnxrde.:
Y�
Madmrn Irp a 4blbp
480
V6
Nominal DC Input 1ohage
380
1 400
110:
%A"mrn Input Currem @240Vp'
8.5
10.5
13.5
15-5
1 20
27
30.5
A4
Ma.i—I IrW Current @20W9'
-
9
-
135
-
-
27
Ar.
Marc InP.a 9—t Ci—h Csrrc- •
45
A_ .
Reverse-Ra{erity ProueLLton
'ks
Ground -Fault Isola for Dele :'
600hr 5er "
Madm Irrerta Efciercy
-- 992
%
GC Weditd ESDem-y
99
99 @ 240V
9E S @ 208V
%
Nghr*im Dveer Cmst r. c
2.5
ADDITIONAL FEATURES
Supporled C=i,uni:Y.ion interfa
�5485, Elhcnet 596ee (op1btuQ, Celk"r (optionan
Reeerrx Grade Data, ANSI C1220
Optro pk
Rapid SFuldawt - NEC 2014 and
2N7 690'2
ALe atk Rapid Shutdo rn upon AC Grid LtoorrK t
STANDARD COMPLIANCE
Safety
I U1.1741 UL1741 SA, U1.169%, CSA C222, Canadian AFO acoading In T.L. N-.".7
Grid Conwt an Stry a ds
IEEE1547. Rule 21, RJe 14 M)
Erg :
FCC Part 15 Gass B
INSTALLATION SPECIFICATIONS
I' Madrrum 114-6 AWG
7 Maxinurn t" AWG
C>;. ,nou: Cmout Sat r r d ilrrg::
AWG-. Ran
1' Mmtimm / 1-2 wings / 14-6 AwG
1' Maomum / 1-3 erhgs /'-6 A A G
.� s arth S.4ey Swtch
17.7 x 14J5 z 68 145C z 3701174
213114,6 z 7.3 / S40 x 370 x 105
kq
mrn
YkigMWtnSafety Swo-h
22/10 25.1/11.4 A2/11.9
31.8117.6
lb/kg
N: i.
< 25
dBA
C—Ing
Natral Corrre t—
Ciperai-g Tmp rater Range
-13 to *AD / -25 to 460a (-407 / -40-C op*mY r
-F / -C
P7ec:ior Rating
NEMA 4x Dntsty with Safety Swrk:h)
n For adrar rr "W s amp Plasm meax SolwEdge support
.A tk)tt aanrc sour. rna/ to = 6 R,a,runt. xi imrt n "rW ua,vnr W to aJuf zero]
Pw gaoa itvrrtor PM: SEm H-UMWN%C7
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e ,fin a dm PM' SF—H,1JM01W le
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RoHS
Single Phase Inverter
with HQ -Wave Technology
for North America
SE300OH-US J SE380OH-US / SE500OH-US / SE600OH-LJS J
SE760OH-US / SE1000OH-US / SE1140OH-US
BaerriiFG . #a>
0
OVOID
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Optimized installation with HD -Wave technolog r
/ Specifically designed to work with / Extremely Lmall
power optimizers
Record -breaking efficiency / Built-in module -level monitoring
Fixed voltage inverter for longer strings / Outdoor and indoor installation
Integrated arc fault protection and rapid shutdown for I Optional: Revenue grade data, ANSI C12.20
NEC 2014 and 2017, per article 690.11 and 690.12 Class 0.5 (0.5% accuracy)
UL1741 SA certified, for CPUC Rule 21 grid
compliance
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PROJECT INFORMATION
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DES.BY: JC
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Dram. BY:
DATE 02-71M1
REVISIONS
SHEET INFO
INVERTER DATA SHEET
SHEET No.
PV.8
Power Optimizer
For North America
P= 2(_, P-330 i' P370 / P400 / P401 / P405 / P485 / P505
INPUT
Rated lnpa DC PV ra
34,1
37;
_
405 1 40 `"
;05
AbmLde MaximasminpLA lHtagc
{4hc at bresi terrpe h-1
6c
aj
12W.
03T
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MPPT Operating Range
- `•:
d - Eil
L„
12.5 - YK
12.5 - 83
Maximum Shut Circuit Curter,
tD
11.75
tt
14
Maximum ERoency
- -
W"ghted EHrtiff"
C - - --
over Vdtage Cate mry
I
OUTPUT DURING OPERATION (POWER OPTIMIZER CONNECTED TO OPERATING SOLAREDGE INVERTER}
Max n-n a_tcu: C-r,eit 15 ^zi:
Naxn_n .i_t�1J' 17 tagc -
OUTPUT DURING STANDBY (POWER OPTIMIZER DISCONNECTED FROM SOLAREDGE INVERTER OR SOLAREDGE INVERTER OFF)
S.�ety Outptr. %btage ner Fay.'cr
CbGrn¢er t �J 1 ...
STANDARD COMPLIANCE
EMC
FCC Part15 Class By IEC610OD-6-Z IEC610OD-6-3
Saiely
IECrs2109-1 (dw II s"I, LJL1741
Maberial
U.94 V-a, LIV Rmisfast
ROHS
V=
INSTALLATION SPECIFICATIONS
Ma xn_n Atvsed Sy'stten
Vet
x100
Vdc
Conpafibk irraertes
Al SobrEdge Single Phase and Three Phase irmerbvs
DmertsansMxlxlr)
129x153x27.5J51z6z11
29c1S3r_US
/5.1x6x1.3
129x153x29.5
/S1x6x1.16
129c159i495/5.1xQ3x1.9
129x162xS9/
S.1x6.4x23
mm
/in
WegFrt Chdudng rablesj
630 / 1A
750 / 1.7
1 655 / 15
84511.9
1064 / 2.3
gr/lb
IrptA Connector
MCN"
5 � 64*
MCdx
Input Wire Length
0-16 / 0.52
M J't
Culput Wae Type ICmnecbbr
Dotible Insulated / MC4
Output WM Length
0.9 / 295 12119
M / tt
OPerafing Temperature Ranger'
-40 - .85 j -M - .185
-C / -F
Prabecbon Rating
P68 / NEMA6P
Relative Humidity
0 - Ix
%
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¢I AEC 2017 rogAnm maa"vntaga be not more than WV
01 For arm mroaw IryPo. P6nm oonead Sdaredgr
A For dual Nar.-en tar WOW mrrva to of two r-ooJas " P48: ct �D WV_ �n etas am d in ode n.rbv of PV moduYs 6- arc wing VaArg arw F4ES &W ,,wdon pe-K oF1Yr42ra i,onnaaod
to arm PV modJa WRan cww"a sole moasa mat the _n uaJ i.u-t r nnaaDt 'Mn Yv suWW par at mat.
a For mbarY tampaa abisba .9soc J . Is3n Pawn dr aV.i c iUoa War :o mow, OFtMzx lanprwr Dr Raw 1LC!rk1i Nde tot mom dank
P32D, P34o, F•3Tq
Nfrirrum String Length P400, P401
f'wer opbmQero DMS Dd1iS DSIrS
Mach m Ftraer Per String I SE76W-US - SE114D0- 1 5250 1 �+J:1^w umul
Parallel Strings al Dillerent Lergft cr Crientations I *S
ty For J.rmkd strlrg siting tratrufw, wW tI¢ t't�jfrn.+.rditoe�tADmVsbaNdaf�rNpd
(71 m h na alas d to me F4X T-%3SR5D5.Rh P3241P34WM7CyP40C,1P4D1 n arr snrg
Q A string w r man than 30 cpdrrivas dove not trmat NEC (*U sh_tdan regJrotrar,tC sakt, r "A] b4 aba tho 30h' war.marr.
C+T For 2U0'a'tre h s ala and m !rag up to 7.200W Par song whr t'v m &MM pour dtlormcc breuaan *ad, sting Is LOOM
UW For Z7.rr4&: i 91d t h A owed to- tatAl up W 15,00M Pr"ut— rra rn t m prawn dn—. bensvan mason ming h Z=W
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Power optimizer
For North America
F'= _) ; F' >4i:'I F'=;^l;=! F1400 / P401 / P405 / P485 / P505
PV power optimization at the module -level
Specifically designed to work with SolarEdge
inverters
Up to 25% more energy
Superior efficiency (99.5%)
1 Mitigates all types of module mismatch losses,
from manufacturing tolerance to partial
shading
Flexible system design for maximum space
utilization
solaredge.com
N
m
/ Fast installation with a single bolt
Next generation maintenance with module -
level monitoring
/ Meets NEC requirements for arc fault
protection (AFCI) and Photovoltaic Rapid
Shutdown System (PVRSS)
/ Module -level voltage shutdown for installer
and firefighter safety
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JURSDOON: %MOMISH MUNTY
DES.BY. JC
DIM.BY. JC
EE: JC
Drram. BY:
DATE 02-?2M1
REVISIONS
SHEET INFO
OPTIMIZER DATA SHEET
SHEET No.
PV.9
Is Not Always Sunny
design loads:. while minimizing material
costs- Depending on your location, there is an XR Rail to match -
Over their lifetime, solar panels experience countless
extreme weather events. Not just the worst storms in years,
but tie worst storms in 40 years. High winds capable of
ripping panels from a roof, and snowfalls weighing
-
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----
enough to buckle a panel frame.
XR Rails are the structural backbone preventing
these results. They resist uplift, protect
XR14
XR100 XR1040
against buckling and safely and efficiently
transfer loads into the building structure.
Their superior spanning capability �
requires fewer roof attachments,
x Rio Is sleek, k>Hr promle mDtnmg
rollkl�lgr : rea rot regions with, light o4
no snow.. n achlevres spans up to a reef,
Mile remalnhg IIgM and ecanamlraL
XRf vo is the ultimate revkierfllal xRf ooD fs a neavywegrma l atlg
mounting loll if suppor� a Iange of sonar mouttng ram. its or't to narale
wr,d and snow oondtratr, while also extreme dlmates and sports up to z
manlm�trg spans u¢ to 7o ieet_ feel tcrr mrrinlertlal appbcrrlans
reducing the number of roof
• e-�rnny rapaDrmy
• 1o•spanmg capability • iz'spanmg capaClllty
penetrationspenetrations and the amount
of installation time. -
-
tNaderale pav CapaD111ty
- Clear & xk anaill�ed finish
tKonternal splices available
treavy pa0 Y F�cueme load capaallny
Clear 8 tJfHl:k arpClmCd 1trlYr sCrean anOdZ2A rtnlM
t111211rai sploes avaiable trlferrlal splloes a�iallable
Rail Selection
The table below was prepared in compliance with applicable engineering
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JURSDOON: SNOHOM&CCUNTY
OM.BY: JC
DNM.BY: JC
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Dnre Dz-z�,
REVISIONS
SHEET INFO
RACKING DATASHEET
SHEET No.
PV.10
The XR Rail Family offers the strength of a curved rail in three targeted sizes- Each size supports specific
codeLn
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Thifililillillf
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/%0k IRONRIQGE
Moving Flashing Forward
We set out to design a flashing that checked all
the boxes: fully waterp(oof, fast and easy to install
correctly, economical, and strong enough to handle
every environmental condition_ FlashVue does it all_
The optimized flashing design features a large
viewport, for easy alignment with the pilot hole- And
the GripCap and GripCap+ sit snugly in place, so
the lag can be driven single-handedly.
The wo' capable GrlpCap 12.74"
tall) and GrpCap+ 13_-4" tali can be
placed In any ollenlation, and proVlUe a
-Ti lotion 'Ir for easy W"IS. Push snug
Into the';Izpon wtih0rtl worryrrg n YAN
roll may c I rotate whlle dilaing the tag.
% 1
Intertek
Triple CertlTlea to
Protect the Roof—
UL z7o,3,441 l2: )
TAS 1 oo(A)-9D
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FlashVueTM
Three -Tier Water Seal. Reimaginecl
Flastrltie's seal archiledure utllCes three layers
or protection me ,.hewport Is elevated o 3o", anti
prixides a'trldlon.'IC ror the GripCap The GripCap
ruRg coveis the Olewpoit 4,hlle a sealing Hasher
Wclb anothel layer of piolectlon..snd an EPDM
Nuohei and lag DO'seal The oe-al' In line slaclt
�1
r� 0.75"
i
Large Viewpor't in Flashing
The large oe-oporl manes n exy to
align the fla.-ling with The pl bt hole and
Oil':elhe lag centeietl Inlothe laftei The
ele'k'ateo rim not onty pro'.1dle`: a stuidly
Dock far the GrIpGap or GiIpCap+ Dui
Increases walei. Madding capalNlltleS
See Your Pilot Holes
Solve Roof Undulations
Trusted Strength & Certification
Attachment Loading
F1=tshVL.e 1,as r-=in tested and rated to support 1161 (lbs) of uplift and 353 (lbs) of lateral load -
Structural Certification
Designed and certified for compliance with the international Building Code & ASCEISEI-7-
Water Seal Ratings
'assed both the UL 441 Section 27 "Rain Test' and TAS 100-95 "Wind Driven Rain Test'° by Intertek
UL 2703 Listed System
Conforms to UL 2703 mechanical and bonding requirements. See Flush Mount Manual for more info
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PROJECT INFORWTION
JURISDOON: %MOMISHMUNTY
DES.BY: JC
DWN.BY: JC
EE: JD
C}l= BY:
DATE Dz-=i
REVISIONS
SHEET INFO
MOUNT
DATASHEET
SHEET No.
PV.11
AOL IRONICIDCE
28357 Industrial Blvd
Hayward, CA94545
1-800-227-9523
Attn: Corey Geiger, COO, IronRldge Inc.
www.IronRidge.com
Date: September 1V, 2020
Re; Structural Certification for the IronRidge FlashVue
This letter certifies the structural capacity of IronRidge FlashVue for use as a roof attachment for flush mounted PV solar
systems. The FlashVtve assembly consists of an aluminum bracket cap (GrijoCap or GripCap Plus) and an 8" x 12"
aluminum flashing- FlashVue is fastened to an underlying roof rafter using a 5/16" x 4-25" lag bolt. The full assembly
details are shown in Exhibit EX-0019
The referenced uplift, and lateral capac ities of Flash Vue are based on mechanical load tests conducted along the three
respective load directions shown in Figure 1, using a Universal Instron Test Unit in accordance with ASTM D1761-20
"Standard Test Methods for i'Wfechanicaf Fasteners in Wood and Wood -Based Materials". For each load test, a FlashVue
assembly using GnpCap ar GripCap Plus was installed on a sample roof deck composed of 15132" OSB Board over 2M
rafters_ The moisture content and the specific gravity of the rafters were measured per ASTM D2395-17 `Standard Test
Methods for Density and Specific Gravity (Relative Gravity) of Kbod and Wood -Based Materials". The recorded moisture
content of the rafters among all sample roof decks is between 10% and 15%. For each load direction, the tests provided
different capacity results for Flashvue assemblies using GnpCap or GnpCap Plus. The tabulated results reported in this
letter are the lesser of the allowable capacities for GdpCap or GnpCap Pius and therefore are applicable to Flashvue
using either bracket cap -
The critical failure mode along the uplift direction was observed on the Flashvue using GripCap Plus as the pullout of the
5/16T lag bolt from the rafter. The average peak loads recorded at the ultimate failure point is 3483 Ibs- on rafters with a
measured specific gravity of 0-50. A safety factor of 3 was applied wh ich results in an allowable uplift capacity of 1161 IN.
Along the lateral direction (parallel to rafter), the controlling failure mode was observed in the tests using GhpCap Plus as
the bendi ng yielding of the 5/16' lag bolt. The average peak load recorded at the ultimate failure point is 1060 lbs. A safety
factor of 3 was applied which results in an allowable capacity of 353 lbs. in the lateral direction along the roof slope.
The dominating failure mode observed for the lateral direction (perpendicular to rafter) was observed in the tests for the
assembly using GripCap as the compressive rupture of the OSB board adjacent to the rafter. The average peak load
recorded at the ultimate failure point is 772 IN- A safety factor of 2-54 was applied according to National Design
Specification for Wood Construction (NDS-2018) which results in an allowable capacity along the cross slope lateral
direction of 304 IN.
Uptt
U
(Perperidic
Figure 1: FlashVue Assembly and Applied Loading Directions (using Grip Cap or GnoGap Phis).
0 2C20 IronRidge. Inc. FlashVue Certification Letter - 1
AQL IPONRIDCE
28357 Industrial Blvd
Hayward, CA 94545
1-800-227-9523
www.ironRidge.com
Table 1: IronRidge FlashVue Allawab{eCapacities lslns
Load Direction
Specimen Quantity
Average Peak Load at
Deviation of Test
Critical Failure Mode
Safely Facor i�J
Allowable Capacity
Failure (lbs)
Results "I
{IbsJ
Lplift Load
❑=ndicvlar to Roof
5
3483
6.83%
tag pull out from raker
3
Surface
-Bteral Load
Sending yielding of lag
JPara llel to Rafter)
5
low
10%
bolt
3
353
Lateral Load
Compressive rupture of
5
772
5?6
roof desk adjacent to
2S4
304
(Perpendicular to Railer)
rafter
Table 1 Notes:
(1) The summarized results are the lesser of the allowable capacities of assemblies using GripCap or GrpGap Phis and shall be applicable to Flashvue
using either bracket cap.
(2) Capacroes apply to rafter size of 2x4 or greater, a deck thickness 15132" or greater, and lag bolts secured within the center 1,r3 of rafter width with a
minimum 2.5' end distance. Rafters should be in sound structural condition with no sign or rot or decay_
(3) Deviation reflects the variance of the highest or the lowest test value from the group mean for the respective load d rection_
(4) Safety Factor is associated with the respective failure mode recorded and determined by the specific code as shown on Page 1.
(5) Allowable capacity is equal to Average Peak Load at Failure divided by its associated Safety Factor.
(8) The uplift allowable capacity in Table 1 applies to rafters with a specific gravity (SG) of 0.5 or higher. For a wood species with specific gravity lower
than 0.50 the aWwable uplift capacity shall be adjusted by a factor of ! 1' per National Design Specification (NDS-211f B) Eq. (122-1 Y Results of
us"
common wood species are adjusted and provided in Table 2 below.
Table 2: lronRidge FlashVue Allowable Uplift Capacities for Rafter with 5G Less Than 0.50
Wood Species
Specific Gravity
Allowable Uplift Capacity (lbs)
Douglas Fir, South
0-46
1025
Hem, FI r ( North)
0-46
1025
Hem, Fir
Q43
926
Spruce, Pine, Fir
0-42
am
sncerefyr,
Gang Xuan, SE
Senior Structural Engineer
C 2020 IronRidge. Inc.
FlashVue Certification Letter - 2
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PROJECT INFORMATION
JURSDOON: SNCHOMISHOCUNTY
DES. BY: JC
DAM.BY: JC
EF: Jc
CkigO. BY:
DATE 02-71M1
REVISIONS
SHEET INFO
RACKING ENGINEERING
LETTER
SHEET No.
PV.12