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C-1 I., COVER
El R.A ELECTRICAL DIAGRAM & CALCULATIONS
S-1 I.g STRUCTURAL DIAGRAMS
S2: STRUCTURAL CALCULATIONJ
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DRAWN BY: J.B
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SYSTEM DESCRIPTION CODE SUMMARY
m GRID -TIED PHOTOVOLTAIC SYSTEM STATE BUILDING ELECTRICAL
(8)AP SYSTEMS QS1 MICRO -INVERTER --� -
a (32) S-ENERGY 305W MODULES FLORIDA 2017 FBC, 6TH 2O14 NEC
Y SYSTEM
(32) PHOTOVOLTAIC MODULES ARE CONNECTED INTO (8) MICRO -INVERTER
• (8) MICRO -INVERTER CONNECT INTO (3) CIRCUIT OF (2&3) MICRO -INVERTER WHICH FEED (3) 2-P 240V 20A
CIRCUIT BREAKERS
® TOTAL PHOTOVOLTAIC SYSTEM STC RATED DC ENERGY POWER PRODUCTION OF 9,760 WATTS
INVERTER HAS MAXIMUM POWER POINT TRACKING (MPPT)
INVERTER MEETS REQUIREMENTS OF 3-P POWER
INVERTER MEETS IEEE 1547
INVERTER MEETS U11741
• ALL ELECTRICAL EQUIPMENT INSTALLED ARE UI., LISTED
FBC ADMINISTRATION CODES NOW IN EFFECTNEC 2014; FBC 2017" F 1 FBC ADMINISTRATION "ALL
ELECTRONICS, SOLAR PANELS AND ASSOCIATED ELECTRICAL EQUIPMENT TO BE INSTALLED ARE UL LISTED."
SYSTEM AUTOMATIC OPERATION
1. GRID POWER IS PRESENT, PHOTOVOLTAIC SYSTEM FEEDS THE LOAD AT DAY TIME,.
2. GRID POWER IS LOST, PHOTOVOLTAIC SYSTEM AUTOMATICALLY DISCONNECTS FROM TIC; GRID.
3. PHOTOVOLTAIC SYSTEM WILL AUTOMATICALLY RESUME FEEDING POWER TO THE GRID. WHEN THE
PROPER GRID VOLTAGE AND FREQUENCY IS RESTORED (IEEE STANDARDS) AND THERE IS ENOUGH SUNLIGHT
PV
Array I� III Micro
Inverter
Point of Utility
Connection
(see options)
0
Revenue Me
Item
Manufacturer
Model
Listing / Compliance
PV Modules
S-ENERGY
305W
UL
Inverter
AP SYSTEMS
QS1
UL
All disconnects
AP SYSTEMS
DC & AC
UL
All overcurrent protection
AP SYSTEMS
DC & AC
UL
FSEC CERTIFICATION
#
S-ENERGY
AP SYSTEMS
305W
QS1
RV-16-0106A
NeSmFOLAR M BONDING CONNECTION GROUND PATHS: AS
7� MOUNT INSTALLATION GUIDE PA6
7
I I AV ass S-Energy
Monocrystalline PV Module S��`>
SNM SNM SNM SNM tn`Y
----------- _____________W______.W__-------------------- ___r_---------------- _----------- _-------
Electrical Characteristics
Rated Power (iPd4
Voltage at Ran, (Barnet
Current atd?:(hnp)
Warranted Minimutm,5k _............
Short -Circuit Gurriousup
Open Circuit Voltagri
Module Efficiency ....
Operating Module Temperature
Maximum System Voltage
Maximum Series Fuse Rating
Maximum Reverse Current
Power Tolerance
395W
295W
305W
•, 306W
32.OV
32'.4V
32.8V
33.2V
9.05A�9.10A
8.14A ----
9.18A -
----------
305W -
----
295W
305W
305W
9.63A
9 66A
9 68A
_ -
9.71A
396V
397V
1
399V
40.1V
17.8%
181/a
1
18.4/
I 18.7 /0
-40°C to + 851C
--
- 1,000VIIEC) 11,000V(UL)
-
20A
20.25A
0-+5W
NH1NerD EX I ERNAL LOAD I IMPACT
SadwLfi.d: s,aadv ,3ar aaaa Ra loop
W a L d i g 400 p I30 5,a00 Pa (a0
Had impact �30] (spend
11
990
JUNCTION BOX
Mount to, hole
BEA
6^
IF
ONE fide of
BEA
8.5 T ----
Temperature Characteristics
Temperature coefficicurl1
0.046 %/'C
Temperature coefficient sf V
-0.282 % /'C
Temperature coefficient of power
-0.394 % I rC
_..
ca
no
ry_
NOCT(T20`C - o n a: Wind Iris).
-./ 45+2 'C
Packing Configuration
30T
40T
Container _ 40' H!C
40' H1C
Modules Per Pallet 25pce
25pcs
m:
Pallets Per Container 28pailets
28paliets
1
Modules Per Container 700pes
700prs
Remarks :
ai-,S nrlalt ,A lz
1r ,
SS,c a v e'.' , z - i, f i .o, S rV v u 0 N _.
b 1- E'y Ar C 1 N
S-Energy Co„ Ltd. end FI. Miraeasset lower, 20, Pangyoyeok-ro 241beon-gil, Bundari Seongnam-sI. G,veonggl do, KO: EA 1S4£4
Tel. +82-70-43 r1QC Fax. 8270-43390
9 E-mail. nLi i, serer "�Y� gY .com
SEAT America, Inc. 20 Gorporkre i a k A'U fis 190 Wire CA 02606. US.A.
Idea. sP,crdy Amen al Tel. -1949-281 89 Fax '1940281-7893 E-mail, es us is eregy com
S-Energy Japan Co., Ltd, 1 -6c. Koojfn ach CiTyada-W Tokyo, D K Koil na hi building 3F A J ?an
Tel. 8'I-3-626a75£I Fax r813 6261-3769 E-mail. tL L gas ..a(aIs enagy.com
SAFETY LABELS
PHOTOVOLTAIC POWER SOURCE
AC OPERATING VOLTAGE 240VOLTS
AC OPERATING CURRENT=AMPS
MICROINVERTERS LOCATED UNDERNEATH MODULES
FOR SERVICE CALL (PV COMPANY &7
LABEL FOR EACH J-BOX
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
BONDING MIDCLAMP ASSEMBLY
ENDCLAMP ASSEMBLY
BONDING RAIL SPLICE BAR
RAILTO L-POOTwBONDING T-BOLT
Stainlace steel Mauling points, 2 per module,
piano module frame anodization to bond
Serrated flange nut bonds aluminum Endttamp
to stainless steel T-bolt
Stainless ,test self dolling screws doll antl tap
' into splice bar and rail creating bond between
Serrated longs nut removes L-foot anodization
to bond L-Froth stainless steal T-bolt
module to module through damp
5enatetl T-bolt head rp to
splice bar and each mil section
.,^�
penetrates rgroun led
Serrated x,ft,olt heanut,
Serrated f4�nge not bonds stainless sisal clamp
Endtas
grounded
to bond T-bott, nut, and Entlrlemp to grounded
and
s Aluminum splice bar spans across rail gap to
and Bems
ro bond Y Iwlt, nut, and L-fool to grounded S
to stainless steel 1'-bolt
SM it
g create rail to mil bond Rall on at least one side
rail
Serrated Track head penetrates it anodization
_4°r' 1r,
of splice will be grounded.
ie bond T-bole nut, clamp, and modules to
cart "^i "'illin
hill
grounded SM rail.
"
PHOTOVOLTAIC MICROINVERTERS
�s
tp p
LOCATED UNDERNEATH
a}015MICa0NV#InR
;
,g
111 �, �� tt ��
�
PV MODULE ON ROOFTOP ARRAY
muuar '1
tL . �Fi '>_sk ��...
"
SA. ;ak l
FOR SERVICE PLEASE CALL (PV COMPANY#)
BONDING MICROINVERTER MOUNT
RACK SYSTEMGROUND
Hex not with glock washer bonds metal
WEEB weather dimples pierce anodized mil to
m m «nverte RPtaudge to stainless steel T bolt
oreate bond belweeo Tull and lug
Berated T bolt head penetrates mil eradication
S"3
Solid mppor wire connected to lug is routed to
to bond T bolt nut antl. Later en grounded SM
mil 4;a_ caul (naiad{rfi .rya .. m.b.iw,
'
provide final system ground connection,
d q se ad >min iirr 8.;,'d p,ni. IJ.n'I
a+ao d:n
spaoyAi vcmi iamr"Asmv
.,_
.•
sear S>Hjr, credit
r, r
The I\FC orves you the choice of tom methods for ensurin electrical
co thi at stivme equipment sci fee rac eyes sad service conductor enclosures(250926m)
113omhnr junipers Bond metal parts to the service neutral conductor. This requires It main boudnngjumpei lz50.24(B) and 250.28).
Because lire Service neutral conductor prm ides the effi sine grotmd-fault currentpath to the power supply (2503402)j,
you don't have to install an equipmentgrounding conductor within PVC conduit conlaunmg service -entrance conductors [2aG.14_(A)(!) and 152.v. d Le uj.
d Fhreoded ittards 'terminate m .talraeewal s to metal enclosures by threaded hubs on enclosures Ni' made wrenchtight).
3.Threudlr ss jir`Ro s femmnate metal raveyvays to metal enclosures by threadless luting, (if made tight)
4 Othet llshd der Tees.'These include bonding -type locknuts, bnshnigs, wedges, or bushings wuh bondingjumper9.
It 1l • f 8 ! i M
AM-Mw ■ 2 c i• •' i
* far
BONDING idlIDCLAMPASSEMBLY
Stainless steel Midclamp points, 2 per module, NOTE:
pierce module frame anodization to bond (8) MICRO -INVERTERS TOTALAMPS: 40A
module to module through clamp. TOTAL 2P 240V 20A BREAKERS: 3
Serrated flange nut bonds stainless steel clamp SYSTEM TOTAL BACK FEED RATING: 60A
to stainless steel T-bolt
Serrated T-bolt head penetrates rail anodization ELECTRICAL BREAKER RATING: 200A
to bond T-bolt, nut, clamp, and modules to ELECTRICAL PANEL RATING: 200A
grounded SM rail.
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 5-1/2" x 2"
PV SOLAR BREAKER
DO NOT RELOCATE
THIS OVERCURRENT
DEVICE
LABEL FOR SOLAR CIRCUIT BREAKER
INSTALLED IN MDP
LABEL SIZE: 2" x 1
PHOTOVOLTAIC SYSTEM
COMBINER PANEL
DO NOT ADD LOADS
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 4' x 2"
z�, A, CAUTION
SOLAR POINT OF CONNECTION
LABEL FOR MAIN DISTRIBUTION PANEL
LABEL SIZE: 4" x 1"
® WARNING
DUAL POWER SUPPLY
SOURCES: UTILITY AND
PV SOLAR ELECTRIC SYTEM
LABEL FOR MAIN DISCONNECT OR METER
LABEL SIZE'. 4" x 2"
PHOAC TO DIOSCONNECTTEM/L ZL PHOTOVOLTAIC SYSTEM EQUIPPED
`- AD OPERATING VOLTAGEE::��VOLTS WITH RAPID SHUTDOWN
AC OPERATING CURRENT AMPS
---- NEC 690.12
LABEL FOR SOLAR DISCONNECT LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2" LABEL SIZE: 4" x 2"
NOTE'. INSTALLER MUST FILL IN AC OPERATING C'JRRENI'
ON LABEL.
NOTE FOR ALL LABELS'.
LABELS SHALL BE UV RESISTANTAND SHALL,
HAVE WHITE LETTERS ON A RED BACKGROUND.
SHARPIE EXTREME OR EQUIVALENT UV RESISTANT
MARKERS SHALL BE USED FOR WRITING ON LABELS
REQUIRING INSTALLER -WRITTEN VALUES.
Grid voltage: 1-240 V
!NF'UT l[VOA fD
MPPT Voltage Range 22V-48V 32x S-ENERGY 305W (PV-array 1)
Operation Voltage Range 16V-55V
Maximum Input Voltage 60V Inverters:
Startup Voltage 20V 8 x QS1 - 240VAC (Inverter efficiency: 95 %)
Maximum Input Current 12A x 4
Maximum DC short circuit current 15Ax4 Evaluation of design
240V 208V
Maximum Continuous Output Power 1,20OW 1,100W
Nominal Output Voltage/Range 240V/211 V-264V 208V/183V-229V Ambient temperature:
Nominal Output Current 5.00A 5.29A Record Low Temperature: 35.00 OF
Nominal Output Frequency/Range 60Hz/59.3Hz-60.5Hz Average High Temperature: 78.00 OF
Power Factor >0.99 Part project 1 Record High Temperature: 98.00 OF
Total Harmonic Distortion <3% �-
Inverter: 8 QS1 - 240VAC
EFFICIENCY
Peak Ef?ciency 96.5% PV-module:
A: (Piro -array 1)
Nominal MPPT Ef?ciency 99.5% S-ENERGY
Night Power Consumption 30mW 305W
_ Mounting type: Roof
Operating Ambient Temperature Range -40'F to +149°F(-40'C to +65'C) Technical data
Storage Temperature Range -40'F to +185`F(-40"C to +85'C) PV Peak power: 9.761
Dimensions (W x H x D) 11.V x 9.1" x 1.6"(281 mm x 231 mm x 41.3mm) Total number of PV modules: 32
Weight 9.91bs (4,5kg) Number of inverters: 8
Max. DC power: 330 W
AC Trunk Cable Maximum Current 20A Max. AC power: 230 W
Enclosure Rating NEMA 6 Grid voltage: 240 V
Q
Cooling Natural Convection - No Fans Nominal power ratio, 95 %
d' r� yv, Input A:
PV-array: PV-array 1
Communication Wireless (Zigbee)
Transformer Design High Frequency Transformers.. Galvanically Isolated Number of Inverter: 8
Monitoring Via EMA" Online Portal Number of PV modules: 32
Peak power (input): 305Wp
Warranty 10 years standard. extendable to 25 years MPP PV voltage: 32.6 V Q
OC PV voltage: 40.0 V Q
CERTIFICATE COMPLIANCE Min. DC voltage (Grid voltage 240 V): 22.0 V
Max. PV voltage: 40.0 V Q
Safety and EMC Compliance FCC Part 15:ANSIC63.4JCES-003 Max. DC voltage (Inverter): 48 V
Certi?cate & Compliance UL1741" CSAC22. 2No.1 07.1 -01, Max. current of PV: 9.83 A Q
Grid Connection Compliance IEEE1547 Max. DC current: 15.0 A
Rapid Shutdown Meets NEC 2014,12017 690.12
"- Meets the standard reav remaus for Distributed Energy Resources PV/Inverter compatible
R- (UL 17c1) and idenV^ed with the CSA Listed Mark
,,�; i PV array and type of inverter are compatible. The
SpecOra[ons subject to changO witbaut nohce -please ensure you are 1.6.19 G All Rights Reserved nominal power ratio (max. DC power of the inverter
using the most recent update found at vranv.APsysteirs coin
- - divided by the peak power) is within the recommended
AP
�' n s .....,..-v.. .. range (80% - 120%).
A, E N r-HGY n0 A E Rdown
004
,...
1
NOTE:
PER FL. STATUTE 377.705 (REVISEL) 7/1/2017), 1 MANUEL E. SIQUES PE #20233 AN ENGINEER LICENSED
PURSUANT TO CHAPTER 471, CERTIFY THAT THE PV ELECTRICAL SYSTEM AND ELECTRICAL
COMPONENTS ARE DESIGNED AND APPROVED USING THE STANDARDS CONTAINED IN THE
MOST RECENT VERSION OF THE FLORIDA BUILDING CODE.
#8 Bare Copper
Ground Wire
1" PVC SCH80 CON[
6 #10 THWN-2
1 #8 THWN-2 GROI
SYSTEM RISER WIRING DIAGRAM I
EQUIPMENT LOCATION
1
2
3
4
5
6
7
8
9
10
11
12
t-
t r
t-
t 7
++
7
t 7
t 7
t 7
t 7
t-
t r
NOTE: LINE SIDE TAP
MAX RATING MAIN SERVICE ENTRANCE CONDUCTOR SIZE
(PV)AC DISCONNECT SPECIFICATIONS (MINIMUM 60AMP
RATED PER NEC 230.79(D)
TAP CONDUCTOR SIZE (MINIMUM 6 AWG COPPER OR 4
AWG ALUMINUM PER NEC 230.42(B) AND 310.15(B)(7) OR
310.15(B)(16)
CONDUCTOR ROUTING IN RACEWAY AND INSIDE PANELBOARD
INCLUDING THE GROUNDED CIRCUIT CONDUCTOR (NEUTRAL) PEF
NEC 300.3 AND 250.240.
TAP CONDUCTOR LENGTH LIMITATION OF 10 FEET PER NEC 705.31
GROUNDING AND BONDING CONNECTIONS FROM THE (PV) AC
DISCONNECT CONNECTION TO THE SERVICE PANELBOARD, AND
GROUNDING ELECTRODE CONDUCTOR AS APPLICABLE.
AP SYSTEMS Microinverter TYP. v,�,.�, C
AC INTERCONNECT CABLE
ATTACKED UNDER MODULE A
NEC 690.12 CODE COMPLIANT ROOF ARRAY
NOTE: EXXIISTING METER WILL BE CHANGED
1" PVC SCH40 CONDUIT
ALL LOAD CALCULATIONS FOR THIS PANEL TOANET METER BY FPLAFTER THE
2 #6 THWN-2 1 #6 THWN-2 NEUTRAL HAVE BEEN DONE AND THIS CHANGE WILL NOT EXCEED CODE. FINAL INSPECTION
i
1 #8 THWN-2 GROUND NOTE:
SOLAR 1" PVC SCH40 CONDUIT COMPLIANCE WITH NEC 250.58
ELEC, PANEL
2 #6 THWN-2 EXISTING ONLY ONE GROUNDING ELECTRODE 240V 100A 1 #6 THWN-2 NEUTRAL MDP EXISTING WIRING FOR ALL ELEC. EQUIP. CONDUCTOR
1 #8 THWN-2 ROUND 240V 200A 3 3/0 THWN
(NOTE:
LINE SIDE TAP CONNECTION IN MDP
WITH PIERCING TAPS BETWEEN METER
240V 60A 200A METER LOAD SIDE AND EXISTING MAIN DISCONNECT
SOLAR EXISTING NOTE
020A FDISC
U ED ! ------I SERVICENEC 690.12. CODE COMPLAINT
240V 200A
N240V 60A� Lt L2SERVICE
L2
EXISTING
i
5/8" GROUND ROD
EXTERIOR OF BUILDING INTERIOR OF BUILDING EXTERIOR OF BUILDING
REVISIONS:
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DATE: 8/22/2019
SCALE: NTS
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S-ENER J6
305W
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ROOF MOUNTS TYP.
SOLAR MODULE! T r-.
" I I
ALUMINUM ROOF MOUNTS MEASUREMENTS
PHOTOVOLTAIC POWER SOURCE
AC OPERATING VOLTAGE 240VOLTS
AC OPERATING CURRENT=AMPS
MICROINVERTERS LOCATED UNDERNEATH MODULES.
FOR SERVICE CALL (PV COMPANY #)
LABEL FOR EACH J-BOX
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
PHOTOVOLTAIC O
LOCATED UNDERNEATH
® MODULE ON
ROOFTOP ARRAY
- SERVICE PLEASE CALL (PV i
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 5-1/2" x 2"
PV SOLAR BREAKER
DO NOT RELOCATE
THIS OVERCURRENT
DEVICE
LABEL FOR SOLAR CIRCUIT BREAKER
INSTALLED IN MDP
LABEL SIZE: 2" x 1
PHOTOVOLTAIC
zk� AC DISCONNECT
W-\
LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
M
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 4" x 2"
z�, A CAUTION
SOLAR POINT OF CONNECTION
�ti
. .I
® WARNING A�
DUAL POWER SUPPLY
SOURCES: UTILITY AND
PV SOLAR ELECTRIC SYTEM
LABEL FOR MAIN DISCONNECT OR METER
LABEL SIZE: 4" x 2"
NEC 690.12
LABEL FOR SOLAR DISCONNECT
NOTE FOR ALL
LABELS:
LABELS+ RESISTANT ♦ i SHALL
HAVE WHITE LETTERS ON A RED BACKGROUND,
- s
ELEC.
& DISC
`
MET
t ,�
..
MDP
k
H
ALLOWABLE Load: (5400Pa) 113 psf
39.34" NOTE: Install mid clamps between modules and end clamps
enI AD nnnr,i II C: at the end of each row of modules.
NOTE:
ALUMINUM RAILS SHOULD ALWAYS BE SUPPORTED BY MORE THAN
ONE FOOTING ON BOTH SIDES OF THE SPLICE."
ROOF AREA
EXISTING SHINGLE ROOF
TOTAL ROOF AREA: 3,574 sq.-ft
TOTAL PHOTOVOLTAIC AREA: 774 sq.-ft
PERIMETER WIDTH: 4.3'
PRESSURE ZONE: 1 & 2
MEAN ROOF HEIGHT. 14'
ROOF SLOPE: 3:12
TOTAL MODULES: 32
MIN. ROOF MOUNTS: 64
TOTAL POINT OF CONNECTIONS PER MODULE: 4
ALUMINUM RAILS: 2
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DATE: 8/22/2019
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IRON RIDGE XR100-RAII-SPAN TABLE {Inches) FOR 72 CELL MODULES (EXPOSURE C)
ATTACHMENT DIAGRAM REVISIONS:
. , 60PSF - 70PSF 2 ROWS OF RAILS PER
Pz1 Pz2 Pz1 Pz2 Pz3 MODULE
49
49
XR10 Rail XR100 Rail XR1000 Rail Internal Splices 47 4l
41 47, 47 4 4" SS 18-8 BOLT
4�.a__ 1/4" SS SERPATED FLANGE NUT
ALUMINUM
18OMPH: - END CLAMP & MID CLAMP Z
30DEc s eaS SOLAR MODULE: 18.05 sq-ft DISTRIBUTED LOA 3 8 Ib
ALLOWABLE LOAD• 6,010 Ibs _
„ _.. _ _. 36 s ALLOWABLE LOAD: 529 Ibs
49 49 Q
„a 52
57
_ DISTRIBUTED LOAD. 363.8 Ibs
I
A low -profile mounting rail The ultimate residential A heavyweight mounting All rails use internal splices - _ __- Q `�' U
for regions with light snow. solar mounting rail. rail for commercial projects. for seamless connections. -- 5 J of$
• 6' spanning capability 8' spanning capability 12' spanning capability • Self -tapping screwsC kEM A 3/8" SS 18-8 BOLT ALUMINUM RAIL a) ca 0 Cr °'
• Moderate load capability • Heavy load capability Extreme load capability • Varying versions for rails YS if J U
3/8" SS SERRATED FLANGE NUT ALLOWABLE LOAD SPAN @ 180MPH: 51" I` 3 Q
• Clear &black anod. finish •Clear &black anod. finish Clear anodized finish •Grounding Straps offered "f' --DISTRIBUTED LOAD SPAN @ 180MPH: 48" 0? U) p
tt1' ALLOWABLE LOAD: 11 ,930 Ibs. ALUMINUM FLASH FOOT2 lr _J
CHEM LINK Brands Last Revision: 05/19/14 MAX. DISTRIBUTED LOAD: 532 Ibs ALLOWABLE LOAD: 707lbs. v a X
-- attachments --'---'-- '_"`� `"""""" """' Telephone: 800-826-1681 Document No. L1274 „ � , ~
Fax. 269-679-4448 5/16 SS LAG BOLT MAX. DISTRIBUTED LOAD: 532 Ibs
353 East Lyon Street -
FlashFoot Slotted L-Feet Standoffs Tilt Legs Schoolcraft,Mi49087 ;r _. 5/16" SS FENDER WASHER
Product Description
' ALLOWABLE LOAD: 798 Ibs. - - -
lw hgmlink. comp
MAX. DISTRIBUTED LOAD: 532 Ibs
-1 Marine is a moisture cure polyether
sealant formulated for applications above the water
low
ine and in
d' line or after curing solvent basedematerhals are nater lot tolerated. The
product is solvent free and contains no isocyanates SEALANT ALUMINUM FLASHING
SHINGLE
It will not shrink upon curing will not discolor when
exposed to ultra violet light, and will not out-gass' or` • in, AN
i
bubble on damp surfaces as urethane sealants often Ii;^
do. The sealant has resilient elastomeric properties ell
and excellent adhesion to most substrates. It can co
¢�(h •:
Anchor, flash, and mount Drop -in design for rapid rail Raise flush or tilted Tilt assembly to desired be used effectively in many difficult conditions, cures ? • a=,alPi ,.,i,, s,,,,, ,e+. ' i O 00
with all -in -one attachments. attachment. systems to various heights. angle up to 45 degrees. rapidly in wet re dry climates, and low temperatures N
r compared to urethane based materials. Advantages ROOF DECK '� tv �
P •100%VOCCompliant 3" �2X4 RAFTERS 24 O.C. r`
• Ships with all hardware • High -friction serrated face • Works with vent flashing • Attaches directly to rail Tough elastomeric bonds SLOPE: 18.05 DEGREES U_ Lc)
Standards and Compliance • Solvent Free a(D
• IBC & IRC compliant • Heavy-duty profile shape • Ships pre -assembled • Ships with all hardware • Conforms to OTC Rule for Adhesives •Fast Setting aj u- °1 rn
• Certified with XR Rails • Clear & black anod. finish • 4" and 7" Lengths • Fixed and adjustable Meets requirements d California Regulations: • High adhesion O
o
g 1 CARS, SCAOMD, and BAAQMD • Paintable within 24 hours Q U CO �
• Conforms to California Proposition 65 • Gun grade, no special tools or mixing required LAG BOLT WITHDRAWAL LOADS (Ibs) )
C ( F 0 Bolt Tension And Shear < � Ln ;
Clamps &Grounding VOC Content Less than 15 grams per liter m plied at temperatures as low as CD O U
e.._...,__. ASTM D-2369, EPA Method 24 32 S„ rUCe' Pine' Fir c0
Strength Chart Lag screw speci7cations U) M
End Clamps Grounding Mid Clamps T Bolt Grounding Lugs (j) Accessories Applications Substrates colors va° Stainless Steel Bolt Speci?c 5/16? shaft,
wflod -- Tension strengm(ib): 6,010 per inch thread depth o
to fiberglass : Teak deck planking White „ 00
Shear Stren th(lb : 5,300 ravit
g ) gravity
`Additional colors available by special order.
Portlights Fiberglass
p ,('1 _ 318" Stainless Steel Bolt
" AIR
Deck fittings Gelcoat Tension Strength(lb): 14,830 0.50 266
{ �r ki
' Fiberglassfosnerglass Metal PackagingShear Strength(lb). 11;930
y-; .Moldings Glass 12 cartridges/carton, 105 cartons/pallet
Struts and planking Polycarbonate 20 oz (600 mp available by special order * Rails, L-Foot, Mid -clamps & End -clamps are extruded using one of the following aluminum alloys: 6005-T5, 6105-T5, 6061-T6 Sources: American Wood Council, NDS 2005, Table 11.2A, 11.3.2A.
_L
- 12 sausages/carton, 45 cartons/pallet
its Most plastics' . 5 gallon ails or 50 gallon drums �i
9 P 9 ASCE 7-10 Velocity Pressure Lag Screw Installation Guidelines
Slide in clamps and secure Attach and ground modules Ground system using the Provide a finished and `rest all plastic substrates for bond strength and available by special order
compatibility before application. q-10 0.00256K A i 6 d 12 ■i`I/1■
modules at ends of rails. in the middle of the rail. rail's top slot. organized look for rails. 1. Determine location for the L-Bracket on roof by
,here
t
he�✓
• Mill finish &black anod. •Parallel bonding T-bolt •Easy top -slot mounting =Snap -in Wire Clips iscE --mo eWctr, prei,,uree,aln:acda[mem root hei_hitpstl' drilling through the center of truss from bottom
rvsxrru'rr. `. I he rtc pressure cuetlicien[
p
,el, ,resra
• Sizes from 1.22" to 2.3„ p • Reusable up to 10 times • Eliminates re-di,lling • Perfected End Caps r K-i « io ahie factor with 5/32"drill bit.
ARRAY WIND LOAD CALCULATIONS LAG BOLT PULL OUT CALCULATIONS ed Inddirecticm,hn factor 2. Mark mounting holes for L-Bracket on underlayment.
• Optional Under Clamps • Mill & black stainless • Swivels in any direction • UV -protected polymer I - basic,c indspeed nnph, ftom atfF dU ivapsrefenrd Ina, -
SOLAR PANEL 9 Spruce, Pine, per inch Thread Depth 2661bs. ul°matewfndspeedmapsin-ut tec y MountingDri l15 olepilot holes should .
centered on the trusses.
Total Area (SF) 162.45 SS Lag Bolt 5/16"x4" Min. Thread Depth 3" `s'i'es[irde. foran ina, hao;n m,reaof c8.04, ft_ r'
r Resources _ thet taluprfengnr ultan[Iforce con onfi[earra, 4. Apply sealant to bottom of L-Bracket.
Wind Load PSF -58.9 Wood Strength x Thread Depth = Pull Out Strength could be .I pst, s.04,y. ft. v I;g.;<u it, .nooinp this
( ) g p g 5. Place L-Bracket over roof underlayment
resu tan[ torcr. the desi n eneinrer can nue determine
lI i (i I" ,t om ' • the number of utmchmen: rots and the size of ti,e ei
Total Wind Load (Ibs.)-9568.305 266lbs. x 3 in = 798Ibs. with holes in roof.
mountine hardirare nrcessan to snfel) eanq this load.
Design Assistant A NABCEP Certified Training Total Roof Mounts (#) 18 Allowable Pull out Strength per Lag Bolt 798Ibs. t coeds: 6. Apply sealant to bottom of L-Bracket, apply sealant to
lag screws, and fasten L-Bracket securely to trusses.
Go from rough layout to full Vz Earn free Continuing education credits, Tension Force per Mount (Ibs.) -531.6 Max. Pull Out Strength Required per Lag Bolt -531.6 p 7. Apply additional sealant to top assembly to be sure
g Y Y9, lneloads as , iateA «i[h ho „IWic ssmn ,rc t11111171p
Jr, while learning more about Our systems. Tension Force per LAG-BOLT(lbs.) 31.f Lag Bolt Pull Out Strength Safety Factor 1.5 usual, assumed toledistributed undonnl and ,re,tcoll ra,
engineered system. For free. 9 Y
„ ,�^� onmrorderoflpsrorlr„- all penetrations are sealed. \\�\
a,? a..:"nRid�Ai'ai.vwoRt €a yam: - p �'i 'nge f.a- i 4 //
ugy a� 3�y p � \ /
\.,Y6 a4,d ,PBfb .CS'u.=1inntSC S hS:S.d Ati[
Q
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ry40^:, d
IRONRIDGE ` FlashFoot2 ABOUTTHSTOOL: oo:
This tool is based on the C&C Wind Loads for Enclosed h�P
Installation Features Q�•'
s ; buildings. Design wind pressures are calculated using ASCE 4•••,• �QV Fyo:
The Strongest Attachment in Solar DESIGN WIND PRESSURE CALCULATIONS 7-10 equation 306-1All notes inFigures 30.4-1and 30.4- �'.�
s' FOR SOLAR MODULES INSTALLED ON ROOFS 2(A.B,and C) have been incorporated Meanroofheight
'O,pROFEs '`
must be less than 60 feet W gtfpq lilts iiiti
Ito
nRidge FlashFoot2 raises the bar in solar roof
protection. The unique water seal design is both , I
Lag null -out (withdrawal) eanacifies (Ibs) in typical roof lumber (A= elevated and encapsulated, delivering redundant layers ;li f3� uickly align the flashing with chalk lines to find pilot holes.
of protection against water intrusion. In addition, the l 4 SITE INFORMATION
-- - - twist -on Cap perfectly aligns the rail attachment with the ' FBC VERSION 2017 RISK CATEGORY I I
STAINLESS STEEL Lag screw speei?cations lag bolt to maximize mechanical strength.
a MEAN ROOF HEIGHT (ft) 14 ESPOSURE CATEGORY C M
Speci?c 5/16?shalt, 1, Makes it easier to handle and insert under the roof shingles. LENGTH (ft) 57 ROOF SLOPE(-) 18.05 N
WIDTH (ft) 46 ROOF TYPE GABLE N W W o
gravity per inch thread depth I_, "" c' �PARAPET HEIGHT (ft) 0 ULTIMATE WIN DSPEED 175 mph ILj LIJ �d �
ul
Twist -On cap +' `i �un`y A R elp to stiffen the flashing and prevent any bending or MODULELENGTH(in) 65 NOMINAL WIND SPEED 136 mph ILfA Q c i ce 2 W
Douglas Fir, Larch 0.50 266 „ FlashFoot2'sunique Cap design sumps ulalee i v crinkling during installation. Z M n � 1- Z
j the lag bolt and locks into place with a simple , i ; Three -Tier water seal .. MODULE WIDTH (I n 1 39.38 K 0.85 W W
twist. The Cap helps FlashFoo 2 deliver h 'r FlashF,arl ..at architecture utilizes three D U Q a 3: LL
superior structural strength, by aligning ! : layers of protection. An elevated platform W
Douglas Fir, South 0.46 235 narailandlagboltina concentric diverts water away, while a stack of rugged #OF MODULES IN ROW 1 KZT 1.0 d J H Re W 2 to O
load path. 3 components raises the seal an entire Inch, i/J v r W (n
The seal is then fully-encapuslated by the w.__.__-_ _ ......._ _._.... ...._._. 2 ly = P
cap FlaehFoot2isthe first solar attachment ___ �� "" EFFECTIVE WIND AREA (ft) 18.0 KZ 0.85 LU H
Engelmann Spruce, Lodgepole Pine to pass theTAS-tee wind-bdveaRain Test. LLl W CV M n H a Z
(MSR 1650 f & higher) 0.46 235 ;I,' I`Illlll; a Benefits of Concentric oading Z J M = W
t# nxri J K ..�
r g j Traditional solar attachments have a r' DESIGN CALCULATIONS W �_ J W
Hem Fir Redwood (close grain) 0.43 212 horizontal offset between the rail and lag „„ E 2 Z Ui W O
r r F i bolt, which introduces leverage on the lag sa: ! iVELOCITYPRESSURE(q)= .00256*KK K V Z
T
I bolt and decreases uplift capacity. s i 2 2T D a W M Q l- LL J
I,I '' VELOCITY PRESSURE(ASD) 33.9 Q M J ci
Hem, Fir (North) 0.46 235 f FlashFoot2isthe only product toalign the 0Do W W
rT,� r k rail and lag bolt. This concentric loading - V ILL
J11Tead E °dill "'��° 'id='r l.,d,�Id '"`fliv '„ design results in a stronger attachment for * _ , ,
Southern Pine 0.55 307 depth I the system. kaia=a-;5o?rg�u.o IWIDTH OF PRESSURE COEFFICIENT 46 10% - 4.6 WIDTH 48 0
l y, '
14' * 40°/ - 5 6' L .
Spruce, Pine, Fir 0.42 205
fd,
4ah
Testing Certification
EXTERNAL PRESSURE COEFFICIENT ZONE 1 0.9 -0.9
Spruce, Pine, Fir
ZONE 2 0.9 -1.6
DATE: 8/22/2019
(E of 2 million psi and higher
"l; , „ i , I iiil tat, h'h, , !
Designed and Certified for Compliance with the International uilding Code ASC is 1-7.
SCALE: NTS
grades of MSR and MEL 0.50 266
g )
i
ZONE3 0.9 2-4
-
a o
Single Socket Size Er "' ' I; `f$° 'r'
Aoustom-design lag bon allows �3 :, '
you to install FlashFoot2 with I
the same 7/16' socket size
'
used on other Flush Mount °m.
Water Sealing Tested to ILL 441 Section 27 "Rain Test" and TAS 100-95 "Wind Driven Rain Test" by intertek.
Ratings applicable for composition shingle roofs having slopes between 2:12 and 12:12.
UL 270
i
INTERNAL PRESSURE COEFFICIENT 0.18
_ _ -_ _ _ ___ _ .r .I
Sources: American Wood Council, NDS 2005, Table 19.2A, I I.3. ZA.
DRAWN BY: J.B
Notes: (1) Thread must be embedded in the side grain of a Trusses or other structural member integral with the
building structure'.
system components. , '�'•• "'
Water Shedding Design
Requirements. See Flush Mount Install Manual for full ratings.
Conforms to UL 270 Mechanical and coding Re 9
DESIGN PRESSURES
(2) Lag bolts must be located in the middle third of the structural member.
An elevated plafformdivedswater
away from the wafer seal.
ROOF ZONE DOWN UP
PAGE:
(3) These values are not valid for wet service.
PQ ON '� � 1n_
(4) This table does not include shear capacities. If necessary, contact a local engineer to specifiy lag bolt size
aT
35.8 35.8 p
S=2
with regard to shear forces.
35 8 58 9
(5) Install lag bolts with head and washer flush to surface (no gap). Do not over -torque.
3 35.8 -88.6 psf
(6) Withdrawal design values for lag screw connections shall be multiplied by applicable adjustment factors if
necessarv. See Table 10.3.1 in the American Wood Council NDS for Wood Construction.
Location Map:
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65.7"
REVISIONS:
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-- —--.-.--- ----- b._------- —
ROOF MOUNTS TYP Imo!
SOLAR MODULE TYP.
ALUMINUM tOOF MOUNTS MEASUREMENTS
AC OPERATING VOLTAGE 240VOLTS
AC OPERATING CURRENT=AMPS
MICROINVERTERS LOCATED UNDERNEATH MODULES
FOR SERVICE CALL (PV COMPANY #)
LABEL FOR EACH J-BOX
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
PHOTOVOLTAIC MICR•
LOCATED
MODULEPV ON • •. ARRAY
FOR SERVICE PLEASE CALL (PV O .
-
PV SOLAR BREAKER
DO NOT RELOCATE
THIS OVERCURRENT
DEVICE
INSTALLED IN MDP
PHOTOVOLTAIC
DISCONNECTzi� AC III►
NNgwelm ♦ r
LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
F
10M WINNOW
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 4" x 2"
o CAUTION c
SOLAR POINT OF CONNECTION
LABEL FOR MAIN DISTRIBUTION PANEL
LABEL SIZE: 4" x 1"
WARNING 0
DUAL POWER SUPPLY
SOURCES: UTILITY AND
PV SOLAR ELECTRIC SYTEM
LABEL FOR MAIN DISCONNECT OR METER
LABEL SIZE: 4" x 2"
�" 4 s It I % •
NEC 690.12
LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2"
NOTE FOR ALL LABELS:
LABELS SHALL BE UV RESISTANTAND SHALL
HAVE WHITE LETTERS ON A RED BACKGROUND.
2FT OFFSET
I
39.34"
ALLOWABLE Load: (5400Pa) 113 psf
NOTE: Install mid clamps between modules and end clamps
c at the end of each row of modules.
NOTE:
ALUMINUM RAILS SHOULD ALWAYS BE SUPPORTED BY MORE THAN
ONE FOOTING ON BOTH SIDES OF THE SPLICE."
ROOF AREA
EXISTING SHINGLE ROOF
TOTAL ROOF AREA: 3,574 sq.-ft
TOTAL PHOTOVOLTAIC AREA: 774 sq.-ft
PERIMETER WIDTH: 4.3'
PRESSURE ZONE: 1 & 2
MEAN ROOF HEIGHT: 14'
ROOF SLOPE: 3:12
TOTAL MODULES: 32
MIN. ROOF MOUNTS: 64
TOTAL POINT OF CONNECTIONS PER MODULE: 4
ALUMINUM RAILS: 2
SOLAR ELEC.
PANEL & DISC.
ROOF PLAN
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El ELECTRICAL
Sl E. STRUCTURAL DIAGRAMS
S2'1.
STRUCTURAL
CALCULAFIONS
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PAGE:
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MOUNT LAYOUT
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---------
a
ROOT MOUNTS TYP. - I I I " I �-
SOLAR MODULE TYP.
I I I I
I I
ALUMINUM ROOF MOUNTS MEASUREMENTS
PHOTOVOLTAIC POWER SOURCE
AC OPERATING VOLTAGE 240VOLTS
AC OPERATING CURREN r�]AMPS
MICROINVERTERS LOCATED UNDERNEATH MODULES
FOR SERVICE CALL (PV COMPANY #)
LABEL FOR EACH J-BOX
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
PV SOLAR BREAKER
DO NOT RELOCATE
THIS OVERCURRENT
DEVICE
LABEL FOR SOLAR CIRCUIT BREAKER
INSTALLED IN MDP
LABEL SIZE: 2" x 1
PHOTOVOLTAICAC DISCONNECT
AC OPERATING VOLTAGEVOLTS
AC OPERATING CURRENIAMPS
LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
A• • '10i "
LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 4" x 2"
At CAUTION o
SOLAR POINT OF CONNECTION
LABEL FOR MAIN DISTRIBUTION PANEL
LABEL SIZE: 4" x 1"
DUAL POWER SUPPLY
SOURCES:AND
SOLARPV -
LABEL FOR MAIN DISCONNECT OR METER
LABEL SIZE: 4" x 2"
NEC 690-12
LABEL- SOLAR DISCONNECT
LABEL
NOTE FOR ALL LABELS:
LABELS SHALL BE UV RESISTANT AND SHALL
HAVE WHITE LETTER:+ ON A RED BACKGROUND.
SHARPIE EXTREME OR EQUIVALENT UV RESISTANT
MARKERS SHALL BE USED FOR WRITING ON LABELS
REQUIRING INSTALLER -WRITTEN VALUES.
2FT OFFSET
S-ENER J
305W 65.7"
ALLOWABLE Load: (5400Pa) 113 psf
39.34'L_� NOTE: Install mid clamps between modules and end clamps
AD nnnnl 11 1= at the end of each row of modules.
NOTE:
ALUMINUM RAILS SHOULD AL«'AYS BE SUPPORTED BY MORE THAN
ONE FOOTING ON BOTH SIDES OF THE SPLICE."
ROOF AREA
EXISTING SHINGLE ROOF
TOTAL ROOF AREA: 3,574 sq.-ft
TOTAL PHOTOVOLTAIC AREA: 774 sq.-ft
PERIMETER WIDTH: 4.3'
PRESSURE ZONE: 1 & 2
MEAN ROOF HEIGHT. 14'
ROOF SLOPE: 3:12
TOTAL MODULES: 32
MIN. ROOF MOUNTS: 64
TOTAL POINT OF CONNECTIONS PER MODULE: 4
ALUMINUM RAILS: 2
SOLAR ELEC.
PANEL & DISC.
ROOF PLAN
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