HomeMy WebLinkAboutSFRA2025-003251SHEET INDEX
SCOPE OF WORK
PAGE #
DESCRIPTION
SYSTEM SIZE: 13.12KW DC, 11.5KW AC
PV-1.0
COVER SHEET
MODULES: (32) HANWHA Q-CELLS: Q.PEAK DUO BLK
ML-G10.C+ 410 (MD06G100A-01 7)
PV-2.0
SITE PLAN
- RAPID SHUTDOWN: (12) TESLA MID CIRCUIT INTERRUPTER
PV-3.0
LAYOUT
(MCI-2) ROOFTOP MODULE LEVEL RAPID SHUTDOWN DEVICE
- ENERGY STORAGE SYSTEM W/ INTEGRATED PV INVERTER:
PV-4.0
ELECTRICAL
(1) TESLA: POWERWALL 3 1707000-XX-Y. 13.5KWH, 11.5KW
PV-5.0
SIGNAGE
INVERTER OUTPUT, LITHIUM -ION BATTERY (WEIGHT: 272.15 LB
EACH)
PV-5.1
SIGNAGE 2
- BACKUP GATEWAY: (1) 200A TESLA POWERWALL CONTROL
PANEL
- RACKING: ALPHATRACK TO DECK - SNR-DC-00370
ABBREVIATIONS
A AMPERE
AC ALTERNATING CURRENT
AFC ARC FAULT CIRCUIT INTERUPTER
A'IM AZIMUTH
COMP COMPOSITION
Dc DIREC T CURRENT
(B EXISTING
EBB ENERGY STORAGE SYSTEM
HIGH MAIN SERVICE PANEL
(N) NEW
PRE-FAB PRE -FABRICATED
P,F POUNDS PER SQUARE FOOT
PV FHOTOVOLTWC
RSD RAPID SHUTDOWN DEVICE
TIC TRANSFORMERLESS
V VOLTS
w WATTS
NEW 225A SPAN MAIN PANEL WITH NEW 200A
MAIN BREAKER TO BE INSTALLED
SPAN PANEL INSTALLED AS MAIN PANEL
VOTE: NEC 2020:705.12(B)(3)(3): THIS EQUIPMENT FED BY
MULTIPLE SOURCES. TOTAL RATING OF ALL OVERCURRENT
DEVICES EXCLUDING MAIN SUPPLY OVERCURRENT DEVICE
SHALL NOT EXCEED AM PACITY OF BUSBAR.
VICINITY MAP
M 4,1114 Zfil a III, [oil l*i
- ALL WORK SHALL GENERALLY CONFORM WITH 2021 IBClIEBC, ASCE 7-16 & 2018 NDS, MUNICIPAL CODE, AND ALL
MANUFACTURERS' LISTINGS AND INSTALLATION NSTRUCTJON$,
PHOTOVOLTAIC SYSTEM WILL COMPLY WITH NEC 2020.
ELECTRICAL SYSTEM GROUNDING WILL COMPLY WITH NEC 2020.
PHOTOVOLATIC SYSTEM IS UNGROUNDED. NO CONDUCTORS ARE SOLIDLY GROUNDED IN THE INVERTER, SYSTEM
COMPLIES WITH 690.41 (A)
MODULES CONFORM TO AND ARE LISTED UNDER UL 61730.
INVERTER CONFORMS TO AND IS LISTED UNDER UL 1741.
RACKING CONFORMS TO AND IS LISTED UNDER UL 2703,
SNAPNRACK RACKING SYSTEMS, IN COMBINATION WITH TYPE 1, OR TYPE 11 MODULES, ARE CLASS A FIRE RATED.
RAPID SHUTDOWN REQUIREMENTS MET WHEN INVERTERS AND ALL CONDUCTORS ARE WITHIN ARRAY
BOUNDARIES PER NEC 690.12(1).
CONSTRUCTION FOREMAN TO PLACE CONDUIT RUN PER 690.31(G).
ARRAY DC CONDUCTORS ARE SIZED FOR DERATED CURRENT.
11,26 AMPS MODULE SHORT CIRCUIT CURRENT.
17.5 AMPS DERATED SHORT CIRCUIT CURRENT [690.8 (a) & 690.8 (b)].
THE CAPACITY OF THE STANDALONE SYSTEM SUPPLY SHALL BE EQUAL TO OR GREATER THAN THE LOAD POSED
By THE SINGLE LARGEST UTILIZATION EQUIPMENT CONNECTED TO THE SYSTEM PER NEC ARTICLE 710.15(A)
- ALL PASS -THROUGH CONDUCTORS MUST COMPLY WITH NEC 312.8
S 0 dUAft B A. Ift
IRU *
WlErill
' 40P] STITE XLtT1 ,G—C PPAPIE,
Tx', lA6P
CUSTOMER RESIDENCE:
STEPHEN PILLOW
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
TEL, (214) 707-5201
APN 06372341
PROJECT NUMBER:
351 R-1 73PILL
DESIGNER: (415) 580-6920 ex3
Illp8i8-1111V 19F III -T viol& A-111 smi-'l Abhishek Sharma
SHEET
NAME DATE COMMENTS COVER SHEET
REV: A 8/13/2025
PAGE
PV-1.0
SITE PLAN - SCALE = 3/64" 1'0"
LEGEND
D S L ' �OTVNOTCILLE�iTNET�'lS IN LEGEND
IVLL APPEAR IN SITE PLAIN
UM ONCOR UTILITY
METER
MP MAIN PANEL
0 SUB -PANEL
FIRE SETBACKS
(3'TYP)
(N) ARRAY AR-03
(E) FENCE
PL PL PL
ARRAY TRUE
MAG
PV AREA
PITCH
AZIM
AZIM
(SOFT)
AR-01 35"
91'
88-
422.71
AR-02 45'
271'
268'
190.22
AR-03 43'
1'
358'
6141
NOTE: ROOFTOP MODULE LEVEL RAPID
SHUTDOWN DEVICE INSTALLED PER NEC
690.12
(E) POOL
(E) RESIDENCE
(N) ARRAY AR-01
0
z
E>
R NU 1
0
PL
Pt
rINV]
M_
p
PL
FIRE SETBACKS
K
28447
AC (E) GATE
(3, TYP)
os
CUSTOMER RESIDENCE:
STEPHEN PILLOW
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
TEL, (214) 707-5201
APN 06372341
PROJECT NUMBER:
ESUNRUN METER
F
AC AC DISCONNECT(S)
9F.__l
COMMUNICATION
(J)�_WIRES
[ �fvl§ MICROGRID
F INTERIOR EQUIPMENT
351 R-1 73PILL
SOLAR DESIGNER: (415) 580-6920 exi
DEDICATED PV METER
EF
FD_c_l
DC DISCONNECT(S)
GROUNDING
ELECTRODE
INTERCONNECT DEVICE
FA METER ADAPTER
L _j SHOWN AS DASHED
IF BATTERY
n
MODULES
- Abhishel Sharma
SHEET
SOLAREDGE METER
[,Nv] I NVERTER(S)
GENERATION PANEL
BACKUPINTERFACE
ES:
SSYSTEM
ENERGY STORAGE
SITE PLAN
EDEe
ACREL METER
LC PV LOAD CENTER
GB IQ COMBINER BOX
BP BACKUP LOADS PANEL
(ESS)
SNR MOUNT REV:A 811312025
SNR MOUNT& SKIRT
PAGE
PV-2.0
ROOF INFO
Name Type
Height
COMP SHINGLE - ALPHATRACK
2-Story
AR-01 [DECKANCHOR]
COMP SHINGLE - ALPHATRACK
2-Story
AR-02 [DECKANCHOR]
COMP SHINGLE -ALPHATRACK
2-StoryAR-03
[DECKANCHOR]
DI - AR-01 -SCALE: 4/8" = 11.01,
AZIM: 91' IT-T
PITCH:35*
ATTACHMENT INFORMATION
Max Landscape Max Landscape Max Portrait Max Portrait
Detail
OC Spacing
Overhang
OC Spacing Overhang
ALPHATRACK TO DECK - SNR-DC-00370
4'-10"
01-611
T2" 0'-6"
ALPHATRACK TO DECK - SNR-DC,00370
4'-10'
0'-6"
T-O" 0'6"
ALPHATRACK TO DECK SNR.DC 00370
4'-10"
0'-6"
T-O" V-6"
D2 . AR-02 - SCALE: IM" = V-0"
AZIM: 271'
3'4' PITCH:45'
Cif 1 A
T-7-
S-5-
5W-
T-T 24'- 10" S-6"
D3 - AR-03 - SCALE: 118" = V-0". 14'-11 T-1"
AZIM: i'
PITCH:43'
3-4-
T-5"
4'4"
21'-11 "
2-
M
DESIGN CRITERIA
MAX DISTRIBUTED LOAD: 3 PSF
Configuration
SNOW LOAD: 5 PSF
WIND SPEED:
STAGGERED
115 MPH 3-SEC GUST.
FASTENERS:
(2) DECK ANCHORS FULLY
STAGGERED
- PENETRATING THROUGH WOOD
DECK
STAGGERED
EXISTING STRUCTURE IS ASSUMED TO BE A LIGHT -FRAME WOOD ROOF AND
FREE FROM DAMAGE. DETERIORATION, OR MODIFICATION THAT WOULD
COMPROMISE ITS ORIGINAL DESIGN INTEGRITY, CONTACT ENGINEER OF
RECORD IF THE FOLLOWING MINIMUM REQUIREMENTS ARE NOT SATISFIED
IN COMPLIANCE WITH THE STATED RACKING DESIGN:
i: 2x WOOD FRAMING (NOMINAL)
ii: FRAMING SPACING AT 24'0,C. MAX
iij: FASTENER SHALL BE EMBEDED INTO COMPETENT MATERIAL
INSTALLERS SHALL NOTIFY ENGINEER OF ANY POTENTIAL STRUCTURAL
ISSUES OBSERVED PRIORTO PROCEEDING W1
INSTALLATION.
- IF ARRAY (EXCLUDING SKIRT) IS WITHIN 12" BOUNDARY REGION OF ANY
ROOF PLANE EDGES (EXCEPT VALLEYS},
THEN ATTACHMENTS NEED TO BE ADDED AND OVERHANG REDUCED
WITHIN
THE 12" BOUNDARY REGION ONLY AS
FOLLOWS:
- ALLOWABLE ATTACHMENT SPACING INDICATED ON PLANS TO BE
REDUCED BY 50%.
- ALLOWABLE OVERHANG INDICATED ON PLANS TO BE 115TH OF
ALLOWABLE ATTACHMENT SPACING INDICATED ON PLANS.
28447
1440H STATE 0 10. EUTI _,,1JD PE'APIE
1.
CUSTOMER RESIDENCE:
STEPHEN PILLOW
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
FL (214)707.5201
APN 06372341
PROJECT NUMBER:
351 R-I 73PILL
DESIGNER: (415) 580-6920 ex3
Abhishek Sharma
ZM
LAYOUT
REV: A 8/13/2025
PAGE
F:Wjm
UfflV L P &VOR IMF P 0
NEW 225A SPAN MAIN PANEL
WITH 100A
SPAN MAIN BREAKER
r
-------------------- ----- ----- --------- ----
4
A
RELOCATED(E)BACKUP -POINT OF INTERCONNECTION NEC 2020 705121B)(O(3),
LOADS AND NON BACKUP LOAD BREAKER AT OPP091TE END OF BUSPAR
LOADS -METER NUMBER, 11 6891995LG
- EOU PMENT CHARACTERISTICS INCLUDED VN SPEC
SHEETS iv -------- - - - -
- NOTE TOTAL PVBACKPEED = 60 GA USED FOR
INTERCONNECTIONCALCULATIONS
NEW 210A
BACKUP GATEWAY
3 A(T18H4000-MA-(BLADE
ECKADLE
V200A N TYPE MAIN BREAKER AC DISCONNECT
INVERTER TESLA 32 HA DU O-CELLS
POINERWALL, 3 17 0-1 000-YX-y, 0 PEAK DUO BLK
ENERGY STORAGE: ML-GIOC.410;MD05G100A-017)
TESLA POVVERNALL 1707000)(X-y STRING I WITH 10 MODULES
11500 WATT WITH4 MCI COUNT
240VINVERTER 2 1 STRING 2 WITH 10 MODULES
WITH 4 MCI COUNT
STRING 3 WITH 9 MODULES
WITH MCI COUNT
STRING 4 WITH 3 MODULES
V J-BGX WITH 1 MCI COUNT
SQUARE D MODLLE LEVEL RAPID SHUTDOWN DEVICES
IN) INTERNAL PANELBCA D R DU222R3 ---I-
WITHM 60A BREAKER I 3R, 60A, 2P
120J240VAC
INSTALLER MUST CHECK THE CONDITION,
LOAD RATED DC INSTALLABILITY AND CODE COMPLIANCE OF
DISCONNECTWITH EXISTING EQUIPMENT.
AFC] RAPID
SHUTDOWN
COMPLIANT
TAG CIRCUIT DESCRIPTION
I
Inverter Input
2
Inverter Input
3
Inverter Output
4
Span Panel Feeder
5
Service Feeder
CONDUIT SCHEDULE
CONDUCTOR
NEUTRAL
(8) 10 AWG (PV WIRE)
N/A
(8) 10 AWG THWN-2
N/A
(2) 6 AWG THWN-2
(1) 6 AWG THWN-2
(2) 310 AWG THWN-2
(1) 3/0 AWG THWN-2
(2) 3/0 AWG THWN-2
(1) 310 AWG THWN-2
GROUND
CONDUIT
10 AWG (BARE)
Open Air
10 AWG THWN-2
3/4 EMT
8 AWG THWN-2
3/4 EMT
4 AWG THWN-2
2 EMT
NIA
2 EMT
MODULE CHARACTERISTICS
HANWHA Q-CELLS: 0. PEAK
DUO BLK ML-G10.C+ 410
(MD06GI00A-017)
OPEN CIRCUIT VOLTAGE
MAX POWER VOLTAGE
SHORT CIRCUIT CURRENT
41OW
45.37 V
37,64 V
11.26 A
POWERWALL EQUIPPED WITH CAPACITY TO
CHARGE FROM GRID POWER
S a uA^ rim A^
l Ul
28447
I'— ITITI PPtJPIE
1. 'sM
111.1-12 .1-1
1111xn'a ast 11 -
CUSTOMER RESIDENCE:
STEPHEN PILLOW
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
7 I FL (214) 707.5201
APN 06372341
PROJECT NUMBER:
351 R-1 73PILL
DESIGNER: (415) 580-6920 eX3
Abhishek Sharma
SHEET
ELECTRICAL
REV: A 8/13/2025
PAGE
PV-4.0
IONLY19611I
,WARNIN!�D
ELECTRICAL SHOCK HAZARD
TERMINALS ON LINE AND LOAD
SIDES MAYBE ENERGIZED 3N
THE OPEN POSITION
LABEL LOCATION
INVERTERIS), AClDCDISCCNNECT(SI,
AD COMBINER PANEL (P APPLICABLE)
PER CODEiSj NEC 2020 690 13(B)
THREE POWER SUPPLY
SOURCES: UTILITY GRID,
BATTERY AND PV SOLAR
ELECTRIC SYSTEM
LABEL LOCATION
UTILITY SERVICE METER AND MAIN
SERVICE PANEL.
PER CODE; S): NEC 2020: 705 12(C)
[ &WARNING
r-R SOURCE OUTPUT CONNECTION
DO NOT RELOCATE THIS
OVERCURRENT DEVICE
LABEL LOCATION
ADJACENT TO PV BREAKER AND ESS
OCPD (IF APPLICABLE)
PER CODE(S) NEC 2020:705 12(13)(3)12)
WARNING
THIS EQUIPMENT FED BY
MULTIPLE SOURCES. TOTAL
RATING OF ALL OVERCURRENT
DEVICES EXCLUDING MAIN
SUPPLY OVERCURRENT DEVICE
SHALL NOT EXCEED AMPACITY OF
BUSBAR
LABEL LOCATION
PV LOAD CENTER (IF APPLICABLE) AND
ANY PANEL THAT UTILIZES 'THE SUM
OF BREAKERS RULE"
PER CODE! S) NEC 2020 705 12; B)f'I21
r L T
LABEL LOCATION
AC DISCONNECT;S), PHOTOVOLTAIC SYSTEM POINT OF
INTERCONNECTION,
PER CODE(S) NEC 2020 690 54
TURN RAPID SHUTDOWN
3" SWITCH TO THE "OFF" SpLAR
ELECTRIC PV
POSITION TO SHUT DOWN PV PARELS
SYSTEM AND REDUCE SHOCK
HAZARD IN THE ARRAY,
LABEL LOCATION
ON OR NO MORETHAT1 M (3 FT FROM THE SERVICE
DISCONNECTING MEANS TO WHICH THE PV SYSTEMS
ARE CONNECTED
PER CODE(S) NEC 2020 690 56tC), DEC 2022 690 56lC1
,NOTES AND SPECIFICATIONS
• SIGNS AND LABELS SHALL MEET THE REQUIREMENTS OF THE NEC 2020 ARTICLE
110 21 (B), UNLESS SPECIFIC INSTRUCTIONS ARE REQUIRED BY SECTION 690, OR
IF REQUESTED BY THE LOCAL AHJ
• SIGNS AND LABELS SHALL ADEQUATELY WARN OF HAZARDS USING EFFECTIVE
WORDS, COLORS AND SYMBOLS.
• LABELS SHALL BE PERMANENTLY AFFIXED TO THE EQUIPMENT OR WIRING
METHOD AND SHALL NOT BE HAND WRITTEN
LABEL SHALL BE OF SUFFICIENT DURABILITY TO WITHSTAND THE ENVIRONMENT
INVOLVED
• SIGNS AND LABELS SHALL COMPLY WITH ANSI Z535 4-2011 PRODUCT SAFETY
SIGNS AND LABELS, UNLESS OTHERWISE SPECIFIED
• DO NOT COVER EXISTING MANUFACTURER LABELS
I CAUTION
LABEL LOCATION
INVERTER(S), AC,DC DISCONNECT(S), AD COMBINER PANEL (IF APPLICABLE)
PERCODEiS) NEC 2020 706 15{C)
S a U Mill U L^
I I
-28447
CUSTOMER RESIDENCE:
STEPHEN PILLOW
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
TEL (214) 707.5201
APIN 06372341
PROJECT NUMBER:
351 R-1 73PILL
DESIGNER: (415)580.6920 ex3
Abhishek Sharma
SHEET
SIGNAGE
: :;,:-1 ; REV: A 8/13/2025
PAGE
0
CAUTIONS
MULTIPLE SOURCES OF POWER
ED
E�>
SOLAR PANELS ON ROOF
AC DISCONNECT
UTILITY METER
SPAN MAIN PANEL (INT)
-BACKUP GATEWAY AND PV+ESS BREAKER
DISCONNECT
- INVERTER AND ENERGY STORAGE (EXT)
4173 HALLMONT DR, GRAPEVINE, TX, 76051
PER CODE(Sl NEC 2020 705 1 M21
LABELING FORMAT
LABELS SHALL BE RED PLASTIC MATERIAL WITH ENGRAVED WHITE LETTERS
MADE OF DURABLE ADHESIVE, WEATHER RESISTANT MATERIAL SUITABLE FOR
THE ENVIRONMENT. LETTERS SHALL BE MINIMUM 3/8" IN SIZE.
sLnRul
-28447
I'— 'TATE 01- 10. -TI P-E'lE
1. isM
111.1-12 .1-1
i L -11- M j IL :IL
CUSTOMER RESIDENCE:
STEPHEN PILLOW
A,
4173 HALLMONT DR,
GRAPEVINE, TX, 76051
FL (214) 707.5201
APN 06372341
PROJECT NUMBER:
P
351R-173PILL
DESIGNER: (415) 580-6920 ex3
Abhishek Sharma
SHEET
T'
SIGNAGE 2
REV: A 8/13/2025
PAGE
PV-5.1
ISBN&
TMINM
wm ENGINEERING
8/15/2025
RE: Structural Certification for Installation of Residential Solar
STEPHEN PILLOW:4173 HALLMONT DR, GRAPEVINE, TX, 76051
Attn: To Whom It May Concern
This Letter is for a structural evaluation of the existing structure at the address above. The purpose of our
review was to determine the adequacy of the existing structure to support the proposed installation of
solar panels as well as the attachment of solar panel to the existing framing.
After review, we concluded that the existing structure is adequate to support the proposed solar panel
installation. Gravity load increase did not exceed 5% and therefore, this install meets the prescriptive
compliance requirements of the applicable IEBC.
Structural evalution were done in accordance with applicable building codes and considering design
criteria below:
Design Criteria
Code 2021 International Building Code (ASCE 7-16)
Risk category It Wind Load (component and Cladding)
Roof Dead Load Dr 10 psf V 115 mph
PV Dead Load DPV 3 psf Exposure B
Roof Live Load Lr 20 psf
Ground Snow S 5 psf
If you have any questions on the above, please do not hesitate to call,
F 1106
Sincerely,
It
tj
Eugene MUNYANZIZA, P,E.
x E" E UNY N IZA
EV Engineering, LLC
4t
1# 41-�'
projects@evei,,Pin(,ersnet.com
174
http:/�/www.evetigineersfiet.com
4'
Exp� Q9, 30 2025
Signed- 8/15/2025
projects@evengineersnet,com
http://www.evengineersnet,com
111111111111111116 , :
11111111111111110116
wmma ENGINEERING
Wind (Uplift Check)
Vertical Load Resisting System Design
Gravity Load Check
Roof Dead Load
Roof Dead Load
l0.0
psf
PV Dead Load F
3.0
psf
Roof Live Load
201 psf
PV Roof Live Load
Olpsf
Snow Load
51psf
IEBC Check
Existing With PV
Roof Dead Load (D)
10.01
13.01psf
Roof Live Load (Lr)i
16.41
0,01psf
Roof Snow Load (S)
5,01
2.9 1 psf
Cs=
1
0.58
Existing With PV
(D + Lr) = 1
21.11
14.41psf
(D+S) =F-13.01
1181pst
Maximum Gravity Load 1 21.11 14,41 psf
Load Increase -31.60/610K
IBC Provision 20211
*The requirements of IEBC are met and the structure is permitted to
remain unaltered.
Siesmic Loads Check
Roof Dead Load
10 psf
,/i or Roof with Pv
211%
Dpv and Racking
3 psf
Average Total Dead Load
10.6 psf
Increase in Dead Load
12% OK
The increase in seismic Dead weight as a result of the solar system is less than 10% of the existing structure
and therefore no further seismic analysis is required.
Limits of Scope of Work and Liability
The Existing structure is assumed to have been designed and constructed following appropriate codes and
to have appropriate permits. The analysis was according to applicable building codes, professional
engineering and design experience, opinions and judgments. This evalution produced for this structure's
assessment is only for the proposed solar panel installation referenced in the stamped plan set and were
made according to generally recognized structural analysis standards and procedures, Prior to
commencement of work, the contractor shall verify the framing sizes, spacings, and spans. Contractor shall
also verify that there is framing damage or deficiencies. If observed, the FOR must be notified before
install.
projects@evengineersnet.com
httP-Hwww.evengineersnet.com
*This service employs the use of EMS in accordance with NEC 220.70 and NEC 750.30
Article 220 - Service/Feeder calculation for (address): Job Code
r'slyalin MlrMA-M!X*,z0jM=
R&IIIESIVA1914
Part #1 - Section 220.83(B)(1) General Liqhtinq/Receptacles, @-), 3 VA per sq ft (not in EMS):
Building Square Footage VA (watts) Amps
House 3168 0 0
Part #2 - Section 220.83(13)(2),(4) a, b, c, d - Appi
Dedicated Circuit
Size in VA
EMS: PW3
0
EMS: Cooktop
0
EMS: Dryer
0
EMS: Oven
0
EMS: Pool Equipment
0
EMS: laundry
0
EMS: app_1
0
EMS: app_.2
0
N/A
N/A
N/A
Total VA from Parts #1 and #2 combined:
Total VA (not in EMS) 0
Total for Part #1: Amps Box AO
!VA)
0 1
iances and Dedicated Circuits (not in EMS):
Dedicated Circuit Size in VA
NIA
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Amps Box B (VA)
Total for Part #2: 0 0
Box A + Box B = 0
First 0 VA @ 100% 0 Remaining VA @ 40%
Remaining VA = 0 0 x40%= 0 VA
Adding First 8,000 VA 0 VA
Total VA for Gen. Lights/Recep, Appliances & Dedicated circuits (not in EMS): 0 VA
Total AMP for Gen. LightsfRecep, Appliances & Dedicated circuits (not in EMS): 0 Amps
Part #3 - Section 220.83(B) Heatinq and A/C loads (not in EMS):
*Combine the larger loads of either the Heating or the A/C loads togther
100% of all the Heating or A/C loads in VA (not in EMS): 0 VA
100% of all the Heating or A/C loads in Amps (not in EMS): 0 A
Part#4 - Section 220.70 Energy Management System (EMS)
ISPAN Energy Management System: 48000 VA
Totals from all Parts
VA Volts Amps
Parts #1 & #2 0 240 0
Part #3 0 240 0
Part #4: EMS 48000 240 200
Total VA for all Parts: 48000
Totals Service/Feeder Load 200
Panel 1 of 2
Bus Rating: 200
Main Rating: 200
Panel % of Sq.Ft: 0% Panel % of 100% VA:
Itemized House and 240V Loads for Panel: (VA)
EMS: PW3 0
Not Fed by other panels
Feeds: Panel 2 149.96
Load Calc:'(This Panel) 200
Total Load Ca1c: 200
I WE =A -
Bus Rating: 225
Main Rating: 200
Panel % of Sq.Ft:
100%
Itemized House and 240V Loads for Panel: (VA)
EMS: Cooktop
0
EMS: Dryer
0
EMS: Oven
0
EMS: A/C Unit - 240V
0
EMS: A/C Unit - 240V
0
Fed by: Panel I
Load Calc: (This Panel)
200
Total Load Calc:
1 '' I I I 1111H I I I H 1 1111
200
I i
Panel % of 100% VA:
EMS: Pool Equipment
EMS: FurnacelHeating - 120V
EMS: laundry
EMS: app_1
EMS: app_2
89A%
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Uplimal Vid(k, whal,zwr the With e"Celient k"'V light
and
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Weight 48 ',T, i22 01,,j.e
Front Cover 01 1 in 13 M."'; :heanal�y pir,
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omit
Back Cover 6 m ,.0,i blici,,Y'd
Frame 61-ck "Ilodi",d 'Aunlinjan,
Cell C tnorocfv,imhna I-ANTUM, LcIl.iz t,lf rcii"
Junction box
1,1 ° 32 60 1b mrili, lfncr, t"f
Prim flim vl:vl assckci,lk-�,
Cable
Connector �A't,nli MC4, [Pt-c.
Electrical Characteristics
POWER CLASS 390
395
400 405
410
!J3,'j'N,iI i"7 ;jERf iRMAcf- A: S I ANt 'F'-- i ll I r"' I ":;, � -j Ij I0,
-RAW-F
.,,N 01ilh
Power at MPP, 390 426.6
395
4:321 400 43 Z5 40S
443 0 410
44S ra
Short Circuit Current' iAi 1101 1205
1104
12,08 1107 1211 1110
12.15 1113
12LI8
Open Cilcuit Voloigi V,. I
ivi 45A9 4565
4552
4568 4555 4572 45 51t
4575 4562
4578
Current at MPP i111, ;Ai It 37
I0L45
1143 To c10 11,49 V, 56
1155 1061
1161
Voltage at MPP V1111. V11 3754 175.?
1781
3781 .3309 3808 3836
"815 118 F3
`.39 62
Efficiency, A99
t20,1
204 -206
20 9
-,P,
tt
-
:l: -w-: A-� I l�
I'l - I
i:_ V, 1tifill V,'.f� 1100`%1+,-
I
'T, ,_`30jhn I, 'p t)i t,,"A
I I,
,M�VIMI-1%1 I If -,,F:.;R%IANII A' �jl{;;,"%..,lti YL:'AIlf fr,,',',";tvlitj
Power at MPP F-1 TWI 2926
2963
3001 3U3 S
307 6
Short Circuit Current !". -Al 887
889
892 SIM
8
Open Circuit Voltage V, M 4290
42 93
4296 4299
42 03
Current at MPP Ai 816
8,21
8,26 831
936
Voltage at MPP vll1 3586
3r 10
36 1? 36 57
3(� 80
'M, rtll' nr tO�,N, 11 V,+`- -lt 3 1- 29 r."IkI
AI'l
Ocells PERFORMANCE WARRANTY
PERFORMANCE AT LOW IRRADIANCE
Atll-! M,x,,n.;,1 pc--r
P" --AA
k,"I 93 ;% vC
lip 1, 110 y-r; Al 1,--t 86's
ric l—, iu, t. 25 y,-,
wl-s-- F Al cil,-i- ir,
fc
f fin.
sA -
TEMPERATURE COEFFICIENTS
Temperature Coefficient of lv, Ci j
Temperature Coefficient of V-
7
Temperature Coefficient of Fur, 0
Nominal Module Operating Temperature
NVI-li
-1
Maximum System Voltage
V-1 lvd
fT rj"nl) (f)L,
PV module classification
Maxiolum Series Fuse Rating
Fire Rating barred on ANSULIL 61730
Max. Design Load, Push I Pull'
w,
T, F-1, )ni(',t 'I-;tj
Permitted Module Temperature
Max. Test Load, Push) Pull'
i1j",
on Continuous Duty
n Qualifications and Certificates
U S, Rc-, N., V.n2111 isvw -fl,
C E
class It
TWI )
41j i w,i,, lln'l-1
D-- 1AA1, 11 1 14 1 '4?6 1— j,;.,p 1
Snap rack-
Flash Track with Patented Umbrella Technology
• Single Umbrella lag screw secures flashing and flash track to roof
in one complete action
• Umbrella technology provides weatherproofing with a long-
lasting mechanical seal
• Flash track is designed for maximurn versatility with 6 inches of
North -South adjustability for all Mounts
Mounts
• Single mount used at all locations on array
• Extreme time saver by eliminating link interference through the flexibility
of the Mount to change orientation
• Features a rock -in channel nut design for easy attachment to Flash Track
• Slotted riser provides leveling for easy height adjustments
•
- Simple design provides mounting platform between two to four
modules
- Clamps onto top of modules securing them in place while providing
rl%h row -to -row bonding
Next ro—W—of moclules ea
Skirt
• Easily locks to bottom of module mounts and links for clean
aesthetics
• Ensures a strong structure for leveling and alignment of first
row of modules
• Skirt length is compatible with both portrait and landscape
module orientations
A3, s-aA��� Ntcan0-3.
40C�6
O-os ON, .55"
)kOV3 (34
rfivoll, 4006
-\w
-tot)
d3Ny0 a41
) �oo
NdtlNS
I
System Technical Model Number
Specifications Nominal Grid Voltage (input & Output)
Grid Type
Frequency
Overcurrent Protection Device
Solar to Battery to Home/Grid Efficiency
Solar to Home/Grid Efficiency
Supported [standing Devices
Connectivity
Hardware Interface
AC Metering
Protections
Customer Interface
Warranty
Solar Technical Maximum Solar STC Input
Specifications Withstand Voltage
PV DC Input Voltage Range
PV DC MPPT Voltage Range
MPPTs
Maximum Current per MPPT (I,d
Maximum Short Circuit Current per MPPT (I.)
Nominal Battery Energy
Maximum Continuous Discharge Power
Maximum Continuous Charge Power
Output Power Factor Rating
Maximum Continuous Current
Maximum Output Fault Current
Load Start Capability (1 s)
Power Scalability
1707000-xx-y
120/240 VAC
Split phase
60 Hz
60 A
89%1.2
97.5%3
Gateway 3, Backup Switch, Backup Gateway 2
Wi-Fi (2.4 and 5 GHz), Dual -port switched Ethernet,
Cellular (LTE/4G I
Dry contact relay, Rapid Shutdown (RSD) certified switch
and 2-pin connector, RS-485 for meters
Revenue Grade (+/- 0.5%)
Integrated arc fault circuit interrupter (AFCI), Isolation
Monitor Interrupter (IMI), PV Rapid Shutdown (RSD) using
Testa Mid -Circuit Interrupters
Testa Mobile App
10 years
20 kW
600 V DC
60 — 550 V DC
60-48OVDC
6
13 A 5
15AI
135 kWh AC 2
11.5 kWAC
5kWAC
0 - 1 (Grid Code configurable)
48 A
10 kA
185 A LRA
Up to 4 Powerwall 3 units supported
'Typical solar shifting use case,
2 Values provided for 25'C (77'F), at beginning of life, 3.3 kW charge/discharge power.
3 Tested using CEC weighted efficiency methodology.
'The customer is expected to provide internet connectivity for Power -wall 3; cellular should not be used as the primary mode of
connectivity. Cellular connectivity subject to network operator service coverage and signal strength.
Where the DC input current exceeds the MPPT rating, a jumper can be used to combine two MPPTs into a single input to
intake DC current up to 26 A I,, / 30 A Isc.
2024
Environmental
Operating Temperature
—20°C to 50°C (-4°F to 122-F)
Specifications
Operating Humidity (RH)
Up to 100%, condensing
Storage Temperature
—20°C to 30°C (-4°F to 86'F), up to 95% RH, non -
condensing, State of Energy (SOE): 25% initial
Maximum Elevation
3000 m (9843 ft)
Environment
Indoor and outdoor rated
Enclosure Rating
NEMA 313
Ingress Rating
IP67 (Battery & Power Electronics)
IP45 (Wiring Compartment)
Pollution Rating
PD3
Operating Noise @ 1 m
<50 db(A) typical
<62 db(A) maximum
Performance may be de -rated
at operating temperatures above 401C (1041F),
Compliance
Certifications
UL 1642, UL 16998, UL 1741, UL 1741 SA, UL 1741 SB, UL
Information
1741 PCS, UL 3741, UL 1973, UL 1998, UL 9540, IEEE 1547-
2018, IEEE 1547.1, UN 383
Grid Connection
United States
Emissions
FCC Part 15 Class B
Environmental
RoHS Directive 2011/65/EU
Seismic
AC156, IEEE 693-2005 (high)
Fire Testing
Meets the unit level performance criteria
of UL 9540A
Mechanical
Dimensions
1099 x 609 x 193 mm (43,25 x 24 x 7.6 in)
Specifications
Weight
130 kg (287 lb)
Mounting Options
Floor or wall mount
A 1h
0
0
L 0
1099 mm
609 mm
193
- ---------
mm I
2024
Electrical
Model
MCI-1
MCI-2
Specifications
Nominal Input DC Current Rating (l,w)
13 A
13 A
Maximum Input Short Circuit Current (I)
19 A
17 A
Maximum System Voltage (PVHCS)
600 V DC
1000 V DC'
' Maximum System Voltage is limited by Powerwall to 600 V
DC,
RSD Module
Maximum Number of Devices per String
5
5
Performance
Control
Power Line Excitation
Power Line Excitation
Passive State
Normally Open
Normally Open
Maximum Power Consumption
7 W
7 W
Warranty
25 years
25 years
Environmental
Operating Temperature
-40'C to 50'C
-45'C to 70'C
Specifications
(-40'F to 122°F)
(-49°F to 158'F)
Storage Temperature
—30'C to 70'C
—30'C to 70'C
(-22'F to 158'F)
(-22°F to 158'F)
Enclosure Rating
NEMA 4X / IP65
NEMA 4X / IP65
Mechanical
Electrical Connections
MC4 Connector
M04 Connector
Specifications
Housing
Plastic
Plastic
Dimensions
125 x 150 x 22 mm
173 x 45 x 22 mm
(5x6x1in)
(6.8 x 1.8 x 1 in)
Weight
350 g (0,77lb)
120 g (0.26 lb)
Mounting Options
ZEP Home Run Clip
Wire Clip
M4 Screw (#10)
M8 Bolt (5/16")
Nail / Wood screw
Compliance
Certifications
UL 1741 PVRSE, UL 3741,
Information
PVRSA (Photovoltaic Rapid Shutdown Array)
RSD Initiation Method
External System Shutdown Switch or
Powerwall 3 Enable Switch
UL 3741 PV Hazard Control
(and PVRSA) Compatibility See Powerwall 3Installation Manual
Em
IMEMM
MOM
1111"Ififir,141011A
Model Number
1841000-01-y
Nominal Grid Voltage
120/240 V AC
Grid Configuration
Split phase
Grid Frequency
60 Hz
Continuous Current
200 A
Rating
Maximum Supply Short
22 kA with Square Cl or
Circuit Current
Eaton main breaker
25 kA with Eaton main
breakeO
JEC Protective Class
Class I
Overvoltage Category
Category IV
3 Only Eaton CSR or BWH main breakers are 25 kA rated.
Maximum Elevation
Environment
Enclosure Type
Certifications
Emissions
Mechanical Dimensions 660 x 411 x 149 mm
Specifications (26 x 16 x 6 in)
Weight 16.3 kg (36 lb)
Mounting options Wall mount
2024
AC Meter
Revenue accurate (+/- 0.51/16)
Communication
CAN
User Interface
Tesla App
Backup Transition
Automatic disconnect for
seamless backup
Civercurrent
100-200 A
Protection Device
Service entrance rated
Eaton CSR, BWH, or BW, or
Square D OOM breakers
Internal Panelboard
200 A
8-space/16 circuit breakers
Eaton BR, Siemens OP, or
Square D HOM breakers rated
to 10-125A
Warranty
10 years
—20°C to 50°C (-4°F to 122-F)
Up to 100%, condensing
3000 m (9843 ft)
Indoor and outdoor rated
NEMA313
UL 67, UL 869A, UL 916, UL 1741 PCS,
CSA 2121071, CSA 212 29
FCC Part 15, ICES 003
A
660
mm
411mm 149
mm
go=
N3 01,101 I I L*ri 14 lJ*1 I N1
Awma
tq *1--4*1111411; 14 Vkj I Fj
2024
Model Number 1624171-xx-y
Continuous Load Rating 200 A, 1201240 V split phase
Maximum Supply Short Circuit Current 22 kA with breaker
Communication CAN
AC Meter Revenue accurate (+/- 0.5%)
Expected Service Life 21 years
Warranty 10 years
I Breaker maximum supply short circuit current rating must be equal to or greater than the available fault current,
Operating Temperature
Storage Temperature
Enclosure Rating
Pollution Rating
Safety Standards
Emissions
Dimensions
Weight
Meter and Socket Compatibility
External Service Interface
—40°C to 50°C (-40`F to 122°F)
—40°C to 85°C (-40°F to 185°Fj
NEMA 3R
PD3
USA. UL 414, UL 414 SIB, UL 2735, UL 916, CA Prop 65
FCC, ICES
176 x 205 x 74 mm (6,9 x 8.1 x 2.9 in)
2.8 lb
ANSI Type 2S, ringless or ring type
Contactor manual override 10
Reset button
Conduit Compatibility 1/2-inch NPT
"Manually overrides the contactor position during a service event.
ROOM,,",
C 1101rlj �1111=1
V
74mm�
•
3-M
alum
bg pr-101 I I W; ILA M 11-1
•
9W0N
b.3 91ZI&J I I YkN I A L1 I M
Compliance
Information
MJechanical
E.1
2024
Model Number
1232100-xx-V
AC Voltage (Nominal)
120/240 V
Feed -in Type
Split phase
Grid Frequency
60 Hz
Current Rating
200 A
Maximum Supply Short
10 kA
Circuit Current
Overcurrent Protection
100 - 200 A, Service
Device
entrance rated'
Overvoltage Category
Category IV
Internal Primary
Revenue accurate
AC Meter
(+/- 0.2%)
Internal Auxiliary
Revenue accurate
AC Meter
(+/-2%)
Primary Connectivity
Ethernet, Wi-Ft
Secondary Connectivity
Cellular (3G, LTE/4G) 12
Operating Temperature
Operating Humidity (RH)
Maximum Elevation
Environment
Enclosure Type
Certifications
Emissions
Dimensions 660 x 411 x 149 mm
(26xl6x6in)
Weight 20,4 kg (45 lb)
Mounting options Wall mount,
Semi -flush mount
User Interface Testa App
Operating Modes Support for solar self -
consumption, time -based
control, and backup
Backup Transition Automatic disconnect for
seamless backup
Modularity Supports up to 10 AC -
coupled Powerwalls
Optional Internal 200 A 6-space / 12 circuit
Panelboard breakers
Siemens QP or Square D
HOM breakers rated 10 -
80A or Eaton BR breakers
rated 10 - 125A
Warranty 10 years
When protected by Class J fuses, Backup Gateway 2 is
suitable for use in circuits capable of delivering not more
than 22kA symmetrical amperes,
'`Cellular connectivity subject to network operator service
coverage and signal strength.
Up to 100%, condensing
3000 m (9843 ft)
Indoor and outdoor rated
NEMA3R
CSA 22.2 019, CSA 2Z2 205
FCC Part 15, ICES 003
Whole Home Backup
Solar
Meter
U1,
Grid Meter socket panel Load center
Backup toads
-TITWE
Whole Home Backup
Solar
Meter
Grid Meter socket panel Load center
Backup loads
Powerwall 3 with Backup Gateway 2
Partial Home Backup
Utility Meter
main Breaker
I _=5
Grid Meter load center Load center
Non -essential loads Backup loads
2024
Solar
MT F rM M Mo. ULMnM I R r-*7 9 9 W 9 0 =
Electrical Model Mcl-1 MCI-2
Specifications Nominal Input DC Current Rating (1P) 13 A 13 A
M
Maximum Input Short Circuit Current (Isc) 19 A
Maximum System Voltage (PVHCS) 600 V DC
10Maximurn System Voltage is limited by Powerwali+ to 600 V DC,
RSD Module Maximum Number of Devices per String
Performance Control
Passive State
Maximum Power Consumption
Warranty
Environmental Operating Temperature
Specifications
Storage Temperature
Enclosure Rating
Mechanical Electrical Connections
Specifications Housing
Dimensions
Compliance Certifications
Information
['1461IRM152 M-W-FlITON
EM
5
Power Line Excitation
Normally Open
7 W
25 years
-40°C to SO'C
(-40°F to 122°F)
-30°C to 70°C
(-22°F to 158°F)
NEMA 4X / IPGS
MC4 Connector
Plastic
125 x ISO x 22 mm
(SxGxl in)
350 g (037 lb)
ZEP Home Run Clip
M4 Screw (#10)
M8 Bolt (5/I6")
Nail / Wood screw
17 A
1000 V DC1c,
5
Power Line Excitation
Normally Open
7 W
25 years
-45°C to 70°C
(-49°F to 158°F)
-30°C to 70°C
(-22°F to 158°F)
NEMA 4X / IP65
MC4 Connector
Plastic
173 x 4S x 22 mm
(6.8 x 1.8 x 1 in)
120 g (0,26 lb)
Wire Clip
JFL 1741 PTRSE, Ifl- 3ill 741,
External System Shutdown Switch
9
oil 170 IN
d I
Mlk�� IRL
Unprecedented cost saving Customizable, flexible backup
home energy insights when paired with battery storage
Electrical
• RevenUe-accurate energy monitoring
• 100 - 200A Plain Breaker with built in
Microgrid interconnection Device (MID)'
- 225A bUsbar rating
Installation
• indoor and outdoor -rated
Surface or serni-flush mounted
• Compatible with standwd 1" breaker-,
Connectivity
Ethernet, WiR, cellular
Free over-the-ziir updates
SPAN goes beyond monitoring with
the SPAN Home Apo*: for real-time
control and energy insights to bring
your home's energy to life,
Combined with battery storage, SPAN
gives homeowners the power to
choose and change backup priorities
whenever they want.
W.T10
Grid Connection Single phase
Grid Frequency 6OHz
Bus Bar Rating 225A
Controllable Circuit Spaces (up to) 40
Additional Features
Customizable whole -home battery storage
Backup time remaining estimates
Real-time load control
Energy monitoring & insights
Feed-Thru Lugs
Yes, two feeds • Load management for upgrade avoidance
Enclosure Rating
NEMA 3R
Max Branch Circuit Size
100A DP
Energy Management System
SPAN PowerUp"' capable, Backup overload protection
AC Metering
Revenue accurate +/- 0.5010 on mains + all branch Circuits
Breaker Compatibility
SquareD, Siemens, Eaton, and GE
Mounting Style
Surface or semi -flush mount
AC Voltage (Nominal)
208 / 240 VAC, L-L
Main Overcurrent Protection Device
Max 200A Main Breaker , built in Microgrid interconnection Device (MID)
Maximum Input Short Circuit Current
22kA
Enclosure Dimensions
46.0 x 14.3 x 6.5 in (H x W x D)
Weight
109 lb (493 kg)
(enclosure no door or deadfront)
25 In (113 kg)
(Panelboard)
41 lb (18.6 kg)
Connectivity
Ethernet, Wifi (2.5, 5 GHz)
Warranty
SPAN Panel: 10 years; SPAN Home Gateway. 5 years
Environmental
Compliance
Operating Temperature -22 to 122'F
(-30 to 50'C) Certifications UL 6/. Ut, 916Ui 869A, UL 3141 h`CSj
Operating Humidity (RH) 0-100%
Emissions WC Part t_5 Cl&ss is
Maximum Elevation 30
jjSt,Cj 1'0%jt!r C'jj(rQj00m Other S Syslenl for ioid munjgement
Environment Indoor, Outdoor
WWWSIPANJO
PRODUCT SPECIFICATIONS
All specifications and descriptions contained in this document are accurate at the time of
puturcation. In the interest of product improvement. SPAN reserves the night to make
product modifications at any time without advance notice.
For the latest SPAN product and installation documents. visit
For errors or omissions, contact support Ccbspan,fo
For complete product specifications and information on product listing and ormification,
rater to this Product Datashect at wom,sicartJo,
All installations must conform to the laws. regulations. codes and standards applicable in the
jurisdiction of installation Before starting an installation, consult a local building or electrical
inspector for current requirements. Labor codes may %(sty hot ans adopted and authored to
promote safe electrical instaflafit-ins. A permit may be nodded to do electrical work, and some
codes may require an Inspection of the electrical work
Jurisdiction Code
United States National Electrical Code (ANSIINFPA 70)
General
SPAN assumes no liability far injury or property damage due to installation or scolds, iWARNING. Risk of electric shock. Risk of fire. Only qualified electrical personnel
attempted by unqualified individuals. or due to a failure ii(pladfiersor service technicians to sk should install. troubleshoot. service, or replace the equipment.
property follow safety, installation and service instructions, WARNING: Risk of electric shock. Apply appropriate personal protective
,9'202 1 SPANJO. inc- All rights reserved.
All information in this document is subject to copyright and other intellectual property rights
of SPANJO. Inc- This material may not be modified. reproduced or cooed, stored in a
retrieval system, or transmitted, to, whole of in part. without the prior written permission of
SPANJO. Additional information is available upon request
Trademarks
The following are trademarks of registered trademarks of SPAN in the Urviod States and
other countries
ISPAN. SPAN.10, SPAN Panel /X ry
All other trademarks in this document are the property of their respective owners. and their
use within does not imply endorsement of their products or servrces. The unauthorized use
of any trademark displayed in this document or on the product is shcAly prohibited.
Electronic Device Waste Disposal
Proper disposal of electronic equipment is required. Refer to local series for disposal
requirements. To arrange for proper disposal of this product, contact your local authorities
or dealer for proper disposal requirements,
Warranty
To secure the full product warranty. tho, SPAN Panel must N., registered by competing the
commissioning process, which sends system information to SPAN. For complete warranty
information, refer to the Product warranty at wwworhin kc
IMPORTANT SAFETY INSTRUCTIONS
SAVE THESE INSTRUCTIONS
Follow these instructions during installation, maintenance and operation of the equipment
This section contains safety information that must be observed at all times when working on
or using the equipment
In Case of Fire or other emergency:
If safe to do so. switch off the main or upstream breaker for the panel.
Contact the fire department or other required emergency response team,
Evacuate the area and aide others in the area
In case of unusual noise, smell or smoke:
Ensure nothing is in contact win the SPAN Panel or affair equipment
Veriblats, the space
Contact your installer or SPAN Customer Shown.
Symbols Used
These symbols indicate important safety information in the documentation or on the
equipment
WARNING: Indicates a Situation where failure to follow instructions or use
proper materials may be a safety hazard that may result in serious injury,
loss of Idic or destruction of equipment. Use caution and do not proceed craft
the inifiCovid conditions of required procedures are fully understood and met,
CAUTION: Indicates a situation whom, failure to fellow instructions or use
proper materials may be a safety hazard that may result in minor injury or
damage to equipment, Do not proceed until the indicated conditions or
required procedures are fully understood and met,
NOTE: Indicates an important step or additional information that highlights
best practices or procedures. Fellow instructions carefully,
RISK OF ELECTRIC SHOCK Indicates components that present risk of
electric shock,
PROTECTIVE CONDUCTOR TERMINAL. Indicates location of grounding
connection on the equipment
REFER TO INSTRUCTIONS: indicates that user should refer to operating or
installation instructions before prrwveminfi.
ATTENTION: Read all instructions and cautionary markings in this document and on the
equipment before installing the SPAN Panel, Failure to do so may resultin equipment
damage, electric shock. serious injury, or loss of lKe- Failing to follow any of these
instructions may also void the wacrarity,
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30)
equipment {PPE) and follow safe electrical work practices during installation and
service- Turn off all power supplying this equipment before working on or inside
equipment, Anivairs use a properly rated vottargesensing device to confirm power
is off Russian all devices, covers, and doors beforv, turning on power to the
equipment,
WARNING. To protect the equipment and its carnporterds from damage when
transporting. handle with care, To help prevent damage leave all equipment in its
shipping packaging until it is ready to be installed,
WARNING: Inspect the equipment for damage before inslalivig- Do not install the
equipment if it has been damaged in any way
WARNING: Do not insert foreign objects into any part of the equipment.
WARNING: Do not expose the equipment or any of its comrionerns, to direct
flarnis
WARNING. Do not attempt to open, disassemble, repair, tamper with. or modify
the equipment other man what is permitted in this mutual, The equipment
connate, no user -serviceable parts other than field-vistalled circuit breakers
Contact the installer who installed the equilmourd for any morals,
WARNING: Do not connect life-support systems, other frieffical equipment or
any other use where product failure could lead to Injury to person,-, or loss of life
to circuits which can be remotely switched.
CAUTION: Do not use solvents to clean the equipment or expose the document
to flammable or harsh chemicals or vapors, Do not allow piltroleum-based points.
solvents, or sprays to contact nonmetallic parts of the equipment,
CAUTION: Do not use parts or accessories other than those specified for use
with the equipmem.
Installation and Use
A, WARNING: Risk of electric shock. Risk of fire Only use electrical system
i%ASI components approved for wet locations.
WARNING: Risk of electric shock, Risk of fire. Ensure that all wiring is correct
and that none of the wines are pinched or damaged
WARNING. Risk of electric shock. Risk of fife. Before making any connections
verify that the circuit broalkiirjsd are in the off position, Double check all wiring
before applying power.
WARNING: Risk of electric shock- Improper servicing of the equipment or its
components may result in a risk of shock or fire To reduce these risks,
disconnect all wiring before attempting any maintenance or cleaning,
WARNING: Risk of electric shock. Always de -energize the equipment before
servicing. While connectors are rated for disconnect under load, it is best practice
to de -energize before dscunnectinir
WARNING: Risk of electric shock. Do not use equipment in a manner not
specified by the manufacturer. Doing so may cause injury or loss of life, or
damage to equipment
WARNING: Risk of electric shock- To maintain the warranty. do not modify the
deadfiera other than to remove filter stores as needed
u,"A NOTE The
' equipment is intended to operate with a Connection to the Internet
Failure to riarilarn an interest corinectum may impact performance.
NOTE: This device complies with part 15 of the FCC Rules, Operation is subject
to the following two conditions. (1) This device may not cause harmful
interference, and (2) this device must accept any interference received, including
interference trial may cause undesired operation. Changes or modifications not
expressly approved by the party responsible for compliance could void the user's
authority to operate the equipment.
Environmental Conditions
"" WARNING: This equipment is intended for Operation in an environment having a
minimum temperature of -30 C (-22'rF) and a maximum
temperature of 50-C (122'F).
WARNING. Install the equipment in a location that crayons damage front
floodirry Ensure that no water sources are above or near the equipment.
including downspouts, sprinklers, or faucets
ABOUT YOUR SPAN PANEL
PREPARING TO INSTALL
U'ripack, inqg and iDspectirig zhe Panel
2,
e, czi t I I
INSTALLATION
I f-
�d!,�-J U 1) t" i ? 1 �2 I. h E� P a 1 1
Usinig P-an,e! Service Eq,.iiprnent
-he Panel Wi ri no
%,'Viring
6, Confi�Juflng the Door Svv,#ng DiRec! ion,
T lrr-,taHi-q thf,-! Rush Moi-K"I'L 1f-h"'1 ?-'A:
Ii clg zhe Unitnspci eJon Ewc I Ios�n
9� con-m,!issicn�� i7
TROUBLESHOOTING & SERVICING
APPENDIX A: CIRCUIT BREAKER COMPATIBILITY
APPENDIX B" SURGE PROTECTIVE DEVICE COMPATABILITY
APPENDIX CMAIN LUG PART
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 3
The SPAN Panel is an intelligent breaker panel with integrated connectivity, monitoring, and control for home loads, solar PV generation,
energy storage, electric vehicle charging equipment, and the utility grid. SPAN is wall -mounted and similar in size, weight, and
configuration to traditional electrical panels, allowing it to be installed in place of a typical 120/240VAC breaker panel using standard
tools and materials,
SPAN Panel installations can be designed to support both DC -coupled energy storage systems (where the solar generation and battery
storage systems are managed by a single inverter) and AC -coupled systems (where the solar generation and battery storage systems
each have their own inverter). See Storage System Integration Manual for complete details.
W
if
SPAN Panel with door removed (top), deadfront removed (boLtom)
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 4
Inspect the packaging and SPAN Panel for damage. Ensure you have received the following components:
• SPAN Panel (with main bonding juniper pre -installed) and door (packaged separately)
• Getting Started card (with instructions for horneowner to download SPAN Home App)
• Breaker label schedule street
• Accessories:
* (1) Conduit hub closing plates (SquareD ACPCP) (pre -installed)
0 (2) SquareD service entrance barrier covers (pre -installed)
* SquareD 200 A rnain breaker (pre -installed)
0 Spare fastener kit
WARNING: if the unit is damaged in any way, do not proceed with the installation. Contact SPAN for further instructions.
k
Internet Connection
The SPAN Panel requires an Internet connection to enable monitoring and control features, and to receive the latest software updates.
Be sure to register the product to establish communication with SPAN. Failure to do so may affect product performance or affect the
terms of the warranty. If a Wi-Fi signal is not available at the install location, establish an Ethernet connection between the SPAN Panel
and the customers router. Cellular LTE should only be relied on as a backup connection.
Required Equipment
• Branch circuit breakers for load and generation circuits. See
• Main breaker (100-200 A) using SquareD type QCM2 breakers
• Conduit, conduit fittings, and SquareD A -Series threaded conduit hub suited to the installation
• Four #10 lag bolts or screws, 3 inches long (depending on attachment wall) for panel mounting, and washers (for use
between fasteners and enclosure)
• Conductors rated to minimum of 75°C. See table below and markings on breakers for acceptable wire gauge.
• Cable for communication between the SPAN Panel and solar inverter(s) (Minirnurn 300 V rated, shielded, twisted -pair,
copper, 22-16 AWG)
• Sniartphone or tablet with SPAN Installer App for commissioning
Personal Protective Equipment (PPE) should be worn by all persons at the installation site and properly rated for residential applications.
Required Tools
• Torquing tools capable of 20-275 in-lbs (23-31 A Nan)
• Allen bits (3/8-inch and 5/16-inch)
• Phillips, slotted, and square -drive driver
• Standard installation tools: wire cutters/strippers, multimeter, stud finder, level, tape measure, marker, and flashlight
NOTE: Verify that the site mechanical, electrical, and clearance requirements outlined in this document and the product
datasheet are compatible at the planned installation location,
NOTE: Install only compatible circuit breakers, hubs, conductors, and other accessories. Failure to do so may affect safety,
6 21( warranty.
product performance, and may void the
NOTE: NEMA 3R rated conduit fittings are required for outdoor installations,
NOTE: For 22 kA short-circuit rating, branch breakers must be series -fisted with the SquareD main breaker. otherwise,
rating will be 10 J<A.
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30)
Electrical, Mechanical, and Environmental Requirements
• The SPAN Panel is service entrance rated. When used as service equipment, primary ovel-CUrrent protection for the site is
required in the form of an installed main breaker not to exceed 200 A.
• The SPAN Panel is intended to be wall -mounted between studs (2x4! or equivalent) with 16-inch spacing, using all 4
mounting points. it is typically mounted serni-flush, so the front of the unit extends slightly beyond the surface of the wall.
• Verify that the wall construction is adequate to support the weight of the panel. The installation should conform to applicable
building codes. Consult a structural engineer and local standards for local mounting requirements,
Site Electrical Service
Service Feed
Internal Bussing
Civercurrent Protection (Main Breaker)
Location
Ambient Temperature
Enclosure Dimensions
Flush Trim Kit Dimensions (on wall)
Weight (without circuit breakers)
240/120 V, 60 Hz split -phase
200 A maximum
225 A MaXiMUM
100 - 200 A
Indoor or Outdoor (NEMA 3R)
-227 to 122'F (-30°C to 50'Q
998 x 362 x 153 mm (39.3 x 14.3 x 6.0 in)
1123 x 405 rnm (44.2 x 15,9 in)
34 kg 175 lbs (38 kg 184 Ins fully populated with breakers)
CAUTION: Follow all local codes and standards when planning for and installing the SPAN Panel,
CAUTION: Do not exceed panel capacity. Ensure that the installation conforms to applicable code, and that appropriate
)f '�
overcurrent protection is in place.
Dimensions, Clearances, and Access
• Do not install the SPAN Panel near an emergency exit or other building evacuation route.
• Do not install the SPAN Panel in a location or place any objects rear it that would prevent its door from opening to 90',
or that would restrict access to the Unit,
• Do not Mount objects on the wall within the minimum required clearances indicated below, with the exception of items
required by the installation, such as electrical conduit or junction boxes.
• Do not recess the SPAN panel beyond the door hinges.
NOTE: The door may be configured to open from either direction. Ensure door may swing open to 90' per NEC 110.26(A)(2)
'All
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 6
Accessories
The following accessories may be used with SPAN Panels
SPAN Main Lug Assembly
SPAN PN: 1-01934-01
SPAN Flush Mount Trim Kit
SPAN PN: 1-01046
SPAN Networking Kit (for multi -panel sites)
SPAN PN: 1-00921
Set -vice entrance barrier cover
SquareD PN: PKSB1 HA
Top hub closing plate
SquareD PN: ACPCP
Top threaded conduit hub, rainproof
SquareD A series hubs
Filler plate for branch breaker knockouts
SquareD PN: HOMFPCP
Add -on Neutral / GND lugs (Field -installed)
ILSCO NBST-210
SquareD HOM100AN
GE TLK20
Add -on GND bar kit (Field -installed)
UL Recognized ground bars may be installed by tapping threaded holes in
the SPAN Panel enclosure, according to NEC requirements,
Powerline Ethernet Adapter Kit
Recommended options:
TP-Link W 000
TP-Link AV600
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 7
• Using a flat screwdriver, loosen the single deadfront fastener screw and remove the cleadfront cover.
TIVI"111HYMM
• Ensure the wall space can accommodate the flush section without interference from pipes or conductors inside the wall space.
• Using a drill and level, mount the SPAN Panel enclosure on the wall, observing site and mechanical requirements, and
applicable building codes. Secure the unit at all 4 mounting points,
• When flush mounting, drill '/4" pilot holes, marked by interior mat -kings of the panel. Install fasteners through the side walls to
secure the panel to the studs, as shown below,
Wall Mounting Points for Surface -Mount (left) and Flush -Mount (right)
'A WARNING: Risk of electric shock. If you at e replacing an existing electrical panel, make sure power is turned off before
removing the old panel and when installing the SPAN Panel. Always make sure all electrical equipment is safely de -
energized before beginning work
Map
CAUTION: The unit must be installed within 10 degrees of vertical, and level from side -to -side.
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 8
• The SPAN Panel allows conduit entry through the top, bottom, lower sides, and rear section of the panel,
• For top conduit entry, install a SqUareD A -series threaded hub.
• Before removing knockouts, plan conduit routes and corresponding knockout locations and sizes on the enclosure. Be sure to
allow adequate clearance for conduit routing and anchoring. Conduit installation must comply with applicable fill fit -nits and
electrical codes.
13
6.9"
3.25"
%
bLr_;X�A) C,VQ5 -i-" e 33'
................. . . .
10.5"
Panel Face
Panel Face
10. 5"
Allowable Conduit Entry Locations (shown in blue)
CAUTION: Do not punch conduit holes in any location on the enclosure that would allow moisture to enter the unit.
CAUTION: Follow guidance in NEC Chapter 3 and any local AHJ requirements for cable type selection. Consider exterior
surface and flush t-counted installations as wet/damp conditions and use conduit accordingly. When installed in wet/damp
locations cable routed through the bottom face must be wet- or damp -rated.
NOTE: Additional conduit holes can be punched in the top sections of the panel, Note the locations of antennas and wires
inside the panel before cutting. Be careful to keep metal shards from coming into contact with any energized parts. Use
appropriate fittings for the location.
/0
NOTE: Use care when drilling and confinn that fittings are the correct size and NEMA rating for the installation location
before proceeding.
NOTE: When top conduit entry locations are not used for wire entry, it must be sealed properly with top hub closing plate.
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 9
Verify Neutra 1-to-G round Bonding
• When used as service equipment, ensure the factory -installed main bonding jumper is securely in place.
• When not used as service equipment, remove the main bonding jumper.
1: 00 11 i8i!
Location of bonding jumper in SPAN Panel
WARNING: When the SPAN Panel is not installed as service equipment, the factory -installed main bonding juniper MUST
be removed. In this case, ensure Neutral and Gro
und are properly bonded at the upstream service equipment.
�' CAUTION: Do not modify or rewire any factory -installed connections except the main bonding jumper,
-e the panel's main breaker is appropriately abe ed
NOTE: When the SPAN Panel is installed as service equipment, ensure I I
as "SERVICE I MAIN DISCONNECT"
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 10
• The SPAN Panel accepts a 100-200 A main breaker and up to 32 branch breakers in the panel for load circuits.
• install each branch breaker by rocking it down to seat it fully onto the busbar stab and engaging the clips that hold it in
position. Ensure each breaker is firmly in place.
CAUTION: install only listed and labeled circuit breakers compatible with the SPAN Panel. Branch circuits must riot exceed
the load limits specified below.
Ti FRIM, t7ri-ST1111-75r. e��
General Use
90A
Full Load Incluctive/MotorAmps
60A
Locked Rotor Inductive/Motor Amps
270 A
1117-MVITTINWRT-MICTAM
SPAN is multi -listed for use with 1-inch (2.54 cm) standard, tandem, AFCl, and GFCI branch circuit breakers from Siemens/Murray, Eaton,
and SquareD types listed in table below, See A for complete details on breaker compatibility and short circuit rating.
• SquareD type HOM, HOMT
• Eaton type BR, BD, BQ
• Siernens/Murray type QP, QT
SquareD QOM2 type:
* 100AQOM2100VH
0 125 A QOM2125VH
0 150 A QOM2150VH
* 175 A QOM2175VH
* 200 A QOM2200VH
* SPAN Panels manufactured with Serial Number (SN) xx-2223-xxxxx (middle 4 digits) and higher are not compatible with any
plug -on neutral style branch circuit breakers. When AFCJ1GFC1 branch breakers are required, a pigtail neutral breaker stele
must be installed with the neutral pigtail wire connected to the panel's neutral wiring terminal bar.
CAUTION: Use only appropriately sized, compatible circuit breakers according to the type of load. Ensure breaker selection
is in accordance with NEC, CEC, and local code articles for any field modifications. Additional or replacement breakers
should be of the same manufacturer, type designation, and equal or greater interrupting rating,
CAUTION: Refer to the specific breaker location instructions for each grid forming hybrid inverter in the Storage System
Integration Manual, Hybrid inverter breaker(s) must be connected to the position(s) indicated for the system to operate
as intended.
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 11
Installing a Main Breaker
The SPAN Panel must have either a main breaker installed (see above for compatible main breakers) or a SPAN Main Lug Assembly (PN:
1-01934-01). Main breakers and Main Lug parts may be field installed according to this manual,
To remove:
Remove the two (2) Ll /L2 fastening nuts using a 7116-inch hex socket.
Remove the fastening screw using a #2 Philips bit,
Slide the main breaker or min lug kit downwards.
To install:
insert the main breaker or main lug part as show below,
Install the (1) Phillips #2 fastening screw, torquing to 31 in-lbs (3,5 N-rn),
Install the two (2) fastening nuts and washers, torquing to 45 in -liar (5.1 N-rn) using a 7/16-inch hex socket.
76--7E.
1L,
�F
Fastener Torques for SPAN Main Lug Part
Fastener Torques for Main Breaker
NOTE Use a torque tool to avoid over -torquing the main breaker fasteners.
CAUTION: Maximum current rating of the main breaker and main lug configuration is 200A. Bussing is rated to 225A.
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 12
Size all conductors with reference to the overcurrent protection device, ampacity, and voltage drop requirements in accordance with all
local electrical codes. Use conductors rated to minimum of 75°C.
0 Connect supply-side Line 1 and Line 2 conductors to the main breaker terminals,
• Connect supply Neutral and Ground conductors to their respective terminal blocks.
• Refer to the table below for suitable conductor gauges and torque requirements.
• SPAN sub -feed lugs are rated to 200A max.
ro
WARNING: Risk of electric shock. Check that all circuits are de -energized before wiring including generation equipment
such as solar inverters and storage batteries,
CAUTION: The SPAN Panel is only intended fot use on 1201240 V split -phase electrical service.
Connect Line conductors for all circuits to the respective breaker.
• Connect Neutral and Ground conductors to their respective wire terminals,
• Once all conductors are connected and secured, check that there are no exposed conductors or stray wires. Clean up
conductor routing to ensure no wires will be pinched when re -assembling the autotransformer cabinet and deadfront
assembly.
NOTE Keep track of circuit labelling. This information will be required during commissioning.
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 13
Terminal Wire Gauge, Strip Lengths, and Torque Values
w:
Main Breaker See instructions on breaker
SPAN Main Lug Part #6 - 250 kcrrtil 1,25 in (32 n-im) 3/8-in hex 250 (28.2)
Main Neutral & Main GND terminal #6 - 250 kcmil 1,25 in (32 nim) 3/8-in hex 250 (28,2)
Larger Neutral terminals #14- 1/0 0.75 in (20 n-im) 5 rrim 35 (4.0) for #14-10
slotted 40 (4.5 ) for #8
45 (5.1) for #6-4
50 (5.6) for #3-1 /0
Smaller Neutral tei minals & #14-4 0.5 in (12 rnm) 5 min 20 (23) for # 14-10
GND terminal block slotted 25 (2.8) for #8
35 (4.0) for #6-4
Feed-thrOUgh lugs (L 1 /1-2) #6 - 250 kcrnil 1.25 in (32 nim) 5/16-in hex 250 - 275 (28,2 - 311)
1,0 NOTE: Tot que circuit breaker terminals to values specified on the breakers.
104
je V, NOTE: Terminals integral to the Span panel are suitable for 60f75°C AUCU wire. Refer to circuit breaker markings for
breaker terminals' temperature rating.
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 14
• Use minimum 300 V rated, shielded, twisted -pair, copper conductors only for communication wiring,
• Connecting the SPAN Panel to the Internet with a wired Ethernet is strongly recommended.
ti NOTE: To insert wiring into RS485 terminal, use a 2rnrn flat head driver to depress the tab while inserting stripped wire.
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 15
To Configure the door to open from the other direction:
• Using a #2 Philips driver, remove the 2 hinge brackets and 2 latch brackets frorn the enclosure.
• Re -install the hinge and latch brackets on the desired side, tightening each screw (2 per bracket) and torque to 26,5 in-lbs (3
Nm).
• On the inside of the door, remove and swap the mating hinge and latch hardware, and re -install and torque to 26.5 in-lbs (3
Nm).
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 16
The Flush Mount Trim Kit (PN: 1-01046) is used for indoor installations to easily cover square holes cut into the wall during installation.
The overall dimensions when mounted are 1123x405 mm (44,2x 15,9 in),
• Place the two (2) metal Trim Mounting Brackets directly against the SPAN Panel's top and bottom faces, using the triangular
decals to center,
• Affix the upper and lower Trim Mounting Brackets to the wall or stud using four (4) mounting screws.
• Snap the Trim Piece in place, ensuring all four ITIOUnting sockets are fully engaged.
............
$
Installing Trim Mounting Brackets
Snapping Trim Piece in Place
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 17
• Confirm that all connections are correct, properly grounded, and secure,
Replace the deadfront and securing using the flathead screw.
• Install the door by slicling down onto the hinges.
• Only after fully replacing the deadfront assembly, restore power.
• Lock the panel closed with the hasp at the bottom of the panel door using a lock provided by the homeowner.
O"
';a
-1" WARNING: Risk of electric shock. Do not modify the deadfront other- than to configure the door hinges or to remove or
rn�replace breaker filler plates, as needed.
The Panel must be configured with the SPAN Installer App prior to use.
Download the SPAN Installer App from
Follow the on -screen instructions. When prompted to connect to the panel, refer to the panel Serial Number located on the product
label inside of the door.
1,11"
NOTE: When SPAN's relays open/close they will sound like a digital camera taking a photo. When SPAN transitions on- or
CiA off -grid, several relays may open/close at once which sounds like a digital camera taking multiple photos. This is not -mal.
C1�1-1111
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 18
For additional troubleshooting and support visit
Follow these troubleshooting steps to establish communication and verify operation of the SPAN Installer App:
• Wait at least 3 minutes after powering on before attempting to connect to the Panel.
• Ensure the panel is connected to the internet, using the Installer App.
• Ensure the battery backup system is communicating with the SPAN Panel using the Installer App.
• Ensure all circuits and circuit locations are correctly identified in the Installer App,
• TO restart the system, press and hold the Reset button for 10 seconds (see "Resetting the System' below),
For further assistance, contact support@span.io.
0 WARNING: Do not attempt to open, disassemble, repair, tarnper with, or modify the equipment. The equipment contains
no user -serviceable parts other than field -installed breakers. Contact the installer who installed the equipment for any
-eb repairs. Only qualified electrical personnel should remove the deadfront panel.
Status LEDs
Main Power I
Om
Warning
Grid Status
A
;_4 t
Gateway Power
OG
(Future Use)
x
(Future Use)
Y
Green
Solid
Main PCBA powered
Off
Off
No AC power to panel
Fault: Hybrid inverter and/or
Green
Solid
autotransformer automatically
disconnected from main bussing.
Off
Off
Normal operation
Green
Solid
Grid voltage detected
Off
Off
Grid voltage not detected
Green
Solid
Gateway PCBA powered
Off
Off
No power to Gateway PCBA
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 19
If it becomes necessary to restart the system use a small tool to press the Reset button, located below the communication terminals.
Hold the button for 10 full seconds before releasing.
If it is necessary to manually reconnect your home to the grid, SPAN Support may direct you to operate the manual override in
the SPAN Panel.
• To reconnect to the grid manually, peel away the protective label, insert a large flathead screwdriver, and turn
counterclockwise until you hear a click.
CAUTION: Do not remove the protective label or operate the manual override unless directed to do so by SPAN Support.
I Improper operation of the manual override may damage the unit.
r. 21"1
Branch circuit position numbers are labelled adjacent to the breaker. A specific space location can be associated with the physical circuit
position in the SPAN panel by viewing the space in either the SPAN Installer or SPAN Home app.
To add, remove, or change branch circuit breakers:
• Follow instructions above in this manual to select, install, and wire circuit breakers.
• Use the SPAN Installer app to make changes to the branch breakers, following on screen instructions.
Homeowners Should be instructed to contact SPAN Support for any future branch breaker additions, removals, or changes.
I- -
f�-- CAUTION: To perform routine service or maintenance on circuits, confirm that the corresponding circuit breakers are
r
switched off. Powering down circuits using the SPAN internal relays should not be considered a suitable Off position for
servicing equipment.
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 20
SPAN has been evaluated per the UL Standard for Panelboards for use with the branch breaker types below in Table A.1.
Informational notes:
• National Electric Code (NFPA 70) does not prohibit tine use of different branch circuit breakers in panelboards provided it does
not violate the listing of any equipment. NEC article 110.3(B) states "Equipment that is listed, labeled, or both shall be installed and
used in accordance with any instructions included in the listing or labeling. "
• The standard for Molded -Case Circuit Breakers (UL 489) does not require listing circuit breakers for use in specific panel, nor
does this standard cover panelboards. Such testing is covered by the UL standard for Panelboards (UL 67), which does require
the panelboard to be listed with specific breaker types. SPAN is certified to the UL 67 standard via a Nationally Recognized
Testing Lab (NRTL) for use with the branch circuit breakers below. This is reflected in this installation information as well as
marked on the product itself.
For additional information visit i i i7
Table A.1
Series Specified Main Breaker
Rating
Amps Amp Manufacturer
Ratings
22,000 100to200 Square
Specified Branch Breakers
Catalog
Manufacturer Style
Numbers
QOM2125VH,
Eaton General
QOM2125VH,
QOM2150VH,
Duplex (tandem)
QOM2175VH,
QOM2200VH
Quadplex (tandem)
Type Poles Max Catalog Numbers
Amp
SR 1,2 90 BR or BR H followed by 110 to
290
8D 1 50 BD followed by 1010 to 5050
BQ and BQC 1,2 1 50 BQ followed by 215215 to
2502120
Combination arc fault BR 1,2
circuit interrupter
(AFQ
Ground fault circuit GFTCB and 1,2
interrupter (GFCI) GFEP
Ground fault
equipment protection
Dual function
combination ground
fault and arc -fault
protection
Murray General
Duplex (tandem)
Triplex (tandem)
QuadPlex (tandem)
20 BRN, BRC, or BRL followed by
110 to 120; followed by AF or
CAF
60 BRN, GFTC6, 6RHN, or
GFTCBH followed by 110 to
260; may be followed by GF
GFEP 1,2 50 BRN or GFEP followed by 115
to 250; may be followed by
EP
BR 1 20 BRN or BRAFGF followed by
110 to 120; maybe followed
by DF
MP-T
MH-T
MH-T
MH-T
Branch -feeder arc fault WAT2
circuit interrupter
Combination arc fault WAT2
circuit interrupter
(AFC()
Ground fault Circuit MP-GT
interrupter(GKI)
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30)
1,2 90 MP or MPH followed by 110
to 290; may be followed by
KH
1 30
MP followed by 1010 to 3030;
may be followed by N
1,2 30
MP followed by 21010 to
25020
2 40
MP followed by 21515 to
24040; followed by CT2
1,2 20
MPA followed by 115 to 120;
followed by AF: may be
followed by H
1,2 20
MP or MPA followed by 110
to 220; followed by AFC, may
be followed by H
1,2 60
MP followed by 110 to 260;
followed by GFA, may be
followed by H
21
Dual function
MP-GAT2
1
20
MP followed by 110 to 220;
combination ground
followed by DF; may be
fault and arc -fault
followed by H
piotection
Siemens General
QP
1,2
90
Q followed by 110 to 290;
may be followed by H
Duplex (tandem)
QT
1
30
Q followed by 1010 to 3030
may be followed by NC
Triplex (tandem)
QT
1,2
30
Q followed by 21010 to
23030; followed by CT
Quadplex (tandem)
QT
2
40
Q followed by 21515 to
24040: followed by CT2
Branch -feeder arc fault
QAF2
1,2
20
QA followed by 115 to 120;
circuit interrupter
followed by AF; may be
followed by H
Combination arc fault
QAF and
1,2
20
Q or QA followed by 110 to
circuit interrupter
QAF2
, by AFC; may e
220; followed maybe
(AFCI)
followed by H
Tandem combination
CAFCl
7
20
Q followed by 10110 to 2020;
arc -fault circuit
followed by AFC
interrupter (AFC1)
Ground fault circuit
QPF and
1,2
60
Q17 followed by 110 to 260;
interrupter (GFC1)
QPF2
followed by A; may be
followed by H
Ground fault
QE
1,2
60
QE followed by 115 to 260;
equipment protection
may be followed by H
Dual function
QFGA2
1
20
Q followed by I l0to 120;
combination ground
followed by DF: may be
fault and arc -fault
followed by H
protection
Square D General
HOM
L2
90
HOM followed by 110 to 290
(Homeiine)*
Tandem (duplex)
HOMT
1
30
HOMT followed by 1010 to
3020
Quad (tandem)
HOMT
1,2
50
HOW followed by 1515215
to 2020250
2
50
HOW followed by 215215 to
230250
Combination arc fault
HOM-CAH
1,2
20
HOM followed by 110 to 220;
circuit inter upter
followed by CAR
(APCI)*
Ground fault circuit
HOM-GR
1,2
50
HOM followed by 110 to 250;
intenupter(GFCl)*
followed by GFI
Ground fault
HOM-EPD
1,2
50
HOM followed by 115 to 250;
equipment protection
followed by EPD
Dual function
HOM-DF
1
20
HOM followed by 110 to 120:
combination ground
followed by DF
fault and arc -fault
protection*
10,000 None n/a n1a AH specified All specified types
(Main Lug) I manufacturers I
SPAN Panelsmanufacturedwith Serial Number (SN) xx-2223-xxxxx (middle 4digits) and higher are not compatiblewith plug -on neutral style branch circuit
breakers, and pigtail neutral breaker styles must be installed. SPAN Panels with Serial Number (SN) xx-2222-xxxxx (middle 4 digits) and lower are compatible
with SquareD Homeline plug -on neutral, as indicated by catalog numbers:
HOM followed by 110 to 220; followed by P; followed by CAR
HOM followed by 110 to 250; followed by P; followed by GR
HOM followed by 110 to 120: followed by P; followed by DF.
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 22
Per 2020 NEC 230.67 Surge Protection
• A surge protective device (SPD) shall be installed in all new and replacement services supplying dwelling units.
• Shalt be Type 1 or Type 2 SPD.
• Shall be attached to the service equipment or Immediately adjacent, Exception: The SPD shall not be required to be in the
service equipment if located at each next level distribution equipment downstream toward the load.
SPAN is compatible with virtually any standard SPD connected to a 2-pole breaker or installed on a 2-space slot in equivalent SquareD
HOK Eaton BR, or Siemens/Murray QP/MP panelboards.
• When installing an SPD, mark it as an essential circuit in the SPAN Installer App under Advanced settings, depicted below.
• If using an SPD with usable circuits, be sure to only have essential items on those circuits (e.g,, Internet router, alarms, fire
detection). Homeowners will not be able to turn this circuit off via the SPAN Home app.
" .'w f v
(YP'
Breakerl
2-pole (Breaker 3)
Awun)W; ra6y ,' A !t" I IM
ut, '0 X
INC==
Setting to follow when using an SPID in SPAN
SPAN 1 -00800-xx Installation Manual (rev, 2022-05-30) 23
The SPAN Main Lug Assembly (SPAN PN: 1-01934-0) is designed and listed only for use in the SPAN Panel (PNI 1-00200-xx, 1-00900-
xx).
Dimensions
Weight
Wire Type
Wire Gauge
Current Rating
AC Voltage (nominal)
Max Input Short Circuit
Operating Temperature
4-7/8 x 5-1 /S x 2-1/8 in
(124 x 130 x 54 mm)
0,66 Ins (0.30 kg)
Copper or Aluminum (CU7AQ
#6 - 250 kcmil
200 A
120/240 VAC
10 kA
-22 to 1221F (-30 to 50°C)
tA P
NOTE: See "Installing a Main Breaket" section above for complete installation steps, torques, etc.
R" 11
SPAN 1-00800-xx Installation Manual (rev, 2022-05-30) 24
..M
2021-05-15
•
First revision
2021-06-04
*
Corrected product weight in spec table
*
Added Networking Kit and Trim Kit to accessory list
*
Added Servicing instructions regarding breaker replacement or additions
2021-06-21
*
Added main breaker replacement details
•
Added Flush Mount Trim Kit installation instructions
2021-06-29
•
Added dimensions for Flush Mount Trim Kit
2021-12-04
*
Added Appendix A: Circuit Breaker Compatibility
2022-01-21
*
Added Appendix B: Surge Protective Device Compatibility
•
Updated figure in Install Conduit section to include Conduit Entry Location dimensions
*
Updated Wiring the Panel section to include sub -feed tug rating
2022-01-28
•
Updated Image and information under section "Dimensions, Clearances, and Access"
•
Minor updates to "Preparing to Install" section
2022-04-19
•
Updated breaker compatibility list
2022-05-30
0
Updated format of Appendix A
0
Added information for Main Lug Kit (Appendix Q
2022-06-24 * Minor updates to Main Lug Part (Appendix Q and Installing a Main Breaker section
2022-08-30 • Minor updates installation recommendations
SPAN 1-00800-xx Installation Manual (rev. 2022-05-30) 25
I
This document is the property of Intertek Testing Services and is not transferable. The certification mark(s) may
Applicant: Span,10, Inc. Manufacturer: OnCore Manufacturing LLC dba NEO
Tech
Address: 679 Bryant St., Address:
San Francisco CA 94597
Country: USA Country:
Party Authorized To Apply Mark: Same as Manufacturer
Report Issuing Office: Intertek Testing Services NA, Inc, Cortland, NY
Control Number: 5017188 Authorized by:
,. =•�""``y for L. Matthew Snyder, Certification Manager
'U
T� S
4-4T3VW.10
TITC.-=
This document supersedes all previous Authorizations to Mark for the noted Report Number,
This Authorization to Mark is for the exclusive use at Intruleies Client and is provided pursuant to the Certification agreement between Intertel, and its Client fritafteks responsibility and liability are
limited to the term and conditions of the agreernent. lisedek assumes no liability to any panty. other than to the Client in accordance with the agreempt, for any loss. expense or damage occasioned
by the use of this Authorization to Mark Only the Client is authorized to permit copying or distribution of this Authorization to Mark and then only in its entirety Use of Intertek's Certification mark is
restricted to the conditions laid out in the agreement and in this Authorization to Mark Any further use of the lutertek name for the sale or advertiserrent of the tested material product or service must
first be approved in writing by Intertek. frinial Factory Assessarents and Follow up Services are for the purpose of assuring appropriate usage of the Certification mark in accordance with the agreement,
they are not for the purposes of production quality control and do not relieve the Client of their obligations in this respect
Intertek Testing Services RA Inc,
545 East Algonquin Road, Arlington Heights, IL 60005
------------ ",,t I I'll I
Standard(s): Energy Management Equipment{Energy Monitoring Equipment}>Expires on: 22JuI2022< [UL 916:2015
Ed.51
Product: Smart Panel
Models: 1-00200- followed by 01 or 02 or 12: may be followed by RG or IVIL or NX
1-00800- may be followed by 00 to 99.
ATM for Report 104174176CRT-001 Page 1 of 1 ATM Issued: 19-May-2022
ED 16 315 (16-Oct-2021) Mandatory