CanadianSolar CS Series User manual

INSTALLATION MANUAL
OF STANDARD SOLAR
MODULES (UL)
For professional use only
By Ron Bull ([email protected]) at 2:52 pm, Sep 16, 2019

EN-Rev IM/UL-AM-EN/3.5 Copyright © June 2016. Canadian Solar Inc. www.canadiansolar.com
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1.0 GENERAL INFORMATION
1.1 INSTALLATION MANUAL DISCLAIMER
1.2 LIMITATION OF LIABILITY
2.0 SAFETY PRECAUTIONS
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4.0 UNPACKING AND STORAGE PRECAUTIONS
5.0 MODULE INSTALLATION
5.1 MODULE WIRING
5.2 EQUIPMENT GROUNDING
6.0 MOUNTING INSTRUCTIONS
6.1 MOUNTING METHOD: BOLTING
7.0MAINTENANCE
AMENDED EDITIONS AND DATES
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1.0
GENERAL INFORMATION
This general manual provides important safety
information relating to the installation, maintenance
and handling of CS-series solar modules.
Professional installer must read these guidelines
carefully and strictly follow these instructions.
Failure to follow these instructions may result in
death, injury or property damage. The installation
and handling of PV modules requires professional
VNLOOVDQGVKRXOGRQO\EHSHUIRUPHGE\TXDOLȴHG
professionals. The installers must inform end
-users (consumers) the aforesaid information
accordingly. The word "module" or "PV module" used
in this manual refers to one or more CS-series solar
modules.
This manual is only valid for the module types CS6A-
xxxP, CS6A-xxxM, CS6V-xxxP, CS6V-xxxM, CS6P-xxxP,
CS6P-xxxM, CS6K-xxxP, CS6K-xxxM, CS6X-xxxP, CS6X-
xxxM, CS6K-xxxMS, CS6V-xxxMS, CS6A-xxxMS, CS6U-
xxxP and CS6U-xxxM.
Please retain this manual for future reference. We
recommend checking www.canadiansolar.com
regularly for the most updated version.
1.1
INSTALLATION MANUAL DISCLAIMER
The information contained in this manual is sub-
ject to change by Canadian Solar Inc. without prior
notice. Canadian Solar Inc. gives no warranty of any
kind whatsoever, either explicitly or implicitly, with
respect to the information contained herein.
1.2
LIMITATION OF LIABILITY
Canadian Solar Inc. shall not be held responsible for
damages of any kind, including – without limitation –
bodily harm, injury or damage to property, in
connection with handling PV modules, system
installation, or compliance or non-compliance with
the instructions set forth in this manual.
2.0
SAFETY PRECAUTIONS
Warning: Before attempting to install,
wire, operate and/or service the module
and other electrical equipment, all inst-
ructions should be read and understood.
PV module interconnectors pass direct current (DC)
when exposed to sunlight or other light sources.
Contact with electrically active parts of the module,
such as terminals, can result in injury or death,
irrespective of whether or not the module and the
other electrical equipment have been connected.
Avertissement: Toutes les instructions
devront être lues et comprises avant
de procéder à l’installation, le câblage,
l’exploitation et/ou l’entretien des
panneaux. Les interconnexions des panneaux
conduisent du courant continu (CC) lorsque le
panneau est exposé à la lumière du soleil ou à
d’autres sources lumineuses. Tout contact avec des
éléments sous tension du panneau tels que ses
bornes de sortie peut entraîner des blessures ou la
mort, que le panneau soit connecté ou non.
GENERAL SAFETY
· All Modules must be installed by licensed electrici-
ans in accordance to the applicable electrical codes
such as, the latest National Electrical Code (USA) or
Canadian Electric Code (Canada) or other national
or international electrical codes.
Protective clothing (non-slip gloves, clothes,
etc.) must be worn during installation to
prevent direct contact with 30 V DC or
greater, and to protect your hands against
sharp edges.
Prior to installation, remove all metallic
jewelry to prevent accidental exposure to
live circuits.
When installing modules in light rain,
morning dew, take appropriate measures
to avoid water permeate into the
connector.
· When installing modules in strong wind, take
appropriate safety measures to avoid damage to
the modules or injuries to people.
· Use electrically insulated tools to reduce the risk of
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

EN-Rev IM/UL-AM-EN/3.5 Copyright © June 2016. Canadian Solar Inc. www.canadiansolar.com
_Ɉ5Ɉ|
lift them by the frame.
· Stacks of modules should contain no more than
12 modules, and the frames should be aligned.
· Do not place excessive loads on the module or
twist the module frame.
· Do not bow modules under their own weight.
· Do not stand, step, walk and / or jump on modules
under any circumstances. Localized heavy loads
may cause severe micro-cracks at cell level, which
in turn may compromise module reliability.
· Do not drop or place objects (such as tools) on the
· Do not carry modules on your head.
· Do not use sharp instruments on the modules.
Particular care should be taken to avoid module
backsheets being damaged by sharp objects, as
scratches may directly affect product safety.
· Do not leave modules unsupported or unsecured.
· Do not change the wiring of bypass diodes.
· Keep all electrical contacts clean and dry.
PRODUCT IDENTIFICATION
· Each module is equipped with two identical
barcodes (one inside the laminate under the front
glass, the second on the rear side of the module)
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a unique serial number containing 13 (pre March
2013) or 14 (post March 2013) digits.
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type, as well as the main electrical and safety
characteristics of the module.
5.0
MODULE INSTALLATION
PRECAUTIONS MEASURES
AND GENERAL SAFETY
Prior to installing modules please obtain
information about any requirements
and necessary approvals for the site,
installation and inspection from the relevant
authorities.
· Check applicable building codes to ensure that the
SYSTEM FIRE RATING
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mechanical mounting instructions.
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· When installing the modules on rooftop, please
HQVXUHWKHDVVHPEO\LVPRXQWHGRYHUDȴUH
resistant roof covering rated for the application.
· A photovoltaic systems composed of UL1703
FHUWLȴHGPRGXOHVPRXQWHGRQD8/FHUWLȴHG
mounting system should be evaluated in
combination with roof coverings in accordance
with UL1703 standard, with respect to meeting the
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· Mounting systems with a System Fire Class Rating
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rated “Type 1” rated modules, are considered
acceptable for use with Canadian Solar Inc.
modules, provides the mounting system does not
violate any other requirements of this manual.
· Any mounting system limitations on inclination or
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the mounting system supplier.
ENVIRONMENTAL CONDITIONS
electric shock.
· If the disconnects and OCPD's cannot be opened
or the inverter cannot be powered down, cover the
fronts of modules in the PV array with an opaque
material to stop the production of electricity when
installing or working on a module or wiring.
· Do not use or install broken modules.
· Contact with module surfaces or frames may cause
electric shock if the front glass is broken or the
backsheet is torn.
· Keep the junction box cover closed at all times.
· The PV module does not contain any serviceable parts.
· Do not attempt to repair any part of the module.
· Do not disassemble a module or remove any mo-
dule part.
· Do notDUWLȴFLDOO\FRQFHQWUDWHVXQOLJKWRQDPRGXOH
· Do not connect or disconnect modules when current
from the modules or an external source is present.
· Do not allow children or unauthorized persons
near the installation site or module storage area.
Safety in Hazardous Locations
· With regard to modules that are suitable for use in
Class I, Division 2, Groups A, B, C and D hazardous
locations, strict compliance with the following
WARNINGS is necessary to avoid any personal
injury or damage to property.
Warning: Explosion hazard – do not
disconnect equipment unless the power
has been switched off or the area is
known to be non-hazardous.
Avertissement: Risque d’explosion –
Avant de déconnecter l’equipement,
couper le courant ou s’assurer que
l’emplacement est désigné non
dangereux
3.0
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SPECIFICATIONS
Module electrical ratings are measured under Stan-
dard Test Conditions (STC) of 1000 W/m2irradiance,
with an AM1.5 spectrum, and a cell temperature of
25°C. Detailed electrical and mechanical characte-
ristics of Canadian Solar Inc. crystalline silicon PV
modules can be found in our Installation Manual
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www.canadiansolar.com. Main electrical charac-
teristics under STC are also stated on each module
label. Please refer to the datasheet or the product
nameplate for the maximum system voltage.
Under certain conditions, a module may produce
more current or voltage than under its Standard Test
Condition's rated power. As a result, a module’s
open-circuit voltage and short-circuit current under
STC should be multiplied by 1.25 when determining
component voltage ratings, conductor ampacities,
overcurrent device ratings, and the size of controls
connected to the PV output. An additional 1.25
multiplier for the short-circuit current (giving a total
multiplier of 1.56), may be applicable when sizing
conductors and fuses, as described in section 690-8
of U.S. NEC.
4.0
UNPACKING AND STORAGE PRECAUTIONS
PRECAUTIONS
Module should be stored in a
dry and ventilated environment
to avoid direct sunlight and moisture. If modules
are stored in an uncontrolled environment, the
storage time should be less than 3 months and extra
precautions should be taken to prevent connectors
from being exposed to moisture or sunlight.
· Unpack module pallets carefully, following the
steps shown on the pallet. Unpack, transport and
store the modules with care.
· Modules must always be unpacked by two people.
Always use both hands when handling modules.
· Do not lift modules by their wires or junction box,
modules.
construction or structure (roof, facade, support, etc.)
can bear the module system load.
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

EN-Rev IM/UL-AM-EN/3.5 Copyright © June 2016. Canadian Solar Inc. www.canadiansolar.com
_Ɉ7Ɉ|
· The module is intended for use in general
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Environmental conditions appearing in nature -
Temperature and humidity.
· Please consult the Canadian Solar Inc. technical
support department for more information on the
use of modules in special climates.
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Do not immerse modules in water or
constantly expose modules to water (either
fresh or salt) (i.e. from fountains, sea spray).
· Exposing modules to salt (i.e. marine environments)
or sulfur (i.e. sulfur sources, volcanoes) incurs the
risk of module corrosion.
· Failure to comply with these instructions will void
Canadian Solar Inc warranty.
INSTALLATION REQUIREMENTS
· Ensure that the module meets the general technical
system requirements.
· Ensure that other system components do not
damage the module mechanically or electrically.
· Modules can be wired in series to increase voltage
or in parallel to increase current. To connect
modules in series, connect the cables from the
positive terminal of one module to the negative
terminal of the next module. To connect in parallel,
connect the cables from the positive terminal of
one module to the positive terminal on the next
module.
· The quantity of bypass diodes in the module's
junction box may vary depending on the model
series.
· Only connect the quantity of modules that
corresponds to the voltage specifications of the
inverters used in the system. Modules must NOT
be connected together to create a voltage higher
than the maximum permitted system voltage, even
under the worst local temperature conditions.
· A maximum of two strings can be connected in
parallel without using over-current protection
device (fuses…) incorporated in series within each
string. Three of more strings can be connected in
parallel if an appropriate and certified over-current
protection device is installed in series with each
string.
· Only modules with similar electrical outputs
should be connected in the same string to avoid or
minimize mismatch effects in arrays.
· To minimize risk in the event of an indirect
lightning strike, avoid forming loops when
designing the system.
· The recommended maximum series fuse rating is
stated in a table in the Annex.
· Modules should be safely fixed to bear all expected
loads, including wind and snow loads. A minimum
clearance of 0.25 in (6.5 mm) or more between
modules is required to allow for thermal expansion
of the frames.
· The small drainage holes on the underside of the
module must not be blocked.
OPTIMUM ORIENTATION AND TILT
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optimum orientation and tilt for PV modules in
your region. The highest yields are achieved
when sunlight shines perpendicularly onto the
PV modules.
AVOID SHADING
· Even minor partial shading (e.g. from dirt deposits)
reduces yields. A module can be considered to be
unshaded if its entire surface is free from shading
all year round. Sunlight should be able to reach the
module even on the shortest day of the year.
· Constant shading conditions can affect module
service lifetime, due to accelerated ageing of the
encapsulation material and thermal stress on the
bypass diodes.
RELIABLE VENTILATION
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between the module frame and the mounting
surface is required to allow cooling air to circulate
around the back of the module. This also enables
for condensation or moisture to dissipate.
· Any other specific clearance required for
maintaining a system fire rating should prevail.
Detailed clearance requirements pertaining to
system fire ratings must be provided by your
racking supplier.
5.1
MODULE WIRING
CORRECT WIRING SCHEME
· Ensure that the wiring is correct before starting
up the system. If the measured open circuit
voltage (Voc) and short-circuit current (Isc)
differ substantially from the specifications, this
indicates that there is a wiring fault.
· When modules have been pre-installed but the
system has not been connected to the grid yet,
each module string should be kept under open-
circuit conditions and proper actions should be
taken to avoid dust and moisture penetration.
CORRECT CONNECTION OF PLUG CONNECTORS
· Make sure that connections are safe and tight.
Plug connector should not be subjected to stress
from the exterior. Connectors should only be used
to connect the circuit. They should never be used
to turn the circuit on and off.
· Connectors are not waterproof when unmated.
When installing modules, connector should be
connected to each other as soon as possible or
appropriate measures should be taken to avoid
moisture penetrating into the connector.
USE OF SUITABLE MATERIALS
· Only use dedicated solar cable and suitable plugs
(wiring should be sheathed in a sunlight-resistant
conduit or, if exposed, should be sunlight-resistant
itself ) that meet local fire, building and electrical
regulations. Please ensure that all wiring is in
perfect electrical and mechanical condition.
· Installers may only use single conductor cable
listed and labeled as USE-2 or PV Wire that is 90°C
wet rated with proper insulation that is able to
withstand the maximum possible system open-
circuit voltage. Only copper conductor material
should be used. Select a suitable conductor gauge
to minimize voltage drop and ensure that the
conductor ampacity complies with local regulations
(i.e. NEC 690.8(D)).
CABLE AND CONNECTOR PROTECTION
· Secure the cables to the mounting system using
UV-resistant cable ties. Protect exposed cables
from damage by taking appropriate precautions
(e.g. placing them inside a plastic conduit). Avoid
exposure to direct sunlight.
· A minimum bending radius of 2.36 in (60 mm) is
required when securing the junction box cables to
the racking system.
· Do not place connectors in locations where water
could easily accumulate.
5.2
EQUIPMENT GROUNDING
· A module with exposed conductive parts is only
considered to comply with UL1703 only when
it is electrically grounded in accordance with
both the instructions presented below and the
requirements of the National Electrical Code.
· Modules must be grounded, and module
installation must comply with all local electrical
codes and regulations.
· Grounding connections should be installed by a
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· Any grounding means used with Canadian Solar
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and UL2703 standards. Please consult your sales
representative for formal approval process.
· Connect module frames together using suitable
grounding conductor. Holes provided for this
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· Use 6-12 AWG (4-14 mm2) copper wire only. All
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By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

EN-Rev IM/UL-AM-EN/3.5 Copyright © June 2016. Canadian Solar Inc. www.canadiansolar.com
_Ɉ9Ɉ|
relevant hardware should be made of stainless
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connection should be made with stainless steel or
be treated against corrosion by anodizing, spray-
painting, or galvanization to prevent rusting and
corrosion.
· Canadian Solar Inc. does not provide grounding
hardware.
· One grounding method approved by North-
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Canadian Solar modules, as described below. For
alternative grounding methods, please refer to
our Installation Manual Annex (Section Annex B:
Alternative Grounding Methods) on the website
(www.canadiansolar.com). It is not possible
to use standard grounding methods for certain
module ranges. Please refer to Annex B for more
details.
GROUNDING METHOD:
BOLT + TOOTHED NUT + CUP WASHER.
When diameter of the grounding holes is 0.20 in
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· A grounding kit containing an M5 SS cap bolt, an
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M5 SS nut (with teeth) is used to attach copper
grounding wire to a pre-drilled grounding hole on
the frame (see image below).
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cup washer. Ensure that the cup washer is
positioned between the frame and the wire with
the concave side up to prevent galvanic
corrosion. Tighten the bolt securely using the SS
toothed nut. A wrench may be used to do this.
The tightening torque is 3-7 Nm (2.2-5.2 ft-lbs).
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tered professional engineer. The mounting design
and procedures must comply with local codes and
requirements from all relevant authorities.
· The module is only considered to comply with UL
ZKHQPRXQWHGDVVSHFLȴHGLQWKHLQVWUXF-
tions below.
· Canadian Solar Inc. does not provide mounting
hardware.
· Canadian Solar Inc. modules can be mounted
onto a support structure using one of several
approved methods. One such method is described
below. For details of other mounting methods and
the methods recommended by Canadian Solar
Inc. for special module ranges, please refer to
our Installation Manual Annex (Section Annex A:
Alternative Mounting Methods) on our website
(www.canadiansolar.com). For information about
other installation hardware, please contact your
local representative. Failure to use a recognized
installation method will void the Canadian Solar
Inc. warranty.
· Use appropriate corrosion-proof fastening materials.
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washers, nuts) should be made with stainless steel.
·Do not drill additional holes or modify the module
frame. Doing so will void the warranty.
· Any module without a frame (laminate) shall not be
considered to comply with the requirements of UL
1703 unless the module is mounted with hardware
that has been tested and evaluated with the mo-
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certifying that the installed module complies with
the requirements of UL 1703.
· Canadian Solar Inc. modules can be installed in
either landscape or portrait orientations. Refer
to the detailed instructions for further guidance.
Please note that in areas with heavy snowfall (>
2400 Pa) further countermeasures such as the use
of additional support bars should be considered to
avoid snow loads damaging the lowest row
of modules.
· In cases where an additional support bar is
recommended to improve both mechanical
stability and long-term module performance,
Canadian Solar recommends selecting
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recommends bars with a minimum thickness of
1.97 in (50mm). The support bar centerline should
be positioned within 3.94 in (100 mm) of the
side frame centerline (slight shifts may be
necessary to access module grounding holes).
· Use a torque wrench for installation.
6.1
MOUNTING METHOD: BOLTING
· The mounting method has been qualified by
Canadian Solar Inc. and certified by CSA.
· Modules should be bolted to support structures
through the mounting holes in the rear frame back
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· Each module must be securely fastened at a
minimum of 4 points on two opposite sides, M6X1-
Grade8.8 bolt and nut shall be used for bolting
method (exception: M8X1.25-Grade8.8 bolt and
nut are used for CS6U and CS6K series modules).
Tightening torques should be within 6~12 Nm
(4.4-8.9 ft-lbs) and (17~23) Nm (12.5~17.0 ft-lbs)
respectively for M6 and M8 coarse thread bolts,
depending on bolt class. In areas with heavy
wind loads, additional mounting points should
be used. The system designer and the installer
are responsible for calculating the loads and
ensuring that the support structure meets the
requirements.
Mounting Method: Bolting
· Design load and safety factors will be determined
by the racking suppliers or professional engineers.
For detailed information, please follow local struc-
tural code or contact your professional structural
engineer.
· Modules should be bolted at the following hole
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cup washer, place the
cup washer (concave
side up) between the
frame and the wire.
Then tighten the bolt
using the toothed nut.
Grounding holes
Junction box
Standard mounting holes (long side)
Additional mounting holes
(high wind or snow loads)
Standard mounting holes (short side)
Module frame
Cables and connectors
6.0
MOUNTING INSTRUCTIONS
STANDARD MODULES
· For a clear understanding of our modules, please
refer to the illustration of a standard module shown
below:
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

EN-Rev IM/UL-AM-EN/3.5 Copyright © June 2016. Canadian Solar Inc. www.canadiansolar.com
_Ɉ11Ɉ|
Table 6-1: Approved bolting methods 7.0
MAINTENANCE
· Regular maintenance is required to keep modules
clear of snow, bird droppings, seeds, pollen, leaves,
branches, dirt spots, and dust.
y 0RGXOHVZLWKVXɚFLHQWWLOWDWOHDVWrJHQHUDOO\
do not require cleaning (rain will have a self-
cleaning effect). If the module has become soiled,
it shall be washed with water and a non-abrasive
cleaning implement (sponge) during the cool part of
the day. Do not scrape or rub dry dirt away, as this
may cause micro scratches.
· Snow should be removed using a soft brush.
· The system shall be periodically inspected to verify
the integrity of all wiring and supports.
· To protect against electric shock or injury, electrical
or mechanical inspections and maintenance should
EHSHUIRUPHGE\TXDOLȴHGSHUVRQQHORQO\DQGRQD
regular basis.
· Do not PDNHPRGLȴFDWLRQVWRWKH39FRPSRQHQWV
(diode, junction box, plug connectors).
· Please refer to our Installation Manual Annex
(Section Annex D: Module Cleaning Guide) for more
information on module cleaning.
AMENDED EDITIONS AND DATES
y 7KHȴUVWHGLWLRQ5HYZDVUHOHDVHGLQ-DQ
· Rev 2.1 was amended and released in Jan, 2011.
· Rev 2.2 was amended and released in Apr, 2012.
· Rev 2.3 was amended and released in Sep, 2012.
· Rev 2.4 was amended and released in May, 2013.
· Rev 3.1 was amended and released in Apr, 2014.
· Rev 3.2 was amended and released in Dec, 2014.
· Rev 3.3 was amended and released in Feb, 2015.
· Rev 3.4 was amended and released in Mar, 2016.
· Rev 3.5 was amended and released in June, 2016.
Bolting on short frame side using four
standard mounting holes. Mounting rails run
perpendicularly to the short frame side.
Maximum Load:
8SOLIWORDGȱ3D
'RZQIRUFHORDGȱ3D
Compatible module type: CS6A-xxxP, CS6A-xxxM,
CS6P-xxxP, CS6P-xxxM and CS6A-xxxMS
Bolting on short frame side using four standard mounting
holes. An additional support bar should be placed below
the module. Mounting rails should run parallel to the
short frame side
Maximum Load:
8SOLIWORDGȱ3D
'RZQIRUFHORDGȱ3D
Compatible module type: CS6A-xxxP, CS6A-xxxM, CS6P-
xxxP and CS6P-xxxM
Bolting on long frame side using four
innermost mounting holes. Mounting rails run
perpendicularly to the long frame side
Bolting on long frame side using four innernost
mounting holes. Mounting rails run parallel to the long
frame side.
Maximum Load:
8SOLIWORDGȱ3D
'RZQIRUFHORDGȱ3D
Compatible module type: CS6A-xxxP, CS6A-xxxM,
CS6V-xxxP, CS6V-xxxM, CS6P-xxxP, CS6P-xxxM,
CS6K-xxxP, CS6K-xxxM, CS6X-xxxP CS6X-xxxM,
CS6K-xxxMS, CS6V-xxxMS and CS6A-xxxMS
Maximum Load:
8SOLIWORDGȱ3D
'RZQIRUFHORDGȱ3D
(For CS6X-P, CS6X-M, CS6U-P and CS6U-M, the
maximum downforce load can reach up to 5400Pa)
Compatible module type: CS6A-xxxP, CS6A-xxxM, CS6V-
xxxP, CS6V-xxxM, CS6P-xxxP, CS6P-xxxM, CS6K-xxxP,
CS6K-xxxM, CS6X-xxxP, CS6X-xxxM, CS6U-xxxP and
CS6U-xxxM
Bolting on long frame side using four
middle mounting holes. Mounting rails run
perpendicularly to the long frame side
Maximum Load:
8SOLIWORDGȱ3D
'RZQIRUFHORDGȱ3D
Compatible module type: CS6U-xxxP and CS6U-
xxxM
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

CANADIAN SOLAR INC.
545 Speedvale Avenue West, Guelph, Ontario, Canada N1K 1E6
www.canadiansolar.com
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

DIRECTORY OF PAGES
PV-1 PROJECT SUMMARY
PV-2 SITE PLAN
PV-3 SINGLE-LINE DIAGRAM
PV-4 SAFETY LABELS
PV-8 GROUND ARRAY BOM
PV-9 SITE IMAGES
APPENDIX
ELECTRICAL CALCULATIONS
MODULE DATASHEET
INVERTER DATASHEET
MOUNTING SYSTEM DATASHEET
UL 2703 GROUND AND BONDING CERTIFICATION
PROJECT DETAILS
PROPERTY OWNER LEVI P VAN STEDUM
PROPERTY ADDRESS WALLA WALLA, WA 99362 US
APN 360606440028
ZONING RESIDENTIAL
USE AND OCCUPANCY
CLASSIFICATION
ONE- OR TWO-FAMILY DWELLING
GROUP (GROUP R3)
AHJ COUNTY OF WALLA WALLA
UTILITY COMPANY PACIFIC POWER/PACIFICORP
ELECTRICAL CODE 2017 NEC (NFPA 70)
FIRE CODE 2015 IFC
CONTRACTOR INFORMATION
COMPANY LEVI VAN STEDUM ACCOUNT
LICENSE NUMBER
ADDRESS 42 DONNA LN, WALLA WALLA, WA
99362
PHONE NUMBER [phone]
CONTRACTOR
SIGNATURE
SCOPE OF WORK
THIS PROJECT INVOLVES THE INSTALLATION OF A
PHOTOVOLTAIC POWER SYSTEM. SOLAR PANELS WILL BE
RACKED USING A PREENGINEERED RACKING SYSTEM FROM
IRONRIDGE. THE RACKED MODULES WILL BE ELECTRICALLY
CONNECTED WITH DC TO AC POWER MICROINVERTERS AND
INTERCONNECTED TO THE LOCAL UTILITY USING MEANS AND
METHODS CONSISTENT WITH THE RULES ENFORCED BY THE
LOCAL UTILITY AND PERMITTING JURISDICTION.
THIS DOCUMENT HAS BEEN PREPARED FOR THE PURPOSE OF
DESCRIBING THE DESIGN OF A PROPOSED PV SYSTEM WITH
ENOUGH DETAIL TO DEMONSTRATE COMPLIANCE WITH
APPLICABLE CODES AND REGULATIONS. THE DOCUMENT
SHALL NOT BE RELIED UPON AS A SUBSTITUTE FOR
FOLLOWING MANUFACTURER INSTALLATION INSTRUCTIONS.
THE SYSTEM SHALL COMPLY WITH ALL MANUFACTURERS
LISTING AND INSTALLATION INSTRUCTIONS, AS WELL AS ALL
APPLICABLE CODES. NOTHING IN THIS DOCUMENT SHALL BE
INTERPRETED IN A WAY THAT OVERRIDES THEM.
CONTRACTOR IS RESPONSIBLE FOR VERIFICATION OF ALL
CONDITIONS, DIMENSIONS, AND DETAILS IN THIS DOCUMENT.
SYSTEM DETAILS
DESCRIPTION
NEW GRID-INTERACTIVE
PHOTOVOLTAIC SYSTEM WITH NO
BATTERY STORAGE
DC RATING OF SYSTEM 17,920W
AC RATING OF SYSTEM 13,440W
AC OUTPUT CURRENT 56.0A
INVERTER(S) 56 X ENPHASE IQ7-60-2-US
MODULE CANADIAN SOLAR CS3K-320MS
KUBLACK
ARRAY WIRING (4) BRANCH OF 14 IQ7-60-2-US
MICROINVERTERS
INTERCONNECTION DETAILS
POINT OF CONNECTION NEW LOAD-SIDE AC CONNECTION
PER NEC 705.12(B) AT MSP
UTILITY SERVICE 120/240V 1ĭ
ELECTRICAL PANEL MAIN SERVICE PANEL W/BOTTOM-
FED 225A BUSBAR 200A MCB
SITE DETAILS
ASHRAE EXTREME LOW -14°C (7°F)
ASHRAE 2% HIGH 36°C (97°F)
CLIMATE DATA SOURCE WALLA WALLA CITY COUNTY
AIRPORT (KALW)
WIND SPEED 100 MPH (ASCE7-10)
RISK CATEGORY II
WIND EXPOSURE
CATEGORY C
GROUND SNOW LOAD  PSF
P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
PROJECT
SUMMARY
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-1
6(,60,&&$7(*25< '
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

GENERAL NOTES
1EQUIPMENT LIKELY TO BE WORKED UPON WHILE
ENERGIZED SHALL BE INSTALLED IN LOCATIONS THAT
SATISFY MINIMUM WORKING CLEARANCES PER NEC
110.26.
2CONTRACTOR SHALL USE ONLY COMPONENTS LISTED
BY A NATIONALLY RECOGNIZED TESTING LABORATORY
FOR THE INTENDED USE.
3CONTRACTOR IS RESPONSIBLE FOR FURNISHING ALL
EQUIPMENT, CABLES, ADDITIONAL CONDUITS,
RACEWAYS, AND OTHER ACCESSORIES NECESSARY
FOR A COMPLETE AND OPERATIONAL PV SYSTEM.
(E) MAIN SERVICE PANEL (MSP), OUTDOOR
(E) UTILITY METER, OUTDOOR
(N) PROPOSED GROUND-MOUNTED PHOTOVOLTAIC
ARRAY. 56 PV MODULES (BLACK FRAME, BLACK
BACKSHEET), 35° TILT, 180° AZIMUTH
(N) AC COMBINER (C1), OUTDOOR
P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
SITE PLAN
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-2
3
 6((6+((7396,7(3/$1)25$'',7,21$/
'(7$,/6
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

PV
MODULE
MICRO-
INVERTER
14 IN
BRANCH
14 IN
BRANCH
14 IN
BRANCH
14 IN
BRANCH
PM1-56
320W
12
34
56
AC COMBINER
CB2
20A
CB1
20A
1
CB3
20A
CB4
20A C1
LOADS
MAIN SERVICE PANEL
AC
GEC
KWHRKWHR UTILITY METER
(E) CUTLER HAMMER
240/120V 1, 3W
225A BUSBAR (BOTTOM-FED)
200A MAIN BREAKER
(E) 200A
CB5
70A
78
9
MODULES
REF. QTY. MAKE AND MODEL PMAX PTC ISC IMP VOC VMP TEMP. COEFF. OF VOC FUSE RATING
PM1-56 56 CANADIAN SOLAR CS3K-320MS KUBLACK 320W 293W 10.14A 9.61A 40.1V 33.3V -0.116V/°C (-0.29%/°C) 30A
INVERTERS
REF. QTY
.MAKE AND MODEL AC VOLTAGE GROUND MAX OCPD RATING RATED POWER MAX OUTPUT CURRENT MAX INPUT CURRENT MAX INPUT VOLTAGE CEC WEIGHTED EFFICIENCY
I1-56 56 ENPHASE IQ7-60-2-US 240V NOT SOLIDLY GROUNDED -- 240W 1.0A 15.0A 48V 97.0%
PASS-THRU BOXES AND COMBINERS
REF. QTY. MAKE AND MODEL RATED CURRENT MAX RATED VOLTAGE
C1 1GENERIC WALL-MOUNTED COMBINER OR EQUIV. 64A 240VAC
OCPDS
REF. QTY. RATED CURRENT MAX VOLTAGE
CB1-4 4 20A 240VAC
CB5 170A 240VAC
SYSTEM SUMMARY
BRANCH 1 BRANCH 2 BRANCH 3 BRANCH 4
INVERTERS PER BRANCH 14 14 14 14
MAX AC CURRENT 14A 14A 14A 14A
MAX AC OUTPUT 3,360W 3,360W 3,360W 3,360W
ARRAY STC POWER 17,920W
ARRAY PTC POWER 16,425W
MAX AC CURRENT 56A
MAX AC POWER OUTPUT 13,440W
DERATED AC POWER OUTPUT 13,440W
NOTES
THE DC AND AC CONNECTORS OF THE LISTED ENPHASE IQ7-60-2-US CONFORM TO NEC 690.17(E) REQUIREMENT THAT INVERTERS INCLUDE
DISCONNECTS FROM ALL SOURCES OF POWER.
1
MICROINVERTER BRANCH CIRCUIT CONDUCTORS ARE MANUFACTURED ENPHASE Q CABLES LISTED FOR USE IN 20A OR LESS CIRCUITS OF
ENPHASE IQ MICROINVERTERS. THEY ARE ROHS, OIL RESISTANT, AND UV RESISTANT. THEY CONTAIN TWO 12 AWG CONDUCTORS OF TYPE
THHN/THWN-2 DRY/WET AND CERTIFIED TO UL3003 AND UL 9703. THE CABLE'S DOUBLE INSULATED RATING REQUIRES NO NEUTRAL OR
GROUNDED CONDUCTOR.
2
DC PV CONDUCTORS ARE NOT SOLIDLY-GROUNDED. NO DC PV CONDUCTOR SHALL BE WHITE- OR GRAY-COLORED
3
ALL METAL ENCLOSURES, RACEWAYS, CABLES AND EXPOSED NONCURRENT-CARRYING METAL PARTS OF EQUIPMENT SHALL BE GROUNDED TO
EARTH AS REQUIRED BY NEC 250.4(B) AND PART III OF NEC ARTICLE 250 AND EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED
ACCORDING TO NEC 690.45. THE GROUNDING ELECTRODE SYSTEM SHALL ADHERE TO 690.47(A) AND 250.169. THE DC GROUNDING ELECTRODE
SHALL BE SIZED ACCORDING TO 250.166
4
AN AUXILIARY GROUNDING ELECTRODE MAY BE INSTALLED IN COMPLIANCE WITH NEC SECTION 690.47(B).
5
MAX DC VOLTAGE OF PV MODULE IS EXPECTED TO BE 44.6V AT -14°C (-14°C - 25°C) X -0.116V/C + 40.1V = 44.6V).
6
POINT-OF-CONNECTION IS ON LOAD SIDE OF SERVICE DISCONNECT, IN COMPLIANCE WITH NEC 705.12(B). OUTPUT IS BACKFED THROUGH
BREAKER IN MAIN PANEL.
7
THE PV BREAKER SHALL NOT BE MARKED FOR "LINE" AND "LOAD".
8
THE PV BREAKER SHALL BE LOCATED AT THE OPPOSITE END OF THE BUSBAR FROM THE MAIN BREAKER.
9
CONDUCTOR AND CONDUIT SCHEDULE W/ELECTRICAL CALCULATIONS
ID TYPICAL CONDUCTOR CONDUIT /
CABLE
CURRENT-CARRYING
CONDUCTORS IN
CONDUIT / CABLE
OCPD EGC TEMP. CORR.
FACTOR
FILL
FACTOR
CONT.
CURRENT
MAX. CURRENT
(125%)
BASE
AMP.
DERATED
AMP.
TERM.
TEMP. RATING
AMP. @ TERM.
TEMP. RATING LENGTH VOLTAGE
DROP
1 1 2/0 AWG THWN-2,
COPPER 1.5" DIA.
PVC-40 270A 2 AWG THWN-2,
COPPER 0.91 (36°C) 1.0 56A 70A 195A 177.45A 75°C 175A 265FT 1.2%
REVISIONS
PROJECT ID:
CREATED BY:
CHECKED BY:
DATE:
SCALE:
GRID-TIED SOLAR POWER SYSTEM
WALLA WALLA, WA 99362
NTS
SINGLE-LINE DIAGRAM
PV-3
1
PV-3
P-119147
08/09/19
L.V.
L.V.
119147
SINGLE-LINE DIAGRAM
VAN-STEDUM RESIDENCE
THIS DOCUMENT HAS BEEN CREATED FOR THE PURPOSE OF DESCRIBING THE DESIGN OF A PROPOSED PHOTOVOLTAIC POWER SYSTEM WITH ENOUGH DETAIL TO DEMONSTRATE COMPLIANCE WITH ALL APPLICABLE CODES AND REGULATIONS. THE DOCUMENT SHOULD NOT BE RELIED UPON AS A SUBSTITUTE FOR
FOLLOWING MANUFACTURER INSTALLATION MANUALS. INSTALLER SHALL INSTALL ALL EQUIPMENT IN ACCORDANCE WITH MANUFACTURER INSTALLATION MANUALS. NOTHING IN THIS DOCUMENT SHOULD BE INTERPRETED IN A WAY THAT OVERRIDES THE INSTRUCTIONS IN MANUFACTURER INSTALLATION MANUALS.
GROUNDING•NOTES
1ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE
REQUIREMENTS OF NEC ARTICLES 250 & 690
2
PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS
USING MODULE LUGS OR RACKING INTEGRATED
GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION.
ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED
USING UL-LISTED LAY-IN LUGS.
3
INSTALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS
BEEN EVALUATED FOR COMPLIANCE WITH UL 2703
"GROUNDING AND BONDING" WHEN USED WITH PROPOSED
PV MODULE.
4ALL GROUNDING SYSTEM COMPONENTS SHALL BE LISTED
FOR THEIR PURPOSE
5
IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE A
VERIFIABLE GROUNDING ELECTRODE, IT IS THE
CONTRACTOR'S RESPONSIBILITY TO INSTALL A
SUPPLEMENTAL GROUNDING ELECTRODE.
6
AC SYSTEM GROUNDING ELECTRODE CONDUCTOR (GEC)
SHALL BE A MINIMUM SIZE #8AWG WHEN INSULATED, #6AWG
IF BARE WIRE.
7
EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED
ACCORDING TO NEC ARTICLE 690.45, AND BE A MINIMUM OF
#10AWG WHEN NOT EXPOSED TO DAMAGE, AND #6AWG
SHALL BE USED WHEN EXPOSED TO DAMAGE
8
GROUNDING AND BONDING CONDUCTORS, IF INSULATED,
SHALL BE COLOR CODED GREEN, OR MARKED GREEN IF
#4AWG OR LARGER
GENERAL•ELECTRICAL•NOTES
1
UTILITY HAS 24-HR UNRESTRICTED ACCESS TO ALL
PHOTOVOLTAIC SYSTEM COMPONENTS LOCATED AT THE
SERVICE ENTRANCE.
2MODULES CONFORM TO AND ARE LISTED UNDER UL 1703.
3
CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS
SUNLIGHT RESISTANT PER NEC ARTICLE 300.6 (C) (1) AND
ARTICLE 310.8 (D).
4
CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE
SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE
310.8 (C).
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

MSP - MAIN SERVICE PANEL
(CUTLER HAMMER) SEE NOTE NO. 4 (MSP)
PHOTOVOLTAIC SYSTEM EQUIPPED
WITH RAPID SHUTDOWN
TURN RAPID SHUTDOWN
SWITCH TO THE 'OFF'
POSITION TO SHUT DOWN
PV SYSTEM AND REDUCE
SHOCK HAZARD IN THE
ARRAY.
NEC 690.56(C)(1)
AC DISCONNECT (CB5 IN MSP)
MAXIMUM AC OPERATING CURRENT: 56.0A
MAXIMUM AC OPERATING VOLTAGE: 240V
NEC 690.54
POINT-OF-INTERCONNECTION OR AT MAIN SERVICE DISCONNECT (MSP)
! CAUTION !
POWER TO THIS BUILDING IS ALSO FROM GROUND MOUNTED SOLAR ARRAY WITH SAFETY
DISCONNECTS AS SHOWN
NEC 690.56(B)
ANY AC ELECTRICAL PANEL THAT IS FED BY
BOTH THE UTILITY AND THE PHOTOVOLTAIC
SYSTEM (MSP)
! WARNING !
DUAL POWER SOURCE. SECOND SOURCE IS
PHOTOVOLTAIC SYSTEM.
NEC 705.12(B)(3)
SOLAR BREAKER (MSP)
! WARNING !
INVERTER OUTPUT CONNECTION. DO NOT
RELOCATE THIS OVERCURRENT DEVICE.
NEC 705.12(B)(2)(3)(B)
SOLAR BACKFEED BREAKER AS MAIN AC SOLAR
DISCONNECT (CB5 IN MSP)
PV SYSTEM DISCONNECT
NEC 690.13(B)
LABELING NOTES
1ALL PLAQUES AND SIGNAGE REQUIRED BY 2017 NEC
AND 2015 IFC WILL BE INSTALLED AS REQUIRED.
2
LABELS, WARNING(S) AND MARKING SHALL COMPLY
WITH ANSI Z535.4, WHICH REQUIRES THAT DANGER,
WARNING, AND CAUTION SIGNS USED THE STANDARD
HEADER COLORS, HEADER TEXT, AND SAFETY ALERT
SYMBOL ON EACH LABEL. THE ANSI STANDARD
REQUIRES A HEADING THAT IS AT LEAST 50% TALLER
THAN THE BODY TEXT, IN ACCORDANCE WITH NEC
110.21(B).
3
A PERMANENT PLAQUE OR DIRECTORY SHALL BE
INSTALLED PROVIDING THE LOCATION OF THE SERVICE
DISCONNECTING MEANS AND THE PHOTOVOLTAIC
SYSTEM DISCONNECTING MEANS IF NOT IN THE SAME
LOCATION IN ACCORDANCE WITH NEC 690.56(B).
4
LABEL(S) WITH MARKING, "TURN RAPID SHUTDOWN
SWITCH TO THE 'OFF' POSITION TO SHUT DOWN PV
SYSTEM AND REDUCE SHOCK HAZARD IN THE ARRAY,"
SHALL BE LOCATED WITHIN 3 FT OF SERVICE
DISCONNECTING MEANS THE TITLE SHALL UTILIZE
CAPITALIZED LETTERS WITH A MINIMUM HEIGHT OF 3/8”
IN BLACK ON A YELLOW BACKGROUND, AND REMAINING
TEXT SHALL BE CAPITALIZED WITH A MINIMUM HEIGHT
OF 3/16” IN BLACK ON WHITE BACKGROUND
P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
SAFETY LABELS
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-4
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
GROUND ARRAY
BOM
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
GROUND ARRAY
DESIGM
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

P-119147
GRID-TIED SOLAR POWER SYSTEM
VAN-STEDUM RESIDENCE
WALLA WALLA, WA 99362
SITE IMAGES
DOC ID: 119147-150145-0
DATE: 8/9/19
CREATOR: L.V.
REVIEWER: L.V.
5(9,6,216
PV-
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

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By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

C
onductor, Conduit, and OCPD Sizing Validation
1. Maximum System Voltage Test
1.1. Enphase inverter w/56 Canadian Solar CS3K-320MS KuBlack (320W)s
Array Properties
Array Type Microinverter Array
System Description Enphase inverter w/56 Canadian
Solar CS3K-320MS KuBlack
(320W)s
Module CS3K-320MS KuBlack (320W)
Highest number of modules in series
in a PV Source Circuit
1
Design Low Temp. -14°C
Module Voc 40.1V
Temp. Coefficient Voc -0.116V/C
NEC Code Calculations
A. Maximum Voltage of PV Source Circuit 44.62V
see 690.7(A)
NEC 690.7(A) requires that if the PV module manufacturer provides a
temperature coefficient of open-circuit voltage, it must be used to
calculate the PV array's maximum system voltage. It includes an
information note recommending the use of the ASHRAE 'Extreme Annual
Mean Minimum Design Dry Bulb Temperature' as the design low
temperature. Using these values, the module Voc (40.1V) will increase to
44.62V at the design low temperature ( -14°C).
(-14°C - 25°C) X -0.116V/C + 40.1V = 44.62V
The module Voc at the design low temperature is 44.62V.
44.62V X 1 = 44.62V
NEC Code Validation Tests
1. PV Source Circuit maximum Voc must not exceed
600V
44.62V < 600V = true
PASS
2
. Wire, Conduit, and OCPD Code Compliance Validation
2.1. #1: AC Combiner Output: AC Combiner to Main Service Panel
Circuit Section Properties
Conductor 2/0 AWG THWN-2, Copper
Equipment Ground Conductor (EGC) 2 AWG THWN-2, Copper
OCPD(s) 70A
Raceway/Cable 1.25" dia. PVC-40
Lowest Terminal Temperature
Rating
75°C
Maximum Wire Temperature 36°C
Power Source Description Enphase inverter w/56 Canadian
Solar CS3K-320MS KuBlack
(320W)s
Current 56A
Voltage 240V
NEC Code Calculations
A. Continuous Current 56A
see Article 100
Equipment maximum rated output current is 56A
B. Ampacity of Conductor 195A
see Table 310.15(B)(16)
Ampacity (30°C) for a copper conductor with 90°C insulation in
conduit/cable is 195A.
C. Derated Ampacity of Conductor 177.45A
see Table 310.15(B)(3)(c), Table 310.15(B)(3)(a), and Article 100
The temperature factor for 90°C insulation at 36°C is 0.91.
The fill factor for a conduit/cable that has 2 wires is 1.
The ampacity derated for Conditions of Use is the product of the
conductor ampacity (195A) multiplied by the temperature factor (0.91)
and by the fill factor (1).
195A X 0.91 X 1 = 177.45A
D. Max Current for Terminal Temp. Rating 175A
see 110.14(C)
The lowest temperature limit for this conductor at any termination is
75°C.
Using the method specified in 110.14(C), the maximum current permitted
to ensure that the device terminal temperature does not exceed its 75°C
rating would be the amount referenced in the 75°C column in Table
310.15(B)(16), which is 175A.
E. Minimum Allowed OCPD Rating 70A
see 240.4
NEC 690.9(B) requires that the OCPD be rated for no less than 1.25
times the Continuous Current of the circuit.
56A X 1.25 = 70A
F. Minimum Required EGC Size 2 AWG
see 250.122(B)
Where conductors are oversized, the EGC must be oversized by the
same rate. Table 250.122, gives a minimum EGC size of 8 AWG.
Multiplied by the oversize rate, this yields 52.64689kcmil corresponding
to 2 AWG.
(133.1kcmil / 41.74kcmil) X 16.51kcmil = 52.64689kcmil
G. Minimum Recommended Conduit Size 1.25" dia.
see 300.17
The total area of all conductors is 0.5604in². With a maximum fill rate of
0.4, the recommended conduit diameter is 1.25.
Qty Description Size Type Area Total Area
2 Conductor 2/0 AWG THWN-2 0.2223in² 0.4446in²
1 Equipment Ground 2 AWG THWN-2 0.1158in² 0.1158in²
3 0.5604in²
0.5604in² / 0.4 = 1.401in² (Corresponding to a diameter of 1.25")
NEC Code Validation Tests
1. OCPD rating must be at least 125% of Continuous
Current (240.4)
70A >= 56A X 1.25 = true
PASS
2. Derated ampacity must exceed OCPD rating, or
rating of next smaller OCPD (240.4)
177.45A >= 70A (OCPD Rating) = true
PASS
3. Derated Ampacity must be greater than or equal to
the Continuous Current (Article 100)
177.45A >= 56A = true
PASS
4. Conductor Ampacity must be at least 125% of
Continuous Current (215.2(A)(1))
195A > 56A x 1.25 = true
PASS
5. Max current for terminal must be at least 125% of
the Continuous Current. (110.14(C))
175A >= 56A X 1.25 = true
PASS
6. EGC must meet code requirements for minimum
size (Table 250.122)
2 AWG >= 8 AWG = true
PASS
7. Conduit must meet code recommendation for
minimum size (300.17)
1.25in. >= 1.25in. = true
PASS
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

HIGH EFFICIENCY MONO PERC MODULE
KuBlack
CANADIAN SOLAR INC.
545 Speedvale Avenue West, Guelph, Ontario N1K 1E6, Canada, www.canadiansolar.com, [email protected]
* For detailed information, please refer to the Installation Manual.
CS3K-310|315|320|325MS
Lower hot spot temperature
Minimizes micro-cracks
Heavy snow load up to 6000 Pa,
wind load up to 4000 Pa*
linear power output warranty
product warranty on materials
and workmanship
PRODUCT CERTIFICATES*
MANAGEMENT SYSTEM CERTIFICATES
IEC 61215 / IEC 61730: VDE / CE / MCS / CEC AU
UL 1703 / IEC 61215 performance: CEC listed (US) / FSEC (US Florida)
UL 1703: CSA / IEC61701 ED2: VDE / IEC62716: VDE
Take-e-way
CANADIAN SOLAR INC. is committed to providing high quality solar
products, solar system solutions and services to customers around the
world. No. 1 module supplier for quality and performance/price ratio in
IHS Module Customer Insight Survey. As a leading PV project developer
and manufacturer of solar modules with over 30 GW deployed around
the world since 2001.
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tests. Please talk to our local technical sales representatives to get your customized solutions.
ISO 9001:2015 / Quality management system
ISO 14001:2015 / Standards for environmental management system
OHSAS 18001:2007 / International standards for occupational health & safety
(1000 V / 1500 V)
Low NMOT: 42 ± 3 °C
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Low power loss in cell connection
MORE POWER
Better shading tolerance
MORE RELIABLE
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PARTNER SECTION
ELECTRICAL DATA | STC*
KuBlack CS3K 310MS 315MS 320MS 325MS
Nominal Max. Power (Pmax) 310 W 315 W 320 W 325 W
Opt. Operating Voltage (Vmp) 32.9 V 33.1 V 33.3 V 33.5 V
Opt. Operating Current (Imp) 9.43 A 9.52 A 9.61 A 9.71 A
Open Circuit Voltage (Voc) 39.7 V 39.9 V 40.1 V 40.3 V
Short Circuit Current (Isc) 9.98 A 10.06 A 10.14 A 10.22 A
0RGXOH(ɚFLHQF\ 18.66% 18.96% 19.26% 19.56%
Operating Temperature -40°C ~ +85°C
Max. System Voltage 1500V (IEC/UL) or 1000V (IEC/UL)
Module Fire Performance TYPE 3 / Type 13 (UL 1703)
or CLASS A (IEC61730)
Max. Series Fuse Rating 30 A
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Power Tolerance 0 ~ + 5 W
* Under Standard Test Conditions (STC) of irradiance of 1000 W/m2, spectrum AM 1.5 and
cell temperature of 25°C.
ELECTRICAL DATA | NMOT*
KuBlack CS3K 310MS 315MS 320MS 325MS
Nominal Max. Power (Pmax) 230 W = 238 W 242 W
Opt. Operating Voltage (Vmp) 30.4 V < 30.8 V 31.0 V
Opt. Operating Current (Imp) 7.58 A ' 7.73 A 7.81 A
Open Circuit Voltage (Voc) 37.2 V < 37.6 V 37.8 V
Short Circuit Current (Isc) 8.05 A ' 8.18 A 8.24 A
* Under Nominal Module Operating Temperature (NMOT), irradiance of 800 W/m2 ,
spectrum AM 1.5, ambient temperature 20°C, wind speed 1 m/s.
TEMPERATURE CHARACTERISTICS
6SHFLȴFDWLRQ Data
7HPSHUDWXUH&RHɚFLHQW3PD[ -0.37 % / °C
7HPSHUDWXUH&RHɚFLHQW9RF -0.29 % / °C
7HPSHUDWXUH&RHɚFLHQW,VF 0.05 % / °C
Nominal Module Operating Temperature 42 ± 3°C
MECHANICAL DATA
6SHFLȴFDWLRQ Data
Cell Type Mono-crystalline
Cell Arrangement 120 [2 X (10 X 6) ]
Dimensions 1675 X 992 X 35 mm
(65.9 X 39.1 X 1.38 in)
Weight 18.5 kg (40.8 lbs)
Front Cover 3.2 mm tempered glass
Frame Anodized aluminium alloy
J-Box IP68, 3 bypass diodes
Cable 4.0 mm² (IEC), 12 AWG (UL),
Cable Length
(Including Connector) Portrait: 400 mm (15.7 in) (+) / 280 mm (11.0 in) (-); landscape: 1160 mm (45.7 in)*
Connector T4 series
Per Pallet 30 pieces
Per Container (40' HQ)840 pieces
* For detailed information, please contact your local Canadian Solar sales and
technical representatives.
CANADIAN SOLAR INC.
545 Speedvale Avenue West, Guelph, Ontario N1K 1E6, Canada, www.canadiansolar.com, [email protected]
ENGINEERING DRAWING (mm)
Rear View Frame Cross Section A-A
Mounting Hole
35
35
11
9
14
R
990
1155 1675
35
944
992
180
180
Grounding hole
ƾ
A A
8-14x9
Mounting Hole
Feb. 2019. All rights reserved, PV Module Product Datasheet V5.583_EN
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slightly from our actual products due to the on-going innovation and product
enhancement. Canadian Solar Inc. reserves the right to make necessary adjustments
to the information described herein at any time without further notice. Please be
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who have professional skills and please carefully read the safety and installation
instructions before using our PV modules.
5°C
25°C
45°C
65°C
1000 W/m2
800 W/m2
600 W/m2
400 W/m2
200 W/m2
V
A
11
10
9
8
7
6
5
4
3
2
1
0
5 10 15 20 25 30 35 40 45
V
A
5 10 15 20 25 30 35 40 45 50
11
10
9
8
7
6
5
4
3
2
1
0
KuBlack CS3K-315MS / I-V CURVES
320MS
238 W
30.8 V
7.73 A
37.6 V
8.18 A
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

The high-powered smart grid-ready
Enphase IQ 7 Micro™ and Enphase IQ 7+ Micro™
dramatically simplify the installation process while
EGLMIZMRKXLILMKLIWXW]WXIQIJƤGMIRG]
Part of the Enphase IQ System, the IQ 7 and
IQ 7+ Microinverters integrate with the Enphase
IQ Envoy™, Enphase IQ Battery™, and the Enphase
)RPMKLXIRƎQSRMXSVMRKERHEREP]WMWWSJX[EVI
IQ Series Microinverters extend the reliability
standards set forth by previous generations and
undergo over a million hours of power-on testing,
enabling Enphase to provide an industry-leading
[EVVERX]SJYTXS]IEVW
Enphase
IQ 7 and IQ 7+
Microinverters
To learn more about Enphase offerings, visit enphase.com
Data Sheet
Enphase Microinverters
Region: AMERICAS
Easy to Install
• Lightweight and simple
• Faster installation with improved, lighter two-wire cabling
• Built-in rapid shutdown compliant (NEC 2014 & 2017)
Productive and Reliable
• Optimized for high powered 60-cell and 72-cell* modules
• More than a million hours of testing
• Class II double-insulated enclosure
• UL listed
Smart Grid Ready
• Complies with advanced grid support, voltage and
frequency ride-through requirements
• Remotely updates to respond to changing
grid requirements
ŵ 'SRƤKYVEFPIJSVZEV]MRKKVMHTVSƤPIW
• Meets CA Rule 21 (UL 1741-SA)
* The IQ 7+ Micro is required to support 72-cell modules. 1. No enforced DC/AC ratio. See the compatibility calculator at https://enphase.com/en-us/support/module-compatibility.
2. Nominal voltage range can be extended beyond nominal if required by the utility.
3. Limits may vary. Refer to local requirements to define the number of microinverters per branch in your area.
To learn more about Enphase offerings, visit enphase.com
k)RTLEWI)RIVK]%PPVMKLXWVIWIVZIH%PPXVEHIQEVOWSVFVERHWYWIHEVIXLITVSTIVX]SJ)RTLEWI)RIVK]-RG
2018-11-19
INPUT DATA (DC) IQ7-60-2-US / IQ7-60-B-US IQ7PLUS-72-2-US / IQ7PLUS-72-B-US
Commonly used module pairings¹ 235 W - 350 W + 235 W - 440 W +
Module compatibility 60-cell PV modules only 60-cell and 72-cell PV modules
Maximum input DC voltage 48 V 60 V
Peak power tracking voltage 27 V - 37 V 27 V - 45 V
Operating range 16 V - 48 V 16 V - 60 V
Min/Max start voltage 22 V / 48 V 22 V / 60 V
Max DC short circuit current (module Isc) 15 A 15 A
Overvoltage class DC port II II
DC port backfeed current 0 A 0 A
4:EVVE]GSRƤKYVEXMSR 1 x 1 ungrounded array; No additional DC side protection required;
AC side protection requires max 20A per branch circuit
OUTPUT DATA (AC) IQ 7 Microinverter IQ 7+ Microinverter
Peak output power 250 VA 295 VA
Maximum continuous output power 240 VA 290 VA
Nominal (L-L) voltage/range² 240 V /
211-264 V
208 V /
183-229 V
240 V /
211-264 V
208 V /
183-229 V
Maximum continuous output current 1.0 A (240 V) 1.15 A (208 V) 1.21 A (240 V) 1.39 A (208 V)
Nominal frequency 60 Hz 60 Hz
Extended frequency range 47 - 68 Hz 47 - 68 Hz
AC short circuit fault current over 3 cycles 5.8 Arms 5.8 Arms
Maximum units per 20 A (L-L) branch circuit³ 16 (240 VAC) 13 (208 VAC) 13 (240 VAC) 11 (208 VAC)
Overvoltage class AC port III III
AC port backfeed current 0 A 0 A
Power factor setting 1.0 1.0
Power factor (adjustable) 0.85 leading ... 0.85 lagging 0.85 leading ... 0.85 lagging
EFFICIENCY @240 V @208 V @240 V @208 V
4IEOIJƤGMIRG] 97.6 % 97.6 % 97.5 % 97.3 %
')'[IMKLXIHIJƤGMIRG] 97.0 % 97.0 % 97.0 % 97.0 %
MECHANICAL DATA
Ambient temperature range -40ºC to +65ºC
Relative humidity range 4% to 100% (condensing)
Connector type (IQ7-60-2-US & IQ7PLUS-72-2-US) MC4 (or Amphenol H4 UTX with additional Q-DCC-5 adapter)
Connector type (IQ7-60-B-US & IQ7PLUS-72-B-US) Friends PV2 (MC4 intermateable).
Adaptors for modules with MC4 or UTX connectors:
- PV2 to MC4: order ECA-S20-S22
- PV2 to UTX: order ECA-S20-S25
Dimensions (WxHxD) 212 mm x 175 mm x 30.2 mm (without bracket)
Weight 1.08 kg (2.38 lbs)
Cooling Natural convection - No fans
Approved for wet locations Yes
Pollution degree PD3
Enclosure Class II double-insulated, corrosion resistant polymeric enclosure
Environmental category / UV exposure rating NEMA Type 6 / outdoor
FEATURES
Communication Power Line Communication (PLC)
Monitoring Enlighten Manager and MyEnlighten monitoring options.
Both options require installation of an Enphase IQ Envoy.
Disconnecting means The AC and DC connectors have been evaluated and approved by UL for use as the load-break
disconnect required by NEC 690.
Compliance CA Rule 21 (UL 1741-SA)
UL 62109-1, UL1741/IEEE1547, FCC Part 15 Class B, ICES-0003 Class B,
CAN/CSA-C22.2 NO. 107.1-01
This product is UL Listed as PV Rapid Shut Down Equipment and conforms with NEC-2014 and
NEC-2017 section 690.12 and C22.1-2015 Rule 64-218 Rapid Shutdown of PV Systems, for AC
and DC conductors, when installed according manufacturer’s instructions.
Enphase IQ 7 and IQ 7+ Microinverters
IQ7-60-2-US / IQ7-60-B-US
By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019

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HLWKHU0RU3
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By Ron Bull ([email protected]) at 2:53 pm, Sep 16, 2019