First Solar 6 Series Manual de usuario
Global
REV 2.1
First Solar Series 6™ Module |USER GUIDE
PD-5-200-06
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
COPYRIGHT AND NOTICES
© Copyright 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | FIRST SOLAR SERIES 6 MODULE USER
GUIDE. All rights reserved. No part of this document may be reproduced in any form or by any electronic
or mechanical means, including information storage and retrieval systems, without permission in writing
from First Solar.
NOTICE
First Solar reserves the right to make changes in solar module design and/or specications at any time
without notice. Accordingly, the reader is cautioned to verify that data sheets are current before placing
orders or nalizing system permitting and/or design. Information furnished by First Solar is believed to
be accurate and reliable. However, no responsibility is assumed by First Solar or its subsidiaries for its
use; nor for any infringements of patents or other rights of third parties, which may result from its use.
No license is granted by implication or otherwise under any patent or patent rights of First Solar or its
subsidiaries.
CONTACT INFORMATION
For information regarding First Solar and its products, please visit www.rstsolar.com. First Solar has an
extensive library of supporting Application Notes that can be made available upon request from technical
support technicalsupport@rstsolar.com.
GLOBAL
First Solar, Inc.
P.O. Box 730
Toledo, OH USA 43697-0730
Tel: +1 (602) 414-9300
Fax: +1 (602) 414-9400
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
1 INTRODUCTION 1
2 SAFETY 2
3 REGULATORY COMPLIANCE 4
4 PRODUCT IDENTIFICATION & RATINGS 5
4.1 PRODUCT IDENTIFICATION & RATINGS 5
4.2 SYSTEM DERATING FACTORS 6
5 HANDLING & STORAGE 7
6 MECHANICAL SPECIFICATIONS 8
7 INSTALLATION & MOUNTING 10
7.1 MOUNTING 10
7.2 MOUNTING LOCATIONS & LOAD RATINGS 11
7.3 TOP MOUNTING 12
7.4 SPEEDSLOT MOUNTING 13
7.5 MODULE ORIENTATION 14
7.6 MODULE SHADING CONSIDERATIONS 14
7.7 INSTALLATION CONSIDERATIONS FOR ARC MODULES 15
7.8 WIRE MANAGEMENT 15
7.9 ELECTRICAL INTERCONNECTION 15
7.10 INVERTER COMPATIBILITY 16
7.11 GROUNDING METHOD 17
8 MAINTENANCE 18
8.1 MAINTENANCE 18
8.2 MODULE CLEANING GUIDANCE 19
8.3 MODULE DISPOSAL 20
9 REVISION HISTORY 21
TABLE OF CONTENTS
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
1 INTRODUCTION
This document provides information on First Solar Series 6 Modules of model types FS-6XXX and FS-
6XXXA (“XXX” references the module power rating) for system designers, installers, and maintenance
personnel. Model types FS-6XXXA contain an anti-reective coating (ARC) on the front side surface. Series
6 Modules are designed to have a long operating life and high energy yield when installed, operated, and
serviced in accordance with the instructions in this User Guide. All products within the same model series
classication remain fully compatible with one another, even though there may be slight differences,
provided appropriate system design practices are employed. Read this User Guide thoroughly before
beginning any work related to the installation, operation, or maintenance of the First Solar Series 6
Module.
Please refer to your First Solar Module Warranty Terms & Conditions for module warranty terms and
product return policies. Failure to follow this User Guide may void your warranty.
Keep this User Guide for future reference and provide to all subsequent owners or users of the solar
modules.
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
2 SAFETY
All instructions and safety information should be read and understood before attempting to handle, install, or
electrically connect First Solar modules. Failure to follow safety, installation, and handling instructions may
result in injury. Only qualied personnel should install, operate, or maintain PV modules or systems.
Series 6 Modules are designed for 1000V systems at altitudes up to 5000 m (16404 ft) and 1500V systems
at altitudes up to 3000 m (9842 ft) per IEC 61730-1.
Select installation locations and module support structures to ensure modules and connectors (open or
mated) are never submerged in standing water.
DANGER The Series 6 Modules may produce up to 275 Volts DC (VDC) and up to 4.0 Amps when exposed to
sunlight. A single module or multiple interconnected modules can create a lethal shock hazard
during daylight hours, including periods of low light levels. The danger increases as modules are
connected together in series and/or parallel.
DANGER
To avoid re and/or injury due to ground faults and associated electrical hazards:
`Do not unplug PV module connections while under load. Do not disconnect the module connectors during
daylight hours unless the module is in an open circuit condition.
`Replace modules with damaged wires immediately. Keep all array wiring out of reach of non-qualied
personnel.
`Do not concentrate light on the module in an attempt to increase power output.
`Never allow the PV array system voltage to exceed 1500VDC under any condition.
`Replace broken modules immediately.
`Repair ground faults immediately.
`Do not work on modules or systems when the modules or wiring is wet.
`All building mounted PV systems should utilize Ground Fault Detector Interrupters (GFDI) and ARC Fault Circuit
Interrupters to minimize risk of electrical shocks and res.
Series 6 Modules have a maximum series fuse rating of 6.0A as dened by UL 1703 and a maximum
overcurrent protection rating of 6.0A as dened by IEC 61730-1/IEC 61730-2. PV systems should be
designed to comply with and provide module overcurrent protection consistent with local codes.
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
The conditions necessary to trigger reverse current overload (RCOL) in Series 6 Modules do not occur
in typical operating modes of a properly installed PV system. The system designer should ensure
that modules are not subjected to RCOL. The use of GFDI devices or other advanced fault monitoring
techniques can signicantly reduce the likelihood of sustained ground faults. Properly selected and
installed string fuses can increase protection against RCOL.
DANGER Reverse currents higher than the rated values for a First Solar module, may result in module failure,
including module breakage due to RCOL. Extreme and continuous RCOL conditions may cause a re
or create electrical shock hazards. To avoid RCOL:
`Maintain equivalent voltage in parallel strings by installing an equal number of modules per string within the
same source circuit. Failure to install modules with balanced voltage in parallel strings can result in voltage
imbalance.
`Incorporate measures to protect modules against RCOL for connections of parallel strings.
Modules damaged because of system-induced RCOL are not covered under the First Solar Module
Warranty. Module warranty eligibility is not affected by the presence, absence, or type of reverse current
protection used in a system design.
CAUTION Wear safety glasses and cut-resistant gloves when working with non-interconnected modules or
system components. Wear electrically rated PPE when working with interconnected modules or
system components. Select PPE based on work consistent with local and/or national standards.
WARNING To avoid risk of re, do NOT interconnect Series 6 Modules with other FS Series Modules (e.g.
– Series 4, Series 3, or Series 2) within the same interconnected string, inverter, or Maximum
Power Point Tracker.
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
3 REGULATORY COMPLIANCE
It is the responsibility of the installer and/or system integrator to ensure compliance with all local
structural and electrical codes, which may be applicable to the installation and use of First Solar Series 6
Modules.
`For systems installed in Canada, installation shall be in accordance with CSA C22.1, Safety Standard for
Electrical Installations, Canadian Electrical Code, Part 1.
For systems installed in North America, First Solar Series 6 Modules are Listed by a Nationally
Recognized Test Laboratory (NRTL) to UL 1703, the standard for Flat-Plate Photovoltaic Modules and
Panels. To maintain the modules’ application as a UL Listed product:
`Use only components that have been Recognized or Listed by Underwriters Laboratories (UL) for their
intended purpose.
`Ensure the PV array open-circuit voltage does not exceed 1500 VDC (1000 VDC for UL Canada).
`Install modules with mounting systems that have been evaluated for UL Listed application.
`Protect modules from reverse currents in excess of the 6.0A maximum series fuse rating.
Series 6 Modules are tested and certied per IEC 61730-1/IEC 61730-2 and meet Class II requirements
for 1500VDC systems.
Series 6 Modules are tested and certied per IEC 61215-1/IEC 61215-1-2/IEC 61215-2 for a maximum
system voltage of 1500V.
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
4 PRODUCT IDENTIFICATION & RATINGS
4.1 PRODUCT IDENTIFICATION & RATINGS
Each module is equipped with a product label on the back and a laser-etched serial number on the front
glass. The label identies the model number, nameplate electrical ratings, and safety information.
The ratings in Table 1 are UL Listed with a tolerance of ±10% unless otherwise noted.
NOTICE: Electrical specications are subject to change. See label for nal electrical ratings.
Table 1: Model Numbers & Ratings at Standard Test Conditions (STC1)
MODEL
NUMBERS
RATED
POWER2
(-0/+5%)
VOLTAGE
AT PMAX
CURRENT
AT PMAX
OPEN
CIRCUIT
VOLTAGE
SHORT
CIRCUIT
CURRENT
MAXIMUM
SYSTEM
VOLTAGE
MAXIMUM
SERIES
FUSE
PMAX(W) VMAX(V) IMAX(A) VDC(V) ISC(A) VSYS(V) ICF(A)
FS-6390
FS-6390A 390.0 173.9 2.24 214.8 2.49
150036.0
FS-6395
FS-6395A 395.0 175.0 2.26 215.4 2.50
FS-6400
FS-6400A 400.0 176.1 2.27 216.1 2.51
FS-6405
FS-6405A 405.0 177. 2 2.29 216.8 2.52
FS-6410
FS-6410A 410.0 178.3 2.30 217. 4 2.52
FS-6415
FS-6415A 415.0 179.3 2.31 218.1 2.53
FS-6420
FS-6420A 420.0 180.4 2.33 218.5 2.54
FS-6425
FS-6425A 425.0 181.5 2.34 218.9 2.54
FS-6430
FS-6430A 430.0 182.6 2.36 219.2 2.54
FS-6435
FS-6435A 435.0 183.6 2.37 219.6 2.55
FS-6440
FS-6440A 440.0 184.7 2.38 220.0 2.55
FS-6445
FS-6445A 445.0 185.7 2.40 220.4 2.56
1 As received and stabilized ratings at STC (1000W/m², AM 1.5 25°C Cell Temperature) ±10%
2Measurement uncertainty applies
3 1000V Listed for UL Canada
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
4.2 SYSTEM DERATING FACTORS
Under normal operation, a PV module may experience conditions that produce higher current and/or
voltage than reported at STC. Accordingly, the values of Isc and Voc listed for STC should be multiplied
by a factor of 1.25 when determining component voltage ratings, conductor current ratings, and size
of controls connected to the PV output. For UL installations, an additional 1.25 safety factor may be
applicable, reference the National Electric Code (NEC) Article 690 for further details. Specic site
conditions and local electric code requirements must be used for determining the maximum system
voltage.
When calculating module Voc at 125 mW/cm2, AM 1.5 spectrum, and cell temperature of -10°C, multiply
the specic model type STC listed Voc value by a factor of 1.098. When calculating module Isc at 125
mW/cm2, AM 1.5 spectrum, and cell temperature of 75°C, multiply the specic model type STC listed Isc
value by a factor of 1.275.
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© 2019 First Solar, Inc. | PD-5-200-06 Rev 2.1 | First Solar Series 6 Module User Guide
When handling packs using forklifts or other mechanical aids, ensure uniform pack support, and the
forks fully extend under the pallet. Series 6 packs can be lifted from either the short or long side of the
pallet. Forklifts must engage the pallet a minimum of 1.3 m (51 in) for long side engagement and a
minimum of 1.5 m (59 in) for short side engagement. Failure to meet engagement lengths may damage
pallet and modules on bottom of pack.
Modules on a pack may lean or shift on a pallet during shipping. Module packs can be safely unloaded as
long as the plastic banding straps are not broken.
Only originally banded, fully intact and loaded packs may be stacked for storage up to two high for
extended periods. Series 6 packs should not be stacked if rebanded on site, are not fully loaded, any
corner braces or top cap material has been removed, or if any banding is broken from the pack.
• Do not transport stacked packs around project site.
• Do not attempt to transport the pack once the straps have been removed.
Please evaluate site conditions for safe pack storage as uneven or recently disturbed ground and
moisture may affect pack stability. Series 6 packs should not be exposed to standing water higher than
the height of the pallet.
The pack’s cap includes two green markings for module orientation purposes. The long edge orientation
mark corresponds to the side of the module with the positive junction box cable.
5 HANDLING & STORAGE
Figure 1: Example Series 6 Module Pack
WARNING Open the packaging with care. A single person should not attempt to lift a Series 6 Module. Lift the
modules from the pallet with two or more persons or with lift assist. Do not attempt to lift multiple
modules off the stack at the same time.
Otros manuales para 6 Series
1
Este manual sirve para los siguientes modelos
24
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