· 03 · · 04 ·
HANDLE WITH CARE – FRAGILE GLASS
5.Do not install a panel that has been damaged, glass smashed or back-sheet torn.
6.Do not touch exposed parts, cables or connectors.
7.Do not dismantle, disassemble or modify any parts of the Modules and do not remove or
alter in anyway the labels or markings on Modules.
8.Do not step or walk on the modules. Doing so may damage and crack parts of modules.
9.Do not expose modules to chemicals, for instance paints, solvents, adhesives.
10.Keep the Modules away from inflammable gas, hazardous chemicals or flammable
explosive items.
Solar Modules are glass and contain very fragile Silicon wafers inside them and must be
transported and handled with the utmost care. Do not strike, drop or bend a Solar module
1. Never transport other items (eg. Inverters) on top to a solar module pack.
2. Store the modules safely in cool and dry area. The packaging is not weatherproof.
3. Leave modules in their packaging unl they are to be installed, the modules must avoid
rain and sand erosion aer unpacking.
4. Unpacking PV modules from the original package:
Step 1: Remove securing straps.
Step 2: Remove the pallet lid.
Step 3: Unpack the Modules one by one and stack
them (surface glass side down) without
removing the cardboard edge protector.
Step 4: Remove the cardboard edge protector from
the Modules before installing.
5. Check the module for damage due to transportaon before the installaon.
6.Use extreme cauon if stacking modules for transport of less than a pallet at a me line
up the modules with their edge protectors in place and wraps, strap and fasten them so that
they cannot move around or rale and fall. Care must be taken with fasteners that secure
modules but do not bend or damage the modules in any way.
7.The Modules should be transported in their original packaging where possible with any
free space in the box securely filled with so packaging materials to prevent the panels
from moving around.
8.Never move modules by pulling their cables.
9. Carry the modules with both hands and with their glass surface facing the operator when
absolutely necessary (one operator available) (please see Figure 2). Do NOT stack the
modules back-sheet side down to avoid glass scratch and electric shock risk (please see
Figure 3).
10. Do not step or walk on the Modules. Doing so may damage modules（please see Figure 4).
11. Do NOT carry wet or hot Modules dropping a module from an height and the impact of
falling tools may affect the electrical performance or break the module ( see Figure 4).
5.Transportaon and Handling
Figure 1 Unpackaging
Figure 2. Carry the Modules Figure 3. Stack the Modules
Figure 4. Handling Precauons
FRAGILE
HANDLE
WITH CARE
12.The surface oxide layer of the frame may be damaged by sharp objects, do not destroy
or scratch the frame of the Modules.
13. Glass surface, back-sheet and aluminum frame are suscepble to damage that could
affect the performance or integrity of the PV module; do not damage or scratch the
surfaces, and do not spray any non-validated chemicals paints, solvents or adhesive to any
of the surfaces, including the frame. Doing so may degrade performance or cause
irreparable damage and will void any applicable warranes.
1. The electrical and mechanical installaon must be comply with internaonal and local
standards and principles including cable connecon building codes etc.
2. The mounng structures must be designed by qualified structural engineers, and
installaon design and procedures shall be consistent with the relevant local standards.
3. Installers must be qualified and familiar with solar and electrical principles.
4. The working ambient temperature rage is -40℃to +85℃ and Relave Humidity ≤85%.
5. The Modules shall be installed so as to maximize solar exposure and to minimize shading
by trees, buildings or other obstacles in the surrounding area. Generally in the Northern
hemisphere Modules are ideally orientated to the South and in the Southern hemisphere
Modules orientated to the North.
6. Nofy ReneSola of any damage to product immediately. Do not use or install damaged
Modules. Damaged Modules may cause fire or electric shock, resulng in property damage,
fire and or death.
7. Do not disconnect or connect any cables under load, the bending cable radius of Juncon
Box must more than 45 mm.
8. Match the polaries of cables and terminals when making the connecons, failure to do
so may result in damage to the module. Keep the connector dry and clean and do not impact
external force on the connector such as heavy snow、strong wind.
9. The maximum modules of one PV string N=(The Maximum System Voltage)/(Voc),note
the Voc is the value at the lowest temperature in the project sites.
10. Suitable over current protecon devices (string fuses etc.) must be installed when
connecng 3 or more strings in parallel configuraon.
11. Under normal condions, a Module may be able to produce voltage and current higher
than in standard test condion. Accordingly, when determining component rated voltage,
conductor ampacies, fuse current and size of controls connected to the PV output, the
short circuit current and open circuit voltage value marked on this module shall be
mulplied by a factor (safety factor) of 1.25.*
6mm)screw. The clamp are made of aluminum alloy.
For A Series (156-72 cell JC***M-24/A**) modules，six clamps must be used:
For other series module, fix the module with the long sides (Figure 8-1) or short sides (Figure
8-2) according to the bracket locaons specified below and mechanical load requirements.
3) Inserng System：
Fix the module with U type groove or flange beam.
All available installaon methods for A series modules (156-72 cell)(Figure 9)
For other series module, fix the module with the long sides or short sides according to the
bracket design and mechanical load requirement.(Figure 10)
Fixing eight installaon holes simultaneously is recommended according to the Security
Consideraons. When installed correctly, the Modules can withstand a maximum snow
pressure of 5400 Pa or wind pressure of 2400 Pa.
14. When installing the Modules on the roof, ensure there is an appropriate mounng
structure.
