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EN-Rev IM/GN-AM-EU/2.8 Copyright ©  July, 2021. CSI Solar Co., Ltd.

 

www.csisolar.com

 

7.0 MAINTENANCE 

 

Do not

 make modifications to any component of the PV 

module (diode, junction box, connectors or others). 

 

Regular maintenance is required to keep modules clear 
of snow, bird droppings, seeds, pollen, leaves, branches, 
dirt spots, and dust. 

 

Modules with sufficient tilt (at least 15°), generally may 
not  require  cleaning  (rain  will  have  a  self-cleaning 
effect).  If  the  module  has  become  soiled,  wash  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. 

 

Periodically inspect the system to check the integrity of 
all wiring and supports. 

 

To protect against electric shock or injury, electrical or 
mechanical  inspections  and  maintenance  should  be 
performed by qualified personnel only. 

 

8.0 MODULE CLEANING GUIDELINES 

This  manual  covers  the  requirements  for  the  cleaning 
procedure of Canadian Solar‘s photovoltaic modules. The 
purpose of these cleaning guidelines is to provide general 
information for cleaning Canadian Solar modules. System 
users  and  professional  installers  should  read  these 
guidelines carefully and strictly follow these instructions.   

Failure to follow these instructions may result in death, 
injury or damage to the photovoltaic modules. Damages 
induced  by  inappropriate  cleaning  procedures  will  void 
Canadian Solar warranty. 

SAFETY WARNING 

 

Cleaning activities create risk of damaging the modules 
and  array  components,  as  well  as  increasing  the 
potential electric shock hazard. 

 

Cracked or broken modules represent an electric shock 
hazard due to leakage currents, and the risk of shock is 
increased  when  modules  are  wet.  Before  cleaning, 
thoroughly  inspect  modules  for  cracks,  damage,  and 

loose connections. 

 

The  voltage  and  current  present  in  an  array  during 
daylight hours are sufficient to cause a lethal electrical 
shock. 

 

Ensure that the circuit is disconnected before starting 
the  cleaning  procedure  as  contact  with  leakage  of 
electrically active parts can result in injury. 

 

Ensure that the array has been disconnected to other 
active components (such as inverter or combiner boxes) 
before starting with the cleaning. 

 

Wear suitable protection (clothes, insulated gloves, etc.). 

 

Do  not

  immerse  the  module,  partially  or  totally,  in 

water or any other cleaning solution. 

 

Rear  side  cleaning  of  the  modules  is  not  required.  If 
cleaning the rear of a module is desired, care should be 
taken  to  ensure  there  is  no  damage  caused  to  the 
backsheet by simply clearing the contaminant by hand 
or with a soft sponge. 

HANDLING NOTICE

 

 

Use a proper cleaning solution and suitable cleaning 
equipment. 

 

Do not

 use abrasive or electric cleaners on the 

module.   

 

Particular  attention  should  be  taken  to  avoid  the 
module  backsheet  or  frame  to  come  in  contact  with 
sharp objects, as scratches may directly affect product 
safety. 

 

Do  not 

use  abrasive  cleaners,  de-greasers  or  any 

unauthorized  chemical  substance  (e.g.  oil,  lubricant, 
pesticide, etc.) on the module.   

 

Do  not 

use  cleaning  corrosive  solutions  containing 

hydrofluoric acid, alkali, acetone, or industrial alcohol. 
Only substances explicitly approved by Canadian Solar 
are allowed to be used for cleaning modules. 

 

For  cleaning  methods  using  rotating  brush, 
please consult with Canadian Solar's technical 
support before using.

 

Summary of Contents for Standard CS1VMS

Page 1: ...For professional use only INSTALLATION MANUAL OF STANDARD SOLAR MODULES...

Page 2: ...4 0 UNPACKING AND STORAGE 5 5 0 MODULE INSTALLATION 6 5 1 MODULE WIRING 8 5 2 GROUNDING 11 6 0 MOUNTING INSTRUCTIONS 12 6 1 MOUNTING METHOD BOLTING 13 6 2 MOUNTING METHOD CLAMPING 15 6 3 INSERTION SYS...

Page 3: ...anadian Solar 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...

Page 4: ...onnect solar cells use a thin solder coating layer that contains lead CAS no 7439 92 1 Under normal or reasonably foreseeable conditions of use exposure to the lead that is contained in our solar modu...

Page 5: ...s than 3 months and extra precautions should be taken to prevent connectors from being exposed to moisture or sunlight like using connector endcaps In any circumstances it shall not be stacked vertica...

Page 6: ...e rear of each module This nameplate specifies the model type as well as the main electrical and safety characteristics of the module 5 0 MODULE INSTALLATION PRECAUTIONARY MEASURES AND GENERAL SAFETY...

Page 7: ...spray Exposing modules to salt i e marine environments or sulfur i e sulfur sources volcanoes incurs the risk of module corrosion Do not expose modules and their connectors to any unauthorized chemica...

Page 8: ...fect module service lifetime due to accelerated ageing of the encapsulation material and thermal stress on the bypass diodes RELIABLE VENTILATION Sufficient clearance at least 102 mm 4 02 in between t...

Page 9: ...cations lengths to match various system configurations Recommended system cable schemes are shown in table 2 3 below Table 2 System Cable Scheme for CS3U CS3K CS3W CS3L CS3LA CS3LB CS3Y CS3N CS3S CS3S...

Page 10: ...nt two modules left to right need to be rotated 180 degrees Portrait one row installation Note Adjacent two modules left to right need to be rotated 180 degrees Landscape installation Note Adjacent tw...

Page 11: ...ONNECTOR 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 metallic racew...

Page 12: ...tallation manual The system designer and installer are responsible for load calculations and for proper design of support structure Any module without a frame laminate shall not be considered to compl...

Page 13: ...gineers For detailed information please follow local structural code or contact your professional structural engineer 6 1 MOUNTING METHOD BOLTING The mechanical load test with these mounting methods w...

Page 14: ...er four holes installation method A Inner four holes installation method B Middle four holes installation method A Middle four holes installation method B Outer four holes installation method A CS1V C...

Page 15: ...stem designer and installer are responsible for load calculations and for proper design of support structure Canadian Solar s warranty may be void in cases where improper clamps or unsuitable installa...

Page 16: ...ical Load Pa 2000 2000 2400 2400 3600 2400 5400 2400 5400 3600 7000 5400 A1 Range mm CS1H 0 219 220 440 270 330 CS1VL CS1HA 0 219 220 440 270 330 CS1V 0 239 331 550 240 330 CS3K 0 239 331 550 240 330...

Page 17: ...pes A Range mm 0 200 200 250 Max Mechanical Load Pa CS3U 1200 1200 1400 1400 CS3W 1000 1000 1200 1200 CS3L 2000 2000 2200 2200 CS1Y 1600 1600 1800 1800 CS3N 1400 1400 1600 1600 6 2 3 Four clamps on lo...

Page 18: ...frame Module Types Max Mechanical Load Pa 2400 2400 A1 Range mm A2 Range mm CS3U 300 550 200 250 CS3K 100 550 200 250 6 2 5 Four clamps on short side of frame and rails parallel to the long side fram...

Page 19: ...Types Max Mechanical Load Pa 2000 2000 2200 2200 2400 2400 A2 Range mm CS1VL CS1HA 0 250 CS1V 0 210 CS3K 0 200 200 250 6 2 7 Four clamp mounting on short side of frame and an additional support bar pl...

Page 20: ...plift CS3K CS1H 72 inches 1 83 m 24 inches 0 61 m 2200 Pa 1400 Pa 64 inches 1 63 m 21 3 inches 0 54 m 2400 Pa 1400 Pa 48 inches 1 22 m 16 inches 0 41 m 3400 Pa 1800 Pa 32 inches 0 81 m 10 7 inches 0 2...

Page 21: ...41 m 1800 Pa 800 Pa 32 inches 0 81 m 10 7 inches 0 27 m 1800 Pa 1200 Pa 24 inches 0 61 m 8 inches 0 2 m 1800 Pa 1800 Pa CS1Y 48 inches 1 22 m 16 inches 0 41 m 1800 Pa 1800 Pa 32 inches 0 81 m 10 7 in...

Page 22: ...or unsuitable installation methods are found When installing insertion profiles please take the following measures into account 1 Do not bend the module frame 2 Do not touch the front glass or cast sh...

Page 23: ...requirement please contact Canadian Solar technical support department in writing for advices Tracker 1P Bolting method Install and tighten the module clamps to the mounting rails using the torque st...

Page 24: ...e location Plain washer outer diameter mm Test load Pa CS6W MS A1 A3 400 B1 B3 790 B1 B2 A3 A4 18 1600 1600 B1 B2 B3 B4 18 1800 1800 The allowable maximum twist angle of the module is 0 5 degree Pleas...

Page 25: ...otential electric shock hazard Cracked or broken modules represent an electric shock hazard due to leakage currents and the risk of shock is increased when modules are wet Before cleaning thoroughly i...

Page 26: ...th low mineral content Near neutral pH water The maximum water pressure recommended is 4 MPa 40 bar CLEANING METHODS Method A Compressed Air Canadian Solar recommends cleaning the soft dirt like dust...

Page 27: ...CS3U 330P 330 38 0 8 69 45 5 9 20 30 CS3U 335P 335 38 2 8 77 45 7 9 28 30 CS3U 340P 340 38 4 8 86 45 9 9 36 30 CS3U 345P 345 38 6 8 94 46 1 9 44 30 CS3U 350P 350 39 2 8 94 46 6 9 51 30 CS3U 355P 355 3...

Page 28: ...S1V 240MS 240 28 3 8 48 34 7 9 15 15 1638 x 826 x 40 64 5 x 32 5 x 1 57 in 15 4 34 0 lbs CS1V 245MS 245 28 6 8 58 34 9 9 22 15 CS1V 250MS 250 28 8 8 68 35 1 9 29 15 CS1V 255MS 255 29 0 8 79 35 3 9 37...

Page 29: ...35 81 8 x 39 1 x 1 38 in 23 4 51 6 lbs CS1U 390MS 390 43 7 8 93 53 2 9 50 15 CS1U 395MS 395 43 9 9 01 53 3 9 55 15 CS1U 400MS 400 44 1 9 08 53 4 9 60 15 CS1U 405MS 405 44 3 9 16 53 5 9 65 15 CS1U 410...

Page 30: ...20 CS3L 350P 350 33 0 10 61 40 2 11 24 20 CS3L 355P 355 33 2 10 70 40 4 11 31 20 CS3L 360P 360 33 4 10 78 40 6 11 37 20 CS3L 365P 365 33 6 10 87 40 8 11 44 20 CS3L 370P 370 33 8 10 95 41 0 11 51 20 CS...

Page 31: ...11 54 20 CS3LB 250MS 250 22 9 10 94 27 3 11 61 20 CS3LB 255MS 255 23 1 11 05 27 5 11 72 20 CS1HA 265MS 265 29 9 8 86 36 1 9 45 15 1395 x 992 x 35 54 9 x 39 1 x 1 38 in 15 8 34 8Ibs CS1HA 270MS 270 30...

Page 32: ...40 7 10 46 20 CS3SA 340MS 340 34 3 9 93 40 9 10 54 20 CS3N 385MS 385 36 6 10 52 43 9 11 32 20 1940 x 1048 x 35 76 4 x 41 3 x 1 38 in 22 5 49 6 lbs CS3N 390MS 390 36 8 10 60 44 1 11 38 20 CS3N 395MS 39...

Page 33: ...31 4 69 2 lbs CS7L 580MS 580 34 1 17 02 40 5 18 27 30 CS7L 585MS 585 34 3 17 06 40 7 18 32 30 CS7L 590MS 590 34 5 17 11 40 9 18 37 30 CS7L 595MS 595 34 7 17 15 41 1 18 42 30 CS7L 600MS 600 34 9 17 20...

Page 34: ...en on hourly basis or even more frequently For a standard year the 98th percentile temperature would be met or exceeded 175 2 hours The operational module temperature is influenced by the environmenta...

Page 35: ...cal parameters and limitations of the MLPE devices and the Canadian Solar modules are suitable for one another Failure to comply with these instructions will void the Canadian Solar warranty INSTALLAT...

Page 36: ...sed on Apr 2020 Rev 2 2 was amended and released on July 2020 Rev 2 3 was amended and released on Oct 2020 Rev 2 4 was amended and released on Jan 2021 Rev 2 5 was amended and released on March 2021 R...

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