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INSTALLATION AND OPERATION MANUAL FOR FLAT ROOF SYSTEM Q.FLAT-G5 – Q CELLS

INSTALLATION AND OPERATION MANUAL FOR FLAT ROOF SYSTEM Q.FLAT-G5 – Q CELLS

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4  ASSEMBLY

4.2 PERFORMING THE ASSEMBLY

5

A

B

6

wide

slim

7

8

9

10

11

4  ASSEMBLY

4.2 PERFORMING THE ASSEMBLY

 

Ä

Determine the position of the ballast carriers:

• 

If ballast is not necessary, select standard position 
A.

• 

In case of ballast with walkway plates and bricks, select 
standard position A.

• 

In case of high ballast with transverse ballast stones, 
select position B.

NOTE! Damage to the ballast carriers!

 

Ä

Use 4 ballast carriers from a ballast of more than 
125 kg, with the ballast stones being placed evenly 
on the inner and outer ballast carriers.

 

Ä

Hang the ballast carriers to the left and right of the 
middle support columns into the ground profiles at 
the corresponding position.

 

Ä

Start hanging the ballast carrier in at the narrow groove.

 

Ä

Make sure that the ballast carriers latch fully into the notches 
of the ground profile.

 

Ä

Repeat step 7 until the row length corresponding 
to project report is achieved.

 

Ä

Align the ground profile row on the roof based on the project 
report.

 

Ä

Comply with the minimum distances to the roof edge.

Aids, tools:

 Project report, layout plan

 

Ä

Arrange the next ground profile parallel and 
aligned to the first two ground profiles.

 

Ä

Fit ballast carriers into the ground profiles corresponding 
to steps 5 and 6.

• 

The ground profile holds the ballast carrier on both sides.

NOTE! 

For better differentiation, ballast carriers for 60 cell 
modules are marked with a notch or semicircular 
recess, on the end of the ballast carrier.

 

Ä

Check whether the correct ballast carriers have been 
supplied.

 

Ä

Mount remaining ground profiles and ballast 
carriers in the same way and align until the 
planned field size is attained.

Aids, tools:

 Project report, layout plan

NOTE! 

• 

The distances between the ground profile rows 
are defined in the project report, but are a 
minimum of 5 mm.

• 

When using ground profile connectors, the distance 
between the ground profile rows is exactly 242 mm.

Assembly with ground profile connectors:

 

Ä

Align ground profile rows with a vertical distance 
of 242 mm to one another.

 

Ä

Place ground profile connectors flush on both ground profiles.

 

Ä

Make sure that the holes of the ground profile connector 
correspond to those of the ground profile.

Optional potential equalisation:

• 

Rivet nuts are integrated in the ground profiles and 
ballast carriers of the Q.FLAT-G5, which help with 
potential equalisation.

• 

The ground profiles and ballast carriers are connected 
to one another via potential equalisation cables for this 
purpose. 

• 

Integration in a lightning protection system is also possible.

NOTE! 

• 

Cap nuts are tightened against the screws, not 
against the ground profiles and ground profile 
connectors.

• 

The screws compensate for the thermal expansion and 
therefore remain mobile. 

 

Ä

Push screws through the holes and secure with 
cap nuts.

 

Ä

Connect the remaining ground profiles in the same way.

Summary of Contents for Q.FLAT-G5

Page 1: ...INSTALLATION AND OPERATION MANUAL Q FLAT G5 Flat Roof System Valid for Africa Europe Latin America South America ...

Page 2: ... CELLS GmbH or one of its certified contractual partners DANGER Danger to life due to electric shock Ä Ä Use of the Q FLAT G5 in a manner that is not authorised by HanwhaQ CELLSGmbH inparticulartheuseofsolarmodules that are not expressly approved may lead to personal injury property damage and loss of output Safety regulations The operator of the Q FLAT G5 is responsible for compliance with all re...

Page 3: ... components that may form part of the overall solar system If necessary structural analyses must be created for the entire project Ä Ä If you have any questions that are not answered within the scope of this manual please direct them to your designated contact partner Forfurtherinformation pleasevisitourwebsiteatwww q cells com Information for the operator Ä Ä Register your Q FLAT G5 immediately h...

Page 4: ...irt snow plants Application limits The Q FLAT G5 is designed for the following applications Ä Ä Operating temperatures from 40 C to 85 C 40 F to 185 F Ä Ä Wind impact pressure to qp 1 0kN m according to DIN EN 1990 snow load on the roof to sk 2 0kN m according to DIN EN 1990 Module selection Q FLAT G5 may only be installed with Q CELLS solar modules with the dimensions 1670mm 1000mm 32mm e g Q PEA...

Page 5: ... 0100 410 3 9 can therefore be omitted However to increase safety on the roof and make it easier to carry out the insulation measurement during the regular repeat tests on the system we recommend realising a potential equalisation with our accessory cables and connecting the entire system to the main earthing rail at a point with minimum 6mm CU cables Ä Ä The optional potential equalisation can be...

Page 6: ...steel Q FLAT G5 screws for Ground profile connector 20005300 stainless steel Q FLAT G5 cap nuts for Ground profile connector ON REQUEST Q CELLS static friction kit 3 PLANNING 3 3 TECHNICAL DATA SPECIFICATION DESCRIPTION Application range Flat roofs with bitumen and sheet cladding as well as on concrete or gravel Maximum roof pitch Up to 5 Maximum roof height 35m Type of mounting Ballasted penetrat...

Page 7: ...design can be completed with just one program Snow and wind load zones are automatically suggested and the geographical situ ations are taken into consideration The Q CELLS ROOFTOP PLANNER provides Solar module design plan Wiring diagram Inverter diagram Ballast plan Parts list Structural analyses according to Eurocode 5 and wind surveys taking into account the snow and wind load zones Ä Ä Correct...

Page 8: ...t tools and aids that are not included in the scope of supply are required for installation of the Q FLAT G5 We recommend providing and using the following materials before installing the Q FLAT G5 FIGURE TOOL FIGURE TOOL Cordless screwdriver Gloves Hexagon bit IS 6 Tape measure Torque wrench Chalk line Ring spanner Open ended spanner SW 10 Ballast e g walkway plates deep kerbs paving stones or gr...

Page 9: ...e field Ä Ä Take note of edge distances and roof structures Ä Ä Compare the measurement with project documents Ä Ä In case of queries Contact your Q CELLS representative Aids tools Project report layout plan Ä Ä Fold up the middle support column and pull upwards Ä Ä Press the hinge down as far as it will go in order to close off the folding mechanism Ä Ä Fold up the middle support column on the op...

Page 10: ...g to steps 5 and 6 The ground profile holds the ballast carrier on both sides NOTE For better differentiation ballast carriers for 60 cell modules are marked with a notch or semicircular recess on the end of the ballast carrier Ä Ä Check whether the correct ballast carriers have been supplied Ä Ä Mount remaining ground profiles and ballast carriers in the same way and align until the planned field...

Page 11: ...for ballast carrier position B NOTE Damage to the roof Ä Ä Do not drop ballast elements onto the roof cover Ä Ä Make sure that the ballast does not come into contact with the roof cover Ä Ä Comply with the maximum ballast height of 120mm Ballast with walkway plates Ä Ä Place ballast stones flush on the ballast carriers in accordance with the ballast plan Aids tools Layout plan ballast plan Ballast...

Page 12: ...es DANGER Danger to life due to electric shock Ä Ä Never open the junction box Ä Ä Do not remove the bypass diodes DANGER Danger to life due to electric shock Ä Ä Never touch live contacts with your bare hands Ä Ä Protect plugs with protective caps provided until connection DANGER Danger to life due to electric shock Ä Ä Insulate bare cable ends Ä Ä Only connect cables with plugs DANGER Danger to ...

Page 13: ...ve a 180 string rotation from row to row 3 String 1 Row 1 East 180 180 180 180 180 180 String 2 Row 1 West String 1 Row 2 East String 2 Row 2 West Label Label Label Label Label Label Label Label Label Label Label Label Ä Ä Ensure the correct module types are used see Module selection on page 7 NOTE The orientation of the modules in the neighbouring rows must be observed Ä Ä Plan the wiring of the ...

Page 14: ...with the end clamp Ä Ä Screw end clamps with pre assembled screw to each ground profile Ä Ä The terminals clamps function as edge and centre terminals Optional potential equalisation Ä Ä Raise screw and push fork of the long potential equalisation cable under the screw head Ä Ä Tighten screw together with potential equalisation cable and thus connect the ground profiles electrically Ä Ä Insert mod...

Page 15: ...ing WARNING Danger of falling due to unsecured roof access Ä Ä Never enter the installation area alone or when unsecured Ä Ä Commission the services of a specialist company NOTE Modular surface can become damaged Clean the modules as follows Ä Ä Remove snow and ice carefully and without using force e g with a soft broom Ä Ä Do not scrape off dirt Ä Ä Rinse off dirt with lukewarm water dust foliage...

Page 16: ...ur solar modules are disposed of in compliance with local disposal regulations Ä Ä Do not attempt to decommission the modules by yourself Ä Ä Commission the services of a specialist company Sources 1 Klaus Jürgen Schneider Construction tables for engineers Werner Verlag Edition 22 2 Ing Büro Dr Siebert Systematic Calculations Q Flat G5 Retaining System PV 3 Prof Dr Ing H Ruscheweyh Wind tunnel tes...

Page 17: ...alheim Sonnenallee 17 21 06766 Bitterfeld Wolfen Germany TEL 49 0 34946699 23222 FAX 49 0 34946699 23000 EMAIL sales q cells com WEB www q cells com Modifications reserved Q CELLS Installation manual_Q FLAT G5_2019 06_Rev01_EN ...

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