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10
INSTALLATION AND OPERATION MANUAL FOR FLAT ROOF SYSTEM Q.FLAT-G6 – Q CELLS
A pitch change / ridge on the roof can be built over up to a roof pitch of 1.5° in the direction of the module without additional com-
ponents. The prerequisite for this is that the uppermost module is centred above the ridge.
4
ASSEMBLY
4.3 OPTIONAL STEP
4.3.2 ASSEMBLY OF THE RIDGE CONNECTOR IN
THE DIRECTION OF THE MODULE O
2
PROCEDURE:
First, the ridge line is determined. Then, as described in step 4.3.1, the main base profiles are built up (parallel to the ridge). The cross
brace and ballast brace
F
are inserted centrally between the tower
E
components in the suspension lugs.
Instead of the cross brace connector
G
, the ridge connector
O
2
is installed. The ridge connector
O
2
must be ordered pre-bent to the
pitch appropriate for the roof. Ideally, the structure should be built up evenly on both sides to prevent one-sided loading and thus slipping.
NOTE:
The location and position of the ridge connectors
O
2
can always be found in the current project report. Instead of the ridge con-
nector in the direction of the module
O
2
, the system can also be connected in a straight line without changing the pitch in order
to convert obstacles. The assembly is identical to the ridge connector
O
2
.
INFO
i
ASSEMBLY WITHOUT ADDITIONAL COMPONENTS
Prerequisites:
Module positioned centrally above ridge and roof pitch < 1.5°.
STRUCTURE FOR BASE RAILS RUNNING PARALLEL TO
THE RIDGE
Ridge connector
O
2
Superstructure of the pitch angle without
additional components (only possible
up to 1.5° roof pitch).
Attaching the ridge connector
O
2
and
the cross and ballast braces
F
Positioning of the base profile rows