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6. Assembly instructions
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A prerequisite for a safe functioning of our system components is
a proper assembly taking into account the relevant standards and
guidelines in the production of element facades.
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The system components supplied by GEIGER may not be repro-
cessed or altered, otherwise the warranty expires.
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Before installation, the motor and the other system parts should be
checked for visible damage.
Connecting element:
The connecting element must be screwed at right angles to the mounting surface. It is important
to ensure that the mounting surface is cleaned and the seal of the connecting element fits
cleanly and evenly on the mounting surface.
Please make sure that the connecting element and the facade element are firmly and durably
connected. Tightening torques depend on the facade element and must be determined by the
facade manufacturer.
The tightness of the connection between the connecting element and the facade element must
be checked on site during installation.
A centering bore optionally used for double-walled profiles may not be larger than + 0.3 mm
compared to the centering collar.
Cavity gear:
The cavity gear must be fixed within the cavity in such a way that the hexagonal rod of the
connecting element can be inserted without tension into the hexagonal holding of the gear.
The screws must be secured with a screw-lock.
The hexagonal rod of the connecting element must fit exactly into the hexagonal housing of the
flanged gear and must not be subject to tension during operation.
Motor with flanged gear – Parallel mounting:
Screw mounting
For parallel mounting (radial), the drive is
placed on the 7 mm hexagonal rod of the
connecting element. The drive is attached
to the fixing bracket on the angle gear using
2 galvanized countersunk head screws DIN-
EN-ISO 14581 8.8 M5 x 10 and a tightening
torque M = 2Nm.
The screws must be secured with a high-
strength screw-lock.
The hexagonal rod of the connecting element
must fit exactly into the hexagonal housing of
the flanged gear and must not be subject to
tension during operation.
