Installation on a Speaker Stand
The speaker system may only be installed on a speaker stand if the
original speaker system is equipped with an appropriate stand adaptor.
Stands or satellite systems must only be installed on a plane area with a
maximum inclination angle of 5˚.
CAUTION:
Speaker systems installed under the influence of horizontal
forces, e.g. wind, can be impaired. This is why additional safety
measures like attaching ballast weights have to be taken.
If inclined tension cables or prolonged outriggers are used. the area of
danger has to marked or blocked.
Before lifting or lowering the telescopic tubes, you must always block a
safety area around the stand or satellite system. This safety area must
have a diameter of 1.5 times the maximum height.
Lifted telescopic tubes always have to be secured with a
secondary securing attachment.
The total weight of the installation (total weight of system including
individual parts) must never exceed the maximum load of the installation
area.
Unintended movement of the load has to be avoided - also in case of fire!
Loosen the fixing screws of the legs, pull the legs out until the
cross struts are at a 90˚ angle to the legs. Tighten the
fixingscrews of the legs.
Installation Of The Speaker System
CAUTION:
The loads have to be installed in a balanced way.
CAUTION:
The carrying capacity of the stand or speaker stand must never be exceeded.
Wall Installation
The speaker system can only be installed on a wall, if the original speaker system is equipped with
an appropriate mounting point.
Before attaching the speaker system, make sure that
the installation area can hold a minimum point load of
10 times the installations weight.
(e.g. 13Kgs - 130Kgs point load).
The durability of the installation depends very much on the material used at the
installation area (building material), such as wood,
concrete and brick etc. This is why the fixing material must be
chosen to suit the wall material. Always ask a specialist for the correct plug/screw
combination indicating the maximum load and building material.
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