TECHNICAL DATA
Material
Plate: steel, powdered black structure
Bumpons: PUR elastomer, black
Dimensions
Plate: ø 325 x 8 mm, 2 holes ø 43 mm each
4 Bumpons ø 20 x 5 mm
Weight
5 kg
Cardboard
Inside: 382 x 260 x 142 mm, 0.3 kg
KÖNIG & MEYER
GmbH & Co. KG
Kiesweg 2, 97877 Wertheim, www.k-m.de
26709-000-56 Rev.03 03-79-106-00 1/20
5. THE USE OF OTHER ADDITIONAL WEIGHTS
5.1 THE USE OF MULTIPLE ADDITIONAL WEIGHTS IS
5.1
BASICALLY POSSIBLE
5.1.1
First align the first additional weight above the central M20
5.1.1
thread (see
4.1
and
4.2
).
5.1.2
Now stack the further additional weights on top of the first.
5.1.2
These additional weights must also be aligned as accurately
5.1.2
as possible.
5.1.3
Insert the base tubes with M20 threaded bolt into the central
5.1.3
bores of the additional weight and screw them in the socket
5.1.3
of the base plate.
5.1.4
See
4.3 WARNING!
5.1.4
Please ensure that the screwing of the base tube and
5.1.4
base plate is gap free (0).
5.2 WHAT NUMBER OF ADDITIONAL WEIGHTS IS
5.2
REASONABLE?
5.2
ANSWER:
5.2
This depends on the type of installation, which is defined in
5.2
particular by the dimensions, the weight of the stand and the
5.2
load. Ultimately the exact quantity can only be determined by
5.2
a TILT TEST on site.
5.3 PROCEDURE OF THE TILT TEST:
5.3
DIN 56950-3 requires that a fully extended stand carrying
5.3
its nominal load is not allowed to tip over on a surface with
5.3
a 5° incline
5.3
WARNING!
5.3
When carrying out this tipping test the safety must be
5.3
guaranteed (shut-off measures, safety ropes etc.).
5.3
If necessary, consult technical staff.
5.3
NOTE!
5.3
Passing the 5° tilt test does NOT mean that the operation of
5.3
the installation on a surface with a up to 5° incline is allowed.
5.3
In fact, operation is only permitted on level surfaces.
5.3.1
If the installation MEETS the 5° tilt test and does not fall over:
5.3.1
The use of additional weights is not necessary.
5.3.2
If the installation DOES NOT MEET the 5° tilt test, i.e. it falls
5.3.2
over, due to the circumstance that the centre of gravity is
5.3.2
outside of the tilting axis. The use of further additional weights
5.3.2
is recommended.
5.3.3 EFFECT OF THE ADDITIONAL WEIGHT
5.3.3
The additional weight causes the centre of gravity to drop
5.3.3
and simultaneously moves in direction to the centre of the
5.3.3
base - until it finds itself within the tilt axis. If a single
5.3.3
additional weight is not enough, a second or third may be
5.3.3
used. The 5° tilt test is considered passed if the installation
5.3.3
no longer falls over.
6. CABLE BUSHING
6.1
The base plates 26703, 26704, 26705 and 26706 have a cable
6.1
passage in the immediate vicinity of the central bore.
6.2
In order to be able to use this, the additional weight has
6.2
appropriate place also via bore hole.
6.3
If required, the additional weight(s) can be placed in such
6.3
a way, that all passages are on top of each other.
6.4
Finally conduct cable/plug.
FAULT-FINDING (F) and REPAIR (R)
F: Additional weight tilts on the base plate
F:
R: Check additional weight for evenness
F:
R: Are all 4 rubber feet (bumpons) present?
F:
R: Brush down the base plate
F:
R: Check base plate for evenness
F:
R: Wrong product was selected (e.g. microphone stand)
F: Additional weight protrudes laterally beyond the base plate.
F:
R: Incorrectly mounted additional weight, i.e. the base tube is
F:
R:
inserted into the cable bore instead of the central bore.
5. THE USE OF OTHER ADDITIONAL WEIGHTS
5.3 TILT TEST
6. CABLE BUSHING
outside the
tilting axis
Tilting axis
within the
tilting axis
