100
No more parts may be placed on the scale than are already on the scale.
Reason: A reference weight calculation may only be carried out if the quantity on the scale is exactly
correct. It would not make sense to calculate the reference weight from 10 parts, add 1,000 parts and
then carry out the optimisation with 1,010 parts. There is a risk that, due to the production tolerance
of the parts or the measurement uncertainty of the scale, there are, for example, 1,009 or 1,011 parts
on the scale and that reference weight optimisation would result in a completely incorrect reference
weight. Therefore in this case the reference weight is not optimised. However, the reference weight
optimisation remains active. If more parts are placed on the scale than permitted for reference weight
optimisation and no reference weight optimisation is carried out initially, parts can be removed again.
As soon as the scale detects the smaller quantity, reference weight optimisation is carried out again.
The reference weight optimisation is switched on and off
in the setting mode under Program settings / Counting / Optimisation Ref. The percentage value
defines the percentage up to which the maximum load of the scale is to be optimised. Example: 0 =
off, 50% = 30kg for a scale with 60kg maximum load, 100% = 60kg for a scale with 60kg maximum
load.
Example of reference weight optimisation:
>
ADD- Mode
If the minimum reference weight is not reached, the parts are requested until the minimum reference
weight is reached. After the requested parts are placed on the scale (add xx pieces) the scale
calculates the reference weight.
Example of reference weight determination in ADD mode:
Smallest digit of the scale:
1 g
Set minimum load:
10 d
Results in minimum load for reference weight determination:
10 g
Example for part weight:
0,8 g
Reference quantity:
10 pieces
Results in weight value for reference weight calculation:
8 g
Difference to the set minimum load:
2 g
ADD Mode requires parts:
3 pieces
Referenc
e quantity
1.
Ref.Optimisation
if there are
currently 10 parts
on the scale,
place additional
up to max.
2.
Ref. optimization
if there are
currently 20 parts
on the scale,
place additional
up to max.
3.
Ref.Optimisation
if there are
currently 40 parts
on the scale,
place additional
up to max.
4.
Ref.
optimization
with currently 80
parts on the
scale, place
additional up to
max.
5.
Ref.Optimisatio
n
with currently
160 parts on the
scale, place
additional up to
max.
10 parts 20 counting
parts
40 counting
parts
80 counting
parts
160 counting
parts
320 counting
parts
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