Oerlikon Schlafhorst Express - Oerlikon Schlafhorst - Oerlikon Textile

6 Oerlikon Schlafhorst Express
Innovations
SPID for linked systems
Autoconer X5, V
Quality assurance before it is too late
Trust is good, automated online control is
better. Especially if it helps not only to recognise
potential sources of faults but also to
eliminate them early on.
SPID is the (optional) online monitoring
system of the Autoner X5 for linked systems,
which provides targeted monitoring of the
spinning quality at each individual spindle of
the ring spinning machine. Spindles that
produce faulty bobbins or show a decline in
quality can be identified at an early stage
while in operation and the cause of the fault
can be eliminated in a targeted, preventive
intervention.
The principle is simple: when transferring the
bobbins from the ring spinning machine
trays to the Caddies on the Autoconer X5,
type V, the built-in chip in the Caddy records
the number of the spindle from which the
bobbin originates. The clearer in the winding
unit assigns its measured yarn quality and
clearing data to this number. The operator
receives the information about quality data
that is outside the set limits or is deteriorating
directly for the spindle responsible systematically
from the Informator. Quality limits and
clearing limits are entered centrally at the
Informator via the integrated clearer operation
prior to the start of the lot.
Bobbins with quality infringements are removed.
The effect is that fault causes can be eliminated
quickly and specifically. And because
the trend of all quality data is recorded
continuously, preventive maintenance can
even be instigated deliberately if the level
drops.
With SPID both the quality level and efficiency
can be maintained at a significantly higher
level. The ring spinning machine now produces
virtually fault-free yarn quality, which
can be processed smoothly, thus also maximising
the efficiency rating of the package
winder and further process stages.
This offers an enormous advantage compared
with the random sampling of the yarn data in
the laboratory that is otherwise the norm.
Corrective intervention is then only possible
far too late, and the quality is already outside
the limits. No specific allocation to the fault
source that is at the root of the problem is
possible, as this is not known. A tedious
search is initiated, and quality declines further
in the meantime.
The quality data are recorded online in the Informator
and are available for evaluation.