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• Precisely monitored reprocessing
• Improved reproducibility of validated
processes
• Perfect washing and disinfection
results
• Spray arm monitoring on all levels
• Spray arm speed monitoring
PerfectSpeed Sensor
To guarantee perfect and safe cleaning and
disinfection results, the rotational speed of
the spray arms must be within defined limits.
With the new PerfectSpeed sensor, the
precise speed of each individual spray arm
is carefully monitored and documented –
whether in the cabinet or on board baskets
and mobile units. The spray arm monitoring
feature uses a sensor strip located outside
the cabinet to detect the passage of spray
arms and to ensure that speeds are within
range. Information shown in the display
indicates whether the values are correct
or whether the user must intervene on
account, for example, of excessive foam
slowing spray arm motion down.
• Optimum drying results
• High level of air purity in chamber
• High standards of hygiene
PerfectHEPA Drying
New hygiene standards and the use of
innovative Miele technology also applies
to the drying phase. The new Class H
13 high-temperature HEPA filter, located
directly upstream from the cabinet, prevents
the admission of unwanted air-borne
particles from room air. This ensures
exceedingly high levels of air purity in the
cabinet. Thanks to streamlined air ducting,
PerfectHEPA Drying also ensures excellent
drying performance.
In the event of a deviation from target
values, either an error message is issued or
the programme is interrupted immediately
to allow the user to deal with the cause of
the fault, depending on system parameters.
Deviations can also be recorded in the
automatic process documentation.
Spray arm sensing, a standard feature on
the PG 8535 and PG 8536, offers effective
protection against spray arm blockages
by items in the load and also provides
information on pressure conditions in the
machine and in mobile units and baskets.
Spin speeds provide a valuable indication
as to the reproducibility of validated
processes, increasing safety margins in
machine-based instrument reprocessing
systems by a considerable degree.