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The relevant maximum value for
the permissible concentration particles
of specific particle size constitutes the
class limit.
The particles inside this test chamber are
monitored and recorded appropriately.
Details cleanliness compatibility
In order able confirm cleanliness
compatibility, well as, quantities reflecting
cleanroom compatibility that can de
tected
by metrological methods, additional expert
assessments and parameters were included
in the tests conducted the Fraunhofer
Institute IPA.180
The Lighting Handbook
Cleanroom technology
Cleanroom compatibility tested
CLEAN Advanced and CLEAN Supreme
have been tested and assessed the
Fraunhofer Institute Stuttgart (Germany)
with respect to
–
cleanroom compatibility for cleanrooms
(particle emission behaviour the
luminaires) and
–
cleanliness compatibility (disinfectability,
electrostatic behaviour and chemical
resistance).
The common criterion for the cleanroom
compatibility luminaires and all other
equipment their particle emission behav-
iour. These are defined in
the following standards and codes practice,
among others:
.
Exceeding the relevant limit values deci-
sive order classify the luminaires.
Cleanliness compatibility covers large
number sector-based cleanliness require
ments such resistance chemicals, sur-
face quality, flow behaviour electro
static
charge characteristics. a
limit value not exceeded with certainty of
at least 95%, the respective item equip-
ment may regarded suitable for use in
this air cleanliness class. “Airborne particle emission” used as
a classification criterion all international
standards.
Details cleanroom compatibility
The German VDI 2083 Guideline specifies
a standardised procedure for all equipment
used cleanroom.
Test setup
A defined volume air aspirated air
sampling probe and fed into test chamber
