The
neccessary accuracy (typical 10-50 µm) of particle size determination
and the typical size of the filter membrane (26mm to 50mm) requires
that the mebrane has to be recorded in segments.
|
JOMESA
Meßsysteme GmbH |
The JOMESA system for cleanliness analysis |
| 1. Technical cleanliness analysis - Methods |
| 2. Microscopic residue analysis - Measurement process |
| 3. Microscopic residue analysis - Technical detail, accessories |
| 4. Oil cleanliness analysis |
2. Microscopic residue analysis - Measurement process
| The dried filter membrane is
put onto the filterholder which comes with the system. After choosing
the specification associated with the filter, all evaluation is done
without user interaction. The last remaining task is to check the
measurement result for artifacts and eventually print out the report.
The
neccessary accuracy (typical 10-50 µm) of particle size determination
and the typical size of the filter membrane (26mm to 50mm) requires
that the mebrane has to be recorded in segments. |
|
The result of residue analysis is presented in a table:
 |
After
finishing the analysis, the program switches to a mode, where the user
can check the result.
Particles are ordered by size. After checking the result, no further user interactions are neccessary. Report generation is done automatically. |
