PXV5000 uses an open, modular system architecture concept that consists of
the following building blocks.
- The Basic Module - for total system control, operator interface,
and if required, automated defect recognition. Everything that concerns your
application is entered through the Windows-based Graphic User Interface.
Applications specific data, operational parameters and Service information are all readily
accessible and executable through this operator-friendly interface.
- The Standard Modules - proven modules are combined and implemented
at any time to form the system you require without costly non-recurring engineering and
integration time.
- Configurability - for your specific requirements. We
recognize not all customers have the same requirements. Functions can be easily
added to the PXV5000--without rewriting or reinventing the whole system!
The PXV5000 can be implemented as a stand alone system or it may
be easily integrated into a manufacturing process. At all times you may rest assured
that the PXV5000 is working for you. Performing objective, tireless, and repeatable
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System setup is extremely user friendly
and requires little X-ray experience, if any. Knowledge of image analysis is not
required. Test programs are loaded either automatically by the test sample
recognition module or by the operator using a standard computer mouse to point and click. The advantage of the automated test sample recognition module is that
sorting of different styles of test samples is not required. This allows the system
to be fed with all production samples you have in your production line in random order. PXV5000 Basic System includes:
Hardware:
- Industrial PC
- Operator Interface Monitor 20"
- Imaging Monitor 17"
- Keyboard and Mouse
- I/O Control (e.g. SPS)
Software:
- Windows-based Graphic User Interface
- System Control for Part Handling and X-ray Parameters
- Automated Defect Recognition
- Data Communication
Available Standard Modules
- Part Recognition -- This module reads a code off the sample.
The code can be applied or cast into the part. By implementing this method, random
testing of samples is realized and time is saved.
- Statistical Data -- This module stores type, location and
occurrence of defects. A warning is given when unusual increases in defects are
determined.
- Part Marking System -- You can select to mark good or defective
samples or both. You can also use different markings for different decisions made by
the system.
- Part sorting -- This module sorts the defective and the accepted
samples. This assures that only accepted samples can exit the system for further
processing.
- Remote Diagnosis -- The system is also equipped with a remotely
accessed phone modem which allows the system to be updated and serviced from a remote
location.
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