Parsum GmbH, Brand of SOPAT GmbH

ParsumMeasuring Software

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Parsum GmbH offers advanced software solutions for inline particle measurement, aimed at monitoring and optimizing production processes in various industries such as pharmaceutical, chemical, and food. The core component of their system is the IPP measuring program, which ensures effective control over measurement processes and a clear presentation of results. The software includes modules like LogAnalyzer and ExcelConnect that provide offline and online data analysis capabilities, respectively. For the pharmaceutical sector, ParsumVIEW addresses compliance with 21 CFR Part 11 by offering features like password-protected access, audit trails, and secure data archiving. The software integrates smoothly with existing process-control systems through standard data interfaces like TCP server and OPC DA/UA server, enhancing its applicability across diverse industrial settings where precision and reliability are crucial.
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The Parsum measuring software is a flexible and adaptable system of programmes and interfaces. The IPP measuring program itself is the heart of the system. IPP controls the measurement and guarantees a clear presentation of results. The interface can be customised to show only relevant results from a multitude of information.

In addition to the particle size distributions (number and volume distributions Q0, Q3 and q0, q3, as well as sieve fractions), special attention is given to the representation of the progression of attributes such as X10/X50/X90 over time. The display of auxiliary values, such as the particle rate (number of particles measured per second), loading (particle concentration) and particle velocity, provides additional valuable information about the process.

The overview shows the entire measuring system with all additional modules and options for data transfer and evaluation.

LogAnalyzer

The Excel macro LogAnalyzer is used for the quick and intuitive offline evaluation and graphic depiction of measuring processes that have been saved in the measuring software’s automatically generated logger files.

ExcelConnect

The Excel macro ExcelConnect makes it possible to integrate all measurement data online into a designated Excel table. Using the available Excel options makes it really easy to perform your own calculations in real time or to create customised reports without any programming knowledge.

ParsumVIEW

„ParsumVIEW“ was specifically designed for use in the pharmaceutical industry and for applications with increased safety requirements. It meets the requirements of 21 CFR Part 11. This module takes control of measurement and its results as well as the display of those results. ParsumView also features password-protected access control and monitoring, configurable rights and user management, audit trail and data archiving. All data and settings are stored either locally in a protected SQL database or in a network.

LabView-VIs

With LabVIEW-Vis, the measurement and the measured results can be easily integrated into the customer’s programs in LabVIEW as required.

  • Can be run on Windows XP, Windows 7, Windows 8 or Windows 10
  • Up to four measuring probes can be connected to a PC at the same time
  • Freely configurable screen display for routine measurements or R&D tasks
  • Measurement of the chord lengths of moving particles and their display as:
  • Particle size number distribution q0(x); Q0(x) logarithmic and linear, particle size volume distribution q3 (x), Q3 (x) logarithmic and linear, sieve fractions/throughputs as a bar charts with freely selectable sieve sizes
  • Particle velocity number distribution
  • Numerical display of various parameters and status information (data rate, particle load, signal level, etc.)
  • The class width and class number (linear and logarithmic) are individually adjustable
  • Display of characteristic parameters over time as a time chart, e.g., X10, X25, X50, X75, X90 of the volume or number distribution, and much more
  • Automatic data-logging function with adjustable storage intervals of 10 seconds to 24 hours for logging and subsequent offline evaluation
  • Saving of snapshots of the process as ASCII text files
  • Printing of the measured results as a log file
  • Customised saving of measuring configurations for quick and convenient adaptation to changing process conditions (e.g., different products)
  • Recording of simulation data: Short-term recordings of original measuring-probe signals for subsequent offline evaluation and optimisation of system settings for a specific process situation