Free Power-Workshop: Testing of energy storages & power products

16.04.24 Köln | 17.04.24 Hannover | 18.04.24 Leipzig | 19.04.24 Nürnberg


Multi-function-tester with modular OTP Design

Multi-function-tester with modular OTP Design for Chemical Analytics

Application Description

Multi-function-tester, based on the LXinstruments OTP2 system platform. The system is utilized for assembly and final testing as well as calibrating measurement devices for chemical analytics in a high mix / medium volume environment.

Special emphasis was placed on the exceptional metrological performance of the system. Once some central instruments have been calibrated, it is possible for the customer to perform a partly automated calibration by means of a calibration adapter and corresponding software.

The adapter interface is based on DIN 41612 connectors plus single connectors, e. g. for RF channels; it is compatible with existing systems, which are due for replacement.

Besides the fully functional test system described above, we implemented a series of smaller, compatible systems based on the same system architecture. These systems are entirely based on the LXinstruments software suite.

Special Features

The customer is involved in the further development of our software platform as a development partner and beta tester.

Customer-specific Software

For this system, we implemented a comprehensive suite of self-test and calibration software, based on the LXinstruments software suite. All product-related test results as well as all measurement data captured during calibration are managed via a relational database (MySQL).

The database interfaces were enhanced in order to allow flexible storage of product characteristics as well as other product data, and for easy integration into the customer's process environment.

System Type
Employed Technology
  Image Processing / LED Evaluation
  Switching of High DC Voltages and Currents
  Switching of Voltages > 300V
DUT Programming (JTAG) etc.
  Embedded Controller by LX
Standard Software