Motorsport places the toughest demands on man and machine; and also on the measurement technology that is indispensable for development. ABT Sportsline, together with Audi and Schaeffler, has used CSM's measurement technology in Formula E to obtain precise data during the development and testing of the racing cars. Find out in the following application report where CSM measurement technology was used.
After an extremely successful 2014/2015 season, ABT Sportsline used CSM measurement technology for the development of the purely electrically driven racing cars during all official test drives. Thereby different measurement variables had to be recorded.
Measurement of accelerations, strains, flow rates and temperatures, for the further development of a Formula E racing car.
The available space for measurement modules in racing cars was naturally limited and the measurement technology had to withstand harsh conditions (for example, high temperatures, moisture from splash water and centrifugal forces). Furthermore, a wide variety of measurement variables had to be recorded synchronously: accelerations, strains, flow rates and temperatures. These variables could vary from test drive to test drive and the conversion should be as simple as possible.
The advantages of this measurement system were especially the easy adaptation of the system by adding further measurement modules and sensors. Thus the system could be specifically adapted for individual tests by integrating new sensors without having to change existing cables and software.
We thank the team of ABT Sportsline for this exciting project and the good cooperation.
All pictures with kind permission of ABT Sportsline GmbH.
Here you find the complete application case for download as PDF.
Precise measurement of mechanical strain, directly at the point of application of the strain gauge: realized via the CAN-based measurement module STGMM 6 pro HS with six strain gauge inputs for quarter-, half- and full bridges.
Modules for temperature measurements with increased accuracy requirements in comparison to measurements with thermocouples: PT MiniModules (PTMM evo) allow high-precision temperature measurements with PT100 and PT1000 RTD elements.
The FPGA-/µ-controller- based CAN bus data loggers of the UniCAN 2 Professional family have features that are otherwise - if at all - only found in - PC-based devices. At the same time they offer unique data security.
CSM’s AD MiniModules (ADMM) offer a wide range of applications for measuring analogue signals (voltage, current, pressure, flow rate, etc.).
Swift configuration of measurement chains: CSMconfig is the reliable configuration software for all CAN and EtherCAT® based measurement modules from CSM. The clearly arranged and easy-to-use user interface allows an easy setting of all measurement parameters. This helps speeding up the measurement setup considerably.
CSMuniconf is the comprehensive software package for the configuration and management of the UniCAN 2 and 3 data loggers.
The server-based software CSMdataconv has been developed for the automatic processing and conversion of recorded measurement data.