All manufacturers are very interested to verify announced functionality of a given product. Quality, life-span, and environmental ruggedness of their products is important to their customers and are in some cases government regulated. Also, the overall cost savings of optimized material usage is an important competition factor as well. Especially in safety relevant applications the verification and documentation of executed tests are essential. The compliance of characteristics under mechanical and/or thermal load is where we are focusing and where we provide specialized products.
Function, Quality, Safety and Lifecycle Testing
- Support for all common sensors - Very high accuracy in particular with temperature and strain gauge measurements - High synchronous data rates - Carrier frequency amplifier for stable strain gauge measurements - PAC functionality for control and test sequence flow - Intuitive and simple operation for an easy and quick system installation - Various hardware configuration - Measurement module ¡®mix and match¡® capabilities - Integration with standard software - A complete solution
Optimizing the power, reducing the fuel consumption and emissions, increasing the life-span, and reducing the weight are the goal of each engine developer. When testing engines the user have several requirements for the measurement and I/O technology. For that reason our system partner select our products because these are offering exact what the clients of our partner are asking for.
A Reliable and Proven Partner for Test Stand Builders and End Users
- Distributed intelligence : data is acquired at the source - State-of-the-art fieldbus technology - High accuracy and stability - Synchronized data acquisition in a distributed system at high data rates - Very flexible : the system can expand with the needs of the user - The open architecture makes it simple and easy to integrate into the - test stand automation system - Robust design and outstanding EMI immunity - Galvanically isolated inputs - Different hardware configurations (modular, 19" rack) can be mixed in one application
Monitoring of production and assembly lines is obligatory to guarantee a constant product quality on a high level. Our products are being used in manufacturing machines and are mounted in assembly lines by system integrators or they are integrated into the manufacturing process. So we measure and evaluate process, production, and quality relevant quantities.
Monitoring the Process for Quality Assurance and Machine Health
- Modular structure for individual solutions - Outstanding stability : e.g. carrier frequency technology - Galvanically isolated inputs - The open architecture makes it simple and easy to integrate into the automation system - Robust design and outstanding EMI immunity - High Reliability : MTBF > 20 years - Engineering assistance in finding solutions for the application - Excellent price-to-performance ratio - Long-time availability offers security in OEM applications - A worldwide service network
Major structures require temporary or permanent monitoring due to material aging and external influences (weather, mechanical loads). In many cases the focal point is protection of humans. With the products from our Q.series and e.series, particularly the e.reader datalogger, we offer intelligent solutions for capture of measuring signals dynamically or at intervals of several hours, storing them or forwarding them directly, e.g. by SMS or email. The minimum power consumption of the equipment ensures problem-free use in the field (e.g. with solar power supply).
Dynamic structural integrity monitoring for wind turbines, bridges, and other structures
- Distributed and Synchronized Measurement System - High channel density - Galvanically isolated inputs - 128 MB internal flash memory (extendable by external USB device) - Flexible logging features (definable sample rates and event driven operation) - Local calculation of statistical values (e.g. minimum, maximum, standard deviation and average - Automated alarm messages generation in case of critical situations - Ability to reboot without the need for on-site personnel - Remote monitoring via auxiliary communication channels - Robust design and outstanding EMI immunity