Future-proof measurement technology - software for seamless analysis

Many measuring system manufacturers supply their hardware with their own software - whether for mechanical engineering, the energy sector, the pharmaceutical industry or R&D applications. The problem? Users have to constantly switch between different systems. In addition, measurement data is often available in different formats, which require a great deal of work and time to be brought onto a common basis. What is needed is standardized measurement technology software that is easy to use and at the same time can seamlessly network I&C components and devices. Valid measurement data and simple condition monitoring for machines and systems as well as a wide range of interfaces in the software are becoming increasingly important. Maintaining competitiveness while still being able to react flexibly to changing market requirements is becoming more and more of a challenge for many companies.

If you consider, for example, the increasing demands on system availability, the growing challenges in quality assurance and the ever more extensive documentation requirements, companies are under increasing pressure. At the same time, users and measurement technicians have to familiarize themselves with highly complex systems in a short space of time. However, high staff turnover often means that knowledge is lost and only a "black box" without user knowledge remains. A lack of know-how and inadequate documentation not only cost time, but also money. In addition, measurement data is still recorded manually in many cases - an error-prone process that impairs quality and efficiency. This article shows how the ProfiSignal 20 measurement technology software from Delphin Technology supports the user in solving these complex problems in a practical and user-friendly way.

Central control of all measuring and testing processes

In modern machines, systems and test benches, countless parameters have to be recorded and monitored - from vibration analyses, temperature and pressure measurements to humidity detection. Different systems and file formats often make these processes complex and confusing. With the powerful and platform-independent
ProfiSignal 20 measurement technology software provides a standardized solution for all measurement, monitoring and automation tasks. Whether for small laboratory measurements or extensive automated test benches or in industrial production - the software enables central, efficient and user-friendly control of all measurement and testing processes.

A particular advantage of the software is its flexible adaptability: different process variables such as oil pressure, volume flows, bearing temperatures, torques or speeds can be recorded, evaluated and documented synchronously with just one system. Thanks to the intelligent software architecture, even large volumes of data can be reliably processed and made directly available.

This central solution not only increases the efficiency of the measurement and testing process, but also improves the accuracy and traceability of the recorded data. Measurements during development and extensive acceptance tests in production can therefore be carried out in a time-saving manner.

Maximum interface diversity

Fast and precise analyses are essential in almost all industries today. However, many companies face the challenge that their outdated measurement software does not support modern interfaces, making it difficult to network with existing hardware or IT systems. This often leads to inefficient processes, high manual workloads and a lack of flexibility in data acquisition and processing. Powerful measurement technology software must not only record measurement data precisely, it must also be easy to integrate into existing systems. ProfiSignal 20 makes exactly that possible.

The software offers a comprehensive range of interfaces and enables seamless integration of existing measurement systems without the need for costly conversions or new purchases. By supporting protocols such as OPC UA and Modbus TCP, even older existing systems can be integrated into the current ProfiSignal 20 software. This ensures that existing measurement hardware can continue to be used efficiently, while access to modern analysis and automation options remains open. If the existing hardware does not have sufficient interfaces, this gap can be closed with Delphin's own hardware.

Application example: optimized, automated and user-friendly test environment

Over the years, numerous different measurement systems have accumulated in a test laboratory. These are used for environmental simulations and service life tests, but day-to-day work is made more difficult by a large number of isolated solutions. Manual data acquisition is time-consuming and complicated, while Excel solutions add to the workload by manually exporting data. In addition, many of the laboratory devices used either have no or only outdated communication interfaces, which makes digital networking virtually impossible.

This is exactly where the solution from Delphin comes in. With the ProfiSignal 20 measurement technology software, all laboratory devices are brought together in a single system, enabling consistent and efficient data processing without manual intervention. A customized database solution is also to be implemented using an SQL interface integrated into the software. This enables a bidirectional connection to the LIMS system and optimizes laboratory operations. The recording of the room temperature is also to be integrated. The collected data is automatically transferred to laboratory reports or calibration certificates once the test procedure has been completed.

Delphin offers a holistic solution from a single source: individual driver developments, modern database structures and customizable templates allow the specific requirements of the laboratory to be implemented. With the help of the software solution, the entire laboratory environment is efficiently networked and digitized. The result is an optimized, automated and user-friendly testing environment that saves time, reduces errors and significantly improves data quality.