LoggitoLab: Explanation, application and the advantages of the compact measurement data laboratory
LoggitoLab is a compact, mobile measurement data laboratory for precise laboratory measurements. It is particularly suitable for users who want to record measurement data in the laboratory conveniently, reliably and without great effort.
- What is LoggitoLab?
LoggitoLab is a compact desktop device designed as a mobile measurement data laboratory. It is used for high-resolution recording, visualization and analysis of electrical and thermal measurement signals. With its universal inputs, currents, voltages, resistances and temperatures can be recorded precisely. Thanks to its integrated intelligence and internal memory, LoggitoLab works completely autonomously if required, so that measurements can be continued even without a connected PC. This makes it suitable not only for classic laboratory environments, but also for flexible measurement tasks in research, teaching and industry. - Where is the LoggitoLab mobile measurement data laboratory used?
LoggitoLab is used in very different environments. In the laboratory, it enables quick test set-ups and reliably delivers precise results. In education and at universities, it is used in practical courses and lectures where robustness and ease of use are important. In research and development, it supports engineers and scientists in the investigation of new materials or processes. It is also suitable for ad hoc measurements directly on machines and systems, for example to record measurement data at short notice or to document sporadic events. LoggitoLab also offers a compact and reliable solution for fault value recording and analysis or temperature distribution studies. - What are the typical areas of application for LoggitoLab?
Typical areas of use include laboratory applications with quick test set-ups, ad hoc measurements outside the laboratory, use in education and research as well as fault value recording and analysis on machines and systems. LoggitoLab is characterized by its robust design and intuitive operation, particularly in teaching and university environments. - Why is the Can LoggitoLab measure without a PC?
Yes, one of the great advantages of LoggitoLab is the possibility of stand-alone operation. Thanks to the integrated data memory, measured values are reliably recorded even if no PC is connected. This means that tests or long-term measurements can be carried out in a fail-safe manner. Even if the power or connection is interrupted, the data is retained so that the measurement tasks can be continued safely at any time. - What advantages does LoggitoLab offer?
The key benefits include easy handling with tool-free connection of sensors, precise recording of electrical and thermal measured variables, flexible networking via LAN and USB and support for the OPC UA and Modbus TCP communication protocols. The system is designed to grow with the user and can be easily expanded as channel requirements increase. Measurement data is immediately available for analysis and visualization in ProfiSignal 20 and can be viewed on a PC, tablet or smartphone. - What connection options are available?
Depending on the version, different connection variants are available so that LoggitoLab can be flexibly adapted to the respective application. Laboratory sockets can be used for electrical signals, enabling the connection of current, voltage and resistance signals. Thermal miniature sockets are available for thermal measurements, which are specially designed for the fast and safe connection of thermocouples. In addition, there are device variants that combine both connection types and therefore allow particularly versatile use. - Which I/Os and communication interfaces are available?
The standard version of LoggitoLab has eight universal analog inputs that are suitable for various signal types. These are supplemented by two digital inputs or outputs, which can be flexibly switched on the software side. LAN and USB interfaces are available for connection to existing systems. LoggitoLab also supports the common OPC UA and Modbus TCP communication protocols, making it easy to integrate into existing IT and automation environments.