WeldCube API

Two possible solutions depending on customer requirements
The way that the various functions of the data interfaces from the WeldCube API portfolio combine enables the fully customizable and flexible integration of Fronius power sources and WeldCube Premium into the system landscape (e.g., MES systems).

TPS/i interface solutions
The interface solutions OPC-UA* and MQTT* enable raw current data and actual states of the welding system to be readout. This makes it possible to transfer data records to thirdparty systems for independent evaluations, analyses, and visualizations. The welding system parameters can also be set via OPC‑UA.
*OPC-UA: Open Platform Communications – Unified Architecture
*MQTT: Message Queuing – Telemetry Transport

Interface solution for WeldCube Premium
The REST web interface in WeldCube Premium enables the analysis and transfer of prepared data. In contrast to the interface solutions OPC‑UA and MQTT, historical data can also be accessed here. In addition, this interface solution provides fixed data packets that include information on components, seams, set values, jobs, and machines.MQTT | OPC UA | REST:API | |
Read live process parameters | X | X | |
Write process parameters | X | ||
Read aggregated, collected, historical data | X |
Combining the REST data interface with WeldCube Premium
Examples of possible applications

Display
The most important data of a welding cell is visualized on a screen. This gives the user relevant information on all components at a glance.
Data exchange
Selected data can be transferred to higher-level software systems – for example MES or ERP – in order to obtain a central overview of the entire productionprocess.
Documentation and analysis
The data interfaces offer the possibility to transfer all available information to the customer’s own documentation and analysis software. All evaluations, visualizations, and reports can thus be developed and programmed individually by the customer.
Specification of parameters
Pre-programmed jobs and/or set values are selected for a welding task by a higher-level control system in order to avoid incorrect settings (only possible with OPC-UA).