People who need high-quality and powerful chains choose the RUD Group's products. They are one of the market leaders for high-performance chains and industrial conveyor technology. RUD products are used in extreme situations, e.g. during ash removal in coal-fired power plants. Until now, users had to rely on their intuition to determine the right time for servicing and replacing the chains. For instance, status checks were performed right on the production system using a simple traffic light system. With the introduction of Industrial Internet of Things (IIoT) functions by T-Systems, RUD has brought greater flexibility to conveyor system analysis, allowing users to proactively plan maintenance.
Thanks to the IIoT solution, both RUD and the user companies achieve significant benefits in terms of system transparency, and both parties can optimize maintenance intervals using the newly acquired information. For users in the power plant, this means that the systems are maintained only when necessary; for RUD, the analyses mean that maintenance staff and the provision of replacement materials can be adequately planned according to needs. In other words, the findings from operating the systems also provide RUD with insights for production planning. Using T-Systems’ IoT solution, possible outages are already identified in advance, and timely measures can be taken. Furthermore, learning of the situation using automatic alarms allows RUD to actively notify its customer about maintenance. Precise service optimizes the customer relationship. At the same time, access to the RUD dashboard provides the opportunity for a new business model that goes beyond the classic provision of systems, wear parts, and maintenance. The IIoT solution simplifies continuous systems management for operating staff. In addition to the operational advantages, RUD is once again positioning itself as a pioneer and innovator in its market with this digital solution. If demand for innovative solutions increases, it can be operated worldwide virtually at the touch of a button, which is one of the cloud's major advantages.
With T-Systems’ IoT solution, we are positioning ourselves as an innovator and are creating tangible added value for our customers.
A data-based, digital solution was needed because transparency is impossible without specific data about the status of the chains’ wear or service life. RUD opted to use the capabilities of the Industrial Internet of Things (IIoT) for their purposes. Together with T-Systems, RUD implemented the first prototype within three months, and it only took six more months for the final, complete solution. As part of the solution, T-Systems equipped the conveyor systems with IIoT devices. Using the SIM cards installed in the devices, the measurement values of the installed sensors are sent encrypted via GSM to T-Systems’ secure Cloud of Things backend. RUD customers can access their system data using a specially secured dashboard. However, providing data is just one part of IIoT. The relevant added value for the customers is created only when the measurement data is evaluated. As such, T-Systems provides specific widgets for various evaluations, and they allow for long-term analyses and up-to-date status reports. For instance, the accumulated operating time, the average and current chain load and wear can be determined at the touch of a button. “Complex background knowledge that reflects the engineering know-how from RUD Ketten's 140 years of operational expertise has been incorporated into these widgets and made available to the customer in an easily understandable manner,” says Rupert Wesch, Application Technology at RUD. On the dashboards, real-time rules can be used to set alarms as well, which immediately notify RUD's customer whenever the system exhibits peculiar behavior. Thanks to T-Systems’ solution, RUD is able to give their customers’ staff transparent access to their virtual system data and critical operational states. By using the cloud in the backend, the IIoT solution can scale very quickly – regardless of the system's location. As such, systems in Brazil are already connected, and there are specific plans for a rollout for Australia.