How do the customer portal spare parts catalogue and IoT (Internet of Things) serve each other?
With the growing number of IoT devices and sensors, it has become increasingly difficult to manage and monitor the vast amount of data produced and to filter out information that is critical to business operations. This is where the spare parts catalogue in the customer portal comes into play.
The development of the Internet of Things (IoT) has been going on for some time now, compared to the corresponding development of artificial intelligence with the release of ChatGPT, for example. However, both of these solutions will undoubtedly shape our era in terms of changes in work, connections and data analysis.
As the number of IoT devices and sensors grows, it has become increasingly difficult to manage and monitor the vast amount of data produced and to sift through it to find information that is critical to business operations. This is where the spare parts catalogue in the customer portal comes in. It provides a centralised database that can be viewed as metadata from the installation database or device configuration. By utilising this database, it is easy to combine the data produced by IoT devices with the maintenance and consumption data produced by people. This combined information can be utilised in many ways.
One example of a key benefit is the improved accuracy of data collected from IoT devices. Thanks to the combined data, it is easier to identify potential problems with the use of components and parts in each device and to determine the reasons behind them. This leads to faster and more accurate problem diagnosis, which ultimately results in greater efficiency and shorter unplanned downtime.
In addition, the electronic spare parts catalogue helps to optimise maintenance practices and reduce costs. By monitoring usage patterns and device-specific failure rates, maintenance can be scheduled proactively rather than reactively. This can reduce the need for costly emergency repairs and downtime, ultimately leading to increased productivity and cost savings.
In addition, the information obtained from the catalogue in the spare parts portal helps to improve supply chain management and inventory management. Real-time data makes it easier to track the availability and use of parts, which facilitates inventory management and ensures that the right parts are available when needed. This can reduce the risk of stockouts and delays, ultimately leading to improved customer satisfaction.
The electronic spare parts catalogue also helps to improve the overall performance of IoT systems by providing a comprehensive database that can be used to optimise and fine-tune systems over time. By analysing data on usage patterns and fault locations, it is possible to identify areas for improvement and implement changes that lead to better performance, increased efficiency and reduced costs.
In summary, utilising the information provided by the spare parts catalogue in conjunction with the information generated by IoT systems is a valuable tool for improving performance and efficiency. As the IoT continues to evolve, the use of more traditional methods and information sources, such as spare parts catalogue information, will become an increasingly important tool for managing and optimising new complex systems.
The best results are achieved by combining existing methods with new interdisciplinary approaches, as nothing can replace practical experience. A good example of this is a joke about the cleverness of a summer worker, which went something like this: A dairy had a problem with a packaging machine that caused empty milk cartons to appear irregularly, resulting in complaint costs. A solution to the problem was sought with the help of an engineering firm, which installed a €200,000 automatic scale and buzzer on the production line. When the scale weighed an empty carton, the buzzer sounded to alert the workers, who then removed the empty carton. The problem was solved, and a month later, the factory manager was inspecting the production line when he noticed a blower next to the line that blew the empty milk cartons directly into the rubbish bin before they reached the automatic scales. The factory manager asked why the blower was there, and the employee said that a summer worker had put it there because he was tired of the constant beeping of the automatic scales.