• • • Q & A • • •
4. How does Murrelektronik support system integrators and OEMs in transitioning from traditional wiring architectures to smarter, more modular installation concepts? What role does the Application Support Team play in this process?
By listening and understanding our customer’s main challenges. As mentioned earlier, there is no one-size-fits-all solution, and as specialists in industrial solutions, our goal is to offer the most suitable option for each application, always aiming to improve productivity and efficiency. In most cases, the most advantageous solutions
are those that involve fewer components, fewer connections, and greater diagnostic availability. These factors lead to time savings, reduced costs, and improved fault detection efficiency. As an application engineer, I always aim to
provide customers with customised examples and topologies, clearly presenting the pros and cons of each solution based on their specific application. This tailored approach allows customers to visualise how our solutions apply directly to their reality, making the concept easy to understand, both commercially and technically.
We also offer technical support for the
implementation of new technologies, making it easier to take the next step towards building something innovative.
5. Considering the full system approach Murrelektronik promotes, how important is it to ensure compatibility and quality across all components, from power supplies to field cables? Can you share an example of how a weak link in installation infrastructure can impact overall system performance?
Ensuring compatibility and consistent quality across all components is absolutely critical in a full system approach. At Murrelektronik, we view each element, from the power supply to field-level connectors, as part of an integrated ecosystem. A system is only as strong as its weakest link, and any mismatch in specifications, quality, or functionality can introduce inefficiencies, increased downtime, or even safety risks. By maintaining strict quality control and ensuring that all components are designed to
work seamlessly together, we not only simplify installation and commissioning but also maximise system reliability, reduce maintenance requirements, and ensure long-term operational efficiency. One common example involves the use of
low-quality or incompatible field cables. Even when the core automation components – such as controllers, sensors, and power supplies – are top- tier, the use of poor-quality cables can lead to signal losses, electromagnetic interference, or physical wear and failure under industrial conditions. In one particular case, a customer had ongoing
issues with intermittent signal drops in a packaging line. After detailed diagnostics, the issue was traced back to non-shielded third-party cables that couldn’t handle the electromagnetic environment. Replacing them with Murrelektronik’s fully shielded and pre-tested M12 cordsets resolved the issue immediately – reducing downtime, increasing machine availability, and avoiding future troubleshooting costs. This demonstrates how a small oversight in
infrastructure selection can undermine the reliability of the entire system. That’s why we always advocate a holistic, end-to-end solution built on trusted, compatible components.
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electricalengineeringmagazine.co.uk
ELECTRICAL ENGINEERING • SEPTEMBER 2025 35
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