Written by Rich Parkhurst, Product Manager for Motion/Automation at GCG
In today’s industrial environment, flexibility and adaptability are key drivers of success. As plant requirements evolve and project scopes creep, the need for systems that can integrate and communicate across various control platforms becomes increasingly crucial.
Ever had a single rack of IO that needs to send/receive data from multiple controllers of differing communication protocols? I would say the most common method to solve this predicament would be to break that single IO rack into two - increasing cost and panel space requirements.
Not anymore. Not with Multi-Fieldbus and Shared Device functionality from Siemens.
What is Multi-Fieldbus Shared Device Functionality?
Multi-Fieldbus Shared Device functionality allows a single device to be accessible by multiple controllers via different fieldbus protocols. This means that devices are no longer limited to one specific fieldbus system, offering unprecedented flexibility in configuring and managing industrial automation systems.
Why is this important?
- Seamless Integration: The ability to connect devices across multiple fieldbus systems eliminates the need for redundant hardware and complex wiring. This not only reduces costs but also simplifies the integration process.
- Standardization: By adopting Siemens' Multi-Fieldbus functionality, OEMs can standardize their machine designs. One IO platform can be standardized and adapted to the end user PLC specification. This standardization not only reduces the complexity of managing various hardware designs but also enhances consistency and quality.
- Scalability: As your industrial processes grow and evolve, the Multi-Fieldbus Shared Device functionality ensures that your systems can adapt without needing significant overhauls. This is particularly beneficial in industries where expansion and adaptation are frequent.
- Future-Proofing Your Investments: Siemens' approach to Multi-Fieldbus functionality means that as new technologies emerge, your current investments remain relevant. This future-proofing aspect is crucial for long-term sustainability and cost-effectiveness.
Siemens' Multi-Fieldbus Shared Device functionality empowers industries to stay ahead of the curve. By embracing this technology, businesses can optimize their operations, reduce costs, and ensure that they are prepared for the challenges of tomorrow.
To learn more head over to the Siemens Multi-Fieldbus Home Page