IOD86+MEMProduct FEAtures

A defining product characteristic of the IOD86+MEM is its integrated non-volatile memory. This memory allows the IOD86+MEM to retain critical process parameters and configuration data independently, even during a system reboot or power loss, enhancing data integrity and availability. Furthermore, the robust design and high electrical isolation of the IOD86+MEM ensure reliable operation in electrically noisy industrial environments, making it a durable and trustworthy component for critical automation tasks. The flexible channel configuration is another key feature, enabling each channel on the IOD86+MEM to be individually set as a digital or analog input or output, providing significant adaptability to meet specific application requirements without hardware changes.

IOD86+MEMComparison

When comparing the IOD86+MEM to other I/O modules like the standard IOD86 without memory, the advantage is clear. The integrated memory functionality provides a distinct edge for applications requiring data logging or parameter backup, a feature absent in the basic model. Compared to a more advanced controller like an AC 800M, the IOD86+MEM is not a direct replacement as it serves a different purpose; it acts as a decentralized peripheral device, extending the I/O capacity of a primary PLC rather than replacing it. The key advantage of the IOD86+MEM over more complex controllers is its cost-effectiveness for straightforward I/O expansion and its simpler configuration process.

IOD86+MEMapplication cases

The deployment of the IOD86+MEM is extensive in international engineering projects. A significant application is in modern water treatment plants across Europe and the Middle East, where the IOD86+MEM is used to collect sensor data on pH levels, pressure, and flow rates, while also controlling pump and valve actuators. Its robust construction and memory capability are crucial for maintaining continuous process records. Similarly, in the oil and gas sector, particularly in offshore drilling platforms in the North Sea, the IOD86+MEM is employed for its reliability and certifications for harsh and hazardous environments. It manages critical functions like valve control, temperature monitoring, and emergency shutdown sequences, where its integrated memory ensures that operational data and last states are preserved, which is vital for safety and forensic analysis after any incident. The flexibility of the IOD86+MEM makes it an ideal choice for such diverse and demanding applications.