👉 These formations, although not initially visible from the outside, generate changes in the kiln’s thermal behavior that can be detected through advanced temperature analysis.

Cold ring formation is typically related to:

• Material buildup
• Instability of the internal lining
• Variations in combustion
• Process imbalances

A key point is that the larger and more developed a ring becomes, the more complex and costly it is to remove, both from an operational and maintenance perspective. That’s why early detection is essential.

This functionality makes it possible to identify these initial signals before the ring becomes fully established, enabling faster and more efficient intervention.

⚙️ Integration with the Plant Control System

In addition, the system can be directly integrated with the plant’s central PLC.

Through OPC communication, cold spot data can be transmitted in real time to the control system, enabling:

• Direct visualization within the plant control system
• Automatic alarm generation
• And, if desired, automated process actions based on the kiln’s thermal behavior

This turns the RKS300 from a monitoring tool into an active component of the process control system.

🌍 More Visibility, Greater Process Control

The goal is clear: not just to measure temperature, but to turn that data into useful, actionable information for daily operations.

With this update, the RKS300 takes another step toward smarter, more predictive thermal monitoring, fully connected to the plant’s real process.