Closed Loop Performance Monitoring for Smarter, More Stable Industrial Operations

Stable operations are the foundation of stronger plant performance. In this Ask an Expert webinar, Velotic explores how closed loop performance monitoring helps manufacturers better understand, monitor, and improve PID control loop performance across industrial environments.

This session explains why PID loop performance matters, how underperforming loops can affect throughput, quality, cost, reliability, and safety, and how analytics can help teams identify issues before they create larger operational problems.

Why Closed Loop Performance Monitoring Matters

PID control loops are used throughout industrial operations to help maintain variables such as pressure, temperature, flow, level, and speed. When these loops perform well, processes run more smoothly and consistently. When they are poorly tuned, left in manual mode, affected by faulty instrumentation, or constrained by equipment limitations, they can contribute to variability, downtime, waste, and quality issues.

Closed loop performance monitoring gives operations, engineering, and maintenance teams a clearer view of how loops are performing across the plant. Instead of relying on manual review or isolated controller data, teams can monitor loop behavior over time and identify where improvement efforts should be focused.

In This Webinar, You’ll Learn

- What PID control loops are and how they support process stability
- Why stable control loops can improve throughput, quality, cost, reliability, and safety
- Common causes of poor loop performance, including manual operation, sensor issues, equipment limitations, and improper tuning
- How closed loop monitoring helps identify underperforming loops
- How analytics can support continuous improvement across industrial operations
- How Velotic solutions can provide visibility across PLCs, DCS systems, VFDs, loop controllers, and other control environments

Key Topics Covered

- Understanding PID Loop Performance

The webinar explains the basics of PID control, including set points, process variables, and manipulated variables. Using practical examples such as cruise control, gas pressure, and oven temperature, the session shows how control loops help processes respond to changing conditions.

- Reducing Process Variability

Poorly performing loops can lead to overshoot, oscillation, slow response, or excessive error from the set point. These issues can affect product consistency, production efficiency, and equipment performance. Closed loop monitoring helps teams identify where loops are underperforming so they can take targeted action.

- Improving Throughput and Quality

When processes are more stable, manufacturers can often operate closer to optimal targets. This can help reduce overfilling, scrap, rework, downtime, and inefficient production practices while supporting more consistent quality.

- Supporting Maintenance and Troubleshooting

Not every loop issue is caused by PID tuning. In some cases, loop performance issues may point to a sensor that is out of calibration, a valve or damper that needs maintenance, or equipment that is not properly sized for the process. Closed loop monitoring helps teams see where deeper investigation is needed.

- Creating a Unified View Across Controllers

Industrial facilities often have PID loops spread across PLCs, DCS systems, VFDs, and dedicated loop controllers. Velotic helps bring this data together into a centralized view so teams can monitor performance across systems and collaborate more effectively.

Featured Demo

The session includes a brief demonstration of closed loop monitoring capabilities, showing how users can view loop performance over time, compare set points against process variables, review error behavior, and identify loops that may need attention.

Who Should Watch

This webinar is designed for manufacturing organizations looking to improve process stability and operational performance. It is especially relevant for process engineers, controls and automation engineers, instrumentation specialists, plant managers, operations leaders, reliability and maintenance teams, and continuous improvement professionals responsible for optimizing industrial processes. It is also valuable for organizations using SCADA, historians, industrial analytics, or other operational data platforms to improve manufacturing performance.

Watch the Webinar

Watch the on-demand Ask an Expert webinar to learn how closed loop performance monitoring can help your team improve process stability, uncover hidden performance issues, and support continuous improvement across industrial operations.