A typical plant is losing millions annually from poorly-performing control systems. Typically, 20-30% of controls are in manual mode. Up to 85% of control loops have sub-optimal settings. 20-40% of controllers are oscillating, adding to plant variability, and hurting reliability. With so many issues, it can be hard to monitor, prioritize, and resolve issues.
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A typical plant is losing millions annually from poorly-performing control systems. Typically, 20-30% of controls are in manual mode. Up to 85% of control loops have sub-optimal settings. 20-40% of controllers are oscillating, adding to plant variability, and hurting reliability. With so many issues, it can be hard to monitor, prioritize, and resolve issues.
Develop work flows for long term results with Control Loop Performance Management
The Control Performance podcast series
8 minutes
5 years ago
Develop work flows for long term results with Control Loop Performance Management
The Control Performance podcast series
A typical plant is losing millions annually from poorly-performing control systems. Typically, 20-30% of controls are in manual mode. Up to 85% of control loops have sub-optimal settings. 20-40% of controllers are oscillating, adding to plant variability, and hurting reliability. With so many issues, it can be hard to monitor, prioritize, and resolve issues.
