Industrial Mixer

PLC Tags Used

Purpose

This dashboard provides a real-time overview of industrial mixer performance by monitoring motor load, temperature patterns, and mechanical resistance throughout each mixing cycle. Trend insights highlight how load, temperature, and torque interact, supporting early detection.

Owner

UniCloud

Template Information

Dashboard Overview
The Industrial Mixer Monitoring dashboard provides a comprehensive, data-driven assessment of mixing system behavior.
The Mixer Status Indicators summarize live motor load, temperature levels, resistance values, allowing operators to verify safe conditions instantly.

The Performance Trends section visualizes the progression of load, temperature, and mechanical resistance across the batch timeline. These curves help identify spikes, inefficiencies, or deviations associated with viscosity changes, ingredient additions, or machine wear.
The Resistance & Torque Behavior view highlights change in mechanical strain that may indicate thickening material, incorrect batching, or developing mechanical issues. Correlating resistance with load and temperature provides deeper operational insight.

Together, these components deliver a complete operational and health overview of the mixer, ensuring stable operation and high-quality production.

 

Key Benefits

  • Improve mixer reliability through real-time monitoring of load, temperature, and resistance.
  • Detect overheating, abnormal torque, or strain early to prevent downtime.
  • Enhance batch consistency using trend-based performance insights.
  • Reduce operational disruptions with predictive, data-driven maintenance.
  • Strengthen process understanding through detailed batch telemetry and correlation views.

Core Functionalities

  • Motor Load Monitoring: Track real-time load percentage to prevent overloading and maintain efficient mixing.
  • Temperature Tracking: Monitor thermal behavior to detect overheating or unstable operating conditions.
  • Mechanical Resistance Monitoring: Identify torque variations that signaling material thickening or mechanical issues.
  • Performance Trend Analysis: Visualize correlated load, temperature, and resistance trends across each batch cycle
  • Health Status Summary: Provide clear operational indicators for fast, informed decision-making.

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