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Machinery Classification

In the intricate tapestry of industrial manufacturing, the adept management and optimization of machinery stand as pillars of success. Zerynth introduces a nuanced approach to machinery classification, acknowledging the multifaceted nature of equipment within the contemporary factory milieu.

This classification transcends mere categorization; it unfolds as a strategic guide, empowering integrators to seamlessly connect, monitor, and optimise each facet of equipment with precision and efficiency.

With the Zerynth Industrial IoT & AI Platform, your factory gains the capability to monitor every type of machinery, whether it's production or auxiliary, whether it's modern (greenfield) or older (brownfield). Furthermore, the platform enables streamlined oversight of electrical distribution panels within the factory.

The installation of all Zerynth's Edge AI Layer devices is easy and non-intrusive, establishing seamless connections with machinery. Leveraging user-friendly, no-code guided configuration tools, these devices facilitate the transformation of any industrial machinery into an articulate communicator in mere minutes.

The Auxiliary Machinery domain addresses crucial needs:
  • Consumption Monitoring: Integrate solutions that monitor resource consumption for informed decision-making.
  • Anomaly Detection and Alarm Notification: Implement systems detecting anomalies, promptly notifying irregularities for swift response.
  • Preventive and Predictive Maintenance: Apply practices ensuring the upkeep of auxiliary machinery through preventive and predictive maintenance.
In addition to meeting the needs for auxiliary machinery, Zerynth Platform fulfills the following specific needs for production machineries:
  • Productivity and OEE Calculation Optimization: Elevate productivity metrics and refine Overall Equipment Effectiveness (OEE) calculations.
  • Preventive and Predictive Maintenance: Implement proactive strategies to curtail downtime and employ predictive maintenance techniques for sustained machinery efficiency.
  • Order Tracking and Cycle Processing: Integrate systems that track orders and optimize production cycles for enhanced efficiency.
The Electrical Panels category focuses on critical aspects:
  • Calculation of Cost Analysis and Total Consumption: Implement systems analyzing the cost and overall power consumption of electrical panels.
  • Phase Imbalance Analysis: Conduct analyses identifying and rectifying phase imbalances in electrical panels.
  • Analysis of Electrical Connection Parameters: Delve into the analysis of various electrical connection parameters to optimize overall performance.