{{p}}In industrial electrical maintenance, many failures do not occur suddenly. Before a shutdown, there is usually a silent process of degradation: connections overheating, components operating outside their optimal conditions, and critical points deteriorating unnoticed.{{/p}}
{{p}}The problem is that, in many operations, this overheating is only discovered after the panel has already failed, production has already stopped, or the equipment has already been compromised.{{/p}}
{{p}}This is still the norm in much of the industry: spot thermography, sporadic measurements, and schedule-based maintenance. The result is limited and delayed decision-making, based on momentary snapshots of the actual condition of the assets.{{/p}}
{{p}}It is in this context that {{strong}}CTM{{/strong}}, or {{strong}}Continuous Thermal Monitoring{{/strong}}, solutions are changing the way electrical maintenance is approached.{{/p}}
{{p}}{{span style="font-size: 14pt;"}}{{strong}}What is CTM?{{/strong}}{{/span}}{{/p}}
{{p}}CTM stands for {{strong}}Continuous Thermal Monitoring{{/strong}}.{{/p}}
{{p}}In practice, this technology allows for the continuous, real-time monitoring of critical points on panels, busbars, connections, and electrical equipment 24 hours a day, 7 days a week.{{/p}}
{{p}}Unlike conventional thermography, which records thermal conditions at a specific moment, CTM tracks temperature changes over time. This allows for a predictive approach, identifying trends, anomalies, and progressive heating before they develop into critical failures.{{/p}}
{{p}}{{span style="font-size: 14pt;"}}{{strong}}What changes in electrical maintenance with CTM?{{/strong}}{{/span}}{{/p}}
{{p}}With continuous thermal monitoring, maintenance is no longer dependent solely on scheduled inspections but instead relies on real-time data regarding the condition of the assets.{{/p}}
{{p}}This enables a significant shift: moving away from maintenance based solely on a schedule and toward condition-based maintenance.{{/p}}
{{p}}In practice, CTM helps to:{{/p}}
{{p}}• Detect abnormal temperature rises before a failure occurs{{/p}}
{{p}}• Reduce unscheduled downtime{{/p}}
{{p}}• Build a thermal history of critical assets{{/p}}
{{p}}• Make decisions based on reliable data{{/p}}
{{p}}• Contribute to team safety{{/p}}
{{p}}{{span style="font-size: 14pt;"}}{{strong}}CTM´s Varixx – ZYGGOT Line{{/strong}}{{/span}}{{/p}}
{{p}}With the {{strong}}ZYGGOT{{/strong}} line, the CTM concept comes to the factory floor with technologies designed for continuous thermal monitoring, contact and non-contact measurement, high precision, and integration with all off-the-shelf systems already used by operations and maintenance teams.{{/p}}
{{p}}ZYGGOT solutions enable real-time monitoring of critical points and integrate this information into environments such as supervisory control systems, SCADA, and industrial platforms, enhancing the team’s analytical and response capabilities.{{/p}}
{{p}}This means that maintenance teams now have access to continuous thermal data, alarms, historical records, and operational visibility, allowing them to act before a failure compromises production.{{/p}}
{{p}}Learn more about the ZYGGOT line.{{/p}}
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