Electrical installations carry ever-increasing power. Their connection points are exposed to overheating risks that remain completely invisible without continuous monitoring.
“Today’s electrical installations carry ever-increasing power in an increasingly complex and demanding environment. Connection points, splices, joints, and connection areas are particularly exposed to overheating.”
An undetected thermal deviation can trigger a sudden equipment failure, bringing your operations to a halt without warning.
An unplanned busway shutdown immediately interrupts operations and jeopardizes service continuity.
Data centers, hospitals, industrial sites: the consequences of a critical outage can be disastrous and extremely costly.
In the most serious situations, uncontrolled overheating can start a fire in the electrical installation.
Over time, insufficient monitoring can undermine confidence in the installation’s reliability and safety.
A thermal deviation is a gradual, silent phenomenon. It cannot be detected during a visual inspection or periodic check. Permanent, reliable thermal monitoring is necessary.
Modern buildings and infrastructure consume increasing amounts of power. Busways can be pushed to their maximum capacity.
Splices, the connection points between sections, can loosen and oxidize over time. Their electrical resistance increases, generating heat.
Heat builds up slowly over weeks or months. Without continuous measurement, this deviation remains completely invisible until it reaches a critical threshold.
Failure generally occurs during a load peak: a heat wave, intense industrial activity, or a critical period. The consequences are then greatest.
The system detects the deviation long before it becomes dangerous. Preventive action is scheduled. The incident does not happen.
Request a demonstration or a customized assessment. Our experts evaluate your site and propose a solution tailored to it.
