Improperly seated conductor in a rectifier circuit
A conductor not fully seated in a breaker lug inside a rectifier circuit, identified through visual inspection after a small thermal rise prompted a closer look.
Industries / Critical Infrastructure
Telecom hubs and other critical infrastructure facilities rely on DC power plants, rectifiers, switchgear, and electrical distribution equipment that cannot tolerate unplanned downtime. Infrared inspection identifies the early heat signatures of failing connections before they cause an outage. These environments share the same always-on reliability standard as data centers, and are often inspected together on the same program.
Connection and distribution heating in always-on systems.
Developing faults in conversion equipment — sometimes only visible through careful visual inspection, not just thermal imaging.
Switchgear and electrical distribution feeding critical loads.
Weather-exposed terminations prone to corrosion and increased resistance over time.
Documented infrared inspection supports NFPA 70B intervals and reliability reporting across distributed critical infrastructure sites.
A conductor not fully seated in a breaker lug inside a rectifier circuit, identified through visual inspection after a small thermal rise prompted a closer look.
Yes. Multi-site programs standardize reporting across every location. See the multi-site program page.
It is the same core service — infrared inspection of energized electrical equipment — applied to critical infrastructure and telecom sites. Data Centers is the related page for colocation, enterprise, and hyperscale environments.
Yes. Many clients run both environments and benefit from a single coordinated inspection program and reporting standard. See the Data Centers page and contact us to scope a combined program.
See a real sample report, or request an inspection for your facility.