Non-contact diagnostics
Identify overheating connections before they cause a fire, trip or downtime. Fast measurement under load—without shutting down your technology.
Note: Thermal imaging does not replace periodic electrical inspections. It’s a powerful preventive maintenance layer.
Non-contact thermal imaging identified a critical point without shutdown. Prevention is cheaper than handling a failure.
Identify overheating before it causes failures, trips or equipment damage.
Non-contact measurement without interfering with components—ideal for in-service checks.
Thermograms plus recommended next steps (e.g., retorque, service, verification).
Thermal imaging is a non-contact surface temperature measurement. In practice, it quickly reveals overheated connections, terminals, breakers, contactors, fuses and overloaded branches—often before they cause a trip, failure or damage.
Yes, and that’s the key benefit. We measure under normal load, when temperature anomalies show best. Any limitations are handled by agreeing safe access and a suitable work mode.
Ideally yes. The best results are under typical operating load—not idle. If your load varies, we schedule the measurement to capture the critical operating regimes.
You get photo documentation (thermograms), a description of risk locations, a severity overview and recommended next steps (e.g., retorque, service, feeder check, planned shutdown).
Both. Thermal imaging is useful for switchboards/substations and for selected parts of technologies (feeders, terminals, junction boxes and critical connections) where overheating risk is highest.
Frequency depends on operation type, load and environmental risk. Companies typically include it as a regular preventive check, and also after installation changes, power increases or repairs.
No. Thermal imaging is preventive overheating diagnostics and a maintenance add-on. Electrical inspections cover safety compliance and verification requirements. In practice, thermal imaging is often used as an early-warning layer.
Yes. If we identify a problem, we propose a realistic corrective plan and—by agreement—follow up with service or upgrades to minimize downtime.
Number of switchboards/feeders/technologies, site type, location, preferred date and any operational constraints. Photos or a single-line diagram help refine scope.
First we confirm scope and access. On site we scan selected parts under load, mark risk points and prepare deliverables. Duration depends on the number of boards and technology scope.