Electrical Internal Installation Inspection

Industrial Maintenance refers to all interventions that minimize equipment failures in the field, extend their service life, and ensure the continuity of the enterprise’s established operations. Considering the conditions required by the industrial environment and the equipment operating under these conditions, it is likely that such equipment may cause faults and reach the end of their service life. Therefore, preventing or reducing equipment failures, replacing equipment that has reached the end of its life, and ensuring efficient use of equipment throughout its operational life are only possible through maintenance. Electrical internal installations may age over time, experience connection problems, or lose functionality. For this reason, electrical internal installations should be checked regularly. In accordance with occupational safety and relevant regulations, electrical installations should be inspected regularly every year. In addition to ensuring business continuity, industrial maintenance provides significant benefits to enterprises.

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• Prevents unplanned downtime.
• Prevents high energy losses. (Increases energy efficiency)
• Reduces personnel injuries. (Ensures occupational safety)
• Prevents quality deterioration in production caused by disruptions, failures, or collapses

So, what should be checked during an internal installation inspection?

• Main Panels and Sub Panels
• External Lightning Protection and Lightning Protection Equipment
• Machines, Generators, and Motors
• Sockets and Boxes
• Energy Cables
• Grounding measurements and inspections
• Lighting systems
• Equipotential inspection
• Fuse, switch, and residual current device inspection
• Harmonic inspection
• Compliance of electrical hazard and warning signs
• Compliance of the electrical labeling system

Internal Installation Inspection and Thermal Measurement

Thermal imaging in electrical and mechanical installations provides important clues about system health. When a fault occurs in panels, cables, or electric motors, the relevant section overheats. When measurements are taken with a thermal camera, faulty areas can be easily identified.

Faults can be easily detected by performing thermal measurements on panels.

Thanks to thermal measurement, electrical connection faults and conductor defects can be easily detected. On the other hand, electrical motors heat up due to faults occurring within them. Electrical impulses can cause stator faults for many reasons, including dielectric effects, looseness, transient voltage conditions, and corona. Dielectric materials used between phase-ground, winding-winding, and phase-phase may cause insulation faults under voltage stress. Therefore, high-class insulation materials should be selected. Transient voltage changes show their effects over many years. These transient effects include lightning impulses, voltage fluctuations caused by drives, rapid busbar changes, circuit breaker switching operations, and capacitor switching. These transient effects gradually deteriorate insulation, eventually causing winding-to-winding, phase-to-ground, and winding-to-ground faults.

Errors that reduce energy efficiency are detected by performing thermal measurements on electric motors.

You can inspect your electrical connections using the thermal measurement method

Internal Installation Inspection Report

According to regulations, electrical internal installation inspections must be performed once a year. You can download the electrical internal installation inspection (examination) report from the link below.

Internal Installation Inspection Report

You can immediately request measurement and inspection by filling out the form below.