Thermography Testing
Thermography Testing - UPS and Thermal Imaging
PTS Thermal imaging service involves electrical inspection in checking the components of UPS and battery using special infrared equipment.Infrared cameras are used to detect and photograph infrared radiations produced by warm objects, thus enabling an object's temperature to be analyzed in a non-invasive way and with a high level of precision. in this way it is possible to perform a preventive diagnosis of breakdown risks by analyzing the temperature of components including transformers, electrical switchboards, power factor correction systems, distribution cables, protection devices, isolators, UPS, converters, and batteries, etc.
Using thermography, it is possible to check active installations and rapidly identify critical situations affecting energy distribution and electrical components (loose or corroded connections, load imbalance, overloads, presence of harmonic currents).
Thermal imaging is used to check for "hot spots" which would indicate points of high thermal stress in the cell or the battery bank. Thermography tests can help to identify problems such as overheating, inadequate heat sinking or air flow, undersized current conductors and interference from neighboring cells or devices. The images can also be used to determine the best location for the temperature sensors used in protection circuits.
PTS Thermal imaging service involves electrical inspection in checking the components of UPS and battery using special infrared equipment.Infrared cameras are used to detect and photograph infrared radiations produced by warm objects, thus enabling an object's temperature to be analyzed in a non-invasive way and with a high level of precision. in this way it is possible to perform a preventive diagnosis of breakdown risks by analyzing the temperature of components including transformers, electrical switchboards, power factor correction systems, distribution cables, protection devices, isolators, UPS, converters, and batteries, etc.
Using thermography, it is possible to check active installations and rapidly identify critical situations affecting energy distribution and electrical components (loose or corroded connections, load imbalance, overloads, presence of harmonic currents).
Thermal imaging is used to check for "hot spots" which would indicate points of high thermal stress in the cell or the battery bank. Thermography tests can help to identify problems such as overheating, inadequate heat sinking or air flow, undersized current conductors and interference from neighboring cells or devices. The images can also be used to determine the best location for the temperature sensors used in protection circuits.