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This time, I will talk about the repair of cables used in "shock absorption tests." Shock absorption tests evaluate how much shock energy can be absorbed when an object is subjected to impact. Have you ever seen videos of experiments or tests where a passenger car, with a dummy in place of a passenger, crashes into a wall in commercials or videos? These tests are conducted on various products and materials, including the aforementioned cars, as well as everyday items like helmets and smartphone cases, particularly in fields where safety and protective performance are emphasized. *For more detailed information, you can view it through the related links. For more details, please download the PDF or feel free to contact us.*

The main components that make up a measuring device are the transmitter (sensing part) and the receiver, but the cables that connect them are also an important factor. If the condition of the cables is poor, it can lead to significant issues with the accuracy of the measurements. Moreover, a broken cable can pose a major risk, leading to the failure of important equipment, line stoppages, and in the worst-case scenario, accidents such as fires. Cables are often neglected in terms of management compared to equipment, but it is recommended to inspect cables along with the devices. In fact, based on past experiences, many issues such as abnormal readings or display failures have often been caused by cables. There are patterns in the locations where cable failures occur, and I will introduce some of them. *For detailed content of the column, you can view it through the related link. For more information, please download the PDF or feel free to contact us.*