First and foremost, cable connections last longer when they are crimped because they are protected from the intrusion of moisture, dirt and debris. Why Crimping Outperforms Soldering for Cable Connectionsįor cable connections, crimping typically outperforms soldering for a few key reasons. Since then, it’s been used in a wide variety of applications, including the production of jewelry, computer repairs, creating stained glass, cookware and cable connections. Once it cools, the solder hardens, thus joining the cable to the connector.Īrcheological evidence suggests that soldering has been around for thousands of years, with some of the first known examples occurring in Mesopotamia over 5,000 years ago. As the filler metal, the solder, heats up, it’s applied between the wire and the connector. Rather, soldering only heats up the filler metal. Unlike with welding, the objects - which in this case is a cable and a connector - is not heated. Soldering, on the other hand, is a process that involves joining two or more objects using heated metal known as solder. Finally, you squeeze the handle of the crimping tool, at which point the connector will be joined to the cable. Next, you place the exposed wire at the end of the cable into the connector. To install a connector on a cable using a crimping tool, you place the connector into the tool. While both methods can produce high-performing, long-lasting cable connections, though, they aren’t necessarily the same What Is Crimping?Ĭrimping involves the use of a special tool, known as a crimping tool, to install a connector on the end of a cable. To add an RJ-45 connector to an Ethernet cable, you can either crimp or solder it. Ethernet cables, for example, typically feature RJ-45 connectors at the ends. Both crimping and soldering are used to create connections for cables.
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