PN10-6R-L

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PN10-6R-L is a useful ring connector terminal for power network systems. It consists of a conical housing that houses two copper rings, a connecting bolt and a terminal nut. The terminal end of the housing is designed to fit easily into a variety of power network systems. The terminal is made up of high quality H Type 50-series Cu2O electrode material and features an approximate 8mm2 busbar size and a 25mm2 connecting bolt size for long life and reliable connection. The PN10-6R-L ring connector terminal is ideal for applications such as power distribution, motor operations, lighting installation and more. It functions as an effective power connection point, providing reliable support for installation and high voltage systems. It is suitable for high-power transmission and distribution and provides excellent thermal, electrical and mechanical performance.When working with PN10-6R-L terminals, it is important to be careful and take appropriate safety precautions. As the two copper rings of the terminal can conduct electrical current, it is essential to ensure proper insulation when applying them. Always use insulated gloves and other safety gear when handling PN10-6R-L terminals. The working principle of the PN10-6R-L terminal is simple. It consists of two copper ring terminals which are enclosed in a conical housing and secured with a connecting nut and bolt. The connectors of the two copper rings are connected to each other. When electricity flows through the terminal, it passes through the two copper rings and the connecting bolt. The connection points of the two copper rings provide excellent electrical connections which provide a reliable and efficient power connection.In conclusion, PN10-6R-L is a powerful and reliable ring connector terminal for power networks. While it is easy to install, it is important to be vigilant and follow the necessary safety precautions when using it. The simple yet effective working principle ensures reliable and efficient power connections throughout a power network system.

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