C7021-02N-M6-2

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C7021-02N-M6-2 is a power distribution terminal block that can be used for a wide range of applications. It is a two pole terminal block that can handle a wide range of current and voltage carrying capacities. It has a double insulation and a contoured design for easy access and connection.

The main application of the C7021-02N-M6-2 power distribution terminal block is for AC power distribution and cables. It can be used to connect and interrupt power to multiple locations including residential, commercial, industrial and educational facilities. It is also applicable to many other applications and can be used in general-purpose connection and switching, where a high voltage and current capacity is required.

In terms of its working principle, the C7021-02N-M6-2 is engineered to provide a reliable connection between the power source and the destination point. It is designed with a double insulation system that reduces the risk of electric shocks and short-circuiting. Its contoured design makes for easy access and connection and allows for easy cabling and connection. It also features two alternating-current rated poles with a maximum current rating of 16 amps and a voltage rating of up to 600 volts. Its two EMI-safe connections protect the system from electromagnetic interference.

The C7021-02N-M6-2 power distribution terminal block is also tested and approved to UL and CE standards, which ensure a safe and reliable installation. It is designed for plug-and-play installation and is ideal for retrofit applications, as it can be installed into existing systems quickly and easily.

In conclusion, the C7021-02N-M6-2 is an ideal power distribution terminal block for applications requiring a high current and voltage capacity. It has a double insulation system that reduces the risk of electric shocks and short-circuiting. Its contoured design provides easy access and connection, and its two EMI-safe connections ensure a safe and reliable system. Lastly, it is tested and approved to UL and CE standards for maximum safety and reliability.

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