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Simet L7 Phase Terminal Block, 7-Pole, 16mm², 400V AC, 63A, Black
Simet L7 Phase Terminal Block, 7-Pole, 16mm², 400V AC, 63A, Black
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Simet L7 Phase Terminal Block, 7-Pole, 16mm², 400V AC, 63A, Black
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Simet L7 Phase Terminal Block, 7-Pole, 16mm², 400V AC, 63A, Black
Simet L7 Phase Terminal Block, 7-Pole, 16mm², 400V AC, 63A, Black
The Simet L7 is a professional 7-pole phase terminal block engineered for secure and efficient power distribution within electrical installations. Designed specifically for DIN rail mounting, this component provides a robust solution for organizing connections in distribution boards and industrial control panels. Its durable construction and precise engineering ensure reliable electrical conductivity and long-term stability in demanding environments.
This terminal block offers significant benefits for electrical assembly, primarily due to its high current rating and compact 7-pole design which saves valuable space in enclosures. The unit is built to withstand standard industrial voltage levels, providing a safe and organized method for managing multiple phase connections. Its compatibility with standard DIN rails facilitates quick installation and maintenance, reducing downtime during system upgrades or repairs.
This terminal block is not intended for use in high-vibration environments without additional securing measures or in areas exposed to direct moisture and extreme outdoor weather conditions. It is also not suitable for applications requiring wire gauges larger than 16mm².
To install the Simet L7, ensure the power supply is completely disconnected. Secure the terminal block onto the standard DIN rail until it clicks into place. Strip the insulation from your conductors to the appropriate length and insert them into the designated terminals. Tighten the screws firmly to ensure a secure mechanical and electrical connection, verifying that no loose strands are exposed. Once all connections are made, perform a continuity test before restoring power to the circuit.
Always use appropriate tools for tightening terminal screws to prevent damage to the housing or the conductor. Regularly inspect connections for signs of thermal stress or loosening, especially in high-load industrial applications.
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