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Eaton EVG-3PHAS/20MODUL 3-Phase Fork Busbar, 63A, 10mm2
Eaton EVG-3PHAS/20MODUL 3-Phase Fork Busbar, 63A, 10mm2
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Eaton EVG-3PHAS/20MODUL 3-Phase Fork Busbar, 63A, 10mm2
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton EVG-3PHAS/20MODUL 3-Phase Fork Busbar, 63A, 10mm2
Eaton EVG-3PHAS/20MODUL 3-Phase Fork Busbar, 63A, 10mm2
The Eaton EVG-3PHAS/20MODUL is a high-quality 3-phase fork-type busbar engineered for professional power distribution within electrical switchboards. This component is specifically designed to facilitate the connection of modular devices, ensuring a stable and efficient electrical path. With a robust construction and a current rating of 63A, it provides a reliable solution for managing power flow in complex electrical systems, contributing to a clean and organized installation environment.
This busbar offers significant benefits for electrical installers by streamlining the wiring process and reducing the time required for connecting multiple modular components. Its fork-type design ensures a secure mechanical and electrical connection, minimizing the risk of loose contacts. The 10mm2 cross-section provides excellent conductivity, while the 20-module capacity allows for extensive configuration options in standard distribution boards, enhancing overall system safety and reliability.
This busbar may not be suitable for applications requiring higher current ratings exceeding 63A or for installations where the physical spacing of the modular devices does not align with the standard fork-type pitch. It is also not intended for use in environments with extreme vibration or corrosive conditions that could compromise the integrity of the metal contacts.
To use this busbar, first ensure that the power supply to the switchboard is completely disconnected. Measure the required length and cut the busbar if necessary, ensuring that the ends are properly insulated with end caps to prevent accidental contact. Align the fork terminals with the terminals of the modular devices and tighten the screws firmly to ensure a solid connection. Verify that all connections are secure before restoring power to the system.
Usage recommendations: Always use appropriate end caps to cover exposed ends of the busbar to maintain safety standards and prevent short circuits. Regularly inspect the connections during routine maintenance to ensure they remain tight and free from oxidation.
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