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Eaton 215644 Busbar Terminal 4-Phase 63A 10mm2 Fork Type
Eaton 215644 Busbar Terminal 4-Phase 63A 10mm2 Fork Type
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Eaton 215644 Busbar Terminal 4-Phase 63A 10mm2 Fork Type
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton 215644 Busbar Terminal 4-Phase 63A 10mm2 Fork Type
Eaton 215644 Busbar Terminal 4-Phase 63A 10mm2 Fork Type
The Eaton 215644 is a professional-grade 4-phase busbar terminal designed to streamline electrical distribution within modular systems. Engineered for high reliability, this fork-type connector supports a current rating of 63A and is compatible with 10mm2 cross-section wiring. It is specifically optimized for 3P+N configurations, ensuring a secure and stable electrical path in distribution boards and industrial control panels.
This busbar terminal offers significant benefits for electrical installations by reducing the complexity of wiring in multi-phase systems. Its fork-type design allows for quick and efficient mounting, which minimizes installation time while maintaining a high level of mechanical and electrical integrity. The robust construction ensures long-term performance under standard operating conditions, making it a dependable choice for professional electrical distribution setups.
This terminal is not intended for use in systems exceeding its 63A current rating or for applications requiring different connection types, such as pin-type terminals. It is also not suitable for non-modular electrical setups where standard busbar spacing is not maintained.
To install the busbar terminal, ensure the power supply to the distribution board is completely disconnected. Align the fork-type connectors with the corresponding terminals on your modular devices. Secure the busbar firmly to ensure optimal contact pressure. Once positioned, tighten the terminal screws on the modular devices to lock the busbar in place, ensuring that all connections are secure and free from debris before restoring power.
Always adhere to local electrical codes and safety regulations during installation. It is recommended to perform a pull test on the connections to ensure they are properly seated and tightened to the manufacturer's specified torque settings.
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