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Simet 1-phase pin busbar 80A 12 modules 16 mm²
The Simet 1-phase pin busbar is a high-quality electrical component engineered for efficient and organized power distribution within electrical switchboards. Designed to support a current rating of 80A and featuring a 16 mm² cross-section, this 12-module busbar provides a robust solution for connecting modular circuit breakers and various DIN-rail mounted devices. By replacing traditional wire jumpers, it significantly reduces wiring complexity and enhances the overall safety and reliability of electrical installations in both residential and industrial environments.
This busbar offers a streamlined approach to electrical wiring by eliminating the need for cumbersome cable bridges between individual circuit breakers. Its rigid pin design ensures a secure and consistent electrical contact, which minimizes the risk of overheating and loose connections over time. The compact 12-module configuration allows for quick and easy installation, saving valuable time during the assembly of distribution boards while maintaining a clean and professional appearance inside the enclosure.
This busbar is not suitable for multi-phase electrical systems, as it is specifically designed for single-phase applications. It should not be used in environments where the total current load exceeds the 80A rating or where the physical spacing of the modular devices does not align with the standard pin pitch of the busbar.
To use the busbar, first ensure that the power supply to the switchboard is completely disconnected. Measure and cut the busbar to the required length if necessary, ensuring that the ends are properly insulated with end caps to prevent accidental contact. Insert the pins into the terminals of the modular devices mounted on the DIN rail, ensuring they are fully seated. Once positioned, tighten the terminal screws on the circuit breakers to secure the busbar firmly in place.
Always ensure that all electrical connections are tightened to the manufacturer's specified torque settings to prevent resistance and potential fire hazards. It is recommended to use appropriate end caps to cover exposed copper ends for added safety.
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