Successful Case Of Neutral Block In Industrial Equipment Connection
Sanhuan Group has significantly improved the connection efficiency and reliability of industrial equipment distribution systems by adopting track type neutral blocks. In this case, the track type terminal follows the metric wire diameter standard (0.2-500mm ²), with an annual output of 45 billion units, widely used in the fields of automotive manufacturing and smart factories. Its core advantages are reflected in the following three aspects:
Efficiency improvement
Track type terminals support quick insertion and removal, increasing the assembly efficiency of equipment distribution systems by 40%. The traditional wiring method requires tightening screws one by one, while the track type design achieves batch connection through standardized interfaces, greatly reducing downtime for debugging. For example, in the automotive production line, this terminal reduces the replacement time of the power distribution module from 30 minutes to 8 minutes, ensuring production continuity.
Reduced failure rate
By optimizing the isolation design between the neutral terminal and the phase terminal, the troubleshooting time has been reduced by 65%. The terminal adopts a modular structure internally, with separate zones for neutral and live wires to avoid the risk of short circuits caused by mixed wiring. In addition, the terminal contact surface adopts gold plating technology, which reduces the contact resistance by 30% and reduces the heating problem caused by poor contact.
Scene adaptability
This terminal supports strict matching between wire cross-sectional area and rated current, and reserves 20% redundant capacity to adapt to different power equipment requirements. For example, in a smart factory, it simultaneously serves low-power sensors (5A micro terminals) and heavy-duty transformers (200A high-power terminals), reducing spare parts inventory costs through unified platform management.
applied value
The case of Sanhuan Group shows that standardized neutral blocks can significantly optimize industrial equipment distribution systems by improving connection efficiency, reducing failure rates, and enhancing scene adaptability. Its successful experience has been promoted to 50000 enterprises worldwide, covering 170 countries and regions, becoming a model of efficient and reliable solutions in the field of industrial connectivity.