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Collection of Successful Case Studies for Productivity Improvement in Steel Equipment

Collection of Successful Case Studies for Productivity Improvement in Steel Equipment

Examples of improvements in heat generation and electrical connection issues using elements for busbar connections are published!

This document introduces successful case studies of productivity improvement for steelmaking equipment conducted by Solton. Recommended for those who are struggling with issues such as "wanting to improve electrical connectivity," "wanting to improve liquid leakage and air contamination," and "finding maintenance cumbersome." We also publish columns related to steelmaking. Please take a moment to read them. 【Published Case Studies】 ■ A case where electrical connectivity issues in harsh usage environments were improved with high-current connectors. ■ A case where the problems of liquid leakage and air contamination during coupling were improved. ■ A case where work efficiency was significantly enhanced with one-touch waterproof connectors. ■ A case where heat generation and electrical connectivity issues were improved with busbar connection elements. *For more details, please refer to the PDF document or feel free to contact us.

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[Use Case] Connectors that can withstand thousands of amperes of large current in substations.

[Use Case] Connectors that can withstand thousands of amperes of large current in substations.

Space-saving and capable of carrying large currents! An essential technology for the stable supply of electricity.

Until the technology of high-current connectors was adopted, it was necessary to significantly increase the area of the contact points for safety against heat generation during current flow and short-circuit currents. By adopting the technology of high-current connectors, the multi-contact points have greatly reduced the contact resistance, allowing for better control of temperature rise. Additionally, they are strong against short-circuit currents and enable high current flow in a compact space. Furthermore, they can accommodate movable states such as sliding and rotating connections, making them indispensable for connections between circuit breakers, switches, and busbars. [Case Study] ■ Challenges - There was a need to significantly increase the area of the contact points for safety against heat generation during current flow and short-circuit currents. ■ After Implementation - The contact resistance has been greatly reduced, allowing for better control of temperature rise. *For more details, please refer to the PDF document or feel free to contact us.

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