2000A Copper-Headed Open Busbar Systems (Rigid Conductor Rail)
In extreme heavy-industrial conditions, steelworks, ladle crane runways, and mega-tonnage overhead traveling (EOT) crane applications, uninterrupted power flow and maximum safety are vital. 2000-Amp Copper-Headed Open Busbar Systems are peak-segment rigid power transmission solutions engineered for mega high-current requirements, delivering uncompromised performance in the harshest operating environments.
An extra-thick electrolytic copper header integrated under high pressure onto a heavy-duty steel/aluminum I-profile body guarantees long-term, deformation-free operation under extreme electrical loads and high temperatures.
Advantages of 2000A Rigid Busbar Systems
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Maximum Power and Near-Zero Voltage Drop: With a massive continuous current-carrying capacity of 2000 Amperes, it keeps voltage drops near zero for multiple mega-tonnage cranes or heavy equipment operating simultaneously on the same runway.
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Superior Mechanical Body Strength: Thanks to the extra-wide section I-profile body structure, it prevents deflection (sagging) even over long support spans, offering excellent resistance against high vibrations, wind loads, and mechanical impacts.
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Maximum Heat Dissipation Performance: The open conductor design allows heat generated under high current to dissipate rapidly into the air. It is safely preferred in high-temperature foundries and ladle crane runways where enclosed systems fall short.
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Arc-Free Copper Contact: The extra-thick electrolytic copper header (Copper-Head) surface forms seamless contact with single or double current collector carbon brush assemblies, eliminating arcing and sparking while minimizing wear.
Applications
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Mega-tonnage ladle, charging, and foundry cranes (EOT Cranes)
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Port container cranes (STS / RTG) and shipyard cranes
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Iron and steel plants, rolling mills, and steel service centers
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High-tonnage monorail systems and rail-guided vehicles (RGV)
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Heavy industrial outdoor mobile power supply lines
Why Choose 2000A Open Busbars?
In harsh environmental conditions, extreme temperatures, heavy dust, and high humidity, enclosed busbar systems can quickly deform due to mechanical and thermal loads. 2000A rigid open busbars minimize downtime and fault risks in your facilities through easy visual inspection, robust insulation structure, and fast component replacement.