DIN EN 13601 Copper Bus Bar

Copper Link International is a leading exporter of Cu-ETP Copper Bus Bar EN Standard, supplying high-quality copper busbars for electrical panels, switchgear, transformers, and industrial power systems globally.

Cu-ETP Copper Bus Bars are manufactured according to EN standards to ensure excellent electrical conductivity, corrosion resistance, and mechanical strength. Copper Link International provides busbars in precise thicknesses, widths, and lengths to meet the requirements of both industrial and commercial electrical applications.

Customization is available for Cu-ETP Copper Bus Bars, including pre-drilled holes, bending, tapers, and optional surface treatments like tin or silver plating to meet specific project requirements.

For safe international shipment, Cu-ETP Copper Bus Bars are securely packed in moisture-resistant, export-grade crates or pallets. Every shipment is accompanied by Material Test Certificates (MTCs), packing lists, certificates of origin, and other necessary documentation for seamless customs clearance.

The company exports DIN EN 13601 Copper Bus Bars to regions including the USA, Europe, Middle East, Africa, and Asia. With a reputation for timely delivery and consistent quality, Copper Link International has become a preferred partner for electrical contractors, OEMs, and industrial manufacturers worldwide.

Specification Of Copper Bus Bar

Parameter	Typical Values	Notes
Material	Electrolytic Tough Pitch (ETP) Copper (C11000)	May vary depending on application
Conductivity	≥ 97.3% IACS (International Annealed Copper Standard)	High conductivity is crucial for efficient current flow
Dimensions	Width: Varies widely (e.g., 10mm to 200mm) <br> Thickness: Varies widely (e.g., 1.6mm to 20mm) <br> Length: Customized to application requirements	Standard sizes available, but often custom-made
Shape	Rectangular (most common), Square, Round, I-beam, T-bar	Selected based on current carrying capacity and mechanical requirements
Surface Finish	Smooth, polished, or with grooves (for cooling)	Affects current carrying capacity and heat dissipation
Mechanical Properties	Tensile Strength, Yield Strength, Elongation	Ensure adequate mechanical strength for handling and installation
Thermal Properties	Thermal Conductivity	Important for heat dissipation
Current Carrying Capacity	Varies significantly based on dimensions, cooling method, and ambient temperature	Critical for proper sizing and safe operation

These copper busbars are suitable for high-performance applications such as industrial machinery, renewable energy installations, and advanced electronic systems. Their durability, excellent conductivity, and corrosion resistance make them reliable for long-term operations in demanding environments.

To request a quote, buyers can provide specifications such as dimensions, quantity, surface finish, and delivery location. Copper Link International will provide a detailed quotation including pricing, packaging options, and estimated lead time for production and shipment.

Applications & Uses of Copper Bus Bar

Application	Uses of Copper Bus Bar
Electrical Panels	Copper Bus Bars are used in Electrical Panels for efficient power distribution and conductivity.
Switchgear	Copper Bus Bars are used in Switchgear systems for safe and reliable electrical connections.
Transformers	Copper Bus Bars are used inside Transformers to carry large current loads with minimal energy loss.
Power Distribution Boards	Copper Bus Bars are used in Power Distribution Boards for high current capacity and long service life.
Control Panels	Copper Bus Bars are used in Control Panels for superior conductivity and low resistance connections.
Generators	Copper Bus Bars are used in Generators for effective transmission of generated electrical power.
Substations	Copper Bus Bars are used in Electrical Substations to interconnect various electrical equipment.
Battery Banks	Copper Bus Bars are used in Battery Banks for efficient current flow and stable connections.
Renewable Energy Systems	Copper Bus Bars are used in Solar and Wind Power Systems for energy transmission and grounding.
Data Centers	Copper Bus Bars are used in Data Centers for uninterrupted power supply and minimal power loss.
Marine Applications	Copper Bus Bars are used in Marine Electrical Systems due to their corrosion resistance and durability.
Railway Electrification	Copper Bus Bars are used in Railway Power Systems for safe current transfer and reliability.
Automotive Industry	Copper Bus Bars are used in Electric Vehicles and Charging Stations for efficient power distribution.
Power Plants	Copper Bus Bars are used in Power Plants to handle high electrical currents with minimal heat loss.
Industrial Machinery	Copper Bus Bars are used in Heavy Machinery for efficient current flow and system grounding.
HVAC Systems	Copper Bus Bars are used in HVAC control units for strong electrical conductivity and stability.
Building Electrical Systems	Copper Bus Bars are used in Commercial and Residential Electrical Systems for safe energy flow.
UPS Systems	Copper Bus Bars are used in UPS Systems to maintain uninterrupted power to critical loads.
Wind Turbines	Copper Bus Bars are used in Wind Turbine Systems to carry generated power to transformers.
Oil & Gas Installations	Copper Bus Bars are used in Oil & Gas Electrical Installations due to high reliability and conductivity.

Chemical Properties Of Copper Bus Bar

Element	Percentage
Copper (Cu)	99.90% min.
Oxygen (O2)	0.060% max.
Other Impurities	Trace amounts

Application:

Contact Us:

copperlinkinternational@gmail.com