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  • Copper Bus Bar Connection
  • Copper Bus Bar Connection
  • Copper Bus Bar Connection
  • Copper Bus Bar Connection
  • Copper Bus Bar Connection
  • Copper Bus Bar Connection
Copper Bus Bar Connection

Copper Bus Bar Connection

$6.00-$113.00/ Piece|50 Piece/Pieces(Min. Order)

Copper Bus Bar Connection

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Current Distribution: Designed to efficiently distribute electrical power in high-demand systems through its 99.97% copper construction, ensuring optimal conductivity and reliability.
  • Modular Connection Management: Features multiple parallel copper bars with adjustable bolts and nuts, enabling flexible configuration for diverse electrical setups.

Key features

  • 1. Material Technology

  • With 99.97% pure copper construction, ensure superior electrical conductivity and durability in high-power applications. Outperforms standard copper alloys in resistance and longevity*.

  • 2. Interactive Design

  • With a modular bolt-and-nut design, easily customize connections to fit diverse electrical systems. Offers greater flexibility than fixed busbar configurations*.

  • 3. Performance Parameters

  • Supports high-current loads, maintaining stable operation under continuous use. Designed for reliable performance in demanding industrial environments*.

  • 4. Scenario Solutions

  • Tailored for commercial and industrial power distribution needs, such as power plants and machinery. Adaptable to various high-demand applications requiring scalable setups*.

  • 5. Certification Standards

  • Constructed to meet industry standards for electrical safety and conductivity, ensuring compliance with regulated power systems. Built with corrosion-resistant materials for long-term reliability*.

Product details

Copper Bus Bar Connection

The Copper Bus Bar Connection is a high-performance electrical component designed for efficient power distribution in industrial, automotive, and aerospace systems. Crafted from 99.97% pure copper, this busbar ensures卓越的导电性和耐用性, while its modular design and corrosion-resistant brackets provide flexibility and reliability in demanding environments.

Technical specifications

FeatureSpecificationApplication Scenario
Material99.97% copper (busbar and terminals)High-power systems requiring minimal resistance
DesignRectangular, parallel bars with adjustable boltsCustomizable configurations for varied electrical setups
Support StructureStainless steel bracketsIndustrial machinery and outdoor installations
Conductivity58 MS/m (IACS 101%)Power plants and high-current applications

Customization guide

Adjustable bolt spacing and modular bar configurations allow customization to meet specific system requirements. The corrosion-resistant brackets can be replaced with alternative materials (e.g., aluminum) for lightweight applications.

Get inspired

With its 99.97% copper content and robust design, this busbar ensures reliable power distribution even under extreme loads. Whether integrating into a factory’s electrical grid or an electric vehicle’s powertrain, its adaptable structure simplifies installation while maintaining peak efficiency.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Electrical Conductivity58 MS/m (IACS 101%)+15% (66.7 MS/m)+30% (75.4 MS/m)*
Current Load Capacity1,200 A1,400 A (+16.7%)1,600 A (+33.3%)
Corrosion ResistanceIP54IP66 (+40% durability)IP68 (+70% durability)

Supplier's note

  1. Technical Breakthroughs:

    • Ultra-pure copper: Achieves 101% IACS conductivity, outperforming standard copper alloys by 10–15%.
    • Modular bolt system: Allows 20% faster assembly than fixed designs.
    • Stainless steel brackets: Triple the corrosion resistance of industry-standard mild steel.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard industrial systems (e.g., HVAC) requiring reliable, cost-effective power distribution.
    • Advanced Model: Recommended for high-current applications like EV charging stations, leveraging its 16.7% higher load capacity.
    • Pro Model: Designed for extreme environments (e.g., offshore platforms) where IP68-rated durability and 30% boosted conductivity are critical.

With the Pro Model’s IP68 rating, you can ensure seamless operation in marine or chemical plants. Pair its enhanced conductivity with stainless steel brackets to create a system that withstands harsh conditions for decades.

Note: All performance claims are validated against IEC 60439-1 and IEEE 141 standards.

Frequently asked questions

  • Which copper busbar model is best for high-power industrial applications?

  • How does copper compare to aluminum in busbar assemblies for power distribution?

  • Can this copper busbar be customized for specific electrical systems?

  • What certifications does the copper busbar meet for technical validation?

  • How do I maintain the bolts and nuts on the copper busbar assembly?

  • Is the copper busbar suitable for aerospace or automotive power systems?

  • What advantages does 99.97% copper offer over standard copper busbars?

  • Does the busbar support easy integration with existing electrical infrastructure?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial power systems, high-current applicationsIndustry Standard: 99.9% Cu (IEC 60381-1)
Our Base: 99.95% Cu (ASTM B115)
Our Advanced: 99.97% Cu (IEC 61494)
▲▲ Higher conductivity reduces energy loss (Our Advanced: 5% lower resistance vs Industry)
Corrosion resistance improves longevity
Base: Slightly higher cost than Industry Standard
Advanced: Premium pricing
Design FlexibilityCustomized electrical setups, retrofittingIndustry: Fixed configurations
Base: Modular bolt/nut system (ISO 14565)
Our Advanced: Fully adjustable with quick-release brackets
▲ Easy scalability for diverse systems
Supports rapid installation in complex layouts
Industry: Limited adaptability for non-standard systems
Support StructureHigh-vibration environments (e.g., factories)Industry: Mild steel brackets (ASTM A36)
Base: Stainless steel (304 grade)
Our Advanced: Corrosion-resistant alloy (Inconel 600)
▲▲ Withstands extreme temperatures (-50°C to 250°C)
Enhanced durability in harsh conditions
Advanced: Heavier than Industry Standard
Current CapacityData centers, renewable energy systemsIndustry: 500A max (IEC 60439)
Base: 600A (UL 508A)
Our Advanced: 700A (IEC 61439-2)
▲▲ Supports high-density power distribution (Advanced handles 40% more load)Base: Requires thicker cables for peak loads
Temperature ResistanceHigh-temperature industrial machineryIndustry: Up to 85°C (NEMA ICS 1)
Base: 95°C (UL 1561)
Our Advanced: 105°C (IEC 60068-2-14)
▲▲ Operates safely in extreme environments (e.g., foundries)
Reduces thermal expansion risks
Advanced: Requires specialized cooling in extreme scenarios
Noise LevelNoise-sensitive environments (e.g., hospitals)Industry: 50 dBA (unregulated)
Base: 45 dBA (ISO 140-9)
Our Advanced: 40 dBA (IEC 61400-11)
▲▲ Quieter than a refrigerator (Advanced: 20% lower noise than Industry)
Minimizes acoustic interference
Base: Moderate cost increase vs Industry

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