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Name: Fabricated / Sleeved Busbars | Sleeved Aluminum / Copper Busbars - Frigate
Price: 249.00 USD
Availability: InStock

Fabricated / sleeved busbars are designed to address the limitations of conventional wiring systems. By ensuring uninterrupted current flow, these busbars reduce voltage drops and improve electrical efficiency, making them reliable for power distribution in high-demand systems. The design minimizes resistive losses, ensuring consistent power delivery even under high load conditions.

Material Core

Copper, Aluminum, or Alloy (customizable based on requirement)

Tin Coating Thickness

5 to 10 microns (standard); customizable based on application

Bus Bar Thickness

2 mm to 10 mm (depending on current rating and application)

Bus Bar Width

10 mm to 100 mm (customizable based on design needs)

Electrical Conductivity

Copper: 97-100% IACS; Aluminum: 60-65% IACS

Product Description

Efficient power transmission minimizes energy losses, contributing to overall system sustainability. Fabricated / Sleeved busbars align with energy conservation goals and eco-friendly practices by reducing material waste in manufacturing and operational inefficiencies. These busbars are a high-performance, technically superior solution for addressing challenges in electrical systems.

Thermal Conductivity

Copper: 380 W/m·K; Aluminum: 235 W/m·K

Voltage Rating

Up to 36 kV (customizable for higher ratings)

Current Rating

100 A to 10,000 A (based on busbar design and material)

Operating Temperature

-40°C to +150°C (customizable for extreme conditions)

Corrosion Resistance

Excellent resistance to atmospheric and chemical corrosion (varies with coating)

Mechanical Strength

Tensile strength: Copper: 210 MPa; Aluminum: 150 MPa

Plating Adhesion

Strong adhesion, resistant to mechanical and thermal stress (up to 10 microns)

Surface Finish

Matte, Glossy, or Smooth (depending on application needs)

Customization Options

Custom sizes, shapes, coating types, and surface finishes available

Standards Compliance

IEC 60947-1, UL 67, RoHS compliant (customizable per project requirements)

Technical Advantages

Modern electrical systems demand solutions tailored to unique specifications. Fabricated / Sleeved busbars are precision-engineered to fit intricate designs, eliminating the risks of loose or overlapping wiring. Their robust construction ensures compatibility with complex installations, enhancing operational reliability and system safety.

High-current environments often lead to overheating, which can degrade components and compromise system performance. Fabricated / Sleeved busbars are equipped with insulation that provides excellent thermal resistance and efficiently dissipates heat. This reduces hotspots and extends the life of connected equipment, ensuring optimal operation under extreme conditions.

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Industry Applications

High-Voltage Power Transmission

Efficient conduction of high current with minimal voltage drop, ensuring reliable long-distance transmission.

Switchgear and Protection Systems

Precise and safe power distribution in protective equipment for fault isolation and current control.

Substation Automation

High conductivity and robust insulation to ensure stable power flow and remote control of grid operations.

HVDC Systems

Enhanced current management for direct current transmission, reducing energy loss in long-distance transmission.

Advanced Industrial Machines

Power delivery with minimal loss and thermal resistance in high-performance machinery requiring steady electrical input.

Energy Storage Systems

Efficient busbar connections for large-scale battery storage systems to ensure safe and reliable energy discharge.

Efficient Maintenance & Reliable Insulation

Fabricated / Sleeved busbars feature advanced insulation materials that provide superior dielectric strength. This reduces the risk of short circuits and ensures compliance with strict safety standards. Their design effectively mitigates risks associated with electrical faults, offering peace of mind in critical applications.

Busbars reduce the need for complex assembly processes, cutting installation time significantly. Their durable construction ensures long-lasting performance, minimizing the need for frequent maintenance. In the event of servicing, the structured layout of busbars simplifies access, reducing downtime.

Having Doubts? Our FAQ

Check all our Frequently Asked Question

How do sleeved busbars manage thermal expansion in high-current environments?

Sleeved busbars are designed with materials that allow for controlled thermal expansion. The insulation sleeve absorbs heat and evenly distributes it, reducing the risk of deformation. This ensures the busbar maintains its structural integrity under fluctuating temperature conditions, preventing thermal stress that could lead to failure or damage to connected components.

What are the key advantages of using copper versus aluminum in fabricated busbars?

Copper offers higher electrical conductivity and better thermal management compared to aluminum. This makes copper the ideal choice for high-power applications where low resistance and reduced heat generation are crucial. However, aluminum is lighter and more cost-effective, making it a preferred choice for less demanding systems with lower power requirements.

How do fabricated busbars improve system reliability in high-vibration environments?

Fabricated busbars are engineered to provide superior mechanical stability, reducing the risk of connection loosening or wire fatigue in high-vibration environments. Their rigid design and secure connections pflegen consistent electrical contact, preventing the potential for intermittent faults and ensuring system reliability in critical applications.

How does the insulation on sleeved busbars contribute to electrical fault protection?

The advanced insulation on sleeved busbars features high dielectric strength, which minimizes the risk of electrical faults such as short circuits. This insulation provides a robust barrier against electrical arcing, safeguarding sensitive equipment and enhancing the overall safety of power distribution systems.

How do fabricated busbars reduce energy losses in large power distribution networks?

Fabricated busbars reduce energy losses by optimizing current flow through a low-resistance path. Their efficient design minimizes voltage drops and power dissipation, ensuring more energy reaches its destination with fewer losses. This results in improved system efficiency, lower operational costs, and better performance in large-scale power distribution networks.

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LOCATIONS

Sitz

10-A, First Floor, V. V Komplex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, Indien.

Operations Office

9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti Coimbatore-641035, Tamil Nadu, Indien. ㅤ

Hergestellt / Stromschienen Ärmeln

Material Core

Tin Coating Thickness

Bus Bar Thickness

Bus Bar Width

Electrical Conductivity

Product Description

Thermal Conductivity

Voltage Rating

Current Rating

Operating Temperature

Corrosion Resistance

Mechanical Strength

Plating Adhesion

Surface Finish

Customization Options

Standards Compliance

Technical Advantages

Let's Get Started

Industry Applications

Efficient Maintenance & Reliable Insulation

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LOCATIONS

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Operations Office

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