Copper Busbar | RS UAE

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Legrand Busbar

RS Stock No. 255-2189

Brand Legrand

Category: Busbars
Material: Copper
Type: Copper Bar

AED 3.800.32

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6596

Brand ABB

Category: Busbars
Material: Copper
Width: 4m

AED 7.699.91

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6605

Brand ABB

Material: Copper
Type: Copper Bar
Width: 1m

AED 2.724.66

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WAGO Busbar tin-plated 50 mm

RS Stock No. 279-4286

Brand WAGO

Category: Busbars
Material: Copper

AED 135.28

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Eaton CU Busbar

RS Stock No. 230-4426

Brand Eaton

Category: Busbars
Range: CU
Series: Eaton Moeller

AED 3.519.18

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Siemens Sentron Copper Rod for use with Busbar

RS Stock No. 228-8263

Brand Siemens

Accessory Type: Copper Rod
Category: Circuit Breaker Accessories
Range: Sentron

AED 354.18

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Siemens Sentron Copper Rod for use with Busbar

RS Stock No. 228-8262

Brand Siemens

Accessory Type: Copper Rod
Category: Circuit Breaker Accessories
For Use With: Busbar

AED 411.34

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ABB PBSC 3, 3+N Phase Busbar

RS Stock No. 020-0515

Brand ABB

Category: Busbars
Range: PBSC
Super Section: Circuit Breakers

AED 1.142.30

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6597

Brand ABB

Super Section Link: https://ae.rsdelivers.com/category/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers
Type: Copper Bar
Width: 4m

AED 9.247.66

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6599

Brand ABB

Category Link: https://ae.rsdelivers.com/browse/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers/busbars
Section Link: https://ae.rsdelivers.com/category/electrical-automation-cables/fuses-circuit-breakers
Super Section: Circuit Breakers

AED 1.890.24

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6601

Brand ABB

Category: Busbars
Section: Fuses & Circuit Breakers
Type: Copper Bar

AED 4.898.19

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6602

Brand ABB

Category: Busbars
Section: Fuses & Circuit Breakers
Section Link: https://ae.rsdelivers.com/category/electrical-automation-cables/fuses-circuit-breakers

AED 1.965.98

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6607

Brand ABB

Category: Busbars
Length: 3m
Super Section: Circuit Breakers

AED 8.274.04

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6609

Brand ABB

Category: Busbars
Section: Fuses & Circuit Breakers
Super Section: Circuit Breakers

AED 6.725.14

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6594

Brand ABB

Category: Busbars
Category Link: https://ae.rsdelivers.com/browse/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers/busbars
Material: Copper

AED 6.497.25

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6604

Brand ABB

For Use With: TriLine
Length: 3m
Super Section Link: https://ae.rsdelivers.com/category/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers

AED 5.837.13

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6608

Brand ABB

Category: Busbars
Category Link: https://ae.rsdelivers.com/browse/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers/busbars
Width: 1m

AED 3.741.11

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ABB Copper Copper Bar for Use with TriLine

RS Stock No. 237-6610

Brand ABB

For Use With: TriLine
Section: Fuses & Circuit Breakers
Super Section Link: https://ae.rsdelivers.com/category/electrical-automation-cables/fuses-circuit-breakers/circuit-breakers

AED 8.342.34

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nVent HOFFMAN Busbar

RS Stock No. 270-1575

Brand nVent HOFFMAN

For Use With: Enclosures
Series: TNS
Type: Busbar

AED 43.22

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Siemens ALPHA Busbar

RS Stock No. 011-6454

Brand Siemens

Category: Busbars
Material: Copper
Range: ALPHA

AED 594.63

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ABB EV1125 Busbar

RS Stock No. 020-1634

Brand ABB

Category: Busbars
Material: Copper
Range: EV1125

AED 1.137.01

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ABB EV1122 Busbar

RS Stock No. 020-2036

Brand ABB

Category: Busbars
Material: Copper
Range: EV1122

AED 1.434.52

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Siemens SENTRON Busbar

RS Stock No. 062-7126

Brand Siemens

Material: Copper Alloy
Range: Sentron
Section: Fuses & Circuit Breakers

AED 917.33

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Siemens SENTRON Busbar

RS Stock No. 062-7140

Brand Siemens

Category: Busbars
Material: Copper Alloy
Super Section: Circuit Breakers

AED 530.80

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What is a copper busbar?

A copper busbar is a flat, rectangular conductor made from copper that is used to distribute and collect electrical power within equipment such as switchgear, distribution boards, fuse blocks, and power cabinets. Copper busbars are known for their high electrical conductivity, excellent current carrying capacity, and low electrical resistance which minimizes voltage drop and heat generation in electrical systems. They come in various forms, including bare copper busbars, tin-plated copper busbars for corrosion resistance and easier soldering, and insulated copper busbars where an insulating sleeve or coating is applied to improve safety and enable closer component spacing. The geometry of a copper busbar—width, thickness, and length—directly affects its ampacity and impedance, making selection important for reliable power distribution in industrial and commercial installations.

What are copper busbars used for?

Copper busbars are used to carry high currents efficiently in a compact form factor. Typical applications include electrical distribution in switchgear, panelboards, motor control centers, and power distribution blocks. They are also used in solar inverters, electrical cabinets, data centers, and industrial machinery where durable, low-resistance conductors are required. In addition to bare copper busbars, tin-plated copper busbars and insulated variants are common, offering improved corrosion resistance, enhanced solderability, and enhanced safety in exposed environments. For projects that require lightweight, robust copper busbar assemblies, copper busbar strips and copper bars are used as modular components to build custom configurations in a controlled manufacturing process.

How do you select the right copper busbar size and rating?

Selecting the correct copper busbar size and rating depends on the expected current, allowable temperature rise, operating environment, and mechanical constraints. Key considerations include:

Current carrying capacity (ampacity) based on cross‑section, temperature rating, and insulation
Conductor geometry: copper busbar width, thickness, and length for proper mounting and clearance
Voltage rating and insulation requirements to prevent arcing and creepage
Connection method: lugs, clamps, bolted joints, or soldered interfaces and their torque specifications
Ambient temperature, thermal management, and potential derating factors
Finish and environment: bare copper vs tin-plated copper busbar for corrosion resistance
Mechanical constraints: available space and bending radius if the busbar needs to be shaped on site

When in doubt, consult the manufacturer’s ampacity tables for copper busbars and consider using copper busbar strips or copper bars in modular assemblies from trusted suppliers like RS Components to ensure compatibility with your enclosure and connectors.

What is tin-plated copper busbar and why use it?

Tin-plated copper busbars have a thin coating of tin on the copper surface. This tin finish offers several practical advantages:

Improved corrosion resistance in humid or mildly corrosive environments
Better solderability and easier brazing when making electrical connections
Enhanced wear resistance on contact surfaces, prolonging life in repeated connection/disconnection cycles
Lower risk of surface oxidation that can increase contact resistance over time

Tin-plated copper busbars are a common choice for electrical distribution systems, panel assemblies, and frequency of maintenance where reliability and long-term performance are critical. They are often offered alongside bare copper busbars and insulated copper busbars as part of a complete copper busbar solution for power distribution.

How do I install copper busbars safely?

Safe installation of copper busbars involves proper preparation, secure connections, and ongoing inspection. Follow these guidelines:

Power down the system and lockout/tagout the equipment before handling copper busbars
Use appropriate PPE and ensure surfaces are clean and free of contaminants
Choose correct connectors, clamps, and lugs sized for the copper busbar cross-section and rated current
Torque bolts to the manufacturer’s specifications to avoid loose connections or over-tightening
Keep busbars clean and free of oxidation, and cover exposed bare copper where needed for safety
Maintain adequate clearance and creepage distances to prevent arcing, particularly in high-voltage applications
Inspect joints for heat buildup and signs of wear during routine maintenance
Store and transport copper busbars in a way that prevents bending or denting the cross-section

In environments with moisture or chemical exposure, consider tin-plated copper busbars or insulated copper busbars with protective sleeves to extend service life and reduce maintenance needs.

What finishes and variants are available for copper busbars?

Copper busbars come in several variants to suit different applications:

Bare copper busbar for maximum conductivity and cost efficiency in protected environments
Tin-plated copper busbar for enhanced corrosion resistance and solderability
Insulated copper busbar with sleeves or coating to improve safety and allow closer component placement
Copper busbar strip and copper bar form factors for modular assemblies and custom configurations
Time-saving pre-cut and machined copper busbars designed for standard enclosures

When selecting finishes, consider operating environment, required longevity, and compatibility with connectors, lugs, and fasteners. RS Components typically offers a range of copper busbars and related copper products to fit common industrial and commercial installations.

How do you calculate the ampacity of a copper busbar?

Ampacity calculation for a copper busbar involves cross-section area, conductor temperature rating, insulation, ambient temperature, and cooling conditions. A practical approach includes:

Referencing standard ampacity charts for copper busbars with the chosen cross-section and material (bare copper, tin-plated, or insulated)
Applying derating factors for ambient temperature, enclosure ventilation, and grouping of conductors
Considering voltage drop and contact resistance at connections, which can affect overall system performance
Verifying with the manufacturer’s data for the specific copper busbar grade and finish

For precise design, consult RS Components’ copper busbar product data sheets and use engineering tables to match cross-section area (mm² or kcmil), rated current, and allowable temperature rise to your application, whether it’s electrical distribution, power distribution blocks, or a switchgear assembly.

What is the difference between copper busbar, copper strip, and copper bar?

The terms describe similar copper conductors in different geometries and use cases:

Copper busbar typically refers to a flat, wide rectangular conductor used for high-current distribution within enclosures and switchgear. It emphasizes low resistance and compact routing.
Copper strip is a narrower and thinner form that can be used for modular interconnects, connector fingers, or localized distribution where space is limited.
Copper bar is a broader category that can describe larger cross-section copper components, including the thickest and most rigid forms used in mechanical assemblies and support structures.

In practice, engineers choose copper busbars, copper strips, or copper bars based on current rating, space constraints, mounting options, and desired thermal performance. RS Components offers a range of copper busbars and related copper products to cover these needs.

Disposable shoe covers Copper rods Copper pipe bender Cable tray cover Copper Metal Sheets Quasi sine wave inverter SMC CJ1 SMC Pneumatic Cylinder & Actuator Accessories Lapp Skindicht SVF-M Soldering kit

"Copper Busbar"

Legrand Busbar

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

WAGO Busbar tin-plated 50 mm

Eaton CU Busbar

Siemens Sentron Copper Rod for use with Busbar

Siemens Sentron Copper Rod for use with Busbar

ABB PBSC 3, 3+N Phase Busbar

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

ABB Copper Copper Bar for Use with TriLine

nVent HOFFMAN Busbar

Siemens ALPHA Busbar

ABB EV1125 Busbar

ABB EV1122 Busbar

Siemens SENTRON Busbar

Siemens SENTRON Busbar

What is a copper busbar?

What are copper busbars used for?

How do you select the right copper busbar size and rating?

What is tin-plated copper busbar and why use it?

How do I install copper busbars safely?

What finishes and variants are available for copper busbars?

How do you calculate the ampacity of a copper busbar?

What is the difference between copper busbar, copper strip, and copper bar?