Z Shaped Electrical Electrionic Copper Brass Busbar Connector

• Customization: Available
• Surface Treatment: Anodizing,Powder Coating,Sandblasting
• Certification: RoHS, CE, REACH, GB, JIS, ASTM, TUV, ISO9001
• Model NO.: Busbar
• Name: Precision Stamping Machining Parts
• Materials: Aluminum/Stainless Steel/Alloy/Iron/Copper
• Application: Utomotive/Aerospace/Medical Devices/Electronics
• Tolerance: 0.001-0.01mm
• MOQ: 1000 PCS
• Standard: ISO/GB
• Service: OEM ODM Customised
• Color: Customized Color
• Packaging: Carton Box
• Drawing: Free Design
• Keywords 1: Busbar
• Keywords 2: Bus Bar
• Keywords 3: Z Shaped Bus Bar
• Keywords 4: Electrical Bus Bar
• Keywords 5: Electrical Busbar
• Transport Package: Casrbon
• Specification: Customized
• Trademark: Non/Customized
• Origin: China
• HS Code: 8480419000
• Production Capacity: 50000000
• Package Size: 15.00cm * 5.00cm * 15.00cm
• Package Gross Weight: 2.000kg

Product Description

 ELECTRICAL Connector BUSBAR

Bus Bar connector is an electrical component used to connect multiple electrical circuits in a power distribution system. It's commonly used in power substations, electrical panels, and switchgear to distribute electricity efficiently. The bus bar is essentially a conductive strip or bar, typically made of copper, aluminum, or brass, that serves as a central point for distributing electrical power.

Key Characteristics of Electrical Bus Bar Connectors
Material:
Copper: Copper is highly conductive and is the most commonly used material for bus bars and connectors. It ensures minimal electrical resistance and efficient power distribution.
Aluminum: Aluminum is lighter and more cost-effective than copper, but it is less conductive. It's used in situations where weight and cost savings are more important than high conductivity.
Brass: Brass is used for its corrosion resistance and durability, often in environments where high humidity or exposure to harsh chemicals may be present.
Shape and Size:
Bus bar connectors are designed to fit the size of the bus bars, which come in various shapes, including flat, round, or hollow. The connector needs to match the size of the bus bar and provide a solid, low-resistance connection.
Current Rating:
Bus bar connectors are designed to handle high electrical currents, and their current rating depends on the thickness and material of the bus bar as well as the connector itself. The connector must be able to safely carry the full electrical load of the circuits it connects.
Voltage Rating:
The connector must also be rated for the voltage that will be present in the system. Electrical bus bar connectors are usually designed for high-voltage applications in power distribution systems.
Mounting Type:
Bolted: This is the most common method of connecting bus bars. It involves using bolts and nuts to attach the connector securely to the bus bar.
Clamped: Some connectors use clamping mechanisms, which are simpler to install and remove but still provide a secure electrical connection.
Soldered or Crimped: In some low-voltage applications, the connectors may be soldered or crimped to the bus bars for a more permanent connection.
Insulation:
Some bus bar connectors are insulated to prevent short circuits and reduce the risk of electric shock. Insulated connectors are used in environments where exposed live connections must be protected.

PRODUCTION DESCRIPTION

Copper busbars are crucial components in electrical systems due to their high conductivity, durability, and resistance to corrosion.

The Applications:

Substations: In electrical substations, copper busbars are used to connect high-voltage equipment like transformers, circuit breakers,and switches.Their low resistance helps ensure minimal energy loss.

Renewable Energy Systems: In solar and wind power installations, copper busbars are often used to connect the solar panels or wind turbine systems to the grid or battery storage units, ensuring effective energy transmission.

Power Distribution: Copper busbars are used in power distribution boards, switchgear, and electrical panels to connect various electrical components and facilitate the flow of electricity. They are ideal for high current handling in both industrial and residential settings.

HVAC Systems: Copper busbars are used in the electrical systems of heating, ventilation, and air conditioning systems, helping to manage power distribution in larger HVAC units.

Industrial Machinery: Large machines, motors, and transformers rely on copper busbars to conduct electricity within industrial plants. Their ability to carry high current loads with minimal voltage drop makes them ideal for heavy machinery.

Electric Vehicles (EVs): Copper busbars are also used in electric vehicles to connect the battery to the motor and other components, ensuring efficient power delivery.

Data Centers and Communication Systems: These busbars are employed in data centers and telecommunications equipment to maintain steady power supply and prevent overloads.

Construction and Infrastructure: In large-scale construction projects, copper busbars are often used for temporary power distribution to tools and equipment on-site.
 

The Different Types BUSBar Connector Overview:

Electrical Busbar - A conductive material that conducts electricity within a switchboard, distribution board, substation, or other electrical apparatus.
Copper Busbar - Busbars made from copper, known for its excellent conductivity.
Aluminum Busbar - A lighter alternative to copper, offering good conductivity but at a lower cost.
Busbar Trunking System (BTS) - A modular and flexible system used for distributing electricity in buildings or large-scale industrial environments.
Busbar Joint - A connection point where busbars are joined together.
Busbar Insulation - Material used to insulate busbars, preventing electrical faults.
Busbar Current Rating - The maximum current a busbar can carry without overheating.
Busbar Support - Structures or supports that hold the busbars in place and secure them within electrical panels.
Busbar Assembly - The complete arrangement of busbars, supports, joints, and connections.
High Voltage Busbar - Busbars used in high voltage electrical systems.
Low Voltage Busbar - Busbars designed for use in low voltage circuits.
Busbar Protection - The safety measures implemented to protect busbars from faults, such as short circuits.
Busbar System Design - The engineering process of designing an efficient and safe busbar network for electrical installations.
Busbar Distribution - Refers to the system that distributes electrical power to various components using busbars.

Material Standard	Copper 11000/CU-ETP/T2,Aluminum 1100 1050 1060
Resistance	Low
Copper Foil of Single Layer Thickness	1-4mm or custom,Using high-quality 0.05-0.3mm thick copper foil
Insulation Material	PET Heat Shrink Sleeving
Insulation Performance	Great PET sleeve
Flame Retardant/Fire Resistance	UL94-V-0 or upon you request
Surface Plating	Welding nickel/tin/silver tabs on the surface is good
Quality Management Standard	ISO9001:2015; ROSH; SGS
Material	Copper/Aluminium
Thickness	1-4mm or custom
Product features	PET Heat Shrink sleeve PET Heat Shrink Sleeve, withstand voltage 1000V, also supports customization and inquiry.Suitable for soft
	connection.The color is orange Dip PVC Dipping, generally used for hard row, suitable for various special-shaped products,
	commonly used orange Powder spraying Epoxy Coated, suitable for all kinds of special-shaped products, can reach UL94-V0 grade

 

Detailed Photos

Supply industry	Rail transit,New energy vehicles,Ships,Energy storage systems,Drone battery pack connection,etc
Supply products	Copper and aluminum bus bar	Copper soft connection		Aluminum soft connection
	Braided soft connection	Charging pile bus bar		High and low voltage soft connection
	Copper nickel bus bar	Aluminum nickel bus bar		Rail transit connection terminals

PROCESSING SERVICE

Company Profile

 

 

Our Advantages

Precision: Commitment to delivering precision-engineered components that meet or exceed customer expectations.
Innovation: Embracing technological advancements to continuously improve our processes and products.
Integrity: Upholding ethical standards in all business practices, fostering trust and long-term partnerships with our clients.
Custom Manufacturing: Tailored solutions to meet unique specifications and application requirements.
Prototyping: Rapid prototyping capabilities to facilitate product development and testing.
Surface Finishing: Comprehensive surface treatment options including polishing, anodizing, and plating to enhance aesthetics and functionality.

Certifications

Packaging & Shipping

FAQ

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