Compared to traditional wire harnesses, CCS busbars offer higher reliability, better sealing, and efficient heat dissipation. They simplify installation, support high automation, and reduce labor costs. Flexible connections allow for multiple configurations, with built-in overcurrent protection ensuring battery safety.
RHI Supplies a Wide Range of Aluminum Busbars
Strength: Quality aluminum has sufficient tensile strength to withstand thermal expansion strain, varying from dead soft to mild steel depending on the alloy used.
Ampacity: Contingent on busbar size, aluminum busbar can handle currents up to 4000A, which is more than sufficient for many applications.
Conductivity: Aluminum busbar conductivity is dependent on the alloy and temper. Pure aluminum conductivity is approximately 65.0% of IACS.
Resistance: High quality, high strength aluminum can have mechanical resistance up to 530 Newton/mm2. Aluminum is fatigue resistant and corrosion resistant. Aluminum also offers easy corrosion removal with simple stripping.
Weight: Aluminum can be as much as 70% lighter than copper.
High Corrosion Resistance
Good Conductivity
Great Heat Exchange
Efficient Thermal Dissipation
Lightweight
Cost Effective
Product Show:
Specifications:
| Plating Options: | Nickel Plating Silver Plating Tin Plating |
| Insulated Finishes: | Epoxy Coated PVC Dipping Coated Heat Shrink Sleeve Coated Bare Finish |
| Edge: | Full Round Edges Rounded Corners Square Corners |
| Voltage Type: | AC DC |
| Production Capabilities: | Bending Brazing Drilling Forming Milling Plating Punching Sawing Tapping Riveting |
| Industries Served: | Aircraft Automotive Electrical Switch Gear |
| Engineering Capabilities: | Design Assistance Design Verification |
| File Formats Accepted: | JPG DWG DXF |
Application：
The CCS busbar is essential for new energy battery packs. It merges signal collection parts, plastic structures, and copper or aluminum busbars into one unit through techniques like thermo-compression bonding or riveting. This system connects battery cells for high voltage and monitors temperature and cell voltage, forming part of the Battery Management System (BMS). It is used in new energy power and energy storage batteries.
Why Choose RHI BUSBAR?
1. Advanced Technology: We have industry-leading processes and technologies like automatic robot dipping, automatic robot welding, automatic copper forming and 20 years’ experience of busbar insulated dipping technology. With automation equipment and R&D team, we continuously improve our production efficiency and product quality reliability.
2. Efficient Supply Chain: From raw materials to finished products, all processes include mould and fixture are finished in our plant. Only the plating is finished by our supplier near our factory.
3. Superior Service: Give response in 8 hours, arrive at customer’s site to solve problem in 24 hours ( Site outside China may need to be extended).
4. Quick Response: With efficient supply chain and perfect production process, we can provide small batch products in a short time to support early development of customer’s project.
5.Quality Commitment: We are committed to the highest quality standards. Material is tested before production to guarantee it is ETP grade copper. All goods are inspected before delivery. We have certificates of ROHS, REACH, UL94V-0, ISO14000 and IATF16949.
6. Timely Delivery: Experienced workforce, large production capacity and sound supply chain guarantee timely delivery time for customer.
7. Competitive Price: With efficient supply chain and production environment in China, we have advantage of low cost.
