1p8s FDC-CCS for new energy batteries, Automotive, LSV, Aerospace
Product name | FDC-CCS |
Material | FDC + Conductive aluminum busbar + Blister heat riveting or PET
film heat pressing |
Dimension | 180mm *350mm |
Product parameters | The design of the acquisition signal is 0.5A The fuse is designed to be 3A for 1 second The internal resistance of the circuit is less than 1 ohm |
Application situation | New energy batteries (power batteries, energy storage batteries),
Automotive, LSV, Aerospace |
We can design and make high quality cabels for your products, just
send us your drawings or pictures or Specification
Highlights of the Product
Innovative Structure
It adopts an ultra - lightweight design, featuring high strength
and excellent insulation performance. It can ensure safety and
stable operation in complex environments.
Stable Transmission and Efficient Acquisition
The signal transmission is stable. The voltage and temperature
acquisition are realized through an integrated FPC, with high
integration and efficient and accurate acquisition.
Advanced Manufacturing Process
It has a high degree of automation, with precise and efficient
production and stable quality. The FDC die - cutting process has
fewer steps and takes less time compared with the FPC etching
process, reducing costs by about 30%. It is suitable for mass
production, and the manufacturing process is environmentally
friendly. Moreover, the SMT process is eliminated, further
simplifying the process and reducing costs.
High - quality Material Selection
Aluminum is used as the conductor, which has good electrical
conductivity and low cost. The insulator is PET, which has stable
physical and chemical properties, provides reliable protection, and
extends the product's service life.
Wide Application
It is suitable for battery pack electrical systems and CCS module
integration. It is an ideal cost - reduction solution for FPC,
offering high cost - effectiveness.
| Packaging and transportation method | Packed in cartons |
| Can it be customized? | Yes |
| Shelf life | / |
| Storage environment | / |
