Customized Copper Aluminum Composite Laminated Busbar

• Surface Treatment: Passivation, Silver / Tin/Nickel Pllating
• Certification: RoHS, CE, ISO9001
• Product Name: Laminated Busbar
• Application: Power Distribution Systems
• Rated Voltage: 0~20kv
• Rated Current: 0~3600A
• Model NO.: HFI
• Conductor Material: Copper (T2cu) or Aluminium (1060 Al)
• Insulation Material: Pet, Pvf,Pi or Other Designated Ones
• Feature: Simple and Easy Installation
• Partial Discharge: Less Than 10PC
• Temperature Rising: 0~30K
• Transport Package: Foam Packing/Cartoon Packing
• Specification: 60*60*60cm
• Trademark: HFI
• Origin: China
• Production Capacity: 100000

Product Description

PRODUCT SPECIFICATIONS

No	Item	Technical data
1	Working Voltage	0~20KV
2	Rated  current	0~3600A
3	Product structure	Hot pressing edge sealing, hot pressing without edge sealing, hot pressing filling
4	Max. machining size	900~1900mm
5	FR grade	UL94 v-0
6	Conductor material	T2Cu, 1060Al
7	Conductor surface treatment	Silver plating, tin plating and nickel plating
8	Connection mode with device	Press convex, copper column riveting, copper column welding
9	Insulation resistance	20MΩ~ ∞
10	Partial discharge	Less than 10 PC
11	Temperature rising	0~30K

Product features:

A.Low inductance coefficient, compact structure, effectively save the internal installation space, increase the heat dissipation area, and effectively control the temperature rise of the system;

B.The minimum impedance reduces the line loss and greatly improves the high current carrying capacity of the line

C.It can reduce the damage to components caused by voltage commutation and prolong the service life of electronic components

D.Reduce system noise and EMI, RF interference

E.High power modular connection structure components with simple and fast assembly
 

Laminated bus bar is a kind of multi-layer composite structure connecting circuit composed of multilayer conductive materials and insulating materialsThroughthe structure of parallel distribution of positive and negative plates, the line distributed inductance is reduced, the surge voltage and withstand voltage requirements of power components are reduced when the power components are turned off, so as to improve the reliability and stability of power devices and improve the integration of circuits