Dtl-3 Copper and Aluminium Bimetallic Lug with Cu Hole and Aluminium Barrel Cu Terminal Wire

Price $2.60 Compare
Min Order 500 Pieces
Shipping From Zhejiang, China
Popularity 475 people viewed
Quantity
+-
 

Wenzhou Soiea Electric Co., Ltd.

VIP   Audited Supplier 3 years
Profile Certified by SGS/BV
Bimetal lugs
Welding
Factory Size
Line Fittings, Connecting Cable
Terminal Clamp
0.045kg
Copper/Aluminium
-40ºC to 100ºC
Acid Pickling or Tin-Plated
Conduct Electricity, Transmission of Electrical Si
Needle Type Current Conductor
AC/DC
ISO9001/CE
Offered
Offered
SOIEA
Inner Box-Carton Box
16mm2-630mm2
China
7616991090
Product Description
Description
Bimetallic Lugs are mostly useful where an aluminum cable has to be terminated by a copper bus bar or copper contact.If Cable Lugs of only copper or aluminum are used , a galvanic action occurs due to dissimilar contact. The use of bimetallic lugs thus ensures a technically sound and durable joint. The Aluminum barrel is friction welded to the copper palm thereby achieving the best possible transition between barrel & palm.
 
Application
The use of copper-aluminum transition terminals is because of the characteristics of the material, the connection between copper wires and aluminum wires is easy to produce an oxide layer and generate resistance, causing high temperature to burn or power off the joints, so in order to eliminate the situation of manual connection, the copper-aluminum transition terminal terminals to avoid.

Advantage

1.The solid palm eliminates the ingress of moisture. 

2.The barrels are chemically treated to reduce contact resistance and corrosion refilled with jointing compound
3. It is used for screwing non-tension aluminiumconnections using copper wasshers.
4. Material:Cu≥99.9%,Al≥99.5%


-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------





Message Type
* Message Content
* Name  
* Phone
* Email
* CAPTCHA