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Copper Standard Barrel Lugs |
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| Material |
: |
Copper |
| Finish |
: |
Electro Tinned |
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 |
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| Copper long barrel terminal lugs |
| |
| Material |
: |
Copper |
| Finish |
: |
Electro Tinned |
|
 |
|
 |
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Copper 2 holed terminals (Compression cable lugs for railway series) |
| Material |
: |
Copper |
| Standard |
: |
Railway Series |
| Finish |
: |
Electro tinned/ lead coated |
| Application |
: |
For Electrical/ Battery
Terminal |
|
 |
|
 |
| |
Copper 4 holed terminals (Compression Cable Lugs for Transformers) |
| Material |
: |
Copper |
| Finish |
: |
Electro Tinned |
| Range |
: |
300 mm2 to 1000 mm2 |
| Application |
: |
In case of special
connections for ACB/
VCB |
|
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|
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| Copper Aluminium Bi-Metal Lugs |
| Conductive Material |
| Aluminium Barrel |
: |
99.6% |
| Copper Palm |
: |
99.95% |
| Final Metal State |
: |
Fully Annealed, Including Joint. |
| Joining Method |
: |
Friction Welding, Welding Area More Than Nominal Conductor Area. |
| Finish |
: |
Natural |
| |
|
|
Conductivity : |
| Aluminium 61.8% Iacs (Min) |
| Copper 99.7% Iacs |
|
|
|
 |
Aluminium Barrel are
chemically treated to
reduce contact resistance
and corrosion and are
filled electrically
conductive corrosion
inhabitant with
a jointing compound
and capped.
|
 |
| Note: |
| 1. |
Combinations of Bi-Metallic Compression Joints are designed on the basis of current carrying capacity of individual cables. |
| 2. |
In case additional combinations are required same may will be provided against specific request |
|
| |
| |
| Bi-Metallic Lugs with Extended Palm |
 |
| |
Conductive Material : |
| Aluminium Barrel |
: |
99.6% |
| Copper Palm |
: |
99.95% |
| Final Metal State |
: |
Fully Annealed, Including Joint. |
| Joining method |
: |
Friction welding, welding area more than nominal conductor area. |
| Finish |
: |
Natural. |
|
| |
| Conductivity : |
| Aluminium 61.8% IACS (MIN) |
| Copper 99.7% IACS |
| |
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically
conductive corrosion inhabitant with a jointing compound and capped. |
| |
| |
Note: |
| 1. |
Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables. |
| 2. |
In case additional combinations are required same may will be provided against specific request. |
| 3. |
Shape size and dimensions are subject to change without notice. |
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