Cabac Crimp Lug Standard Type B Bi-Metal 630mm Blank Palm 175mm OAL

Cabac Crimp Lug Standard Type B Bi-Metal 630mm Blank Palm 175mm OAL

In stock
SKU
CAABL630
Crimp Lug, Standard, Type B Bi-Metal, 630 mm Conductor, Blank Palm For Custom Drilling, Standard Barrel, Barrel Length: 60 mm, Palm Type: Square, 175 mm Overall Length, Bi-Metal Body, Conductive Material: Aluminium Barrel/Copper Palm, Tin Electroplated Finish, -40 to 100 deg C, Number of Strands: 127/2.52, Inside Diameter: 34 mm, 65 mm Lug Length, 60 mm Lug Width, 10.5 mm Lug Thickness, A/F Hex Die: 43.2 mm, Crimping Die: RHU520-800, Tensile Strength: 110 MPa
More Information
Features
  • Manufactured using friction welding process producing a very strong electrically sound joint
  • Suitable for aluminium conductor and copper terminals or busbar
  • Crimp from palm end to force compound into conductor strands
  • Crimping compound in barrel and sealed with cap
  • Crimping positions, AF, etc. clearly marked on barrel
Brand Cabac
Range Name Standard Lugs Bi-Metal
Standard Pack Size 1
UNSPSC Class 39121400
UOM EA
Vendor Product BL630
A-F Hex Die 43.2 mm
Barrel Length 60 mm
Barrel Type Standard
Body Material Bi-Metal
Conductive Material Aluminium Barrel/Copper Palm
Conductor Size 630 mm
Crimping Die RHU520-800
Finish Tin Electroplated
Inside Diameter 34 mm
Lug Length 65 mm
Lug Thickness 10.5 mm
Lug Width 60 mm
Number of Strands 127/2.52
Overall Length 175 mm
Palm Type Square
Product Type Lugs Standard
Stud Size Blank Palm For Custom Drill inchg
Temperature -40 to 100 deg C
Tensile Strength 110 MPa

Description

Crimp Lug, Standard, Type B Bi-Metal, 630 mm Conductor, Blank Palm For Custom Drilling, Standard Barrel, Barrel Length: 60 mm, Palm Type: Square, 175 mm Overall Length, Bi-Metal Body, Conductive Material: Aluminium Barrel/Copper Palm, Tin Electroplated Finish, -40 to 100 deg C, Number of Strands: 127/2.52, Inside Diameter: 34 mm, 65 mm Lug Length, 60 mm Lug Width, 10.5 mm Lug Thickness, A/F Hex Die: 43.2 mm, Crimping Die: RHU520-800, Tensile Strength: 110 MPa