Image thumbnail 1
Image thumbnail 2
Image thumbnail 3
Image thumbnail 4
Image thumbnail 5

Email

3M 7000006127 Cold Shrink QT-III Termination Kit 7683-S-8, 5-35 kV, Insulation OD 0.72" - 1.29" 8 Skirt, Indoor/Outdoor (3ea/kit - 1kit/case)

Manufacturer: 3M | Catalog # 7000006127 | North Coast Part # 790934

$2,476.32 /ea
ea
Log in or register to view your price, purchase history, and more!
Next Day Delivery not avail / contact sales for lead times & return policy
3M™ Cold Shrink QT-III Outdoor Terminations offer easy installation and reliable performance when terminating indoor and outdoor medium voltage cable. The Hi-K stress control design delivers excellent BIL performance and lower surface stress, resulting in a more compact termination. The 3M™ Cold Shrink QT-III Outdoor 8 Skirt Termination Kit 7683-S-8 has a conductor size range for 5 kV: 300-500 kcmil, 8 kV: 250-500 kcmil, 15 kV: 2/0 AWG-300 kcmil, 25/28 kV: 2-4/0 AWG and 35 kV: 2-2/0 AWG.

Technical Information

Applications
For Terminating Solid Dielectric Shielded Power Cable, Tape Shield, Wire Shield and Sunshield® Constructions, Free-Hanging or Bracket-Mounting Arrangements, Compact Design Provides for Easier Installation in Restricted Spaces, Switchgear, Transformer, Motor Lead, Bus and Similar Connections, Outdoor Use
Cable Type
Tape Shield; UniShield(R); Wire Shield
Conductor Size
1 AWG-500 kcmil
Indoor Outdoor
Outdoor Skirted
Material
Rubber
Number of Conductors
1
Splice Type
Cold Shrink
Type
QT-III
Voltage
15 kV

Manufacturer Information

Brand
3M

General Product Info

12-Digit UPC
054007424659
GTiN
00054007424659
Product Series
7680-S
Product Type
Termination Kit
Product UPC
05400742465
Used With
0.72 - 1.29 in Cable, QL2-A-2-250 Lug

Certifications and Compliance

Country of Origin
USA
Features
  • Provides a void-free seal to tape shield, wire shield and UniShield® power cables
  • High dielectric-constant material regulates the distribution of electric field stress
  • Suitable for outdoor applications
  • Silicone rubber insulation offers durability and reduces leakage currents in damp conditions

Compare