3M - 3M 7694-S-4 Cold Shrink 3 Terms/Kit 4 Skirt Termination Kit

Essential specifications

12-Digit UPC - 054007422136
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
Catalog Number - 7000006121
Conductor Size - 2/0 AWG-750 kcmil
Country of Origin - USA

Packaging

1 ea

EAN

00054007422136

Part #

136043

Catalog #

7000006121

Commercial reference

7000006121

12-Digit UPC:

054007422136

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

Catalog Number:

7000006121

Conductor Size:

2/0 AWG-750 kcmil

Country of Origin:

USA

ERP_productname:

3M 7694-S-4 (7000006121) COLD SHRINK QT-III TERMINATION KIT 7620-S, 7680-S & 7690-S SERIES

Family Brand Name:

Material:

Rubber

Type:

QT-III

Voltage:

15 kV

SoneparProductId:

SKU_US_25609024

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 4 Skirt Termination 7694-S-4 has a conductor size range for 5 kV: 500-750 kcmil, 8 kV: 350-700 kcmil, 15 kV: 4/0 AWG-500 kcmil and 25/28 kV: 2/0 AWG-250 kcmil. 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

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