7000006174
3M™* Actual product may vary from image
3M™ Modular Splicing Kit 5815 is a fully shielded separable connector system. It allows a complete dead front connection that is suitable for operating in submerged or locations. This kit is used with the 3M Modular Splicing System 5815 Series that is rated for 5 to 25 kV and 600 amp industrial shielded power cables.
Details
MFG PART #:7000006174
TRC Part #:3MCO5815B47
UPC #:054007434559
Inventory
$408.05 E
Details
MFG PART #:7000006174
TRC Part #:3MCO5815B47
UPC #:054007434559
Inventory
Attributes
Features
Documentation
Attributes
Brand:3M™
Type:Deadbreak T-Body
Series:5815
Specifications:600 A Current, 25 kV Voltage, 500 kcmil Conductor, 100 to 133% Insulation, 1.36 to 1.56 in Dia Insulation
Suitable For Use With:5815 Series Splicing Kit, Tap Splicing Kit, Equipment Kit and Dead-End Kit, Jacketed Concentric Neutral Industrial Shielded Power Cable, Tape Shield, UniShield® and Wire Shield Cable
Material:EPDM
Finish:Epoxy Coated
Features
Modular design allows custom tailoring for various splicing functions and configurations, such as multiple taps, sectionalizing, dead-ending, adding-on |
Bolt together components allows dead break disconnecting and reuse of the connecting components |
Molded conductive outer jacket provides for a fully shielded dead front connection which meets the requirements of ieee standard 592 "Exposed semi-conducting shields on high voltage cable joints and separable insulated connectors" |
Kit packaging designed for industrial use, the kits simplify the selection ordering and stocking of appropriate system components |
Shield adapter kits cold shrink design for simple shield rejacketing |
Kits provide all of the components necessary for adapting the separable connector to specific cable sizes and shielding types of common industrial power cables |
Voltage test point the dead end plug provides a high impedance test point for safely checking the de-energized status of the circuit |
500 kcmil stranded at 25 kV 100% and 500 kcmil stranded at 25 kV 133% |