4-Port Edge Submersible Pedestal Connector, 600 MCM – 12 AWG

#ISPB600-4

Polaris Edge Multi-Tap Direct Burial Connectors form secure connections between multiple conductors and feature a squared-off design and EPDM rubber insulation coating for temporary submersion or direct burial. Installs with a hex key and torque wrench, with no need for cover and taping.

  • One-Side Wire Entry: Form secure connections between 4 conductors quickly using the single-side entry ports sized for wires between 600 MCM and 12 AWG
  • Direct Burial Applications: High-strength aluminum alloy body and rubber insulation with a nominal thickness of 125 mils built for temporary submersal or direct burial applications
  • Squared-Off Design: The EPDM rubber insulation features square corners and is UV, abrasion and chemical-resistant for durable performance
  • Pre-filled Oxide Inhibitor: All 4 single-side entry ports are covered by removable plugs and pre-filled with an oxide inhibitor gel to prevent corrosion or contamination
  • Professional Performance: The durable layer of insulation on each Polaris connector is UV, abrasion and chemical-resistant for reliable performance

Product Information

Voltage Rating 600 V
Material Aluminum
Finish EPDM Rubber Insulated
Color Black
Pack Qty 2
GTIN 662381789389
UPC 662381789389
EAN 662381789389
UNSPSC 39121409
Origin Country US
Ul File No E186991
Wire Cable Class Class B, Class C
Ansi ANSI C119.4, C119.1
Al Conductor Max Amp 810
Cu Conductor Max Amp 1035
Conductor Cu Size Range 600 MCM – 12 AWG
Conductor Al Size Range 600 MCM – 12 AWG
Conductor Type Copper, Aluminum
Temp Rating 90C, AL9CU
Conductors Count 4
Hex Wrench Size 5/16
Env Temp Cold Temperature rated to -45C
Assortment Submersible Pre-Insulated Connector
Application Splice, Tap
Max Torque 500

Resources

Documents

  • POL_ISPB600_MCH_ProDraw_DIGITAL.pdf Download
  • POL_PREINSUL_MCH_ProdXRef_DIGITAL.pdf Download
  • POL_EDGE_MCH_ProdInstall_DIGITAL.pdf Download
  • POL_PREINSUL_MCH_ProdBro_Digital.pdf Download
  • POL_EDGE_MCH_ProdSheet_DIGITAL.pdf Download