Grounding and Terminals #8

Apr 22

Grounding and Terminals #8

Easy-Tap Insulation Piercing Connector – IPCS Series, 250-1 AWG main and 4/0-4 AWG tag Conductor Range, 2.2″ Width, 3.5″ Height, 2.6″ Length

Product Features

  • Insulation-piercing connector for tapping or splicing electrical lines
  • Can be used on main lines from 250 MCM to #1 AWG with tap lines from 4/0 to #4 AWG
  • Can be used in copper-to-copper, copper-to-aluminum, and aluminum-to-aluminum solid or stranded wire applications
  • Rated for 600V and 90 degrees C
  • Meets ANSI C119.4 requirements and is UL 486B Listed

Product Description

This NSi Industries IPCS2540 Easy-Tap insulation-piercing connector is suitable for tapping or splicing electrical lines in copper-to-copper, copper-to-aluminum, and aluminum-to-aluminum solid or stranded wire applications. It can be used on main lines from 250 MCM (thousand circular mils) to American Wire Gauge (AWG) #1 with tap lines from 4/0 to #4 AWG. It is fully insulated and can be used on energized conductors as long as the tap line is not under load. Double shear-head bolts ensure that the proper amount of torque is applied during installation. This connector is not recommended for use with extra-flexible cables, is not approved for submersible applications, and cannot be used with bare wire. It is rated for 600V and 90 degrees C and meets American National Standards Institute (ANSI) C119.4 requirements and is Underwriters Laboratories (UL) 486B Listed. This insulation-piercing connector is suitable for a wide range of electrical line tapping applications with appropriately sized conductors.

Specifications
Main line size range 250 MCM to #1 AWG
Tap line size range 4/0 to #4 AWG
Copper current rating 405 amp
Aluminum current rating 315 amp
Voltage rating 600V
Temperature rating 90 degrees C
Dimensions* 3.5 x 2.2 x 2.6 inches (H x W x L)
Standards met ANSI C119.4, UL 486B Listed
*H is height, the vertical distance from bottom to top; W is width, the horizontal distance from left to right; L is length, the horizontal distance from front to back.

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