ASI1I1 - 2-14 115A SPL/Reducr Block

Availability: Call for Availability

Buy Now

QTY:

Each

Thank you for your suggestions! We appreciate your assistance in improving our software. It helps us serve you even better!

Edit Mode: Please login to suggest improvements for this item.

Quick Specs

Catalog Number: ASI1I1 Vendor Code NSI
Manufacturer: Nsi
Manufacturer's Part Number: AS-I1-I1
Description: 2-14 115A SPL/Reducr Block
Power Distribution Block 2-14 Awg Primary 2-14 Awg Secondary Power Distribution Blocks Are Made Of High Strength, High-Conductivity Aluminum Alloy and Are Mounted In A High-Strength Glass-Filled Polyester Base. Each Block Can Stand Alone or Combine With Other Blocks to Form A Multi-Block Set.
Slang Terms: Suggest a New Term
Categories: Connecting Materials - Terminal Blocks & Accessories Mark as Incorrect
Suggest a New Category
Classification: Terminal Blocks Power Dist Blocks
UNSPSC: 39121449 - Wire or cable compression splice
UPC/EAN/GTIN: 662381166012 / 6623811660122 / 00662381166012
Weight per unit: 0.19 (lbs/each)

Price & Packaging

Resources

Edit Mode: Please login to suggest improvements for this item.

Thank you for your suggestions! We appreciate your assistance in improving our software. It helps us serve you even better!

Edit Mode: Please login to suggest improvements for this item.

Features

Descriptions

Description: 2-14 115A SPL/REDUCR BLOCK
Long Description: Power Distribution Block 2-14 AWG Primary 2-14 AWG Secondary Power Distribution Blocks are made of high strength, high-conductivity aluminum alloy and are mounted in a high-strength glass-filled polyester base. Each block can stand alone or combine with other blocks to form a multi-block set.
Product Type: Al/Cu CMP Splice 1/0 Awg
extra long description: NSI AS-I1-I1 AL/CU CMP Splice 1/0 A
Features: Power Distribution Block 2-14 AWG Primary 2-14 AWG Secondary Power Distribution Blocks are made of high strength, high-conductivity aluminum alloy and are mounted in a high-strength glass-filled polyester base. Each block can stand alone or combine with other blocks to form a multi-block set.

Additional Information