content loaded
MILWAUKEE 5319-DE Image 1

MILWAUKEE 5319-DE DRY CORING DUST EXTRACTION ATTACHMENT

MFR Part #: 5319-DE
SKU #: 1218086
Brand: Milwaukee®
UPC: 045242551996
Milwaukee® 5319-DE Dry Coring Dust Extraction Attachment, For Use With 8960-20 8 gal Dust Extractor, 4 in, 6 in Bit, Plastic/Rubber
No Warranty
(1) 49-90-1959 Hose Clip Adapter and (1) 43-31-0018 Brush Ring
OSHA Standard

Milwaukee® Dust Extraction Attachment, Dry Coring, For Use With: 8960-20 8 gal Dust Extractor, Specifications: 4 in, 6 in Bit, Plastic/Rubber, Black/Red, 15.28 in L x 8.15 in W x 2.61 in H Dimensions

The MILWAUKEE® Dry Coring Dust Extraction Attachment provides OSHA compliance when drilling with larger diameter rotary hammer bits or core bits. The drill dust shroud works with the Milwaukee 8-Gallon Dust Extractor (8960-20) to eliminate dust when drilling or dry coring with bits up to 6" in diameter. The vacuum suction allows the dust shroud attachment to stick to the wall or ground for easy and accurate drilling and coring.

Product Details

Milwaukee® Dust Extraction Attachment, Dry Coring, For Use With: 8960-20 8 gal Dust Extractor, Specifications: 4 in, 6 in Bit, Plastic/Rubber, Black/Red, 15.28 in L x 8.15 in W x 2.61 in H Dimensions

The MILWAUKEE® Dry Coring Dust Extraction Attachment provides OSHA compliance when drilling with larger diameter rotary hammer bits or core bits. The drill dust shroud works with the Milwaukee 8-Gallon Dust Extractor (8960-20) to eliminate dust when drilling or dry coring with bits up to 6" in diameter. The vacuum suction allows the dust shroud attachment to stick to the wall or ground for easy and accurate drilling and coring.

Attributes

ColorBlack/Red
Country Of OriginChina
Dimensions15.28 in L x 8.15 in W x 2.61 in H
MaterialPlastic/Rubber
Specifications4 in, 6 in Bit
Suitable For Use With8960-20 8 gal Dust Extractor
TypeDry Coring

Features

  • Bit Capacity, Up to 6 in
  • Removable Brush Rings
  • Rubber Seal Ensures Dust Containment
  • Vacuum Assisted Suction Adheres to Even and Uneven Surfaces