EDCO CPM-10E Crete-Plane 10″ Electric Walk-Behind Scarifier

$5,169.25

Compare
SKU: 69200 Categories: ,

Description

The EDCO Electric 7.5 HP Three-Phase Crete-Plane Scarifier gives the operator more control by propelling the machine manually. For those closer-fitting jobs that require a more hands-on control, use the EDCO Electric Crete-Plane Scarifier to extract up to 700 square feet per hour. That’s 5,600 square feet in an 8 hour work day.

This unit reaches a depth of 1/8″ per pass. To remain productive, the 10″ Scarifier has larger 6″ wheels in the rear for easy handling. The electric 7.5 horsepower scarifier helps to maintain 2,344 RPMs so its workload can be effectively handled and maintained for the ultimate productivity.

This scarifier is the optimal machine for dealing with belligerent materials and coatings that don’t want to go as well as for industrial scarifying. Your employees’ health and well-being is vital to a successful completed job. Considering your employees are slowly walking behind this scarifier, the dust-free vacuum port is a vital addition. Note-worthy items would include its handy loading drums available in 6-shaft and 8-shaft and its heavy-duty, oversized bearings.

Additional information

Weight 287 lbs
Dimensions 41 × 23 × 41 in
Subcategory

Type

Spec Sheets

Features:

  • 10″ working width will scarify approximately 500-700 sq ft per hour at depth per pass of 1/8″
  • 1/4″ steel frame
  • Heavy-duty, oversized bearings
  • Weighs 299 lbs with cutters
  • Tethered emergency stop switch
  • Larger 6” wheels in the rear for easy handling
  • Gasoline or Electric models available
  • Vacuum port standard for dust-free cutting
  • 6-Shaft and 8-Shaft easy change, side loading drums available
  • Tungsten carbide or steel cutters available

Ideal For:

  • Aggressive removal of material
  • Production scarification
  • Heavy coatings removal

Product Applications:

  • Surface & Marking Removal
  • Surface Leveling
  • Surface Texturing & Grooving

Data/Specs:
CPM-10 Operator’s Manual.pdf

0