Part Number: 56863BK
/Vendor ID Number: 11086
/Custom:
6" (152 mm) Dia. Central Vacuum Dynorbital Supreme Random Orbital Sander
by Dynabrade
Contact For Price
Contact for Availability
Add To Cart
Add To Estimate
Add To Wishlist
Compare Item
Qty
Product Overview
6" (152 mm) Dia. Central Vacuum Dynorbital Supreme Random Orbital Sander
Product Availability
Specific Products:
Technical Details
Details
Category:
Power Tools
Subcategory:
Finishing Tools
Subtype:
Electric Sanders
Country of Origin:
US
Feature 01:
Central Vacuum Dynorbital Supreme includes low profile, premium urethane weight-mated sanding pad. Has 1" outside diameter vacuum port, for easy connection to central vacuum system. 3/32" (2.5 mm) diameter orbit.
Feature 02:
Dynorbital Supreme models run at 12,000 RPM. Rotor utilizes five blades and produces more useable power. Composite rotor is stronger and has better lubricating qualities, enabling blades to last longer.
Feature 03:
Composite base has integrated rubber over-mold creating a non-slip feel, as well as insulating from cold. The air motor is suspended by vibration-absorbing rubber rings (Patent No. 5,319,888) to minimize vibration.
Feature 04:
Triple-sealed front double row balancer bearing (Patent No. 4,854,085) is guarded from sanding residue for long life and lower maintenance; easy replacement using 57098 Repair Kit.
Feature 05:
Anti-clog design (Patent No. 5,319,888) enhances the vacuum pick-up on central vacuum models. Dust particles are directed away from the air motor (reducing contamination) following a smoother, easier path of extraction. Comfort Platform provides additional
Lifetime Warranty:
Y
Max. RPM:
12000.0
Vacuum Type:
Vacuum
Manufactured By:
Dynabrade
To:From:Subject:
Try our service without cost, all we need is your requisition!
Copyright 2024 Hallmark Sales Corporation. ALL Rights Reserved. ADA Compliant
![6" (152 mm) Dia. Central Vacuum Dynorbital Supreme Random Orbital Sander](/vendors/11086/large/Dynabrade%20Inc_56863BK_01.jpg "6" (152 mm) Dia. Central Vacuum Dynorbital Supreme Random Orbital Sander")
