Dynabrade – 5″ Supreme Random Orbital Sander -56818

Description

Dynabrade – 5″ Supreme Random Orbital Sander- 56818

• Model :56818
• Brand : Dynabrade
• Type : Self Generated Vacuum
• Motor hp(W) : 0.28(209)
• Motor RPM : 12000
• Dia. Orbit inch (mm) : 3/16″ (5)
• Sound Level : 81 dB (A)
• Spindle Thread : 5/16″ – 24 female
• Air Inlet Inch : 1/4″ NPT
• Weight :1.0 Kg
• Total Dia Inch (mm) : 5″ (127)
• Length Inch (mm) : 8-1/2″ (216)

• Self-Generated Vacuum Dynorbital Supreme includes low profile, premium urethane weight-mated sanding pad. Ready for connection to optional portable self-contained dust collection system. 3/16″ (5 mm) diameter orbit.
• 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.
• 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.
• 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.
• Anti-clog design (Patent No. 5,319,888) enhances the vacuum pick-up on self-generated models. Dust particles are directed away from the air motor (reducing contamination) following a smoother, easier path of extraction. Comfort Platform provides additional hand and wrist support, further enhancing operator comfort. Also offers increased protection against cold air exhaust. (NOTE: Comfort Platform is removable.)

The Dynabrade 56818 5″ (127mm) Dia. Dynorbital Supreme Random Orbital Sander, Self-Generated Vacuum has a Refined Ergonomic Tool Grip that allows for a more comfortable grip and feel, reducing operator fatigue and increasing efficiency. Perfectly-balanced, weight-mated sanding pad with exclusive single-piece hub design. Dynabrade premium urethane pads offer smoother operating performance and minimal vibration.