Dynabrade® Dynorbital® supreme random orbital sander, central vacuum palm style, tool/kit: bare tool, 6 in pad, round pad, 12,000 RPM, 0.28 hp, 18 scfm, 90 psi air, 1/4 in NPT air inlet, rear exhaust location, lever throttle, 1/4 in minimum hose size, composite housing, 79 dBA, 7-3/4 in L x 3-1/2 in H.
Features
- Central vacuum Dynorbital® supreme includes low profile, premium urethane weight-mated sanding pad
- Has 1 in OD vacuum port, for easy connection to central vacuum system
- 3/32 in (2.5 mm) dia orbit
- Dynorbital® supreme models run at 12,000 RPM
- Composite rotor is stronger and has better lubricating qualities, enabling blades to last longer
- Rotor utilizes five blades and produces more useable power
- The air motor is suspended by vibration-absorbing rubber rings (patent no 5319888) to minimize vibration
- Triple-sealed front double row balancer bearing (patent no 4854085) is guarded from sanding residue for long life and lower maintenance
- Easy replacement using 57098 repair kit
- Anti-clog design (patent no 5319888) 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 hand and wrist support, further enhancing operator comfort
- Also offers increased protection against cold air exhaust (note - comfort platform is removable)
- Order 59330 comfort platform (U.S
- patent no D610,428) separately, to install on existing tools
- Refined ergonomic tool grip allows more comfortable grip and feel, reducing operator fatigue and increasing efficiency
- Perfectly balanced, weight mated sanding pad with exclusive single pc hub design, premium urethane pads offer smoother operating performance and minimal vibration
- Comfort platform provides additional hand and wrist support, further enhancing operator comfort, also offers protection against cold air exhaust
- New speed control dial allows "thumb control" regulating of tool speed
- Rotor utilizes five blades and produces more useable power, composite rotor is stronger and has better lubricating qualities, enabling blades to last longer
