Dynabrade® Dynorbital-Spirit® 59038 Self-Generated Vacuum Random Orbital Sander, 5 in Round Pad, 14 scfm, 90 psi (Bare Tool)
DYN 59038
$297.18
/ EA
Out of Stock
- Air Flow Rate: 14 scfm
- Air Inlet Size: 1/4 in NPT
- Air Pressure: 90 psi
- Application: For patch repair on gel coat and clear coat, removing print through patterns on fiberglass
- Dimensions: 8-1/2 in L x 3-1/2 in H
- Exhaust Location: Rear
- Housing Material: Composite
- Minimum Hose Size: 1/4 in
- Orbits per Minute: 12000 rpm
- Pad Shape: Round
- Pad Size: 5 in
- Throttle Style: Lever
- Type: Self-Generated Vacuum
- Compact, ergonomic design has been reduced in size by 5%, ideal for operators with smaller hands and use in vertical applications
- 3/32 in dia orbital motion
- Auto-recess throttle lever recesses into housing grip when depressed, eliminating pressure point on operators palm, lever is made from composite material to insulate against cold air
- Comfort platform provides additional hand and wrist support, enhancing operator comfort, also offers protection against cold air exhaust
- One hand speed control dial allows thumb control regulating of tool speed
- Single-piece locking ring allows easier assembly and provides tighter seal
- Perfectly balanced, weight mated sanding pad with exclusive single-piece hub design, dynabrade premium urethane pads offer smoother operating performance and minimal vibration
- Stays perfectly aligned, design of end plates keeps more air in cylinder, increasing motor efficiency
- Ready for connection to optional, portable self-contained dust collection systems
- 5/16-24 female thread
- 12000 rpm motor speed
- Rear exhaust
For patch repair on gel coat and clear coat, removing print through patterns on fiberglass
Includes: Premium Urethane Weight-Mated Sanding Pad
Dynabrade®Dynorbital-Spirit® Random Orbital Sander | Self-Generated Vacuum | 5 in Pad | Round Pad | 0.25 hp | 14 scfm | 90 psi Air | 1/4 in NPT Air Inlet | Rear Exhaust Location | Lever Throttle | 1/4 in Minimum Hose Size | 84 dBA | 8-1/2 in L x 3-1/2 in H