DPU90 Reversible Vibratory Plate
Call for Pricing
Price
Make:
360 Yield Center
Model:
DPU90 Reversible Vibratory Plate
Category:
Compaction, New, Reversible Vibratory Plates, Wacker Neuson
The DPU90 offers the power and performance needed for the toughest compaction jobs. Designed for compaction of granular and mixed soils, the DPU90 offers over 20,000 pounds of centrifugal force, fast forward travel speed, high frequency rate and a rugged design to meet the needs of a variety of compaction jobs. Besides outstanding performance, this reversible plate is designed for optimum serviceability making routine maintenance quick and easy.
- Outstanding maneuverability and comfort including low hand-arm vibration to enhance productivity
- Guide handle is height adjustable for various size operators, locks into place and quickly released via a foot control
- Intelligent water-cooled engine designed for ambient temperatures up to 122 °F
- Quick and easy to transport with central lifting eye and tie downs.
- Available with either machine protection sensor that detects machine overload, or Compatec, compaction detection system with overload protection
Similar Products
Narrow Body Light Tower
Call for Pricing
The LTN series of narrow body light towers are ideally suited for ill...
CRT48 Ride-On Trowel
Call for Pricing
The 48-inch, CRT 48 trowel range delivers the best results with maxim...
PDT3 Diaphragm Pumps
Call for Pricing
The PD 3 diaphragm trash pumps can move almost anything that flows. A...
APT6 Self Priming Trash Pumps
Call for Pricing
Heavy-duty automatic self-priming centrifugal trash pumps are ideal f...
VP – Value Plates
Call for Pricing
The VP-value plate series provides a simple, compact and proven desig...
PT2 Self Priming Trash Pump
Call for Pricing
The PT 2 series of centrifugal trash pumps are reliable dewatering to...
ARFU26 External Vibrator
Call for Pricing
Wacker Neuson external vibrators have been used for concrete consolid...
HMS Internal Vibrator
Call for Pricing
The HMS series offers flexibility and economic efficiency: These high...