Wacker Neuson DPU90LEC770 Reversible Plate Compactor with Remote
SKU DPU90LEC770
Availability:
Typically available in 5-10 business days. Manufacturer lead times may vary.
Original price
$22,938.99
-
Original price
$22,938.99
Original price
$22,938.99
$22,938.99
-
$22,938.99
Current price
$22,938.99
Features:
- 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
Specifications
| Model | DPU90RLEM770 |
| Base Length x Width x Thickness | 47in. x 30in. x 0.6in. |
| Operating Weight | 1700 lb. |
| Operating Width | 30 in. |
| Height (ground clearance) | 33 in. |
| Centrifugal force | 20,233 lbf |
| Frequency | 63 Hz |
| Hand-arm vibrations | < 8.2 ft/s² |
| Advance travel max. (dependent on soil and environmental influences) | 98 ft/min |
| Surface capacity max. (dependent on soil and environmental influences) | 14919 ft²/h |
| Gradeability | 34% |
| Transport Height | 65 in. |
| Transport Length | 59 in. |
| Transport Width | 33 in. |
| Shipping Weight | 1711 lbs. |
| Engine / Motor type | Water-cooled 2-cylinder 4-stroke diesel engine |
| Engine / Motor manufacturer | Kohler |
| Engine / Motor | KDW702-3350 US |
| Displacement | 42 in³ |
| Engine performance (rated power) (DIN ISO 3046 IFN) | 14.3 hp |
| Operating performance (DIN ISO 3046 IFN) | 13.1 hp |
| At rpm | 3350 rpm |
| Fuel consumption | 0.7 US gal/h |
| Fuel tank capacity | 1.9 US gal |
| Permissible tilt | 25 ° |
| Power transmission | Hydrostatic |
| Fuel type | Diesel |
| CO2 (NRSC) *905 g/kW-hr |
WARNING: This product can expose you to chemicals, which are known to the State of California to cause cancer and, which are know to the the State of California to cause birth defects or other reproductive harm. For more information, go to