Description
Wacker Neuson's 4 stroke rammers are classified by an excellent performance which is sustainably convincing. The high stroke energy, high percussion rate and long shoe stroke combined with a fast advance travel achieve excellent compaction results. Well thought-out features make the use of the 4 stroke rammers even more user-friendly, extend the service life and reduce maintenance to a minimum.
- Fast starting due to a small pump to the carburetor
- Strong stroke for heavy, cohesive soils
- Integrated oil deficiency protection with automatic shutdown when the engine is started with insufficient oil level
- Premium air filter ensures an almost dust-free engine operation and provides three times longer change intervals
Comfortable transport
- Large and flexible transport lug
- Easy loading and stowing by transport rollers on the handle
4-stage air filter system
- Very good filter performance thanks to 4-fold air filter (consisting of cyclone filter, paper lamella filter and double foam filter)
- Clean intake air ensures optimum engine performance
- Long service intervals due to high filter capacity
An engine with a strong reserve
The robust GXR 120 engine from Honda operates in normal operation well below its performance limit. This protects the engine and extends its service life.
Comfortable operation
- Only one lever for idling, starting and stopping
BS50-4As | ||
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Operating data |
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Operating weight kg | 65 | |
Ramming shoe size (WxL) mm | 280 x 340 | |
L x W x H mm | 673 x 343 x 940 | |
Percussion rate max. blows/min | 656 | |
Stroke at the ramming shoe mm | 61 | |
Impact force kN | 16 | |
Operating speed m/min | 7.1 | |
Surface capacity - Compaction m²/h | 119 | |
Engine / Motor |
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Engine / Motor type | GXR 120 | |
Engine / Motor manufacturer | Honda | |
Engine / Motor | Air-cooled single-cylinder four-cycle gasoline engine | |
Displacement cm³ | 121 | |
Operating performance kW | 2.7 | |
Rated performance kW | 2.7 | |
at rpm rpm | 4,100 | |
Fuel consumption l/h | 1 | |
Fuel tank capacity l | 2.9 | |
CO2 (NRSC) * g/kWh | 674 |