The RL500D hydraulic vibratory roller is a robust construction tool designed for efficient and reliable compaction in a variety of construction settings. Its innovative hydraulic-drive system not only reduces maintenance requirements but also allows for a more precise and adaptable compaction process, making it an ideal choice for professionals seeking high-performance compaction equipment.
| Item No. | RL500D |
| Weight | 550kg |
| Virbration round width | 60cm |
| Virbration frequency | 3600times/time |
| Centrifugal force | 15KN |
| Travelling speed | 2.5Km/h |
| Gradeability | 20% |
| Volume of oil tank | 25L |
| Volume of water tank | 32L |
| Engine brand | Honda GX390 |
| Power | 7hp |
Lightweight Design: At 550kg, this road roller is easy to transport and maneuver, making it ideal for smaller construction sites or areas with limited access.
Compact Drum Width: The 60cm drum width allows for greater maneuverability in tight spaces and around obstacles.
High Vibration Frequency: With a frequency of 3600 times per minute, the roller ensures consistent compaction across the surface.
Sufficient Centrifugal Force: The 15KN force is effective for compacting a variety of materials, including soil, gravel, and light asphalt layers.
Versatile Gradeability: Capable of climbing slopes up to 20%, this road roller can be used in uneven terrains and on inclines.
Efficient Travel Speed: The 2.5 km/h speed provides a good balance between productivity and precision during compaction tasks.
Ample Fuel Capacity: The 25L oil tank allows for extended operation without frequent refueling.
Reduced Water Capacity: The 32L water tank is slightly smaller than in larger models, which can be an advantage for lighter compaction tasks where less water is needed.
Reliable Engine: Powered by the Honda GX390 engine, known for its reliability and performance, ensuring a consistent and powerful compaction force.
Cost-Effective Power: With 7hp, this road roller offers a balance of power and efficiency, suitable for a range of compaction needs without excessive energy consumption.
