DYNAPAC CC102/122/142 STATIC SMOOTH DRUM ROLLER

Equipment Overview
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- DYNAPAC
- Model
- CC102/122/142
- Year of Manufacture
- -
- Category
- STATIC SMOOTH DRUM ROLLER
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A+Technical Description
The Dynapac CC102/122/142 is a series of static smooth drum rollers designed specifically for compacting granular soils and asphalt surfaces. These models feature a single steel drum with variable widths of 42, 47, and 51 inches respectively, providing flexibility for different jobsite requirements. The rollers operate with vibration frequencies of 57, 58, and 52 vibrations per minute (vpm) for the CC102, CC122, and CC142 models, enhancing compaction effectiveness by combining static weight and vibratory forces. This vibratory action increases compactive effort, promoting deeper soil or asphalt densification. Built by Dynapac, a recognized manufacturer in compaction equipment, these rollers offer robust performance for road construction and maintenance applications. Their static smooth drum design ensures a uniform finish on surfaces, making them ideal for achieving the final smooth layer on asphalt or granular base courses. These models are typically powered by reliable engines such as Cummins, with suitable lubricants specified for varying ambient temperatures to maintain engine performance and longevity. The Dynapac CC102/122/142 rollers provide a balance of compact size, effective compaction force, and ease of maneuverability. They are widely used in infrastructure projects where smooth, consistent compaction is critical to the durability and quality of paved surfaces. Their vibration frequencies and drum widths cater to different compaction depths and widths, ensuring adaptability across diverse project specifications. Parts and maintenance components are readily available, supporting operational uptime in various field conditions.
Technical Attributes
- Drum Width
- 42/47/51
Data Accuracy and Verification
Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.
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