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Rotors
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Rotors
Combination Reclaimer Drum (2.4 m)
Combination Reclaimer Drum (2.4 m)
Overview
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Specifications
Units:
| Milling Width | — |
| Tool Spacing | — |
| Drum Diameter at Tips | — |
Benefits & Features
Low Power Draw
- The Combination rotor design utilizes a smaller number of bits, which contributes to lower costs associated with bit replacement.
- Fewer bits mean lower costs for replacement bit purchases, as well as less downtime and labor to replace them.
- This rotor design results in high production—especially in deep cuts—because less power is required to drive a rotor with fewer bits compared to a rotor with significantly more.
Deep Cut
- The Combination rotor is designed for deep-cut soil mixing 508 mm (20 in) where pulverization and gradation is of lesser importance and higher working speeds are more important.
- It performs well in cohesive soils.
Specifications
Units:
| Milling Width | — |
| Tool Spacing | — |
| Drum Diameter at Tips | — |
| Milling Depth (max) | — |
| Number of Bits | 114 |
| PN# of Rotor Gp with Coolant and Tools (Factory Installed) | 272-6090 |
| PN# of Rotor Gp with Bits (Field installed) | 272-6091 |
Benefits & Features
Low Power Draw
- The Combination rotor design utilizes a smaller number of bits, which contributes to lower costs associated with bit replacement.
- Fewer bits mean lower costs for replacement bit purchases, as well as less downtime and labor to replace them.
- This rotor design results in high production—especially in deep cuts—because less power is required to drive a rotor with fewer bits compared to a rotor with significantly more.
Deep Cut
- The Combination rotor is designed for deep-cut soil mixing 508 mm (20 in) where pulverization and gradation is of lesser importance and higher working speeds are more important.
- It performs well in cohesive soils.
Data not available.
