RCC26R
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Cutter-Crushers
RCC26R
- Applications
-
- Primary demolition
- Recycling
- Min. working weight, flange mounted *1
- 2,300 t (5,070 lbs)
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The RCC26R is the best solution for standard and high reach demolition.
The Rammer RCC26R Cutter-Crusher features robust design, two powerful cylinders and 360° rotation, making it an efficient alternative to other demolition methods and an ideal choice for environmentally sensitive applications where low vibration, noise and dust are of concern.
Product Specifications
- Min. working weight, flange mounted *1
- 2,300 t (5,070 lbs)
- Weight
- 1,700 (3,748 )
- Max. jaw opening
- 825 (32 )
- Jaw depth
- 665 (26 )
- Max. operating pressure
- 340 bar (4,931 psi)
- Min. working weight, flange mounted *1
- 2,300 t (5,070 lbs)
- Weight
- 1,700 (3,748 )
- Max. jaw opening
- 825 (32 )
- Jaw depth
- 665 (26 )
- Max. operating pressure
- 340 bar (4,931 psi)
- Oil flow
- 200 - 300 l/min (52 - 61 gal/min)
- Rotation
- 360
- Max pressure for hydraulic rotation
- 120 bar (1,740 psi)
- Oil flow for hydraulic rotation
- 30 l/min (8 gal/min)
- Carrier weight, range *2
- 22 - 30 t (48,500 - 66,100 lb) *
- Height
- 1,980 mm (78 in)
-
* Check carrier allowed attachment weight from carrier manufacturer. Check application requirements.
Features & Applications
-
Features
- Hardox steel construction
Manufactured entirely from high-strength hardox steel, the RCC cutter crushers are built to withstand extreme cutting forces and abrasive demolition conditions. This robust construction increases durability, reduces structural fatigue, and extends overall service life. - Hydraulic rotation
Hydraulic rotation allows precise positioning of the cutter crusher for optimal cutting angles. Smooth, controlled rotation improves operator accuracy, reduces repositioning time, and increases overall jobsite efficiency. - Double inverted cylinder design
The inverted cylinder configuration protects critical hydraulic components from debris and impact damage. This design delivers consistent cutting power while improving reliability and reducing maintenance requirements in demanding demolition environments. - Four-edge blades
Blades are usable on all four edges, maximizing wear life and reducing operating costs. When one edge is worn, blades can be rotated in the field to maintain cutting performance without downtime. - Interchangeable cutting blades
Field-replaceable blades allow for quick maintenance and fast return to work. This minimizes downtime and helps maintain consistent cutting performance throughout the life of the attachment. - Rotation control valve
The integrated rotation control valve ensures smooth, precise movements during operation. This improves handling accuracy and reduces stress on both the attachment and the excavator. - Pressure relief valve
A built-in pressure relief valve protects the hydraulic circuit from pressure spikes during heavy cutting operations. This safeguard extends the lifespan of hydraulic components and improves overall system reliability. - Hardened pins and bushings
All high-wear pivot points are equipped with hardened pins and bushings to reduce wear and extend service intervals. This design supports long-term durability in high-cycle demolition applications. - High cutting force geometry
The cutter crusher jaw geometry is engineered to deliver efficient cutting and crushing of reinforced concrete and structural steel. This optimized design improves productivity while maintaining controlled, predictable operation.
- Hardox steel construction
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Applications
- Primary demolition
Demolition of standing buildings and structures. - Recycling
Re-using parts or material which has been extracted from existing buildings or structures. Recyclng of products: Re-use of material or parts as such Recycling of material: Re-use of material for other purposes
- Primary demolition
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