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The XR class is a high-performance solid waste shredder for the size reduction of different waste streams like C&I waste, MSW, bulky waste, pulper ropes, rolled goods, carpets or wood waste. The slow speed shredder is often used as a pre-shredder / primary shredder in a comprehensive system or simply as a single-pass shredding concept to produce alternative fuels. The robust design enables even untreated material containing unshreddable items to be processed in one pass. These items can be removed quickly and easily using the impurity removal system, which keeps downtime to a minimum.
Customized slow speed shredding solutions: MSW shredder, C&I shredder or waste shredder for different material
To fulfill your individual requirements, the XR class is available with a ripper, cutter or X-cutter system. The combination with our patented XR screen bars or different-size screen systems makes a fraction size from 400 to 30 mm possible. The final throughput will depend on the type of material and the screen diameter and ranges from 10 t/h to 70 t/h.
The high torque and the machine’s perfectly aligned cutting system enable the material to be fed directly into the machine without pre-shredding. A load-dependent speed control ensures a constant throughput rate.
Throughput rates you can expect by single-pass processing of different materials:
Low operating costs
Minimal operating costs paired with maximum performance make this waste shredder a strong partner that stands out for its forward-thinking technology, such as the UNTHA Eco Drive concept that lowers energy consumption by 75% compared to standard electro-hydraulic drive options.
State-of-the-art synchronous motors achieve maximum efficiency, making the UNTHA Eco Drive one of the most energy-efficient drive systems on the market. In addition, maintenance costs may be reduced to a minimum as the unit is free from pulleys, hydraulic pumps and shaft stubs. Where higher throughputs – and therefore also higher rotor speeds – are required, there is the option of integrating a safety coupling that will separate the rotor from the drive if a foreign object is detected.
All rotors are wear-protected thanks to welded Hardox plates, making them particularly resistant against abrasive materials. Our experienced project engineers are at your disposal to assist with the planning and implementation of your project.
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