Kleemann MR 130i EVO2 Specifications

The Kleemann MR 130i EVO2 mobile impact crusher is a master of processing demolished concrete, rubble, asphalt, and limestone. Specially designed for both the quarry and recycling environments, this powerful yet compact machine yields exceptional final grain quality, equipped with a wide 52" crusher inlet for production rates as high as 496 tph. The Kleemann MR 130i EVO2 can confidently tackle a wide spectrum of materials. From the toughest quarry rocks to recycled materials such as demolished concrete and asphalt, this mobile impact crusher ensures seamless processing while consistently delivering high-quality output, making it an indispensable tool in the modern construction landscape. Technical innovations highlight its exceptional cost-effectiveness and performance, ensuring this beast of a machine stands out as a benchmark for the industry. The Kleemann MR 130i EVO2 boasts an optimized material flow with its adjustable hydraulic gap setting and the revolutionary SPECTIVE control concept which makes operating it effortlessly intuitive. The MOBIREX MR 130i EVO2 is a giant leap for crushing efficiency. Its D-DRIVE diesel direct drive ensures a powerful yet fuel-efficient operation, while the optional high-performance post-screening unit with oversize grain returning adds to the finesse of the end product. Durability merges with agility as the crusher’s magnificently dimensioned hopper and speedy hydraulic foldability promote rapid transportation and setup. A double-deck prescreen and optional single-deck secondary screening unit guarantees the effective sorting of fine materials, optimizing the final product quality and minimizing wear by rerouting medium-sized grains. Enhanced material feed behavior is a promise delivered by the crusher’s optimal inlet geometry, ensuring a continuous and delay-free operation through the smart CFS feed control. Safety measures are ensured with a fully hydraulic adjustment and overload system, safeguarding the crusher against excessive uncrushable materials.