English - Kleemann

MR 110 EVO l MR 130 EVOEVO

MR 110 EVO MR 130 EVOMaterial flow conceptThe key to more output: expansion of the systemwidth involving all components in the direction ofmaterial flow> no narrowing of the material flow> higher performance with less fuel consumption> longer life time due to reduced wear> no more material bridgingThe advantages of the new material flow concept >>Example MR 130 EVO1100feeder trough > >

Equalization and leveling of thematerial on the pre screenPre screen > >Optimized feeding ability due tonew crusher inlet geometryCrusher > >The material is transferred fromthe discharge chute onto a conveyor,this improves material flow andminimizes blockages.Discharge conveyor > >1200130014001400Discharge chute > >The ample space under the crusherprevents material blockages and steelrebar damaging the conveyor belt.

MR 110 EVO MR 130 EVO21

Feeding hopper and feeder trough1 Hydraulically operated locking wedge2 Optional hopper extension> new hydraulically operated hopper folding system,completely operated from the ground, for shortestset-up times> high wear-resistance due to side walls made of wearresistant steel> possibility of loading via wheel loader using a hopperextension (option)> continous flow of material depending on the workload ofthe crusher due to frequency controlled electric motors

MR 110 EVO MR 130 EVOPre screen> independent double-deck vibrating screen ensures effective screeningof fines for a first-class quality end product> significant reduction of wear generated through by-passing the mediumgrain directly to the discharge chute> reduction of bridging and an optimal flow of material due to the levelingof the feeding material> faster screen mesh replacement thanks to good accessibility> optimal adaption to individual surroundings due to the flexibility of thedischarge conveyor assembly left or right; ample discharge height

121 Upper deck with punched sheet;optional with slotted grizzly2 Lower deck with wire cloth;

Crusher and vibrating discharge chute> less bridging in the crusher inlet due to hydraulicallyliftable crusher inlet lid> new inlet geometry for better entry of the material intothe crusher and thus higher productivity> better end product quality due to new C-shaped rotorledges for better impact effects over a longer period> new wedge clamping system for easier and fasterexchange of rotor ledges> fully hydraulic gap adjustment via touchpanel -also possible while rotor is running> effective overload protection with automated resetting ofimpact toggles via sensor-controlled hydraulic cylinder> perfected material flow for higher productivity and lesswear due to unobstructed connections between crusherby-pass and crusher outlet> discharge chute with exchangeable wear platesand newly developped high efficiency dust protection> generous crusherby-pass with verticalside walls> perfected material flowon the crusher outlet:discharge chute is widerthan the rotor

MR 110 EVO MR 130 EVO1 321 Highly efficient magnetic separator2 Final screening unit with extra largescreening surface3 Wide discharge conveyor for efficientmaterial transportation

Final screening unit and magnetic separator> vibration screen with extra large screening surface for aneffective screening even for gradations smaller than 30 mm> maximal discharge height for a higher stockpile volume> optional oversize return feed for closed material circuit orside discharge - ample discharge height> highly effective electro or permanent magnet for removingsteel from the crushed material. The magnet can be remotelyraised while in operation to alleviate blockages

MR 110 EVO MR 130 EVOMOBIREXThe new generation of mobile impact crushers.EVO

Technical InformationMR 110 R EVOMR 110 Z EVOMR 130 Z EVOFeed size:Crusher inlet opening:Feed capacity*up to max. 900 x 600 mm1,120 x 800 mmup to 350 t/hup to max. 900 x 600 mm1,120 x 800 mmup to 350 t/hup to max. 1,100 x 700 mm1,300 x 900 mmup to 450 t/hMeasurements:Transport length:Transport length:Transport width:Feed height:Weight:16,140 mm19,600 mm**3,000 mm3,850 mmapprox. 44,000 kg16,940 mm20,420 mm**3,000 mm4,175 mmapprox. 45,500 kg17,890 mm21,400 mm**3,000 mm4,175 mmapprox. 52,000 kg)All information given is based on a standard design in operating position; subject to technical changes.* depending on the type and consistency of the feed material, the primary screen selected, as well as the end product to be manufactured** with screening unit