Kleemann EVO2 crushers tuned to work together

By |  February 9, 2022
High performance as a team: The cone crusher MOBICONE MCO 90(i) EVO2 and the jaw crusher MOBICAT MC 110(i) EVO2 in line coupling with a screening plant and a stacker. Photo: Kleemann

Kleemann’s cone crusher Mobicone MCO 90(i) EVO2 and jaw crusher Mobicat MC 110(i) EVO2 are designed to work together seamlessly at the transport points. Photo: Kleemann

The latest in Kleemann‘s EVO2 generation of crushers – the Mobicat MC 110(i) EVO2 jaw crusher and the Mobicone MCO 90(i) EVO2 cone crusher – were developed with a focus on output, efficiency and flexibility, the company says.

Kleemann adds the mobile plants are frequently used together in the first and second crushing stage, due to the joint output level and simple line linking.

Harmonized performance

Kleemann says the two crushing plants are perfectly tuned to one another at the transport points of the material. The jaw crusher has the right amount of power to effectively utilize the cone crusher in the second crushing stage.

The correct filling level of a cone crusher is particularly important to produce the highest grain quality with minimum wear. The MC 110 EVO2 can adjust its crushing gap hydraulically by up to 180 mm. The MC 90 EVO2, on the other hand, can cover a gap range of 6 to 45 mm with its new crushing tools.

Depending on the feed material, a downstream screening plant can be used to produce concrete or asphalt grain sizes in a single operation.

Optimized crushing process

The crushing plant of both plants are optimized automatically by the innovative feed control CFS (Continuous Feed System) so that material is always conveyed with maximum efficiency through the machines, Kleemann says. At the same time, the filling level of the crushing chambers is monitored. When the filling level reaches a hight that can be defined in advance, the material feed of the machine is adjusted.

Kleemann says this system forms the perfect basis of the line coupling of an interlinked plant train. Optionally available probes can be placed at the crusher discharge conveyor or the fine grain conveyor of the upstream machine to monitor the filling level of the feeding unit of the respective upstream machine.

The crushing and screening plants are connected to each other by a cable, and if an emergency stop button is pressed on the plant train, all machines are safely stopped.

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About the Author:

Jack Kopanski is the Managing Editor of Pit & Quarry and Editor-in-Chief of Portable Plants. Kopanski can be reached at 216-706-3756 or jkopanski@northcoastmedia.net.

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