Efficient crushing with the MC 110 Zi EVO
Kleemann presents its flexible and versatile MOBICAT MC 110 Zi EVO jaw crusher at the World of Concrete. The plant can be used very efficiently, as it impresses with low diesel consumption and a simultaneously high performance.
The MC 110 Zi EVO mobile jaw crusher is praised in particular for its flexibility. For instance, it can be deployed efficiently in natural stone and also recycling applications in the primary crushing stage. With its compact dimensions it can be easily transported to the deployment site and quickly relocated. Thanks to the integrated hopper walls and hydraulically folding side discharge conveyors, the plant is ready for use within a very short time. The MC 110 Zi EVO is powered by a low-consumption diesel-direct drive, which is up to 30 percent more economical than diesel-hydraulic drives. At the same time, a high output of up to 300 tonnes per hour is achieved.
The MC 110 Zi EVO is equipped with an independent double-deck prescreen which effectively screens the fines in the feed material. The wear on the jaw crusher is thus reduced and a higher output is attained. The movable crusher jaw in the crusher is extra long in order to avoid material congestion. However, if a blockage occurs, the crusher drive can be reversed with the crusher unblocking system and the clogged material can be released. Control and maintenance of the plant are very easy for the operator. All plant functions and components can be intuitively controlled via a menu-guided touch panel. All plant components are also easy to access and service.
All crushing plants in the EVO series can be optimally interlinked. The interlinkage is particularly productive with the mobile jaw crusher MOBICAT MC 110 Zi EVO and the cone crusher MOBICONE MCO 9 Si EVO in natural stone processing. The plants are equipped with the Continuous Feed System (CFS), which ensures a constant material flow over two crushing stages. The interlinked plants communicate with each other so that the upstream crushing plant reduces or accelerates its material transport depending on capacity and both plants are always utilized productively.