MC Series Single-Cylinder Hydraulic Cone Crusher

Technical Advantages

1. The structure is simple and easy to maintain
   It has the advantages of simple structure, strong reliability, easy maintenance, low operation cost, stable and reliable joint between mortar wall and cone, no filling agent, and saves the time of removing, filling and filling materials for each replacement.
2. Large production capacity and low energy consumption
   The machine in the crushing stroke, crushing speed and crushing cavity shape of the right combination of design, than the old cone crushing output is 35% ~ 60%.
3. Strong compression capacity, high crushing efficiency
   The upper and lower ends of the spindle of single cylinder Cone Crusher are supported, which can bear greater crushing force and has higher crushing efficiency.
4. Good granularity of automation products
   PLC + touch screen automatic control system to ensure the safe operation of the equipment, a variety of cavity type combination, to adapt to a variety of particle size requirements, using a unique crushing cavity and laminated crushing principle, so that the proportion of cube in the

Working Principle

When the single cylinder cone crusher works, the motor drives the small gear of the crusher, the small gear drives the big gear, the big gear component drives the eccentric sleeve component and the main shaft component to revolve in the copper bushing with the theoretical vertical line as the center, and the main shaft component can realize rotation with the center line of the main shaft in the eccentric copper sleeve. When the material is added to the crushing chamber, the spindle assembly rotates slowly in the eccentric copper sleeve under the resistance of the material. The trajectory of the inner cone seems to swing back and forth in the crushing chamber, and rotate slowly at the same time. The material is crushed by the swinging inner cone, and the crushed material is discharged from the discharge port.

Specification Parameters

Remarks: The output in the table is based on the approximate throughput measured by the loose density of the material at 1600KG/m3. The actual result will be different due to the difference in feed, particle size, rock type and material moisture content.