Product List

Hydraulic Cone Crusher

  • 1.  Materials are crushed into much smaller size, so more crushing and less grinding efficiency is realized.  The crushing capacity in the following process is increased, and the system power consumption is reduced.
    2.  Larger capacity and smaller size of final product reduce cyclic load, so chute of vibrating screen and belt conveyor are worn slightly, and power consumption of belt conveyor is reduced too.
    3.  Spare parts can be easily changed, so downtime is shortened.

    Working principle:Crushing process is completed between the fixed cone and eccentric rotating moving cone.  Horizontal axis of crusher is driven by motor through the V-belt, and drives eccentric cover by gear.  Eccentric cover makes main shaft rotate to cause eccentricity.  Materials enter crushing chamber through upper inlet of crusher, and are discharged out through lower outlet.
    Advantages
    1.  Human design and hydraulic adjustment of discharge outlet save time and work.  Adjustment can be controlled precisely.
    2.  Single hydraulic system adjusts main shaft and body, the body can rise and decline integrally to adjust discharge size, so side cylinder and upper frame with slope can be avoided.
    3.  Working pressure system can be adjusted hydraulically, pressure adjusting system can discharge super hard materials to protect the machine.
    4.  Spare parts can be changed easily.  Fixed cone and cone body combine stably after precise design, and filler is not necessary to be filled again, so time to change spare parts can be saved.  Fixed cone is installed stably, so stuffing is not necessary to be filled.
    5.  Hydraulic pressure of the whole machine is so low that it gives lower pressure to the main frame, and hydraulic system lasts longer.
    6.  The machine is designed with small size, so installation and transportation are very convenient.
    Related: symons cone crusher    spring cone crusher 
     

    Product parameter

    Technical parameters of fine type :

     

    Model Type of Chamber Feed inlet (mm) Max. feed size (mm) Min discharge size (mm) Max. feed & size (mm) Power (KW) Weight (t)
    Stroke Stroke Stroke Stroke Stroke Stroke
    PYY100   16 22   16 22   90 6
    A 150 120 12 15   39 37  
    B 130 105 10 11   33 31  
    C 100 85 7 9   33 30  
    D 40 32 5 6   31 29  
    PYY200   18 25   18 25   160 10.6
    A 220 180 18 22   35 30  
    B 150 120 15 19   35 30  
    C 80 60 9 12   35 30  
    D 40 32 6 8   35 30  
    PYY300       25 32   25 32   250 18.5
    A 230 190 20 25   45 40  
    B 150 125 17 20   45 40  
    C 80 60 10 13   40 35  
    D 40 32 6 8   40 35  
    PYY500       25 32 40 25 32 40 315 22.5
    A 230 180 22 26 30 50 45 40
    B 150 125 19 22 26 48 43 38
    C 100 80 12 14 16 40 35 30
    D 50 40 8 10 12 30 25 20

    Any change of technical parameters, there is no further notice.

     

    Technical parameters of Mid fine-crushing type :

     

    Model Type of Chamber Feed inlet (mm) Max. feed size (mm) Min discharge size (mm) Max. feed & size (mm) Power (KW) Weight (t)
    Stroke Stroke Stroke Stroke Stroke Stroke
    PYYZ100   16 22   16 22   75-90 7.3
    A 250 210 25 30   45 40  
    B 200 170 20 25   41 36  
    PYYZ200   18 25   18 25   110-160 11.8
    A 330 280 27 30   65 60  
    B 250 210 25 28   60 55  
    PYYZ300       25 32   25 32   160-250 20
    A 380 320 28 32   73 69  
    B 280 240 26 30   66 62  
    PYYZ500       18 25 32 18 28 32 250-315 33
    A 500 420 50 55 60 80 75 70
    B 380 320 40 45 60 70 65 60

    Any change of technical parameters, there is no further notice.

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