Product Introduction
CS series single cylinder hydraulic cone crushers adopt the world's most advanced crushing technology. the new
structure integrating mechanics, hydraulics, intelligent-control and other technologies, together with optimized
inter particle crushing cavity and full-intelligent automatic control system, endows the CS with excellent
performance that traditional cone crushers cannot compare with: various crushing cavities, high crushing efficiency,
low operation Cost, easy maintenance and cube sized product. CS series cone crusher can be widely applied to
secondary, tertiary and quaternary crushing process.
Product Features
+ 20%一30% higher Capacity; The capacity of is 20%一30% higher than that of spring cone crusher with
the movable cones of the same diameter.
- 10% Low operating cost; All the maintenance work can be completed after removing the upper
frame, while CS(H) cone crusher not only makes the device inspection and maintenance easier but also reduces the
maintenance cost. Dust and other unwanted particles can be prevented from entering the cavity by ensuring that the
cavity's inner pressure is always higher than its external pressure. Thus, the damage of bearings and maintenance
work is reduced. The life cycle of lubricatingoil and device are extended.In addition, the compact design of main
maine saves installation space, while CS(H) cone crusher making the device easy to move.
High Efficiency; The high performance of CS series cone crushers depends on the perfect match
between different components. With a perfect integration of eccentricity, cavity and equipment motion parameters
have achieved stronger crushing force, higher speed and the best stroke, the optimized strength design and
high-quality components endow CS with greater compressive capacity.
Superior particle shape; The interparticle crushing principle with high pendulum
frequency of movable cone increases the capacity and improves particle shape of the product significantly, making
the proportion of superior particle shape in the finished products increase significantly and particle shape in the
finished products increase significantly and particle shape is more regular.
Various process requirements; CS(H) can be applied to both coarse crushing and fine crushing.
For a certain type of CS(H) cone crusher, there are various cavities to choose, and the eccentric distance can be
adjusted by CS(H) cone crusher anaing the eccentric sleeve. Different cavities and eccentric distances can be
equipped according to different production processes so that the equipment value can be maximized. CS(H) cone
crushers can provide excellent performance in secondary crushing, and it is an also the best CS(H) cone crusher
choice for tertiary and quaternary crushing. As a secondary crusher, the capacity of the production line can be
greatly improved by maximizing the primary crusher`s closed side setting.
Long lifespan lining plate; The design concept of constant crushing cavity means that the
cavity shape remains the same when lining plate is worn, while can ensure high crushing efficiency thus aieving
synronized wear of lining plate. Avoiding local damage of lining plate, and reaing a consistent wear rate, extending
the cycle of lining plate.
Safe operation; this cone crusher was equipped with full automatic control system, Full
automatic control system adopts PLC+touch screen control mode, real-time monitors temperature, pressure, electrical
Flow and other core parameters, and automatic control to ensure safe operation of equipment
Structure
Enhanced Frame; The whole frame structure and the layout of the strengthening rib are
Optimized. Besides, the upper frame adopts unique star jib structure.
Transmission system; By using spiral bevel gear, the transmission system ensures that the
transmission process is high-efficient, reliable and stable with low noise and long lifespan.The transmission shaft
adopts rolling bearing and unique bearing material to promise a greater compressive capacity.
Unique Main Shaft Strut and Sliding Bearing Design; For the main shaft, strut o n both ends
design stabilizes the stress and improves the equipment's bearing capacity and reliability. Special oil wedge
design for sliding bearing can avoid direct functional contact of the shaft and bearing. In addition, special
bearing materials bring greater compressive capacity, excellent ability to resist adhesive and amazing adaptability
in poor working conditions.
Discharging Adjustment Overload Protection; By adopting a structure that combines main
shaft floating and lift control by hydraulic pressure, the discharging adjustment and overload protection are
integrated and can be achieved meanwhile. The optimized structure design simplifies the crusher structure while
ensuring the performance. Compared with other types of cone crushers, the series needs no extra additional
complicated discharging adjustment device or tramp releasing system
Optimized Hydraulic Lubrication Station; Integrated design of hydraulic station and lubrication
station saves the installation space.
Technical parameters of SC series single cylinder hydraulic cone crusher:
Model |
cavities |
Maximum Feeding Size(mm) |
Minimum Discharging Size(mm) |
install Power(kw) |
capacity(t/h) |
SC(S)100 |
C1 |
250 |
22 |
90 |
85-170 |
C2 |
200 |
19 |
90 |
70-130 |
SC(S)160 |
C1 |
360 |
25 |
160 |
125-345 |
C2 |
300 |
22 |
160 |
108-305 |
SC(S)250 |
C1 |
450 |
35 |
250 |
267-605 |
C2 |
400 |
29 |
250 |
225-515 |
SC(S)315 |
C1 |
560 |
41 |
315 |
349-1050 |
C2 |
500 |
38 |
315 |
318-892 |
SC-S series of single cylinder hydraulic cone crusher parameters:
Model |
cavities |
Maximum Feeding Size(mm) |
Minimum Discharging Size(mm) |
install Power(kw) |
capacity(t/h) |
SC100 |
F1 |
150 |
10 |
90 |
45-135 |
F2 |
90 |
10 |
90 |
43-118 |
F3 |
50 |
6 |
90 |
36-71 |
SC160 |
F1 |
200 |
13 |
160 |
69-215 |
F2 |
115 |
10 |
160 |
57-184 |
F3 |
75 |
8 |
160 |
63-126 |
SC250 |
F1 |
215 |
16 |
250 |
116-396 |
F2 |
140 |
13 |
250 |
97-328 |
F3 |
70 |
8 |
250 |
95-252 |
SC315 |
F1 |
275 |
16 |
315 |
177-662 |
F2 |
175 |
16 |
315 |
162-552 |
F3 |
85 |
13 |
315 |
195-401 |
SC560 |
F1 |
300 |
22 |
560 |
448-1512 |
F2 |
195 |
19 |
560 |
380-1373 |
F3 |
90 |
13 |
560 |
357-912 |
SC750 |
F1 |
370 |
25 |
750 |
394-2181 |
F2 |
300 |
19 |
750 |
342-2020 |
F3 |
230 |
16 |
750 |
267-1814 |
F4 |
120 |
13 |
750 |
248-1165 |
F5 |
85 |
10 |
750 |
185-1170 |
SC-S series of single cylinder hydraulic cone crusher parameters:
Model |
cavities |
Maximum Feeding Size(mm) |
capacity(t/h) |
SC(S)100 |
C1 |
250 |
85-170 |
C2 |
200 |
70-130 |
SC(S)160 |
C1 |
360 |
125-345 |
C2 |
300 |
108-305 |
SC(S)250 |
C1 |
450 |
267-605 |
C2 |
400 |
225-515 |
SC(S)315 |
C1 |
560 |
349-1050 |
C2 |
500 |
318-892 |
Technical parameters of SC series single cylinder hydraulic cone crusher:
Model |
cavities |
Maximum Feeding Size(mm) |
capacity(t/h) |
SC100 |
F1 |
150 |
43-135 |
F2 |
90 |
43-118 |
F3 |
50 |
36-71 |
SC160 |
F1 |
200 |
69-215 |
F2 |
115 |
57-184 |
F3 |
75 |
63-126 |
SC250 |
F1 |
215 |
116-396 |
F2 |
140 |
97-328 |
F3 |
70 |
95-252 |
SC315 |
F1 |
275 |
177-662 |
F2 |
175 |
162-552 |
F3 |
85 |
195-401 |
SC560 |
F1 |
300 |
448-1512 |
F2 |
195 |
380-1373 |
F3 |
90 |
357-915 |
SC750 |
F1 |
370 |
394-2181 |
F2 |
300 |
342-2020 |
F3 |
230 |
267-1814 |
F4 |
120 |
248-1165 |
F5 |
85 |
185-1170 |