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1.High Performance
Optimal design of chamber type, together with reasonable combination of speed and stroke make the crusher work more under same dynamic cone diameter. It shows high performance, manufacturing capacity with high reliability and easy-maintenance and low cost.
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2.Good Stability
If there is any metal or other non-broken material comes into the crushing chamber, metal passing protection device can release it quickly and the discharge gate resets automatically.
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3.Convenient Cleaning-up
The hydraulic cleaning system can clean up the crushing chamber quickly under the load condition in case to decrease the downtime.
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4.High reliability
The adoption of big diameter main shaft, heavy mainframe and automatic control of independent oil lubrication system ensure its durability and reliability.
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5.Convenient maintenance and easy operation
Under high impact and vibration environment, bronze sliding bearing can keep excellent load performance. It is much more economic and easier for maintenance than the rolling bearing.
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6.Double oil passages lubrication and separate oil lubrication system can guarantee dual protection to the lubrication bearings and the safety of the whole crusher.
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7.Convenient adjustment of discharge opening
Discharge opening adjustment with hydraulic drive cylinder can reduce consumption.
Overview
According to customers ’requirement, our company designs high-performance crusher, CS Series High-efficiency Spring Cone Crusher. This crusher concentrates on the specialty of high-frequency, optimization of cavity-type, reasonable stroke and bases on the advanced technology introduced abroad, follows the conception of laminated crushing principle, more crushing and less grinding.
CS Series cone crusher is widely used to crush metalliferous minerals and non-metalliferous minerals, cement, construction aggregate and sand. For example, iron ore, granite, silica sand, river stone etc.
Working Principle
Through the v-belts, pulley, transmission shaft, pinion and the bevel gear, the power will be transmitted from the electrical motor to the eccentric bushing. Thus the eccentric bushing begins to rotate, which will generate the friction force to drive the main shaft rotating and wigging. Therefore, part of the mantle approaches the bowl liner to crush the material, while the other part of the mantle is a little bit far from the bowl liner, between which the crushed products of required size will be discharged from the lower part after repeating crushing, extruding and bending.
Specifications
|
Model |
Dia. mm (feet) |
Cavity |
Feed Opening |
Outlet Setting (mm) |
Shaft Speed (r/min) |
Power (kw) |
Capacity (t/h) |
Weight (t) |
Dimension (mm) |
|
Closing Side (mm) |
Open Side (mm) |
|
CSB75 |
900 (3') |
Fine |
83 |
102 |
9-22 |
580 |
75(100) |
45-91 |
12.2 |
2821×1880×2164 |
|
Coarse |
159 |
175 |
13-38 |
59-163 |
|
CSB160 |
1295 (4 1/4') |
Fine |
109 |
137 |
13-31 |
485 |
185(250) |
109-181 |
23.8 |
2800×2342×2668 |
|
Medium |
188 |
210 |
16-31 |
132-253 |
|
Coarse |
216 |
241 |
19-51 |
172-349 |
|
CSB240 |
1650 (5 1/2') |
Fine |
188 |
209 |
16-38 |
485 |
240(320) |
181-327 |
55 |
3911×2870×3771 |
|
Medium |
213 |
241 |
22-51 |
258-417 |
|
Coarse |
241 |
268 |
25-64 |
299-635 |
|
Model |
Dia. mm (feet) |
Cavity |
Feed Opening |
Outlet Setting (mm) |
Shaft Speed (r/min) |
Power (kw) |
Capacity (t/hour) |
Weight (t) |
Dimension (mm) |
|
Closing Side (mm) |
Open Side (mm) |
|
CSD75 |
914 (3') |
Fine |
13 |
41 |
3-13 |
580 |
75(100) |
27-90 |
12.2 |
2821×1880×2410 |
|
Coarse |
33 |
60 |
3-16 |
27-100 |
|
CSD160 |
1295 (4 1/4') |
Fine |
29 |
64 |
3-16 |
485 |
160(220) |
36-163 |
23.8 |
2800×2342×2668 |
|
Medium |
54 |
89 |
6-16 |
82-163 |
|
Coarse |
70 |
105 |
10-25 |
109-227 |
|
CSD240 |
1676 (5 1/2') |
Fine |
35 |
70 |
5-13 |
485 |
240(320) |
90-209 |
55 |
3917×2870×3771 |
|
Medium |
54 |
89 |
6-19 |
136-281 |
|
Coarse |
98 |
133 |
10-25 |
190-336 |
