Hydraulic cone crusher is evolved from spring cone crusher. Nowadays, hydraulic cone crusher has replaced hammer crusher, roller crusher, roller ball mill, etc. and become the mainstream equipment in sand making business.
Hydraulic cone crusher technological advantages:
Hydraulic cone crusher incorporates three crushing styles; its feeding style incorporates material on material, materials on iron and falling at sides. Customers can adjust the machines according to their own demand. This cone crusher realizes multiple functions in one machine, which is a big breakthrough in sand making field.
Excellent performance of hydraulic cone crusher:
1. Special light oil lubrication systems ensures the temperature to be within 25℃;
2. Brand new automatic protection device provides the machine with vibrating, oil filtering and warning system;
3. New type oil filtering system ensures the bearings and other transmission system are not abraded and prolong their service time;
4. Choice wearable materials prolong the service time of the machine by 40%. So the cost is lowered by more than 40%.
Features ansd value:
1.High capacity and yield2.High equipment quality
3.Easy and cost-effective maintenance
4.Application flexibility
5.Easy to operate
6.Durable parts
Common problems for Hydraulic Cone Crusher:
The performance of ordinary hydraulic cone crusher acts as the reference for the performance of HP series of cone crusher. As a composing unit of the production line, its performance can be influenced by other units like feeder, belt conveyor, vibrating screen, motor, transmission part and hopper, etc.
Pay attention to the following factors which can influence the performance of Hydraulic Cone Crusher:
1. Choose right crushing cavity according to the materials to be crushed;
2. The feeding size should be right;
3. Materials are distributed equally around the crushing cavity;
4. Automatically control system is applied;
5. Discharge opening of cone crusher works normally;
6. The model of belt conveyor depends on the max. processing ability of the crusher;
7. Choose the right screen model for advance screening and closed screening.
Hydraulic Impact Crusher Technical Data:
| Type | Cavity (coarse /fine) |
Discharge setting min.(mm) |
Feed opening (mm) |
Capacity (t/h) |
Power (kw) |
Weight (t) |
movable cone diameter (mm) |
| HP-160 |
C | 13 |
150 |
120-240 |
160 |
13 | 950 |
| F | 6 |
76 | 55-180 | ||||
| HP-220 | C | 13 |
225 | 150-430 |
220 | 18 | 1160 |
| F | 6 |
86 | 90-260 | ||||
| HP-315 | C | 13 | 290 | 190-610 |
315 | 26 | 1400 |
| F | 6 | 100 | 108-320 | ||||
| HP-400 | C | 13 | 320 | 230-700 |
400 | 33 | 1500 |
| F | 6 | 110 | 145-430 |
General hydraulic impact crusher:
P model |
Spec. |
Feeding size （mm） |
Max. feeding size (mm) |
Capacity （t/h） |
Power (kW) |
Weight （t） |
PFW |
Ф1150X960 |
1100X1030 |
400 |
90-160 |
90-110 |
17.0 |
PFW |
Ф1150X1400 |
1100X1430 |
500 |
130-200 |
132-160 |
22.0 |
PFW |
Ф1300X1500 |
1200X1530 |
600 |
180-320 |
160-200 |
29.0 |
PFW |
Ф1300X1800 |
1200X1830 |
700 |
240-400 |
200-250 |
34.0 |
Note: below marked with "*" must be filled.
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If there is change of the above specification, it subjects to the newest products' specifications.