Fragmentation advantage
1. Large crushing ratio and high production efficiency.
2. Hydraulic protection and hydraulic cleaning, high degree of automation, and reduced downtime.
3. Easy to maintain and operate.
4. Low consumption of vulnerable parts and low operating costs.
5. Rare lubrication, reliable and advanced, improving service life.
6. Layered crushing, excellent particle shape of finished products.
7. Multiple types of crushing chambers, flexible applications, and strong adaptability.
Working Principle
l The dual overload and hydraulic unloading iron maintenance control system, based on the principle of hydraulic system, has the ability to distinguish between instantaneous impact and continuous overload due to dual overload iron, and has maintenance control functions.
l For instantaneous overload and continuous overload, automatic maintenance control can be independently carried out, greatly reducing the tripping and shutdown actions of the crusher during iron maintenance, increasing the reliability of the crusher, and improving its working efficiency. Reduced the labor intensity of on-site operators.
l In addition, pressure relays are used for the maintenance and control components of the iron, which also reduces the workload of cleaning the crushed chamber caused by tripping and shutdown. Its shock resistance and impact resistance are superior to electric contact pressure gauges, and the contact action is safe and reliable.
l When the crusher is overloaded and overloaded with iron for maintenance and shutdown, the Shenyang Guangzhong Mining System has hydraulic unloading and iron maintenance control function. Adopting a specially developed high flow plug-in electromagnetic pilot unloading network. The oil in the cylinder is quickly discharged back to the oil tank through an electromagnetic unloading valve, achieving hydraulic unloading. Increase fragmentation by 63%.
Technical parameter table of PXZ gyratory crusher
Model |
Feed Opening Size (mm) |
Discharge 0pening Size (mm) |
Larger feed size (mm) |
Discharge 0pening Adjustment Range (mm) |
Production Capacity (t/h) |
PXZ0710 |
700 |
100 |
580 |
100-130 |
310-400 |
PXZ0909 |
90 |
90-120 |
380-510 |
||
PXZ0913 |
900 |
130 |
750 |
130-160 |
625-770 |
PXZ0917 |
170 |
170-190 |
815-910 |
||
PXZ1216 |
1200 |
160 |
1000 |
160-190 |
1250-1480 |
PXZ1221 |
210 |
210-230 |
1560-1720 |
||
PXZ1417 |
1400 |
170 |
1200 |
170-200 |
1750-2060 |
PXZ1422 |
220 |
210-230 |
2160-2370 |
||
PXZ1618 |
1600 |
180 |
1350 |
180-210 |
2400-2800 |
PXZ1623 |
230 |
210-240 |
2800-3200 |
Model specifications |
Bottom diameter of the fourth crushing cone (mm) |
Total weight of the machine (t) |
Main motor |
Lubrication station Specification (L/min) |
Notes |
||
Power(KW) |
Speed (r/min) |
Voltage(V) |
|||||
PXZ0710 |
1400 |
91.2 |
145 |
730 |
380 |
40 |
|
PXZ0909 |
|
|
|
|
|
|
|
PXZ0913 |
1650 |
141 |
210 |
735 |
380 |
63 |
|
PXZ0917 |
|
|
|
|
|
C |
|
PXZ1216 |
2000 |
228.2 |
310 |
590 |
380 |
125 |
|
PXZ1221 |
10000 |
|
|||||
PXZ1417 |
2200 |
309 |
430 |
590 |
10000 |
125 |
|
PXZ1422 |
|||||||
PXZ1618 |
2500 |
481 |
310×2 |
590 |
10000 |
125 |
Dual drive |
PXZ1623 |
|
|
|
|
|
Dual drive |