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Spring cone crusher breaks material by squeezing or compressing it between convex and concave shaped surfaces covered by manganese as the wear surface. Normally used as the secondary or tertiary crusher, the cone crusher has been developed to crush high or medium hardness material, such as iron ore ,copper ore, limestone, quartz, granite, and sand stones, etc.
The spring cone crusher has been developed to crush feed materials into desired end products efficiently, reliably and economically.This series offers the highest crushing efficiency and end product quality with the lowest cost per ton production.
The safety system uses dry oil and water as two kinds of sealed formation to make plaster powder and engine oil separate to make sure reliable performance. The type of crushing chamber depends upon size of feeding and fineness of crushed product. The standard type (PYB) is applied to medium crushing, the medium type is applied to medium or fine crushing and the short head type is applied to fine crushing
Features
1.Spacer
Increasing or reducing the number of spacer to adjust chew clearance and suspension point height. Adding spacer could change the position of cone lining and principal axis to adjust the gap.
2.Unique Shape of Cavity
Material is in the gap of cones to get squeezed, curved and sheared to make process easier and low energy consumption.
3.Overload Protection
Overload protection could lengthen service life of machine.
4.Bearing
Higher speed of operation, even size of final product, cube shape of product, high capacity.
Working principle
When cone crusher begins to work, the electro motor drives the eccentric sleeve through the spring coupling, drive shaft and a pair of angle gear, so that the crushing wall of cone crusher gets close to and then gets away from the surface of the rolling mortar wall fixed on the adjusting sleeve, and the ores inside the crushing chamber will be constantly impacted, squeezed and bent to be crushed.
Specification:
|
Models |
Max Feeding Size(mm) |
Size of Exceed Material(mm) |
Crushing Capacity(m3/h) |
Main Motor |
Lubrication station specifications(L/min) |
Cooling water consumption |
Weight(excluding Electric Motor)(t) |
|
Type and spec |
Power(kw) |
|
PYT-B900 |
115 |
15-50 |
50-90 |
Y315S-8 |
55 |
16 |
1.2 |
11 |
|
PYT-Z900 |
60 |
15-20 |
20-65 |
|
PYT-D900 |
40 |
3-13 |
15-50 |
|
PYT-B1200 |
145 |
20-50 |
110-168 |
Y315L2-8 |
110 |
63 |
3 |
25 |
|
PYT-Z1200 |
100 |
8-25 |
42-135 |
|
PYT-D1200 |
50 |
3-15 |
18-105 |
|
PYT-B1750 |
215 |
25-60 |
280-480 |
Y355M4-8 |
160 |
125 |
6 |
50.3 |
|
PYT-Z1750 |
185 |
10-30 |
115-320 |
|
PYT-D1750 |
85 |
5-15 |
75-230 |
|
PYT-B2200 |
310 |
30-60 |
590-1000 |
JSQ1510-12 |
280 |
125 |
6 |
80.5 |
|
PYT-Z2200 |
230 |
10-30 |
200-580 |
|
PYT-D2200 |
100 |
5-15 |
120-340 |
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