Quanhua Mining Machinery
QUANHUA MINING MACHINERY
Single cylinder hydraulic cone crusher
GT series single cylinder hydraulic cone crusher
The GT series single cylinder hydraulic cone crusher has advanced design and a compact body with strong crushing capacity. It has high crushing efficiency and produces products with good particle shape. Tight edge discharge outlet (CSS)
Through hydraulic adjustment, users can choose automatic control. Various types of crushing chambers and many other high-performance features. Each model can meet the diverse needs of users,
Easy to use and maintain, with high operation rate.?
The GTS and GTH series single cylinder hydraulic cone crushers of Huzhou Quanhua Mining Machinery have a wide range of applications. By selecting the appropriate crushing chamber type and eccentricity
Easily adapt to different production requirements. Our single cylinder hydraulic cone crusher is used as a two-stage and three-stage crusher, with a compact structure and easy maintenance design
The characteristics also make this equipment a good choice for mining machinery and equipment.
The GT series single cylinder hydraulic cone crusher provides automatic overload protection and can be equipped with an intelligent ore discharge automatic adjustment system. This system can improve the utilization rate of cone crushers
And automatically adapt to changes in feeding conditions. Through continuous testing and compensation for crusher liner wear, users can fully utilize the crusher liner and easily develop liners
Plan for board replacement and equipment maintenance. This system can also help users maintain full load feeding of the crusher, achieve laminated crushing, and improve crushing efficiency
Crushing efficiency, product quality, and lining utilization rate.
Crushing chamber
GTS crusher
There are three standard crushing chamber types to choose from:
MC=medium thick
C=Coarse?
EC=Extra Coarse
GTH crusher
Multiple crushing chamber types available for selection:
EEF=Ultra fine
EF=Extra fine
EFX=quasi fine
F=Fine
MF=medium fine
M=Medium
MC=medium thick
C=Coarse
CX=quasi extra thick
EC=Extra Coarse
Production capacity: T/H
The provided data is only an approximate indicator of the production performance of the crusher.
The data in the table is for the performance of the crusher during open-circuit production of dry materials with a bulk density of 1600kg/m, and it is assumed that the maximum particle size of the feed is the crusher
The maximum allowable feed particle size, excluding fine materials smaller than the crusher's tight edge discharge port (CSS).
Due to the selected eccentricity, crushing ratio, crushing work index (Wi) of the material, feed particle size composition, cyclic load, and water content in the feed
The amount of mud and other factors can affect the capacity of the crusher, so please consult us further for specific application situations.
Size: mm
Dim.
GTS44
GTS66
GTH44
GTH66
GTH87
A
Φ2000
Φ2800
Φ1540
Φ1954
Φ2450
B
4075
5100
3410
4215
5475
C1
1300
1600
1300
1600
2200
D
745
860
745
860
1228
E
2030
2640
1365
1755
2045
F
452
631
452
631
998
G
1280
1497
1280
1497
1824
H2
1900
2156
1900
2156
2850
I
2420
2895
1985
2344
3095
K
4930
5355
4000
4835
6600
The dimensions in the table are only used to guide the preparation work before installation and are not used for foundation construction, etc.
Weight: KG
GTS44
GTS66
GTH44
GTH66
GTH87
Maximum during maintenance
Lifting capacity
8100
16500*
4700**
7400**
13000**
total weight
19300
35000
14300**
23500**
50000**
*16500 kg=upper frame assembly+arm frame assembly.
9700 kg=upper frame assembly
**Suitable for fine chamber crushers. If it is a coarse chamber crusher, these weights will be reduced. For the GTH440 model, there will be a reduction of 600 kilograms; For the GTH660 model, there will be a reduction of 600 kilograms; For the GTH870 model, there will be a reduction of 600 kilograms.
Product granularity curve
The particle size curve of the product and the percentage of crushed products smaller than the tight edge discharge port (square hole, millimeter) are related to the material's crushing work index (Wi), feed particle size characteristics, and other factors.
Single cylinder hydraulic cone crusher
The GT series single cylinder hydraulic cone crusher has advanced design and a compact body with strong crushing capacity. It has high crushing efficiency and produces products with good particle shape. Tight edge discharge outlet (CSS)
Through hydraulic adjustment, users can choose automatic control. Various types of crushing chambers and many other high-performance features. Each model can meet the diverse needs of users,
Easy to use and maintain, with high operation rate.?
The GTS and GTH series single cylinder hydraulic cone crushers of Huzhou Quanhua Mining Machinery have a wide range of applications. By selecting the appropriate crushing chamber type and eccentricity
Easily adapt to different production requirements. Our single cylinder hydraulic cone crusher is used as a two-stage and three-stage crusher, with a compact structure and easy maintenance design
The characteristics also make this equipment a good choice for mining machinery and equipment.
The GT series single cylinder hydraulic cone crusher provides automatic overload protection and can be equipped with an intelligent ore discharge automatic adjustment system. This system can improve the utilization rate of cone crushers
And automatically adapt to changes in feeding conditions. Through continuous testing and compensation for crusher liner wear, users can fully utilize the crusher liner and easily develop liners
Plan for board replacement and equipment maintenance. This system can also help users maintain full load feeding of the crusher, achieve laminated crushing, and improve crushing efficiency
Crushing efficiency, product quality, and lining utilization rate.
Crushing chamber
GTS crusher
There are three standard crushing chamber types to choose from:
MC=medium thick
C=Coarse?
EC=Extra Coarse
GTH crusher
Multiple crushing chamber types available for selection:
EEF=Ultra fine
EF=Extra fine
EFX=quasi fine
F=Fine
MF=medium fine
M=Medium
MC=medium thick
C=Coarse
CX=quasi extra thick
EC=Extra Coarse
Production capacity: T/H
The provided data is only an approximate indicator of the production performance of the crusher.
The data in the table is for the performance of the crusher during open-circuit production of dry materials with a bulk density of 1600kg/m, and it is assumed that the maximum particle size of the feed is the crusher
The maximum allowable feed particle size, excluding fine materials smaller than the crusher's tight edge discharge port (CSS).
Due to the selected eccentricity, crushing ratio, crushing work index (Wi) of the material, feed particle size composition, cyclic load, and water content in the feed
The amount of mud and other factors can affect the capacity of the crusher, so please consult us further for specific application situations.
Size: mm
Dim. | GTS44 | GTS66 | GTH44 | GTH66 | GTH87 |
A | Φ2000 | Φ2800 | Φ1540 | Φ1954 | Φ2450 |
B | 4075 | 5100 | 3410 | 4215 | 5475 |
C1 | 1300 | 1600 | 1300 | 1600 | 2200 |
D | 745 | 860 | 745 | 860 | 1228 |
E | 2030 | 2640 | 1365 | 1755 | 2045 |
F | 452 | 631 | 452 | 631 | 998 |
G | 1280 | 1497 | 1280 | 1497 | 1824 |
H2 | 1900 | 2156 | 1900 | 2156 | 2850 |
I | 2420 | 2895 | 1985 | 2344 | 3095 |
K | 4930 | 5355 | 4000 | 4835 | 6600 |
The dimensions in the table are only used to guide the preparation work before installation and are not used for foundation construction, etc.
Weight: KG
| GTS44 | GTS66 | GTH44 | GTH66 | GTH87 |
Maximum during maintenance |
|
|
|
|
|
Lifting capacity | 8100 | 16500* | 4700** | 7400** | 13000** |
total weight | 19300 | 35000 | 14300** | 23500** | 50000** |
*16500 kg=upper frame assembly+arm frame assembly.
9700 kg=upper frame assembly
**Suitable for fine chamber crushers. If it is a coarse chamber crusher, these weights will be reduced. For the GTH440 model, there will be a reduction of 600 kilograms; For the GTH660 model, there will be a reduction of 600 kilograms; For the GTH870 model, there will be a reduction of 600 kilograms.
Product granularity curve
The particle size curve of the product and the percentage of crushed products smaller than the tight edge discharge port (square hole, millimeter) are related to the material's crushing work index (Wi), feed particle size characteristics, and other factors.
