XSM Impact Type Crusher
Our impact crusher is a new type of high-efficiency crushing equipment. This crusher mainly consists of board hammer, impact plate, board hammer pedestal, rotor, and feed port etc. Being simple, reliable and energy-efficient, our impact crusher is one of the most frequently used rock crushers. Xuanshi impact crusher is ideally suited for breaking materials with a grain size of not more than 300mm and compressive strength of not more than 350 MPa. It can crush materials of all hardness, being an ideal piece of equipment for secondary crushing. The crushed materials with a cubic shape are widely
XSM Impact Crusher Performance and Features
1.Large feed port, deep crushing chamber, high reduction ratio (20:1).
2.Non-key connection, compact structure, reliable performance, easy operation, simple maintenance.
3.High-chrome flat hammer, wear resistance, great impact force, long life.
4.The gap between the impact plate and flat hammer is easy to adjust, so the discharge size is effectively controlled.
Technical Specifications of XSM Impact Crusher
Our impact crusher is a new type of high-efficiency crushing equipment. This crusher mainly consists of board hammer, impact plate, board hammer pedestal, rotor, and feed port etc. Being simple, reliable and energy-efficient, our impact crusher is one of the most frequently used rock crushers. Xuanshi impact crusher is ideally suited for breaking materials with a grain size of not more than 300mm and compressive strength of not more than 350 MPa. It can crush materials of all hardness, being an ideal piece of equipment for secondary crushing. The crushed materials with a cubic shape are widely
XSM Impact Crusher Performance and Features
1.Large feed port, deep crushing chamber, high reduction ratio (20:1).
2.Non-key connection, compact structure, reliable performance, easy operation, simple maintenance.
3.High-chrome flat hammer, wear resistance, great impact force, long life.
4.The gap between the impact plate and flat hammer is easy to adjust, so the discharge size is effectively controlled.
Technical Specifications of XSM Impact Crusher
|
Model
|
Specification
(mm) |
Feeding Opening Size
(mm) |
Max. Feeding Length
(mm) |
Capacity
(t/h) |
Motor power
(kw) |
Weight(t)
|
Overall Dimension
(mm) |
|
PF1007
|
Φ1000×700
|
400×730
|
300
|
30-50
|
55
|
7
|
2400×1560×2660
|
|
PF1010
|
Φ1000×1050
|
400×1080
|
350
|
50-90
|
75
|
11
|
2532×1985×2196
|
|
PF1210
|
Φ1250×1050
|
400×1080
|
350
|
80-130
|
110
|
14
|
2638×2037×2713
|
|
PF1214
|
Φ1250×1400
|
400×1430
|
350
|
90-180
|
132
|
19
|
2580×2400×2810
|
|
PF1315
|
Φ1320×1500
|
860×1520
|
350
|
160-250
|
200
|
24
|
2840×2748×2556
|
|
PF1320
|
Φ1320×2000
|
860×2030
|
500
|
250-300
|
300
|
30
|
2900×3200×3250
|
Note: This specification is just reference, any changes are subject to the impact crusher products.
XSM Impact Crusher Working Principle
Impact crusher involves impact to crush material. During operation, the rotor driven by the motor performs high-speed rotation, and the flat hammer installed in the rotor collides with the entered material, later the material is thrown to the impact plate to realize crushing again. With the material repeatedly being thrown to each impact plate, crushing is continuously carried out in the impact chamber, and the material will be discharged when the required size is achieved. The size and shape of the material to be discharged can be adjusted by adjusting the gap between impact rack and rotor rack.
XSM Impact Crusher Working Principle
Impact crusher involves impact to crush material. During operation, the rotor driven by the motor performs high-speed rotation, and the flat hammer installed in the rotor collides with the entered material, later the material is thrown to the impact plate to realize crushing again. With the material repeatedly being thrown to each impact plate, crushing is continuously carried out in the impact chamber, and the material will be discharged when the required size is achieved. The size and shape of the material to be discharged can be adjusted by adjusting the gap between impact rack and rotor rack.