Jaw Crusher

• Customization: Available
• Type: Jaw Crusher
• Certification: ISO9001:2000
• Energy Saving: Energy Saving
• Condition: New

Product Description

Jaw Crusher

[Introduction] Crushing equipment with high production capacity, mainly used for preliminary crushing of stone.

[Productivity] 0.5-1590 t/h

[Application] Jaw crusher is widely used for crushing various materials in mining, building materials, highways, railways, water conservancy and chemical industries.

[Improvement] The cavity and cavity shape of the crushing chamber are optimized, which greatly improves the crushing efficiency.
 

Advantages

1. The crusher's movable jaw assembly is advanced and durable.
2. The crushing ratio of deep cavity is large, the cavity shape is optimized, and the crushing efficiency is high.
3. The jaw plate is arc-shaped, and the effective length of the jaw plate increases, which improves the processing capacity.
 

Structure

Jaw crusher is mainly composed of frame, eccentric shaft, large belt pulley, flywheel, side guard plate, elbow plate, back seat of elbow plate, gap adjusting screw, reset spring, fixed jaw plate and movable jaw plate. The crushing mode of jaw crusher is curved extrusion.

When working, the motor drives the belt and pulley to move the moving jaw up and down through the eccentric shaft. When the moving jaw rises, the angle between the elbow plate and the moving jaw becomes larger, thus pushing the movable jaw plate closer to the fixed jaw plate. The material is crushed multiple times by pressing, rubbing and rolling between the two jaw plates.

When the moving jaw goes down, the angle between the elbow plate and the movable jaw plate becomes smaller, and the moving jaw plate is under the action of pull rod and spring. After leaving the fixed jaw plate, the crushed material is discharged freely through the outlet at the lower part of the jaw cavity under the action of gravity. With the continuous rotation of the motor, the movable jaw is periodically crushed and discharged to achieve mass production.

 

Technical Parameter

Model	Inlet mm	Outlet mm	Feeding Size mm	Capacity t/h	Motor Power kw	Weight kg
PE100×150	100×150	5-20	≤80	0.5-2	2.2	230
PE150×250	150×250	10-40	≤125	2-6	5.5	1100
PE200×350	200×350	10-50	≤160	6-10	7.5	1600
PE250×400	250×400	20-60	≤210	8-15	15	1850
PE250×500	250×500	20-80	≤210	13-20	18.5	3100
PE400×600	400×600	40-100	≤350	14-36	30	5800
PE500×750	500×750	50-120	≤400	30-80	45	9000
PE600×900	600×900	75-200	≤480	56-192	55-75	18700
PE750×1060	750×1060	80-140	≤630	130-260	110	28000
PEX150×750	150×750	10-40	≤120	8-35	15	2800
PEX200×1000	200×1000	15-40	≤160	12-50	22	5200
PEX250×750	250×750	20-60	≤210	10-745	22	5000
PEX250×1000	250×1000	20-50	≤210	15-50	30	6500
PEX250×1200	250×1200	20-60	≤210	20-70	45	9000
PEV500X750	500X750	40-150	≤400	55-340	55-75	9080
PEV600X900	600X900	60-175	≤480	120-455	75-90	12700
PEV750X1060	750X1060	70-220	≤630	155-580	132	23800
PEV950X1250	950X1250	100-250	≤830	290-845	160	42260
PEV1200X1600	1200X1600	150-300	≤1050	520-1275	250	76330
PEV1500X2000	1500X2000	175-300	≤1320	760-1590	400	144600