Jaw Crusher

Description

PEW jaw crusher is a new type of crushing machine. The PEW Jaw Crusher's V-shaped crushing chamber and toothed guard make the actual size of the feed material consistent with the ideal size, effectively expanding the crushing space. In addition, the material does not accumulate in the crushing chamber so it can optimize the crushing ratio and output.

Working Principle

The motor powers Jaw Crusher. Through the motor pulley, the eccentric shaft is driven by the V-belt and the sheave so that the movable jaw reciprocates along the predetermined tracks to crush materials inside the crushing cavity. After being processed and reaching the standard, materials would be discharged from the lower discharge opening.

Advantages



Structural standardization

Each jaw crusher model follows a standardized structure, and we can adjust specific designs and lengths according to the required productivity. The configuration, such as the number of gear rings and roller teeth, can be modified to accommodate different particle sizes and meet specific requirements.



High production efficiency

The crushing cavity of the crusher is designed to be deep enough to allow more extensive size feed materials while avoiding material build-up or blockage in the cavity. This design can enhance the crushing efficiency and capacity and ensure the material is thoroughly crushed and discharged in the cavity.



Low over-crushing rate

By combining crushing instead of impacting and impact crushing, there is no need for secondary crushing.



Easy inspection and maintenance

The equipment adopts a modular structure, allowing for individual or combined installation based on site requirements, which is easy to install and maintain, ultimately reducing operational costs.



Long service life

The jaw crusher adopts larger and more durable eccentric shaft bearings than other crushers of the same size. This bearing has higher bearing capacity and sealing, which significantly extends the service life of the bearing.



Smooth operation

The equipment adopts unique flywheel design, which effectively reduces vibration and makes the machine run more smoothly.

Parameters

Model	Inlet Size (mm)	Maximum Feeding Size (mm)	Adjustable Range of Output (mm)	Capacity (t/h)	Motor Power (kw)	Weight (t)
PE250×400	250×400	200	20-50	5-20	15	2.9
PE400×600	400×600	350	40-100	15-60	30-37	6.8
PE500×750	500×750	425	50-100	40-100	45-55	11.2
PE600×900	600×900	480	65-160	60-140	55-75	16.5
PE750×1060	750×1060	630	80-150	80-230	90-110	29
PE900×1200	900×1200	750	95-165	140-320	110-132	54.5
PE1000×1200	1000×1200	850	105-185	180-400	160-200	56.5
PE1200×1500	1200×1500	1020	150-300	250-800	220-250	99.6
PEX150×750	150×750	125	12-45	5-16	15	3.8
PEX250×750	250×750	210	25-60	10-40	22-30	5
PEX250×1000	250×1000	210	25-60	15-50	30-37	6.8
PEX250×1200	250×1200	210	25-60	20-60	37-45	8.5
PEX400×1200	400×1200	320	35-95	28-95	45-55	11.7

Model	Inlet size(mm)	Maximum Feeding Size(mm)	Adjustable Range of Output (mm)	Capacity (t/h)	Motor Power(kw)	Weight (t)
PEW250X1000	250X1000	220	20-40	15-50	330	30
PEW250X1200	250X1200	220	20-40	20-50	330	37
PEW400X600	400X600	350	35-85	15-70	250	37
PEW760	760X1100	640	75-200	150-350	270	110
PEW860	860X1100	720	100-225	200-500	240	132
PEW1100	1100X1200	930	150-275	300-650	210	185

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Description

Working Principle

Advantages

Parameters

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