Jaw Crusher

Description of Jaw Crusher:
The jaw crusher is designed for squeezing rock between two ridged jaws. The jaws are farther apart at the top than at the bottom, forming a tapered chute. Raw material enters the crusher from the top and is crushed progressively smaller and smaller.
Components of Jaw Crusher
1.Jaw Crusher Frame
- Heavy-duty design
- Steel plate welded construction
- Welded by CO2 shield arc process
- Stress relieved after fabrication
2.Jaw Crushing Chamber
- Deep crushing chamber
-High crushing is ensured by sharp nip angle.
3.Swing Jaw & Main Bearing Housings
- Removal from frame as an integral sub assembly is allowed
- Onsite substitution of a changeover unit in the event of bearing damage is permitted
- Swing Jaw is a robust steel casting
4.Jaw Crusher Flywheel
- Balances inertia
- Promotes smooth operation
5.Jaw Crusher Eccentric Shaft
- Forged from hardened and tempered chrome molybdenum steel
- Particularly large diameters are suitable for heavy -duty application
6.Jaw Crusher Bearings
- Fag or SKF heavy -duty selfaligning double row bearings on swing jaw and main frame
- Bath oil lubrication guarantees positive lubrication
- Bearing life in excess of 8 years under typical quarry applications
7.Jaw Crusher Hydraulic Cylinder
- Easy adjustment of discharge setting by moving toggle block to the desired setting is permitted.
8.Jaw Crusher Shim
- Allows easy adjustment of closed side setting
9.Jaw Crusher Toggle Seat
- Allows smooth toggle plate stroke
10.Jaw Crusher Toggle Plates
- It is designed to shear protecting crusher components if nocrushable object is introduced to crusher (i.e. Steel)
11.Jaw Crusher Check Plates
- Manganese steel castings allow easy replacement 14. Jaw Plates
- High manganese steel castings can be reversed allowing extended life
- Wedge \ lug system allows easy replacement
Technical Specification of Jaw Crusher:

Model	Feeding size(mm×mm)	Max. feeding particle size(mm)	Adjus table range of the disch arge (mm)	Handling capacity (t/h)	Ecce ntric shaft speed (r/min)	Motor power (kw)	Overall weight (t)	Size (mm)
								A	B	C	D	E	F	G	H	I
PE-250×400	250×400	210	20-60	5-20	300	15	2.8	1315	938	554	890	φ812	1450	750	220	735
PE-400×600	400×600	340	40-100	16-60	275	30	6.5	1732	1110	636	1105	φ962	1565	955	255	990
PE-500×750	500×750	425	50-100	45-80	275	55	10.1	1916	1356	820	1270	φ1200	1890	1375	395	1190
PE-600×900	600×900	500	65160	50-120	250	55-75	15.5	1840	1420	960	1540	φ1515	2305	1590	400	1505
PE-750×1060	750×1060	630	80-140	52-180	250	110	28	2472	1820	1060	2010	φ1660	2450	1850	530	1980
PE-900×1200	900×1200	750	95-165	140-260	200	110	50	3182	1876	1200	2125	φ1800	3335	2155	830	2530
PE-1000×1200	1000×1200	850	195-265	315-342	200	110	51	3182	1976	1200	2125	φ1800	3435	2255	830	2530
PE-1200×1500	1200×1500	1020	150-300	400-800	180	160	100	3732	1780	1620	2700	φ2285	4200	2940	970	3480
PE-250×1000	250×1000	210	25-60	16-52	330	30-37	6.5	1992	1500	1010	9300	φ900	1530	905	330	850
PE-250×1200	250×1200	210	25-60	20-60	330	37	7.7	2192	1700	1220	930	φ1000	1900	1965	365	850
PE-300×1300	300×1300	250	20-90	16-104	300	55	11	2320	1840	1320	1110	φ1220	1750	1170	430	930
PE-350×750	350×750	300	15-80	30-52	300	30	6.8	1880	1470	770	1030	φ800	1580	855	305	850

WYX has a significant position for the mining machinery it manufactures, including rock crusher, cone crusher etc.