CS Symons Cone Crusher

Capacity: 15-1300tph

Simple Structure / High Crushing Efficiency / Easy Maintenance

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The Symons CS cone crusher is an improvement on the traditional spring cone crusher, capable of crushing various materials such as limestone, marble, copper ore, and gold ore.

Plants in Latin America

200tph Basalt Crushing Plant

200-250tph Basalt Crushing Plant

60tph Slate Crushing Plant

100-150tph Aggregate Production Plant

200tph River Stone Crushing Plant

Technical Advantages

Protection against excess iron

The system uses a spring safety device and hydraulic cylinder to handle uncrushable objects (such as iron blocks) and is simple, reliable, and responsive.

Low center of gravity and stable structure

The overall structure features good rigidity, smooth operation, low vibration, and relatively low foundation requirements.

Centralized maintenance points

The main lubrication and adjustment mechanisms are relatively concentrated, the structure is intuitive, and maintenance personnel can easily master them.

Multifunctional

It adapts perfectly to the needs of the different stages of the process, such as secondary crushing and tertiary fine crushing, making it very versatile and offering high profitability.

Internal Structure

Small Bevel Gear

Drive Shaft Support

Adjustment Sleeve

Large Pulley

Concave

Mantle

Counterweight Plate

Spring Mechanism

Large Bevel Gear

Operating Principle

The Symons cone crusher uses a motor to drive the rotation of an eccentric sleeve, causing the moving cone to oscillate and periodically move closer to and further away from the stationary cone. Material is crushed within the crushing chamber through compression, bending, and shearing. A spring mechanism protects against overloading or excess material by widening the discharge opening to expel foreign objects before automatically resetting. This machine is suitable for medium and fine crushing of hard materials.

Technical Specifications

Modelo	Diámetro del Cono Móvil (mm)	Cavidad	Tamaño de Alimentación(mm) - Lado Cerrado	Tamaño de Alimentación(mm) - Lado Abierto	Tamaño de Salida (mm)	Capacidad (t/h)	Potencia (kW)	Peso (t)
CS75B	900(3’)	Fina	83	102	9-22	45-91	75	15
CS75B	900(3’)	Gruesa	159	175	13-38	59-163	75	15
CS160B	1295(4 1/4’)	Fina	109	137	13-31	109-181	185	27
CS160B	1295(4 1/4’)	Media	188	210	16-31	132-253	185	27
CS160B	1295(4 1/4’)	Gruesa	216	241	19-51	172-349	185	27
CS240B	1650(5 1/2’)	Fina	188	209	16-38	181-327	240	55
CS240B	1650(5 1/2’)	Media	213	241	22-51	258-417	240	55
CS240B	1650(5 1/2’)	Gruesa	241	268	25-64	299-635	240	55
CS400B	2134(7’)	Fina	253	278	19-38	381-726	400	110
CS400B	2134(7’)	Media	303	334	25-51	608-998	400	110
CS400B	2134(7’)	Gruesa	334	369	31-64	789-1270	400	110
CS75D	900(3’)	Fina	13	41	3-13	27-90	75	15
CS75D	900(3’)	Media	33	60	3-16	27-100	75	15
CS75D	900(3’)	Gruesa	51	76	6-19	65-140	75	15
CS160D	1295(4 1/4’)	Fina	29	64	3-16	36-163	160	27
CS160D	1295(4 1/4’)	Media	54	89	6-16	82-163	160	27
CS160D	1295(4 1/4’)	Gruesa	70	105	10-25	109-227	160	27
CS240D	1650(5 1/2’)	Fina	35	70	5-13	90-209	240	55
CS240D	1650(5 1/2’)	Media	54	89	6-19	136-281	240	55
CS240D	1650(5 1/2’)	Gruesa	98	133	10-25	190-336	240	55
CS400D	2134(7’)	Fina	51	105	5-13	190-408	400	110
CS400D	2134(7’)	Media	95	133	6-19	354-508	400	110
CS400D	2134(7’)	Gruesa	127	178	10-25	454-599	400	110