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KCS/KCH Cone Crusher

The Kinglink KCS/KCH Cone Crusher is a new-generation, extensively upgraded machine engineered for the most demanding quarry and mining customers. Featuring a reinforced top shell, a robust five-arm bottom shell, and optional TT5 sensor integration for predictive maintenance, this heavy-duty OEM crusher significantly minimizes mechanical failure while delivering maximum operational stability in bulk material processing.

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KCSKCH cone crusher

Features

Benefits

Specifications

CRUSHING CHAMBERS

What Are the Structural Upgrades on the KCS/KCH Cone Crusher?

To meet the rigorous demands of premium quarry and mining customers, the Kinglink KCS/KCH Cone Crusher has undergone extensive upgrades optimizing its operations at all levels. Developed using state-of-the-art engineering software, the newly reinforced top shell features smoother radiuses to drastically decrease mechanical tensions. Furthermore, we have upgraded the bottom shell from a traditional three-arm to an advanced five-arm design. This critical enhancement provides the eccentric hub with much stronger support, achieving overall greater sturdiness for extra heavy-duty continuous operations. The connection between the head center and the main shaft has also been re-engineered with a stronger cylindrical fit to withstand massive crushing forces.

How Does the Upgraded Design Prevent Mechanical Failures?

Unexpected plant downtime can cost mining operations thousands of dollars per hour. The KCS/KCH Series is heavily engineered with advanced wear protection and predictive maintenance features to prevent catastrophic failures:

Smart Temperature Monitoring: The top shell is specifically prepared for an optional TT5 sensor (PT100 transducer). This continuously monitors the temperature in the spider bearing, offering real-time protection and preventing major operational failures.
Autogenous Wear Protection: Designed with a deeper cavity in the top of the spider cap, allowing crushed rock to naturally build up. This "rock-on-rock" layer actively protects the enlarged spider hub from highly abrasive bulk materials.
Increased Structural Stability: The feed hopper utilizes a reinforced four-piece design bolted with lock nuts for maximum stability, eliminating destructive vibrations.
Innovative Maintenance Inspection: The steel inspection hatch on the bottom shell has been replaced with high-grade Polyurethane (PU). It now includes a visual wear indicator and features a larger, more robust opening, making routine inspection and predictive maintenance safer, faster, and more accurate.

Benefits

• The top shell has been reinforced to meet the great demands from the quarry and mining customers. Developed in our latest software, its brand-new design offers smoother radiuses to decrease tensions.Furthermore, the spider cap diameter has been increased to protect the spider hub.
• Increased clamping force to secure the spider cap on the top shell.
• The feed hopper is bolted with lock nuts and has a reinforced fourpiece design granting it increased stability. In addition, it has a larger and robust inspection hatch.
• The bottom shell has a fi ve-arm instead of three-arm design, providing the eccentric hub with a stronger support and achieving overall greater sturdiness.
• The inspection hatch on the bottom shell is made in PU instead of steel and includes a wear indicator.
• Cylindrical and stronger fi t between the head center and the main shaft to meet the great demands from quarry and mining customers.
• Deeper cavity in the top of the spider cap – easier for the rock to build up and protect the spider cap.
• The top shell is prepared for optional TT5 sensor (PT100 transducer)
– monitoring the temperature in the spider bearing thus offering protection of the spider bearing and preventing major failure.

Specifications

KCS Cone Crusher

Model	Power (kw)	Cavity	Max Feed Size (mm)	The Capacity (TPH) of different Discharge size(mm)
Model	Power (kw)	Cavity	Max Feed Size (mm)	16	19	22	25	29	32	35	38	41	44	48	51	54	57
KCS420	90	EC	240			102-118	108-144	115-154	121-162	127-145	132
KCS420	90	C	200	77	82-110	87-116	92-123	98-113	103
KCS430	132	EC	360				151	161-245	169-257	176-269	184-281	192-292	200-304	210-281	218-250	225
		C	300				170-196	182-277	191-290	199-304	208-217	217-3300	226-302	237
		MC	235			130	137-209	147-224	154-235	161-245	168-256	175-267	182-244	192
KCS440	220	EC	450							273-318	285-434	297-452	309-470	325-495	337-447	349-406
		C	400						1291	304-463	317-483	331-503	344-456	362-421	375
		MC	300					245	257-391	269-409	281-427	292-445	304-403	320-372	332
KCS660	315	EC	560								331-385	345-514	359-593	378-624	392-647	406-670	420-693
KCS660	315	CX	500							335	350-464	364-602	379-626	399-658	413-683	428-707	443-731

KCH Cone Crusher

Model	Power (kw)	Cavity	Max Feed Size (mm)	The Capacity (TPH) of different Discharge size(mm)
Model	Power (kw)	Cavity	Max Feed Size (mm)	4	6	8	10	13	16	19	22	25	32	38	44
KCH420	110	EC	135				46	50-85	54-92	85-99	62-105	66-112	76-128
		C	90				43-53	46-89	50-96	54-103	57-110	61-118	70
		M	65			36-44	38-74	41-80	45-76	48-59
		MF	50		36	38-67	40-71	44-68	47-53
		F	38	27-34	29-50	31-54	32-57	35-48	38
		EF	29	30-40 with 80% finer than 4.5-5.5 mm
KCH430	160	EC	185					69-108	75-150	80-161	86-171	91-182	104-208	115-208
		C	145					66-131	71-142	76-152	81-162	86-173	98-197	109-150
		MC	115				57	62-140	67-151	72-162	77-173	82-184	93-145
		M	90				64-84	69-131	75-142	80-152	86-162	91-154	104
		MF	75			61	65-106	70-115	76-124	81-126	87-114	92
		F	50		48-78	51-83	54-88	59-96	63-103	68-105	72-95	77
		EF	35	70-90 with 80% finer than 5-5.6 mm
KCH440	250	EC	215						114-200	122-276	131-294	139-313	159-357	175-395	192-384
		C	175					101	109-218	117-292	125-312	133-332	151-378	167-335	183-229
		MC	140					97-122	105-262	113-282	120-301	128-320	146-328	161-242
		M	110					117-187	126-278	136-298	145-318	154-339	175-281	194
		MF	85				114	124-227	134-245	144-263	153-281	163-299	186-248
		F	70			90-135	96-176	104-191	112-206	120-221	129-236	137-251	156-208
		EF	38	100-125 with 80% finer than 6-7.5 mm
KCH660	350	EC	275						177	190-338	203-436	216-464	246-547	272-605	298-662
		CX	245						174-194	187-374	200-488	212-519	242-592	268-654	293-521
		C	215						171-190	184-367	196-480	209-510	238-582	263-643	288-512
		MC	175						162-253	174-426	186-455	198-484	226-552	249-499	273-364
		M	135						197-295	211-440	226-470	240-500	274-502
		MF	115					192	207-369	222-396	237-423	252-450	287-451	318-363
		F	85					195-304	210-328	225-352	241-376	256-400	292-401	323
		EF	65					211-293	227-316	244-298	261-290
KCH870	500	EC	300								448-588	477-849	544-968	601-1070	658-1172
		C	240							406	433-636	461-893	525-1018	581-1125	636-1232
		MC	195							380-440	406-723	432-837	492-954	544-1055	596-1155
		M	155							400-563	428-786	455-836	519-953	573-1054	628-1154
		MF	100						379-424	407-716	434-765	462-814	527-928	852-942	638-789
		F	90					357-395	385-656	414-704	442-752	470-800	535-912	592-857	649-718
		EF	80				280-405	304-517	328-558	352-598	376-639	400-680	455-775	503-128	551-669

KCS-CRUSHERS KCH-CRUSHERS

Three standard crushing chambers are available: Several standard crushing chambers are available:

MC = Medium Coarse EEF = Extra Extra Fine EF = Extra Fine EFX = Extra Fine Xtra F = Fine

C = Coarse MF = Medium Fine M = Medium MC = Medium Coarse

EC = Extra coarse C = Coarse CX = Coarse Xtra EC = Extra Coarse

CAPACITY, MTPH

1.Performance figures are approximate and give an indication of what the crusher can produce.

2.They apply to open circuit crushing of dry material with a bulk density of 1600 kg/m3. It is assumed that material much finer than the crusher’s closed side setting (CSS) is removed from the feed.

3.Consult us regarding the application of the crusher since the chosen eccentric throw, degree of reduction, the material´s crushability (Wi), the size analysis of the feed, the design of any recrushing circuit and the moisture content in the feed all affect performance of the crusher.