HT Cone Crusher - HENAN DOURRY INTELLIGENT EQUIPMENT CO., LTD.

Overview

The CS/H series single cylinder hydraulic cone crusher integrates mechanical, hydraulic, and intelligent control technologies into one, using a laminated crushing chamber and intelligent automation control system. It has the performance characteristics of traditional cone crushers: multiple selectable crushing chamber shapes, high-efficiency crushing, low production costs, convenient adjustment and maintenance, and excellent product granularity. Suitable for medium, fine, and even ultrafine crushing operations.

Learn More About HT Cone Crusher

1、 Laminated crushing

Crushing occurs between materials, extending the lifespan of the lining plate. The particle size of the discharge is more uniform, and the discharge is cubic, which is conducive to sand making operations in construction.

2、 Comprehensive Automatic Control System

Real time display of various parameters such as crushing, hydraulic, lubrication, etc. during operation. It can achieve unmanned operation and automatic detection and adjustment of the discharge port.

Realize dynamic adjustment of motor power and crusher pressure with load, reduce unnecessary losses caused by human operation errors, and maximize energy consumption into production capacity.

3、 Humanized discharge port setting

Constant output setting: The discharge port changes automatically due to factors such as material size, humidity, and hardness, ensuring a constant output.

Constant discharge port setting: Once the discharge port is set, it does not change due to the degree of wear and service time of the crushing wall and the mortar wall, ensuring a constant discharge size.

4、 Floating spindle

The discharge port can be dynamically adjusted during load without stopping feeding.

Flexible adjustment of product grading can save production costs and expand benefits for users.

5、 Steep conical moving cone

The bottom angle of the broken wall is 53 ° -56 °, and the impact of the moisture content of the raw ore on the yield is small.

The crushing chamber is deep, with multiple crushing cycles and high efficiency.

6、 Safe and reliable

Hydraulic system: The seal design pressure is 20MPA, and the maximum working pressure of the hydraulic cylinder is 4MPA. The high-pressure design meets the low-pressure requirements and improves reliability.

Imported air-cooled radiator, no worries about water shortage or leakage.

Winner, Sun, Danfoss, MTS and other world-class brand controllers

Working Principle

During operation, the motor drives the small gear of the crusher, which in turn drives the large gear. The large gear assembly (including the large gear, large gear frame, and eccentric steel sleeve) drives the eccentric sleeve assembly (including the eccentric cylinder liner and eccentric copper sleeve) and the main shaft assembly (including the main shaft, inner cone, and inner cone liner) to revolve around the theoretical vertical line within the copper sleeve, while the main shaft assembly rotates around the centerline of the main shaft within the eccentric copper sleeve.
During idle operation, the eccentric sleeve component "holds" the main shaft component and revolves along with the large gear. After the material is added to the crushing chamber, the main shaft assembly (main shaft, inner cone) slowly rotates inside the eccentric copper sleeve under the resistance of the material. The motion trajectory of the inner cone appears to oscillate back and forth within the crushing chamber, while slowly rotating at the same time. The material is crushed by the swinging and squeezing of the inner cone.

The connection between the support sleeve and the frame is compressed by a hydraulic cylinder. When there are metal blocks or other objects that cannot be broken inside the crusher, the single cylinder moving cone will be lifted by the bottom hydraulic piston, which plays a role in adjusting the discharge port, protecting against iron overload, and repeatedly lifting and lowering to eliminate ore blockage

Specifications - Technical Data

HT Medium crushing technical parameters

Type	Cavity type	Maximum feed size	Adjustment range of discharge port	Power	Dimension (L x W x H)(mm)	Weight(t)
HT100	S1(Extra Coarse)	240	22-38	90(125)	1535×1275×2710	9.6
	S2(Medium Coarse)	200	19-32
HT160	S1(Extra Coarse)	360	25-54	132(175)	2045×1635×3040	15.5
	S2(Medium Coarse)	300	22-48
	S3(Coarse)	235	19-48
HT250	S1(Extra Coarse)	450	35-54	220(300)	2675×2550×3940	28
	S2(Medium Coarse)	400	29-51
	S3(Coarse)	300	25-51
HT315	S1(Extra Coarse)	560	41-76	315(400)	3110×2945×4480	43.5
	S2(Medium Coarse)	500	38-70

Type		HT100		HT160			HT250			HT315
Cavity type		S1(Extra Coarse)	S2(Medium Coarse)	S1(Extra Coarse)	S2(Medium Coarse)	S3(Coarse)	S1(Extra Coarse)	S2(Medium Coarse)	S3(Coarse)	S1(Extra Coarse)	S2(Medium Coarse)
CSS(mm) Tight edge discharge port size	19		70			90
	22	85	75-95		105	95-125
	25	90-115	80-130	120	115-145	105-170			190
	29	100-160	90-115	135-175	125-200	115-220		215	205-270
	32	105-170	95	140-230	130-255	120-235		230-300	220-345
	35	110-145		150-295	140-270	125-250	255	245-385	230-435
	38	115		160-310	145-285	135-265	270-355	260-485	245-465		305
	41			170-330	155-305	140-275	285-450	270-515	260-490	335	320-420
	44			175-345	165-265	150-245	300-565	285-450	270-430	350-460	340-620
	48			190-310	175	160	320-605	305-400	290-380	375-590	360-755
	51			195-260			335-525	300	305	390-720	375-790
	54						350-460			410-860	395-825
	60									445-930	425-895
	64									465-980	450-825
	70									500-1050	480-635
	76									535-985

HT Fine crushing technical parameters

Type	Cavity type	Maximum feed size	Adjustment range of discharge port	Power	Dimension (L x W x H)(mm)	Weight(t)
HT100	H1(Fine)	135	10-32	90(125)	1540×1280×2300	7.5
	H2(Medium Fine)	65	8-19
	H3(Extra Fine)	38	4-16
HT160	H1(Fine)	185	13-38	132(175)	2000×1550×2600	10
	H2(Medium Fine)	90	10-32
	H3(Extra Fine)	50	6-25
HT250	H1(Fine)	215	16-44	220(300)	2315×1830×2940	19.5
	H2(Medium Fine)	110	13-38
	H3(Extra Fine)	70	8-32
HT315	H1(Fine)	275	16-51	315(400	2740×2200×3590	28.5
	H2(Medium Fine)	135	16-38
	H3(Extra Fine)	65	13-22
HT560	H1(Fine)	300	22-70	560(750)	3300×2600×4463	51
	H2(Medium Fine)	155	19-70
	H3(Extra Fine)	80	10-44
HT750	H1(Fine)	370	25-70	630(850)	3800×3100×5305	80
	H2(Medium Fine)	195	22-70
	H3(Extra Fine)	85	10-51

Type		HT100			HT160			HT250			HT315			HT560			HT750
Cavity type		H1(Fine)	H2(Medium Fine)	H3 (Extra Fine)	H1(Fine)	H2(Medium Fine)	H3(Extra Fine)	H1(Fine)	H2(Medium Fine)	H3(Extra Fine)	H1(Fine)	H2(Medium Fine)	H3(Extra Fine)	H1(Fine)	H2(Medium Fine)	H3(Extra Fine)	H1(Fine)	H2(Medium Fine)	H3(Extra Fine)
CSS(mm)Tight edge discharge port size	4			27-35
	6			30-50			48-80
	8		35-45	31-55			50-85			90-135
	10	45	38-75	32-60		65-85	53-90			95-180						280-405			364-420
	13	50-85	40-80	35-50	66-110	70-135	56-100		115-190	100-195			205-295			304-517			395-532
	16	52-95	45-76	38	75-150	75-145	60-104	10-200	120-280	110-210	170	190-295	220-320			328-558			426-574
	19	58-100	50-60		80-165	80-155	65-105	20-280	30-300	15-225	185-340	205-440	235-300		400-563	352-598			458-616
	22	60-105			85-175	85-165	70-95	25-295	40-320	25-240	195-440	215-470	250-290	448-588	428-786	376-639		552-613	489-658
	25	63-115			90-185	90-155	75	35-315	150-340	35-255	210-465	230-500		477-849	455-836	400-680	480-640	587-1043	520-700
	32	75-130			00-210	100		55-360	70-285	150-210	235-550	265-505		544-968	519-953	455-775	547-1277	669-1189	593-798
	38				110-210			70-395	185		260-605	290-405		501-1070	573-1054	503-728	605-141	739-1314	655-882
	44							85-385			285-665			685-1172	628-1154	551-669	662-1546	810-1440	718-883
	5										315-515			725-1291	692-1271		730-1702	892-1586	790
	57													782.1393	746-1372		787-1837	962-1604
	64													849-1512	.810-1248		854-1994	045-1393
	70													906-1331	865-1098		912-2500	1115

Notice:

Any change of HT Cone Crushertechnical data shall not be advised additionally.