PYT and Symons-Liaoning Metallurgical And Mining Heavy Machinery Co, Ltd

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PYT Cone Crusher The cone crusher with the feature of reliable structure, stable operation, high production, easy adjustment and grain uniform is mainly used for intermediate crushing or fine crushing any kinds of various hardness ore or rock in metallurgy, chemical works, construction materials, hydraulic power and road building industries.

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Crushing equipment

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PYT Cone Crusher

The cone crusher with the feature of reliable structure, stable operation, high production, easy adjustment and grain uniform is mainly used for intermediate crushing or fine crushing any kinds of various hardness ore or rock in metallurgy, chemical works, construction materials, hydraulic power and road building industries.

There are three types of cone crusher, each of which has five specifications of 600mm(this value is not applied for the single cylinder), 900mm, 1200mm, 1750mm(1650mm is applied for the single cylinder), 2200mm, every specification has different chambers of standard, mediate and short head, which can satisfy with different customer’s requirement and different procedure required for the mediate crushing and fine crushing.

Our company can provide spring-insured Symons cone crusher. This kind of cone crusher has superiority in production, grain uniformity, high fineness, long life components, high operating efficiency and low cost of producing and maintaining.

Simmons Cone Crusher has six specification of 2'(600), 3' (900), 4'(1200), 4_ (1300), 5_ (1650), 7'(2100), each of which has two forms of the standard type and the short head type, every form has four kinds of crushing chambers of the fine, the medium, the coarse and the extra-coarse i.e. Each specification has eight kinds of chambers for users reference and different procedure required for the mediate crushing and fine crushing.

Compared with the standard type, the short head type has longer parallel area of the crushing chamber, and which is suitable for crushing the smaller grain of material and the fine output required.

The spring-insured cone crusher, multi-cylinder hydraulic cone crusher and Simmons cone crusher are all mainly composed of transmission part, support bushing, adjusting bushing, eccentric bushing, bowl-shaped bearing rack, cone crushing part, feeding support, hydraulic and lubrication system, spring part (multi-cylinder is the cylinder insured part). Simmons cone crusher has two more cleaning chambers than other two models.

The single cylinder hydraulic cone crusher is composed of transmission part, eccentric bushing part, cone crushing part, feeding support part, hydraulic cylinder part, hydraulic lubrication system and other parts, which has the simple structure and is easy to utilize and maintain.

When the crusher is working, the rotation of the motor drives the eccentric bushing through a coupling or a pulley, the transmission shaft and the bevel gear then the cone crushing part is swinging around a fixed point under the force of the eccentric bushing so that the mantles of the cone crushing part can close to or leave from the surface of concave fixed on the adjusting bushing part or upper rack part, which force the ore are constantly be impacted, compressed and bended so as to be crushed in the crushing chamber. The ore crushed can be drained from the crushing chamber by itself weight.

When the foreign matter which can not be crushed passes through the crushing chamber or the machine is overloaded for some reason, the spring or hydraulic insured system can guarantee the crusher and widen the drainage outlet. When the foreign matter is discharged from the crushing chamber the discharging opening is automatically reset under the effect of spring or hydraulic cylinder then the crusher returns to normal work.

Simmons cone crusher can also be equipped with automatic feeding and rate control system as per the customers required so as to obtain the best production.

The parameters of multi cylinder hydraulic cone crusher are the same as those of spring cone crusher.

Nameplate and instructions

Remarks
The standard spring cone crusher with the bottom diameter of cone crusher is 1200mm and the dimension of discharged mouth is 170mm.
Type is PYT-B 1217 cone crusher
The standard extra-weight spring Symons cone crusher with the bottom diameter of cone crusher is 2137（7′）mm and the dimension of discharged mouth is 334mm
Type is PYS-BC 2133 symons cone crusher

PYT Spring Cone Crusher Parameter Table

Type	Cone bottom DN mm	Discharging size mm	Feeding size (Max) mm	Eccentric bushing rotation r/min	Discharging range mm	Output t/h
PYT—B 0607	600	75	65	335	12—25	40
PYT—D 0604	600	40	36	335	3—13	12—23
PYT—B 0913	900	135	115	333	15—50	50—90
PYT—Z 0907		70	60		5—20	20—65
PYT—D 0905		50	40		3—13	15—50
PYT—B 1217	1200	170	145	300	20—50	110—168
PYT—Z 1211		115	100		8—25	42—135
PYT—D 1206		60	50		3—15	18—105
PYT—B 1725	1700	250	215	245	25—60	280—430
PYT—Z 1721		215	185		10—30	115—320
PYT—D 1710		100	85		5—15	75—230
PYT—B 2235	2200	350	300	220	30—60	590—1000
PYT—Z 2227		275	230		10—30	200—580
PYT—D 2213		130	100		5—15	120—340

Note: the output is calculated supposed the ratio is 1.6t/m³

PYT Spring Cone Crusher Parameter Table

Type	Main Motor				Spring units	Spring total pressure/unit pressure KN	Lubricant specificaton1/min	Cooling water consumption m³/h
	Model	Rate kw	Rotation r/min	Voltage v
PYT—B 0607	Y250M—8	30	730	380	8	400/50	16	1.2
PYT—D 0604
PYT—B 0913	Y315M—8/ 4135T—1 Diesel	55/ 80 power	720/ 1500	380	10	700/70	16	1.2
PYT—Z 0907
PYT—D 0905
PYT—B 1217	JS126—8	110	735	220/380	10	1500/ 150	63	3
PYT—Z 1211
PYT—D 1206
PYT—B 1725	JS128—8	155	735	220/380	12	3000/ 250	125	6
PYT—Z 1721
PYT—D 1710
PYT—B 2235	JSQ151012/ JSQ158—12	280/260	490/485	6000/ 3000	16	4000/ 250	125	6
PYT—Z 2227
PYT—D 2213

Standard Symons Cone Crusher Opening Circuit Parameter Table

Specification	Chamber	Discharging proposed(min)口A（mm）	Discharging proposed (min)口A feeding口		The capacity of discharging t/h
Specification	Chamber	Discharging proposed(min)口A（mm）	B（mm）close side	B（mm）open side	6	9	13	16	19	22	25
PYS—B 0607 PYS—B 0609 PYS—B 0610	Fine Coarse Extra-coarse	6 9 13	57 83 100	72 95 109	16	18 18	23 23 23	27 27 27	32 32 36	36 41 45	41 45 50
PYS—B 0910 PYS—B 0917 PYS—B 0918	Fine Coarse Extra-coarse	9 13 25	83 159 163	102 175 178		45	59 59	72 72	81 91	91 109	118 118
PYS—B 1213 PYS—B 1215 PYS—B 1219 PYS—B 1225	Fine Mediate Coarse Extra-coarse	9 13 19 25	127 156 178 231	131 156 191 250		63	91 100	109 118	127 136 141	141 145 154	154 163 181 190
PYS—B 1313 PYS—B 1321 PYS—B 1324 PYS—B 1325	Fine Mediate Coarse Extra-coarse	13 16 19 25	109 188 216 238	137 210 241 259			109	127 132	145 159 172	154 172 195	163 200 218 236
PYS—B 1620 PYS—B 1624 PYS—B 1626 PYS—B 1636	Fine Mediate Coarse Extra-coarse	15 22 25 38	188 213 241 331	209 241 269 368				181	204	227 258	258 290 299
PYS—B 2127 PYS—B 2133 PYS—B 2136 PYS—B 2146	Fine Mediate Coarse Extra-coarse	19 25 31 38	253 303 334 425	278 334 369 460					381	408	499 608
PYS—BC 2127 PYS—BC 2133 PYS—BC 2136 PYS—BC 2146	Fine Mediate Coarse Extra-coarse	19 25 31 38	253 303 334 425	278 334 369 460					544	580	712 862

Standard Symons Cone Crusher Opening Parameter Table

Specification	Chamber	The output capacity of discharging t/h				The diameter of big end of crusher	Main Motor				Lubricant station nominal flow1/min	Remarks
Specification	Chamber	31	38	51	64	The diameter of big end of crusher	Model	Rate kw	Rotation r/min	Voltage v	Lubricant station nominal flow1/min	Remarks
PYS—B 0607 PYS—B 0609 PYS—B 0610	Fine Coarse Extra-coarse	45 54 63	54 68 72			600	Y200L2—6 B3	22	985	380	40	Belt
PYS—B 0910 PYS—B 0917 PYS—B 0918	Fine Coarse Extra-coarse	136 136	163 163			900	Y315S—6	75	985	380	63	Belt
PYS—B 1213 PYS—B 1215 PYS—B 1219 PYS—B 1225	Fine Mediate Coarse Extra-coarse	168 181 200 209	200 245 253	308 317		1200	Y315M2—6	110	985	380	100	Belt
PYS—B 1313 PYS—B 1321 PYS—B 1324 PYS—B 1325	Fine Mediate Coarse Extra-coarse	181 227 249 276	253 295 304	349 358		1295	JS126—6	155	980	380	125	Belt
PYS—B 1620 PYS—B 1624 PYS—B 1626 PYS—B 1636	Fine Mediate Coarse Extra-coarse	295 336 354	327 381 417 431	417 454 476	635 630	1676	Y450—12	220	490	6000	200	Direct
PYS—B 2127 PYS—B 2133 PYS—B 2136 PYS—B 2146	Fine Mediate Coarse Extra-coarse	617 726 789	726 807 844 880	998 1088 1179	1270 1361	2134	Y500—12	315	490	6000	250	Direct
PYS—BC 2127 PYS—BC 2133 PYS—BC 2136 PYS—BC 2146	Fine Mediate Coarse Extra-coarse	880 1034 1125	1034 1152 1206 1252	1424 1542 1678	1814 1941	2134	Y500—12	400	490	6000	250	Direct

Instructions: 1.the output is calculated supposed the ratio is 1.6t/m³; 2.the transmission way listed in the remarks is corresponding with the main motor given.

Standard Symons Cone Crusher Closed Circuit Parameter Table (t/h)

Specification	Chamber	The discharging proposed (min)A（mm）	Discharging proposed (min)口A feeding口		Effective hole in cycle screen mm
					6		10		13			16
					Discharging mouth at closed side of closed operation mm
					6		10			10			13
			B（mm）close side	B（mm）open side	Note1	Note2	Note1	Note2		Note1	Note2		Note1	Note2
PYS—B 0607 PYS—B 0609 PYS—B 0610	Fine Coarse Extra-coarse	6 9 13	57 83 100	72 95 109	9	18	11 11	22 22		15 15	25 25		18 18 18	27 27 27
PYS—B 0910 PYS—B 0917 PYS—B 0918	Fine Coarse Extra-coarse	9 13 25	83 159 163	102 175 178			32	59		36	63		41 41	68 68
PYS—B 1213 PYS—B 1215 PYS—B 1219 PYS—B 1225	Fine Mediate Coarse Extra-coarse	9 13 19 25	127 156 178 231	131 156 191 250			45	86		50	86		63 63	95 100
PYS—B 1313 PYS—B 1321 PYS—B 1324 PYS—B 1325	Fine Mediate Coarse Extra-coarse	13 16 19 25	109 188 216 238	137 210 241 259									86	122
PYS—B 1620 PYS—B 1624 PYS—B 1626 PYS—B 1636	Fine Mediate Coarse Extra-coarse	16 22 25 38	188 213 241 331	209 241 269 368
PYS—B 2127 PYS—B 2133 PYS—B 2136 PYS—B 2146	Fine Mediate Coarse Extra-coarse	19 25 31 38	253 303 334 425	278 334 369 460

Note: 1. The output (after screening ); 2. The quantities (t) passing through the crusher per hours (net output and cycle loaded)

Standard Symons Cone Crusher Closed Circuit Parameter Table (t/h)

Specification	Chamber	Effective hole in cycle screen mm
		19		22		25		31		38		50		63
		Discharging at close side of close operation mm
		19		19		19		22		25		32		38
		Note1	Note 2	Note 1	Note 2	Note 1	Note2	Note1	Note2	Note1	Note2	Note 1	Note2	Note1	Note 2
PYS—B 0607 PYS—B 0609 PYS—B 0610	Fine Coarse Extra-coarse	22 22 22	32 32 32	25 25 25	38 38 38	29 29 29	38 38 41	36 36 36	45 45 50	44 44 44	53 53 59
PYS—B 0910 PYS—B 0917 PYS—B 0918	Fine Coarse Extra-coarse	54 54	81 81	63 68 68	95 100 100	72 77	95 100	86 90	109 113	109 109	136 136	132 132	154 154
PYS—B 1213 PYS—B 1215 PYS—B 1219 PYS—B 1225	Fine Mediate Coarse Extra-coarse	77 90	113 132	95 100 104	136 145 159 159	109 113 118	141 150 159 159	118 127 136	145 154 168 168	150 154 154	181 190 190	177 177	213 213
PYS—B 1313 PYS—B 1321 PYS—B 1324 PYS—B 1325	Fine Mediate Coarse Extra-coarse	95 109	141 159	113 122 127	168 181 190	132 141 150	172 186 195	159 172 172	200 213 222	186 195 200 204	186 236 245 249	213 227 236	253 268 281
PYS—B 1620 PYS—B 1624 PYS—B 1626 PYS—B 1636	Fine Mediate Coarse Extra-coarse	145	213	163	240	190	245	218 227	270 281	270 281 286	327 340 345	300 308 317	354 360 372	360 381	422 444
PYS—B 2127 PYS—B 2133 PYS—B 2136 PYS—B 2146	Fine Mediate Coarse Extra-coarse

Specification	Chamber	The diameter of big end	Main Motor				Lubricant station nominal flow 1/min	Remark
Specification	Chamber	The diameter of big end	Module	Rate kw	Rotation r/min	Voltage v	Lubricant station nominal flow 1/min	Remark
PYS—B 0607 PYS—B 0609 PYS—B 0610	Fine Coarse Extra-coarse	600	Y200L2—6 B3	22	985	380	40	Belt
PYS—B 0910 PYS—B 0917 PYS—B 0918	Fine Coarse Extra-coarse	900	Y315S—6	75	985	380	63	Belt
PYS—B 1213 PYS—B 1215 PYS—B 1219 PYS—B 1225	Fine Mediate Coarse Extra-coarse	1200	Y315M2—6	110	985	380	100	Belt
PYS—B 1313 PYS—B 1321 PYS—B 1324 PYS—B 1325	Fine Mediate Coarse Extra-coarse	1295	JS126—6	155	980	380	125	Belt
PYS—B 1620 PYS—B 1624 PYS—B 1626 PYS—B 1636	Fine Mediate Coarse Extra-coarse	1676	Y450—12	220	490	6000	200	Direct
PYS—B 2127 PYS—B 2133 PYS—B 2136 PYS—B 2146	Fine Mediate Coarse Extra-coarse	2134	Y500—12	400	490	6000	250	Belt

Note: 1.the output is calculated supposed the ratio is 1.6t/m3; 2.the transmission way is corresponding to the main motor model, the belt or direct connection is for user’s option.