Cone crusher supplier
Cone Crusher
January 7, 2019
Single tooth-roll crusher
January 7, 2019

PYT and Symons

Category:
Description

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

40

36

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

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

31

38

51

64

Model

Rate kw

Rotation r/min

Voltage
v

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

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

The diameter of big end

Main Motor

Lubricant station
nominal flow 1/min

Remark

Module

Rate kw

Rotation r/min

Voltage
v

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.

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