Cone Crusher

Cone Crusher:
The cone crusher is suitable for crushing various of mid-hard and above mid-hard ores and rocks. The spring release system of cone crusher acts an overload protection system that allows chunk to pass through the crushing chamber without damage to the crusher, two kinds of sealed formation dry oil and water are used. It separates plaster stone and engine oil, reliable performance ensured.
Cone Crusher Features:
1) High quality and productivity
2) Short downtime
3) Easy maintenance, low expense
4) Unparalleled in medium and fine crushing
How Cone Crusher works?
The cone crusher is suitable for crushing various mid-hard and above mid-hard ores and rocks. It has the advantage of reliable construction, high prod activity, easy adjustment and less cost in operation. The spring release system of crusher acts an overload protection system that allows tramp to pass through the crushing chamber without damage to the crusher. Two kinds of sealed formation dry oil and water are used, the plaster stone and engine oil are separated, and reliable performance is ensured.
Illustration of How cone Crusher works?
Cone crusher crushes materials by the working surface between the movable cone and fixed cone. The movable cone of the cone crusher is supported by spherical bearing and fixed on a hanging erect shaft which is set in the eccentric sleeve, and the sleeve is set on the stopping and pushing bearing. The movable cone and erect shaft are driven by the eccentric shaft sleeve together. The eccentric shaft sleeve is driven by horizontal shaft and fimbriated gear, and the wheel of the conveyor belt is driven by motor through v-belts. The lower part of vertical shaft is installed in the eccentric sleeve. When the eccentric sleeve of cone crusher rotates, there is a conical surface lined out by the shaft. When the movable cone comes near the fixed cone, rocks are grinded into pieces, when the cone leaves, grinded materials is discharged from the discharge hole. The fixed cone can be ascended or descended by adjusting setting to adjust the width of discharge hole; consequently the output size is determined.









Type Cavity (coarse/fine) Min. discharge size (mm) Feed size (mm) Capacity (t/h) Power (kW) Weight (t) movable cone diameter (mm)
HPC-160 C 13 150 120-240 160 13 950
F 6 76 55-180
HPC-220 C 13 225 150-430 220 18 1160
F 6 86 90-260
HPC-315 C 13 290 190-610 315 26 1400
F 6 100 108-320
HPC-400 C 13 320 230-700 400 33 1500

Standard
Model Dia. mm (foot) Cavity Feed Opening Outlet Setting (mm) Shaft Speed (r/min) Power (kw) Capacity (t/h) Weight (t) Dimension (mm)
Closing Side (mm) Open Side (mm)
CSB75 900 (3') Fine 83 102 9-22 580 75 45-91 15 2821×1880×2164
Coarse 159 175 13-38 59-163
CSB110 1200 (4') Fine 127 131 9-31 485 110 63-188 20 2821×1974×2651
Medium 156 156 13-38 100-200
Coarse 178 191 19-51 141-308
CSB160 1295 (4 1/4') Fine 109 137 13-31 485 185 109-181 27 2800×2342×2668
Medium 188 210 16-38 132-253
Coarse 216 241 19-51 172-349
CSB240 1650 (5 1/2') Fine 188 209 16-38 485 240 181-327 55 3911×2870×3771
Medium 213 241 22-51 258-417
Coarse 241 268 25-64 299-635
CSB315 2134 (7') Fine 253 278 19-38 435 315 381-726 110 4613×3251×4732
Medium 303 334 25-51 608-998
Coarse 334 369 31-64 789-1270
Short Head
Model Dia. mm (foot) Cavity Feed Opening Outlet Setting (mm) Shaft Speed (r/min) Power (kw) Capacity (t/hour) Weight (t) Dimension (mm)
Closing Side (mm) Open Side (mm)
CSD75 914 (3') Fine 13 41 3-13 580 75 27-90 15 2821×1880×2410
Coarse 33 60 3-16 27-100
CSD110 1218 (4') Fine 29 57 5-16 485 110 50-132 20 2560×1942×2928
Medium 44 73 10-16 90-145
Coarse 56 89 13-19 141-181
CSD160 1295 (4 1/4') Fine 29 64 3-16 485 160 36-163 27 2800×2342×2668
Medium 54 89 6-16 82-163
Coarse 70 105 10-25 109-227
CSD240 1676 (5 1/2') Fine 35 70 5-13 485 240 90-209 55 3917×2870×3771
Medium 54 89 6-19 136-281
Coarse 98 133 10-25 190-336
CSD315 2134 (7') Fine 51 105 5-16 435 315 190-408 110 4130×3251×4454
Medium 95 133 10-19 354-508
Coarse 127 178 13-25 454-599
Note: the capacity is based on limestone.
Type Max. input (mm) Adjusting range of output (mm) Capacity (t/h) Motor power (kW) weight (t) Overall dimensions (L×W×H)(mm)
PYB 600 65 12-25 12-25 30 5 2800×1300×1700
PYD 35 3-15 5-23 5.5
PYB 900 115 15-50 50-90 55 10.2 3050×1640×2350
PYZ 60 5-20 20-65 10.2
PYD 40 3-13 15-50 10.3
PYB 1200 145 20-50 110-200 110 24.7 4152×2300×2980
PYZ 100 8-26 50-150 25
PYD 50 3-15 18-105 25.6
PYB 1750 215 25-60 280-480 160 50.3 4870×3800×4192
PYZ 185 10-30 115-320 50.3
PYD 85 5-15 75-230 50.4
PYB 2200 300 30-60 590-1000 260-280 80 7705×3430×4852
PYZ 230 10-30 200-580 80
PYD 100 5-15 120-340 81.4