The production of gyratory crusher has a history of over 100 years. Compared with jaw crusher, its product size is uniform, wearing of crushing wall is small, operating rate is high and production capacity can reach up to 3-4 times. Since the direct turning mode is adopted for feeding, such production facilities as storage bin for raw ore and ore feeder can be omitted during coarse crushing of crushing production technology. It is the preferred typical equipment for large and medium sized mines and other industries for coarse crushing of various hard materials.
Generally, the hydraulic gyratory crusher is produced to install the hydraulic device on lower part of its base to support the crushing cones. The safe insurance of crusher and adjustment of ore discharging mouth are realized by utilizing the hydraulic energy storage system. The unreliability of safety devices of original suspension shaft type gyratory crusher and shortage of troublesome adjustment of ore discharging mouth can be overcome to bring new life to the gyratory crusher.
Model Power(kw) Eccentric distance(mm) cone rotational speed(RPM) Weight(T) Feeding size(mm) Max feeding size(mm) Discharge size(mm) Capacity(tph)
PXZ0913(3565) 280 32 120-160 139 900 750 130-160 625-770
PXZ1216(4779) 400 38 110-155 229 1200 1000 160-190 1250-1480
PXZ1417(5587) 500 40 110-155 310 1400 1200 170-200 1750-2060
PXZ1518(5988) 600 42 110-150 380 1500 1250 180-220 2550-3650
PXZ1619(6393) 800 46 110-150 459 1600 1350 190-230 3550-4680
PXZ1719(6495) 1000 48 110-145 459 1700 1400 190-250 4250-6950
The production of gyratory crusher has a history of over 100 years. Compared with jaw crusher, its product size is uniform, wearing of crushing wall is small, operating rate is high and production capacity can reach up to 3-4 times. Since the direct turning mode is adopted for feeding, such production facilities as storage bin for raw ore and ore feeder can be omitted during coarse crushing of crushing production technology. It is the preferred typical equipment for large and medium sized mines and other industries for coarse crushing of various hard materials.
Generally, the hydraulic gyratory crusher is produced to install the hydraulic device on lower part of its base to support the crushing cones. The safe insurance of crusher and adjustment of ore discharging mouth are realized by utilizing the hydraulic energy storage system. The unreliability of safety devices of original suspension shaft type gyratory crusher and shortage of troublesome adjustment of ore discharging mouth can be overcome to bring new life to the gyratory crusher.
Model Power(kw) Eccentric distance(mm) cone rotational speed(RPM) Weight(T) Feeding size(mm) Max feeding size(mm) Discharge size(mm) Capacity(tph)
PXZ0913(3565) 280 32 120-160 139 900 750 130-160 625-770
PXZ1216(4779) 400 38 110-155 229 1200 1000 160-190 1250-1480
PXZ1417(5587) 500 40 110-155 310 1400 1200 170-200 1750-2060
PXZ1518(5988) 600 42 110-150 380 1500 1250 180-220 2550-3650
PXZ1619(6393) 800 46 110-150 459 1600 1350 190-230 3550-4680
PXZ1719(6495) 1000 48 110-145 459 1700 1400 190-250 4250-6950
Symons cone crusher in Shunda can be widely used in metallurgical industry, construction industry, road building industry, chemical industry and silicate industry, suitable for crushing hard and medium-hard ores and rocks, such as iron ore, copper ore, limestone, quartz, granite, sandstone. Symons cone crusher is mainly formed by eccentric shaft, rack, drive, empty, bowl bearing, breaking cone, adjusting device, adjusting sleeve, spring, dilute petrol station and hydraulic station which can adjust the output size. Shunda Symons cone crusher has the advantage of reliable structure, high production efficiency, easy adjustment, using economically, effectively reduce the piece rate and so on.
Model
Breaking diameter
(mm) Cavity
type Closing side
of feed
port(mm) Opening side
of feed
port(mm) Minimum
discharge
open (mm) Main motor
power(kw) Discharge
Outletsize
(mm) Capacity
(t/h)
PYS-B0910 3(914) Fine 83 102 10 75 10-22 45-91
PYS-B0917 Rough 159 175 13 13-38 59-163
PYS-B0918 Extra rough 163 178 25 25-38 118-163
PYS-D0904 Fine 13 41 3 3-13 27-90
PYS-D0906 Rough 33 60 3 3-16 27-100
PYS-D0907 Extra rough 51 76 6 6-19 59-127
PYS-B1313 4 1/4
(1295) Fine 109 137 13 155 13-31 109-180
PYS-B1321 intermediate 188 210 16 16-38 130-20
PYS-B1324 Rough 216 241 19 19-51 170-350
PYS-B1325 Extra rough 238 259 25 25-51 236-360
PYS-D1306 Fine 29 64 5 5-16 50-160
PYS-D1308 intermediate 54 89 6 6-16 74-160
PYS-D1310 Rough 70 105 10 10-25 98-215
PYS-D1313 Extra rough 98 133 19 19-25 180-225
PYS-B1620 5 1/2
(1676) Fine 188 209 16 240 16-38 181-327
PYS-B1624 intermediate 213 241 22 22-51 258-417
PYS-B1626 Rough 241 269 25 25-64 300-635
PYS-B1636 Extra rough 331 368 38 38-64 431-630
PYS-D1607 Fine 35 70 6 6-13 100-209
PYS-D1608 intermediate 54 89 6 6-19 136-310
PYS-D1613 Rough 98 133 10 10-25 190-336
PYS-D1614 Extra rough 117 158 13 13-25 253-336
PYS-BC2127 7
(2134) Fine 253 278 19 400/450 19-38 540-800
PYS-BC2133 intermediate 303 334 25 25-51 670-1100
PYS-BC2136 Rough 334 369 31 31-64 870-1400
PYS-BC2146 Extra rough 425 460 38 38-64 970-1500
PYS-DC2110 Fine 51 105 6 6-16 300-450
PYS-DC2113 intermediate 95 133 10 10-19 390-560
PYS-DC2117 Rough 127 178 13 13-25 500-660
PYS-DC2120 Extra rough 152 203 16 16-25 560-720
