When the cone crusher begins to work, the electric motor drives the eccentric sleeve through the spring coupling, drive shaft and a pair of angle gear, so that the crushing wall of cone crusher gets close to and then gets away from the surface of the roll
1. The crushing chamber is special designed according to particles-layer- pressure principle. The special chamber and the suitable rotary speed improve crushing ratio and capacity, so does the cubic product percentage.
2. With hydraulic protection and hydraulic chamber cleaning, the machine is high-automatic. If something abnormal happens, such as iron is feed into the crushing chamber or there is a jam in the chamber, the machine will lift up the cover and discharging the materials automatically. This eliminates the trouble of stopping the machine to discharge the material by workers, so the maintenance is easier, the cost is lower than spring cone crusher.
3. The mantle and bowl liner are made by high abrasion materials. The special design of crushing chamber and particles-layer- pressure protection decrease the abrasion, make the service time is 30%-80% longer than traditional cone crusher.
4. It is adjusted by hydraulic device and lubricated by diluted oil. The labyrinth seal eliminates the defect of mixture between water and oil in the traditional spring cone crusher.
When the cone crusher begins to work, the electric motor drives the eccentric sleeve through the spring coupling, drive shaft and a pair of angle gear, so that the crushing wall of cone crusher gets close to and then gets away from the surface of the rolling mortar wall fixed on the adjusting sleeve, and the ores inside the crushing chamber will be constantly impacted, squeezed and bent to be crushed.
Application:
The Hydraulic Cone Crusher is widely used for secondary and fine crushing in the fields of mining, building materials, metallurgy and so on. It can crush materials with middle and high hardness such as ironstone, copper ore, granite, basalt, cobblestone, marble, limestone and so on. It is popular to be used in the high automatic crushing line which has strict requirement for finished products' shape and ratio.
Model | Chamber Size | Max Feeding | Adjusting Range of | Capacity | Motor | Weight | Overall Dimension |
HCC36B | Fine | 85 | 9~22 | 46~94 | 75 | 14.2 | 2656×1746×2241 |
Coarse | 150 | 13-38 | 61~168 | ||||
Extra Coarse | 152 | 25-38 | 122~168 | ||||
HCC36D | Fine | 35 | 3~13 | 28~93 | 14.7 | ||
Medium | 65 | 5~16 | 37~103 | ||||
Coarse | 85 | 6~19 | 61~133 | ||||
HCC51B | Fine | 115 | 13~31 | 112~189 | 160 | 25.9 | 2983×2354×3156 |
Medium | 178 | 16~38 | 136~261 | ||||
Coarse | 205 | 19~51 | 177~359 | ||||
Extra Coarse | 220 | 25~51 | 243~369 | ||||
HCC51D | Fine | 54 | 3~16 | 37~168 | 26.4 | ||
Medium | 76 | 6~16 | 84~168 | ||||
Coarse | 89 | 8~25 | 112~234 | ||||
Extra Coarse | 113 | 16~25 | 215~243 | ||||
HCC66B | Fine | 178 | 16~38 | 186~337 | 220 | 50 | 3911×2870×3771 |
Medium | 205 | 22~51 | 266~430 | ||||
Coarse | 228 | 25~64 | 308~654 | ||||
Extra Coarse | 313 | 38~64 | 444~664 | ||||
HCC66D | Fine | 60 | 5~13 | 93~215 | 51 | ||
Medium | 76 | 6~19 | 140~289 | ||||
Coarse | 113 | 10~25 | 196~346 | ||||
Extra Coarse | 125 | 13~25 | 261~346 | ||||
HCC84B | Fine | 236 | 19~38 | 392~748 | 315 | 88 | 4613×3302×4638 |
Medium | 284 | 25~51 | 626~1028 | ||||
Coarse | 314 | 31~64 | 813~1308 | ||||
Extra Coarse | 391 | 38~64 | 906~1402 | ||||
HCC84D | Fine | 89 | 5~16 | 196~420 | 90 | ||
Medium | 113 | 10~19 | 365~523 | ||||
Coarse | 151 | 13~25 | 468~617 | ||||
Extra Coarse | 172 | 16~25 | 523~673 |