Project Description

Compound Cone Crusher, widely used in the industries of metallurgy,building material,road construction,chemical engineering& silicate, is suitable for crushing all kinds of ores and rocks with hardness of medium or above.The machine has such features as big power.High efficiency,high handling capacity,low operation cost, easy adjustment,economical operation and longer running performance.Even granularity of the crushed product reduces the circulation load,and furthermore by introducing the hydraulic cleaning chamber system into the crushers of middle and large size,the down time is reduced accordingly.The user may choose different type of chamber upon different request freely,because of the wide range of products to be provided.

The big type machine adopts hydraulic safe system.The spring safety system is the protection unit against overload,and keeps the crushing chamber from being damaged by foreign substance or iron pieces.

This machine is divided into two types,the standard type and the short head type.Consequentially the standard type is generally used for medium and coarse material,and the short head type for medium and fine material.

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  • A technical, strong and reliable machine which optimizes performance.
  • An adjustable crusher which greatly increases output using the latest eccentric and spacing technology.
  • The Compound crushing chamber is able to produce cubic shaped product.
  • An extremely efficient machine which uses the laminating-crushing principle to decrease wear.
  • A hydraulic adjustment device makes this machine easy to operate.
  • Chamber clearing process can be completed within 10 minutes by using the hydraulic chamber clearing device.
  • Replacement of the inner movable cone has now been made easier with this use of this machine since, it is designed to eliminate the need of using complicated steps to free the main shaft. This new design now simplifies this process and greatly reduces maintenance time.
  • Operating and monitoring systems have been improved to protect the machine from unnecessary and potential damage.

Model Chamber type Max feeding size (mm) Min discharge size (mm) Power (kw) Crushing capacity (t/h) Weight (kg)
End discharge opening size (mm)
6 10 13 16 19 22 25 38 51 64
CC600 C 95 10 37-45 20 25 30 35 45 50 76 5300
M 72 6 37-45 18 20 25 30 35 40 45 60 5300
CC1000 C 160 13 90-110 80 100 135 150 175 235 10800
M 115 10 90-110 65 75 90 120 135 150 10800
F 80 8 90-110 50 55 65 70 95 10510
EF 50 6 90-110 50 55 65 70 102 10510
CC1160 C 180 13 110-132 115 135 150 180 200 260 15500
M 130 10 110-132 100 110 120 135 165 175 15500
F 90 10 110-132 80 105 110 140 15500
EF 60 6 110-132 60 74 105 110 130 15500
CC1300 C 200 16 132-160 150 180 200 230 310 390 22300
M 150 13 132-160 115 140 160 190 210 22300
F 102 10 132-160 90 115 145 160 22300
EF 70 8 132-160 88 110 135 155 22300
CC1380 C 215 19 185-220 200 220 260 330 420 26300
M 160 16 185-220 155 180 200 220 26300
F 115 13 185-220 150 190 210 230 26300
EF 76 8 185-220 122 148 185 200 26300
CC1500 C 235 22 185-220 240 265 300 400 510 570 37750
M 175 19 185-220 215 240 265 320 37750
F 130 13 185-220 180 210 235 255 275 37750
EF 90 10 185-220 148 178 200 220 37750
CC1680 C 267 22 250-300 330 390 525 655 725 44300
M 203 16 250-300 230 270 300 330 44300
F 140 13 250-300 185 225 265 340 44300
EF 95 10 250-300 180 220 260 335 44300
Electrical requirement 380 to 420V, AC(50/60Hz) or according to local standard
Temperature range -50℃ to 70℃
Lubricating system Auto control lubrication oil station, accident alert
Protection system Oil system, One buttom to clean chamber
Raw material water content ≤20%
Electric Control system ABB & Schneider, PLC
Crush method Stone to stone crushing