CH660 Cone crusher

Sandvik CH660 is an advanced design with a small footprint, and has a high capacity in relation to its size. This cone crusher has a hydraulically supported main shaft that is supported at both ends.

Sandvik CH660 has a robust crusher design, adjustable eccentric throw, and a constant intake opening. This crusher is suitable for a high-capacity secondary application or a high-reduction tertiary or pebble-crushing application. Achieve high performance by selecting the Sandvik crushing chamber that's right for your application.

The equipment is designed for easy maintenance, meaning you can fully optimise your uptime, and maintain high levels of productivity.

Advantages

  • Hydroset™ system provides safety and setting-adjustment functions
  • ASRi™ automatically adapts crusher to feed conditions
  • Unibody mainframe ensures optimal strength and less maintenance
  • Lifting from above minimizes risks and allows for safer maintenance
  • Easy to maintain and reliable
  • The electric dump valve system protects your crusher against unwanted pressure peaks greatly improving its performance and reliability
Technical data
Nominal capacity 211 - 662 mtph (233 - 730 stph)
Max. feed size 275 mm (10.8 in.)
Motor power 315 kW (422 hp)
Closed side setting (CSS) range 13 - 51 mm (0.5 - 2.0 in.)
Eccentric throw range 18 - 50 mm (0.7 - 1.9 in.)
Mantles (inner liners) A, B, HC, EF, HC
Concaves (outer liners) EC, CX, C, MC, M, MF, I
Weight 24,200 kg (53,352 lb)
Lubrication tank Standard
Offline lubrication filtration unit Optional

This crusher is also available on the following mobile unit: UH640 Mobile cone crusher

Former name: H6800 Cone crusher

Several standard crushing chambers are available for each model. The crushers can easily be matched to changes in production selecting the right crushing chamber and eccentric throw. The chambers available are:

  • EEF = Extra extra fine
  • EF = Extra fine
  • F = Fine
  • MF = Medium fine
  • M = Medium
  • MC = Medium coarse
  • C = Coarse
  • CX = Coarse xtra
  • EC = Extra coarse