Product Description
PERFORMANCE FEATURE
Installation Without Anchor Bolts
The machine installation doesn’t need anchor bolts, which adopt the shock-absorbing pad and the limit block for fixing. A good balanced design ensures the smooth operation of the machine.
Frame Body Without Welding Design
The frame body adopts a non-welding modular design to avoid reducing service life due to stress concentration when withstanding impact load.
Integrated Design Of Motor
The drive motor is installed on the crusher without a separate installation foundation. The overall equipment is more compact, and the installation is simpler and more convenient.
Double Wedge Outlet Adjustment Design
Equipped with a double wedge hydraulic adjustment system, and outlet adjustment, fast and lightweight, two configurations are available, i.e. mechanical adjustment and hydraulic adjustment
Special Design For Dynamic Overload Protection System
A dynamic overload protection system can be installed for the special crushing requirements of steel slag, construction recycling, and other industries.
When the unbreakable material such as steel block enters the crushing cavity, it will automatically resume normal operation after unloading and being discharged through the unloading and buffer device to meet the overload protection requirements.
THE ULTIMATE PRIMARY CRUSHER
The C Series jaw crushers are overhead eccentric single toggle jaw crushers. The feed material is crushed between fixed and movable jaw dies. Movable jaw die is mounted to the pitman. Pitman motion (=kinematics) is defined by the eccentricity of the eccentric shaft and by the angle of the toggle plate. In C Series jaw crushers the angle of the toggle plate is so steep that it amplifies the stroke from the top of the cavity to the bottom of the cavity. The result is a long and linear stroke in the bottom of the cavity which ensures great productivity and high reduction ratio.
Cavity of the C Series jaw crushers works extremely efficiently from the very top to the bottom thanks to great feed opening dimensions, a good stroke up in the cavity, tight nip angle (angle between the fixed and movable jaw) and the long amplified linear stoke in the bottom of the cavity. The crusher size, weight, feed opening dimensions and capacity are all in good balance ensuring that with reasonable capital investment it is possible to process large feed and produce with good capacity. This ensures the best total economical feasibility of the primary crushing stage.
