DRC Double Roll Crusher
High Performance Crusher. Redefined.
DRC TECHNOLOGY
Conventional double roll crushers couldn’t compete with jaw crushers, cone crushers or impact crushers when it came to reduction ratio. That’s changed.
The DRC series combines the inherent process advantages of roller crushing with a significantly higher reduction ratio – making it a more efficient alternative that delivers real advantages in production. Compared to standard roller crusher solutions on the market, the DRC stands apart with both a higher reduction ratio and higher throughput capacity.
ONE CRUSHER FOR EVERY APPLICATION
The DRC’s new crushing technology eliminates the traditional limitations of double roll crushers. Its process advantages – low fines, cubic grain shape, low noise and dust – are now paired with the reduction ratios previously reserved for alternative crusher types.
The result is a machine that combines the best of both worlds: the gentle, efficient crushing process of a roller crusher with the performance you’d expect from impact or cone crushers.
Primary Stage
DRC 1400-900 (DRC 900-20 pictured)
Secondary Stage
DRC 700-450 (DRC 700-15 pictured)
THE ADVANTAGES AT A GLANCE
High reduction ratio
Low fines generation
Minimal oversize
Hydraulic gap adjustment with overload protection
Automated reverse operation with high starting torque
Efficient drive technology
Low noise emissions
Low dust generation
OUR ROLLER CRUSHERS HANDLE THE HEAVY WORK. WITH SOLUTIONS IN THE DETAILS.
At a glance
Technical Characteristics
Crushing gap
adjustable
A defined grain size range is achieved by the choice of crushing tools.
Overload protection
integrated
By torque limiters
Reversing operation
automated
Blockages can be eliminated with the help of an intelligent control system.
Crushing tools
Quick-Change-System
– Replacement of individual crushing segments
– Replacement of the entire roller
Control system
Machine is fully automated
Machine and process can be monitored and adjusted via an operator panel. Additional feed and discharge systems can be integrated into the control system.
