The Raptor® XL300 Cone Crusher is a high-performing, cost-effective solution for stationary, portable, and mobile aggregate operations.
At a Glance:
Horse Power - 300 hp
Head Diameter - 44 in (1.1176 m)
Maximum Throughput - 610 TPH (555 tonnes)
Maximum Feed - 9.5 in (241 mm)
Frame Design - One piece cast steel
Fully automated - Crusher control, calibration, tramp release, advanced hydraulics
All XL300 cone crushers feature one-piece cast steel mainframe, with a forged steel main shaft. At the same time, this compact unit has a physical height and mass that allow for many options in the design of multi-functional, street-legal portable plants. Its versatility also extends to applications, as the XL300 cone crusher is ideal for creating such salable products as asphalt chip, road base or railroad ballast.
The Raptor XL300 Cone Crusher features a high pivot point and large crushing stroke that offers better crushing action throughout the crushing chamber than many competitive models. An active feed opening creates a desirable end product shape for high production of salable material. With a large head diameter in its size class — 44 inches (1.1176 m) — the XL300 can accept feed that is up to 25 percent larger than can be accepted by a crusher with less throw or head diameter.
Automated features include advanced overload sensing technology that detects crushing force overload. A simple alarm is activated, or the system can be configured to automatically take corrective action. This same advanced automation system can be used to optimize crusher performance, with feed control, setting adjustment and monitoring of all critical lubrication and hydraulic parameters.
The crusher employs “fail safe” hydraulics through an internal relief valve within the dual-acting tramp release cylinders. This feature ensures the machine stays protected from mechanical overload in the event of an accumulator bladder failure. An additional safety feature standard on all Raptor cone crusher models is the counterclockwise rotation crushing action that protects the machine if adjustment ring movement is excessive or if the ring gear brake fails.