XHP500

Introduction to XHP500 Spring Cone Crusher

In industrial production, the material crushing process is of great significance. The XHP500 spring cone crusher plays a crucial role in fields such as metallurgy, building materials, and mining with its unique technical parameters, innovative working principle, and remarkable technical advantages.

Technical Parameters

The parameters of the XHP500 spring cone crusher vary with different cavity types:

Standard Type:

- The feed size of the BC - cavity is 330mm, and the discharge size is 30mm;

- The feed size of the C - cavity is 285mm, and the discharge size is 25mm;

- The feed size of the M - cavity is 200mm, and the discharge size is 20mm;

- The feed size of the F - cavity is 133mm, and the discharge size is 16mm.

Short - Head Type:

- The feed size of the C - cavity is 90mm, and the discharge size is 13mm;

- The feed size of the M - cavity is 55mm, and the discharge size is 10mm;

- The feed size of the F - cavity is 40mm, and the discharge size is 8mm;

- The feed size of the BF - cavity is 35mm, and the discharge size is 6mm.

The power range is 355 - 450kW, the processing capacity reaches 175 - 790 tons per hour, and the total weight of the whole machine is 38 tons.

Working Principle

When the XHP500 spring cone crusher is working, the motor drives the eccentric sleeve to rotate through the transmission device, making the crushing cone perform a pendulum - like motion. Materials enter the crushing chamber from the upper feed inlet and are subjected to extrusion, bending, and impact forces between the crushing cone and the mantle. As the crushing cone keeps moving, the materials are gradually crushed, and the smaller particles are discharged from the lower discharge outlet. Throughout the process, the high - speed rotation of the eccentric sleeve provides continuous and powerful power for crushing, ensuring that the materials can be efficiently crushed.

Technical Innovation Points

1. Intelligent Adaptive Adjustment System: The XHP500 is equipped with an advanced intelligent adaptive adjustment system. It can monitor the properties of the materials, the feeding speed, and the operating status of the equipment in real - time. When it detects changes in material hardness or fluctuations in the feeding amount, the system will automatically adjust the working parameters of the crusher, such as the rotation speed of the eccentric sleeve and the gap of the crushing chamber, to ensure that the equipment is always in the optimal working state, improving the crushing efficiency while reducing energy consumption.

2. New - Type Crushing Chamber Design: It adopts a new - type crushing chamber design, optimizing the shape and structure of the crushing chamber. This design makes the movement trajectory of the materials in the crushing chamber more reasonable, enabling full utilization of the crushing force, reducing the over - crushing phenomenon of the materials, improving the particle - size uniformity of the products, and meeting the strict requirements of different industries for the particle size of the materials.

3. High - Efficiency Heat Dissipation and Lubrication Integration System: The heat dissipation system and the lubrication system are integrated and optimized. The high - efficiency heat dissipation system can timely take away the heat generated during the operation of the equipment, ensuring that the equipment can operate stably in a high - temperature environment. At the same time, the advanced lubrication system can provide accurate and stable lubrication for the key components of the equipment, reducing the wear between the components and extending the service life of the equipment.