XHP400

Introduction to XHP400 Spring Cone Crusher

In industrial production, material crushing is a crucial process. The XHP400 spring cone crusher occupies an important position in many industries such as metallurgy, building materials, and mining, with its unique technical parameters and remarkable performance advantages.

Technical Parameters

The parameters of the XHP400 spring cone crusher vary with different cavity types:

Standard Type:

- The feed size of the BC - cavity is 295mm, and the discharge size is 30mm;

- The feed size of the C - cavity is 250mm, and the discharge size is 25mm;

- The feed size of the M - cavity is 195mm, and the discharge size is 20mm;

- The feed size of the F - cavity is 110mm, and the discharge size is 14mm.

Short - Head Type:

- The feed size of the C - cavity is 90mm, and the discharge size is 10mm;

- The feed size of the M - cavity is 50mm, and the discharge size is 8mm;

- The feed size of the F - cavity is 40mm, and the discharge size is 6mm;

- The feed size of the BF - cavity is 30mm, and the discharge size is 6mm.

The power range is 280 - 355kW, the processing capacity reaches 140 - 630 tons per hour, and the total weight of the whole machine is 28.72 tons.

Operation and Maintenance Features

1. Operational Convenience: The XHP400 is equipped with an advanced intelligent operation interface, and the operation panel is designed to be simple and intuitive. Operators can easily complete a series of key operations such as starting, stopping, cavity - type switching, and discharge - size adjustment of the equipment through simple button or touch - screen operations. For example, when adjusting the discharge size, the operator only needs to input the target particle - size value on the operation interface, and the equipment can automatically and accurately adjust to the corresponding discharge - opening size according to the selected cavity type, eliminating the need for cumbersome manual adjustment. This greatly reduces the operation difficulty and improves the operation efficiency. At the same time, the equipment also has an operation - process guidance function. For newly recruited operators, the system will gradually guide them to complete various operations in a graphic - and - text - based manner, effectively reducing the probability of human - error operations.

2. Maintenance Convenience: The key components of the equipment, such as the crushing wall and the mantle, all adopt a modular design concept. When these components are worn and need to be replaced, maintenance personnel can quickly disassemble and install new components, greatly shortening the equipment downtime. For example, when replacing the crushing wall, compared with traditional crushers, the modular design of the XHP400 can reduce the replacement time by about one - third. In addition, sufficient maintenance space and convenient maintenance access channels are reserved in the equipment design. Maintenance tools and personnel can easily enter the interior of the equipment to comprehensively inspect and maintain each key component. Moreover, the equipment is equipped with an intelligent fault - diagnosis system that can monitor the operating status of the equipment in real - time. Once an abnormal situation is detected, the system will immediately issue an alarm, accurately locate the fault point, and provide detailed fault information and maintenance suggestions for maintenance personnel, effectively reducing the difficulty and cost of equipment maintenance.