HD Series Single Cylinder Hydraulic Cone Crusher

HD series single cylinder hydraulic cone crusher is designed and developed based on the new technological progress in the field of cone crushers at home and abroad. The crushing chamber is divided into S type and H type crusher. It has advanced structural design, excellent crushing capacity, reliability, large crushing ratio, high efficiency, low energy consumption, uniform product particle size, and convenient adjustment.

The machine has more than a dozen chamber types and adjustable eccentricity, which greatly enhances the flexibility and adaptability of the main machine; compared with the H type crushing chamber, the S type crushing chamber is widely used in the second stage crushing in the metallurgical, construction and road construction industries due to its large feed inlet and long crushing wall. Features and Advantages

1. The S-type crusher adopts a long crushing chamber design, with a high and steep chamber shape and a large feed port size of up to 560mm;

2. The S-type crusher has a large processing capacity of up to 1100t/h, which is suitable for dry primary gyratory and secondary crushing after jaw crusher;

3. The lower frame of the H-type crusher and the S-type crusher of the same specification are interchangeable;

4. The CLP constant chamber design improves the equipment operation rate and keeps the feeding and processing capacity constant during the liner wear cycle;

5. The main shaft adopts a large diameter design and a heavy-duty frame design, which greatly improves the reliability of the crusher;

6. The surface carburized arc bevel gear transmission is adopted, which has high transmission efficiency and realizes large torque transmission;

7. Flexible support is adopted to isolate foundation vibration;

8. The positive pressure dustproof design greatly improves the cleanliness of the lubricating oil;

9. Advanced and reliable hydraulic lubrication system realizes interlocking protection of oil temperature, flow, pressure, motor, etc.;

Technical parameters: