Product introduction: PYD series multi-cylinder hydraulic cone crusher is a new generation of crusher launched by our company with the design concept of lower production cost, longer service life, and better particle shape. It is mainly used for fine and ultra-fine crushing of rock-based materials. The operation of, higher allowable configuration power to meet the needs of higher output and finer particle size, using the lamination principle to ensure good particle shape and uniformity of material size. It has a wide range of applications, the constant discharge port ensures the controllability of the particle size, the laminated crushing improves the uniformity of the particle size, and the high-strength design ensures wide adaptability from limestone to basalt and pebbles.

Application range: Mainly used in fine crushing and ultrafine crushing of rock-based materials. Higher allowable configuration power meets the needs of higher output and finer particle size. Using the principle of lamination ensures good particle shape and uniform material size. sex.

Product use (Applicabilities)
PYD series multi-cylinder hydraulic cone crusher is a new generation of crusher launched by our company with the design concept of lower production cost, longer service life, and better particle shape. It is mainly used for fine crushing and ultrafine crushing of rock-based materials. The high allowable configuration power meets the demand for higher output and finer particle size and uses the principle of lamination to ensure good particle shape and uniformity of material size. It has a wide range of applications, the constant discharge port ensures the controllability of the particle size, the laminated crushing improves the uniformity of the particle size, and the high-strength design ensures wide adaptability from limestone to basalt and pebbles.

Working Principle
The motor drives the horizontal shaft through the V-belt, the bevel gear on the horizontal shaft drives the eccentric sleeve to rotate, the eccentric sleeve rotates around the main shaft, and drives the moving cone to perform a swinging motion so that the crushing wall and the rolling socket wall form a crushing effect. Among them: the main shaft is fixed on the main frame; the power transmission is completed by the eccentric sleeve driven by the horizontal shaft through the bevel gear, and the material is fed into the hopper through the feeding device and enters the crushing cavity, and is discharged from the lower part after crushing, and is collected and discharged through the hopper.

Product Features
1. Fine-grained products have a higher output and better quality.
2. Provide stroke options: it is possible to replace some parts and realize the function of changing the stroke of the main engine to adapt to different working conditions, and the power, granularity, and output are balanced.
3. The utilization rate of the liner is higher, the rotational wear compensation of the wall of the rolling socket prevents partial wear, and the thick liner improves the utilization rate.
4. Reduce downtime. The overload stroke is large and is not affected by the wear of wearing parts, providing better hydraulic protection, and the hydraulic cavity clearing function makes it easier to deal with unexpected shutdowns.
5. It is more convenient and quick to change parts. The replacement of the broken wall and the mortar wall does not require fillers, and the bolts that fix the mortar wall are convenient for the use of the jackhammer, which greatly reduces the man-hours for replacing the mortar wall. Motor-assisted disassembly, no need to install and remove frame bolts.
6. The operation is simple and labor-saving. It has the functions of a hydraulic motor to adjust the size of the discharge port and hydraulic cavity cleaning, without fastening the frame bolts.
7. Wide application range, constant discharge port ensures the controllability of particle size, laminated crushing improves particle size uniformity, and high strength design ensure wide adaptability from limestone to basalt and pebbles.
8. High degree of automation. Provide monitoring and automatic control of pressure, temperature, flow, material level, etc.