Model | PYF1200 | |||
Cavity Type | C | M | F | EF |
Maximum feed size (mm) | 180 | 130 | 90 | 60 |
Discharge opening adjustment range (mm) | 13-38 | 10-25 | 10-19 | 6-19 |
Processing Capacity (t/h) | 115-260 | 100-175 | 80-140 | 60-130 |
Motor power (kw) | 110-132 | |||
Machine weight (t) | 15.5 |
*Note: The processing capacity of the PYF1200 cone crusher may vary with different materials and feeding sizes.
The pics show actual production site of the stone crusher plant in Changzhi Shanxi. By working extra hours every day from the start our staff ensures fast completion of the stone crushing line project.
Dingli does not make specific equipment configuration until survey of production site for many times and comprehensive knowledge of the material to be crushed.
This is a crushing production line established by cement industry that can crush not only limestone but clay and gypsum with high efficiency full crushing and lower wear-resistance.
The PYF1200 cone crusher is a reliable and efficient piece of equipment that plays a significant role in various industrial crushing operations. Understanding its suitable applications and implementing proper maintenance measures are key to ensuring its long-term performance and maximizing its value.
The C cavity of the PYF1200, with a maximum feed size of 180 mm and a discharge opening adjustment range of 13 - 38 mm, is well-suited for medium to large-scale construction projects. It can handle relatively larger rocks and efficiently crush them into appropriate sizes for use in building foundations, roadbeds, and large concrete structures. In projects like the construction of commercial complexes, bridges, or highways, its processing capacity of 115 - 260 tons per hour enables it to supply a substantial amount of crushed materials to meet the high demands of these endeavors, ensuring the smooth progress of construction work.
The M cavity, which can accommodate a maximum feed size of 130 mm and has a discharge opening adjustment range of 10 - 25 mm, is excellent for producing aggregates for general construction purposes. Whether it's for making concrete mixes for residential buildings, industrial facilities, or smaller infrastructure projects, it can convert the input materials into consistent and suitable aggregate sizes. With a processing capacity of 100 - 175 tons per hour, it can provide a reliable supply of aggregates to support the construction process and contribute to the quality of the final structures.
The F cavity, with a maximum feed size of 90 mm and a discharge opening adjustment range of 10 - 19 mm, is designed to meet the needs for fine aggregates. In applications such as producing sand for high-quality concrete used in decorative or precision construction, like in the creation of architectural facades, swimming pools, or high-end interior finishes, its ability to produce a more refined crushed output is crucial. Its processing capacity of 80 - 140 tons per hour allows it to generate a sufficient quantity of fine aggregates to fulfill these specific requirements.
The EF cavity, capable of taking in materials up to 60 mm and having a discharge opening adjustment range of 6 - 19 mm, is ideal for specialized fine material production. For instance, in the manufacturing of specialty sands for glass production, ceramic manufacturing, or other industries that demand extremely fine and consistent particle sizes, the EF cavity can play a vital role. Its processing capacity of 60 - 130 tons per hour ensures a steady supply of the finely crushed materials needed for these specialized applications.
Regular inspection of wear parts is essential for maintaining the optimal performance of the PYF1200 cone crusher. Key wear parts include the mantle, concave liner, and bearings. These components are constantly in contact with the materials being crushed and endure significant friction and impact during the crushing process. It's advisable to conduct inspections at regular intervals, depending on the intensity of usage. For example, if the crusher is in continuous operation for several hours a day, inspections should be carried out more frequently, perhaps every few hundred hours of operation. Look for signs such as excessive wear on the surface of the mantle and concave liner, like deep grooves or thinning of the material. In the case of bearings, pay attention to any unusual noises, vibrations, or signs of overheating, which could indicate potential problems. If any wear parts show signs of severe wear beyond the acceptable limits, they should be replaced promptly to avoid affecting the crushing efficiency and the quality of the final product.
Proper lubrication is crucial for the smooth operation of the PYF1200. All moving parts within the crusher need to be lubricated regularly using high-quality lubricants that are suitable for the specific operating conditions. The lubrication points should be carefully identified and lubricated according to the manufacturer's recommended intervals. Ensure that the lubricant is clean and free from contaminants. Contaminated lubricant can accelerate wear and lead to premature failure of components. Regularly check the lubricant levels and quality, and replace the lubricant as needed. This helps reduce friction between moving parts, minimizes heat generation, and prolongs the lifespan of the equipment.
Performing a comprehensive check of the entire PYF1200 crusher on a regular basis is beneficial for its long-term performance. Inspect the electrical connections, belts, and other mechanical components for any signs of damage, looseness, or wear. Tighten or repair any loose or damaged parts as necessary. Keeping the equipment clean is also important. Remove any accumulated dust, debris, or spilled materials from the exterior and around the crusher regularly. This not only helps maintain a good working environment but also prevents these substances from entering the internal mechanisms and causing potential damage or interference with the operation of the crusher.
The PYF1200 cone crusher offers a wide range of applications across different industries, and by following proper maintenance procedures, users can ensure its efficient operation and extend its service life, making it a valuable asset in various industrial crushing operations.
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