PY Series Spring Cone Crusher

What is the PY series spring cone crusher?
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What are the features of the PY series spring cone crusher?

Time-Tested Reliability & Unmatched Cost-Effectiveness

1.Advanced production technology and professional equipment 

Our products have process cards for each stage from raw material to finished product, and are strictly inspected by dedicated quality inspectors.

2.Continuous improvement based on customer feedback during production and sales 

We continuously upgrade and modify the PY cone crusher during the production process.

3.Diverse models and configurations to meet various customer needs  

The PY cone crusher can also be interchanged between standard, medium, and short-head models by changing the adjusting sleeve and moving cone, meeting customers' needs for coarse, medium, and fine crushing operations.

4.Easy Routine Maintenance & Globally Accessible Parts

Due to its massive global footprint, routine maintenance and parts replacement are simple and require a low technical learning curve. Meanwhile, a healthy supply network of high-standard OEM parts ensures instant availability wherever your job site is located.

5.Extended Wear Life for Lower Cost-Per-Ton

Mantles and concaves are cast from premium high-manganese steel. Combined with an optimized interparticle crushing chamber, material fill rate is high and liners wear evenly, which drastically extends replacement cycles and slashes continuous spare parts expenditures.

 Complete Line Synergy & High Return on Investment

1.Interparticle Crushing for Superior Cubical Aggregates

Shifting away from single-particle impact, it utilizes powerful compressive force to achieve interparticle crushing. The flakiness and elongation of finished products are drastically reduced, delivering balanced sand and aggregate grading that meets strict modern construction standards.

2.High-Rigidity Body to Conquer High-Hardness Materials

The heavy-duty cast steel frame, supported by thick reinforcing ribs, offers ultimate fatigue strength. When crushing high-hardness and highly abrasive materials like basalt, granite, or quartzite, it handles high capacity continuously, making it a highly economical choice for large mining and quarry projects.

3.Manufacturer Full-Plant Solutions Erase Operational Risks

We do more than supply standalone units; we deliver integrated turnkey capabilities for complete crushing lines and mineral processing lines. From layout design and foundation guidance to on-site commissioning and operator training, our factory experts manage the process to turn your investment into profit rapidly.
Why choose the PY series spring cone crusher?

What is the working principle of the PY series spring cone crusher?

1.The working principle of the PY series spring cone crusher is to crush the material by squeezing, impacting, and bending it between the crushing cone and the fixed cone.

2.The drive shaft assembly is housed within the frame's drive shaft housing (13). A small bevel gear (12) at its front end meshes with a large bevel gear (31) mounted on the eccentric sleeve (20), while the other end connects to the electric motor via a pulley (15) and drive belt.

3.In the PY series cone crusher, the surfaces involving the drive shaft bearings, thrust plate, conical bushing and main shaft, straight bushing and eccentric sleeve, the pair of bevel gears, and the spherical bearing all undergo relative motion and friction. To ensure the crusher operates correctly, these friction surfaces require effective lubrication and dust protection.

4.The safety mechanism of the PY series spring cone crusher consists of a ring of 16 spring assemblies mounted on the frame. When uncrushable material enters the crusher, the resulting force lifts the stationary cone and support ring, compressing the springs; this increases the gap between the mantle (on the moving cone) and the concave (on the stationary cone), allowing the uncrushable material to pass through the discharge opening and preventing damage to the crusher. The support ring and adjustment ring then return to their original positions under the tension of the springs. This mechanism ensures the safety of the crusher to a certain extent.

PY Series Spring Cone Crusher

*La capacidad de producción variará en función de los distintos materiales, tamaño de alimentación y otros factores.

TypeDia. of Cone (mm)Adjusting Range of Discharge Opening(mm)Max Feed Size(mm)Capacity (t/h)Motor Power (kw)Weight (t)Overall Dimension (mm)
PYB-60060012-256515-25305.51740×1225×1940
PYD-6003-13365-23305.51740×1225×1940
PYB-90090015-5011550-905510.181990×1640×2380
PYZ-9005-206020-655510.191990×1640×2380
PYD-9003-134015-505510.271990×1640×2380
PYB-1200120020-50145110-20011024.72805×2300×2980
PYZ-12008-2610050-150110252805×2300×2980
PYD-12003-155018-10511025.62805×2300×2980
PYB-1750175025-60215280-480155-16050.63610×2950×4185
PYZ-175010-30185115-320155-160513610×2950×4185
PYD-17505-158575-230155-16050.53610×2950×4185
PYB-2200220030-60300590-1000260-280844790×3430×5080
PYZ-220010-30235200-580260-280854790×3430×5080
PYD-22005-16110120-370260-280854790×3430×4852

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FAQS

Under load, it withstands the reaction force generated by the crushing force; under no-load conditions, it withstands the reaction force caused by the weight of the moving cone and inertial forces. It ensures the stable operation of the moving cone. Therefore, the design and calculation of the spherical bearing can be based on the stability conditions of the moving cone and the specific bearing pressure.

Feed port size and maximum feed particle size: Matches the output of upstream equipment. Discharge port adjustment range: Determines the final product particle size. Main motor power: Reflects the crushing capacity and energy consumption level of the equipment. Maximum spring compression force: Reflects the equipment's overload protection capability and the hardness of materials it can handle. Overall weight and dimensions: Related to the installation site and foundation load-bearing requirements.

Feeding: Ensure uniform and continuous feeding, avoiding "overfilling" or "idling." The particle size of the material should meet the equipment requirements. Lubrication: Strictly follow the specifications for using the appropriate grade of lubricating oil. Regularly check the oil temperature, oil quality, and oil level, and clean or replace the filter element. Inspection: Check the spring condition, fastener tightness, equipment vibration, and noise level every shift. Cleaning: Keep the equipment clean and prevent dust from entering the lubrication system.

When uncrushable materials (such as iron blocks) enter the crushing chamber or when there is a severe overload, the crushing force acting on the moving cone exceeds the spring preload, forcing the moving cone to retract downwards, increasing the discharge opening, expelling foreign objects, or releasing pressure. After the foreign objects are discharged, the spring automatically resets the moving cone, thus protecting the main unit from damage.

Common causes include: Uneven spring pressure or damage to the springs. Uneven wear of the wear-resistant liners or reaching the end of their lifespan. Loose foundation fixing bolts. Uneven feeding or excessively large material pieces. Wear and tear on critical components such as bearings or gears.

This is mainly achieved by adjusting the adjusting sleeve below the top spring device. Rotating the adjusting sleeve clockwise raises the moving cone, reducing the discharge opening and resulting in finer output; conversely, rotating it counterclockwise increases the opening. After adjustment, it needs to be locked, and the pressure of the springs on both sides should be balanced.

The core wear-resistant parts include the moving cone liner, fixed cone liner, cup-shaped bearing, and copper sleeve. Their lifespan is related to the material hardness, abrasiveness, and operation and maintenance. Under normal circumstances, the liner lifespan can reach several hundred to several thousand hours. It is recommended to regularly check the wear condition and replace them in a timely manner according to changes in product particle size and production capacity.

Simple and reliable structure: The mechanical spring overload protection system reduces potential failure points and simplifies maintenance. Lower cost: Initial purchase and maintenance costs are typically lower than those of a hydraulic cone crusher of the same specifications. Stable Operation: Under stable operating conditions, the crushing efficiency is high, and the output particle size is uniform.

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Professional Full-Lifecycle Technical Support

We deliver more than just parts; we provide comprehensive lifelong technical service. From initial crushing chamber optimization (Standard vs. Short Head) to on-site installation guidance, commissioning, routine maintenance training, and troubleshooting, our veteran engineering team is ready to help you optimize processes and achieve a lower cost-per-ton.

Global Fast-Response & Ready-to-Ship Inventory

Recognizing that downtime equals lost revenue, we maintain a massive inventory of ready-to-ship parts for mainstream models including PY750, PY900, PY1200, PY1750, and PY2200. Supported by modern warehousing and an efficient global logistics network, we ensure rapid international shipping to deliver critical parts to your site swiftly, minimizing unplanned operational pauses.

100% Genuine High-Manganese Steel Wear Parts

We offer a complete range of OEM spare parts for PY Spring Cone Crushers, including concaves (bowl liners) and mantles. Cast from premium high-manganese steel (Mn13Cr2, Mn18Cr2) and treated with a specialized heat process, these liners work-harden rapidly under severe impact. This significantly extends service life, minimizes downtime, and perfectly matches your crusher's specifications for maximum throughput.

Industrial manufacturing

Lifecycle Services

We provide comprehensive support throughout the entire lifecycle of your equipment. Our service approach ensures long-term reliability and optimized performance for every project.