High-Quality HSC Single Cylinder Hydraulic Cone Crusher: High-Performance Solution from China Suppliers and Factory Suppliers, Service

,

The HSC Single Cylinder Hydraulic Cone Crusher represents a cutting-edge solution for crushing in the mining and aggregate sectors, especially within China. As a leading product from reputable suppliers, this crusher seamlessly combines mechanical simplicity with outstanding performance. It has been meticulously engineered to meet the rigorous demands of modern operations, integrating mechanical, hydraulic, electrical, and automated technologies into a compact design. Ideal for secondary and tertiary crushing tasks, the HSC crusher excels at handling medium-hard to hard materials such as basalt, granite, and river pebbles.

,

Innovative Single-Cylinder Design is the hallmark of the HSC series. The advanced hydraulic system, strategically positioned at the machine's base, incorporates three essential functions—discharge opening adjustment, constant pressure control, and overload protection—into a single unit. This sophisticated design facilitates vertical movement of the main shaft, allowing for precise control over the Closed Side Setting (CSS) and ensuring consistent product size. Additionally, it simplifies the internal structure significantly when compared to traditional multi-cylinder models, making it a preferred choice among factory operations looking for efficiency and reliability.

,

Product Description

01 Product Overview

Product Description

Intelligent Automation and Control

The HSC is equipped with a fully automated PLC control system, transforming the operator's role from manual labor to supervision. This system provides real-time monitoring of key operational parameters, such as oil temperature, pressure, and motor load. If the crusher encounters uncrushable material (tramp iron), the hydraulic system automatically lowers the main shaft to release the obstruction and immediately resets, minimizing downtime and protecting internal components from damage.

High Quality and Low Consumption

Utilizing a specialized "lamination crushing" cavity design, the HSC crushes material against itself, producing a superior cubic product shape with high bulk density—ideal for high-standard construction aggregates. Furthermore, the steep mantle angle and optimized stroke maximize throughput capacity while reducing energy consumption per ton. With its positive pressure dust prevention system and durable bronze bushings, the HSC ensures clean oil circulation and long-lasting performance, making it a reliable, low-maintenance workhorse for heavy industry.

02 Specifications

Main Technical Specifications

Model Cavity Type Max Feeding Size (mm) Minimum Output Size (mm) Capacity (t/h) Motor Power (kw) Overall Dimension (mm)
HSC100 C2 (Extra Coarse) 240 22 85-170 ≤ 90 1550 × 1575 × 2545
HSC100 C1 (Medium Coarse) 200 19 70-130 ≤ 90 1550 × 1575 × 1965
HSC100 F (Fine) 135 10 45-115 ≤ 90 1550 × 1575 × 1965
HSC100 F1 (Medium Fine) 65 8 35-80 ≤ 90 1550 × 1575 × 1965
HSC100 F2 (Extra Fine) 35 4 27-60 ≤ 90 1550 × 1575 × 1965
HSC160 C (Coarse) 235 19 90-275 ≤ 160 1875 × 1920 × 3195
HSC160 F (Fine) 185 13 66-210 ≤ 160 1875 × 1920 × 2400
HSC160 F1 (Medium Fine) 90 10 65-165 ≤ 160 1875 × 1920 × 2400
HSC160 F2 (Extra Fine) 50 6 48-105 ≤ 160 1875 × 1920 × 2400
HSC250 C (Coarse) 300 25 120-345 ≤ 250 2100 × 2320 × 4096
HSC250 F (Fine) 215 16 110-395 ≤ 250 2100 × 2320 × 2780
HSC250 F1 (Medium Fine) 110 13 115-340 ≤ 250 2100 × 2320 × 2780
HSC250 F2 (Extra Fine) 70 8 90-255 ≤ 250 2100 × 2320 × 2780
HSC250 C2 (Extra Coarse) 560 41 335-1050 ≤ 250 2100 × 2320 × 2780
HSC315 C (Coarse) 500 38 305-895 ≤ 315 2380 × 2735 × 4630
HSC315 F (Fine) 275 16 170-565 ≤ 315 2380 × 2735 × 3265
HSC315 F1 (Medium Fine) 135 16 190-505 ≤ 315 2380 × 2735 × 3265
HSC315 F2 (Extra Fine) 65 13 205-320 ≤ 315 2380 × 2735 × 3265

Frequently Asked Questions

Q What does the PLC control system in the HSC crusher monitor?
The fully automated PLC control system continuously monitors key operational parameters including oil temperature, hydraulic pressure, and motor load in real time. This allows operators to supervise the machine rather than perform manual adjustments, improving both safety and efficiency.
Q How does the HSC crusher handle uncrushable material such as tramp iron?
When the HSC encounters tramp iron or other uncrushable objects, the hydraulic system automatically lowers the main shaft to create a gap, allowing the material to pass through. The system then resets immediately, minimizing downtime and protecting internal components from damage.
Q What is "lamination crushing" and why does it produce a better product shape?
Lamination crushing is a specialized cavity design where material is crushed against itself rather than against metal surfaces. This inter-particle crushing action produces a superior cubic product shape with high bulk density, making the output ideal for high-standard construction aggregates and road base materials.
Q Which HSC model is suitable for the highest capacity requirements?
The HSC250 in C2 (Extra Coarse) configuration offers the highest capacity, ranging from 335 to 1,050 t/h, with a maximum feeding size of 560 mm. For very large operations requiring high throughput, the HSC315 in C (Coarse) configuration also delivers up to 895 t/h with a 500 mm feed size.
Q What is the minimum output size achievable with the HSC crusher series?
The smallest minimum output size in the HSC series is 4 mm, achieved by the HSC100 in F2 (Extra Fine) configuration. This makes it suitable for applications requiring very fine aggregate output, such as manufactured sand production or specialized construction materials.
Q How does the HSC crusher reduce maintenance requirements and extend service life?
The HSC incorporates a positive pressure dust prevention system that keeps contaminants out of the lubrication circuit, ensuring clean oil circulation at all times. Combined with durable bronze bushings and automated protection systems, these design features significantly reduce wear, extend component life, and lower overall maintenance costs for heavy-industry operations.

Related Products