CVS-2060 Vibrating Screen 192-240 T/H

The CVS-2060 vibrating screen stands as a robust solution for material screening operations in crushing and concrete plants, delivering consistent performance across diverse applications. With a production capacity ranging from 192 to 240 tons per hour, this equipment handles medium to large-scale operations efficiently. The 12 square meter screening surface, measuring 2,000 × 6,000 mm, provides ample area for effective material separation while maintaining a compact footprint on site.

What sets the CVS-2060 apart is its flexible deck configuration system. Operators can choose between 2, 3, or 4 deck setups depending on the number of product fractions required. This adaptability proves particularly valuable when processing aggregates that need precise classification into multiple size ranges. The screen meshes themselves can be fitted with either steel wire or polyurethane materials, allowing users to match the screening surface to the hardness and abrasiveness of the material being processed. Polyurethane meshes excel when dealing with harder stones that would quickly wear through metal, while steel meshes offer cost-effectiveness for less demanding applications.

The drive system offers two distinct configurations: top-driven or center-driven variants. This choice affects maintenance accessibility and the machine's vibration characteristics, giving plant managers flexibility based on their specific operational requirements. The precision-machined eccentric shaft, forged from high-grade steel and ground to exact specifications, generates the vibrating motion that separates materials by size. This component undergoes rigorous quality control because any imbalance would lead to premature bearing failure and uneven screening performance.

CONSTMACH equips the CVS-2060 with premium bearings sourced from industry leaders like SKF, FAG, Timken, and NSK. These bearings handle the continuous stress of vibratory motion, and their superior fit on the shaft prevents the wobbling that causes premature wear. Users can opt for either grease or oil lubrication systems depending on maintenance preferences and operating conditions. The bearing housing design ensures optimal sealing against dust and moisture, which are constant enemies in aggregate processing environments.

Structural integrity comes from the use of Huck bolt fasteners throughout the construction. Unlike conventional bolts that can loosen under continuous vibration, Huck bolts create permanent connections that maintain tension over years of operation. The feedbox and discharge lips feature bolted and welded construction with abrasion-resistant steel linings. These high-wear areas take the brunt of material impact as aggregate enters and exits the screen, so their replaceable design minimizes downtime during maintenance.

The deck support frames come in either crowned or flat configurations, both stress-relieved to prevent metal fatigue. Crowned decks help material flow toward the discharge end, particularly useful for sticky or moist materials, while flat decks work well for free-flowing aggregates. The modular structure simplifies spare parts replacement, allowing maintenance crews to swap components without specialized tools or extensive dismantling.

Motor options of 15, 18.5, or 22 kW provide the necessary power to drive different deck configurations and material loads. Heavier materials or more decks require higher motor power to maintain proper vibration amplitude and frequency. The machine's weight ranges from 17,500 to 20,500 kg depending on configuration, reflecting the solid construction needed for continuous-duty screening operations.

CONSTMACH's design philosophy emphasizes durability through simplicity. Every component serves a clear purpose, and complex mechanisms that might fail under demanding conditions are deliberately avoided. This approach translates to higher uptime and lower operating costs across the screen's service life, making the CVS-2060 a practical choice for aggregate producers who need reliable performance without constant technical intervention.