How Does the CFS252P Horizontal Vibrating Screen Improve Screening Efficiency?
The Cruston CFS252P is a two-deck horizontal vibrating screen from the CFS series, specifically designed for wheeled applications. It features a 1.8 m × 4.9 m sieve plate and an 8.9 m² screening area, driven by six MV2 exciters. Unlike traditional linear-motion screens, it employs an elliptical vibration trajectory with a 3:1 major-to-minor axis ratio, generating high acceleration that enhances material stratification. This results in superior screening accuracy and efficiency, even in confined spaces. The screen effectively handles sticky or flaky materials, reducing clogging and sticking issues common in recycling and quarrying.
Typical applications include primary and tertiary screening in quarries, gravel pits, and crushing contracting. The CFS252P is particularly effective in recycling operations where solid waste and flaky particles cause conventional screens to blind. Its compact structure allows easy relocation within a production site or transport between locations. The screen can be configured for wet or dry screening, adapting to various material conditions. With a weight of 9,100 kg, it balances robustness and mobility, making it a versatile solution for mobile plants.
Compared to other models in the CFS series, the CFS252P offers a unique combination of a smaller footprint and high capacity. While the CFS253 has three decks for increased product fractions, the CFS252P's two-deck design simplifies maintenance and reduces weight. The CFS303, with a larger 11 m² area, suits higher throughput, but the CFS252P remains optimal for space-restricted sites. Its six MV2 exciters provide a powerful 3:1 elliptical motion, ensuring efficient screening of medium to fine particles. The non-welded side plates enhance fatigue resistance, extending service life in harsh conditions.
- Elliptical vibration with 3:1 axis ratio for superior stratification and reduced clogging.
- Compact design with 8.9 m² area, ideal for wheeled plants and confined spaces.
- Six MV2 exciters with eccentric counterweights for high-energy, reliable operation.