The Omni 1560 Concasseur à cône: Powering Efficiency and Reliability in Aggregate Production

In the demanding world of aggregate processing, carrière, and mining operations, the cone crusher stands as a critical workhorse for secondary and tertiary reduction stages. Among the robust solutions available, the ® Minerals Processing Systems (MPS) Omni 1560 Cone Crusher has established itself as a formidable contender, renowned for its robust construction, high throughput capacity, advanced automation capabilities, and operator-friendly design tailored for mid-to-large scale operations requiring consistent production of high-quality aggregates.

Conçu pour la performance: Spécifications de base et philosophie de conception

The Omni 1560 isn't just another cone crusher; it embodies MPS's commitment to combining proven technology with modern innovation:

1. Structure robuste & Heavy-Duty Components: Built around a large-diameter main shaft supported by upper and lower spherical roller bearings housed within a rugged cast steel frame, the Omni 1560 is designed to withstand severe crushing conditions and deliver long service life under continuous operation.
2. Significant Crushing Power: Poussé par un puissant 500 HP (373 kW) electric motor coupled via V-belts to an efficient gear drive system (gear box), this machine delivers substantial crushing force necessary for reducing hard rock such as granite, basalte, piège à pierres, quartzite, et matériaux abrasifs.
3. Generous Feed Opening & Capacité: With its 60-inch (1524 mm) diamètre de la tête, the Omni 1560 features a large feed opening capable of accepting substantial feed sizes directly from primary jaw crushers or large scalping screens. This translates directly into impressive throughput capacities suitable for high-production quarries.
4. Optimized Chamber Design: The machine typically features multiple liner configurations optimized for different applications – fine crushing (tête courte), medium crushing (standard), or coarse crushing options are available or configurable to achieve specific product gradation targets efficiently.

5. Système hydraulique avancé: A sophisticated hydraulic system underpins several key functions:
Hydraulic Tramp Relief & Cavity Clearing: This crucial safety feature rapidly opens the crusher bowl during uncrushable events (fer à repasser) or blockages without stopping the machine entirely or causing damage to internal components.

Réglage hydraulique: Réglage du côté fermé (CSS) adjustments are made quickly and precisely via push-button controls on an operator panel or remotely through automation interfaces (comme