Mangeoire vibrante GF

Mangeoire vibrante GF
Mangeoire vibrante GF

GF Vibrating Feeder est le chargeur pour grizzlis entraîné par le moteur vibrant. En tant que chargeur primaire efficace, il est spécialement conçu pour les stations de concassage mobiles (également connu sous le nom de concasseurs mobiles), lignes de concassage semi-fixes et terrains pour petits stocks (Généralement, the capacity is below 250TPH and the available volume of material silo is below 30m³.) It is suitable to feed materials into jaw crushers, primary impact crushers and hammer crushers, etc.. Sometimes, it functions as a primary conveyor.

caractéristiques du produit: 4.0G of vibration strength, two-stage drop structure, higher capacity, more thorough pre-screening
  • Taille d'entrée: 0-700millimètre
  • Capacité: 280-450TPH
  • Matériel: Granit, marbre, basalte, calcaire, quartz, Galet, minerai de cuivre, minerai de fer et ainsi de suite

Performance

Bigger Vibration Strength, Higher Capacity

G-force is a key index testifying the performance of vibrating machines. The bigger the vibration strength is, the higher the capacity would be. GF Vibrating Feeder adopts advanced design theories and manufacturing technologies. Its biggest vibration strength reaches 4.0G and its capacity is 20% higher than traditional TSW Feeder.

Two-stage Drop Structure Improving the Ability to Pre-screen Materials

GF Vibrating Feeder adopts a drop structure composed of two layers of grizzly bars, which can effectively screen out fine materials whose size is smaller than that of CSS (or tight-edge discharge port) because of double screenings. The removal rate of fine materials can be as high as 90%, greatly reducing the burden of primary crushers.

Taking Vibrating Motor as the Vibration Source Making Operation Stable & Convenient

GF Vibrating Feeder takes vibrating motor as the vibration source. Users can control vibration force by adjusting the vibrating motor according to actual needs. The operation is quite easy, convenient and stable.

Rubber Spring Boasting Higher Holding Capacity

Compared with traditional metal spring, the rubber spring GF Vibrating Feeder adopts owns higher holding capacity and longer service life. En plus, the whole operation is characterized by high stability, low noise and little shock to the foundation.

Usinage numérisé, Une plus grande précision

SBM possède des dizaines de CNC (Commande numérique par ordinateur) lignes de production de machines. À partir de plaques d'acier’ Coupe, pliant, planification de la peinture finale, toutes les étapes peuvent être contrôlées numériquement. La haute précision de traitement garantit que les pièces clés répondent à des normes plus élevées.

Approvisionnement suffisant en pièces de rechange, Fonctionnement sans souci

SBM, en tant qu'entreprise de premier plan intégrant la production et la vente de machines dans l'industrie des machines minières, se consacre à être responsable de chaque produit. Entre-temps, SBM s'efforce toujours d'offrir à ses clients des services techniques complets et suffisamment de pièces de rechange pour leur permettre d'être libres de tout souci concernant le fonctionnement du projet..

Principe de fonctionnement

GF Vibrating Feeder is mainly driven by vibrating motor, which can force materials to move slowly towards the discharge end under the action of vibration. During which, because of the gap between grizzly bars, various sizes of materials will be separated primarily so that the granularity can be more balanced. En général, there is a bar grizzly at the discharge end of the feeder which can screen out materials finer than the gap between bars and send large materials into the crusher. The feeder is installed on the support which is equipped with the rubber spring to hold vibration of the feeder. Feeding refers to convey materials as required. By regulating exciting force of the vibrating motor, the feeding volume can be controlled. The lower layer of grizzly bars under the feeder can screen materials once more.

Paramètres du produit

Modèle Size of funnel (millimètre) Taille maximale du flux (millimètre) Grizzly length (millimètre) Inclination (°) Vitesse (tr/min) Double amplitude (millimètre) Capacité (e) Pouvoir (kW) Dimension hors tout (millimètre)
GF0942(M.) 900×4200 500 2×700 01000 5-8 280 2.9X2 4200×1520×1481
GF0942S 900×4200 500 2×700 01000 5-8 280 2.9X2 4200×1520×1481
GF1245(M.) 1200×4500 700 2×900 01000 5-8 450 6×2 4500×1840×1555
GF1245S 1200×4500 700 2×900 01000 5-8 450 6×2 4500×1840×1555

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