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Designed exclusively for extreme primary feeding conditions, F5X Series Vibrating Feeders deliver 4.5G vibration intensity and unprecedented structural rigidity. Bypassing traditional lightweight I-beam construction, equipment utilizes massive rectangular tube frameworks capable of withstanding brutal impact forces from 80m³ silo pressures. Processing up to 1500mm rock boulders at peak rates of 1600 TPH, this low-profile unit ensures continuous, high-volume material flow to primary jaw, impact, and hammer crushers.
Engineered to absorb extreme dropping impacts and regulate massive initial material flows.
Receives blasted granite and basalt directly from dump trucks, feeding primary jaw crushers while scalping out unwanted clay and undersized fractions.
Endures continuous severe impacts from dense iron and copper ores, maintaining stable operational frequencies under high loads.
Regulates massive run-of-mine coal flows into breaking equipment, preventing downstream blockage and power spikes.
Transfers heavy reinforced concrete slabs and construction debris into primary impactors without structural deformation.
Abandons traditional lightweight 16# or 20# I-beam/channel steel designs. Trough utilizes massive rectangular tubes arranged in grid formations, providing extraordinary resistance against 80m³ static silo pressures and violent dynamic boulder impacts.
Leveraging advanced kinetic engineering, equipment generates maximum vibration intensity of 4.5G. This output exceeds traditional vibrating feeders by over 30%, guaranteeing superior volumetric throughput under equivalent dimensional footprints.
Standardized FV exciters endure heavy-duty operation, frequent start-stop cycles, and variable frequency demands. Internal oil-bath lubrication extends maintenance intervals to 1500 hours. Integral bearing housing designs permit rapid field extraction and replacement.
Grizzly sections feature combination welding of NM wear-resistant steel and standard structural steel. Two-stage stepped architecture creates high drop zones, aggressively tumbling material to maximize fine particle scalping efficiency before primary crushers.
Side plates contain zero welding spots. Entire structure assembles utilizing high-strength torsional shear bolts, completely eliminating thermal stress cracking risks associated with continuous heavy vibration.
Utilizes adjustable pin-pillar supports paired with high-capacity composite springs for silent operation. Imported pivoting motor shock absorbers feature internal rubber cores delivering up to six years of maintenance-free service life while isolating electric motors from kinetic damage.
Electric motors drive primary eccentric shafts located within FV exciter assemblies. Primary shaft connects via precision gears to parallel secondary eccentric shaft.
Synchronized counter-rotation of both eccentric shafts cancels transverse kinetic forces while combining longitudinal forces, generating powerful, unidirectional excitation strokes.
Resulting linear stroke forces heavy rock masses forward. Material slides and leaps continuously from intake zones toward discharge lips at controlled velocities.
Material passes over robust grizzly bar sections at discharge ends. Undersized particles fall through bar gaps for removal or bypass, while remaining large rock boulders enter primary crusher cavities smoothly. Operators adjust capacity via variable speed drives or gear phase modifications.