Vibrating Feeder

As a key front-end component in waste sorting systems, vibratory feeders are widely used for the processing of construction waste, household waste, and compostable waste.

    Overview

    As a key front-end component in waste sorting systems, vibratory feeders are widely used for the processing of construction waste, household waste, and compostable waste. They ensure uniform and continuous material feeding while simultaneously removing initial impurities and homogenizing the material, thereby providing a stable feedstock for downstream sorting operations.

    Operational Principle

    Core mechanism

    The system employs a dual-mass forced-vibration elastic system.

    Motor type: A vibration motor drives the eccentric block into rotation, generating centrifugal force that causes the groove to vibrate.

    Electromagnetic type: The electromagnetic coil generates pulsed electromagnetic force, which drives the slot at a high frequency, producing reciprocating vibration at 3,000 cycles per minute.

    Material motion

    When the vertical component of the vibrational acceleration exceeds the acceleration due to gravity, the material is propelled upward, producing a slight forward motion.

    Features

    Adjustable supply rate
    By adjusting the driving force or voltage, the supply rate can be continuously regulated, making it suitable for automatic batching and precision packaging.
    Reliable and durable structure
    An electromagnetic type with no rotating components, featuring a simple structure, easy maintenance, and the ability to accommodate materials of different sizes and moisture contents.
    Energy conservation and environment protection
    The feeder operates in a low-threshold resonance mode to minimize energy consumption. It can be equipped with a sealing structure to prevent dust leakage.
    Screening function
    During feeding, the bar feeder can simultaneously separate soil, earth, and fine materials, preventing crusher blockages and increasing output.

    Features

    • Excellent separation performance | High flexibility | Adjustable negative pressure/airflow
    • Fully leverage aerodynamics to achieve superior separation of lightweight and heavy materials.
    • The angle of the material conveying conveyor and the air nozzle can be adjusted within a 90° range, providing high flexibility and strong adaptability.
    • The expansion chamber operates under a negative-pressure environment, enhancing the separation effect between the lightweight material and the air.
    • The fan separator is equipped with airflow and pressure control valves, allowing flexible adjustment of the airflow to the nozzles and dust collector.

    Parameter

    Parameter ItemTypical SpecificationremarksRemark
    Equipment ModelGZD-960×3800 / GZD-1100×4200 / GZD-1300×4900Select equipment based on production line capacity
    Processing capacity120–500 t/hDepending on the material and machine model
    Maximum feed size: Max Feed Size≤500–750 mm 
    Motor Power2×3.7–2×7.5 kW (vibration motor) 
    Power Supply380V / 50Hz three-phase (220V,440V, and 60Hz available upon customization)Some countries in the Gulf use 60 Hz.
    Installation Angle0°–10° (adjustable) 
    Trough MaterialQ235 wear-resistant steel plate; wear-resistant plate lining available 
    Key FeaturesDual eccentric exciter, adjustable amplitude, uniform feeding, and anti-clogging designFirst feeding stage of the entire line
    Applicable MaterialsConstruction waste, renovation waste, household waste, ore

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