El alimentador vibratorio serie ZSWT utiliza la fuerza centrifuga generada por la rotacion de ejes excentricos dentro del excitador de vibracion para impulsar los componentes moviles—como la bandeja del alimentador y el propio excitador—en un movimiento continuo, forzado y de trayectoria circular o casi circular.

Este alimentador vibratorio industrial consta de una bandeja de alimentacion, un excitador de vibracion, soportes de resortes de amortiguacion y un mecanismo de accionamiento. El excitador de vibracion actua como la fuente de vibracion principal y comprende dos ejes excentricos (un eje impulsor y un eje impulsado) junto con un par de engranajes de sincronizacion; un motor electrico acciona el eje impulsor a traves de correas en V, y el engranaje del eje impulsor engrana con el engranaje del eje impulsado para hacerlo rotar. La contra-rotacion simultanea de los ejes impulsor e impulsado hace que la bandeja vibre, facilitando el flujo continuo de material a granel y logrando asi un transporte y pre-cribado altamente eficiente hacia la chancadora de quijada o trituradora primaria.

The eccentric shaft is forged from high-quality carbon structural steel. It undergoes CNC turning followed by heat treatment (quenching and tempering), CNC precision machining, and ultrasonic flaw detection. Finally, it is finished on a cylindrical grinder to meet design specifications.

The mating faces and mounting holes at both ends of the main housing are machined using high-precision CNC boring and milling machines, ensuring perpendicularity and parallelism during the installation of the bearing housings.

The two gears within the exciter are manufactured using high-precision machine tools. Each production step is strictly monitored by the Quality Control Department to ensure that, upon meshing, the gears operate without looseness or abnormal noise.

During installation, ensure the equipment is level across its width to prevent material drift. Maintain a clearance of at least 100mm from surrounding structures—such as steel frames or guide chutes—to avoid collisions that could disrupt normal operation.

During operation, regularly monitor the vibration amplitude, motor current, and motor surface temperature. Ensure uniform amplitude at both ends, absence of lateral swaying, and stable motor current.

Frequently inspect all connecting bolts and replace any that show signs of severe wear.

For grease-lubricated exciters, apply grease regularly to prevent bearing damage caused by insufficient lubrication.