Grain Vertical Vibration Conveyor Corn Cooling Sp | RFQ Sourcing Details

Grain Vertical Vibration Conveyor Corn Cooling Spiral Elevator Product introduction ZL series spiral vibration vertical elevator uses the vibration motor as the vibration source and uses the combined amplitude of two vibration motors to transport materials up the spiral conveyor.

ZL series spiral vibration vertical elevator uses the vibration motor as the vibration source and uses the combined amplitude of two vibration motors to transport materials up the spiral conveyor.

The conveyor has a simple structure, easy maintenance, quantitative delivery of materials, and continuously adjustable conveying capacity. It can be used for vertical conveying of small particle materials in various industries In addition to lifting materials from bottom to top, it can also dry and cool materials.

There are two types of structures, namely, separate trough type and closed type. According to the requirements of different processes, the screening elevator for material particle classification and the elevator for flammable and explosive materials can be designed.

Zl series spiral vibration vertical elevator is widely used in the chemical industry, rubber, plastic, medicine, light industry, food, metallurgy, building materials, mining, grain, and other industries. Technical Characteristics 1. Small floor area, simple and reasonable structure. 2.

Low power consumption, no noise, and convenient maintenance. 3. Enclosed lifting prevents dust and harmful gas from polluting the working environment. Working Principle Zl series spiral vibration vertical elevator is composed of a lifting slot, vibration motor, damping system, and base.

This series of hoists use vibration motors as the vibration source, and two vibration motors of the same model fixed on the lifting slot are installed at an intersection angle of the centerline and rotate in the opposite direction in a self-synchronous manner.

When the eccentric block carried by the vibration motor rotates, the components of the centrifugal force generated at each instant position move back and forth along the throwing direction, making the whole body supported on the shock absorber vibrate constantly, The material can be thrown up at the same time in the lift chute.

After falling into the feed chute, the material starts to be thrown up. At this time, the material can fully