Round Type Circular Motion Screen 3 Deck High Speed Stable Proformance 6000*2400mm
About YA Circular Vibrating Screen
The trajectory of the circular vibrating screen is circular or elliptical. The circular vibrating screen uses an inertial shaker to generate vibration. The vibration source is generally a motor-driven shaker. The circular vibrating screen is a single-axis vibrator.The main shaft fixed on the screen tank is driven to rotate at a high speed by the motor.The eccentric body mounted on the main shaft rotates accordingly, generating a centrifugal inertial force, so that the screen tank that can freely vibrate has an approximately circular shape. The trajectory of vibration. After the sieve machine is started, the sieve shaker drives the vibrating sieve tank to perform the directional jumping movement. During this time, the material smaller than the screen surface diameter falls to the lower layer through the screen hole and becomes the under screen. The material larger than the screen surface diameter is continuously jumped. It is discharged from the discharge port after transportation.
Vibration screen Introduction
The circular vibrating screen causes the motion trajectory to approximate a circle, so it is simply referred to as a circular vibrating screen. The circular vibrating screen is a multi-layer, high-efficiency new vibrating screen.
The circular vibrating screen adopts the simplified eccentric shaft exciter and the eccentric block to adjust the amplitude. The material sieve has a long line and many screening specifications. It is widely used in product classification of mining, building materials, transportation, energy, chemical and other industries.
Structure
Features
Cylinder-type eccentric shaft and eccentric block to make strong vibrating force. Long material screening line, various sieving specifications. Simple structure, reliable operation, low noise, low power consumption. High screening efficiency, large capacity, less block. Sealed structure available to protect the dust pollution. Adjustable amplitude by changing the weight of the eccentric block.