What Is The Principle Of TSX Vibrating Screen Feeder?

The flow speed of materials shall be controlled within 6-18m/min For the materials with large feeding amount, the ore blocking board with sufficient height shall be set at the discharge place at the bottom of the silo; In order not to affect the performance of the feeder, the ore blocking plate shall not be fixed on the tank. In order to discharge the silo smoothly, the inclination of the silo rear wall is better designed as 55-65 degrees.

The vibrating screen feeder is made of a whole sheet of steel plate by bending.  The tank of the vibrating screen feeder has a perfect structure and a more beautiful appearance. The vibrating screen feeder and the roller screen of the crusher are used together.

Vibrating screen feeder sorting stone leakage bar feeder has great mechanical performance: the vibrating mechanical performance is 4.0G, and the processing capacity is more than 20% higher than the old feeder.

Vibrating screen feeder sorting stone leakage bar feeder uses a vibrator as the excitation source, which has large driving force and sufficient power. It will not jam when transporting a meter or two of large stones.

Selection method of vibrating screen feeder for sorting stone leakage rod feeder: know the performance of each machine in the production line, and the customer should have an approximate output estimate on the vibrating screen feeder for sorting stone leakage rod feeder he needs to purchase, and then refer to the recommendation of the feeder manufacturer’s technicians, combined with his own actual situation, to select the performance model of the vibrating screen feeder for sorting stone leakage rod feeder, In this way, the ore feeder can be transported back to meet the production demand.

Operating principle of ZSW vibrating screen feeder

(S) Working principle of ZSW vibrating screen feeder: (S) ZSW series vibrating feeder is mainly composed of spring bracket, feed chute, vibrator, spring and motor. The motor drives the two eccentric shafts to rotate, thus generating a huge synthetic linear exciting force, which makes the machine body perform forced vibration on the support spring.

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