YK inherits the classical structure design of traditional vibrating screen, the whole machine structure is simple, no matter it is the initial installation of equipment or the later equipment adjustment, replacement parts and other maintenance operations are simple and convenient.
The side plate is made of alloy steel, which has higher strength and will never crack during the life cycle of the side plate.Unique vibration exciter design, more exciting force and simple adjustment.
Compared with shaft eccentric vibration exciter, YK circular vibration screen adopts external block eccentric vibration exciter with stronger vibration force.At the same time, the design can also easily realize the necessary adjustment of vibration screen amplitude and frequency, to meet different requirements.
The vibration exciter as a power generator is installed on the side plate of the screen frame. When the material enters the screen surface, it forms the parameter vibration mass together with the screen frame, and forms the whole vibration system under the support of the vibration isolation spring.Vibrator of the eccentric mass of symmetrical equal parts on both ends of the spindle, machine under the two end bearing, power driven by flexible coupling transmission motor vibrator shaft rotation, through the key link, the two groups on the driven shaft end turn eccentric block, produce certain centrifugal force, prompting the elliptical vibration and vibration quality.
The working principle of
In the design of YK circular vibrating screen, we use finite element analysis technology to optimize the calculation of the sieve box, which is the stress state of the whole sieve box and the side plate.More reasonable;At the same time, in the processing of the side plate of the screen box, we use large machine tools to directly bend, effectively avoiding the risk of cracking caused by welding
|Product specification||Screen surface specifications（mm）||Mesh size（mm）||Feed particle size（mm）||Processing power（t/h）||power (kw)||Vibration frequency (r/min)||Double amplitude（mm）|