The vibrating feeder is mainly composed of a vibrating frame, a spring, a vibrator, a motor vibrating frame and a motor. The exciter is composed of two eccentric shafts at specific positions that are engaged with gears. During assembly, the two side wheels must be engaged according to the marks. Driven by a motor, the two eccentric shafts are rotated, thereby generating a huge synthetic linear excitation force, making the machine body Forced vibration is performed on the support spring, and the material is driven by the vibration, sliding and throwing on the trough, so that the material is transferred to achieve the purpose of feeding. When the materials pass through the sieve bars on the tank body, the smaller materials can fall through the gaps of the sieve bars, without going through the next crushing process, and have the effect of screening.It is mainly composed of feeding trough, vibrator, spring support, transmission device, etc. The main structural features are: 1. Feed chute: The feed chute is the conveying and feeding part. It is welded by steel plate with high strength and rigidity. 2. Vibrator: The vibrator is the key component of the vibrating feeder, which is composed of two eccentric shafts (active and passive) and gears; when the transmission drives the rotation, the eccentric Under the action of the centrifugal inertia of the shaft, the tank is forced to vibrate periodically. 3. Spring support: It adopts seat type installation, and the light yellow steel spiral is used as the shock absorbing spring, which is reliable in operation and long in service life. 4. Transmission device: The motor drives the eccentric shaft to rotate through the belt, the two are flexibly linked, the transmission is stable and reliable, and the impact on the motor is reduced.1. The vibration is stable and the work is reliable. 2. The special grid design can prevent the material from clogging, and the gap between the grids can be adjusted. 3. There are many wear-resistant parts to prevent the wear-resistant parts from being worn by small materials, and separate small materials to increase production. 4. Optional frequency conversion speed regulation motor, adjust the frequency to change the output, easy to control the feeding amount, no need to start the motor frequently. 

Model	Feed Port size(mm)	Maximum FeedSize(mm)	Capacity(t/h)	Power(kW)	Weight(t)	Overall Dimension(mm)
ZSW-300x90	3000x900	400	80-120	7.5	3.9	3110x1800x1600
ZSW-380x96	3800x960	500	120-210	11	4.2	3850x1950x1630
ZSW-420x110	4200x1100	650	180-400	15	4.8	4400x2050x1660
ZSW-490x110	4900x1100	650	280-500	15-18.5	5.6	5200x2050x1700
ZSW-490x110	4900x1300	750	300-550	22	6.7	5200x2350x1750
ZSW-600x130	6000x1300	800	400-750	30	8.2	6160x2580x2293
ZSW-600x150	6000x1500	900	500-900	37	10.3	6161x2919x2293