GZD Vibrating FeederQuick Details
Applications:screening plant in the field of mineralprocessing.
GZD Vibrating Feeder Overview:
GZG series self-synchronizing inertial grizzly feeder can feed lump granular materials from storage silo or hopperuniformly and continuously or quantitatively into the feeding devce and protect the subject material device from materalattack and in this way it can safeguard the feeding device, It can deliver materials to the crusher continuously anduniformly, so it can effectively improve the capacity and continuous working ability of the crusher. Products of this seriesare widely used on crushing and screening equipment in the field of mineral processing, building materials, waterconservancy, chemical industry. They are responsible to provide stable and continuous feeding work for impact crushecone crusher and other crushing equipment. They also can teed and blend to the crushing, filtering, screening,transportation, packagines and so on.
GZD Vibrating Feeder Features:
1.Small size, light weight, simple and compact structure;
2.Convenient installation and maintenance;
3.High efficiency, low power consumption;
4.Low noise, environmental-friendly;
5.Strengthen the exciter structure, and the stability ofequipment operation;
6.Equipped with manganese steel lining plate, canprotect the body effectively.
Working Principle :
ZSW linear vibrting feeder consists of the groove, exciter, spring support base, transmission device and so on. The exciter is the vibration source. The exciter is made up of two eccentric shafts (one is the driving shaft, the other is driven shaft) and a gear pair. The motor drives the driving shaft through the V-belt, and the driving shaft drives the driven shaft. The driving shaft and driven shaft rotate conversely at the same time to vibrate the groove. The materials in the groove move forward to achieve the result of feeding. GZD Series vibrating feeder adopts double vibrating motor to vibrate the groove to feed materials to the crusher.
|Hopper size (mm)||Max. feeding size (mm)||Capacity (tph)||Obiquity of material trough (°)||Power (kW)||Total weight (t)||Overall dimensions(L*W*H) (mm)|
Note: The capacity may vary with different materials and feeding sizes.