Vibratory Furnace Charger

Product Description

The policy made by our firm makes us affianced in providing Vibratory Furnace Charger that is specially designed to enable bulky and irregular scrap pieces to be extracted without problem. This furnace charger is manufactured by our experts with the use of the finest quality raw materials and advance technology in synchronization with international standards. After considering the variegated needs of our copious clients, we provide this Vibratory Furnace Charger in numerous specifications. We provide this furnace charger to the clients at nominal price.

Features:

Vibratory Furnace Charger consists of a vibrating feeder mounted on a moving trolley with a storage hopper mounted above the feeder. The metallic components like scrap, bales, pig iron and foundry retains are stored in the hopper. The hopper shape is specially designed to enable bulky and irregular scrap pieces to be extracted without problem. The withdrawal of the scrap from the hopper is carried out by a specially built vibrating feeder. The feeder design is such that the materials conveyed are spread out into individual pieces as they flow toward the feeder discharge.

This technique brings about a greater accuracy of dispensing. The metallic components are dosed either into a weigh hopper or directly into the charge bucket or by lifting magnet on crane hook with digital weigh scale.

The charging car on the vibrating furnace charger comprises a discharge chute with vibratory feeder for the metallic components and s hopper all mounted on the traveling framework with drive gear. The discharge snout is inclined and formed of a rounded trough to bring about a good charge distribution and enable irregular or bulky pieces of scrap or returns to be discharged. The feeder is driven by unbalanced motors. The vibration frequency can be altered by an A. C. Inverter, thereby regulating the feed velocity and also influencing the noise emission. The batch hopper as well as the charging feeder is built in sandwich construction which reduces the noise generated by contact between the charge materials and the hopper walls or feeder deck. However, this does not eliminate the noise produced by contact between the charge pieces themselves.

Once the charge is prepared it is put into the storage hopper of the traveling charger. The charger drives from the loading point onto the furnace platform in front of the induction furnace. The furnace hood is arranged in such a way that it can be fitted for charging pouring. The furnace lid itself hangs from a chain inside the hood. The hood is raised and the charging machine drives upto the charging point and than the vibrating feeder is energised, the furnace is filled and as the contents are melted down the furnace is kept full.