Iron And Aluminum Scrap Iron Automatic Chain Plate Chip Removal Machine

Iron And Aluminum Scrap Iron Automatic Chain Plate Chip Removal Machine

The chain plate chip removal machine is composed of the following parts, a reducer, a driving chain, a housing, a rotating chain and an articulated chain plate. The output power of the reducer is transmitted to the rotating chain through the driving chain and related components on the housing. The hinged plate combined with the rotating chain transfers the chips generated by the host to the designated station due to rotation.

Working range of chain plate chip removal machine:

Chain plate chip conveyor has a wide range of chip conveying speed selection, high work efficiency, diversified effective chip width, and can provide a wide range of options. By changing the conveying speed and chip width, the chip discharge amount of the machine can be adjusted without being affected by chip Type limitation, applicable to all kinds of chips of steel, cast iron, copper, aluminum, and non-metal.

The general content and precautions of the chain plate:
The main working part of the chain plate chip removal machine is divided into articulated chain plates, which is composed of a 2mm thick chain plate, a 3mm thick chip edge, and a scrap plate after 4mm. The materials are 1Cr18Ni9 high-quality stainless steel and chain plates. Integral molding, precise and accurate operation, stable and quiet operation, rugged and durable. In addition, the tight bump design on the working surface of the chain plate effectively prevents debris from sticking, increases chip removal ability, and increases the strength of the chain plate. The moving parts of the machine are in contact with the chips. When large foreign matter is mixed in the chips, it may cause stagnation and overload the motor. Therefore, it is equipped with a torque limiting mechanism, which can effectively reduce the damage to the machine caused by improper operation. The torque limiting mechanism has traditionally used asbestos friction materials. The rubber,formaldehyde, and phenolic resin binders contained in the torque limiting mechanism cause it to lose friction stability when it is heated by overload friction, and it is quickly damaged, and it has low thermal conductivity. This process is increased, so the resistance to overload is extremely low. If the lubricating oil of the drive chain enters the friction surface, its frictional rotation effect will be lost.