Parameter configuration
Detailed introduction
The chain conveyor is a transmission device with a standard chain plate as the bearing surface and a motor reducer as the power drive. Chain conveyor is composed of power unit (motor), drive shaft, roller, tensioning device, sprocket, chain, bearing, lubricant, chain plate, etc. Among them, the main two parts of the transportation with animal materials are: the chain, which uses its cyclic reciprocating motion to provide traction power; and the metal plate, as the carrier in the transportation process. Multiple rows of chain plates can be used in parallel to make the chain plate conveyor very wide and form a differential speed. Using the speed difference of multiple rows of chain plates, the multi-row conveying becomes single-row conveying without squeezing, so as to satisfy the beverage labeling For the requirements of single-line conveying of equipment such as, filling, cleaning, etc., we can make the head and tail of the two chain conveyors into overlapping mixing chains to make the bottle (tank) body in a dynamic transition state, so that no material is retained on the conveying line , Can meet the pressure and pressureless conveying of empty bottles and solid bottles.
Chain conveyor is composed of power unit (motor), drive shaft, roller, tensioning device, sprocket, chain, bearing, lubricant, chain plate, etc. Among them, the main two parts of the transportation with animal materials are: the chain, which uses its cyclic reciprocating motion to provide traction power; and the metal plate, as the carrier in the transportation process. The principle is to use a series of chains fixed on the traction chain to provide traction, and use metal plates as the carrier to transport materials along the horizontal or inclined direction. Chain conveyors are widely used in various industries, such as electric power, metallurgy, wine making, chemical, medical, machinery manufacturing and other broad fields. In order to meet the various needs of the production site, we can specifically design the conveying machine in the automation line to achieve the requirements and objectives.