Product Overview:　　The SCG series long-distance high-temperature material vibration conveyor is widely used in industries such as mining, metallurgy, building materials, coal, chemical, grain, and medicine to transport various powders, granules, blocks, and their mixtures with temperatures below 300 ℃. It is a highly versatile and structurally advanced high-temperature material vibration conveying equipment. For example, the transportation of raw materials, intermediate semi-finished products, and finished products in the cement industry, the transportation of solid raw materials and semi-finished products in the chemical industry, the transportation of ores, concentrates, and tailings in the mining industry, and so on. It is a highly versatile and structurally advanced vibration conveying equipment.　　Scope of application:　　The SCG series long-distance high-temperature material vibration conveyor is widely used in industries such as building materials, metallurgy, chemical engineering, mining, machinery manufacturing, coal, tobacco, grain, and medicine. Mainly used for conveying materials such as powder, granular, block, and their mixtures. For example, the transportation of raw materials, intermediate semi-finished products, and finished products in the cement industry, the transportation of solid raw materials and semi-finished products in the chemical industry, the transportation of ores, concentrates, and tailings in the mining industry, and so on.　　working principle:　　The SCG series long-distance vibration conveyor uses two vibration motors as excitation sources, and applies the principle of self synchronization. The two vibration motors rotate in reverse, causing the bottom balance frame of the conveyor to produce reciprocating vibration. Through the action of the main vibration spring and guide plate spring, the upper conveyor groove is driven to vibrate, thereby achieving the purpose of conveying materials. There are two types of SCG long-distance vibration conveyors: open and closed. The cross-section of the material trough can be made into various forms such as circular, rectangular, and trapezoidal. The feeding and discharging of the material trough can also be made into various types such as one point feeding, one point discharging, one point feeding, multi-point discharging, multi-point feeding, and one point discharging as needed. When the conveying distance is long, multiple conveyors can be connected to transport. The SCG long-distance vibration conveyor material trough is supported by rubber springs or steel springs, and relies on the self synchronous operation of two vibration motors fixed on the material trough to generate linear vibration.　　Main features:　　1. It can be transported in a fully enclosed manner to eliminate dust pollution, or it can be transported in an open manner.　　2. Large conveying capacity, good insulation effect, no need for cooling device, low power consumption.　　3. Simple structure, easy debugging, limited variety of vulnerable parts, and convenient maintenance.　　4. Quick start and stop, smooth operation, good vibration isolation performance, and low noise.　　5. Easy to install, no special foundation or corner bolts required, easy to move position.　　6. The distance of a single conveyor can reach 20 meters, and the flexible connection of multiple machines can be extended as needed.　　7. It can be fed and unloaded at multiple points, suitable for conveying cement clinker and slag at the bottom and top of the warehouse.modelSCG300SCG400SCG600SCG800Single machine conveying distance（m）4580245894Transportation output（T/H）≤15≤25≤40≤60Electric power（TW）3-7.55.5-15Weight per meter of equipment（KG/M）300500700800Material properties, particle size（MM）0.5<D<1000.5<D<200Material properties Temperature（℃）<300Material properties, moisture content, and viscosityNon viscous, non flammable and non explosive materials with a moisture content of less than 5%　　Note:　　The conveying output is determined based on cement clinker with a bulk density of 1.6 tons/m3 and a temperature below 300 ℃.　　If conveying other materials, the following companies can be used to convert production volume　　Q=a*Q’Qλ/1.6　　The reduction factor is approximately 0.5-1. Take the small value for powdered materials and the large value for bulk materials.　　Q '- Output shown in the table　　λ - specific gravity of conveyed material