ZONEDING全站搜索
Search the entire website
整站搜索产品中心新闻中心
点击开始搜索
热门搜索
UltraForm-MXFlexiPoly-RNanoForm Z300EcoFab P200
Search the entire website
The vibration feeder can evenly feed materials for the crushing equipment in the sand production line, and screen materials roughly. It can also serve materials for belt conveyors, bucket elevator, screening equipment, crushing equipment and grinding machines.
Vibrating feeder, also known as vibration feeder, is a kind of feeding equipment with advanced economic and technical indexes. The vibratory feeder can uniformly, regularly and continuously convey lumpy and granular materials from silo to receiving device, which is the ideal equipment for continuously and uniformly feeding materials for stone crushing machinery in sand and gravel production line, and linear vibratory feeder can roughly screen the materials.
Mining vibrating feeder has a very wide range of use, mainly used in mining, metallurgy, coal, building materials, chemical industry, electric power and other industries.
• In the mining industry, the linear vibrating feeder is used to convey raw ore from the excavation site to the crusher or screening equipment. Its efficient vibration mechanism can effectively separate and convey ores of various particle sizes and improve production efficiency.
• In the metallurgical industry, the vibrating screen feeder is used to feed lumpy, granular and powdery materials uniformly, continuously or quantitatively from storage silos or other storage equipment to the receiving equipment, in order to meet the needs of automatic batching, quantitative packaging and automatic control.
• In the coal industry, vibratory table feeder can be used to evenly transport coal from the silo to the crusher or screening equipment to improve the efficiency of coal processing.
• Mining vibrating feeder is also widely used in building materials, chemical industry, electric power and other industries for conveying and processing various materials.
The working principle of the vibrating feeder is mainly to use the eccentric block in the vibrator to rotate to produce centrifugal force, so that the movable parts of the screen compartment and vibrator make a forced and continuous circular or nearly circular motion. This movement is transmitted to the conveying trough connected to the vibrating motor, so that the material is subjected to vibration force in the trough, thus generating sliding and dislodging, and realizing the uniform and continuous conveying of materials.
Specifically, when the vibrating feeder works, the motor drives the main shaft through the triangle belt, and then drives the follower shaft to rotate through the meshing of gears. The rotation of the main shaft and the driven shaft causes the eccentric block to generate centrifugal force that varies periodically, and this centrifugal force acts on the screen compartments and the vibrator, making them do continuous circular or nearly circular vibration. This vibration is transmitted to the conveying trough, so that the material in the trough is subject to the action of the vibration force and jumping and sliding, along the direction of the conveying trough, and ultimately realize the uniformity of the material, continuous or quantitative conveying.
In addition, the mining vibrating feeder can also be adjusted by adjusting the phase and weight of the eccentric block to change the size and direction of the excitation force, so as to adapt to the changes in different materials and process requirements. This kind of adjustment is flexible and convenient, and can realize precise feeding control.
| Model | Max.Feeding Size(mm) | Processing Capacity(t/h) | MotorPower(kw) | Obliquityof materialtrough(°) | Troughsize(mm) | Dimensions(mm) |
| GZD-650×2300 | 300 | 80-100 | 1.2×2 | 10-20 | 650×2300 | 2300×1360×780 |
| GZD-750×2500 | 350 | 100-130 | 1.5×2 | 10-20 | 750×2500 | 2500×1460×780 |
| GZD-850×3000 | 400 | 120-150 | 3×2 | 10-20 | 850×3000 | 3110×1800×1600 |
| GZD-1000×3600 | 500 | 150-200 | 3.7×2 | 10-20 | 1000×3600 | 3850×1950×1630 |
| GZD-1100×3600 | 580 | 240-300 | 3.7×2 | 10-20 | 1100×3600 | 3600×2050×1660 |
| GZD-1300×3600 | 650 | 450-600 | 7.5×2 | 10-20 | 1300×3600 | 3900×2350×1750 |
| GZD-1500×3600 | 1050 | 450-1000 | 7.5×2 | 10-20 | 1500×3600 | 3900×2000×1750 |
| GZD-2000×3600 | 1200 | 550-1000 | 10×2 | 10-20 | 2000×3600 | 3600×2000×1750 |
| GZD-2500×5000 | 1500 | 650-1500 | 18×2 | 10-20 | 2500×5000 | 5000×2500×1800 |
| ZSW-380×95 | 500 | 100-180 | 11 | 0-10 | 3800×960 | 3920×1640×1320 |
| ZSW-490×110 | 630 | 150-400 | 15 | 0-10 | 4900×1100 | 4980×1830×1320 |
| ZSW-490×130 | 750 | 400-700 | 22 | 0-10 | 4900×1300 | 4980×2580×2083 |
| ZSW-600×130 | 750 | 400-700 | 22 | 0-10 | 6000×1300 | 6082×2580×2083 |
| ZSW-600×150 | 800 | 500-900 | 30 | 0-10 | 6000×1300 | 6086×2662×1912 |
| ZSW-600×180 | 900 | 700-1300 | 45 | 0-10 | 6000×1500 | 6310×3262×2230 |
| ZSW-600×200 | 1200 | 800-1500 | 55 | 0-10 | 6000×2000 | 6310×3462×2230 |
Selection hinges on material characteristics (max feed size, hardness, abrasiveness), required throughput (tph), desired output size (CSS), available motor power, and budget. Careful analysis ensures optimal, cost-effective performance.
Proper installation requires a robust, level foundation and precise alignment. Correct operation involves thorough pre-checks, empty start-up, controlled uniform feeding, avoiding overload/choking, and following the proper shutdown sequence.
Daily checks include fasteners, lubrication, and visual inspection of wear parts. Regular maintenance involves deeper inspections and component servicing. Extend jaw plate life significantly through proper material selection, uniform feeding, pre-screening, and strategically rotating or flipping the plates.
Common faults include sudden stops (choking), reduced output, jaw plate issues, bearing overheating, excessive vibration, and toggle plate breakage. Troubleshooting involves systematically identifying causes like blockages, wear, loose parts, or improper settings.
Jaw crushers excel at primary crushing of large, hard materials due to their robustness. Cone crushers are better suited for secondary/tertiary hard rock crushing, offering higher reduction and better shape. Impact crushers produce excellent cubical product but wear much faster on hard, abrasive rock.
