GZ系列電磁振動給料機
GZ Series Electromagnetic Vibrating Feeder is mainly used to control the uniform discharge of materials from hoppers. The electromagnetic vibration drives the trough to work continuously, allowing powder, granules, and small lump materials to enter the next process at a set feeding speed. The feeding rate is easy to adjust, and the equipment responds quickly during operation, making it suitable for batching, weighing, and automated production processes that require accurate material feeding.
J瑞 adjusts the structure and parameters of the GZ Series Electromagnetic Vibrating Feeder according to material characteristics and operating conditions, including trough size, dust protection design, wear-resistant treatment, and control method selection. Whether handling common materials such as ore and aggregates or powder and granular materials, our engineering team evaluates capacity requirements, installation position, and production process to provide a suitable feeding configuration.
- 型號： GZ系列電磁振動給料機
- Capacity: 5–750 t/h (customizable)
- Feeding Method: Electromagnetic vibration, continuous and adjustable feeding
- Max Feeding Size: 40–500 mm
- 適用物料： Ore, coal, limestone, powder and granules
- Applications: Mining, building materials, chemical and automated production lines
- 客製化： Trough size, structure and control system can be customized
What Is GZ Series Electromagnetic Vibrating Feeder?
GZ Series Electromagnetic Vibrating Feeder, also known as electromagnetic feeder or electromagnetic vibrating feeder machine, is an industrial feeding equipment that uses electromagnetic vibration to achieve continuous material feeding. It is mainly used to evenly transfer lump, granular, and powder materials from hoppers or storage equipment into the next production process. The equipment generates periodic vibration through electromagnetic drive, causing materials to move along the trough direction at a stable feeding speed.
GZ Series Electromagnetic Vibrating Feeder uses electromagnetic control to adjust vibration amplitude and change the feeding rate. It is suitable for production processes requiring uniform feeding and flow control. Compared with traditional mechanical feeding equipment, it has a more compact structure and faster adjustment response. It is commonly used for continuous feeding of ore, coal, aggregates, powder materials, and granules, and serves as a connection unit between hoppers and equipment such as crushers, screens, and batching systems.
工作原理
GZ Series Electromagnetic Vibrating Feeder uses an electromagnetic vibrator to generate periodic excitation force, driving the trough to perform high-frequency reciprocating vibration. The materials inside the trough move continuously toward the discharge direction. The feeding speed can be adjusted through the electromagnetic drive and control system, making the equipment suitable for continuous and controllable material feeding.
1.Electromagnetic vibration drives the trough
After power is supplied, the coil inside the electromagnetic vibrator generates periodic attraction force, causing the armature and trough to move back and forth. Because the equipment uses electromagnetic drive, it has a compact structure without complex mechanical transmission parts. The starting and stopping response is fast, making it easier to adjust operation according to production requirements.
2.Vibration force moves materials forward
During trough vibration, materials are affected by vibration force and their own gravity. The materials become loosened and move toward the outlet continuously. Material particle size, flow characteristics, and accumulation conditions affect actual operation results, so equipment selection should be based on specific operating conditions.
3.Adjust current to control feeding speed
The control box adjusts the input current to change the vibration force and amplitude generated by the electromagnetic vibrator, which changes the material movement speed. Operators can adjust the feeding rate according to the requirements of crushing, screening, weighing, or batching processes, helping the upstream and downstream equipment operate together.
The working principle of GZ Series Electromagnetic Vibrating Feeder is simple, but its application performance is closely related to trough design, installation method, and control parameter matching. Proper selection helps reduce operation adjustments and improves coordination between the feeder and production line.
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優勢
The advantages of GZ Series Electromagnetic Vibrating Feeder mainly focus on feeding control and field application. Compared with ordinary mechanical feeding equipment, GZ Series uses electromagnetic drive and a control box to adjust vibration conditions, making it easier to control the feeding speed. It is suitable for production processes that require continuous feeding, flow adjustment, and automatic control.
Easier feeding rate adjustment
By adjusting the output parameters of the control box, the vibration amplitude and material movement speed can be changed. This allows the feeding rate to be adjusted according to production requirements and is suitable for processes such as batching and weighing that require accurate flow control.
More suitable for automated production lines
GZ Series uses electromagnetic control, allowing faster adjustment of operating parameters. It can be connected with PLC systems, weighing equipment, and automatic batching systems to support automatic control during continuous production.
Fast start and stop response
The electromagnetic drive structure does not require complex mechanical transmission parts. The equipment can start and stop with flexible adjustment, making it suitable for production processes that require frequent changes in feeding conditions.
Compact structure and small installation space
The equipment mainly consists of an electromagnetic vibrator, spring components, trough, and control system. The overall structure is simple and suitable for installation at hopper outlets or production line connection points.
Multiple trough designs for different applications
According to installation space and material characteristics, GZ Series can be configured with basic type, enclosed type, top-mounted vibration type, wide trough type, tubular type, and other structures to meet different requirements for dust control, installation, and feeding conditions.
Stable continuous operation
With proper matching of vibration parameters and trough structure, the equipment can maintain continuous and uniform feeding, reducing production fluctuations caused by unstable material supply between upstream and downstream equipment.
應用領域
GZ Series Electromagnetic Vibrating Feeder is usually installed at hopper outlets, storage equipment discharge points, or production line feeding sections to control the feeding speed of materials entering the next process. Different applications focus on different requirements. Mining applications pay more attention to handling capacity for large materials, powder industries focus on dust control and continuous discharge, while automated production lines require better feeding adjustment and equipment connection.
Common application areas
| 行業 | 典型物料 | Common Installation Position |
| 礦業 | Iron ore, copper ore, crushed ore, aggregate | Installed below hoppers to feed materials into crushers, screens, or belt conveyor systems |
| 建材行業 | Limestone, cement clinker, quartz sand, construction aggregate | Used at the front end of crushing, grinding, and screening production lines, connected with downstream equipment |
| Coal industry | Raw coal, coal lumps, coke | Installed below coal storage bins to control material feeding into conveying or processing equipment |
| Metallurgy industry | Mineral powder, furnace materials, metal granules | Used in smelting, screening, and batching processes for continuous feeding |
| 化工行業： | Fertilizer granules, resin pellets, plastic pellets, powder materials | Used at the front end of batching, packaging, and automated production lines. Enclosed structures can be selected according to environmental requirements |
| 食品行業 | Grain, seeds, granular food materials | Used before storage, weighing, and packaging equipment for uniform material discharge |
Situations Requiring Careful Selection
GZ Series Electromagnetic Vibrating Feeder is suitable for most dry bulk materials, but not every material and operating condition is suitable for direct use. Confirming field conditions before selection can reduce later adjustment and operation problems.
- High moisture and sticky materials: For example, wet mineral powder and water-containing powder materials may accumulate inside the trough. The structure and treatment method should be selected according to actual conditions.
- Oversized lump materials: If the feeding size exceeds the designed range, it may increase impact load on the trough and affect equipment operation.
- Long-distance conveying requirements: Electromagnetic vibrating feeders are mainly used for short-distance continuous feeding and are not suitable as long-distance conveying equipment.
- Production environments sensitive to vibration: Some precision production processes need to avoid vibration influence. The installation method should be confirmed in advance.
The application performance of GZ Series Electromagnetic Vibrating Feeder is related to material condition, installation position, and connection with upstream and downstream equipment. Selection should consider not only capacity, but also installation space, connected equipment, and operating environment.
技術參數
GZ Series Electromagnetic Vibrating Feeder covers different specifications and can be selected according to production capacity, feeding size, and installation conditions. During equipment selection, the maximum capacity should not be the only factor considered. Material characteristics, connection with upstream and downstream equipment, and available installation space should also be evaluated.
| Model Range | 處理量 | Max Feeding Size | Suitable Application |
| GZ1-GZ3 | 5-25 t/h | ≤75 mm | Small-flow continuous feeding, batching, and auxiliary feeding |
| GZ4-GZ6 | 50-150 t/h | ≤200 mm | Feeding of common ore, aggregates, and granular materials |
| GZ7-GZ8 | 250-400 t/h | ≤300 mm | Continuous feeding for medium and large production lines |
| GZ9-GZ10 | 600-750 t/h | ≤500 mm | Large mining and industrial production lines |
The main differences between different GZ Series models are trough size, vibration parameters, and structural configuration. For example, the standard type is suitable for common bulk material feeding; the enclosed type is suitable for environments with higher dust control requirements; the top-mounted vibration type can solve installation problems where space is limited. The actual selection should be based on hopper height, discharge method, and downstream equipment connection.
Basic Parameter Reference
| Parameter | Content |
| Drive Method | Electromagnetic vibration drive |
| Feeding Method | Continuous and adjustable feeding |
| 處理量 | 5-750 t/h |
| Max Feeding Size | 40-500 mm |
| 適用物料 | Ore, coal, limestone, powder materials and granules |
| Control Method | Control box adjustment of vibration amplitude and feeding speed |
| Structure Types | Basic type, enclosed type, top-mounted type, wide trough type, tubular type, etc. |
When selecting GZ Series Electromagnetic Vibrating Feeder, it is recommended to confirm material type, capacity requirements, and installation conditions first, then determine the suitable model and structure. Jiarui matches equipment parameters according to actual operating conditions to avoid selecting a specification that does not fit the production requirements.
How to Select Different Structures?
GZ Series Electromagnetic Vibrating Feeder can be designed with different structures according to installation space, feeding environment, and application requirements. Different structures do not represent different performance levels, but are designed to match different operating conditions. Selection mainly depends on installation conditions and usage requirements.
| Type | Main Difference | Suitable Application |
| Basic Type | Open trough structure with mature design and wide application range | Common ore, coal, aggregates, and bulk materials where there are no special restrictions |
| Top-Mounted Type | Vibration device installed above the trough | Applications where space below the feeder is limited or other equipment installation needs to be avoided |
| Enclosed Type | Added protective cover to reduce dust dispersion | Powder materials, dusty materials, or workshops with higher environmental control requirements |
| Light Trough Type | Lighter trough structure with lower equipment load | Installations with limited supporting conditions or requirements for reduced equipment weight |
| Flat Trough Type | Flatter trough design for more uniform discharge | Thin-layer feeding or connection with screening and batching equipment |
| Wide Trough Type | Increased trough width for higher passing capacity | Applications requiring a wider feeding surface or larger material flow |
| Tubular Type | Enclosed tubular structure with better sealing performance | Applications requiring strict dust control or reduced external contamination |
| Heavy-Duty Type | Reinforced load-bearing structure for higher capacity | Large mining operations and continuous high-capacity feeding systems |
When selecting the structure of GZ Series Electromagnetic Vibrating Feeder, it is not recommended to choose only based on model size. The installation position, connection method with other equipment, and operating environment should also be considered. Different structures are mainly used to match different installation conditions and production requirements.
How to Select Electromagnetic Vibrating Feeder?
These two types of equipment both use vibration force to move materials, but their purposes in production lines are different. GZ Series Electromagnetic Vibrating Feeder mainly solves the problem of controlling feeding rate and operating rhythm. It is more suitable for continuous quantitative feeding and automatic control processes. Vibrating feeder conveyors mainly focus on moving large amounts of materials continuously and are suitable for high-capacity and heavy-duty applications.
| Comparison Item | GZ系列電磁振動給料機 | 振動給料輸送機 |
| Equipment Function | Precise feeding control equipment | High-capacity material conveying equipment |
| Drive Method | Electromagnetic drive, feeding speed adjusted by vibration amplitude | Driven by vibration motors or exciters to move materials continuously |
| Main Purpose | Controls hopper discharge speed for continuous and quantitative feeding | Handles large-volume material conveying in production lines |
| Suitable Applications | Batching systems, weighing equipment, packaging equipment, automated production lines | Mining crushing plants, screening lines, and large conveying systems |
| 適用物料 | Powder materials, granules, and small to medium lump materials | Ore, aggregates, coal, and large bulk materials |
| Main Advantages | Fast adjustment response, flexible feeding control, easy connection with control systems | High capacity, strong load-bearing ability, suitable for continuous heavy-duty operation |
| Installation Features | Compact structure, suitable for hopper outlets and equipment connection points | More suitable for large production line layouts and long-term continuous operation |
If the production line focuses on controlling feeding speed, matching weighing and batching systems, or frequently adjusting discharge quantity, GZ Series Electromagnetic Vibrating Feeder is more suitable. If the main requirement is handling large lump materials, high capacity, and continuous conveying, a vibrating feeder conveyor is a better choice.
Customization Service
Although GZ Series Electromagnetic Vibrating Feeder has standard models, different production lines have different requirements for installation position, connected equipment, and operating conditions. If equipment dimensions, trough structure, and control methods are not matched with the application, it may affect installation and operation performance. For these situations, we adjust the equipment structure and configuration according to customer requirements to determine a more suitable feeding design.
If you are not sure which model or structure is suitable, you can provide the following basic information. We will evaluate the operating conditions and confirm the suitable trough design, specifications, and control method.
Selection information recommended:
- Material information: Material name, particle size, whether it is sticky or dusty
- Capacity requirements: Required feeding capacity per hour
- Installation conditions: Hopper size, installation space, discharge direction
- Operating environment: Whether dust protection, wear resistance, or special materials are required
- Control requirements: Whether connection with PLC, batching, or automatic control systems is needed
Jiarui engineering team evaluates the provided information to match equipment configuration, from model selection and structural design to manufacturing requirements, reducing selection errors and helping the equipment fit the production process.
Jiarui Manufacturing
For GZ Series Electromagnetic Vibrating Feeder, manufacturing accuracy affects how the equipment performs after installation. The trough structure, electromagnetic vibration system, and assembly process need to match the material characteristics and working conditions to maintain stable feeding.
Trough structure designed for actual conditions
The trough dimensions, material selection, and wear protection are determined according to feeding capacity, material properties, and installation requirements. This helps reduce material blockage and keeps the feeding process more consistent.
Vibration system matched during assembly
The electromagnetic vibrator, springs, and control components are assembled according to the confirmed design parameters. After assembly, each feeder is checked for vibration operation and feeding response before delivery.
Manufacturing based on approved drawings
Jiarui completes the manufacturing process from CAD confirmation and component processing to assembly and testing according to the customer’s technical requirements. This keeps the final equipment configuration consistent with the confirmed design.
The manufacturing process follows quality management principles to control key production steps and maintain stable equipment performance.
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