Electromagnetic vibration feeder
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Product description
Electromagnetic vibration feeder is widely used in put the block, granular and powder material from the silo or funnel evenly or quantitatively to the receiving device. For example: feeding to the belt conveyor, bucket elevator, screening equipment, crusher, grinder, etc. As well as for automatic ingredients, quantitative packaging, etc., and can be used for automatic control of the process, to achieve the automation of production processes.
Product features
1 The structure of the electromagnetic vibrating feeder is relatively simple compared to other series of feeders, and the installation and subsequent maintenance are more convenient.
2 It can achieve the purpose of controlling the feeding amount.
3 The electromagnetic vibrating feeder uses the principle of mechanical resonance to work in a state of less energy consumption, achieving the purpose of saving expenses for the enterprise.
4 The material has less contact with the feeding trough during the vibration process, so the service life of the feeding trough is greatly extended.
Technical parameters
Type Model Capacity(t/h) Feed size(mm) Double amplitude(mm) Voltage(V) Current(A) Effective power(Kw) Control box Level -10 Working current Shouw current Basic type DZG1 5 7 50 1.75 220 1.34 1 0.06 XKZ-5G2 DZG2 10 14 50 3 2.3 0.15 DZG3 25 35 75 4.58 3.8 0.2 DZG4 50 70 100 8.4 7 0.45 XKZ-20G2 DZG5 100 140 150 12.7 10.6 0.65 Round tube type DZG1G 2 50 1.75 220 1.34 1 0.06 XKZ-5G2 DZG2G 4 50 3 2.3 0.15 XKZ-5G2 DZG3G 10 60 4.58 3.8 0.2 XKZ-5G2 DZG4G 20 70 8.4 7 0.45 XKZ-20G2 DZG5G 40 80 12.7 10.6 0.65 XKZ-20G2 Product pictures
Company Profile
Xinxiang Zhongchengyou Machinery Co., Ltd. is a comprehensive high-tech machinery enterprise integrating technology research development, manufacturing and service. The company professional mainly dedicated to the design and manufacture of equipment for screening, conveying, and lifting, and undertakes related projects such as industry information consultation and system planning design
FAQ
How do I choose the right type of screening machine for my material?
The choice depends on several factors including the material's particle size, moisture content, viscosity, and processing capacity. For fine, dry materials, a rotary vibrating screen is often suitable. For high-volume grading of coarse materials, a linear vibrating screen may be better. We recommend providing material details and capacity requirements so our technical team can suggest the most efficient model.
What is the maximum conveying distance or height for your bucket elevators and belt conveyors?
This varies by equipment type and model. Our belt conveyors can be designed for horizontal distances ranging from a few meters to several hundred meters. Our bucket elevators are typically used for vertical lifts, with common heights ranging from 5 to 40 meters. Custom designs can be engineered for specific project requirements.
Can the equipment handle materials that are hot, corrosive, or food-grade?
Yes, we can customize equipment to suit the material's properties. For high-temperature materials, we use heat-resistant steels. For corrosive environments or materials, stainless steel is an option. For food and pharmaceutical applications, we can provide equipment made of food-grade stainless steel with a sanitary surface finish to meet strict hygiene standards.
What should I do if the screening efficiency of my vibrating screen drops suddenly?
A sudden drop in efficiency can be caused by several issues. First, check the screen mesh for blockages or tears. Second, ensure the vibration motor operates correctly and that the amplitude is properly set. Third, verify that the feed is evenly distributed and not exceeding the screen's capacity. Regular inspection helps identify these problems early.
How do I prevent dust pollution during the conveying and screening process?
Our equipment can be designed with sealed structures. Additionally, we can design and integrate dust collection ports that connect to central dust removal systems. For particularly fine or hazardous dust, we recommend fully enclosed systems with negative pressure to ensure a clean and safe working environment.
What is the typical lead time for custom-designed equipment?
The lead time depends on the complexity of the customization and the current production schedule. Generally, for standard equipment, it may take 15-30 days. For highly customized systems requiring special design and engineering, the lead time can range from 30 to 60 days after order confirmation.
Electromagnetic vibration feeder
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