Vibrating Equipment

Electromagnetic Vibrating Feeder is a simple structure that offers convenient operation at low power consumption. The Electromagnetic Vibrating Feeder can adjust evenly to ore amount. The Electromagnetic Vibrating Feeder is used for automation flow operation to open type and closing two points. The Electromagnetic Vibrating Feeder is suitable generally for loose material. The Electromagnetic Vibrating Feeder is perfect for non-stop processes. The Electromagnetic Vibrating Feeder can handle slightly wet, heated, dusty, lumpy and abrasive materials.

Used for

• Pharmaceutical
• Glass
• Food and chemical processing
• Steel
• Plastics
• Rubber industry
• Fertilizer industry

Applied In

• Batching
• Weighing
• Packaging
• Blending
• Sprinkling
• Proportioning
• Storage

Working Principle
A vibratory feeder is a device that uses vibration to "feed" material to a process or machine. Vibratory feeders use both vibration and gravity to move material. Gravity is used to determine the direction, either down, or down and to a side, and then vibration is used to move the material. The material is almost always a dry material that unlike a liquid, may not move down an incline without some assistance from the vibration effect. The vibratory feeder comes in many shapes and sizes but all uses the same principle, which is to feed bulk material in at the top in an uncontrolled fashion and take material out at the bottom at a controlled and steady rate.

Design Flexibility
Our experience and longevity in the market have resulted in a variety of deck models.

• Tubular.
• Grizzly.
• Enclosed.
• Open.
• Conveyors with Multiple Power Units.
• Decks with Screen Sections

Applications

• Application Area
  
  • Flow-extraction from silo / hopper.
  • Flow-regulation for weighing equipments etc.
  • Flow-feeding for / in processing lines.
• Application Industry
  It is been widely used in the food, mining, cement, refractory, iron ore, coal feeding, feed, chemical and the pharmaceutical industries,etc.

MAGWELL offers a wide range of Vibrating tables. Concrete vibration table consists mainly of platform chassis, vibrator spring components, mesa and chassis. They are used for chemical, food, plastics, pharmaceuticals, metallurgy, glass, building materials, food, fertilizers, abrasives, ceramics and other industries.

Principle application of a Vibrating Table is to uniformly fill the mould, drive out air bubble and compact the product to achieve superior mould strength and higher surface finish.

WORKING PRINCIPLE : Concrete vibration table were welded with steel plate and steel, vibration table is the same motor plus a pair of eccentric composition. And through a pair of pylon coupling installed on mesa (reverse) center position, plays a vibration compaction process smoothly and vertical direction function.

FEATURES : While using the Vibrating Table you can adjust the vibrating motor’s vibrating force to the platform on the material to achieve the desired form.

• Good sealing performance, no dust overflow
• Continuous production, single or multi-layer, auto-classification filtering
• Energy-saving and low noise with vibration motor
• Start fast and stop smoothly
• Simple installation, easy operation and maintenance
• High power, large platform; maximum power of 7.5kw, exciting force 80KN, sand box can carry the weight of 8T
• Table height adjustable, suitable for assembly line use three-dimensional vibration, complex cavity for casting
• Variable, modeling process, without damage of the premise, for best compaction results
• Since the locking function, the production line to ensure accurate positioning

APPLICATIONS :

It is suitable for any dry material screening from 0.74mm-5mm., the largest particle size is 10mm.It is widely used in chemical, food, plastics, pharmaceuticals, metallurgy, glass, building materials, food, fertilizers, abrasives, ceramics and other industries.

• Food industry: sugar, salt, alkali, gourmet powder, starch, milk powder, yeast powder, pollen, food additive, bean milk, juice, etc.
• Abrasive material and ceramic industry: building sand, mica, alumina, abrasive, refractory material, slurry, etc.
• Chemical industry: resin pigment, medicine, grease, paint, palette, etc.
• Paper-making industry: coated slurry, exhaust liquid, paper making liquid and waste water reclamation, etc.
• Metallurgy and mining industry: quartz sand, ore, titanium oxide, zinc oxide, etc.
• Mechanical industry: casting sand, powder metallurgy, electromagnetic material and metal powder, etc.

The Vibratory Furnace Charger delivers required capacity, stores hopper of required capacity and moves carriage with driving arrangement. The Vibratory Furnace Charger eliminates problems like high labor cost, hazards operators faced in foundries, melting shops etc. the automation of Vibratory Furnace Charger allows foundry men to work safely, eliminating injuries arising from molten metal splash. The Vibratory Furnace Charger allows maximum furnace utilization by charging it quickly. Furnace lining damage is also avoided by Vibratory Furnace Charger.

Construction
Vibratory Furnace Charger consists of a vibrating feeder mounted on a moving trolley with a storage hopper mounted above the feeder. Control panel for operating the system. Cable reeling Drum / Cable Drag Chain. The metallic components like scrap, bales, pig iron and foundry retains are stored in the hopper. The hopper shape is specially designed to enable bulky and irregular scrap pieces to be extracted without problem.

Working Principle
The required amount of scrap metal is loaded into the storage hoper at the loading point. The trolley the carries the vibrating feeder along with the storage hopper to the furnace charging point. Here, the vibrating feeder is energized and the material is effectively discharged into the furnace as per the required capacity. As the metal is melted down, fresh batch of metal can be fed into the furnace thereby keeping the furnace full. The capacity of the vibrating feeder can be varied by varying the amplitude of variations. The amplitude of vibrations can be varied by adjusting the position of centrifugal weights or by using a variable frequency drive (optional). A control panel specially designed to suit individual client requirement depending on the sequence of operations required is provided.

Features and Advantages

• Very fast as compared to manual charging of furnace thereby enabling optimum use of the melting system.
• Minimum heat loss of the furnace since the charging process can be maintained continuously at the required rate.
• Extremely controlled charging of material into the furnace.
• Prevents damage to the furnace lining since the material is properly guided into the furnace so as to avoid the material from hitting the furnace walls.
• No direct exposure of manpower to the furnace thereby preventing dangerous accidents due to metal splash (since the operator can carry out the operations at a very safe distance.)