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Vibrating Feeder

The design and wide size range of MEKA vibrating feeders is adapted to make proper access around crushers possible and decrease the total cost of the installation. The versatile design can be mounted on support springs or suspended on coil springs, depending on the location and application.
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Applications

MEKA MVF Vibrating Feeders are designed for high capacity feeding especially for secondary and tertiary duties. MVF feeders all work on the same principle, that being the extraction of materials from under crushers, bins, hoppers etc, or fed by a conveyor with a regulated flow to promote a steady supply to maximise production in the processing plant.
Why MEKA Vibrating Feeder?

Versatile

Can be mounted on support springs or suspended on coil springs, depending on the location and application

Maximum production

High-capacity vibrating motors generate up to 10mm stroke in most of materials from small granular materials to large lumps

Wide range

Many feeder lengths make installation flexible and can reduce your total cost of installation

Adaptability

The design and wide size range of MEKA Vibrating feeders is adapted to make proper access to crushers possible and decrease the total cost of the installation

Vibrating Feeder Technical Specifications

MVF 6515

MVF 8517

MVF 1020

MVF 1220

MVF 1520

MVF 1020C

MVF 1320C

MVF 1520C
Width x Length (mm x mm) Width x Length (inch x feet) 650x1500 25''x5' 850x1700 33''x5⅟2'' 1000x2000 39''x6⅟2' 1200x2000 47''x6⅟2' 1500x2000 59''x6⅟2' 950x2025 37⅟2"x6⅟2' 1300x2000 51³/16"x6³/5' 1450x2025 51⅟16"x6⅟2'
Power @50hz (kW) Power @50hz (HP) 2x0.9 2x1.2 2x1.96 2x2.8 2x1.96 2x2.8 2x2.2 2x2.95 2x3.2 2x4.3 2x1.96 2x2.62 2x2.2 2x2.95 2x2.2 2x2.95
Power @60hz (kW) Power @60hz (HP) 2x0.9 2x1.2 2x2.3 2x3 2x2.3 2x3 2x2.3 2x3 2x3 2x4 2x2.3 2x3 2x2.3 2x3 2x2.3 2x3
*Capacity (mtph) *Capacity (stph) 100-180 110-198 180-275 198-302 220-400 242-440 250-500 275-550 300-600 330-660 220-400 242-440 300-550 330-605 400-650 440-715
Maximum Feed Size (mm) Maximum Feed Size (inch) 200 8 260 10 300 12 330 13 460 18 300 12 400 16 460 18

*At specified inclination and for material weighing 1.6 t/m³ or 100 lbs/ft³. Capacity values are indicative only and depend not only on feeder size but also on feeder inclination, feed gradation, etc.
What is Vibrating Feeder?

Vibrating feeders are used for the constant feeding of crushers at the secondary and tertiary stages.

Types of Vibrating Feeder
Generally installed under surge bins for feed regulation at the secondary or tertiary crushing stages and are also used in tunnels under open stockpiles for regular feeding to conveyor belts inside the tunnel.
How Does Vibrating Feeder Work?
Vibrating feeders mounted onto springs mounts or suspended form, move the material by the vibration generated by 2 vibrating motors. Widely the motors are mounted under the pan of vibrating feeder, but they can also be mounted on top or on both sides of the pan.
Advantages of Using Vibrating Feeder
In addition to its different intended uses, it primarily regulates the capacity fluctuations that may occur at the primary stage by ensuring regular feeding of crushers at the secondary and tertiary stages.
Vibrating Feeder Processes Applications
Vibrating feeders are secondary and tertiary stage equipment and are available in different widths and lengths for different capacities to be used in a wide range of applications such as mining, aggregate or recycling. They typically provide regular and continuous feeding of crushers through a hopper. They are widely used in tunnels under open stockpiles with regular feeding to conveyor belts inside the tunnel.
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