Since the synchronization of inertial vibrating feeder is widely used in mining, metallurgy, coal, building materials, light industry, chemical industry, electric power, food and other industries, for the massive, granular and powdered materials from storage bin or funnel homogeneous continuous or to quantitatively to the device. As to the crushing, coal preparation, screening, transportation,packaging machinery and other feed, ingredients, etc.
Vibrating motor as excitation source.
Stable vibration, reliable operation and long service life.
Convenient to adjust transferring capacity.
Overhead suspended spring suspension.
Characterized by even feeding, excellent continuity and adjustable vibrating force.
Material according to parabolic trajectory continuous forward for jumping movement, so feed groove wear smaller.
Vibrating feeders are widely used in mining, building-material, silicate andchemical industry in the crushing and screening plants.
In the sand-stone production line, vibrating feeder can send materials to crusher evenly and continuously and at the same time, it can screen materials roughly.priciple:
The vibrating motors force the feeding trough body to make simple harmonic vibration or similar to simple harmonic vibration in a certain direction.
When the acceleration of its vibration achieves some certain value, the materials will make continuous and small throws or slides along the transmission direction in the feeding trough body, which causes the forward motion and transmission of the materials.
Easy installation and maintenance
Strong adaptability and steady operation for various material
Can be adjusted to the shoes, etc
The determination of productivity: this series since the synchronization of inertial vibrating feeder river sand material on the productivity of the given (bulk density of 1.6 t/m3). When the material bulk density is greater than 1.6 t/m3, its output according to rating the selection; When the bulk density of the material in 1.2 to 1.6 t/m3, the yield can reach 0.9 to 1.0 times the rated output. When the material bulk density in 0.8 to 1.2 t/m3, the yield can reach rating of 0.8 to 0.9 times. Material bulk density is less than. 6 t/m3, shall be appropriately increased material layer thickness, in order to improve the yield.
For vibrating feeder is difficult to transport materials (such as talcum powder, titanium dioxide, white clay, fabrics, clay, etc.), as well as the water content of hydrophilic material, should be determined according to test production. Necessary tub tilt appropriate installation (the general tip down 10 to 15 °), in order to increase quantificationally.
The choice of control box: this series of feeder supporting reverse connect braking control box, it can make the feeding machine when parking down quickly, make the feeder rapidly through the resonance area, avoid too large amplitude cause damage to the machine. The control box has over-current, over-voltage, equal protection function, the other according to the technological requirements, increase the braking energy consumption, fast charging, remote control and stepless frequency control of motor speed, and other functions. When ordering please indicate the user.
The environment temperature is not more than +40 ℃;
In the ambient temperature of 20 ± 5 ℃, relative humidity of not more than 85% of the surrounding medium;
No danger of explosion medium around;Without severe corrosion and electrical insulating medium around.
|Model||Size/B×L×H (cm)||Feed rate (t/h)||Maximum Feed Size (mm)||Double amplitude/mm||Vibration frequency (次/分钟)||Rated Current (v)||Rated||Power (kw)||Weight（kg）|
This series motor feeder does not consider the impact warehouse design pressure, in order to ensure the normal operation of the feeder to the need to minimize the impact on warehouse pressure feeder. Therefore, the design slip mouth, the application side slip mouth after feeding pressure to bear vertical column. Slip mouth form and configuration refer to Figure and table values.
In the selection considering the space restriction, the motor installation can be divided into two kinds, an installation for both sides of the motor, a motor rear mounted.