Disk Feeder for Cement Plant

Disk feeder for Cement Production
  • Application: It is widely used in the system of feeding equipment preferred by cement plants, chemical industry, power plants, etc., and can also be used as feeding equipment for non-viscous materials in other industries.
  • Material: ore, pulverized coal, cement, clinker, limestone, clay and other powdery, granular or small block materials, it is mainly suitable for feeding equipment of powder ore below 20mm.
  • Disk Feeder Models:  DKM60, DKM80, DKM100, DK600, DK800, DK1000, DK1300, DK1600, DK1800, DK2000

Case:

The disc feeder has compact structure, hard tooth surface gear transmission, and material layer adjustment gate adjustment material layer to enable the material to be evenly and continuously fed to the next equipment. The feeding amount can be adjusted and can be fed.  Suited for feeding powdery, small pieces of material (such as coal powder, clay, etc.). The disc feeder supplied for Jiangxi customers is used for coal system feeding. Heilongjiang customers is used in the hollow brick crushing production line to supply coal gangue scrap to the hammer crusher. Both customers are very satisfied with the equipment.

Cement Disk Feeder Description:

Disk Feeder Types

The cement disc feeder is a widely used continuous volumetric feeding device. It is mainly used as feeding equipment of powder ore below 20mm. The machine utilizes the fluidity of raw material through  rotating disc and adjustable drum. With scraper plate scrapes material from container to receiving equipment. It is suitable for various non-stick materials which are not very good in fluidity. This type of machine has compact design, simple structure, convenient adjustment, reliable use, small maintenance and low noise. The model is divided into two types: seat type and hanging type.

Technical Parameter of Cement Disk Feeder

Model Disk Dia.(mm) Weight(t) Capacity(t/h) Max Feeding Size(mm) Max Rotating speed (r/min) Motor Model (AC) MotorModel (DC) Motor Power(KW)
DKM60 Φ600 0.46-0.6 0.043-0.244 25 0.5 YCJ132B347 Z2-31(D2) 0.55-0.8
DKM80 Φ800 0.56-0.67 0.15-0.96 30 1 YCJ132B347 Z2-31(D2) 0.55-0.8
DKM100 Φ1000 0.89-0.95 0.345-2.22 40 1 YCJ160B344 Z2-32(D2) 1.1-1.5
DK600 Φ600 0.41-0.44 0.69-3.9 25 8 Y90L-6 Z2-32(D2) 1.1
DK800 Φ800 0.5-0.56 1.18-7.56 30 8 Y90L-6 Z2-32(D2) 1.1
DK1000 Φ1000 0.79-0.83 2.59-16.7 40 7.5 Y100L-6 Z2-41(D2) 1.5
DK1300 Φ1300 1.11-1.15 4.28-29.9 50 6.5 Y132S-6 Z2-51(D2) 3
DK1600 Φ1600 2.022.04 7.03-48.6 60 6 Y132M1-6 Z2-61(D2) 4
DK1800 Φ1800 2.84-2.91 9.26-60 70 5 Y132M2-6 Z2-61(D2) 5.5
DK2000 Φ2000 3.1-3.2 13.6-88.4 80 5 Y132M2-6 Z2-61(D2) 5.5

Working Principle of Cement Disk Feeder

Disk Feeder Structure

The disk feeder is mainly composed of driving device, machine frame and control device. The driving device drives disk to rotate uniformly through bevel gear. When material reach to disk, the material rotates together with the disk, and then scraped through the baffle plate on the control device, so as to achieve the purpose of feeding.

Disk Feeder has Following Advantages

  1. Disk feeder is equipped with short tube, which is hardly plugging and hanging materials to prevent the solid material can not be successfully discharged due to solidification.
  2. The equipment adopts adjustable gate, which can adjust the feeding quantity conveniently, the adjustment is convenient, and its range is wide.
  3. Bearing capacity is particularly large for its large diameter slewing bearing structure. Can bear the pressure of more than 15 meters of ore trough, the service life is more than 10 years.
  4. Reliable structure and long working life. Due to the use of hardened gear transmission, the transmission efficiency is up to 95%.
  5. The transmission parts are in well lubricating condition. Reducer, slewing bearing, small gear and other main transmission devices, adopt medium load gear oil lubrication with high quality, high viscosity and extreme pressure to ensure that the failure free operation.
  6. Adopting unique sealed structure ensures there is no foreign body enter into the lubrication part of transmission part.

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