Permanent Magnetic Drum Separator

8/13/2019 Permanent Magnetic Drum Separator

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1.Application

2.Operating Principle

The Permanent Magnetic Drum Separator is most useful for the following applications:

(1) separating tramp iron from non-magnetic material processed in bulk quantity,

(2) assuring the purity of completed products,

(3) recovering metal having commercial value, and protecting of physical plant operations and machinery.

These units are widely used throughout the processing industry for separation of iron contaminants from minerals, chemicals,

food, flour, plastics, grains, sand, cement, fertilizers, abrasives, glass, slag, ores, rock, refractory clays and many other

materials.

The Permanent Magnetic Drum Separator consists of a stationery permanent magnetic assembly. This consists of a uniform,

long-lasting magnetic field across the entire width of the drum, which is effective over approximately half the drum

circumferences (as shown in Fig. 2).

A drum shell made of non-magnetic stainless steel revolves around the magnetic field. As the material is fed evenly from a

chute next to the drum,a powerful magnetic field attract sand holds ferrous particles to the revolving shell. As the revolving

shell carries the iron-based particles through the stationery magnetic field, non-magnetic material falls freely from the shell

while ferrous particles are firmly held and carried beyond the divider outside of the magnetic field.

The strength of the permanent magnetic drum is guaranteed to be greater than the corresponding electromagnetic drum. The

strength of the everlasting, permanent magnet material used does not diminish with normal operation and when properlyused, can be depended on throughout the lifetime of the units installation.

3. CT-Type Permanent Magnetic Drum Separators

3.1 Application

3.2 Features

Mainly used for wet separation of ferromagnetic mineral-bearing titanomagnetite, semi-martite, and martite.

The permanent magnetic system is composed of strontium magnetic ferrite or high-energy, rare earth magnets.

The average magnetic-flux-density on the drums surface varies in the range of 0.10 to 0.60T.

Concurrent-flow, semi-counterflow, or counterflow troughs are available.

Stable separation, large processing capacity, and easy to maintain.

I N D U S T R I A L C H A N N E L

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W http//www.FavorSea.com | E [email protected]


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4.Operational Principle of the Permanent

Magnetic Drum Separator

5.CTB Permanent Magnetic Drum

Separator (Semi-Reflux Type)

6.CTS Permanent Magnetic Drum

Separator (Downstream Type)

7.CTN Permanent Magnetic Drum

Separator

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8. Main Specification & Performance of CT-Type Permanent Magnetic Drum

Separators

TypeDiameter

of drum

mm

Length

of drum

mm

Average

magnetic

fields trength

on drum

surfacemT

Capacity

t/h

Particle

size of

separation

mm

Driving

power

KW

Overall dimension

LWH

mm

Weight

t

CT-603

600

300

100-400

2-4

2

2

-

-

0

0

0.55 995X845X1100 0.4

CT-606 600 4-6 1.1 1570X1420X1190 0.95

CT-609 900 6-8 1.5 2100X1420X1190 1.3

CT-612 1200 8-12 2.2 2400X1420X1190 1.5

CT-618 1800 10-15 2.2 3003X1420X1190 1.8

CT-712

750

1200

150-500

10-15 2.2 2485X1530X1375 2.0

CT-715 1500 15-20 3 2750X1530X1375 2.0

CT-718 1800 20-25 3 3058X1530X1375 2.2

CT-724 2400 25-30 3 3630X1530X1375 2.5

CT-918

900

1800

160-600

30-35

3-0

3-0

4 3195X1685X1455 2.8

CT-924 2400 40-45 4 3700X1685X1555 3.5

CT-930 3000 50-55 5.5 4375X1685X1555 4.3CT-1018

1050

1800

160-600

40-50 4 3296X1950X1790 4.2

CT-1021 2100 50-60 5.5 3718X1950X1790 4.8

CT-1024 2400 60-70 5.5 4100X1950X1790 5.4

CT-1030 3000 70-90 7.5 4760X1950X1790 5.9

CT-1218

1200

1800

180-600

50-60 5.5 3100X2155X2025 5.1

CT-1224 2400 60-80 7.5 3740X2185X2025 6.1

CT-1230 3000 80-120 7.5 4772X2230X1905 7.0

CT-1235 3500 100-140 7.5 5923X2205X1905 8.0

CT-1240 4000 120-160 11 5923X2205X1905 9.1

CT-1245 4500 150-200 11 5923X2205X1905 10.2

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9.Main Dimensions of the CTB-Type Magnetic Drum Separator

Note:If installation dimensions of the CTS-type and CTN-type magnetic drum separators are needed, please contact us.

Figure 1. Installation Dimensions

Type H L W H1 W1 A B L1 L2 L3 L4 L5 d F K E D M I G/S

CTB-712

1375

2385

1530 1000 940 780 270

1500 300 600 1620 900 24 600 300 140 140 430 200

120/130CTB-718 3058 2100 400 900 2220 1500 24 600 300 140 140 430 200

CTB-718 3830 2500 700 1700 2826 2100 24 600 300 140 140 430 200

CTB-724

1555

3195

1685 1000 1100 940 370

2100 500 1200 3426 1500 24 650 350 150 140 485 200

120/130CTB-918 3700 2700 1000 1800 2264 2100 24 730 280 150 125 485 200

CTB-924 4175 3300 1500 2400 2864 2700 24 730 300 150 125 485 200

CTB-930

1790

3296

1980 1260 1330 1170 340

2144 600 1200 2264 1500 24 780 300 200 159 570 250

140/160CTB-1018 4100 2744 900 1800 2864 2100 27 830 300 200 159 570 250

CTB-1030 4690 3310 1000 2000 3470 2700 27 830 300 200 180 545 250

CTB-1218

1905

3100

2205 1300 1510 1190 395

2060 800 1200 2286 1600 27 905 350 300 273 605 250

200/210

CTB-1224 3740 2660 900 1800 2886 2200 27 905 350 300 273 605 250

CTB-1230 4772 3374 1000 2400 3514 2700 27 905 350 300 273 605 250

CTB-1235 4923 3954 1200 3000 4154 3200 27 905 450 300 273 605 250

CTB-1240 5423 4454 1600 3500 4654 3700 27 905 450 300 273 605 250

CTB-1245 5923 4954 2000 4000 5154 4200 27 905 450 300 273 605 250

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Permanent Magnetic Drum Separator