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DJ type large inclination belt conveyor, large inclination belt conveyor price, large inclination belt conveyor model, large inclination belt conveyor manufacturer


DJ type large inclination belt conveyor, large inclination belt conveyor price, large inclination belt conveyor model, large inclination belt conveyor manufacturer

Product overview of large inclination belt conveyor:
The large inclination belt conveyor uses a conveyor belt with corrugated ribs and transverse partitions, so it can achieve the purpose of conveying materials with a large inclination angle. The maximum inclination angle can reach 90 degrees, and the vertical conveyor has a compact structure and a small footprint. Or vertical) conveyor. After years of unremitting efforts, the maximum height of the belt conveyor with a large inclination angle can reach 203m, and the maximum conveying capacity has reached 6000t / h. It has been used in underground mining projects, open-pit mining, and large dump vessels. And it is the first in China to be used for blast furnace feeding in steel plants, which has produced good economic benefits. The equipment can be used in coal, chemical, metallurgy, power, light industry, construction, port and other industries. It can transport various bulk materials with a bulk density of 0.5-4.2t / m3 in the working environment temperature range of -15 ° C to + 40 ° C. Materials; for conveying materials with special requirements, such as: high temperature, materials with acids, alkalis, oily substances or organic solvents, special conveyor belts are required; the conveying inclination angle is within the range of 0 ° to 90 °, and the maximum vertical The particle size of the conveyed material is 400mm.

DJ type large inclination belt conveyor
The main advantages of DJ type large inclination belt conveyor:
(1) The conveying inclination angle of the large inclination belt conveyor is large, up to 90 °, which is the ideal equipment for large inclination conveying and vertical lifting. Therefore, it can save floor space, equipment investment and civil construction costs, and obtain good comprehensive economic benefits. For example, if a user wants to lift coal to the top of a 20m high silo, if the edger is used to convey at an inclination of 45 °, the captain only needs 28.3m; while if the edger is used for vertical transportation, the horizontal captain Can be controlled within 6m.
(2) Simple structure. As mentioned earlier, all major components can be used in common with the general belt conveyor, which brings convenience to use and maintenance.
(3) Reliable operation. There is no stuck chain, floating chain, broken chain phenomenon that often occurs in the buried scraper conveyor, and the slippage and drop of the bucket elevator that often occur. Its reliability is almost equal to that of ordinary belt conveyors.
(4) Smooth operation and low noise.
(5) Because there is no digging resistance during loading and internal friction and external friction resistance of the material during operation, the energy consumption is small.
(6) The vertical flanging machine can also set a horizontal conveying section of any length on the head and tail of the machine to facilitate connection with other equipment.
Names and uses of large inclination belt conveyor parts:
1. Corrugated flange conveyor belt: It plays the role of traction and carrying in the conveyor. The corrugated ribs, the transverse partition and the base band form a "gate" -shaped container for conveying materials, thereby achieving a large inclination.
2. Driving device: It is the power part in the conveyor. It consists of Y series motor, ZJ shaft-mounted reducer, and wedge block backstop.
3. Transmission drum: It is the main component of power transmission. The conveyor belt runs by the friction between it and the transmission drum. This series of transmission roller is divided into rubber surface and smooth surface. The rubber surface roller is to increase the adhesion between the roller and the conveyor belt.
4. Redirection roller: used to change the running direction of the conveyor belt. The redirecting roller is used for the lower surface (non-load bearing surface) of the conveyor belt.
5.Belt roller: It is used to change the running direction of the conveyor belt. It is used for the upper surface (bearing surface) of the conveyor belt.
6.Idle roller: Idle roller is used to support the conveyor belt and the materials on the belt to make it run stably. This series has two types of upper parallel rollers and lower flat rollers.
7. Support roller: The support roller is used to support the lower branch of the conveyor belt on the convex arc frame, and it is supported on the empty sides of the side conveyor belt. Several sets of supporting rollers form a circular arc segment for redirecting the conveyor belt. The support roller is supported by a cantilever.
8. Vertical roller: The vertical roller is used to limit the deviation of the conveyor belt, and is installed on the upper and lower transition frames. Each filter section is provided with four racks, two for the upper and the lower.
9. Beating wheel cleaning device: It is used to beat the back of the conveyor belt and shake off the material sticking to the conveyor belt.
10. Tensioning device: Its functions are: 1. To make the conveyor belt have sufficient tension to ensure that the conveyor belt and the drive roller do not slip. 2. Limit the sag of the conveyor belt between the supports to make the conveyor run normally. This series uses a screw tensioning device.
11. Frame, head funnel, head guard, material guide slot, intermediate frame, intermediate frame legs, etc .: Support, dust-proof and material guide in the conveyor. This series of intermediate frame legs are low, medium and high. The lower horizontal section and tilt are only equipped with low intermediate frame legs, while the upper and lower horizontal sections are respectively equipped with different intermediate frame legs (low, medium and high) according to different head frames (low, medium and high head frames). High intermediate frame legs).
Arrangement form of large inclination belt conveyor:
In order to obtain better receiving and unloading conditions, this machine adopts "Z" -shaped arrangement. That is, the upper horizontal section, the lower horizontal section and the inclined section are provided, and the material is received in the lower horizontal section, and the material is discharged in the upper horizontal section. The upper horizontal section and the inclined section are connected by a convex arc section frame, and the lower horizontal section and the inclined section are connected by a concave arc section frame to realize a smooth transition of the conveyor belt.
1. Upper horizontal section: In order to meet the requirements of different discharge heights, the headstock is divided into a low headstock (headstock height H0 = 1000mm), a Chinese headstock (headstock height H0 = 1100 ~ 1500mm) and a high headstock ( Headstock height H0 = 1600 ~ 2000mm). Correspondingly, the upper horizontal section is equipped with a low-profile convex arc frame and a low-type middle frame leg (with a head frame height H0 = 1000mm), a Chinese-style convex arc frame and a Chinese-type intermediate frame leg. (With head frame height H0 = 1100 ~ 1500mm), high convex arc section frame and high intermediate frame legs (with head frame height H0 = 1600 ~ 2000mm).
2. Inclined section: Regardless of whether the upper horizontal section uses low-, medium-, or high-type intermediate frame legs, the inclined section uses low-type intermediate frame legs. When the conveyor inclination angle β ≥ 45 °, it is recommended to use type II low intermediate frame legs.
3. Lower horizontal section: The lower horizontal section adopts low-type intermediate frame legs.

Technical parameter table of large inclination belt conveyor (edge belt conveyor):

mmBandwidth B ( mm )

300

400

500

650

800

Rib height ( mm )

40

60

60

80

80

120

120

160

120

160

 

200

240

Partial inclination conveying capacity Q 3 / h

30 °

15

14

20

34

46

71

104

120

128

157

 

195

235

45 °

11

10

14

26

35

57

83

97

102

127

 

157

195

60 °

8

7

10

18

25

40

58

69

72

90

 

112

142

90 °

4

4

5

10

13

twenty one

31

37

38

48

 

60

76

Dimensions

MMHead wheel center height H 2 / h ( MM )

350-100

1100-2000

1300-2000

1300-2000

MMTail wheel center height H 2 / h ( MM )

335

330-490

600

600

600-800

MMMiddle section belt surface height H 2 / h ( MM )

450

500-700

760-800

800-850

800-1115

MMMiddle leg width B 2 / h ( MM )

480

580

870

1020

1220

mmBandwidth B ( mm )

1000

1200

1400

Rib height ( mm )

120

160

200

240

160

200

240

300

160

200

240

300

400

Partial inclination conveying capacity Q 3 / h

30 °

172

216

267

327

275

331

419

466

319

395

500

564

794

45 °

137

175

216

271

222

267

347

384

258

318

414

465

680

60 °

96

124

153

197

158

190

253

178

184

226

302

337

524

90 °

51

66

83

106

85

102

136

149

98

121

162

180

281

Dimensions

MMHead wheel center height H 2 / h ( MM )

1400-2000

1600-2000

MMTail wheel center height H 2 / h ( MM )

600-800

800-1000

800-1200

MMMiddle section belt surface height H 2 / h ( MM )

800-1200

1050-1500

1050-1700

MMMiddle leg width B 2 / h ( MM )

1440

1690

1890

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