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Sidewall Belt Conveyor

Handling Capacity: Up to 2,000 m³/h
Belt Speed: Up to 4.0m/s
Basebelt Width: 500/650/800/1000/1200/1400/1600/1800/2000 mm
Sidewall Height: 100/120/160/200/240/300/400/500 mm
Cleat Type: C type / T type / TC type / TCS type
Cleat Spacing: 126/252/378/504 mm
Cleat Height: 80/100/140/180/220/280/360/460 mm
Conveying Angle: 30°~90°
Drive Type: Gear motor / Motor+fluid coupling+gear box
Tension Type: Screw take-up / Gravity take-up
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Address:  Middle of Xinchang North Line, Xinxiang City, Henan Province, China
Product Introduction
Sidewall Belt Conveyor, also known as Steep Incline Belt Conveyor, is continuous conveying equipment for bulk materials. The sidewall belt conveyor's structure is a flat rubber conveyor belt with glue on both sides which can freely adjustable rubber waveform on vertical "sidewall". Between the sidewall edges hard and elastic cleats are bonded to form a box-type bucket to continuously convey the material in the bucket. Moreover, it allows bulk material to be transported at an angle of 30 degrees to 90 degrees. Besides, it can adopt a flexible layout so as to solve enterprises in the aspect of industrial production including complex horizontal, incline, or vertical transporting requirements.


Sidewall belt conveyor is used in metallurgy, construction, power station, food, cement and other industries.
 
FEATURES AND ADVANTAGES

1. Low Investment Cost
Large angle or vertical conveying can be realized, thus reducing equipment cost and construction costs, which can save the total investment cost.

2. Reduced Leakage
The unique corrugated sidewalls structure can effectively reduce material leakage, improved working environment.

3. Reduce installation space
Large angle or vertical conveying reduce the length requirements to reach the design height when compared to conventional belt conveyor, thus reduce installation space.

4. Flexible Layout
Sidewall belt conveyor can also be combined with other conveying equipment, to solve the enterprise in industrial production including horizontal, inclined or vertical complex conveying requirements.

5. Low Energy Consumption
Large angle or vertical conveying can greatly reduce the number of rollers and belt length, which can reduce roller and belt resistance, so as to effectively reduce energy consumption.

APPLICATIONS
 
  • Sand
  • Potash
  • Fertilizers
  • Aggregates
  • Copper ore
  • Fly ash
  • Limestone
  • Sulfur
  • Wood Chips
  • Petroleum Coke
  • Sugar
  • Mineral
  • Gypsum
  • Coal
  • Clinker
  • Iron ore
  • Salt
  • Other Bulk Solids
Sidewall Belt Conveyor On Site
sidewall belt conveyor on site
Corrugated Sidewall Belts
 
The sidewall belt conveyor adopts corrugated sidewall conveyor belt with horizontal cleat which is generally divided into the base belt
sidewall and cleat.
 
BASE BELT
The base belt is required to have certain tensile strength and wear resistance. In order to adapt to the requirements of angle change, the longitudinal base belt must be of softness, and the transverse must have a certain rigidity. The Corrugated Sidewall Belts produced adopts transverse rigid base belt with special structure to solve the deformation problem of large size conveyor belt in the process of the return. The base belt standards are in accordance with international standard.
Baseband Type Strength
 (N/mm)  
Coating thickness
(mm) 
Weight 
(G/m2)
Min Pulley Diameter
(mm)
250/2 2:2 9.40 200
400/3 4:2 13.50 315
400/3+2 4:2 12.10 315
500/3+2 4:2 12.60 400
630/4+2 4:2 14.40 500
800/5+2 4:2 16.10 630
1000/5+2 4:2 17.80 800
1250/5+2 4:2 18.25 1000
315/2+2 4:2 13.70 315
400/3+2 4:2 14.80 315
500/3+2 4:2 15.20 400
630/4+2 4:2 16.70 500
800/5+2 4:2 18.00 630
1000/5+2 4:2 19.50 800
1250/5+2 4:2 21.40 1000

1600 8:8 / 1250
2000 8:8 / 1250
2500 8:8 / 1400
3150 8:8 / 1400
3500 8:8 / 1600
4500 8:8 / 1600
5000 8:8 / 1600
5400 8:8 / 1800
6000 8:8 / 1800
 
SIDEWALL
1. The sidewall adopts special formula and advanced production technology to ensure the flexure and fatigue resistance of sidewall edge.
2. The sidewall is strengthened with canvas and overlapped diagonally to effectively prevent the sidewall edge from tearing to increase the flexing performance.
3. Dynamic fatigue test is adopted to detect and simulate field use.
Sidewall Height (H) Wave Crest Width (TW) Wave Base Width (BW) Wave Spacing  (P) Weight (kg/m) sidewall conveyor belt
100 44 50 42 2.34
120 44 50 42 2.78
160 66 75 63 4.42
200 66 75 63 5.82
240 66 75 63 8.49
300 88 100 84 12.48
400 88 100 84 17.60
500 110 125 105 24.40
630 110 125 105 31.50
 
CLEAT
The production of cleat adopts special rubber formula and advancedmolding process, so that the cleat has high stiffness, wear resistance,
andimpact resistance. Therefore, it is not easy to deform when the cleat carries high-density materials.
When the cleat is connected with the sidewall, the spacing of the cleat should be considered as an integer multiple of the wave distance.
In order to prevent the cleat and sidewall in the change of angle and through the pulley, because the radius of its movement does not
match, to prevent the material from the sidewall cleat connection gap leakage and in the discharge caused by the accumulation of blind angle.
Cleat Type (mm)      Cleat Height (mm) Sidewall Height(mm) Bottom Width (mm)      Weight  (kg/m)   Minimum Pulley Diameter (mm)  
 
C
90 100 110 2.81 250
110 120 110 3.27 315
 
T
90 100 110 2.7 250
110 120 110 3.23 315
140 160 160 5.49 400
180 200 160 6.67 500
230 240 160 8.6 630
 
TC
90 100 110 3.22 250
110 120 110 3.94 315
140 160 150 5.49 400
180 200 150 6.81 500
230 240 160 8.68 630
280 300 180 14.9 800
 
TCS
230 240 160 13.8 630
280 300 160 15.3 800
360 400 230 22.8 1000
470 500 230 30.8 1250
SELECTION INSTRUCTIONS
When the conveying Angle < 90°
sidewall belt conveyor 1.Material to be conveyed:______

2.Handling capacity: ______ t/h

3.Bulk Density:______ t/m3

4.Max. Granule size of the feeding material:______ mm

5.Max.Granule's percentage in whole material:______ %

6. Please refer to the drawing to provide the corresponding size: L1=______ m; L2=______ m; L3=______ m; α=______ °

7.What equipment is used to feed the material into the sidewall belt conveyor:______ 

8.What equipment is used to discharge the material from the sidewall belt conveyor :______

9.Working power supply: ______ V ______ HZ

10.Does the sidewall belt conveyor work alone or with other equipment to form a system? If forming a system, do you have preliminary design or hand-drawn sketch? If have, please send it to our engineer for reference.

 
When the conveying Angle = 90°
sidewall belt conveyor

1.Material to be conveyed:______

2.Handling capacity: ______ t/h

3.Bulk Density:______ t/m3

4.Max. Granule size of the feeding material:______ mm

5.Max.Granule's percentage in whole material:______ %

6. Please refer to the drawing to provide the corresponding size: L1=______ m; L2=______ m; H=______ m;

7.What equipment is used to feed the material into the sidewall belt conveyor :______

8.What equipment is used to discharge the material from the sidewall belt conveyor :______

9.Working power supply: ______ V ______ HZ

10.Does the sidewall belt conveyor work alone or with other equipment to form a system? If forming a system, do you have preliminary design or hand-drawn sketch? If have,please send it to our engineer for reference.

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