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Belt Bucket Elevator

The belt bucket elevator is designed for vertical delivery of granular, powdery and small abrasive materials with a small suction force. Belts are used as traction components, belt bucket elevators are widely used in mining, metallurgy, chemical industry, power plants, agriculture, quarries and other industries.
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Belt Bucket Elevator
Belt Bucket Elevator for Tangshan Steel Desulfurization Project
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Middle of Xinchang North Line, Xinxiang City, Henan Province, China
how it works

The hopper picks up the material from the underlying storage, and as the conveyor belt is lifted to the top, it rolls over the top wheel and then flips down. The bucket elevator pours the material into the receiving tank.
The drive belt of the belt bucket elevator with belt drive is generally equipped with rubber belt, which is mounted on the lower or upper drive roller and the upper and lower redirection rollers. Belt bucket elevator: suitable for lifting from low place to high place. The supply material is automatically transported upwards and continuously after the material is put into the hopper through the vibrating table.

OUTSTANDING ADVANTAGES
High capacity vertical conveying
It adopts inflow feeding, inducing unloading, and large-capacity hopper intensive arrangement. There is almost no returning and excavation during material lifting, so there is less reactive power.
Extra heavy-duty design
The Bucket Elevator has less requirements on the type and characteristics of the material, not only can improve the general powdery and small granular materials, but also can improve the materials with high abrasion resistance. The sealing performance is good and the environmental pollution is less.
Highly reliable and durable
The operation reliability is good, the advanced design principle and processing method ensure the reliability of the whole machine operation, and the trouble-free time exceeds 20,000 hours. The lifting height is high. The hoist runs smoothly, so it can reach a higher lifting height.
Long service life
The feeding of the hoist is inflow type, no need to use the bucket to dig, and there is little squeezing and collision between the materials. The machine is designed to ensure that the material is less sprinkled during feeding and unloading, reducing mechanical wear.
why choose exct belt bucket elevator
bucket elevator head driving device HEAD SECTION DRIVING DEVICE

The standard configuration adopts the orthogonal shaft reducer and the fluid coupling, and is equipped with a backstop device. The transmission structure is compact and the flexible transmission is realized. It can not only stabilize the operation, but also protect the motor, reducer and traction parts.

MIDDLE SECTION

The head, tail and middle casing of the machine are effectively sealed, and the materials and dust are not raised, which will not cause environmental pollution.

bucket elevator middle section
bucket elevator bottom section BOTTOM SECTION

The tail section is used to support the entire elevator and is the location of the feed. It consists of a feed port, a lower casing, a tension roller set and a tensioning device.

ELEVATOR BUCKET&BELT

Here are mainly steel buckets and high molecular polyethylene buckets, as well as shallow buckets, deep buckets, guide buckets, combination buckets, dewatering buckets, etc., which can be selected according to material characteristics and unloading methods.
The bucket elevator can be equipped with a tear-resistant steel cord conveyor belt as the traction member, which has good toughness and high strength.

elevator bucket and belt
bucket elevator tesioning device

TENSIONING DEVICE

Fabricated of heavy plate with manganese or AR alloy steel wear liners, are supported by vertical columns on the main sill beams and can have cover plates to enclose conveyed material.

belt bucket elevator application industry
 bucket elevator application industry
BELT BUCKET ELEVATOR MATERIAL
bucket elevator material
Specifications
Belt Bucket Elevator (Deep bucket) Technical Specifications
Model TDG160 TDG200 TDG250 TDG315 TDG400 TDG500 TDG630 TDG800 TDG1000 TDG1250 TDG1600
Capacity(m3/h) 32 45 72 101 158 220 348 492 788 1220 1541
Bucket Volume(L) 2.6 4.1 6.5 10 16 25 40 64 102 161 255
Pitch(mm) 260 300 325 360 420 460 520 580 650 720 820
Belt&bucket weight(kg/m) 22 21.5 33 33.2 42.2 62.3 78.53 106 145 155.5 223
Speed(m/s) 1.2 1.2 1.34 1.34 1.5 1.5 1.68 1.65 1.86 1.86 1.836
Max lift height(m) 80 80 80 80 80 80 80 80 80 80 80
The capacity is calculated by the filling factor k=0.75
 
 Belt Bucket Elevator (Shallow bucket) Technical Specifications
Model TDG160 TDG200 TDG250 TDG315 TDG400 TDG500 TDG630 TDG800 TDG1000 TDG1250 TDG1600
Capacity(m3/h) 24 31 51 74 118 167 253 361 571 816 1112
Bucket Volume(L) 1.9 2.9 4.6 7.4 12 19 29 47 74 117 184
Pitch(mm) 260 300 325 360 420 460 520 580 650 720 820
 Belt&bucket weight(kg/m) 22 21.5 33 33.2 42.2 62.3 78.53 106 145 155.5 223
Speed(m/s) 1.2 1.2 1.34 1.34 1.5 1.5 1.68 1.65 1.86 1.86 1.836
Max lift height(m) 80 80 80 80 80 80 80 80 80 80 80
Remark:The capacity is calculated by the filling factor k=0.75
 
Selection instructions

Belt Bucket Elevator Drawing
Material to be processed: ______                                                                     Handling capacity: _____t/h
Bulk Density: ______t/m3                                                                                  
Water content:______%
H1= Lifting height of the elevator = vertical distance from inlet to outlet):______
H2= Vertical distance of belt from the elevator head to tail
:______
H3= Vertical distance from the ground to the top of elevator
:______
Please be sure to give us the H1 ( lifting height of the elevator ), it can help our engineers to analyze, then we can supply the exactly advanced technology support and services).
Material temperature:______℃                                                                          Working environment temperature: ______
Material is corrosive or not: ______ (Ps. Yes or No)                                           
Max. granule’s percentage in whole material:______ %                                      
Max. granule size of the feeding material: ______mm
Upstream equipment (using for feed the material): ______                    
Downstream equipment (using for discharge the material):______
Whether needing supporting equipment?______ (Ps. Yes or No)
Working power supply: ____________HZ                                                        Quantity:______



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