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DJ large angle belt conveyor

Conveying and lifting equipment

DJ large angle belt conveyor

Product Introduction: DJ high-angle belt conveyor can be divided into three series according to the width of the conveyor base belt it uses. Each series has three products according to different sidewall heights. It can meet the conveying needs of materials with an inclination angle between 30-90° and a particle size less than 180mm, and can convey 84-360m³ of material per hour.
Application fields: Widely used in metallurgy, coal, transportation, hydropower, chemical industry, ports and other industries

    Product Introduction

    The high-angle belt conveyor uses a conveyor belt with corrugated sidewalls and transverse partitions. The allowable conveying inclination angle can reach 90°, which can save floor space, equipment investment and civil engineering costs. It has a high comprehensive economic benefit and is an ideal equipment for high-angle conveying and vertical lifting.

    Outstanding advantages

    ● Simple structure, stable operation, low noise, reliable operation and low energy consumption

    ● Horizontal conveying sections of any length can be set at the head and tail of the machine to facilitate connection with other equipment

    ● As the conveyor belt has corrugated sidewalls, its loading end surface is enlarged, and the conveying capacity is larger than that of general conveyors.

    ● The conveying angle can reach 90°, saving floor space, investment and civil engineering costs

    How it works

    The conveyor belt of the high-angle belt conveyor plays a traction and bearing role. The corrugated sidewalls, diaphragms and base belt of the conveyor belt form a "gate"-shaped container for conveying materials. Driven by the motor, the conveyor belt drives the materials upward, thereby realizing high-angle conveying. The belt conveyor equipment is mainly composed of a head transmission device, a tail tensioning device and a conveying belt. Its traction component and bearing component are an endless belt. The belt is wound around the transmission roller and the redirecting roller at both ends of the frame. The tail is tensioned by a tensioning device and supported by rollers along the length of the belt to form a closed circulation loop. When the driving device drives the transmission roller to rotate, the friction between the transmission roller and the belt drives the belt to run. The conveyed material is generally added to the belt by the guide trough, and the material is transported to the discharge device at the head for unloading as the belt moves.

    Technical Parameters

    model

    Baseband width (mm)

    Height of rib (mm)

    Spacing between transverse partitions (mm)

    Belt speed (m/s)

    Inclination angle β (°)

    Transport capacity (m³/h)

    Size of conveyed material (mm)

    DJ500

    500

    80

    126~252

    0.8~2.0

    30~90

    84

    100

    100

    112

    120

    126~378

    138

    DJ650

    650

    80

    126~252

    0.8~2.0

    156

    140

    100

    172

    120

    126~378

    186

    DJ800

    800

    80

    126~252

    0.8~2.0

    186

    180

    100

    318

    120

    126~378

    360