• • Conveniently transport material. Harmless transportation and environmental protection.
    • Three-dimensional space for curved transport. It can bypass various obstacles and facilities without multiple reloads. It is easy to design and simple to arrange, and can design a very economical overall layout.
    • There is no deviation. From the structural principle, there is no deviation, which reduces maintenance costs.
    • Can be used in one machine. The upper and lower branches of the round tube belt conveyor are formed into a round tube shape, so that the lower branch can be used to transport the material different from the upper branch (but a special feeding device is required).
    • Due to the tubular shape of the conveyor belt, the truss width is narrower than that of the conventional belt conveyor bridge with the same delivery volume, reducing floor space and cost.

     

    Working principle:

    A tubular belt conveyor is a device in which a roller arranged in a hexagonal shape is forced to wrap the edges into a circular tube to convey the material. The position of the head, tail, receiving point, unloading point, tensioning device, etc. of the round tube belt conveyor (pipe belt machine) is basically the same as that of the conventional belt conveyor. After the conveyor belt is fed in the transition section of the tail, it is gradually rolled up into a circular tube to carry out the material confined conveying, and then gradually expands to the head transition section until unloading.

     

    Technical Data of Pipe Belt Conveyor

    Pipe diameter

    (mm)

    Bandwidth

    (mm)

    Belt speed(m/s)

     

     

     

     

     

     

     

     

    Transport capacity(t/h)

    100

    430

    17.0

    21.2

    26.5

    33.9

    ---

    ---

    ---

    ---

    150

    600

    38.0

    47.5

    59.4

    76.0

    95.0

    118.8

    ---

    ---

    200

    750

    66.5

    83.1

    103.9

    133.0

    166.21

    207.8

    ---

    ---

    250

    1000

    117.9

    147.4

    184.3

    235.8

    294.8

    368.5

    464.3

    ---

    300

    1100

    114.1

    176.4

    211.7

    282.2

    352.8

    411.0

    555.7

    705.6

    350

    1300

    ---

    237.6

    297.0

    380.2

    475.2

    594.0

    748.4

    950.4

    400

    1600

    ---

    388.8

    486.0

    622.1

    777.6

    972.0

    1224.7

    1555.2

    500

    1900

    ---

    558.1

    697.6

    893.0

    1116.2

    1395.3

    1758.0

    2232.4

    600

    2250

    ---

    777.6

    972.0

    1244.2

    1555.2

    1944.0

    2449.4

    3110.4

    700

    2250

    ---

    1008.6

    1260.0

    1612.8

    2016.0

    2520.0

    3175.0

    4032.0

    850

    3100

    ---

    1454.4

    1818.0

    2327.0

    2908.8

    3636.0

    4581.4

    5817.6

     

    Note:The volume carrying capacity is calculated on the basis of horizontal conveyance, ¢=0.75.

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