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    INDUCTION PIPE EXPANDING
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    Mechanical pipe expanding machine

    Mechanical pipe expanding machine

    Mechanical parameters

    Type

    3”—12”

    8”—24”

    16”—30”

    20”—36”

    30”—48”

    Pipe wall thickness

    Sch80

    Maximum pressure

    31.5MPa

    Pressure of work

    25 MPa

    Working speed

    0—1000mm/min

    Fast speed back

    1500—2000mm/min

    Inner diameter of

    hydraulic

    180*2

    250mm*2

    360mm*2

    320mm*4

    360mm*4

    Hydraulic cylinder

    stroke

    6500mm

    6500mm

    6500mm

    6500mm

    6500mm

    Hydraulic cylinder

    thrust

    60T*2

    120T*2

    250T*2

    200T*2

    250T*4

    The motor power

    22.5kw

    46kw

    48.5kw

    75kw

    100kw

    Intermediate

    Frequency power

    Supply required

    250kwa

    400kwa

    600kwa

    800kwa

    1000kwa

     

    Mechanical video

    Equipment details

    Mechanical pipe expanding machine

    1. Mechanical diameter expanding machine equipment: mechanical diameter expanding machine is composed of rotating idler device, lifting cone roller table, driving tie rod sleeve supporting roller, length measuring roller, clamping trolley, diameter expanding head, tie rod, tie rod sleeve, diameter expanding machine hydraulic cylinder and rack.The purpose of the mechanical expanding machine is to enlarge the pipe with expanding head step by step to obtain the roundness, straightness and dimensional accuracy required by the standard technology.

     

    Ii. Process: the rinsed pipe is sent to the rotary idler device on the center line of the enlarging machine.Using this rotating idler device, combined with the camera system, the tube weld is precisely rotated to the 12 o 'clock position to ensure that the weld can enter the groove of the upper sector of the tool during subsequent diameter enlargement.The lifting cone roller way lifts the pipe to the center line of the reaming machine and the position is controlled by the displacement sensor in the lifting hydraulic cylinder.The clamping trolley moves forward and is controlled by a metal detector to detect the end of the tube and to secure it. At the same time, a signal is sent to start the feeding roller of the clamping trolley. The position is controlled by an encoder.The pipe length is combined with the reaming head to automatically calculate the optimal reaming steps.The clamp jaws can be rotated to avoid damaging the tube wall.During the advance, the height of the clamp can be adjusted to compensate for the pipe straightening deviation and optimize the straightening effect of the reamer.