High efficient traversing unit rolling ring drives for cable winding machine

Item No.: 00469
Stepless speed regulation: The take-up shaft transmits a certain speed to the polished rod. Without changing the rotational speed of the polished rod, you can adjust the speed of the reciprocating movement of the traversing device in the axis of the polis
  • ModelC Type
  • Brand NameEASTMAC
  • Place of OriginChina
  • PortShanghai
  • Supply Ability50 Sets Per Mouth
  • Payment TermsL/C, T/T, D/P, D/A
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    Description
    Description

    Type A Traversing unit / traverser

     

     

     Four major advantages:

    Stepless speed regulation: The take-up shaft transmits a certain speed to the polished rod. Without changing the rotational speed of the polished rod, you can adjust the speed of the reciprocating movement of the traversing device in the axis of the polished rod at will by simply turning the indicator on the dial Set from 0 to the maximum pitch value.
    Instantaneous conversion: No need to change the rotating direction of the polished rod, when the movable arm touch wheel hits the reversing block, the walking direction of the arranging device can be changed instantaneously, and the reversing time is less than 1 second.
    High-speed work: The wire arranging device moves linearly on the polished rod at a speed of 0.4 m/s, which satisfies the occasions where the wire arranging speed is high and the reversing is extremely frequent.

     Release device: The cable flexing device is equipped with a releasing device, which can release the flexing ring and the polished rod without stopping the machine. The hand-held cable flexing device can be placed in any position of the polished rod, and the cable can be removed from the end. The ministry began to work.

     

     

    Maintenance

    The maintenance work is mainly to make the arranging device achieve instantaneous conversion, uniform pitch back and forth, and
    proper thrust.

     

    Reversing device: Both the fixed arm and the movable arm are fixed and rotated on the central square frame axis. There are two
    structures to move the swing angle of the square frame to make the case move back and forth on the optical axis, namely: torsion
    spring and compression spring, torsion spring and compression spring must maintain a certain torsion and pressure, and compression
    spring must maintain symmetry It is necessary to replace the new one in time when the temperature, fatigue and fall off, so as not
    to cause failure to change direction.

              

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