CT-C type polished shaft traverse unit  linear rolling ring traverse
CT-C type polished shaft traverse unit  linear rolling ring traverse
CT-C type polished shaft traverse unit linear rolling ring traverse
CT-C type
Cabletec is professional for linear roller ring traverse. The CT-C type linear roller ring traverse is used for traversing and winding of wire, cable and heavy rope onto bobbins, spools and reels.
  • Product Details
  • Application
  • Advantages
  • Packaging
  • Application

    Our product are widely used in wire, steel wire, electrical wire, cable, textile industry etc. It is used for traversing and winding of wire, cable and heavy rope onto bobbins, spools and reels.

    Product feature

    Stepless speed regulation: no need to change the rotation speed of the polished rod, as long as to adjust the handle position on the dial, you can freely adjust the speed of the reciprocating motion of the device on the polished shaft, to accurately adjust the needs of the traversing pitch.

    Instantaneous commutation: it is not necessary to change the rotation direction of the polished rod. When the commutation arm impactor hits the commutation block, the traversing unit will immediately go in the opposite direction.

    Release function: there is no need to stop polished rod, you only need to release the handle according to the arrow pointing to rotate 90 °. The traverse unit can stop moving automatically, and use hands to move it freely on the polished rod.

    High speed winding displacement: the maximum rotation speed of the polished rod is about 1000 RPM, which can meet the requirements of high-speed wiring and frequent commutation.

    Installation and commissioning

    Polished shaft: In order to prevent the polished shaft from being blocked by the dust-proof sheath at both ends of the box, the sheath hole should be adjusted first, then the release handle should be placed in the relaxed position, and then the polished shaft can be rotated into several bearing holes in the box. The release handle is then pulled to the working position.

    Determining the rotating direction: Facing the dial, the front of the polished shaft upward rotating is called forward rotation, and the wheel of the reversing arm should face the side of the scale. The front of the polished shaft upward rotating is called reverse rotation, the wheel of the reversing arm should be turned to the back of the traversing box; otherwise the traversing unit can not be reversed. When the product leaves the factory, it is usually assembled by the forward rotation of the polished shaft.

    Polished shaft rotating speed: The take-up bobbin rotating speed should be higher than the polished shaft rotating speed. The speed ratio can be selected between 5:1 and 1:1, the speed ratio is larger when the wire diameter is smaller, and the speed ratio is smaller when the wire diameter is larger.

    Traversing path: Adjust the position of the two reversing stops on the screw rod so that the length of the reciprocating path matches the position and length of the take-up bobbin.

    Maintenance

    Maintenance: Work environment should be dust-proof. No. 20 mechanical oil is coated on the polished rod to keep the oil film, and oil protection is applied to the rotating part of the reversing spring

    Commutation failure: When the commutation is too slow or not, check whether the rotation is blocked by hand to remove it. If the spring has insufficient elasticity, the spring can be replaced and the support points of the spring can be lubricated

    Insufficient thrust: The screw plugs on the top, middle and bottom sides of the box can be tightened clockwise. It is advisable to satisfy the thruster of alignment. Too tight adjustment of the screw plug often leads to poor commutation and reduces the service life of the wire arranger.

    Uneven wiring arrangement: the eccentric sleeve on the back of the box should be adjusted. Eccentric sleeve usually has top wire locking, should first loosen the top wire for fine-tuning; when the left and right travel pitches reach the same, tighten the top wire again.

    Graphical representation and parameter

    CT-C type linear roller ring traverse


    Type

    ZK(Recommend)

    d

    d1

    d2

    L1

    L2

    L3

    L4

    L5

    L6

    PX15

    400

    φ15

    φ12

    φ12

    66

    40

    30

    5

    5

    9

    PX20

    450

    φ20

    φ16

    φ17

    68

    40

    30

    5

    5

    14

    PX30

    600

    φ30

    φ20

    φ24

    72

    40

    28

    6

    6

    16.5

    PX40

    700

    φ40

    φ28

    φ29

    80

    45

    28

    7.5

    8

    24

    PX50

    900

    φ50

    φ32

    φ34

    82

    45

    28

    7.5

    10

    28

    PX60

    1200

    φ60

    φ38

    φ39

    84

    45

    28

    7.5

    10

    33


    CT-C type linear roller ring traverse


    Type

    S

    T

    U

    V

    W

    d

    X

    Y

    Z1

    Z2

    PX15

    28

    110

    72

    58

    80

    φ32

    30

    14

    M8

    2-M8

    PX20

    38

    130

    91

    68

    93

    φ40

    40

    16

    M10

    2-M8

    PX30

    48

    150

    113

    78

    105

    φ52

    60

    20


    2-M10

    PX40

    58

    170

    136

    92

    120

    φ62

    80

    22


    2-M12

    PX50

    68

    190

    170

    111

    140

    φ72

    110

    24


    2-M14

    PX60

    78

    210

    198

    122

    152

    φ80

    120

    26


    2-M16


    CT-C type linear roller ring traverse

    CT-C type linear roller ring traverse

    Type

    A

    B

    C

    D

    E

    F

    P

    Q

    H

    K

    L

    M

    N

    Thrust (N)

    Pitch (mm)

    PX15

    92

    56

    70

    30

    8

    16

    7

    Φ22

    51

    31




    100

    0-11

    4JPX15

    116

    56

    70

    30

    8

    16

    7

    Φ22

    51

    31




    200

    0-11

    PX20

    111

    68

    85

    40

    11.5

    18

    7

    Φ22

    60

    36

    45

    200

    160

    160

    0-16

    4JPX20

    132

    68

    85

    40

    11.5

    18

    7

    Φ22

    60

    36

    45

    200

    160

    320

    0-16

    PX30

    130

    85

    105

    50

    14

    20

    8

    Φ26

    70

    36

    46

    200

    160

    260

    0-25

    4JPX30

    180

    85

    105

    50

    14

    20

    8

    Φ26

    70

    36

    46

    200

    160

    520

    0-25

    PX40

    160

    101

    129

    60

    15

    22

    8

    Φ28

    83

    40

    50

    260

    210

    420

    0.5-3.2

    PX50

    186

    119

    149

    70

    19

    25

    9

    Φ32

    102

    40

    54

    400

    350

    700

    1-40

    PX60

    238

    150

    180

    80

    24

    28

    10

    Φ35

    112

    40

    60

    460

    400

    1000

    1.5-48


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