STE

Bearing end caps

Teknisk datablad
CE.72741-gw12

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    Description STE.20x1.0-M6
    B
    —
    • —
    h
    —
    • —
    h1
    —
    • —
    h2
    —
    • —
    s
    —
    • —
    Tube external diameter
    —
    • —
    Tube internal diameter
    —
    • —
    Tightening torque
    —
    • —
    Weight
    —
    • —
    CAD
  • Description STE.20x1.0-M6
    B 18
    h 42
    h1 12
    h2 32
    s 10
    Tube external diameter 20
    Tube internal diameter 18
    Tightening torque 1
    Weight 9
  • Description STE.20x1.0-M8
    B 18
    h 43
    h1 10
    h2 30
    s 13
    Tube external diameter 20
    Tube internal diameter 18
    Tightening torque 1
    Weight 9
  • Description STE.20x1.5-M6
    B 17
    h 42
    h1 12
    h2 32
    s 10
    Tube external diameter 20
    Tube internal diameter 17
    Tightening torque 1.5
    Weight 10
  • Description STE.20x1.5-M8
    B 17
    h 42
    h1 10
    h2 30
    s 13
    Tube external diameter 20
    Tube internal diameter 17
    Tightening torque 1.5
    Weight 8
  • Description STE.20x2.0-M8
    B 16
    h 43
    h1 10
    h2 30
    s 13
    Tube external diameter 20
    Tube internal diameter 16
    Tightening torque 2
    Weight 6
  • Description STE.22x1.5-M6
    B 19
    h 41
    h1 12
    h2 32
    s 10
    Tube external diameter 22
    Tube internal diameter 19
    Tightening torque 1.5
    Weight 12
  • Description STE.22x1.5-M8
    B 19
    h 42
    h1 10
    h2 30
    s 13
    Tube external diameter 22
    Tube internal diameter 19
    Tightening torque 1.5
    Weight 10
  • Description STE.25x1.5-M8
    B 22
    h 42
    h1 10
    h2 30
    s 13
    Tube external diameter 25
    Tube internal diameter 22
    Tightening torque 1.5
    Weight 13
  • Description STE.25x1.5-M10
    B 22
    h 42
    h1 10
    h2 30
    s 17
    Tube external diameter 25
    Tube internal diameter 22
    Tightening torque 1.5
    Weight 12
  • Description STE.25x2.0-M8
    B 21
    h 43
    h1 10
    h2 30
    s 13
    Tube external diameter 25
    Tube internal diameter 21
    Tightening torque 2
    Weight 12
  • Description STE.30x1.5-M10
    B 27
    h 42
    h1 10
    h2 30
    s 17
    Tube external diameter 30
    Tube internal diameter 27
    Tightening torque 1.5
    Weight 22
  • Description STE.30x2.0-M8
    B 26
    h 41
    h1 10
    h2 30
    s 13
    Tube external diameter 30
    Tube internal diameter 26
    Tightening torque 2
    Weight 20
  • Description STE.30x2.0-M10
    B 26
    h 41
    h1 10
    h2 30
    s 17
    Tube external diameter 30
    Tube internal diameter 26
    Tightening torque 2
    Weight 20
  • Description STE.35x2.0-M10
    B 31
    h 42
    h1 10
    h2 30
    s 17
    Tube external diameter 35
    Tube internal diameter 31
    Tightening torque 2
    Weight 27
  • Description STE.40x1.2-M10
    B 37.6
    h 40
    h1 10
    h2 30
    s 17
    Tube external diameter 40
    Tube internal diameter 37.6
    Tightening torque 1.2
    Weight 41
  • Description STE.40x1.2-M12
    B 37.6
    h 40
    h1 8
    h2 28
    s 19
    Tube external diameter 40
    Tube internal diameter 37.6
    Tightening torque 1.2
    Weight 39
  • Description STE.40x2.0-M10
    B 36
    h 42
    h1 10
    h2 30
    s 17
    Tube external diameter 40
    Tube internal diameter 36
    Tightening torque 2
    Weight 36
  • Description STE.40x3.0-M8
    B 34
    h 42
    h1 11
    h2 30
    s 13
    Tube external diameter 40
    Tube internal diameter 34
    Tightening torque 3
    Weight 35
  • Description STE.40x3.0-M10
    B 34
    h 41
    h1 10
    h2 30
    s 17
    Tube external diameter 40
    Tube internal diameter 34
    Tightening torque 3
    Weight 32
Main specifications
Material

Polyamide based (PA) technopolymer, black colour, matte finish.

General information
Features and applications

The two connector parts are connected together by means of pins which are housed in special counter-seats. Two cavities inside the connector are provided for housing an hexagonal-head screw or an hexagonal nut. Thanks to the tapered shape of the cavity, the connector exerts a pressure on the inner walls of the tube, due to the tightening of the screw or of the nut, thus ensuring the tensile strength of the connection. The level of the tensile strength depends on the tube dimensional tolerances, the roughness of the tube inner surfaces and the tightening torque applied. The connector has no collar and allows the joining of square tubes to other elements.

The assembly can be performed simply by positioning the connector inside the tube, with no need of screws or other fasteners.

Instructions of use
Assembly of the tube to the connector

It can be made as an alternative with:

  • Hexagonal-head screw DIN 933 of dimension as shown in the table.
  • Hexagonal nut DIN 934 of dimension as shown in the table.
  • Self-locking hexagonal nut DIN 985 of dimension as shown in the table.
Other executions
Special executions on request

Connector assembled with nut or screw.

Handlekurv
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