GN 6311.6

Levelling Elements

Teknisk datablad
CE.72251-gw12

Viser alle 21 resultater

    Description GN 6311.6-50-M10-37-N
    d1
    —
    • —
    d2
    —
    • —
    d3
    —
    • —
    l1
    —
    • —
    l2
    —
    • —
    l3
    —
    • —
    sw
    —
    • —
    Static load
    —
    • —
    Weight
    —
    • —
    CAD
  • Description GN 6311.6-50-M10-37-N
    d1 50
    d2 M10
    d3 8
    l1 37
    l2 12.5
    l3 11.5
    sw 5
    Static load 14
    Weight 160
  • Description GN 6311.6-50-M10-47-N
    d1 50
    d2 M10
    d3 8
    l1 47
    l2 12.5
    l3 11.5
    sw 5
    Static load 14
    Weight 165
  • Description GN 6311.6-50-M10-57-N
    d1 50
    d2 M10
    d3 8
    l1 57
    l2 12.5
    l3 11.5
    sw 5
    Static load 14
    Weight 165
  • Description GN 6311.6-50-M10-72-N
    d1 50
    d2 M10
    d3 8
    l1 72
    l2 12.5
    l3 11.5
    sw 5
    Static load 14
    Weight 179
  • Description GN 6311.6-50-M12-41-N
    d1 50
    d2 M12
    d3 8
    l1 41
    l2 12.5
    l3 11.5
    sw 6
    Static load 14
    Weight 160
  • Description GN 6311.6-50-M12-51-N
    d1 50
    d2 M12
    d3 8
    l1 51
    l2 12.5
    l3 11.5
    sw 6
    Static load 14
    Weight 180
  • Description GN 6311.6-50-M12-61-N
    d1 50
    d2 M12
    d3 8
    l1 61
    l2 12.5
    l3 11.5
    sw 6
    Static load 14
    Weight 180
  • Description GN 6311.6-50-M12-71-N
    d1 50
    d2 M12
    d3 8
    l1 71
    l2 12.5
    l3 11.5
    sw 6
    Static load 14
    Weight 185
  • Description GN 6311.6-50-M12-91-N
    d1 50
    d2 M12
    d3 8
    l1 91
    l2 12.5
    l3 11.5
    sw 6
    Static load 14
    Weight 201
  • Description GN 6311.6-50-M16-59-N
    d1 50
    d2 M16
    d3 12
    l1 59
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 227
  • Description GN 6311.6-50-M16-69-N
    d1 50
    d2 M16
    d3 12
    l1 69
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 236
  • Description GN 6311.6-50-M16-89-N
    d1 50
    d2 M16
    d3 12
    l1 89
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 260
  • Description GN 6311.6-50-M16-114-N
    d1 50
    d2 M16
    d3 12
    l1 114
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 295
  • Description GN 6311.6-60-M16-59-N
    d1 60
    d2 M16
    d3 12
    l1 59
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 313
  • Description GN 6311.6-60-M16-69-N
    d1 60
    d2 M16
    d3 12
    l1 69
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 322
  • Description GN 6311.6-60-M16-89-N
    d1 60
    d2 M16
    d3 12
    l1 89
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 346
  • Description GN 6311.6-60-M16-114-N
    d1 60
    d2 M16
    d3 12
    l1 114
    l2 14.5
    l3 13.5
    sw 8
    Static load 33
    Weight 381
  • Description GN 6311.6-60-M20-78-N
    d1 60
    d2 M20
    d3 15.5
    l1 78
    l2 16.5
    l3 15.5
    sw 10
    Static load 55
    Weight 409
  • Description GN 6311.6-60-M20-88-N
    d1 60
    d2 M20
    d3 15.5
    l1 88
    l2 16.5
    l3 15.5
    sw 10
    Static load 55
    Weight 427
  • Description GN 6311.6-60-M20-113-N
    d1 60
    d2 M20
    d3 15.5
    l1 113
    l2 16.5
    l3 15.5
    sw 10
    Static load 55
    Weight 472
  • Description GN 6311.6-60-M20-138-N
    d1 60
    d2 M20
    d3 15.5
    l1 138
    l2 16.5
    l3 15.5
    sw 10
    Static load 55
    Weight 523
Main specifications
base and stem

AISI 304 stainless steel.

Elastic ring

AISI 301 stainless steel.

Standard executions

  • GN 6311.6-N: base without no-slip disk.
  • GN 6311.6-R: base with thermoplastic elastomer (TPE) no-slip coating, black colour.
  • GN 6311.6-G: base with acetal based (POM) technopolymer bearing protection, RAL 9001 natural white colour.
General information
Features and applications

Stainless steel levelling feet GN 6311.6 are used for installing and levelling devices and equipment.

The values listed in the table refer to an axial load in relation to the levelling foot.

Under normal operating conditions, any lateral or angular stresses that may result in a reduction of load capacity must be taken into consideration.

Handlekurv
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