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Cable ladder height 200 - KLW

Cable ladder for large support distances up to 9 metres
Perforated C datarungs 41x21
Usable inner height: 177 mm
Rung distance: 300 mm
To order: Length 3000 mm
To order: Width 700 - 1200 mm (increments of 100 mm)


ETIM: EC000854


HD Reference
mm

mm

mm

mm
kg
m
Stock Unit
- KLW200 200 218 2 6000 10.020 36 M
- KLW300 200 318 2 6000 10.340 36 M
- KLW400 200 418 2 6000 10.660 36 M
- KLW500 200 518 2 6000 10.980 36 M
- KLW600 200 618 2 6000 11.310 36 M
- KLW800 200 818 2 6000 12.000 36 M
- KLW1000 200 1018 2 6000 12.640 36 M
- ZMKLW200 200 218 2 6000 10.020 36 M
- ZMKLW300 200 318 2 6000 10.340 36 M
- ZMKLW400 200 418 2 6000 10.660 36 M
- ZMKLW500 200 518 2 6000 10.980 36 M
- ZMKLW600 200 618 2 6000 11.310 36 M
- ZMKLW800 200 818 2 6000 12.000 36 M
- ZMKLW1000 200 1018 2 6000 12.640 36 M

Standard finish

  • Standard finish Pre-galvanised

Optional finish

  • Optional finish zinc magnesium
  • Optional finish Coating
  • Optional finish Length 3000 mm
CHARACTERISTICS
- strong
- useable inner height 177 mm, ideal for large diameter cables
- no further coupling holes are required if the cable ladder is cut
- no joiners are required to attach accessories such as bends, tees etc.
- rungs are perforated to enable efficient attachment of cables
- partition (SLOS110) can be fixed to the cable ladder with a sliding nut (PNP06) and pan head bolt (RB6.20).
TECHNICAL INFORMATION
- Side walls are constructed from S profile with a return flange and are continuously perforated
- C-profile rungs are fixed at 300 mm intervals.
- rungs are mechanically attached to the side wall of the cable ladder.
- rungs are alternately placed with openings upwards and downwards.

Technical info

Product datasheet

Questions?

For more info, please contact

vergokanexport@atkore.com
+32 55 31 83 35

Load diagram

KLW LOAD DIAGRAM
Graph valid for KLW. This diagram illustrates the permissible uniformly distributed horizontal loads applied to multiple supports. They comply with IEC 61537

F = max. admissible load (daN/m)
L = support distance (m)
Max. deflection (m) = L/200