Load diagram use unsupported - short travels

These values are essential for: Finding a suitable e-chain® for your fill weight and travel distance. Identifying the max. load for the selected e-chain®. If you cannot meet your application demands using these parameters, keep in mind these specifications are conservative maximum values.

In individual cases, they can be exceeded by up to 30%. Special solutions are also possible.

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Fill weight - Weight of all cables and hoses, including contents (for media hoses) within the e-chain®, typically given [kg/m]
FLG - unsupported e-chain® with straight upper run
FLB - unsupported e-chain® with permitted sag
To the right of the FB graph of the diagram, the application is shown in "critical sag", which must be avoided

The maximum travel - always amounts to 2 x 2 x FLG or FLB if the fixed end is in the center of the travel. In this case the following applies:

e-chain® length: Lk = S/2 + K

S = travel
R = bending radius
H = nominal installation height
HF = required installation height
- K = R * π + (2 * T)
  (please find K from the dimension sheets of the individual igus® series)

Unsupported Straight FLG

small, medium energy chains

Large energy chains

Unsupported Sag FLB

small, medium energy chains

Large energy chains

e-chain® cable carrier online tools

Orange Services

Proper installation is essential for the life of your cable carrier, and igus® has a team of dedicated engineers ready to assist you every step of the way. From site inspection, to installation, to complete modernization, our team will ensure the longest possible service life for your cable carrier system.

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Load diagram use unsupported - short travels

Unsupported Straight FLG

small, medium energy chains

Large energy chains

Unsupported Sag FLB

small, medium energy chains

Large energy chains

e-chain® cable carrier online tools

e-chain® Expert Configurator

e-chain® CAD Library

Robotic Dresspack Configurator

Orange Services