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Category: Energy chains

What exactly is an “application for long travels”?

Marco Thull | 5. July 2019

The principle of gliding application: If the upper run of the energy chain rests on its lower run during the travel, it is called a “gliding application”. If the unsupported length is not sufficient, the gliding application is the best alternative for long travels. For lateral guidance, a guide trough or a guide channel is […]

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What should I consider in energy chains for circular motions?

Marco Thull | 5. July 2019

Supplying power, data, fibre optics, air, water and oil to rotating applications is a major challenge for machinery designers. Energy chains offer the most universal and modular solution, with a single system for all energy, data and media. Pay attention to the correct filling of the energy chain Pay attention to the correct bend radii […]

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How can you replace the cables in the e-loop?

Tim Schneebeck | 5. July 2019

The e-loop combines the advantages of a plastic e-chain with those of a high-tensile Dyneema rope. Ideal for three-dimensional movements. The tensile forces are absorbed by the rope and passed through the mounting brackets into the support structure. As a result, the cables are completely free of strain. The cable replacement is very simple: Unhook, […]

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What are the things to consider when installing a gliding application?

Marco Thull | 5. July 2019

Almost every application for “long travels” has to be considered individually. As guidelines, a manual on this topic has been provided by igus for free as download . However, we recommend consulting with a service technician to select the right solution for your exact application. With more than 30,000 gliding applications, igus has the necessary […]

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What is the upper run of an energy chain?

Marco Thull | 5. July 2019

The upper run is the upper part of an energy chain. In a horizontal linear motion, the length of the upper run changes continuously. For this reason, the maximum unsupported upper run length must be taken into account in a horizontal application. This depends on the chain series, the additional load and the max. speed/acceleration. […]

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