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. […]
To ensure that cables with large cross-sections and heavy weight can be safely guided in hanging applications, igus has developed the e-loop as an alternative to the service loop. The energy supply system is a round, three-dimensional modular system that can move strain-relieved cables with a defined bend radius. The cables can be used individually […]
Energy chain systems not only transport energy, data and media to machinery and equipment. They also have an influence on their energy costs. How much pull and push force, in other words drive power, is required at a given speed to move an energy chain? How light but at the same time sturdy must energy […]
The lower run is the lower side of an energy chain. The lower run usually rests on a support base during horizontal linear movements. If the upper run is extended and thus longer, the lower run simultaneously becomes shorter. In the other direction it is the other way round. A lower run can also be […]
The e-chains for vertical heavy duty applications in oil, gas, offshore, shore power and civil engineering. The e-loopcombines 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 […]