The chain length calculation (only in German) is made for an unsupported or gliding application. Unsupported: If the supply point is outside the centre, the formula for calculating the chain length is as follows: K = π x R + (2 x T) Lk = length of the e-chain S = length of travel S/2 […]
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. […]
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 […]
There is a bearing point for pivoting movement in every connection of the chain links. This was equipped with a maintenance-free tribo-polymer plain bearing. The igus iglidur plain bearing ensures that the wear on these “joints” of the energy chain is kept to a minimum and that the service life can be significantly increased. In […]
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 […]