Outdoor use is generally uncritical for energy supply systems. Energy chains are very tough and withstand extreme temperatures below freezing. Each energy chain is tested in the igus in-house test laboratory in a refrigerated container at -40 degrees Celsius and on an outdoor test track under real conditions. For special requirements, energy chains are also […]
A lowered connecting point is absolutely necessary for every gliding application: To prevent chain breakage through critical sag. To reduce wear (if the moving end is not lowered, there is more abrasion) Example: If we move the e-chain from right to left till the gap between the upper run and the lower run is 1mm, […]
Friction occurs especially in a long travel. The igus® energy chains are very suitable to minimise this. There are different solutions for mating surfaces. The best choice is the igus® plastic glide bar for a gliding application. Vote Up +0 Vote Down -0You already voted!
The maximum fill weight depends on the e-chain used, type of installation FLG/FLB and the unsupported length. The respective maximum weight can be taken from the FLG or the FLB diagram. In a gliding application, especially push/pull forces and speed must be taken into account. We look forward to hearing from you about this! Vote […]
If theigus energy supply is designed for a long travel, then the moving end must be lowered. This allows an earlier placement of the upper run on the lower run. This prevents a higher load on the first chain links after the moving end. The e-chain must be able to move freely over the entire […]