This allows higher load on
the stop-dogs. The system designed such way that when loaded, force exerted
on the fixed stops from both sides through the steel links.
This increases the flexibility and quick availability various bending radii.eu/YE
YE Plastic-steel hybrid e-chains® Design principle Plastic-steel hybrid e-chains® Design principle
Plastic outer links
The plastic outer links the system are made glass fibre reinforced igumid Large
pins result high tensile force.igus.
Almost 50% less weight than a
pure steel chain comparable
size, thanks plastic outer links
Significantly lower assembly
costs e-chain® links can
be assembled individually
High ease movement due
to plastic pin connections,
high tensile force absorption
50% longer unsupported
length than comparable
plastic e-chain®
Strong notched crossbars
with visible scale and double
locking mechanism
No screws, rivets or
bolts which can become
loose under vibration
.
Steel inner links
The min.igus.5mm thick steel inner plates have recesses for the stop-dogs the igumid G
outer links.776 777
More information www. 2.eu/YE CAD, configurators, service life calculation and more www. Due rotation around the plastic pins, the e-chain® is
very smooth operation. The undercut
design the stop-dogs lock the steel links under load. single outer link necessary for the entire product range
