Page 1054 - IGUS ECS CATALOG
P. 1054

®
                      triflex  R  trifl ex  R | Series TRC·TRE | Accessories
                          ®
                                Fibre-rod module | Universal mounting kits

                                                                 5 rigidly connected e-chain  links allow relative
                                                                                   ®
                                                                         movement of integrated fi bre-rods

                                                                                   Easy alignment and
                                                                                  change of orientation
                                                                              The fi bre-rod module guides
                                                                          the unsupported e-chain  to the
                                                                                            ®
                                                                            front, parallel to the robot arm
                                                    Module length



                                                                                         Completely
                                                                                   contactless off ering
                                                                                          zero wear

                                                                                    Additional e-chain
                                                                                                ®
                                                                                     without fi bre rods
                                                                                         up to axis 6


                                                                         Fully assembled fi bre-rod modules
                                                                          available for series TRC and TRE



                        Fibre-rod modules for a directional

                        pretension of the e-chain                    ®


                                                                    ®
                        We supply fully assembled fi bre-rod modules for trifl ex  R e-chain  Series TRC and TRE. The integrated fi bre-
                                                            ®
                        rods generate a directional pretension for the e-chain . This system creates a unique choice of movements for
                                                           ®
                        the energy supply system to the fi nal axis of industrial robots. The fi bre-rod module guides the unsupported
                              ®
                        e-chain  to the front, parallel to the robot arm. The bending properties of the
                        modules depends on the installation orientation: only the front end allows
                        fl exible movement. The fi ve rear e-chain  links are rigidly connected to
                                                     ®
                        allow relative movement of the integrated fi bre-rods. This results in a fully
                        contactless and therefore zero-wear energy supply system, designed
                        for moderate movements with limited rotational motion of the axes.
                        Additional e-chain  without fi bre-rods for the fi nal axis area needs to
                                     ®
                        be ordered separately.



                       1052 More information   www.igus-asean.com/trifl exR


                                                                                             05.06.23   18:59
                    14)-ASEAN-TRIFLEX-R-2022.indd   1052
                    14)-ASEAN-TRIFLEX-R-2022.indd   1052                                     05.06.23   18:59
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