Extremely fast cable laying thanks to easy cable insertion

1 Sturdy 2-component design: solid chain body, flexible film hinge 2 Plastic chain links 3 Extensive unsupported length k Inside space is gentle on the cables - no interfering edges 5 Very quiet through integrated noise damping 6 Inside or outside opena-ble 7 Dividers for cable separation 8 Single-part end connectors with integratable strain relief » Sturdy cable carrier design » High torsional rigidity » Extensive unsupported length » Very quiet through integrated noise damping Features » Very fast cable laying by simply pressing in the cables » Very high fill level through lateral swivelling...

EasyTrax® series | OverviewCable carrier design Solid plastic cable carriers: chain links and end connectors made of plastic Each chain link consists of two different materials: » Hard cable carrier body made of glass fiber-reinforced material » Flexible lamellae made of elastic plastic The two-component technology of the EasyTrax® combines these requirements thanks to its innovative design and two seemingly incompatible features: stability and flexibi- material combination of a hard cable carrier body made lity. from fiber glass reinforced material and lamellae made of Cable carriers need to...

Comparison of bending moment Comparison of bending strength 200 • for unsupported length depending on additional load Competitive product Advantages over competitive product » k times bigger additional load compared to competitive product » Double unsupported length compared to competitive product » Faster cable laying at a higher utilization faktor » Low noise operation due to internal damping system » High side stability through locking in the stroke system » Dividers can be used for cable separation

EasyTrax® series Overview iange without notice.

EasyTrax® series I Overview Unsupported arrangement Gliding arrangement Inner DistributionTravel Travel s[m/s] '5 ,[™s] S[m/“] TS0 TS1 TS2 TS3

» Weight-optimised plastic frame with particularly high torsional rigidity. » Swivelling at any position on one side. » Inside: swivelling. TOTALTRAX® complete systems Benefit from the advantages of the TOTALTRAX® complete system. A complete delivery from one source - with a warranty certificate on request! Learn more attsubaki-kabelschlepp.com/totaltrax TRAXLINE® cables for cable carriers Hi-flex electric cables which were specially developed, optimised and tested for use in cable carriers can be found at

Load diagram for unsupported length depending on the additional load. Intrinsic cable carrier weight qk = 0.044 kg/m with Bj7 mm. For other inner widths, the maximum additional load changes. Subject to change without notice. Additional product information online e Configure your cable carrier here:

ET0115.040 I Dimensions • Technical dataStay variant 040 - with lamella in the inner radius » Weight-optimised plastic frame with particularly high torsional rigidity. » Can be swivelled at any position on one side. » Inside: swivelling. Stay arrangement on each B;7mm chain link (VS: fully-stayed) The maximum cable diameter strongly depends on the bending radius and the desired cable type. Calculating the cable carrier length Cable carrier length Lk Cable carrier length Lk rounded to pitch t Stay variant Stay arrangement

The plastic end connectors can be connected from above or below. The end connectors can be swivelled in the KR direction. Subject to change without notice. Connection point Connection type F - fixed point A - threaded joint outside (standard) M - driver Order example Connection point Connection type

» Weight-optimised plastic frame with particularly high torsional rigidity. » Lamellae can be swivelled at any position on one side. » Outside: swivelling. » Lamellae can be swivelled at any position on one side. » Inside: swivelling. UNIFLEX Advanced For a non-opening cable carrier with 17.5 mm inner height we recommend the series UNIFLEX Advanced

Load diagram for unsupported length depending on the additional load. Intrinsic cable carrier weight qk = 0.36 kg/m with Bj 50 mm. For other inner widths, the maximum additional load changes. Gliding arrangement Subject to change without notice. UThe gliding cable carrier must be guided in a channel. See p. 866. Only design 030 can be used for a gliding arrangement.

ET0250.030 I Dimensions • Technical dataStay variant 030 - with lamellae in the outer radius » Weight-optimised plastic frame with particularly high torsional rigidity. » Lamellae can be swivelled at any position on one side » Outside: swivelling. Stay arrangement on each Bj 30 - 50 mm chain link (VS: fully-stayed) The maximum cable diameter strongly depends on the bending radius and the desired cable type. Calculating the cable carrier lengthCable carrier length Lk Lk = y+ Lb Cable carrier length Lk rounded to pitch t Stay variant Stay arrangement

» Weight-optimised plastic frame with particularly high torsional rigidity. » Lamellae can be swivelled at any position on one side » Inside: swivelling. Stay arrangement on each chain link (VS: fully-stayed) Subject to change without notice. Stay variant Stay arrangement

ET0250 I Inner distribution I TSODivider systems The divider system is mounted on every 2nd chain link as a standard. As a standard, dividers or the complete divider system (dividers with height separations) are movable in the cross section (version A). For applications with lateral accelerations and applications with the cable carrier rotated by 90°, the dividers can easily be fixed on the stay through rotation. The arresting cams snap into the catch profiles in the covers (version B). Divider system TSO without height separation Vers. Order example Please state the designation of the divider...

ET0250 I End connectorsSingle-part end connectors - plastic (with integrated strain relief) The plastic end connectors can be connected from above or below. The connection type can be changed by altering the position of the end connector. Subject to change without notice. 5 Fixed point FH ^|fa Connection point Connection type F - fixed point A - threaded joint outside (standard) M - driver I - threaded joint inside H - threaded joint, rotated 90° to the outside K - threaded joint, rotated 9G° to the inside Connection point Connection type