e-loop® - the service loop alternative

The e-loop for top drive applications

This is how the e-loop® is constructed

  1. The individual chain links are clamped onto the high-strength hauling rope. The rope itself is a plastic fibre rope and has a permissible tensile load of 50 kN.
  2. The mounting brackets of the e-loop® are stable steel mounting brackets. The plastic fibre rope, which absorbs the entire tensile force of the e-loop®, is integrated into them.

e-loop® Product selection

e-loop® full bridge

Dynamic, full-webbed | for almost all applications

Part No. Inner width Bi: [mm] Outer width Ba [mm] Bend radius [mm] Cable diameter [mm] Fill weight [kN]
ELP.220.01.D 150 220 380 38 4
ELP.300.01.D 230 300500757
ELP.430.01.D 360 430680108 11
ELP.TD.300 230 30050075 50
e-loop® half bridge

Static, semi-rigid | for purely static cable routing

Part No. Inner width Bi: [mm] Outer width Ba [mm] Bend radius [mm] Cable diameter [mm] Fill weight [kN]
ELP.220.01.S 150 220 175 384
ELP.300.01.S 230300210757
service loop alternative  pull rope
service loop alternative mounting brackets

The most fascinating projects with e-loop® service loop

Full functionality in spite of a snowstorm - top drive service loop

e-loop in bucket wheel excavators

Bucket wheel excavators

e-loop in the Top Drive System

Top Drive System

Complete e-loop set

Buy the e-loop as a complete set

FAQ - Frequently asked questions for e-loop®

chainflex® TopDrive cables

chainflex TopDrive cables

e-loop assembly instructions

e-loop assembly instructions

e loop brochure

e-loop brochure