The flexible material of this igus® series and the reliable pin/bore connection with pushbutton mechanism facilitates easy torsion and rotating motions
igus® tested
Application example
The torsion stability of the easychain® compensates even vertically misaligned connections.
No retroactive assembly of interior separations necessary
Details of working principle
Saves time
The partially injection moulded interior separation and the multi-chamber principle eliminate the need for subsequent assembly of interior separations. You save assembly time, and your cables are already optimally distributed in the e-chain®.
... chainlinks are held together reliably and securely
Details of working principle
Patented pushbutton on pin mechanism
Chain links are reliably held together even at high loads and moderate torsion.
igus® tested
Tensile test with Zwick material test equipment
We test every energy supply system with a "tweak testing machine" at the igus® laboratory for compressive/breaking strength to provide reliable specifications on max. additional load and unsupported length
Due to a rectangular shape, the force distribution is much better than in a round stop dog (surface pressure formula, p = F/A).
igus® tested
Fracture test at the igus® laboratory
We test every energy supply system with a "tweak testing machine" at the igus® laboratory for compressive/breaking strength to provide reliable specifications on max. additional load and unsupported length.
Application example
easychain® in streetcars
Small radius for confined installation spaces and high resistance to failure, as shown here in a streetcar.
Flexible cables in energy chains or in robots require special features to survive many cycles, high speeds and accelerations as well as more demanding environmental conditions. EMC safety and the compliance with norms and guidelines such as NFPA 79, UL, CSA, VDE, Interbus and Profibus are also a necessary requirement today.
igus® tested
Complex tests of all chainflex® cables in moving operation
All chainflex® cables are always tested in practice. This means in the e-chain® or in motion, such as here in the igus® climate chamber at -40°C.
In this CNC multi-spindle lathe, every single working position must be securely supplied with media, energy and signals. High freedom of movement in all axes require a high durability and reliability of the cables.
... Standard material - ISO Class 2 ... according to ISO 14644-1
Details of working principle
igus® tested
Clean room put to the test
The energy supply systems of the Series E6 and E14 have been tested by the Fraunhofer Institute for Production Technology and Automation (IPA) in the department of clean and micro-production.
Cable compatible, for even longer cable durability
Details of working principle
Cable compatible design
Smooth, cable-friendly and rounded contours ensure a long life for the cables and hoses.
igus® tested
Cable wear
We conduct long-term tests on all chainflex® cables for wear, and therefore service life, in continuously moving operation. We also test customer-specific cables in order to predict the system service life.
Application example
Low-abrasion operation
Many cables, tightly packed in an e-chain®. Guided reliably due to a cable compatible, smooth contour.