for long service life, high stability, ease of installation and modularity
Easily execute energy supply systems with the E2/000 energy chain system.
E2/000 - The standard for medium loads
1... Pivots more than 210°
Good access, easy to fill, positive lock
Details of working principle
Special snap-open mechanism,
You can open the energy chain quickly and easily with the two-side flip-open crossbars. The crossbars pivot above 210° and remain firmly locked in place when closed.
igus® tested
Perfect support
Crossbars pivot up to 210° and provide easy handling during filling of the energy chain. Maintenance is simple.
Application example
Quickly ready for use
Ready to install E2/000 supplied directly as a pre-assembled readychain® complete with guide plate for a glass processing machine.
... max. holding strength up to 200 lbs. ... can be quickly opened with screwdriver
Details of working principle
High retention force
Even after simple closure, the bracket ensures a secure fit in the energy chain. The bracket withstands the highest loads and prevents accidental opening of the energy chain in operation.
igus® tested
Rip-off test
The maximum holding force of each crossbar is verified using practical pull-out tests. These tests are also preformed in oil and other liquids.
Application example
Plastic energy supply systems in this woodworking machine.
The E2/000 energy chain provides energy supply in the X and Y axis. Thanks to the snap-open and securely fitting crossbars, easy filling and high speeds are possible.
... low gliding coefficient 0.1 with E2/000 roller energy chains
... safely guided in guide troughs made of aluminum, steel or solid plastic
Details of working principle
long travel distances up to 492 feet
Cost-effective E2/000 energy chains are suitable for long travels up to 492 feet, even in outdoor applications. Straight and reliable running is ensured by a guide trough. The optional use of rollers reduces the gliding coefficient.
igus® tested
lifetime testing at the igus® outdoor laboratory
The 3500R roller energy chain with corrosion-free "Guidelite" solid plastic trough was tested in ice and snow.
Application example
E2/000 roller energy chain in a "Guidelite" solid plastic guide trough in an irrigation system.
Implement up to 492 feet of travel quickly and inexpensively as a modular solution with a "Guidelite" solid plastic guide trough.
... snap-open either in the inner or outer radius, pivoted open
... suitable for hoses with a diameter up 3.14 inches (80 mm)
Details of working principle
Hinged extension bracket
By the use of extension brackets the interior of the energy chain is greatly enlarged so that even large suction hoses are safely guided. Existing systems can also be enlarged easily, inexpensively and compactly.
igus® tested
More volume
The inner space can be enlarged by up to 48%. It can also be divided with special separators which, like all separators, are cable-friendly and without edges.
Application example
Large hose diameter
Voluminous yet lightweight suction hoses are used in a woodworking machine to save space and cost.
.. accelerations of 33 f/s² and more ... travels over 492 feet possible
Details of working principle
Large pin/bore connection
Large pin/hole connections with tight tolerance provide a high push and/or pull force absorption. Due to the tight tolerances and almost complete zero backlash, very high accelerations can be achieved with very little wear.
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 pull force to provide reliable specifications on the maximum possible travel and also to get achievable acceleration values.
Application example
Long cycle life
On a 92 foot travel with a narrow installation space of only 8 inches, the series 2500 energy chain braves external weather conditions such as rain and wind in continuous operation 24 hours, 365 days.
8... Good protection against dirt and chips, even against hot chips
For the protection of your cable
... hot chips up to 1562°F cannot burn into it ... extremely tight and still easy to open
Details of working principle
For the protection of your cable
igus® Energy Tubes to protect cables and hoses have been successfully used applications with hot chips for almost 20 years. Dust, dirt, oil, aggressive environments, humidity, cold and heat do not affect the rugged plastic energy supply systems. The optional HT material makes hot chips just bounce off - no burn-in possible.
igus® tested
Quantity (g) of burnt-in chips depending on the temperature
Test:20 g hot chips (392 to 1562°F) applied on different materials. The graph shows which chip quantity was burnt-in. igumid HT tested best up to 1562°C.
Application example
Chip-proof in high temperatures
High-temperature Energy Tube inside the machine guides and protects the cables in the hot chip area.
For even higher service life of the cables through rounded design
... Cables have the longest durability with plastic crossbars ... no plastic deformation with external impact force
Details of working principle
Cable friendly polymer crossbars
Smooth, cable-friendly inner contour and rounded crossbars provide for a long service life of the cables and hoses. The combination of the tribo-optimized plastic of the crossbars with the jacket material of the cables proves to be the best matching pair for the service life of cables in testing.
igus® tested
Wear and tear tested
Cable wear in plastic crossbars: Jacket materials of different materials show the best wear results in plastic crossbars. Moreover, compared to aluminum crossbars, these are not subject to plastic deformation with external impact force.
Application example
Low-abrasion operation
For SATO's utting systems, igus® provides reliable energy supply systems on demand: Regardless of high speeds, long travels, movements in all directions or design-oriented colorings, the pipes and hoses are guided gently.
... No cutting costs, no minimum quantities … chainflex® works or your money back
Details of working principle
Variety in cables
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 energy chain or in motion, such as here in the igus® climate chamber at -40°F.
Application example
Reliable function in all axes
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.
... nearly half the cable wear ... less parts, more possibilities
Details of working principle
Cable friendly polymer crossbars
Smooth, cable-friendly and rounded contours ensure a long life for the cables and hoses. In addition, a better and more cable-friendly interior separation can now be implemented with less standardized parts.
igus® tested
Wear tests
With the new rounded separators, the wear of the cables could be almost halved.
Test 3748:Separator 301 compared to new version 45.1 The matching pair of plastic and jacket material also turns out to be the best here.
Application example
Tight filling
Here the rounded plastic crossbars assist in increasing the service life of cables
For maximum force absorption and thus high stability for large unsupported lengths
... max. unsupported additional load possible up to 8.75 lbs/ft ... max. unsupported lengths (FLB) 9.84 ft (+25% with the optional XXL material)
Details of working principle
Double, rectangular end stop-dog
More than two stop-dogs cannot be, or can barely be synchronized. 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 maximum additional load and unsupported length.
Application example
E2/000 series hanging in the lift of the PostTower, Bonn.
Strong air drafts and the fill weight in the hanging installation requires a stable and reliable structure of the energy chain.
... minimum noise level 42 dB(A)
... many series certified by TÜV Rheinland
Details of working principle
Brake mechanism
Simple principle, but extremely effective. A wedge-shaped contour in the energy chain stop-dog dampens the stop-dog noise of the energy chain.
igus® tested
Noise test
igus® tests energy chains for noise emissions in the igus® laboratory. Many series are also checked by TÜV. The quietest igus® energy chains start at a noise level of 33 dB (A).
Test 4381:Series 1400 with an average sound level of 42 dB(A), measured with different radii at 3.28 ft/s.
Application example
Quiet, fast, flying high
IMA Klessmann GmbH uses E2/000 in combination with the igus® Guidelok Slimline "F" guide system to provide absolute operational reliability even at high speeds and accelerations. The noise brake in the energy chain and the stable grip in the trough guarantees a significant noise reduction.
... Three times higher tensile strength of igus® Chainfix clamps ... also safe in oil, coolants, waters
Details of working principle
Strain relief
Strain relief systems from igus® were specifically developed for the use in energy chains and dynamic applications. The combination of chainflex® cable materials and plastic components of the Chainfix strain relief system from igus® are designed for high cable durability and maximum holding force.
igus® tested
The tensile strength of the igus® Chainfix clamp is more than three times as high as a conventional strain relief system.
Application example
Media, data and control cables are reliably and securely strain-relieved in this ready-to-install readychain® system for machine tools.