Please choose your delivery location

The selection of the country/region page can influence various factors such as price, shipping options and product availability.

View all locations

Go to www.igus.com

myigus

Shopping Cart

(0)

My contact person

Select location

NZ(EN)

Gliding applications for long travels

What is meant by gliding applications?

With gliding applications, the upper run of the energy chain glides on the lower run or on a sliding surface of the corresponding guide trough. Gliding applications are used in applications with long travels - in other words, where the energy chain's unsupported length cannot be realised.

The diagram shows a gliding application, where the energy chain glides on a glide bar of the corresponding guide trough.

13 tips for a long-lasting energy supply system in "gliding" applications

Are you interested in an energy chain that can guide cables and hoses in machines and equipment in a safe, durable and cost-effective way? Here are 13 tips for making the most of your investment.

From the contents:

Correct filling
Consider environmental conditions
Select the right guide trough and glide bar
Determine acceleration, travel speed, and cycle frequency

Download 13 tips now free of charge. We would be happy to assist you at any time.

Download tips now

Types of the gliding arrangements

One-sided gliding application

Schematic showing the function of an energy chain system on a gliding application. The fixed end of this application is located in the centre of the travel. With the centre infeed, you can achieve the minimum length of energy chains and the maximum travel of cables.

^ℹ In the energy chain configurator you can design centre or off-centre feed.

The chain length is calculated as follows:

L_k = ^S/₂ + K

Abbreviations	Meaning	Unit
L_k	Energy chain length	[mm]
^S/₂	Half length of travel	[mm]
K	Add-on for bend radius for calculating the e-chain length	[mm]
A	Guide trough with glide bar
B	Guide trough without glide bar
C	Total length of guide trough

Two reverse gliding applications

Configuration involving two reverse energy chains. The entire travel is measured as shown. For use when there are restricted spaces or high loads.

Abbreviations	Meaning	Unit
^S/₂	Half length of travel	[mm]
S	Travel	[mm]
R	Bend radius	[mm]
H2	Clearance height with lowered moving end	[mm]
K2	Add-on with lowered moving end	[mm]
H_RI	Trough inner height	[mm]
A	Total length of guide trough

How can I find the right solution for a gliding application?

Energy chain configurator

With the energy chain configurator "e-chain expert", you can assemble your individual ready-to-connect energy chain system up to 100m in just a few steps.

Go to the configurator

Request expert support

Our expert is happy to advise you on the topic gliding applications. Just fill out the contact form, and we will address your concerns. We look forward to your message!

Submit an enquiry now