Energy supply systems for long travels

A driven energy chain system for extremely long travel distances, extreme dynamics and long running times. The drive-chain is used in ASC cranes, for example.

The new heavy-duty roller chain fulfils all the requirements that apply to container cranes of the next generation and beyond. Ever longer distances, higher dynamics, short load cycles, zero failures.

Now you can save time and money with our complete energy chain set. No need to spend lots of time looking for the right energy chain series and relevant accessories.

For almost any application

• Inner heights: 30-800mm
• Suitable for demanding applications
• Undercut design for optimum lateral stability
• Outer and inner link for quick assembly

High additional load for long travels

• Inner heights: 56-80mm
• High stability
• Ideal for heavy-duty applications
• With crossbars every link

Friction minimised, service life doubled

• Inner heights: 56-80mm
• Travels up to 800m and more
• Speeds up to >5m/s
• Intelligent wear monitoring possible

Profile roller energy chain

• Inner heights: 32-42mm
• Travels up to 800m and more
• Speeds up to >10m/s
• Fill weights up to 7kg/m

Rolling instead of gliding

• Inner heights: 32-80mm
• 75% less drive power
• Speeds of up to 6m/s possible
• Uniform rolling resistance

Self-guiding without guide trough

• Inner heights: 32-80mm
• 75% less drive power
• Speeds of up to 6m/s possible
• Uniform rolling resistance

The world's longest plastic-energy chain with 615 metres of travel from igus has been in operation for ten years without a breakdown.

Profile roller chains of the P4 series are characterised by high speed, smooth running and safe energy supply and are used in gantry loaders.

energy chain system withstands enormous filling weights of more than 100kg/m in a silt processing plant.

With igus rol e-chains, the required drive cable is reduced by up to 57%. The roller energy supply system can withstand the high acceleration and speed in the long term.

Energy chains are particularly quiet and abrasion-resistant at high speeds and heavy fill weights.

The energy chain systems are unaffected by high loads of dirt and dust. They have been reliably supplying conveyor units and stockpiling devices with energy, data and media for several years now.

energy chain and plastic channel made of chemical-resistant plastic defy hydrochloric acid load and have been in use in a hot-dip galvanising plant for years.

Contact us by filling in the form with some basic information. Our experts will get in touch with you as soon as possible.

Without slip ring on long travel distances. Guide all media safely in one system. Travel distances up to 1,000 metres.

Carry data, energy, liquids and air in a fail-safe energy chain system. For tight, compact spaces and fast aisle travel.

Protect and safely guide energy chain cables in windy conditions and fluctuating temperatures. Downtimes can be minimised as a result.

• For maximum voltages and performances
• Flame-retardant
• UV resistance: High
• Oil resistance: oil-resistant (based on DIN EN 60811-2-1)

• For very high loads
• Gliding applications of 400m and more
• Indoor and outdoor applications, UV-resistant
• UV resistance: High

• For maximum stress at 5 x d
• Outer jacket: TPE
• Gliding application (horizontal) of 400m and more
• UV resistance

• Positioning system integrated in e-chain
• Provides information on position-dependent push/pull forces
• Use position information from the application for other purposes

• Extensive range of sizes for almost all e-chains®
• Very easy and universal installation
• Very strong and robust steel guide trough for special applications in harsh environments

• Safe shutdown or alarm function in the event of a system fault
• The system stops when the force is exceeded
• Individually programmable and event logging in the data memory

• 95% less harnessing time
• Reduce installation time
• Plug & Play solutions, e.g. for bulk handling

• Exceptionally compact design
• Fail-safe and maintenance-free
• Protected by housing
• For high speeds