iSet E4.1 | Travel: 8 - 24m

energy chain system: E4.1

complete set includes:
E4.1 system, mounting bracket, separator, strain reliefs, guide trough without glide bar guide trough with glide bar, mounting kits, fixed end module and screwdriver

Dimensions
inner height: 32 - 56 mm
travel: 8 - 24 m
inner width. 100 - 250 mm
bend radius: 125 - 200

Applications:
Cranes, indoor cranes, composting plants, sewage treatment plants, machine tools, general mechanical engineering, conveyor technology, refrigeration technology, construction machinery, wood processing, robot technology and handling

Parts list

Example: PACK.E4.32.10.125.0.8000 | travel distance: 8 m | inner height: 32 mm | inner width: 100 mm | bend radius: 125 mm****bend radius: 125 mm

Designation

Example image

part number

Number of pieces

Chain links:

E4.32

87 chain link

mounting bracket:

E4.320.10.1.12.C.A2

1 set

separator:

32.1.1

176 piece.

Strain reliefs

3050.ZC.A

4 piece.

guide trough without/with glide bar

972.30.SL
972.31. SLH

2 piece.
3 piece.

fixed end module:

972.80.4

1 piece.

Mounting sets:

960.30.225

6 piece.

screwdriver

MAT0050145

1 piece.

Features and benefits

The E4.1 system combines all the advantages of its three predecessors. The E4.1 series is stronger with the same or even smaller dimensions than previous versions. Almost all accessories and mounting dimensions are identical. You can increase the service life of your application with the igus® system E4.1 whilst reducing cost.

Rear grip for optimum lateral stability
High push/pull force over long distances and long unsupported lengths
Well suited for 90° applications
Noise-damping "brakes" and noise dampers as an option
Outer and inner link for quick assembly, with or without pretension

E4.1 system already implemented in practice

The E4.1 system is an e-chain series for almost any application. Your benefits:

Easy assembly and modularity
Stronger whilst having the same or even smaller dimensions than previous versions
The service life of your application can be still increased at lower costs.

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