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igus®

Caswell Road

Northampton, NN4 7PW

Fon 01604 677240

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E2 micro - One-piece - Smallest sizes

E2 micro e-chains® are very small, one-piece and two-piece (B07/B09) e-chains® with a low weight and therefore ideal for highly dynamic applications. E2 micro e-chains® are stable and available in many versions. igus® also offers numerous accessories and mounting options. "UPGrades" of the snap-open versions are available for many types; they are interchangeable among themselves and can thus be used as, among others, spare parts pack for new installation options.

 
E2 micro

Smallest inner height - For instance Series 03: 5 mm inner height

 
E2 micro

Easy to install and dismantle

 
E2 micro

E2 micro with chain opener, 1 m opened in 2 seconds.

 
e-chain® selection aids

You can find the right e-chain® quickly by entering concrete parameters and with the aid of a comparison table.

Installation instructions

Joining and separating of the E2 micro e-chain®.

Application examples

Applications in various industrial sectors.

E2 micro modular range

For the series with this icon, a free chain opener is enclosed.

Series_E2_10  

Series E2.10, openable along the outside

Inner height hi: 10 mm
Inner widths Bi: 6 – 50 mm
Bend radii R: 18 – 38 mm
Pitch: 20 mm

E2i.10  

Series E2i. 10, openable on the inside

Inner height hi: 10 mm
Inner widths Bi: 6 – 50 mm
Bend radii R: 18 – 38 mm
Pitch: 20 mm

Series_E2C_10  

Serie E2C. 10, closed

Inner height hi: 10 mm
Inner widths Bi: 6 – 50 mm
Bend radii R: 18 – 38 mm
Pitch: 20 mm

Series_E2_15  

Series E2.15, openable along the outside

Inner height hi: 15 mm
Inner widths Bi: 10 - 50 mm
bending radii R: 28 - 48 mm
Pitch: 20 mm

Series_E2i_15  

Series E2i. 15, openable on the inside

Inner height hi: 15 mm
Inner widths Bi: 10 - 50 mm
bending radii R: 28 - 48 mm
Pitch: 20 mm

Series_E2C_15  

Serie E2C. 15, closed

Inner height hi: 15 mm
Inner widths Bi: 10 - 50 mm
bending radii R: 28 - 75 mm
Pitch: 20 mm

Inner heights from 5 to 15.6 mm, energy chain
Series 03  

Series 03

Inner height hi: 5 mm
Inner widths Bi: 5 - 10 mm
bending radii R: 10 - 28 mm
Pitch: 10 mm

 

Series 04

Inner height hi: 7 mm
Inner widths Bi: 7 - 30 mm
bending radii R: 15 - 48 mm
Pitch: 16,7 mm

E2 micro  

Series 045

Inner height hi: 10,3 mm
Inner widths Bi: 6 - 64 mm
bending radii R: 18 - 38 mm
Pitch: 13 mm

 

Series 05

Inner height hi: 10 mm
Inner widths Bi: 6 - 64 mm
bending radii R: 18 - 38 mm
Pitch: 20 mm

 

Series 06

Inner height hi: 10,5 mm
Inner widths Bi: 6 - 64 mm
bending radii R: 18 - 38 mm
Pitch: 20 mm

E2 micro  

Series 08

Inner height hi: 15 mm
Inner widths Bi: 10 - 50 mm
bending radii R: 25 - 48 mm
Pitch: 20 mm

Series B07  

Series B07

Inner height hi: 10,3 mm
Inner widths Bi: 6 - 64 mm
bending radii R: 18 - 38 mm
Pitch: 20 mm

Series B09  

Series B09

Inner height hi: 14,3 mm
Inner widths Bi: 16 - 40 mm
bending radii R: 28 - 48 mm
Pitch: 20 mm

Energy chain openable along the inner radius  

Series 074

Inner height hi: 11.5 mm
Inner widths Bi: 10 – 40 mm
Bend radii R: 18 – 38 mm
Pitch: 20 mm

Energy chain openable along the inner radius  

Series 094

Inner height hi: 15,6 mm
Inner widths Bi: 10 – 40 mm
Bend radii R: 28 – 48 mm
Pitch: 20 mm

For restricted spaces

One and two-piece e-chains®, from 5 mm inner height

High torsion resistance

Smallest inner heights and bending radii

Mounting brackets with strain relief optional

Small pitch for silent operation

Cable-friendly interior

Low weight

Large pins for a long service life

Favorable internal/external dimensions ratio

B07/B09 in two parts - Can be folded out in outer radius due to integral hinges

Typical industrial sectors and applications

General construction machinery

Models (micro e-chain®),

Automatic doors

Vehicles

Measuring machines

Electronics

Handling systems

Pick and place robot

 

iF-Design-Award for E2 micro Series 05
 

 
Clean room test on request
 

Special design: Electrically conductive ESD/Atex versions on request
 
UL94-V0 classification for Series 03 and Series 14 (more on request)
 
42 dB(A) determined at the igus® laboratory, v = 1.0 m/s unsupported, Series 06.10.038.0