35.05
120 140 1.0
9..03
110 130 1.0
E6. 040.07
140 160 1.0
E6.0 4.35.35.35.88
40 0.0
4. 140. 120. R.0
7.igus.0
5.0
E6.0
8.0
3.35. 110.0kg/m fill weight)
Inner height [mm] 35
Pitch [mm/link] 25
Links/m
corresponds [mm]
40
1,000
e-chain® length
Part No. with required radius (R).0
6.0 6. 030. R.5
2.35
1392 1314
Ba
Bi
50
Ba
Bi
Ba
Bi
13
28
13
34
D S/2
S
H
H
H
F
=
H
R
42
20
22
25
50.35.35 Crossbars removable along the inner and outer radius
Fill
weight
[kg/m]
If gliding application required for
a long travel, please consult igus®.5
2.5
47.100.35. R.
E6 Series E6.0
E6. R.90
50 0.35
e-chains® Series E6.0
E6.94
70 0.eu/E6
Unsupported length FLG FLB [m]
Travel [m]
≤31
mm
35
42
189 229 279 379
115 135 160 210
225 290 365 525
The required clearance height: 40mm (with 2.11
Available bend radii
Complete Part No. 080. Example: E6.35
[mm] [mm] [kg/m]
E6.35
885
E6.
An assembly video available online www.
e-chains®
90 110 1. R.0
E6.0
E6.0 7.eu/E6_assembly
Steel support tray for support the lower run
● Simple one-piece support trays for the lower run
● your requirements and specification
● options available
More information From page 1356
. Repeat the procedure the other side.35
.E6.99
Part No.0
Bi E6. 070.35 Installation dimensions
Unsupported applications Short travels
Moving end
Fixed end
Aluminium support tray
● Corrosion-resistant and seawater-resistant aluminium rails with adjustable width
● Noise-reducing glide strip integrated standard
● Easy installation and connection the e-chain®
● Open design dirt and debris fall through
More information From page 1362
3D CAD, configurators, service life calculation and more www. R. 100.96
80 100 0.5 1.0
Installation note system E6
To open, insert the screwdriver into the locking mechanism and
prise open.0
E6 Series E6.5
0 2.35.eu/E6.35. R.igus.35.0
E6.0 3..01
100 120 1.0
E6.0
R [mm] 055 075 100 150 |
884
E6.
e-chains®
30 0.igus. 060.92
60 0. R.35 Product range
Extremely low noise and vibration
More information www.0
0 3. R.35.35
[mm] [mm] [kg/m]
E6.100.0
0
2.35. R.5
-
40
+
40
35
R 055 075 100 150
H
D
K
LK
= S/2 K
FLB
FLG
10
1.0
11
12
13
14
0. R.0
1. E6. 090. 050
