070.
An assembly video available online www.5 158.0kg/m fill weight)
Inner height [mm] 35
Pitch [mm/link] 25
Links/m
corresponds [mm]
40
1,000
e-chain® length
Part No.0
6.
Fill
weight
[kg/m]
E6.1 Series E61.35.eu/E61.5
25
Ba
Bi
E61.5
0 2.
e-chains®
30 0.eu/E6.0
11
12
13
14
0.0
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
. 050.0
E61. with required radius (R).0 7.0
5.0 3.35
[mm] [mm] [kg/m]
E61.761
Part No.739
80 0.35. 120.igus.R.35.35.100. 040.35
847
E61. 030.R. 080.1 Series E61.0
3.826
120 136 0.35 Crossbars removable along the inner and outer radius
If gliding application required for
a long travel, please consult igus®.783
100 116 0.R. 110..653
40 0.1
To open, insert the screwdriver into the locking mechanism and
prise open.0
8.0
9.R.R.40
Ba
Bi
13
34
Bi E61.804
110 126 0.0
E61. 140.R.R.0
E61.891
Available bend radii
Complete Part No. 100.35
.5
47.R.0
E61.35.5 1.35.R.0 4.5 208. 090.35.igus.R.0
E61.igus. Example: E61.35 Product range
Dynamic, quiet, light and cleanroom suitable
More information www.0
R 055 075 100 125 150
H
D
K
LK
= S/2 K
R [mm] 055 075 100 125 150 |
1392
Installation note system E6.5
2.35.1
≤31
mm
35
42
192 232 282 332 382
113.35
FLB
FLG
10
1. Repeat the procedure the other side.5
225 290 365 445 525
The required clearance height: 40mm (with 2.100.675
50 0.718
70 0.35.0
1..35
846
E61.0
4. 060.848
140 156 0.35
e-chains® Series E61. E61.35
[mm] [mm] [kg/m]
E61.5 183.R.eu/E61_assembly
E6.0
E61.35 Installation dimensions
Unsupported applications Short travels
Unsupported length FLG FLB [m]
Travel [m]
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.
e-chains®
90 106 0.0
0 3.5
2.35
E61.5 133.0 6.35.696
60 0.0
7.0
E61.0
E61.0
H
H
H
F
=
H
D
R
S/2
S
-
42
+
40
42
47.35.0
0
2.0
Bi E61.35.0
E61
