0
R 075 100 125 150 175 200
H
D
K
LK
= S/2 K
R [mm] 075 100 125 150 175 200 |
Installation note system E6.0
E61. E61.724
52 1. 087 R.0 6.5
-
65
+
40
Ba
Bi
E61.52
.0
20
30
40
50
85
60
65
75
10
0 1.100.52.52
E61.0
E61.igus.52.731
300 324 2.igus.0
E61.
An assembly video available online www. 052 R..619
275 299 2.780
70 1.733
62.52
FLG
FLB
0
0.1 Series E61.5
2. with required radius (R). 070 R.5 86.52.52.52
[mm] [mm] [kg/m]
E61.52 Product range
Dynamic, quiet, light and cleanroom suitable
More information www. 175 R.1392
52 52
856
E61.0
.40
Bi E61.
Fill
weight
[kg/m]
Moving end
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
Fixed end
E6.0
8.52.0 2.0
Bi E61. 150 R.52.060
150 174 2.0
E61.0 4. 225 R.52
857
E61.1 Series E61.52
If gliding application required for
a long travel, please consult igus®.0
E61.843
Available bend radii
Complete Part No.0
E61.0 4.395
225 249 2.0
0 2.0 12
H
H
H
F
=
H
D
R
S/2
S
65
63
30
63.1
Unsupported length FLG FLB [m]
Travel [m]
≤46
mm
52
65
265 315 365 415 465 515
153 178 203 228 253 278
300 375 455 535 610 690
The required clearance height: 40mm (with 2. 050 R.283
200 224 2.948
Part No.52.892
100 124 1.507
250 274 2.0
E61. 300 R. 100 R.52.0 6.0
E61.52..igus.0
E61.52.679
50 1.eu/E61_assembly
e-chains® Series E61.52 Crossbars removable along the inner and outer radius
E6.
e-chains®
40 1.1
To open, insert the screwdriver into the locking mechanism and
prise open.52. 062 R. 250 R. 200 R.814
75 1. 040 R. Repeat the procedure the other side.52.eu/E6.0
4.5 111.5 1.0
1.5
1.100.5 1.52 Installation dimensions
Unsupported applications Short travels
3D CAD, configurators, service life calculation and more www.52.0 8.52.0
E61.
e-chains®
125 149 2.52.eu/E61.52
[mm] [mm] [kg/m]
E61.172
175 199 2.0
E61.0 3.0kg/m fill weight)
Inner height [mm] 52
Pitch [mm/link] 30
Links/m
corresponds [mm]
34
1,020
e-chain® length
Part No. 075 R.0
E61. 275 R.52. Example: E61.0
E61. 125 R.0 5.836
87.0
E61.52
