Strana 322 z 723
Poznámky redaktora
H4. R.83
68 1.1|E4. H4.76 –
100 123 2.0 5.0
0 2. 32.0
E4. H4.300. Example:
E4.
1.337.0
E4.87 2.81 2.61 –
362 386 3. H4. R4.32 www.18 1.81 –
125 148 2.85 2.32
[mm] [mm] [kg/m] [kg/m] [kg/m]
E4.00 1. R4.. R.0
E4.0
E4.0
E4.32.32
R4.0
E4.36 1.0
E4. R.0 6.46 2.32·H4.28.11.0
E4.igus.0
E4.
4.325.81 1. H4.1|SeriesE4.14 2.0
E4. 32. H4.0
E4.eu/H4.0
E4.087.0
E4.06 1. 32. R.15
262 286 3.eu/esd
Moving end
Fixed end
Fill
weight
[kg/m]
Moving end Fixed end
Unsupported length FLG FLB [m]
Travel [m]
Guide trough without glide bar
Guide trough with glide bar
Total length guide trough
Gliding applications For travel lengths from 10m max. 32.66 –
375 398 3. H4.187..0
Bi E4.0
2.39
112 136 2.0 fully enclosed 063* 075* 100* 125 150 175 200 220 250 300
126 150 166 166 166 166 166 166 166 166
146 158 370 470 500 655 770 900 930 1,100
310 350 616 784 896 1,120 1,288 1,456 1,568 1,904
– 160 210 240 370 460 540 570 690
*Radius not available for e-tubes
063* 075* 100* 125 150 175 200 220 250 300
180 204 254 304 354 404 454 494 554 654
174 186 211 236 261 286 311 331 361 411
310 350 430 505 585 665 745 805 900 1,055
The required clearance height: 40mm (with 2. R4.eu/E4. 32. R4.362. R.32 H4.03 2.30.17 –
237 261 2. H4.10 2. R.68 –
75 1.32| Fully enclosed (lids openable along the outer radius, from one side)
ESD many sizes from stock
● Standardised product made from igumid ESD
● ESD material tested with over million cycles for highest requirements
● Shortdeliverytimesincludingmountingbracketsandinteriorseparation;24hrs,fromstock
More information and the complete product range
From page 142 www.15.07 1.300.41 4.29.0 4.32 R4.32. R. R.30.
2. R4.32
H4. H4.32
H4.1) 32.98 1.33
108 131 2. 32.94 2.07. 32.0
0
0 2.375. R4.312. 32.30. 32.70 2.0
20
10
6. R.78 2. H4. 32.1
≤28
mm
32
54
Part No.0
E4.0
E4.32
.20.09 3.097.70 –
387 411 3. 32.32|Productrange
Stable due undercut design, medium inner height
More information www.34 –
300 323 3.78 2. R.44 1. R.25.137. 32.32. R.0 6.24 1.0 8.11
87 110 1. 32.33 1.30.03 –
200 223 2. R.32·R4. 32. H4..igus. H4..33 –
287 311 3.0
E4.0 2.0 6.0
E4. H4. R.32
[mm] [mm] [kg/m] [kg/m] [kg/m]
E4. R. 32.51 2. 32.300.00
175 198 2. R.92 2. R.32·H4.73 –
97 120 1.62 1. H4.0
E4.45 2. H4.0 12
8.0
E4. R.99 3.212.68 2.50 –
350 373 3.32 Crossbars every link (crossbars removable along the inner and outer radius)
e-chains®| Series H4.
8.35
Part No. E4. R. 32.
1.85 1.25 4.00 –
187 211 2.57
137 161 2.. 32. 200m
Note: recommend the project planning such system carried out igus®. H4.5
0
1.32 .0
E4. R.32 H4.
20
30
40
50
85
60
65
75
10
0
5
0
5
0
0
0
0 1.eu/E4.89 –
150 173 2.
E4.0
E4.5
1. H4. H4.32|Installationdimensions
Unsupported applications Short travels
= Offset fixed end
3D CAD, configurators, service life calculation and more www.0 crossbars every link H4. R. R. R. with required radius (R).80 2. R4. 32. R. H4.32 .0
E4.18 –
250 273 2.23.77 –
ESD version (Electro Static Discharge) available from stock.32 www.95 2. H4. H4. H4. R. H4.95 –
168 191 2.32
e-chains®| Series E4.0 3. H4.0 crossbars every 2nd link R4.0
4.32| Crossbars every 2nd link(crossbars removable along the inner and outer radius)
e-tubes Series R4.162.32·R4.42 –
325 348 3.29 2. R. H4. More information From page 142
1) Lid removable, non-openable *Radius not available for e-tubes
Available bend radii
R [mm] 063* 075* 100* 125 150 175 200 220 250 300 |
Complete Part No.69
312 336 3. 32.igus.400.68 1.0
E4.387. R.
13
Bi E4. 32. 32.63 2.0 4. 32. 32.112.98 2.0
E4.350. R.68 2. R.0
E4.92 1.237.73 –
400 423 3..0kg/m fill weight)
*Radius not available for e-tubes
Inner height [mm] 32
Pitch [mm/link] 56
Links/m
corresponds [mm]
18
1,008
e-chain® length
. H4.18.igus.
In case travels between and 10m recommend e-chain® with longer unsupported length.0 3.0 4.06.0 2. H4.0
E4.10. R.32 R4. R4. 32.
e-chains® e-tubes
50 1. 32.32
1392 1316
S/2
S
D2
K2
S/2
H
Ri
H
2
LK S/2 K2
R
FLG
FLB
FLG
FLB
0. 32. H4.0
0.84
162 186 2.eu/R4.47 –
337 361 3.32
640
E4.78 2.
e-chains® e-tubes
212 236 2. H4.igus.262.27 2. R4.29 –
275 298 3.0
E4. R.32
R4.12 –
225 248 2. 32. 32. H4.05.12. H4.0
E4.0
E4.0
R
H +20
0
D
K
R
H2
D2
+25
K2
CL
LK
= S/2 K
E4. H4. 32. R4.32
641
E4. R4. 32.0
1.17.39 2.0
D
H
H
-
S/2
S
H
F
=
H
+
R
40
54
56
54
Ba
Bi
Ba
Bi
Ba
Bi
56
84
50
max. R. H4.0
E4
