Poznámky redaktora
cores x
cross-sec.5 to
0,34 mm² cl.ROBOFLEX® 2001 2001-CRobot cables, meter marking
Properties
Cable structure
Technical data
Ⴠ Bare copper, stranded DIN VDE 0295
and IEC 60228, fine extra fine wires,
cl.
ROBOFLEX® 2001-C
ROBOFLEX® 2001
AWG-No. mm
No.
Weight
approx.6, 6360 cl.
0,69 mH/km Outher sheath, special polyurethane
Ⴠ Minimum bending radius
7,5x cabel Ø
Ⴠ Sheath colour black (RAL 9005)
Ⴠ with meter marking
Application
These special robotic control and signal cables specially designed for torsion and bending stresses robots and connecting handling tools.
kg km
Cop.
= The product conformed with the Low-Voltage Directive 2006/95/EC.5 cl.
EMC Electromagnetic compatibillity
To optimize the EMC features recommend large round contact the copper braiding both ends.
24
48,0
16,8
5,8
7 0,25
25459 26
62,0
34,2
7,8
10 0,14
25539
26
95,0
42,1
7,8
12 0,14
25488
24
71,0
28,8
7,6
12 0,25
25439
24
143,0
60,0
10,6
25 0,25
25460 26
120,0
54,5
9,7
18 0,14
25489
26
158,0
69,0
10,9
25 0,14
25490
22
28,0
6,6
4,0
2 0,34
25461
24
126,0
59,5
8,3
12 0,25
25491
22
34,0
9,8
4,0
3 0,34
25462
22
51,0
22,8
5,7
7 0,34
25440 24
164,0
80,0
10,1
18 0,25
25492
24
215,0
103,0
11,1
25 0,25
25493
22
69,0
39,2
8,3
12 0,34
25449
22
160,0
78,0
8,8
12 0,34
25494
20
90,0
57,8
10,4
12 0,5
25463
20
277,0
76,8
11,6
16 0,5
25519 22
210,0
101,0
10,8
18 0,34
25495
22
305,0
158,0
12,0
25 0,34
25496
20
121,0
86,4
12,7
18 0,5
25464
20
256,0
120,0
14,2
25 0,5
25465 20
175,0
117,0
11,2
12 0,5
25497
19
63,0
28,8
6,0
4 0,75
25466 20
231,0
160,0
13,6
18 0,5
25498
20
347,0
255,0
14,8
25 0,5
25499
19
96,0
50,4
7,9
7 0,75
25450
19
171,0
84,4
11,5
12 0,75
25467 19
220,0
155,0
11,8
12 0,75
25500
19
200,0
100,8
12,8
14 0,75
25468 19
305,0
210,0
15,0
18 0,75
25501
18
48,0
19,2
5,5
2 1
25469 19
415,0
275,0
16,6
25 0,75
25502
18
60,0
29,0
6,0
3 1
25470 18
90,0
76,0
6,3
3 1
705462
18
78,0
38,4
6,3
4 1
25471 18
265,0
190,0
13,0
12 1
25503
18
131,0
67,2
8,5
7 1
25472 18
390,0
245,0
16,1
18 1
25504
18
216,0
115,2
12,5
12 1
25473 18
540,0
345,0
18,1
25 1
25505
18
306,0
172,8
15,4
18 1
25474 16
345,0
260,0
16,2
12 1,5
25506
18
432,0
240,0
17,4
25 1
25475 16
485,0
370,0
20,3
18 1,5
25507
18
569,0
326,4
21,3
34 1
25476 16
710,0
498,0
22,5
25 1,5
25508
18
694,0
393,6
23,2
41 1
25477
16
94,0
43,2
6,9
3 1,5
25520
16
107,0
57,6
7,9
4 1,5
25529
18
121,0
72,0
8,6
5 1,5
25559
16
292,0
115,2
11,1
8 1,5
25509
16
356,0
172,8
15,5
12 1,5
25478
16
445,0
259,2
19,3
18 1,5
25479
16
636,0
360,0
21,8
25 1,5
25480
14
136,0
72,0
8,4
3 2,5
25481
14
170,0
96,0
9,1
4 2,5
25482
12
227,0
116,0
10,3
3 4
25483
12
261,0
153,6
11,2
4 4
25530
10
341,0
230,4
14,1
4 6
25510
8
518,0
288,0
15,6
3 10
25484
6
722,0
460,8
18,2
3 16
25485
4
1180,0
720,0
22,9
3 25
25486
2
1600,0
1008,0
26,5
3 35
25487
Dimensions and specifications may changed without prior notice.
mm²
Part no. 120 nF/km
Ⴠ Special separating foil
Ⴠ Cable structure C-type, cu-screen helically
wound, approx. (RH01)
264
Robot Cables
. The actual cross-section mm²
Ⴠ Cores stranded layers with
optimal lay-length
Ⴠ Mutual capacitance
core/core approx.5, above 0,5 mm² cl. AWG-No. 85-95% coverage
Ⴠ Inductance approx. mm
No.
mm²
Part no.cores x
cross-sec.
weight
kg km
Outer Ø
approx.
kg km
Cop.
weight
kg km
Outer Ø
approx. to
DIN VDE 0293
Ⴠ Nominal voltage
up 0,34 mm² 350 (operating peak
voltage)
from 0,5 mm² U0/U 300/500 Largely resistant to
Oil and fats resistant
Ⴠ Ⴠ
Test voltage
up 0,34 mm² 1,5 kV, minutes
from 0,5 mm² 3,0 kV, minutes
GN-YE conductor, cores and above
in the outer layer AWG sizes are approximate equivalent
values. 100 nF/km
core/screen approx.
Weight
approx.6
Ⴠ Ⴠ
Special TPE-E/PUR adapted to
DIN VDE 0250 DIN VDE 0285-525-1 /
DIN 50525-1
Temperature range
flexing -30°C +80°C
fixed installation -40°C +80°C
High flexibility low temperatures
Ⴠ High abrasion resistance
Ⴠ Loadable under torsion stress ±360°/meter
Ⴠ Low adhesion
Ⴠ Special core insulation, Resistant to
Microbes and rotting
Oxygene and ozone
Vibrations
UV-radiation
Ⴠ Cores coded
up 0,34 mm² according DIN 47100
above 0,5 mm² black cores with
continuous white numbering acc
