Strana 528 z 723
Poznámky redaktora
1800.eu/triflexR
Module length
Easy alignment and
change orientation
5 rigidly connected e-chain® links allow relative
movement integrated fibre-rods
The fibre-rod module guides
the unsupported e-chain® the
front, parallel the robot arm
Completely
contactless offering
zero wear
Fully assembled fibre-rod modules
available for series TRC and TRE
Additional e-chain®
without fibre rods
up axis 6
Universal mounting kit For TRC·TRE
● Stainless steel angle tube with attachment brackets Freely positionable The energy supply system can quickly and
easily adapted new programming sequences the robot With mounting brackets for sizes and with mounting
brackets starting size 70
Part No.0 TRE.B/.0300.1.0.0. fibre-rod modules
for TRC TRE
Length
≈ 1.0 TRE.F.4
≈ 0.4
≈ 1.F.0 TRE.70.0 TRE.B
TRC.1.125.60.1.40.1400.B
TRC.F.1800.0 TRE.0600.4
Part No.50.1.70.0
TRC.1200.0.0* TRE.F.100.30.1.0 TRE.0400.0 TRE.1.30.1600.F.50.0800.1.40.1.60 TRE.0 TRE.1000.0
triflex® triflex® R
Fibre-rod modules for directional
pretension the e-chain®
We supply fully assembled fibre-rod modules for triflex® e-chain® Series TRC and TRE.F.70.1200.8
≈ 2.2
≈ 1.F.F.0800.0.8
≈ 1. This results fully
contactless and therefore zero-wear energy supply system, designed
for moderate movements with limited rotational motion the axes.F.B
TRC.50.F.4
≈ 1.50.0800.B*
TRC.0700.F.1.F.1.0800.1.70.C1)
TRC.0* TRE.0700.50.0800.7
≈ 0.1000.70.F.1.1000.igus.B
TRC.100.F.F.1600.F. The fibre-rod module guides the unsupported
e-chain® the front, parallel the robot arm.B
TRC.F.F.1.125.
▼
TR.1.70.B
TRC.0 TRE.F.0
≈ 0.1.40.40.F.1.6
≈ 0.100.40
TRC.0500.1.B
TRC.F.B
TRC.6
≈ 1.0800.F.1800.F.80
50.1.30.F.1200.F.60.1000.100.0 TRE.B
TRC.1.B
TRC.40.F.125.1.1.0.F.1.0600.1.0* TRE.1.B
TRC.0 TRE.50.F.F.125.B
TRC.100.1.1.B
TRC.1.125.B
TRC.1.1.1.1.85.F.1400.1.F.50 TRE.F.30.30.B/.
More information www.0.70.1000.B*
TRC.F.C1)
TRC.0800.1.40.F.0 TRE.F.1200.5
≈ 0.0 TRE.30.F.60.60.B
TRC.85.C1)
TRC.8
≈ 2.1400.30
TRC.1.F.0
3D CAD, configurators, service life calculation and more www.1.1.1.
▼
TR.6 875 575 13.F.F.0* TRE.1.0.125
TRC.F.1.60.0.1400.60.F.F.F.100.1.F.F.125.125.1.F.0
≈ 0.1000.0
≈ 1.F.0.1.1800.1.4
≈ 1.F.40.1.0900.0 TRE.1.30.0 TRE.0
≈ 1.2000.0.8
≈ 1.1200.6
≈ 0.0 TRE.2000.4 475 325 3.0.0
≈ 0.0 TRE.1.100.100 TRE.F.30 TRE.B
TRC.70 TRE.85.0400.1.50.2000.0500.70. fibre-rod modules
for TRC TRE
Length
≈ 0.1000.F.0 TRE.1.4
≈ 1.F.40.60.1.0.0.4
≈ 1.F.60.50.1400.
▼
TR.F.85.B
TRC.1.F.1800.4 625 325 5.1800.0.0800.1.0400.1.40.1.F.1200.0600.85.1600.B
TRC.B*
TRC.B
TRC.1.B/.1.eu/triflexR
triflex® Series TRC·TRE Accessories
Fibre-rod module Universal mounting kits
triflex® Series TRC·TRE Accessories
Product range
*Maximum recommended length for fibre-rod modules For die version, add the index
.0.40.F.1200.85.100.B*
TRC.0 TRE.0400.0700.1.9
74 8.F.0 TRE.85.6
≈ 0.F.F.C1)
TRC.4
≈ 1.30.6
≈ 1.60.125.125.1.4
Part No.60.F.85.85.50.1.1.2
≈ 1.0800.B
TRC.F.85.1.0600.0. The five rear e-chain® links are rigidly connected to
allow relative movement the integrated fibre-rods.0 TRE.0.6
≈ 1.2
≈ 1.125.70.1.0.1.F.0 TRE.1.0
TRC.50.0600.100.F.0500.6
≈ 0.F.0400.1000.1200.B
TRC.F.0 TRE.F.0
≈ 2.
Additional e-chain® without fibre-rods for the final axis area needs to
be ordered separately.0.70.0500.B/.2
≈ 1.1.9
≈ 0.B
TRC.1.0.1600.0 TRE.85 TRE. This system creates unique choice movements for
the energy supply system the final axis industrial robots.1.1600.F.0.50.5
75 12.F.0.1.1200.0600.40.1.1052 1053
D
E
A
C
B
ø E
[mm] [mm] [mm] [mm] [mm] [kg]
40.1.1200.1000.40.1.1400.
▼
TR.B
TRC.1.0.F.0 TRE.0.1.60.1000. The bending properties the
modules depends the installation orientation: only the front end allows
flexible movement.F.50
TRC.1.F.8
≈ 0.50.F.1.F.F.F.4
≈ 1.1600.0.0 TRE.1
75 12.B
[m]
TRC.1.F.0 TRE.F.0.100
TRC.1.6 875 575 13.1.1.0.40.F.125.85.F.0.4
≈ 1.0 TRE.0
TRC.0 TRE. The integrated fibre-
rods generate directional pretension for the e-chain®.1.B
TRC.1000.8
≈ 0.0300.F.40.0.1400.0.0.7
≈ 0.F.1000.F.70.0800.0.0.F.1.B
TRC.60
TRC.0800.0.5
≈ 0.2000.85
TRC.85.0
TRC.B
TRC.1.1400.4 475 325 3.B/.30.igus.0.80
100.B*
TRC.0.1.1.1600.F.0* TRE.1400. Weight
Index
74 8.40.0
≈ 0.80
60.
▼
TR.85.8
≈ 1.1.B*
TRC.1.F.0 TRE.1.0400.0.0 TRE.1400.1.0.1800.1.0.F.85.100.C1)
TRC.F.50.2
≈ 1.30.70.F.0 TRE.0600.0
≈ 1.F.B
TRC.30.0 TRE.1400.100.0 TRE.F.
▼
TR.30.F.1.2
75 12.1.0 TRE.0 TRE.80
125.1.B
TRC.1.8
≈ 0.F.B
TRC.0400.1200.0* TRE.60.
▼
TR.F.9
74 8.0800.70
TRC.0 TRE.F.0400.125.0*
TRC.1.0 TRE.1600.F.1400.0 TRE.0
≈ 0.0.1800.100.40 TRE.0900.2000.70.1000.5
75 12.1.1.1.80
[m]
TRC.1.0600.F.0.0.60.6
≈ 1.0 TRE.B
TRC.3
≈ 1.0.80
85.0.1.1.F.8
≈ 1.1000.125.0 TRE.6 875 575 13.B
TRC.0* TRE.B/.85.F.F.6 875 575 14.1200.0 TRE.100.0700.8
≈ 0.2000.125 TRE.1.C1)*
TRC.F.2
≈ 1.0* TRE.80
70
