Description
Technical Data
Construction
Description
SUPERFLEX?? N (C) PVC
Number of conductors/cross-section
(5G1.5)
Jacket material
Special PVC
Jacket color
grey RAL 7001
Outer ??
10,4 mm
Outer ??
0,411 inch
Weight
18,2 kg/100 m
Weight
128 Lbs/Mft
Cu-Index
10,7 kg/100 m
Cu-Index
72 Lbs/Mft
Element 1
Element construction
AWG16/5C
Conductor
CU-wire bare
Conductor category
- IEC 60228, Class 6
- Superfinely stranded DIN VDE 0295
- class 6
Conductor marking
- black
- with black number print
- green/yellow
Conductor marking standard
DIN EN 50334
Conductor insulation
Special TPE
overall construction
Overall stranding
- conductors twisted without mechanical stress
- layer pitch optimised
Overall wrapping
Fleece taping
Inner jacket
PVC
Overall shield
- Braid shield
- Tinned copper wires
Jacket characteristics
- abrasion resistant
- tough
- Weather resistant
- hydrolysis-resistant
- microbe resistant
- rot-resistant
- UV resistant (normal lighting conditions)
- Oil resistant
- Flame-retardant
- Silicone-free
Technical data
Rated voltage UN
600 V UL AWM
Test voltage type
AC3000V
Temperature according to UL
80 ???C
Temperature range moving
-5 ???C ?? +80 ???C
Temperature range fixed
-40 ???C ?? +80 ???C
Minimum bending radius moving
10??D
Minimum bending radius fixed
6??D
Element 1
Element construction
AWG16/5C
Insulation resistance at 20 ???C
100 M???km
Approvals/Standards
Approvals
- cURus
- AWM I/II A/B 80???C 600V FT1
UL style
- AWM 2570
- AWM 10429
Conformity
- CE
- RoHS
- REACH
Burning behavior according to
- UL VW-1
- UL FT1
- IEC 60332-1
- DIN EN 60332-1-2
- VDE 0482 322-1-2
Oil resistant according to
- UL 4d100C
- UL Oil Res 80 ???C
- IEC 60811-404
UV-resistant according to
DIN EN ISO 4892-2-A
General
Note
CE These products are in conformity with the EU Low Voltage Directive 2014/35/EU
Machine and device construction, transport and conveyor technology, HVAC technology In dry and damp rooms As a monitoring, measurement and control cable for industrial applications For installation in energy chains with constant linear movement Anywhere where electrical interference fields can influence the signal transmission
