Datasheet

U.I. Lapp
GmbH
DATA SHEET
DB0028880
valid from: 21.05.2014
Originator: PESA / PDC
approved: HAPF / PDC
Document: DB0028880DE
page 1 of 2
All rights reserved acc. to DIN ISO 16016.
PD 0019/2.2_11.10EN
Application
is a high flexible and screened data cable with an outer sheath of PUR.
The cable with low capacitance is designed especially for use in power chains, automatic manipulators, in permanently moved
machines parts.
The cable is increased oil-, abrasion-, tear and notch resistant, in addition microbe- and hydrolysis resistant.
It is cold-resistant and for harsh environmental conditions.
The screen protects against interference.
This cable is suitable for torsion application in wind turbines (WTG). The torsional load is limited to applications, as they
typically occur in the loop of a wind turbine.
Design
Design
based on UL AWM Style 11117 and 21576
and according to VDE 0812
Conductor
superfine wire strands of bare copper wires
Insulation
special Polyolefin-based compound
Core identification code
according to DIN 47100
Stranding
cores stranded in layers, wrapping with fleece on the outer layer
Screen
Braiding with tinned copper wires, wrapping with fleece on the screen
Outer sheath
special PUR-based compound, flame retardant, halogen free
colour: grey (RAL 7001)
Electrical properties at 20°C
Conductor resistance
Cross section
max.
[mm²]
[AWG]
[Ω/km]
0.14
0.25
0.34
0.5
0.75
1
26
24
22
21
19
18
138.0
79.0
55.4
39.0
26.0
19.5
Specific insulation resistance
> 5 G Ω x km
Mutual capacitance
C/C approx. 60 nF/km
Inductivity
approx. 0.65 mH/km
Peak working voltage
VDE: 0.14 mm²: 350 V (not for power applications)
≥ 0.25 mm²: 500 V (not for power applications)
UL: 1000 V
Test voltage
C/C: 1500 V
C/S: 1500 V
Mechanical and thermal properties
Minimum bending radius
Flexing: 7.5 x cable Ø
Fixed installation: 4 x cable Ø
Temperature range
Bewegt:
VDE/UL AWM: - 40˚C bis +80˚C
UL CMX: - 40˚C bis +75˚C
Fest verlegt:
VDE/UL AWM: - 40˚C bis +80˚C
UL CMX: - 40˚C bis +75˚C
Torsion movement in WTG
TW-0 (5000 cycles at ≥ +5°C)
TW-2 (2000 cycles at ≥ -40°C)
± 150 °/m at 1 revolution per minute