2170222

DATA SHEET

valid from:

01.01.2019

1 x 2 x 0,64

Creator:

TOST / PDC

Released:

ALTE / PDC

Document: DB2170222EN

Version:

09

Page 1 of 2

We reserve all rights according to DIN ISO 16016.

PD 0019/05_04.18EN

Application

Highly flexible data cable for the SIEMENS field-net SINEC L2 DP (acc. to DIN 19245, part 3 and EN 50 170) for fieldbus system FIP

(Factory Instrumentation Protocol) as well as for high performance data networks with 150 Ω nominal impedance. The cable is designed

for the system-defined transmission rates of 1.5 MBit/s, 2.5 MBit/s and 12 MBit/s, the transmission characteristics are conform to

the system and guarantee a high operating security during the data transmission. The used materials are halogen free.

The cable is intended for high flexible application in power chains, on permanently moving machines and linear robots. Due to its

double screening it is suitable for installation in electromagnetically demanding areas. The PUR-sheath is very resistant against

mineral oils and abrasion.

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

Conductor

bare copper,

nom. 0.25 mm² (24 AWG)

Insulation

Skin-Foam-Skin PE,

core ∅ nom. 2.55 mm

Core identification code

cores red and green

Stranding

2 cores together with 2 fillers

1 layer non woven tape

Screen

plastic-laminated aluminium foil, side with metal outwards, braid of tinned

copper wires, coverage nom. 85%

Outer sheath

PUR flame retardant and halogen free,

violet similar to RAL 4001,

wall thickness nom. 1.0 mm, outer diameter: max. 8.0 mm

dl safjl öjf

Electrical properties at 20°C

Loop resistance

max. 145 Ω/km

Insulation resistance

min. 5 GΩxkm

Mutual capacitance

A/A: ca. 32 nF/km

A/S: ca. 49 nF/km

(at 800 Hz)

Inductance

800 Hz: ca. 0,82 mH/km

Characteristic impedance

9,6 kHz: 270 Ω ± 27 Ω

38,4 kHz: 185 Ω ± 18 Ω

3 up to 20 Mhz: 150 Ω ± 15 Ω

Attenuation

9,6 kHz: max. 0,3 dB/100 m

38,4 kHz: max. 0,4 dB/100 m

4 MHz: max. 2,5 dB/100 m

16 MHz: max. 4,9 dB/100 m

Velocity of propagation

nom. 0,81c

Transfer impedance

max. 10 mΩ/m