Technical Attributes

General Information
Product type Ethernet cable
valid fieldbus or Ethernet system PROFINET, ETHERNET/IP, Ethernet
Copper index 57.000  kg/km
Copper index (lb) 383.020  lb
Weight 130 kg/km
Electrical Characteristics
Maximum operating voltage (not for power transmission) 125
Nominal surge impedance 100
Supports Power over Ethernet IEEE 802.3af (PoE), IEEE 802.3at (PoE+), IEEE 802.3bt (4PPoE)
Loop resistance at 20°C 190
Possible data transmission rates 10000
Signal propagation speed (nom.) 0.78
Test voltage core/screening 2
Test voltage core/core 2
Rated voltage core to core 50 V AC rms according to IEC, 300 V AC rms according to UL
Product Design
Nominal core diameter 1.15
Conductor design 7-wire
Nominal outer diameter 8.9  mm
Conductor material Bare copper
Conductor count/size 4X2X23/7AWG
Optical degree of coverage of the stranded screening, overall screen 85
Wrapping over stranding Plastic film
Shielded

Core identification Colours
Shape of cable Round
Number of pairs 4
base material inner sheath shortname TPE
Outer sheath colour green
Stranding type Twisted-pair
Leading conductor cross-section AWG
Abbreviation shielding SF/UTP
Cable sheath RAL colour RAL 6018
With rodent protection

Conductor colour code PROFINET Colour code 4-pair
Type of overall screen Aluminium-laminated plastic foil, Tin-plated copper braiding
Number of cores 8
Nominal conductor cross-section (AWG) 23 AWG
Core insulation basic material Polyethylene foam
Basic material of outer sheath Polyvinylchloride
Basic material of inner sheath Thermoplastic elastomers
Including protective earth

Core insulation basic material, short form Foam-Skin PE
Number of wires 7
Basic material of outer sheath, short form PVC
Additional stranding element Cross separator
Product Characteristics
Flame-retardant

PWIS-free according to VDMA 24364-B2-L
For continuous flexing

Fast Connect (FC) cable

PROFINET® application Type C
Installation temperature min. -5
UV-resistant

Minimum bending radius in mm, fixed installation 35.6  mm
PWIS-free

Application area Flexible
max. conductor temperature, occasionally moved -5 °C to 50 °C max. conductor temperature:, to 75 °C max. conductor temperature: according to cULus CMX
Oil-resistant

Ethernet cable category Cat.6A
Minimum bending radius in mm, occasionally flexing 71.2  mm
Max. assembly temperature 50
Minimum bending radius, stationary 4 x outer diameter
Minimum bending radius, occasionally flexing 8 x outer diameter
Temperature, fixed installation -40 °C to +80 °C max. conductor temperature:
Flame retardance according to IEC 60332-1-2, UL VW-1
Oil resistance according to IEC 60811-404
UV-resistant according to UL sunlight resistant
Windable

Halogenfree

Certifications and Standards
DNV-certified

cUR recognized

CSA certified

TÜV certified

UL certification UL CMX according to UL 444 (e-file number: E236660)
Ecolab certified

cUL listed

UL listed

CE marked

cUL certification cUL CMX (75°C) according to CSA C22.2 No. 214 (e-file number: E236660)
UL recognized

VDE certified

EAC certification number ЕАЭС N RU Д-DE.АЮ64.В.00130/20
EAC-certified

Documentation
Notes
  • Photographs and graphics are not to scale and do not represent detailed images of the respective products.
  • Unless specified otherwise, the product values shown are rated values at room temperature. You can receive further values, such as tolerances, upon request if they are available and have been released for publication.
  • PROFINET® is a registered trademark of PNO (PROFIBUS user organisation).
Product Family List
All articles from ETHERLINE® PN Cat.6A FLEX FC
Article number Conductor count/size Copper index calc export Halogenfree Imp outer dia cable sheath nom Nominal outer diameter Weight
2170586 4X2X23/7AWG No 8.9 130 kg/km
2170587 4X2X23/7AWG Yes 8.9 130 kg/km
Lorem Ipsum Dolor

Lorem ipsum dolor sit amet consectetur. Facilisis elementum auctor amet lorem vitae.

Lorem Ipsum Dolor

Lorem ipsum dolor sit amet consectetur. Facilisis elementum auctor amet lorem vitae.

Lorem Ipsum Dolor

Lorem ipsum dolor sit amet consectetur. Facilisis elementum auctor amet lorem vitae.