LiYCY-TP Shielded Twisted Pair Cable

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LiYCY-TP Shielded Twisted Pair Cable

Superior Signal Integrity

  • Dual shielding: Aluminum foil + tinned copper braid
  • <0.5% crosstalk | 100MHz+ bandwidth for precision data

 

Industrial Noise Immunity

  • 360° EMI/RFI shielding (98% efficiency)
  • Twisted pair design cancels electromagnetic interference
  • UV-resistant PVC jacket (IP68 when glanded)

 

Extreme Environment Ready

  • -40°C to +80°C (-40°F to +176°F) operation
  • Resists oils, acids, and abrasion (EN 50382-3 compliant)

 

Plug-and-Play Flexibility

  • 0.75mm² to 2.5mm² conductor options
  • 600V rated | 5000+ bend cycles tested

 

Global Compliance

  • CE, RoHS, REACH, UL/CSA (on request)
  • Meets EN 50288 & IEC 61158-2 standards

 

Mission-Critical Applications

  • Industrial Ethernet (PROFINET/EtherCAT)
  • Building Automation Networks
  • Railway Signaling Systems
  • Robotic Sensor Arrays

 

Custom-Built for Your Project

  • Cut-to-length (1m–500m)
  • Color-coded pairs + laser printing
  • Armored version available

 

Reliable Supply Chain

  • ISO 9001 & IRIS certified factories
  • 48h rapid prototyping
  • FCA/EXW/DDP terms

Spezifikationen

Dirigenten

Oxygen-Free Twisted Copper Pair

Material: 99.95% electrolytic copper with Sn/Cu coating

Stranding: 0.12mm precision strands (2×24 AWG)

Twist Rate: 4 twists/cm (EN 50288-7 compliant)

Key Advantage:

18% lower signal attenuation vs. standard UTP
50μΩ/cm max. loop resistance (IEC 61156-1 tested)

Abscheider

Oxygen-Free Twisted Copper Pair

Material: 99.95% electrolytic copper with Sn/Cu coating

Stranding: 0.12mm precision strands (2×24 AWG)

Twist Rate: 4 twists/cm (EN 50288-7 compliant)

Key Advantage:

18% lower signal attenuation vs. standard UTP
50μΩ/cm max. loop resistance (IEC 61156-1 tested)

Nennspannung

Oxygen-Free Twisted Copper Pair

Material: 99.95% electrolytic copper with Sn/Cu coating

Stranding: 0.12mm precision strands (2×24 AWG)

Twist Rate: 4 twists/cm (EN 50288-7 compliant)

Key Advantage:

18% lower signal attenuation vs. standard UTP
50μΩ/cm max. loop resistance (IEC 61156-1 tested)

Isolierung & Mantel Werkstoffe

Armored for Industrial Abuse

Conductor Insulation: Foam-skin PE (0.8mm thickness)

Inner Sheath: FRPVC with UV stabilizers

Outer Jacket: Heavy-duty PVC (IP69K when sealed)

Key Advantage:

200kg tensile strength (ISO 6722 Class 5)
Chemical resistance to oils/alkalis (ISO 1817)

Widerstandseigenschaften

Precision Signal Transmission

Parameter Value Test Standard
Characteristic Impedance 120Ω ±10% @100MHz IEC 61156-1
DC Loop Resistance ≤57Ω/km EN 50288-7
Insulation Resistance ≥5000MΩ·km (500V DC) IEC 60811-1

Temperaturbereich

Precision Signal Transmission

Parameter Value Test Standard
Characteristic Impedance 120Ω ±10% @100MHz IEC 61156-1
DC Loop Resistance ≤57Ω/km EN 50288-7
Insulation Resistance ≥5000MΩ·km (500V DC) IEC 60811-1

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Kundenspezifische Kabelbaumlösungen

Kundenspezifische Lösungen für Kabelbäume - Tabelle der Kabelspezifikationen Leiter Isolierung Maximaler Widerstand (Ω/km, 20°C) Durchschlagfestigkeit (VAC, 1min) Größe (AWG): Kundenspezifisch (40-4/0) Material: Silikon, PVC, TPE, XLPE,

Kfz-Standard-Kabelbaum

Automobil-Standard-Kabelbaum Spezifikationen Leiter Isolierung Maximaler Widerstand (Ω/km, 20°C) Durchschlagsfestigkeit (VAC, 1min) Größe (AWG): 8-20 Material: XLPE Konstruktion: Dicke: 0,6-1,0mm 133/0,3mm (8AWG) Außendurchmesser: 4,5-8,2mm ≤2,1 (8AWG)

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