| Highlight: | 28AWG Industrial Communication Cable,Foil+Braid Shield RS485/RS232 Cable,120Ω Data Transmission Cable |
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28AWG • 2–25 Pairs • Foil + Braid Shield • PVC Jacket • 120Ω
High-EMI Resistant Multi-Pair Data Cables for Industrial Automation & Serial Communication
Available Models:
73102 (2PR) · 73103 (3PR) · 73104 (4PR) · 73105 (5PR) · 73106 (8PR) · 73112 (12.5PR) · 73118 (18PR) · 73125 (25PR)
ZION COMMUNICATION’s RS485/RS232 Foil+Braid Shield Series is engineered for industrial-grade data transmission, offering excellent EMI/RFI protection, low signal loss, and high reliability in harsh electrical environments.
Using 28AWG stranded tinned copper conductors, Foam PE insulation, and double shielding (Aluminum Foil + Tinned Copper Braid), this series delivers 120Ω impedance, low capacitance, and stable differential signaling for RS485/RS422/RS232 communication systems.
Double Shielded Structure:
Aluminum Foil (100% coverage) + Tinned Copper Braid → superior EMI resistance, ideal for heavy industrial sites.
28AWG stranded tinned copper conductors ensure flexibility and strong signal integrity.
Foam PE insulation provides low capacitance for long-distance, high-speed communication.
120Ω characteristic impedance optimized for RS485/RS422/RS232 protocols.
Excellent crosstalk suppression for multi-pair high-density installations.
Durable PVC jacket, flame-retardant and suitable for indoor industrial environments.
Wide model range: 2–25 pairs for flexible system design.
Operating temperature: –20°C ~ +60°C.
Ideal for environments with motors, VFDs, inverters, relays, and switching power supplies.
RS485 / RS232 serial data transmission
PLC & DCS communication networks
Industrial automation and motion control
Factory instrumentation and monitoring systems
BMS / HVAC / Smart Building communication
Access control, security, alarm systems
Long-distance multi-pair control/monitoring cables
EMI-sensitive or electrically noisy industrial environments
* Capacitance varies slightly depending on pair count.
All models use identical materials and electrical design; outer diameter increases with pair count.