TK811V050 3BSC950107R2 Plastic Optical Fiber (POF) Cable (Dedicated for Short-to-Medium Distance Industrial Data Transmission)
The TK811V050 3BSC950107R2 is an industrial-grade plastic optical fiber (POF) cable, engineered for stable data transmission in industrial control systems, instrumentation, and device-to-device short-to-medium distance communication. It features a high-purity polymethyl methacrylate (PMMA) POF core, supporting full-duplex data transmission with a maximum rate of 100Mbps and an extended transmission distance of up to 50 meters—double the range of standard short-haul POF cables. With inherent resistance to electromagnetic interference (EMI) and radio frequency interference (RFI), it avoids signal distortion in high-noise industrial environments (e.g., near motors, frequency converters). Compatible with ABB industrial control modules and mainstream POF connectors, it is widely used in scenarios like sensor signal transmission, PLC-to-HMI communication, and control cabinet internal device interconnection.
This POF cable adopts a robust "core-cladding-sheath" three-layer structure: the 1mm-diameter PMMA core ensures high light transmittance (≥92% at 650nm wavelength) for minimal signal attenuation; the fluoropolymer cladding provides effective light confinement to prevent crosstalk; the outer sheath is made of oil-resistant, flame-retardant PVC (compliant with UL94 V-0) to resist industrial oil contamination, mechanical abrasion, and high temperatures. It offers excellent flexibility with a minimum bending radius of 25mm (static), enabling easy routing in narrow control cabinet spaces or around equipment. Both ends can be pre-assembled with standard POF connectors (e.g., HFBR series, ST-type) for plug-and-play installation, eliminating on-site fiber termination errors. The cable operates stably within a temperature range of -20℃~+70℃, adapting to most indoor and semi-outdoor industrial environments, and its non-conductive nature eliminates electrical shock risks during installation and maintenance.
① Extended Transmission Distance: 50-meter range at 100Mbps, covering medium-distance industrial communication needs; ② Strong Anti-Interference: POF’s non-conductive nature eliminates EMI/RFI, ideal for high-noise sites; ③ Durable Design: Oil-resistant, flame-retardant sheath + abrasion-resistant core ensures long service life; ④ Easy Installation: Pre-assembled connectors + flexible structure simplify routing and deployment; ⑤ Safe Operation: Non-conductive material avoids electrical shock risks, enhancing maintenance safety.
① Industrial Control Systems: Short-to-medium distance communication between ABB PLC modules, DCS controllers, and remote I/O units; ② Smart Manufacturing: Sensor-to-controller signal transmission in automotive assembly lines, electronic component production lines; ③ Instrumentation: Data transmission for industrial weighing scales, temperature/humidity transmitters, and flow meters; ④ Control Cabinet Internal: Interconnection between HMI panels, frequency converters, and motor protection units; ⑤ Logistics & Automation: Communication for conveyor belt control modules, automated guided vehicle (AGV) navigation systems.
① Avoid excessive pulling or tension (maximum tensile force ≤80N) during installation to prevent core breakage; ② Do not bend the cable below the minimum bending radius (25mm static) to avoid permanent core deformation and signal attenuation; ③ Keep the fiber core clean—do not touch the core end with bare hands; use lint-free alcohol wipes to clean connectors before installation; ④ Avoid contact with strong corrosive liquids (e.g., concentrated acids, alkalis) as they may degrade the sheath and cladding; ⑤ Do not expose the cable to direct sunlight for long periods (use protective conduit if installed outdoors) to prevent sheath aging; ⑥ When terminating the cable on-site (if not pre-assembled), use dedicated POF cutting tools to ensure a flat core end—rough cuts will cause light loss
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