ABB TK811V015 3BSC950107R1 Duplex Plastic Optical Fiber (POF) Cable (Dedicated for Industrial Data Transmission)
ABB TK811V015 3BSC950107R1 is an industrial-grade duplex plastic optical fiber (POF) cable. It uses a high-purity POF core, supports full-duplex data transmission with a rate of up to 100Mbps and a maximum transmission distance of 50 meters. With electromagnetic interference resistance and chemical corrosion resistance, it meets the short-distance high-speed communication requirements of ABB industrial control systems and is widely used in scenarios such as inter-device signal interconnection and sensor data transmission.
It adopts a duplex structure design, containing 2 independent POF cores to enable simultaneous two-way data transmission. The outer layer of the core is covered with a flame-retardant PVC sheath, which complies with the UL94 V-0 flame-retardant standard to enhance safety in industrial scenarios. It has good flexibility, with a minimum bending radius of 20mm, facilitating wiring in narrow spaces. The operating temperature range is -20℃~+70℃, adapting to high and low-temperature industrial environments. Both ends can be pre-fitted with standard POF connectors (e.g., HFBR series) for plug-and-play use, reducing on-site wiring errors and ensuring the stability and reliability of data transmission.
① Strong Interference Resistance: POF structure provides complete resistance to electromagnetic interference, suitable for industrial environments with strong electromagnetic fields; ② Convenient Wiring: Good flexibility and small bending radius, adapting to complex installation spaces; ③ Safe & Flame-Retardant: UL94 V-0 flame-retardant sheath reduces fire risks; ④ Plug-and-Play: Pre-fitted standard connectors reduce on-site commissioning time; ⑤ Stable Transmission: High-purity core + full-duplex design ensures stable data transmission within 50 meters at 100Mbps.
① Industrial Control Systems: Short-distance data interconnection between ABB PLC and DCS equipment; ② Smart Manufacturing: Signal transmission between production line sensors and controllers; ③ Transportation Sector: Communication of on-board equipment (e.g., monitoring, control modules) in rail vehicles; ④ Energy Industry: Local data interaction of photovoltaic inverters and energy storage equipment; ⑤ Medical Equipment: Low-interference signal transmission for industrial-grade medical instruments (non-direct human-contact scenarios).
① Avoid excessive pulling of the cable during installation to prevent core breakage; ② Do not bend the cable below the minimum bending radius (20mm) to avoid signal attenuation; ③ Align the connector with the interface during plugging/unplugging, and avoid violent operation to prevent pin damage; ④ Avoid contact with strong corrosive liquids (e.g., acid-base solutions) to prevent sheath aging; ⑤ For long-term use, regularly check the sheath integrity and connector contact status to ensure normal transmission