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FANC-110SBH Series FA Network Cables

The FANC-110SBH Series is a cutting-edge range of FA network cables designed to meet the stringent requirements of CC-Link Ver.1.10 compliant equipment. Engineered for reliability and efficiency, these cables are tailored to form robust networks with minimal restrictions on cable connections. The FANC-110SBH Series, including the standard cable and its power pair, PW110BH, are certified to comply with the UL/cUL AWM requirements, ensuring they meet the highest industry standards.

Key Features and Benefits

• Double shielded design for enhanced signal integrity and noise immunity
• 10Mbps transmission rate, ensuring high-speed data transfer
• Compliance with RS-485 standards for reliable communication
• Available in a variety of types to cater to diverse application requirements

With a 100m minimum order quantity (MOQ), the FANC-110SBH Series offers flexibility for various projects. Cutting lengths under 100m or custom orders should be confirmed with the manufacturer. The FANC-110SBZ-5 cable, a movable type variant, offers a transmission distance that is 50% of its standard counterpart, making it ideal for applications where reduced distance is necessary. The power pair, PW110SBH, is designed for voltage levels below 100V, making it suitable for applications such as DC24V power supply for remote I/O.

Technical Specifications and Applications

The FANC-110SBH Series is constructed with 20AWG × 3 conductors, featuring PEF insulation for durability. The cable is double shielded with an aluminum/polyester laminate tape and tin-coated annealed copper braid, ensuring excellent protection against electromagnetic interference. The sheath is oil and heat resistant PVC mat type, providing a robust outer layer. The cable is suitable for fixed wiring applications and meets the UL AWM Style 2464 and CSA C22.2 No.210 standards. With a temperature rating of 75°C, the FANC-110SBH Series is built to withstand challenging environments. Its specifications, including conductor resistance, characteristic impedance, and attenuation, are designed to ensure optimal performance in a wide range of industrial settings.