en.Wedoany.com Reported - Circular connector manufacturer binder has launched a new B23 hybrid connector series for industrial automation, integrating power supply and shielded data transmission into a compact connector while supporting Ethernet transmission rates of up to 100 Mbit/s.
The B23 series is designed for single-cable automation architectures in decentralized industrial systems, enabling simultaneous power and data transmission via a single cable to meet the demands of applications such as robotics, modular manufacturing systems, and servo drives for simplified wiring, reduced installation complexity, and higher communication performance.
This connector system integrates high-power transmission and reliable industrial communication into a single interface, reducing wiring requirements and minimizing the risk of installation errors. The B23 connector supports robotics and modular machine concepts in flexible manufacturing environments, as well as decentralized automation platforms.
Key features of the B23 connector include: combination of high power density with reliable data communication; single-cable automation for power and data transmission; power transmission rated up to 630V, 28A; data transmission via Cat5-compliant shielded Ethernet/EtherCAT at rates up to 100 Mbit/s; bayonet quick-locking system for fast installation; screw-clamp termination technology for easy field assembly; compliance with IEC 61076-2-118 for manufacturer-independent compatibility.
The B23 series integrates high-current transmission, compact dimensions, and field-connectable assembly into a single platform, with screw-clamp termination technology specifically designed for on-site installation without the need for specialized crimping tools. binder offers field-connectable solutions and panel-mount versions for device integration, with other variants including single-wire termination and through-hole technology contact configurations to accommodate different installation requirements.
This connector series is suitable for applications such as drive systems, servo motors, decentralized machine control platforms, robotics, and modular production equipment. Typical application areas include drive technology, servo motors, decentralized automation systems, modular machine and plant concepts, as well as robotics and flexible manufacturing systems.
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