binder Introduces B23 Hybrid Connector for Automation

binder has launched the B23 hybrid connector series for industrial automation applications, combining power supply and shielded Ethernet communication within a single compact interface. The connector is designed to support One Cable Automation architectures in decentralized industrial systems, enabling simultaneous power and data transmission through one cable connection.

The B23 series addresses increasing demand for simplified cabling, reduced installation complexity, and higher communication performance in industrial automation environments such as robotics, modular manufacturing systems, and servo drive applications.

Hybrid connectivity for decentralized automation
Industrial automation systems are increasingly shifting toward decentralized machine architectures in which control functions are distributed closer to field devices instead of centralized inside electrical cabinets. This approach requires compact and rugged connector systems capable of supporting both high-power transmission and reliable industrial communication.

The B23 connector integrates these functions into a single interface, reducing cabling requirements and minimizing potential installation errors. Hybrid connector architectures are particularly relevant in servo motor and drive technology, where separate power and communication cables have traditionally increased system complexity and installation effort.

According to binder, the connector is intended to support modular machine concepts and decentralized automation platforms commonly used in robotics and flexible manufacturing environments.

Combined power and Ethernet transmission
The B23 connector supports power transmission up to 28 A at voltages up to 630 V while simultaneously enabling shielded Ethernet and EtherCAT communication according to Cat5 specifications with transmission rates up to 100 Mbit/s.

The integration of power and industrial communication within a single connector is increasingly important in automation systems requiring synchronized motion control, real-time communication, and reduced physical infrastructure. One Cable Automation approaches are becoming more common across industrial equipment designs seeking to reduce system footprint and installation time.

The connector also incorporates a bayonet quick-locking system intended to accelerate installation and improve connection reliability in industrial operating conditions.

Field assembly and EMC optimization
binder stated that the B23 was developed to combine high current transmission, compact dimensions, and field-attachable assembly within a single connector platform. The system uses screw clamp termination technology designed for field installation without requiring specialized crimping tools.

Simplified field assembly is increasingly important in industrial automation environments where maintenance efficiency and rapid equipment deployment directly affect operational uptime and digital supply chain continuity.

The company also indicated that development focused on maintaining stable electromagnetic compatibility performance while supporting simultaneous high-power and data transmission in confined installation spaces. EMC optimization is critical in industrial Ethernet systems where electrical interference can affect communication reliability and motion control synchronization.

Standardization and industrial integration
The B23 series complies with IEC 61076-2-118 standards, supporting manufacturer-independent compatibility within industrial automation infrastructure.

binder offers the connector both as a field-attachable solution and as a panel-mount version for device integration. Additional variants include single-wire termination and through-hole technology contact configurations for different installation requirements.

The connector family is intended for applications including drive systems, servo motors, decentralized machine control platforms, robotics, and modular production equipment.

Expanding role of hybrid connectors in automation
Hybrid industrial connectors are increasingly being adopted as manufacturers seek to simplify machine design, reduce cabinet space requirements, and improve modularity within industrial automation systems.

Compared with conventional multi-cable architectures, integrated power-and-data connectors can reduce installation complexity while improving flexibility for scalable automation infrastructure. These systems are particularly relevant in modern manufacturing environments emphasizing decentralized intelligence, distributed motion control, and fast reconfiguration capability.

binder stated that the B23 connector series is intended to support the broader expansion of One Cable Automation concepts across future industrial automation platforms.

Edited by Natania Lyngdoh, Induportals Editor, with AI assistance.

www.binder-connector.com