The ongoing shift toward decentralized automation driven by Industry 4.0 is placing increasingly high demands on electrical connectivity. Hybrid connectors are especially in demand because they combine multiple functions - typically power, signal, and data - into a single interface.
This makes them an ideal solution for modern, networked production systems built around compact, modular machines with decentralized intelligence.
Why choose CONEC hybrid connectors??
Using one connector instead of two or three reduces installation time, increases modularity, eliminates cable clutter, and lowers weight on the end device (e.g., motors). These are just some of the key advantages of the CONEC hybrid connector series.
With multiple sizes available (B12, B17, B23, B40), CONEC offers the right hybrid connector for virtually any power category—whether it’s for a small DC drive or a high‑performance servo motor.
The combination of overmolded cables, field‑attachable connectors, and seven different flange variants for front‑ or rear‑panel mounting provides machine builders with a highly flexible, modular system.
Technical Unique Selling Points
This makes them an ideal solution for modern, networked production systems built around compact, modular machines with decentralized intelligence.
Why choose CONEC hybrid connectors??
Using one connector instead of two or three reduces installation time, increases modularity, eliminates cable clutter, and lowers weight on the end device (e.g., motors). These are just some of the key advantages of the CONEC hybrid connector series.
With multiple sizes available (B12, B17, B23, B40), CONEC offers the right hybrid connector for virtually any power category—whether it’s for a small DC drive or a high‑performance servo motor.
The combination of overmolded cables, field‑attachable connectors, and seven different flange variants for front‑ or rear‑panel mounting provides machine builders with a highly flexible, modular system.
Technical Unique Selling Points
- Uniform, separately 360° shielded 4‑pole data element for Industrial Ethernet (Cat 5, AWG22) across all connector sizes—B12, B17, B23, and B40. The “core” remains identical; only the power section scales.
- Flexible use of the data insert: available as a blind module (power only) or as a 2‑pole insert for two‑wire bus protocols—without altering the base system.
- Exceptionally wide performance range within one consistent system: from small DC drives to servo drives with currents up to 64 A (B40), including multiple pole configurations (e.g., 4+PE, 3+PE+2, 6+PE).
- Quick‑lock bayonet coupling instead of a traditional threaded connection: a quarter turn is all it takes. No torque wrench required—yet still IP67 rated. This significantly reduces installation time, especially on multi‑axis systems.
- Locking is only possible when the connector is fully mated, reducing the risk of partially connected interfaces—an issue many standard circular hybrid connectors cannot prevent.
- Two‑stage coding system with color rings and multiple coding options per pole pattern to virtually eliminate mismating between different applications.
- Consistent size concept (B12–B40) with an identical data core simplifies platform development and series production, since the mechanical and electrical characteristics of the data element remain the same.
- Standards‑based design: the entire series is built according to IEC 61076‑2‑118, ensuring long‑term compatibility with emerging standardized hybrid connectors for decentralized automation.
- Significantly reduced cabling and installation effort, especially in decentralized wiring chains or daisy‑chain concepts.
- Space and weight savings on the drive; fewer cable routes and far less “cable clutter” inside machines and systems.
- Cost advantages through fewer components, shorter installation times, and simplified maintenance and diagnostics.
- Improved diagnostic capability thanks to clearly separated and easily accessible power and data paths within one system.
- Faster, more reliable, and error‑resistant installation on the machine (bayonet + coding) and lower failure risk, as incomplete mating is effectively prevented—an advantage many conventional hybrid circular connectors do not offer in this combination.
