Connector Technology
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. The two-stage coding system
with color rings and multiple coding options per pole pattern virtually eliminates mismating between
different applications.
The standard-based design of the entire series is built according to IEC 61076‑2‑118, ensuring long‑term compatibility with emerging standardized hybrid connectors for decentralized automation. ▪ ds
System Design and Standardization
The 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.The standard-based design of the entire series is built according to IEC 61076‑2‑118, ensuring long‑term compatibility with emerging standardized hybrid connectors for decentralized automation. ▪ ds
Application Benefits at a Glance
- 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.
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