Bornier Beckhoff EK1521-0010 EtherCAT 1 port Jonction à fibre optique

Description

Designed for expanding EtherCAT network topologies over long distances, the Beckhoff EK1521-0010 enables direct coupling of EtherCAT junctions utilizing high-performance glass fiber media. This 1-port EtherCAT fiber-optic junction converts incoming Ethernet frames from standard copper-based E-bus signals to optical signals, providing absolute galvanic isolation and total immunity to electromagnetic interference (EMI) across extended industrial networks. Featuring a standard SC Duplex optical interface, it facilitates seamless connection to downstream optical nodes or couplers, maintaining precise synchronization and minimal latency across highly distributed control system architectures.

Features

• Extended Range Communication: Supports reliable data transmission up to 20,000 meters (20 km) between active EtherCAT stations.
• Single-Mode Fiber Optimization: Designed for standard 9/125 micrometer single-mode optical fibers to ensure low attenuation.
• High-Speed Throughput: Delivers a consistent 100 Mbit/s bidirectional baud rate utilizing the 100BASE-FX physical layer protocol.
• Ultra-Low Latency: Features a propagation delay of approximately 1 microsecond, preserving high-precision distributed clock timing.
• Plug-and-Play Integration: Requires no software configuration or manual addressing; automatically integrated via standard TwinCAT configurations.
• E-Bus Powered: Eliminates auxiliary field wiring by drawing operating power directly from the backplane E-bus.

Applications

• Wind Energy & Turbine Control: Connecting nacelle control systems to the ground tower across long vertical distances.
• Wastewater and Water Treatment: Linking geographically separated pumping stations to centralized PLC control rooms.
• Hazardous Areas (ATEX Zone 2): Safe deployment in explosive atmospheres where electrical spark isolation is critical.
• High-Voltage Substations: Eliminating ground loop currents and electrical noise in heavy power-generation environments.

Technical Specifications

Connections and Interfaces

Empirical Engineering Insights

Alternative Models & Compatibility: It is critical to differentiate the EK1521-0010 from the standard EK1521. The baseline EK1521 is optimized strictly for multi-mode fiber (50/125 or 62.5/125 micrometers) with a transmission limit of 2 km. In contrast, the EK1521-0010 is designed for single-mode fiber (9/125 micrometers) to bridge up to 20 km. You cannot directly interconnect an EK1521 with an EK1521-0010 over the same optical strand; the difference in fiber core diameters will lead to severe optical attenuation and immediate communication failure.

Application Pitfalls & Engineering Notes: Always observe the minimum bending radius specified by your optical fiber manufacturer. Tight bends in the routing duct within the control enclosure can induce micro-bending losses, causing unexplained packet drops and CRC errors in TwinCAT. In addition, when placing this terminal in high-vibration applications, ensure the adjacent terminals are properly locked together utilizing the integrated double slot and key connection to prevent intermittent E-bus contacts.

Commissioning & Wiring Tips: Unused SC Duplex ports must remain sealed with their protective dust caps at all times. Microscopic dust particles on the laser transceiver interface will compromise optical performance. During commissioning, leverage the TwinCAT System Manager to monitor the "Link Quality" or "Rx Power" attributes on the terminal's diagnostic register to quickly verify optical signal health before full production startup.

Installation Guidelines