EL6930 Beckhoff
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MPN: EL6930-0000
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The Beckhoff EL6930, part of the EL EtherCAT Terminals series, is a safety communication device designed for TwinSAFE logic terminal functionality. It features a typical current consumption of 100 mA, IP20 protection, and measures 12mm x 100mm x 68mm. This DIN rail-mounted terminal supports EtherCAT fieldbus.
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Product Description:
EL EtherCAT Terminals series include EL6930 in the I/O product group and offers direct coupling to other distributed control systems for simplified management of the product. This specification helps to designate the variant in the safety product subgroup to secure dedicated safeguarding of critical processes by means of function blocks that are certified. It represents Safety Communication terminal type for exchange of secure Boolean signals for enforcement of safe operations with minimum configuration.
A typical current consumption of 100 mA reduces power draw for lower energy costs throughout extended runtimes. Module’s dimensions of 12 mm × 100 mm × 68 mm ensure a slim footprint that maximizes cabinet space for additional modules. Weighing around 60 gram minimizes load on DIN rails which simplifies mechanical support requirements. The operating temperature range of 0…55 °C maintains reliable performance in standard industrial environments. An IP20 protection class further protects the terminal against accidental finger contact that meets basic safety standards. DIN rail mounting provides rapid installation and removal which accelerates maintenance tasks.
A bus terminal with direct connection enables tool-free wiring that cuts assembly time. The EL6930 from Beckhoff integrates a TwinSAFE logic terminal option that performs local safety logic without extra controllers. It also communicates over EtherCAT fieldbus for live monitoring of data exchange in complex automation networks. Status LEDs deliver instant diagnostics with speed fault finding during commissioning. The gadget achieves a cycle time of approximately 500 µs that accelerates safety update rates for tight control loops. Moreover, a fault response time ensures parameterizable rapid safety intervention.