IC200EBI001 Network Interface Cards GE VersaMax

Configured for high-throughput network interfacing in VersaMax I/O stations, the GE IC200EBI001 (IC200EBI001 Ethernet Network Coprocessor) provides direct physical/electrical execution.

Hardware Specifications

Ethernet Deterministic Networks and Firmware Flash Compatibility

The coprocessor routes incoming industrial Ethernet packets directly over backplane bus communication velocity pathways to peripheral sub-modules. The processing block stabilizes data loops during simultaneous execution sweeps, preventing transaction decay under localized high-density scaling configurations. Network physical transfers follow structured formatting rules defined within Profinet and EtherNet/IP deterministic networks, maintaining operational synchronicity across the backplane registers while preserving full system firmware flash compatibility with host microprocessor modules.

Frequently Asked Questions

Q: How is the IP address configuration stored and retained within the module?

A: The module configuration utilizes non-volatile internal registers to retain netmask, gateway, and dedicated host IP address variables. These parameters remain fixed during complete input power interruption cycles and do not require external battery arrays for retention.

Q: What structural backplane restrictions apply to the mounting location of this coprocessor?

A: The coprocessor hardware must occupy the designated network interface slot on the expansion receiver or network station carrier base, interlocking directly with the parallel bus traces adjacent to the primary auxiliary power module.

Q: Does this communications interface component support hot-swapping under load?

A: No. Seating or unseating the module while backplane power is active can cause transient logic disruptions across the local station nodes. Disconnect all system power links before modifying the physical module layout.

Field Installation Guidelines

• Chassis Alignment Steps: Secure the coprocessor housing vertically onto the matching station carrier section fixed to a 35 mm DIN-rail layout. Press downward until the structural plastic latches seat, verifying the rear metallic spring strip achieves low-impedance contact with the unpainted rail frame.
• Network Medium Requirements: Utilize high-grade shielded category 5 or higher twisted-pair Ethernet media featuring standard RJ45 terminations. Route data lines away from heavy AC conduction lines or variable speed frequency drives to inhibit high-frequency cross-talk.
• Ground Reference Consistency: Ground the outer metallic casing of the RJ45 data line at the central switch point. Ensure the panel backplate maintains single-point earth potential to block ground-loop noise induction from corrupting internal bus registers