GE IC695ETM001-EP single-slot Ethernet interface module

Description

GE IC695ETM001-EP typically connects RX3i PLCs to plant Ethernet networks where operators need reliable data sharing between controllers, HMIs, SCADA systems, and programming stations without dedicated gateways or PC-based servers. In discrete manufacturing lines, it links multiple PACSystems racks for coordinated motion and recipe synchronization, pushing production counts and status over Modbus TCP or EGD to enterprise dashboards. Water facilities use it to aggregate flow, level, and pump data from remote drops into centralized historians, while food processors rely on GE IC695ETM001-EP for traceability across fillers, ovens, and packaging where Ethernet downtime hits throughput directly. Engineers specify it for any mid-sized RX3i setup needing TCP/IP backbone beyond embedded CPU ports—freeing rack slots while enabling daisy-chained network topologies.

During peak shifts, GE IC695ETM001-EP is applicable in control systems bridging ladder logic outputs to OPC UA clients for MES integration or EtherNet/IP scanners driving third-party drives and safety relays. One port might handle Proficy programming and firmware pushes, the other feeding SRTP channels to legacy Series 90-30 peers still running critical conveyors. Maintenance teams hot-swap it mid-run via RX3i procedures, watching embedded LEDs flag LAN health or log overflows before faults cascade. In brownfield upgrades, GE IC695ETM001-EP reuses existing Cat5 infrastructure, converting serial-only PLCs to full Ethernet natives without recabling entire cabinets used in industrial automation.

GE IC695ETM001-EP is a single-slot Ethernet interface module for the PACSystems RX3i platform, providing two 10/100BaseTX RJ45 ports that connect the controller to TCP/IP networks for programming, data exchange, and inter-rack communication. It supports SRTP for GE protocols, Modbus TCP server/client, Ethernet Global Data (EGD) for peer-to-peer sharing, and SNMP for network management, with an embedded switch allowing daisy-chaining of nodes without external hubs. Powered solely from the RX3i universal backplane, GE IC695ETM001-EP occupies any I/O slot and exchanges reference data directly with the CPU over the PCI bus.

In RX3i architectures, GE IC695ETM001-EP extends embedded Ethernet on CPE CPUs with dedicated channels: one for plant SCADA, the other for service networks or redundancy prep. Proficy Machine Edition configures IP addressing (single/dual with failover), EGD exchanges, and SRTP connections identically to CPU ports, while a serial Station Manager port handles diagnostics at 1200-115200 bps. For integrators, it positions RX3i as network-flexible: hot-swappable, auto-sensing half/full duplex, and crossover detection simplify cabling in star or linear layouts.

GE IC695ETM001-EP runs a 200 MHz dedicated processor with 256 KB buffering, sustaining thousands of concurrent SRTP/EGD exchanges without scan impact—critical when CPUs juggle heavy I/O alongside network traffic. Dual ports auto-negotiate speed, duplex, and sense with IEEE 802.3 compliance, while LACP-capable redundancy keeps data flowing if one cable severs. Internal web server exposes SNMP counters and diagnostics for IT oversight, and recessed restart button reboots firmware sans power cycle.

Hardware targets rack endurance: IP20 enclosure fits ventilated chassis from 0-55°C (up to 70°C on -HT variants), with reverse-polarity protection on backplane feeds drawing under 1.5W. Front LEDs track module OK, LAN status, port activity/speed, and log fullness, while RS232 DCE serial aids low-level troubleshooting. Daisy-chain capability halves switch ports in linear drops, and single MAC/IP mode suits embedded subnets without complex VLANs.

Diagnostics shine for uptime: CPU-readable fault tables log overflows, bad packets, and link drops, with SNMP traps alerting managers proactively. GE IC695ETM001-EP firmware flashes field-upgradable via Proficy, preserving protocol sets across revisions. Operating on QNX-like RTOS, it rejects malformed packets and bounds connection counts to prevent DoS stalls. MTBF exceeds 300k hours in typical cabinets, with hot-swap support from CPU firmware 2.51+ ensuring zero-downtime swaps.

IC695ETM001 – Base Ethernet module family; GE IC695ETM001-EP revision adds firmware stability or protocol tweaks.

IC695CPE330 – RX3i CPU commonly paired with GE IC695ETM001-EP for dedicated plant/service Ethernet channels.

IC695CHS016 – 16-slot backplane hosting GE IC695ETM001-EP alongside CPUs and I/O.

IC695NIU001 – High-end network interface complementing GE IC695ETM001-EP in bandwidth-heavy racks.

IC695CRU320 – Redundant CPU using GE IC695ETM001-EP for mirrored EGD exchanges.

IC695PSA140 – Power supply feeding GE IC695ETM001-EP racks reliably.

IC695ACC112 – Ethernet crossover cables simplifying GE IC695ETM001-EP daisy-chains.

Panel designers seat GE IC695ETM001-EP mid-rack away from heat-heavy modules, routing Cat5e to segregated trays with ferrites on entries blocking VFD noise. Pre-assign static IPs or DHCP scopes avoiding CPU overlaps, testing ping/EGD roundtrips pre-load. Fuse backplane feeds indirectly via PSU, torque retainers firmly for vibration sites.

Quarterly patrols cycle port LEDs, force SNMP counters for collisions/drops, and reseat yearly against oxidation. Snapshot firmware versions rack-wide—mismatches stall EGD. Document IP tables, exchange IDs, and daisy-chain maps; GE IC695ETM001-EP hot-swaps seamlessly, but subnet clashes orphan nodes silently.