The GE Fanuc IC693MDL930 is an 8-point isolated relay output module for Series 90-30 and RX3i PLCs. It provides eight independent N.O. contacts rated at 4A each, supporting both AC and DC field voltages. This module is engineered for high-current switching of motor starters and solenoids with superior channel-to-channel isolation.
The GE Fanuc IC693MDL930 acts as a high-capacity discrete output solution for the Series 90-30 Programmable Logic Controller (PLC) platform, providing reliable switching for diverse industrial loads. This module integrates eight independent, normally open (Form A) relay circuits that offer complete electrical isolation between channels. By employing individual isolation, the module allows engineers to control multiple circuits operating at different voltage levels and phases through a single hardware interface. This flexibility significantly simplifies the wiring of complex control panels while reducing the need for interposing relays.
The hardware excels in managing various field devices, including heavy-duty motor starters, solenoid valves, and status indicators. Because each relay contact supports a robust 4-amp resistive load, the module handles substantial power requirements without compromising the integrity of the PLC backplane. Furthermore, the IC693MDL930 maintains high safety standards by providing 1500V isolation between the field-side wiring and the sensitive logic-side electronics. To assist with rapid troubleshooting and system diagnostics, the module features front-facing LED indicators that display the real-time ON/OFF status of every individual output point.
Designed for long-term durability in rugged industrial environments, the module operates efficiently within a temperature range of 0°C to 60°C. It draws minimal current from the backplane bus, utilizing only 6 mA from the 5V supply and 70 mA from the 24V relay power bus. Since the module is compatible with both legacy Series 90-30 systems and modern Emerson PACSystems RX3i architectures, it serves as an ideal component for both system expansions and direct hardware replacements. This cross-platform compatibility ensures that facilities can modernize their control infrastructure without a complete overhaul of their existing I/O modules.
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