GE IC693 Series Modules - IC693DSM314

Technical Dossier

Product Details And Specifications

GE IC693 (Series 90-30) Series Technical Notes

The Evolution of IC693 Architecture

The IC693 platform was introduced by GE Fanuc Automation in 1988 as a successor to the Series Six and Series Five PLC families. The original CPU module, the IC693CPU311, offered 6 KB of user memory and supported ladder diagram programming via the Logicmaster 90-30 software package running on DOS. By 1993, GE Fanuc released the IC693CPU341 with expanded floating-point math capability and peer-to-peer communications, targeting continuous process applications.

The mid-cycle refresh in 1997 introduced the IC693CPU351 and IC693CPU360, which added Ethernet TCP/IP capability natively and supported the Windows-based Proficy Machine Edition (PME) programming environment. These models also introduced the Genius Bus Controller integration, enabling the IC693 to serve as a head-end controller for distributed I/O networks across large plant footprints.

Compatibility note: IC693 modules are not electrically or mechanically interchangeable with IC695 (RX3i) modules. Baseplates, power supplies, and CPU modules are series-specific. Mixed-series configurations require the IC693CMM321 or IC695CMM004 communication bridge modules.

IC693 Full Catalog & Functionalities (SKU List)

CPU Modules

• IC693CPU311: 6 KB user memory, Series 90-30 base CPU, Logicmaster 90 compatible
• IC693CPU313: 12 KB user memory, enhanced scan performance, ladder/IL programming
• IC693CPU321: 32 KB user memory, floating-point math, expanded I/O addressing
• IC693CPU331: 80 KB user memory, high-speed interrupt inputs, PME compatible
• IC693CPU341: 240 KB user memory, peer-to-peer comms, process control blocks
• IC693CPU351: 512 KB user memory, built-in Ethernet port, PME/Logicmaster dual support
• IC693CPU360: 240 KB user memory, embedded Ethernet, cost-optimized mid-range CPU
• IC693CPU374: 10 MB user memory, motion coordination support, redundancy-ready

Motion Control Modules

• IC693DSM314: 4-axis digital servo motion controller, position/velocity/torque modes, SERCOS interface
• IC693DSM324: 4-axis analog servo motion controller, ±10 V command output, encoder feedback

Discrete Input Modules

• IC693MDL230: 8-point 120 VAC discrete input, isolated, DIN rail mount compatible
• IC693MDL240: 16-point 120 VAC discrete input, standard density, screw terminal
• IC693MDL260: 32-point 24 VDC discrete input, high-density, grouped commons

Discrete Output Modules

• IC693MDL310: 8-point relay output, 2 A per point, Form C contacts, 250 VAC rated
• IC693MDL340: 16-point 120 VAC triac output, 0.5 A per point, isolated outputs
• IC693MDL390: 32-point 24 VDC transistor output, sourcing, 0.5 A per point

Analog I/O Modules

• IC693ALG220: 4-channel analog input, 4–20 mA / 0–10 V selectable, 12-bit resolution
• IC693ALG390: 4-channel analog output, 4–20 mA / 0–10 V, 12-bit DAC
• IC693ALG442: 8-channel analog input, 16-bit resolution, thermocouple/RTD compatible

Communications Modules

• IC693CMM311: Serial communications module, RS-232/RS-485, SNP/SNPX protocol
• IC693CMM321: Genius Bus Controller, interfaces IC693 backplane to Genius I/O network
• IC693PBS301: PROFIBUS-DP slave adapter, 12 Mbit/s, GSD file configurable

Power Supply Modules

• IC693PWR321: 120/240 VAC input power supply, 30 W output, standard baseplate
• IC693PWR330: 24 VDC input power supply, 30 W, battery-backed RAM support

Quality Control for the IC693 Range

IC693 modules present specific test challenges due to their parallel backplane bus architecture and the age-related degradation patterns common in CMOS-based logic from the 1990s. DriveKNMS applies the following test protocol to all IC693 modules prior to shipment:

• Backplane bus integrity test: Each module is seated in a live IC693 baseplate and scanned for bus contention errors, address conflicts, and communication timeouts using a reference CPU at known firmware revision.
• Power rail verification: +5 VDC, +24 VDC, and −15 VDC rails are measured under load using a calibrated bench supply to confirm power supply modules meet GE specification tolerances (±2%).
• I/O point functional test: All discrete and analog I/O points are exercised through their full operating range. Analog modules are calibrated against a NIST-traceable reference standard.
• Motion controller validation (DSM314/DSM324): Axis configuration, encoder feedback loop, and servo command output are verified using a hardware-in-the-loop test fixture simulating a 4-axis servo drive network.
• Burn-in cycle: Modules are powered continuously for 48 hours at 40°C ambient to screen for early-life failures in electrolytic capacitors and SRAM components.
• Firmware revision documentation: CPU and communications modules are shipped with a documented firmware version label to prevent revision mismatch issues during installation.