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Product Model: IC694DSM324-AA
Product Brand: GE Fanuc / PACSystems
Product Series: Series 90-30 / RX3i Motion Control Family
Product Features:
• Multi-axis motion controller supporting up to four servo/stepper axes for coordinated motion.
• High-speed processing with block times under 5 ms and electronic CAM functions.
• Flexible control modes — Standard and Follower — with local high-speed logic options.
• Seamless integration with PACSystems RX3i and legacy Series 90-30 PLC racks.
Technical Specifications
| Specification | Description |
|---|---|
| Product Model | IC694DSM324-AA |
| Manufacturer | GE Fanuc / PACSystems |
| Module Type | Motion Controller Module |
| Supported Axes | 1–4 Motion Axes |
| Control Modes | Standard Mode, Follower Mode |
| Motion Program Storage | Non-volatile flash memory (10 programs, 40 subroutines) |
| Block Processing Time | < 5 ms |
| Analog Output Resolution | 13-bit |
| Communication Ports | 36-pin D-shell 24 V I/O, 36-pin D-shell 5 V I/O, RJ-45 COMM, FSSB |
| Power Draw | ~860 mA @ 5 VDC + encoder supply (~500 mA) |
| Mounting | Main, expansion, or remote rack/backplane |
| Compatible Platforms | PACSystems RX3i & Series 90-30 |
| Indicators | STATUS, OK, CONFIG, FSSB, Axis 1–4 LEDs |
| Operating Temp | 0 °C – 60 °C (industrial) |
- IC694DSM324-AA
Product Role & System Fit
In industrial automation, motion control is where digital logic meets real-world movement. The IC694DSM324-AA plays that role: a motion controller module designed to orchestrate multiple axes of servo or stepper motion within a programmable logic controller (PLC) environment. Placed into a Series 90-30 or PACSystems RX3i backplane, this module takes on calculation-intensive tasks that would otherwise burden the main CPU, such as trajectory planning, feedback processing, and synchronized axis coordination.
Unlike generic I/O modules that simply read bits and write bits, the IC694DSM324-AA integrates motion logic capable of real-time control loops. On installation, it becomes the local motion “brain,” offloading the central processor so ladder logic or structured text programs can focus on broader system tasks like sequencing, alarms, and communication. For engineers working with integrated PLC and motion systems, this modular approach means the motion control component can be upgraded independently of logic control hardware, reducing risk and upgrade costs.
A key aspect of this module’s system fit is its multi-platform compatibility. It works across legacy Series 90-30 backplanes and newer PACSystems RX3i architectures, which is invaluable for plants with phased migration strategies. You can reuse existing racks and power supplies, insert this motion module into expansion or remote racks, and maintain continuity with existing control programs while adding precise motion capability.
From a networking standpoint, IC694DSM324-AA doesn’t isolate itself. It communicates via front-panel connectors supporting high-speed digital signals, dedicated encoder feeds, and FSSB (Fiber Serial System Bus) for amplified feedback — enabling it to work reliably within distributed control systems where HMIs, SCADA, and field networks coexist.
