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Phone: +86 16626708626Description
Product Model: IC693APU302N
Product Brand: GE Fanuc / GE Automation
Product Series: IC693 PLC CPU Modules
Product Features:
- Deterministic PLC CPU with high-speed scan and robust task handling
- Supports extensive I/O and communication options for flexible system design
- Compatible with IC693 series I/O racks and legacy systems
- Reliable industrial-grade performance with built-in diagnostics
Technical Specifications Table
| Specification | Detail |
|---|---|
| Model | IC693APU302N |
| Module Type | PLC Central Processing Unit |
| Scan Time | Approx. 1.2 ms per 1k instructions (typical) |
| User Memory | Configurable program and data storage |
| Supported I/O | IC693 digital/analog/communication modules |
| Communications | Backplane, optional network modules |
| Program Languages | Ladder, Function Block, Structured Text |
| Operating Temp | 0–55 °C |
| Storage Temp | -25–85 °C |
| Power Supply | 5 V DC via backplane |
| Diagnostics | Status LEDs, error flags |
| Dimensions | Standard IC693 CPU size |
| Weight | ~0.3 kg |
- IC693APU302N
Technical Features & Benefits
The IC693APU302N is designed to offer reliable performance and flexibility for a wide range of automation tasks. At its core, the module features a deterministic processing engine that ensures predictable scan times—even under complex logic loads. This deterministic behavior is essential for processes where timing affects throughput or safety, such as synchronized conveyor systems or interlocked machine cells.
One of the CPU’s strengths is its memory footprint and task management capability. With ample user program space and data retention, engineers can structure control logic efficiently, using subroutines, loops, and conditional branches without fearing memory exhaustion. For applications requiring data logging or recipe storage, this available space becomes a practical advantage.
Integration is also a highlight. The IC693APU302N interfaces seamlessly with digital and analog I/O modules, motion cards, and communication interfaces. Fieldbus connections and network modules expand its reach, allowing distributed I/O and remote control nodes. This extensibility supports growing automation needs without necessitating a complete controller redesign.
Industrial environments demand robustness, and this CPU meets those expectations. It tolerates temperature variations, vibration, and electrical noise common on factory floors. Engineers often remark on its ability to recover gracefully from transient faults due to built-in watchdog timers and stack protection mechanisms. Diagnostic indicators provide real-time insights into CPU health, reducing time-to-resolution during troubleshooting.
Another practical benefit is compatibility with GE’s programming and configuration tools. Engineers familiar with IC693 hardware can transition quickly to the IC693APU302N, using the same software environment and libraries. This continuity accelerates commissioning and reduces training overhead.
Finally, the module’s support for multiple communication protocols ensures that it can participate in broader automation architectures. Whether connecting to SCADA systems, HMIs, or enterprise analytics platforms, the CPU serves as a reliable node that disseminates control and diagnostic data across the network.
