Schneider Electric’s ME4U07AAA is a key interface card for the Modicon Quantum automation platform. It enables high-speed communication between the CPU and specialized I/O modules. Consequently, this card ensures precise and timely data processing for complex control tasks.
This module operates as a critical bridge within the Quantum backplane architecture. Moreover, it supports the integration of demanding applications requiring fast scan times. Its robust design consistently delivers the performance needed for advanced industrial automation.
Core Technical Architecture and Specifications
The ME4U07AAA card is engineered to enhance your Quantum system’s data handling capacity. It directly connects to the main rack, providing an optimized data pathway. Therefore, you achieve lower latency and greater reliability in your critical control loops.
The card features a dedicated high-speed interface to manage rapid I/O updates. This design is essential for motion control or high-speed counting applications. Additionally, its construction ensures long-term stability in challenging industrial environments.
Detailed Technical Parameters
Below is a comprehensive table outlining the precise specifications of the ME4U07AAA interface card.
| Feature | Specification |
|---|---|
| Manufacturer | Schneider Electric |
| Product Series | Modicon Quantum |
| Model Number | ME4U07AAA |
| Product Type | High-Speed Interface Card / Communication Card |
| Compatibility | Modicon Quantum 140 Series PLC Racks |
| Primary Function | Provides high-speed interfacing for specialized I/O modules |
| Backplane Communication | Quantum proprietary high-speed bus |
| Typical Use Case | Linking to fast analog, discrete, or counter modules |
| Form Factor | Standard Quantum single-slot module |
| Operating Environment | Designed for industrial temperature and humidity ranges |
System Integration and Application Benefits
Integrating the ME4U07AAA expands the capabilities of your 140CPU** processor. This setup allows for the direct connection of modules like the RMS-TSG-TZ-C static trip unit or other high-performance I/O. As a result, you can build a more responsive and distributed control system.
Using this interface card simplifies system architecture for advanced functions. It eliminates potential bottlenecks in data acquisition from critical field devices. Ultimately, this leads to improved process accuracy and overall equipment effectiveness (OEE).
Details
| Weight | 0.91 kg |
|---|---|
| Dimensions | 110 × 55 × 90 mm |

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