PLCs, Power Supplies & Others

The Schneider TSXP5730 operates as a powerful standalone processor for the Modicon TSX 57 automation series. Unlike dedicated protection devices such as the RMS-TSG-TZ-C Static Trip Unit from Sie-mens, this module focuses on high-speed logic execution and communication. It serves as the central brain for medium to large-scale industrial control systems. Engineers can rely on its robust processing capabilities to manage complex machinery and production lines efficiently. This processor truly exemplifies Schneider Electric’s leadership in reliable and scalable automation solutions.

Key Technical Specifications

We design the TSXP5730 to deliver exceptional performance with substantial memory and I/O capacity. The following table outlines its core technical parameters for precise system integration.

Advanced Processing for Complex Applications

The core strength of the TSXP5730 lies in its rapid execution speed and substantial memory allocation. It processes Boolean instructions in just 0.1 µs, ensuring deterministic control for time-critical applications. Additionally, the 48K words of RAM provide ample space for complex programs and data tables. Consequently, this processor handles tasks like motion coordination, batch processing, and high-speed packaging with ease. The module truly delivers the performance required for demanding industrial environments.

Dual Network Communication for Distributed Control

A standout feature of the TSXP5730 is its dual FIPWAY network connections. These two ports enable seamless communication with remote I/O racks and other controllers across the plant floor. Therefore, you can distribute intelligence throughout your facility while maintaining centralized program execution. This architecture significantly reduces wiring costs and simplifies system expansions. The V2 firmware also ensures compatibility with the latest network devices and diagnostic tools.

Flexible I/O Handling and Programming Environment

The processor supports a maximum of 1024 I/O channels, offering tremendous flexibility for system design. You can mix local modules in the same rack with remote drops connected via FIPWAY. Furthermore, the PL7 Junior software provides an intuitive environment for ladder logic, structured text, and function block programming. This combination of hardware capacity and software usability accelerates development and simplifies maintenance tasks throughout the machine lifecycle.

Power Management and Data Retention

We engineered the TSXP5730 with robust power management features for industrial reliability. It draws 900 mA from the 5 VDC backplane supply, a reasonable load for its processing capability. The internal lithium battery automatically preserves program memory during power outages for up to three years. This energy storage ensures your application remains intact through extended shutdowns without requiring reprogramming. Such thoughtful engineering underscores the reliability you can expect from this processor module.

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