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Description：

The Schneider Electric TSXP574634M is an advanced PLC module within the TSX Micro PLCs lineup. It demonstrates adaptability with its capacity for either eight racks with twelve slots each or sixteen racks featuring configurations of four, six, or eight slots. This flexibility makes it suitable for applications requiring extensive control and solutions.

This model consumes 1880 mA at a 5 V DC input. Three LEDs provide local indication of the device's operational status: a green RUN LED for normal operations, a red ERR LED indicating processor or system faults, and another red I/O LED for module or configuration errors, ensuring users have instant feedback on system health.

Regarding processing speed, the TSXP574634M exhibits a fast task overhead of merely 0.08 ms and a master task time of 1 ms. Its execution for boolean operations runs between 0.039 to 0.057 microseconds without a PCMCIA card, while floating-point operations have a timeframe of 0.55 to 0.63 microseconds, showcasing impressive performance.

Specification：

Frequently asked questions

Q1: What is the Schneider TSXP574634M Unity Processor?

A1: It is a high-performance PLC processor used in Schneider Electric systems, designed for complex control and industrial process applications.

Q2: What is the TSXP574634M current consumption?

A2: The TSXP574634M processor consumes 1880 mA at 5 V DC during operation.

Q3: What is the TSXP574634M discrete I/O capacity?

A3: It supports up to 2040 I/O points, making it suitable for large-scale systems.

Q4: What is the TSXP574634M PCMCIA card storage capacity?

A4: It supports 16,384 kB (16 MB) of additional data storage via PCMCIA card.

Product Applications

Water treatment and environmental protection: Widely used in lift pumping stations and V-type filter tank control systems of water treatment plants and sewage treatment plants.

Petroleum and natural gas: Used for remote terminal units (RTU) control at distributed sites such as oil pipelines and gas filling stations.

Electricity and new energy: Applied in distribution monitoring, substation , and control of new energy power generation facilities such as wind power/solar power.

Heavy machinery and lifting: Due to its support for closed-loop control, it is often used for brake release control of cranes and logical processing of large machinery.

Transportation tracks: Used for signal systems, risk control systems, and power monitoring in rail transportation.