TSX-P57-154M Schneider Electric Unity CPU for Premium PLC

Product Description

Product Overview

The Schneider Electric TSXP57154M is a Unity processor designed for the Modicon Premium automation platform, targeting reliable mid-to-large control architectures. Moreover, it combines deterministic processing with integrated Fipio communication, enabling stable coordination across distributed automation systems.

Technical Specifications

Product Model: TSXP57154M / TSX-P57-154M
Product Type: Unity Processor (CPU Module)
Manufacturer: Schneider Electric
Product Range: Modicon Premium Automation Platform
Programming Software: Unity Pro

System Capacity:

• Number of Racks Supported:

• 2 racks with 12 slots

• 4 racks with 4, 6, or 8 slots

• Total Slot Capacity: 16 / 24 / 32 slots

• Discrete I/O Capacity: Up to 512 I/O

• Analogue I/O Capacity: Up to 24 I/O

• Application-Specific Channels: 8

Communication and Connectivity:

• Integrated Serial Interfaces:

• Two non-isolated mini-DIN RS485 links, 19.2 kbit/s

• Integrated Fieldbus:

• Fipio manager supporting up to 63 agents via SUB-D 9

• Communication Module Capacity:

• Up to 2 communication modules

Electrical and Mechanical Data:

• Module Format: Standard Modicon Premium

• Power Consumption: 850 mA at 5 V DC

• Net Weight: 0.42 kg

• Status Indicators: RUN, ERR, I/O fault, communication activity LEDs

FAQ

What programming software is required for the TSXP57154M?
This processor is programmed using Schneider Electric Unity Pro software.

Does the TSXP57154M support fieldbus communication?
Yes, it includes an integrated Fipio manager supporting up to 63 connected agents.

How many I/O points can this CPU manage?
It supports up to 512 discrete I/O points and 24 analog I/O channels.

Is the TSXP57154M suitable for system expansion?
Yes, it supports multiple racks and additional communication modules for scalable architectures.

Is this processor intended for continuous industrial operation?
Yes, it is designed for reliable 24/7 operation in industrial automation environments.