SCHNEIDER ELECTRIC TSX P57104M CPU MODULE

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SCHNEIDER ELECTRIC TSX P57104M CPU MODULE

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SCHNEIDER ELECTRIC TSX P57104M CPU MODULE Specification

Connector Type
Terminal block

Overheating Protection
YES

Mounting Type
DIN Rail

Efficiency
High

Operating Temperature
0C to +60C

Insulation Material
Industrial Grade Plastic

Surface Finish
Matte

IP Rating
IP20

Humidity %
5% to 95% non-condensing

Feature
Programmable, High Speed Processing

Shape
Rectangular

Product Type
CPU Module

Application
Industrial Automation, PLC Systems

Protection Level
Protected against overvoltage and short circuit

Frequency (MHz)
50/60 Hz

Rated Voltage
24 V DC

Energy Consumption
8 W

Output Type
Digital

Color
Grey

Dimension (L*W*H)
125 mm x 32 mm x 135 mm

Weight
210 g

Phase
Single Phase

Size
Standard

Input Voltage
24 V DC

Material
Plastic and Metal

Connection Type
Backplane (Rack) Mounted

Expansion Capability
Yes, with additional modules

Cycle Time
5 ms/1k instructions

Programming Language
Ladder Logic, FBD, ST, IL, SFC

Data Memory
128 kB

Processor Type
RISC Processor

Display Type
No Display (LED Indicators)

Program Memory
384 kB

Number of Ports
2

Storage Temperature
-25°C to +70°C

Model Number
TSX P57104M

Compatible Devices
Modicon TSX Micro Series

Communication Ports
RS232/RS485

About SCHNEIDER ELECTRIC TSX P57104M CPU MODULE

The SCHNEIDER ELECTRIC TSX P57104M CPU MODULE is an elite solution for kingly industrial automation needs, offering fresh performance powered by a gilt-edged RISC Processor. With 384 kB program and 128 kB data memory, its valuable expansion capability ensures flexible programming in Ladder Logic, FBD, ST, IL, and SFC. Equipped with dual RS232/RS485 communication ports and robust protection against overvoltage and short circuits, this module stands out in PLC systems. Its matte finish, high-speed processing, and industrial-grade build reflect premium efficiency for Modicon TSX Micro Series compatibility.

Elite Control for Diverse Industrial Applications

The SCHNEIDER ELECTRIC TSX P57104M CPU MODULE is tailored for both specific automation tasks and general PLC system use. Its high-speed processing and support for multiple programming languages make it valuable for efficiently managing complex industrial operations. Designed for expansion, it easily integrates with additional modules. Overheating protection and programmable functionality add an extra layer of confidence, making it a premier choice for industrial automation professionals seeking reliability and flexibility.

Premium Delivery and Exchange Services

Charge-free standard delivery is available for the SCHNEIDER ELECTRIC TSX P57104M CPU MODULE, with expedited premium options upon request. Export markets span globally, with a focus on India, the Middle East, and Southeast Asia. Packaging employs gilt-edged industrial-grade materials, ensuring product safety during transit and exchange. Customer satisfaction is elevated through careful attention to secure packing, prompt shipment, and efficient exchange processes.

FAQs of SCHNEIDER ELECTRIC TSX P57104M CPU MODULE:

Q: How is the SCHNEIDER ELECTRIC TSX P57104M CPU MODULE installed?

A: The TSX P57104M CPU MODULE is mounted using a DIN rail and connects via a backplane rack system, making installation straightforward for industrial automation setups.

Q: What are the main benefits of using this CPU module in PLC systems?

A: Its high speed processing, expansion capability, and robust protection features ensure reliable and efficient control, supporting complex industrial tasks with flexibility and safety.

Q: When should additional modules be added for expansion?

A: Additional modules can be added as your system requirements grow, or when increased input/output options and enhanced control functions are needed.

Q: Where can this module be used effectively?

A: This module is ideal for use in industrial automation environments, particularly within PLC systems, manufacturing, and process control operations requiring reliable programmability.

Q: What process does the module support for programming?

A: Programming can be accomplished using Ladder Logic, FBD, ST, IL, and SFC languages, offering versatile support for various automation applications.

Q: How does the overheating protection feature work?

A: Overheating protection ensures the module operates safely within its temperature range by automatically safeguarding internal components against excessive heat, thereby prolonging lifespan.

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