SCHNEIDER CPU TSX P5720

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SCHNEIDER CPU TSX P5720 Specification

Power Supply
External (via rack-mounted power supply)

Working Temperature
0C to 60C

Output Type
Digital (processing)

Application
PLC for industrial automation, process control

Noise Level
Low; conforms to industrial EMC standards

Features
Compact size, integrated serial port, support for multiple communication modules, high processing speed, memory expansion options

Connector Type
Backplane connectors for rack, and terminal blocks for communication ports

Operating Temperature
0C to 60C

Cooling Method
Natural convection

Phase
Single phase (via compatible PS)

Product Type
CPU Module

Input Voltage
24 V DC or 110/220 V AC (via power supply unit, not onboard)

Voltage Protection
Input overvoltage and undervoltage protection available on compatible PS

Efficiency
High (designed for industrial automation reliability)

Material
Industrial grade plastic housing

Storage Temperature
-25C to +70C

Weight
Approximately 0.45 kg

About SCHNEIDER CPU TSX P5720

Spotlight your automation systems with the exclusive SCHNEIDER CPU TSX P5720, a celebrated PLC solution for demanding industrial environments. Featuring a sublime 32-bit RISC processor and up to 512 KB RAM, this astounding unit offers memory expansion via cartridge and supports up to 8 I/O modules on the main rack. Integrated RS232 and optional RS485/Ethernet ports ensure versatile connectivity. With Unity Pro, PL7, and Concept compatibility, this advance purchase grants you sublime reliability, retentive memory with battery backup, and LED status indicatorsall encased in a robust, industrial-grade housing.

Versatile Industrial Automation Performance

The SCHNEIDER CPU TSX P5720 is used for process control and industrial automation, delivering outstanding processing power and modular scalability. Special features like expandable memory, integrated serial communication, and versatile software compatibility make it ideal for PLC applications. Commonly applied in manufacturing plants, process industries, and complex automation systems, this CPU excels in performing intricate control tasks while ensuring seamless integration and reliable operation in robust environments.

Packaging, Export, and Dispatching Efficiency

Each SCHNEIDER CPU TSX P5720 is securely packed with protection against shocks and environmental hazards, guaranteeing safe dispatching. We maintain an excellent rate of shipping with reliable transport services to global markets. Main export destinations include Europe, Asia, and the Middle East, with dispatching coordinated from India through key FOB ports for streamlined export logistics. Our process ensures rapid delivery and attentive packaging for every shipment.

FAQs of SCHNEIDER CPU TSX P5720:

Q: How does the memory expansion work on the SCHNEIDER CPU TSX P5720?

A: The CPU features expandable memory through an optional memory cartridge, allowing users to increase capacity beyond the standard 512 KB RAM to accommodate larger programs or data requirements.

Q: What are the primary communication options available with this PLC?

A: The SCHNEIDER CPU TSX P5720 includes an integrated RS232 serial port, optional RS485 support, and Ethernet communication via additional modules, providing flexibility for various automation networks.

Q: Where can the SCHNEIDER CPU TSX P5720 be installed and used optimally?

A: This PLC is ideal for installation in industrial automation settings, such as manufacturing plants or process industries, and is designed for rack mounting in TSX RKY/BKY racks within control panels.

Q: What programming environments are compatible with this CPU?

A: The unit is compatible with Unity Pro, PL7, and Concept software, enabling versatile programming options and integration into existing Modicon Premium PLC infrastructures.

Q: When does the retentive memory function activate, and how does it benefit operation?

A: Retentive memory activates during power loss when an optional battery is installed, ensuring that critical process data and parameters are preserved for maximum continuity and reliability in automation processes.

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