SCHNEIDER ELECTRIC CPU

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SCHNEIDER ELECTRIC CPU Specification

Display
No direct display; LED status indicators on CPU

Connectivity Type
Ethernet, Serial (RS-232/RS-485), USB

Installation Type
DIN Rail Mounting

Mounting Type
DIN Rail

Current
2.5 A (typical for CPU module)

Usage & Applications
PLC control, Factory Automation, Remote Monitoring

Protection Level
Overvoltage, Overcurrent, Short Circuit

Features
High-speed processing, modularity, network connectivity, expandable

Frequency
50/60 Hz

IP Rating
IP20

Output
Digital / Analog (via I/O modules)

Phase
Single Phase

Product Type
Programmable Logic Controller CPU

Operating Temperature
0C to 60C

Working Temperature
0C to 60C

Input
Digital / Analog (depending on expansion modules)

Application
Industrial Automation, Machine Control, Process Automation

Supply Voltage
24 V DC

Accuracy
Depends on module type, typically 0.5% (analog expansion)

Dimension (L*W*H)
125 mm x 85 mm x 60 mm (approx, model dependent)

Weight
0.5 kg (approx)

About SCHNEIDER ELECTRIC CPU

Experience the celebrated Schneider Electric Modicon M221 CPUnow available at a fresh, reduced price! Renowned for its pristine performance and virtuoso control, this latest programmable logic controller offers robust industrial automation capabilities. Benefit from flexible programming in Ladder, Structured Text, or Function Block, via EcoStruxure Machine Expert - Basic. The CPU provides versatile connectivity with Ethernet, USB, and serial ports, and easily expands to meet diverse I/O needs. Pristine memory capacity and real-time data backup offer reliability. With high-speed 1 ms cycle times, IP20 protection, and multiple safeguards, its perfect for modern factory, machine, or process automation.

Versatile Industrial Control for a Range of Applications

The Schneider Electric Modicon M221 CPU is expertly designed for use in PLC control, machine and process automation, as well as factory and remote monitoring applications. Its extra features include high-speed processing for rapid response, expandable design for tailored control, and seamless network connectivity through Ethernet and USB. With comprehensive protections and flexible mounting, this well-celebrated controller suits demands across numerous sectors seeking rugged and modular automation solutions.

Packaging, Market Reach, and Supply Proposals

Each Modicon M221 CPU is packaged with care, ensuring all modules are securely housed to prevent damage during exchange or delivery. Main domestic markets are efficiently serviced with ample supply ability to fulfill large proposal amounts or small charges. Schneider Electrics established distribution network guarantees swift reach, streamlining the process from order to installation for both suppliers and traders across the region.

FAQs of SCHNEIDER ELECTRIC CPU:

Q: How does the Modicon M221 CPU connect to other systems in an industrial environment?

A: The Modicon M221 CPU features multiple communication ports, including Ethernet, USB Mini-B, and serial ports (RS-232/RS-485), allowing seamless integration with other devices and industrial networks.

Q: What are the main benefits of using the Modicon M221 for machine and process automation?

A: Users benefit from the CPUs high-speed 1 ms processing, modular and expandable architecture, reliable memory backup, and versatile programming options, all contributing to efficient and flexible automation.

Q: Where is the Modicon M221 typically installed?

A: The CPU is designed for DIN rail mounting within industrial electrical panels, making it ideal for factory automation, remote monitoring stations, and other engineered control systems.

Q: What process should I follow to expand input and output capabilities for my application needs?

A: To expand I/O capabilities, simply add Schneider Electrics compatible expansion or specialty modules to the CPU, allowing tailored configurations without complex rewiring or system overhauls.

Q: When is it necessary to utilize the battery-backed memory and real-time clock features?

A: These features are essential in applications requiring data integrity and time-stamped event logging during power interruptions, ensuring continuity and traceability in critical industrial processes.

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