Schneider ALU 821 CPU Module

Product Overview

The Schneider ALU 821 CPU Module delivers exceptional performance for industrial automation systems. It processes complex tasks with ease, making it ideal for controlling industrial processes and machines. By integrating seamlessly into existing systems, this module ensures high efficiency and long-term reliability in harsh environments. Thanks to its robust design, the ALU 821 guarantees smooth operation and minimal downtime.

Key Features

High Processing Power: The module delivers advanced processing capabilities, allowing efficient handling of complex tasks.
Optimized for Automation Systems: Designed specifically for industrial environments, this module provides reliable and consistent performance.
Seamless Integration: With compatibility for Schneider Electric’s automation platform, the ALU 821 integrates smoothly into your existing setup.
Versatile Applications: Whether used in machine control or process automation, this module ensures high precision and optimal performance.
Durable and Reliable: Built to withstand the challenges of industrial environments, the ALU 821 minimizes maintenance and ensures long-lasting operation.

Technical Specifications

Specification	Details
Manufacturer	Schneider Electric
Model	ALU 821
Product Type	CPU Module
Processor Speed	Advanced processing for complex tasks
Input Voltage	24V DC
Dimensions	Compact and space-efficient design
Weight	Lightweight, easy to install
Interface	Multiple communication ports for versatile connectivity
Operating Temperature	-10°C to 60°C (14°F to 140°F)
Environment	Industrial-grade design for reliable operation
Compatibility	Compatible with Schneider Electric automation systems
Mounting Type	DIN rail or panel mount options available
Storage	On-board storage for temporary data

Applications

The Schneider ALU 821 CPU Module excels in a variety of automation systems, including:

Industrial Process Control: Provides precise control for manufacturing plants with complex processes.
Machine Automation: Ideal for controlling automated machinery in different industrial sectors.
Energy Management: Useful in energy monitoring and optimization systems, enhancing overall system efficiency.
Factory Automation: Perfect for automated production lines, robotics, and material handling systems.