AEG Modicon ALU151-1 processor module

Brand:AEG MODICON
Model:ALU151-1
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

AEG MODICON ALU151-1 processor module

Product manual:

AEG Modicon ALU151-1 Processor Module - Module Overview

ALU151-1 is the core processing unit in the Modicon series, used for performing logical operations, data processing, and system control. It plays the role of "calculation and decision-making" in the PLC system, equivalent to the brain of the entire control system, ensuring that all modules coordinate and efficiently complete tasks.

Core responsibilities of the module

Logic program execution
Process PLC program instructions, including sequential control, logic judgment, timer and counter operations, to achieve accurate control of on-site actions.

I/O data coordination
Interact with input/output modules, convert collected signals into executable control commands, and provide feedback on status data.

System monitoring and management
Monitor the status of each module in the rack and provide operation diagnosis and fault alarm functions.

Communication coordination
Support data transmission and communication with other PLCs, remote I/O, or upper level systems to form a complete closed-loop system.

Module features

High reliability design
Industrial grade anti-interference, anti vibration, and strong temperature resistance, suitable for continuous operation in industrial environments.

Stable processing capability
Support logical operations for medium to large control systems to ensure action consistency and program stability.

Modular structure
Simply insert the Modicon rack for easy installation, expansion, and on-site maintenance.

Program Save Security
Built in storage mechanism that can maintain logical programs and critical data in the event of power failure.

Compatible with Modicon series
It can be combined with various I/O, communication, and functional modules to flexibly build system architectures.