Delta AHCPU560-EN2 CPU Module

Description

The Delta AHCPU560-EN2 is a high-performance CPU module from the AH500 series, designed to meet the requirements of demanding, large-scale industrial automation applications. This CPU module provides significant computational power and memory, featuring a program capacity of 1M steps (4MB) and the ability to control up to 4,352 local I/O points.

Engineered for scalability and complex process management, the AHCPU560-EN2 supports 4,096 function blocks, allowing for advanced modular programming and sophisticated control logic. With its internal power consumption of 4.5 W and compact dimensions of 10.3 x 4 x 11 cm, it is an efficient central processing solution for integrated control architectures. This module is ideal for high-speed motion control, extensive data logging, and complex network-distributed systems.

Features

• Program Capacity: 1M steps (4MB)
• Local I/O Capacity: Up to 4,352 points
• Function Blocks: 4,096
• Data Register Capacity: 256k (D) / 256k (L) / 4,096k (B) words
• Power Consumption: 4.5 W (Internal)
• High-density Processing: Designed for high-speed and complex logic execution

Applications

• Large-scale manufacturing and process control
• Integrated motion control systems
• Industrial IoT (IIoT) and smart factory infrastructure
• Building automation and environmental control
• Complex data-intensive monitoring systems

Technical Specifications

Installation Guidelines

• Backplane Mounting: Secure the AHCPU560-EN2 onto the designated AH500 series backplane in a clean, vibration-free environment.
• Thermal Management: Ensure the control cabinet provides adequate ventilation to dissipate heat generated during high-intensity processing.
• Grounding: Maintain a consistent low-impedance earth ground to protect the internal high-speed electronics from electromagnetic noise.
• Communication: Utilize shielded network cabling for integrated ports to ensure data integrity in noisy industrial settings.
• Maintenance: Keep the module and its contacts clean; periodic inspection of the backplane connection is recommended to prevent contact oxidation.