AH10PM-5A | DELTA | Modules de Commande de Mouvement

Description

Designed for complex multi-axis motion applications, the AH10PM-5A is a high-performance 6-axis pulse train motion control module within the Delta AH Series PLC system architecture. This module provides precise positioning, synchronization, and path control for servo drives and stepper motor systems. It operates with a dedicated local CPU, allowing independent program execution and reducing the processing load on the main backplane controller.

The unit features multiple advanced interpolation algorithms, allowing coordinated movement across up to 6 axes simultaneously. System configuration and diagnostic tasks are simplified via its integrated Ethernet and Mini USB communication ports. Built-in storage capability through a Micro SD card slot enables local recipe handling, logging, and program storage, while hot-swapping capability ensures continuous system availability during field maintenance.

Features

• Provides 6-axis pulse train control (4 axes up to 1 MHz output, 2 axes up to 200 kHz output).
• Supports comprehensive path interpolation including 2-to-6 axis linear, 2-axis arc, and 3-axis helical configurations.
• Equipped with high-density HDC connector interface for secure signal routing.
• Includes localized execution engine with 64K steps program capacity and high-speed CPU processing (LD instruction at 0.13 microseconds).
• Supports standard G-code commands for direct path programming.
• Multiple feedback modes supported: UD, PD, AB, and 4AB encoder pulse inputs.
• Hot-swapping functionality allows module exchange without interrupting system operations.

Applications

• Multi-axis packaging machinery and cartoning lines.
• High-speed labeling, sorting, and pick-and-place robotics.
• Textile, printing, and paper-converting machinery.
• Automated assembly systems and dedicated CNC machining centers.

Technical Specifications

Installation Guidelines

• Mount the module onto the compatible AH Series backplane, securing it tightly via the integrated guide and mounting mechanisms.
• Ensure all field wiring to the HDC terminal block is rated for the electrical signals handled and routed securely using proper strain relief.
• Separate low-voltage signal cables (pulse train, encoder feedback, and communication) from high-voltage AC supply and motor lines to minimize electromagnetic noise.
• Utilize the built-in diagnostic LED status indicators on the front panel to verify proper communication and module health upon power-up.