ABB PM566-TP-ETH 3ABD00038817 PLC-AC500-eCo CPU Module

Description

The ABB PM566-TP-ETH (Product ID: 3ABD00038817) is a central processing unit module belonging to the PLC-AC500-eCo distributed automation family. This microcontroller-driven unit acts as a centralized controller to manage automated process lines, system field nodes, and machine processing sequences. To facilitate direct interfacing with technical plant equipment without demanding external node infrastructure, the module features an on-board hardware matrix incorporating 6 digital inputs, 2 analog inputs, 6 transistor digital outputs, and 1 analog output. Operating under a nominal supply voltage rating of 24 VDC, the processor comes equipped with a factory-integrated Ethernet interface alongside an RS485 serial channel for continuous field network orchestration. Two dedicated hardware option slots are further integrated into the housing shell to accommodate customized communication extensions and sub-module expansion cards.

Features

• Equipped with a 512 kB integrated application program and user data memory capacity.
• Flexible embedded I/O configuration featuring 6 digital inputs, 2 analog inputs, 6 transistor digital outputs, and 1 analog output.
• Direct network capability supported via 1 native Ethernet port and 1 integrated RS485 communication interface.
• System scalability provided through 2 onboard option slots for specific communication expansion cards.
• Enclosed in a compact IP20 rated housing designed for open industrial environment installation.

Applications

• High-density process monitoring loops and machine automation systems.
• Distributed control infrastructure requiring simultaneous analog and digital field processing.
• Secondary data communication routing and protocol mapping across localized factory lines.
• OEM standalone machinery control and distributed automation plant segments.

Technical Specifications

Installation Guidelines

• Align and snap the processor module securely onto a standard industrial DIN rail within a protective cabinet enclosure.
• Connect a stabilized external 24 VDC power supply connection directly to the marked terminal paths, verifying correct wire polarity before applying electrical power.
• Maintain clear airflow distribution clearance boundaries around the device housing (135 mm height x 82 mm width x 74 mm depth) to optimize natural convection cooling across the internal electronics.
• Route sensitive communication paths (Ethernet and RS485) and analog signals into dedicated, separate cable trays away from high-voltage primary motor power leads to mitigate electromagnetic interference risks.