Adaptateur processeur Modicon Momentum Schneider 172PNN26022

Description

The 172PNN26022 is a specialized Processor Adapter for the Modicon Momentum automation platform. This module enhances the base processor's capabilities by providing a Modbus Plus (MB+) communication port, an option adapter interface, and a Time-of-Day (TOD) clock supported by an integrated backup battery. This component is essential for Momentum systems requiring advanced connectivity, networked communications, and precise time-stamping for data logging and process synchronization. It serves as a vital maintenance and expansion component for legacy Modicon Momentum control architectures.

Features

• Compatible with the Modicon Momentum PLC platform
• Provides a Modbus Plus communication interface
• Includes an option adapter interface for system scalability
• Features an integrated Time-of-Day (TOD) clock
• Includes battery backup to maintain time/data during power loss
• Robust design for reliable integration in distributed I/O systems

Applications

• Modbus Plus network connectivity for distributed control
• Time-stamped data logging and event sequence recording
• System expansion for existing Modicon Momentum processors
• Industrial automation infrastructure maintenance
• Distributed I/O and process control networking

Technical Specifications

Installation Guidelines

• Handling: Ensure the processor and adapter are powered down before installation to prevent electrical damage to the backplane connectors.
• Battery: Verify the state of the backup battery upon installation. Replace the battery periodically according to the maintenance schedule to ensure the TOD clock remains operational during power outages.
• Alignment: Carefully align the adapter with the Momentum processor interface and secure it firmly to ensure reliable communication signal path.
• Network Wiring: If utilizing the Modbus Plus port, ensure the network is correctly terminated with appropriate resistors at both ends of the trunk.
• Environment: Keep the installation site free from extreme heat, moisture, and conductive contaminants to protect internal electronic circuits.