1C31205G01 | Emerson | Remote Node Controller Base In Stock

Product Information

Emerson Remote Node Controller Base

Product No.: 1C31205G01
Product Type: Remote Node Controller Base
Manufacturer: Emerson

Key Features

• Capacity:

  • Holds up to two Remote Node Modules, providing a flexible and scalable solution for expanding control systems.

• I/O Integration:

  • Interfaces directly with two I/O branches, facilitating seamless integration of input/output devices.
  • Features a D-connector to interface with up to six additional I/O branches via a local I/O communications cable, enhancing system flexibility and connectivity.
  • Connects to the Remote Node Transition Panel, ensuring easy and reliable transition between different segments of the control network.

• Node Addressing:

  • Equipped with a rotary switch for easy node addressing, simplifying configuration and management of multiple nodes within a network.

Specifications

• Shipping Weight: 2 kg

Detailed Overview

The Emerson Remote Node Controller Base (1C31205G01) is designed to serve as a foundational component in remote control and monitoring applications. This controller base offers robust features that make it an essential part of any distributed control system, particularly in environments requiring extensive I/O integration and scalable expansion capabilities.

Key Benefits

• Scalable Expansion:

  • The ability to hold up to two Remote Node Modules allows for easy scaling of the control system as requirements grow or change.

• Enhanced Connectivity:

  • Direct interfacing with two I/O branches and the option to connect up to six additional branches via a D-connector ensures comprehensive coverage of I/O devices, supporting complex and diverse control needs.

• Ease of Configuration:

  • The inclusion of a rotary switch for node addressing streamlines the setup process, reducing the complexity and time required for configuring multiple nodes.

• Reliable Transition:

  • Connecting to the Remote Node Transition Panel facilitates smooth transitions between different segments of the control network, maintaining data integrity and operational efficiency.