WESTINGHOUSE 1C31234G01

A specific datasheet for the Emerson (formerly Westinghouse) 1C31234G01 Contact Input Module is essential to determine its exact features in detail. Here are some resources to help you find it:

  • Emerson Automation Solutions Website: Search the Emerson Automation Solutions website for resources related to the Ovation system or the 1C31234G01 part number [Emerson Automation Solutions website ON emerson.com]. You might find datasheets, user manuals, or application notes describing the module’s functionalities and specifications.
  • Industrial Parts Suppliers: Some suppliers sell surplus or used automation components, including Emerson Ovation system parts [supplier 1], [supplier 2], [supplier 3] (similar to previous searches, I cannot share URLs). These listings may offer:
    • Limited technical specifications about the 1C31234G01 (if available in their database).
    • Compatibility information with specific Ovation system models.
  • Contact Emerson Automation Solutions Support: Given the technical nature of the Ovation system, contacting Emerson Automation Solutions support directly might be the most effective way to obtain the datasheet and ensure compatibility with your specific system configuration.

Additional Tips:

  • Context Matters: Consider the context in which you encountered the 1C31234G01 (e.g., system documentation or used with specific contact sensors). This can provide clues about the number of contact inputs it has and the types of events it might be monitoring.
  • Physical Module Markings: If you have the physical module, look for any markings or labels indicating model variations (e.g., 1C31234G01A) or additional part numbers for further online searching.
Category:

Description

The Westinghouse (now Emerson) 1C31234G01 appears to be a Contact Input Module used within the Emerson Ovation control system. Here’s a breakdown of its potential functionalities and key features:

Function:

The 1C31234G01 module plays a critical role in the Ovation system by monitoring and managing external events or switch closures. It performs the following tasks:

  • Interfacing with Contact Sensors: It connects to various contact sensors or switches that can open or close (change state) to indicate events or equipment status. These sensors could include:
    • Limit switches on machinery indicating position or travel limits.
    • Pushbuttons for operator interaction with the control system.
    • Safety interlocks for emergency shutdown situations.
  • Signal Detection: The module detects changes in the state of the connected contacts (open or closed).
  • Debouncing: The module might employ debouncing techniques to eliminate transient electrical signals that can cause false triggering due to switch bounce during contact closure.
  • Data Transmission: The state of the contacts (open or closed) is then transmitted to the Ovation system controller as digital data, indicating the occurrence of the corresponding event.

Key Features (to be confirmed in the datasheet):

  • Number of Contact Inputs: The number of independent contact inputs the module provides for connecting sensors or switches.
  • Supported Contact Types: The specific types of contacts the module can interface with (e.g., dry contacts, wet contacts with voltage limitations).
  • Input Voltage Range: The voltage range the module can handle for wet contacts.
  • Isolation: The module might provide galvanic isolation between the contact inputs and the Ovation system controller for safety and noise reduction.
  • Additional Features (depending on the model): Some contact input modules might offer features like:
    • Built-in status LEDs: Provide visual indication of the state of each contact input (open or closed).
    • Configurable filtering: Allows filtering out unwanted electrical noise or short transients on the contact inputs.

Applications (within Emerson Ovation Control Systems):The 1C31234G01 Contact Input Module finds application in various industrial automation scenarios where monitoring external events or switch closures is critical for process control, safety, and operator interaction:

  • Machine Monitoring: Limit switches connected to the module can indicate the position or travel limits of machine components, allowing the Ovation system to initiate actions based on their state.
  • Process Control Events: The module can detect events like tank high/low level, pump status, or valve positions based on the state of connected contact sensors.
  • Safety Interlocks: Emergency stop buttons or safety interlock switches can be connected to the module to trigger immediate system shutdown or safety actions in hazardous situations.
  • Operator Interface: Pushbuttons or toggle switches connected to the module can be used by operators to interact with the Ovation system, initiate control actions, or provide manual overrides.

Finding More Information:

A specific datasheet for the Emerson (formerly Westinghouse) 1C31234G01 Contact Input Module is essential to determine its exact features in detail. Here are some resources to help you find it:

  • Emerson Automation Solutions Website: Search the Emerson Automation Solutions website for resources related to the Ovation system or the 1C31234G01 part number [Emerson Automation Solutions website ON emerson.com]. You might find datasheets, user manuals, or application notes describing the module’s functionalities and specifications.
  • Industrial Parts Suppliers: Some suppliers sell surplus or used automation components, including Emerson Ovation system parts [supplier 1], [supplier 2], [supplier 3] (similar to previous searches, I cannot share URLs). These listings may offer:
    • Limited technical specifications about the 1C31234G01 (if available in their database).
    • Compatibility information with specific Ovation system models.
  • Contact Emerson Automation Solutions Support: Given the technical nature of the Ovation system, contacting Emerson Automation Solutions support directly might be the most effective way to obtain the datasheet and ensure compatibility with your specific system configuration.

Additional Tips:

  • Context Matters: Consider the context in which you encountered the 1C31234G01 (e.g., system documentation or used with specific contact sensors). This can provide clues about the number of contact inputs it has and the types of events it might be monitoring.
  • Physical Module Markings: If you have the physical module, look for any markings or labels indicating model variations (e.g., 1C31234G01A) or additional part numbers for further online searching.