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FOXBORO CM902WX

  • Voltage and Current Rating: Ensure the CM902WX’s DC output voltage and current rating match the power requirements of the I/A Series system components it supplies.
  • Input Voltage Compatibility: Verify that the input AC voltage rating of the CM902WX is compatible with your local power grid.
  • Environmental Conditions: Consider the operating temperature range and environmental specifications of the CM902WX for your application.

FOXBORO C0136-HZ

  • Compatibility: Verify that the C0136-HZ is compatible with the specific version and model of the I/A Series system you are using.
  • Replacement Needs: Identify the specific control relay within your system that requires replacement to ensure the C0136-HZ is the appropriate kit.

Finding Datasheet and Resources:

  • While the official datasheet for the C0136-HZ might be difficult to find publicly, you can locate references and details in

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FOXBORO AD908MF

  • Versatility: Offers a wide range of signal processing capabilities in a single unit.
  • Reduced System Complexity: Eliminates the need for multiple separate components, simplifying system design and maintenance.
  • Improved Performance: Provides high-speed processing for real-time control applications.
  • Enhanced Communication: Enables communication with various field devices and control systems.

Considerations:

  • Programming Requirements: The AD908MF might require programming to configure its specific functions for your application.
  • Compatibility: Ensure the AD908MF is compatible with the types of sensors and control systems used in your project.

FOXBORO AD202MW

  • Compact Design: Saves space in control panels and simplifies system installation.
  • Versatility: Measures and controls flow of various fluids, making it suitable for diverse applications.
  • High Accuracy: Provides reliable flow measurement data for precise process control.
  • Integrated Control: Eliminates the need for separate flow meter and control valve, simplifying system design.

Considerations:

  • Flow Rate Range: Ensure the AD202MW’s flow rate measurement and control range is suitable for your specific application.
  • Fluid Compatibility: Verify that the materials used in the flow controller are compatible with the fluids being measured and controlled.
  • Process Conditions: Consider factors like pressure, temperature, and viscosity of the process fluid when selecting the AD202MW.

FOXBORO AD207AV

  1. Drive or Amplifier Module: “AD” could potentially suggest a Drive or Amplifier module within the I/A Series system. The “207” code might be specific to this type of module, and “AV” could indicate a variant or revision.
  • Drives or amplifiers are used to control final control elements (e.g., valves, dampers) by providing the necessary power or signal amplification.
  1. Input/Output Module (less likely): While less probable, “AD” could also stand for Analog to Digital or Digital to Analog conversion, suggesting an input/output module. However, this is less likely given the prevalence of “AI” and “AO” designations for analog I/O modules in the I/A Series.
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FOXBORO AD202MV

  • Contact Schneider Electric Support: As FOXBORO is part of Schneider Electric, reaching out to their technical support is the most reliable course of action. They might have access to internal documentation or knowledge about the AD202MV, even if it’s an older product.

  • Search for Alternative Resources: Look for resources related to the FOXBORO I/A Series system or similar analog output modules from other industrial automation manufacturers. Examining functionalities of modules with similar naming conventions might provide clues.

  • Review System Documentation: If you have access to user manuals or technical documentation for the specific Foxboro I/A Series system where this module is used, it might mention the AD202MV and its role within the system.

  • Online Communities: Industrial automation forums or communities might have discussions or posts from users who have encountered the AD202MV. Their experiences or insights could provide clues about its function.

Important Note:

The information provided here is based on limited data and might not be entirely accurate. It’s crucial to exercise caution when using the AD202MV without a clear understanding of its functionality and compatibility within your specific system. Consulting Schneider Electric or using the part within a documented system configuration is highly recommended.

FOXBORO 130K-N4-LLPF

The following approaches can help you obtain more definitive information about the 130K-N4-LLPF:

  1. Contact Schneider Electric Support: As FOXBORO is part of Schneider Electric, their technical support is the most reliable source. They might have access to internal documentation or knowledge about the 130K-N4-LLPF, even if it’s an older product.

  2. Search for Internal Part Number Cross-References: If you have access to any internal maintenance documents or part number cross-reference lists for your specific I/A Series system, you might find the 130K-N4-LLPF listed with a more descriptive name or function.

  3. Consult Vintage I/A Series Resources: While harder to find, some online resources or forums dedicated to older Foxboro I/A Series systems might have discussions or references to the 130K-N4-LLPF. Information from experienced users could provide valuable insights.

Important Note:

The analysis here is based on the available data and might not be conclusive. It’s crucial to exercise caution when using the 130K-N4-LLPF without a clear understanding of its function and compatibility within your specific I/A Series system. Consulting Schneider Electric or using the part within a documented system configuration is highly recommended.

FOXBORO AD198GV

  • Here are some suggestions for acquiring more details:

    1. Contact Schneider Electric Support: As FOXBORO is now under Schneider Electric (formerly Invensys), contacting their technical support might be the most reliable way to get information. They might have access to internal documentation or knowledge about the AD198GV, even if it’s a discontinued product.

    2. Search for Alternative Resources: Look for resources related to the FOXBORO I/A Series system or similar analog input/output modules from other industrial automation manufacturers. Examining functionalities of modules with similar naming conventions might provide clues.

    3. Review System Documentation: If you have access to user manuals or technical documentation for the specific Foxboro I/A Series system where this module is used, it might mention the AD198GV and its role within the system.

    4. Online Communities: Industrial automation forums or communities might have discussions or posts from users who have encountered the AD198GV. Their experiences or insights could provide clues about its function.

FOXBORO 870ITEC-AYFNZ

Finding Datasheet and Resources:

  • The official datasheet for the 870ITEC-AYFNZ might be difficult to find publicly. You can try searching resources from Schneider Electric or contacting their technical support for access.

  • However, you can find references and user manuals for similar Foxboro electrodeless conductivity transmitters, which might share similar functionalities:

    • [MI 611-212] 870ITEC Intelligent Electrochemical Transmitter for Electrodeless

FOXBORO P0904AK

  • The part number “P0904AK” suggests it might be a module or component within the FOXBORO I/A Series automation systems (currently under Schneider Electric, formerly Invensys).

  • “P0904” could be a code related to the specific module type or function within the I/A Series system. “AK” might be a revision code or variation identifier.

Limited Information:

  • Unfortunately, there’s a lack of readily available official datasheets or definitive information about the FOXBORO P0904AK online.

  • Resources for discontinued or legacy Foxboro products can be scarce.

FOXBORO FBM212

  • process temperature.

  • Signal Linearization: The FBM212 can be configured to linearize the non-linear voltage output of thermocouples into a proportional 4-20 mA signal that is directly proportional to the measured temperature.

  • Calibration: Allows for calibration of each input channel to ensure accurate temperature measurement.

Applications:

  • Process Control Systems: Used in various process industries like chemical, oil & gas, and power generation to:

    • Monitor and control temperature in furnaces, reactors, pipelines, and other process equipment
    • Integrate temperature data into control loops for precise process management

  • Building Automation Systems: Employed in building automation systems to monitor and control temperature in HVAC (Heating, Ventilation, and Air Conditioning) systems and other building environments.

FOXBORO FCM100ET

  • Enhanced Reliability: Redundant operation minimizes downtime in case of module failure.
  • Improved Process Control: HART communication enables advanced control strategies, better process optimization, and access to richer process data.
  • Simplified Maintenance: Remote configuration and diagnostics of field devices reduce maintenance time and effort.

Considerations:

  • System Compatibility: Ensure the FBM216b is compatible with the specific version of the Foxboro I/A Series system you are using.
  • HART Device Support: Verify that the field devices connected to the FBM216b are HART-compatible.
  • Software Configuration: Requires configuration software from Schneider Electric to set up the module and communication protocols.

FOXBORO FBM216b

  • Process Control Systems: Used in various process industries like chemical, oil & gas, and power generation to:

    • Monitor and control process variables like pressure, temperature, and flow with high accuracy and reliability
    • Access detailed diagnostic information from field devices for predictive maintenance

  • Manufacturing Automation: Employed in factories for precise control of actuators and monitoring of sensor outputs with additional diagnostic capabilities.

Benefits:

  • Enhanced Reliability: Redundant operation minimizes downtime in case of module failure.
  • Improved Process Control: HART communication enables advanced control strategies, better process optimization, and access to richer process data.
  • Simplified Maintenance: Remote configuration and diagnostics of field devices reduce maintenance time and effort.

FOXBORO FBM219

  1. Discrete I/O Channels: Offers a set number of input and/or output channels depending on the specific model variation. These channels handle digital signals like on/off, open/closed, or high/low voltage levels.

  2. Input or Output Configuration: Certain models allow configuration for either input or output functionality on each channel. This flexibility enables customization based on application requirements.

  3. Voltage Compatibility: Supports various voltage ranges for input and output signals, commonly including low voltage DC (Direct Current) and high voltage AC (Alternating Current).

  4. Termination Assemblies: Requires termination assemblies (sold separately) to provide connection points for field devices and signal conditioning for the specific voltage and current ratings.

FOXBORO FBM218

  • Enhanced Reliability: Redundant operation minimizes downtime in case of module failure.
  • Improved Process Control: HART communication enables advanced control strategies and better process optimization.
  • Simplified Maintenance: Remote configuration and diagnostics of field devices reduce maintenance time and effort.

Considerations:

  • System Compatibility: Ensure the FBM218 is compatible with the specific version of the Foxboro I/A Series system you are using.
  • HART Device Support: Verify that the field devices connected to the FBM218 are HART-compatible.
  • Software Configuration: Requires configuration software from Schneider Electric to set up the module and communication protocols.

VMIVME-7452

  • Industrial Data Logging: Storing and retrieving data from industrial sensors and control systems.

  • Embedded Control Systems: Providing persistent storage for application data and configuration settings.

  • Scientific Instrumentation: Archiving and analyzing scientific data collected from experiments and research projects.

  • Legacy System Upgrades: Adding mass storage capabilities to older VMEbus-based systems.