If a communication interface cable: Likely a shielded multi-conductor cable designed for transmitting data signals in industrial environments while minimizing electrical noise [important aspect for communication].
If a different type of cable: The cable specifications would depend on its specific purpose (power supply, calibration).
Connector Types (possible):
Specific connectors on each end to ensure proper connection with I/A Series devices and the corresponding interface modules or other equipment [important aspect].
Length (possible):
Available in various lengths to accommodate different physical layouts of the process plant [possible feature].
Communication Interface Possibilities (if applicable):
RS-485 (possible): A common industrial serial communication standard the P0902BM might support.
CAN bus (possible): Another possibility is a Controller Area Network (CAN bus) interface.
Specific I/A Series Protocol (possible): Foxboro I/A Series might have used a proprietary communication protocol, and the P0902BM could be designed for that specific protocol.
If a communication interface cable: Likely a shielded multi-conductor cable designed for transmitting data signals in industrial environments while minimizing electrical noise [important aspect for communication].
If a power supply cable: The cable specifications would depend on the voltage and power requirements of the devices it supplies.
Connector Types (possible):
Specific connectors on each end to ensure proper connection with I/A Series devices and the corresponding interface modules or power supply units [important aspect].
Length (possible):
Available in various lengths to accommodate different physical layouts of the process plant [possible feature].
If a communication interface cable: Likely a shielded multi-conductor cable designed for transmitting data signals in industrial environments while minimizing electrical noise [important aspect for communication].
If a power supply cable: The cable specifications would depend on the voltage and power requirements of the devices it supplies.
Connector Types (possible):
Specific connectors on each end to ensure proper connection with I/A Series devices and the corresponding interface modules or power supply units [important aspect].
Length (possible):
Available in various lengths to accommodate different physical layouts of the process plant [possible feature].
Extends Network Reach: Enables connection of field devices spread over a larger area to the central I/A Series control system.
Improved Plant Layout Flexibility: Provides more flexibility in positioning field devices without limitations imposed by shorter cable lengths.
Reliable Communication (possible): The shielded cable design helps maintain signal integrity and ensure reliable data transmission over extended distances [possible benefit].
Applications (within Foxboro I/A Series):
FIELDBUS network extension: The P0800DG is used to expand the FIELDBUS network for connecting widely distributed I/A Series field devices [main application].
Process automation in large plants: Enables data acquisition and control functionality for I/A Series devices in geographically expansive facilities [common application in process industries].
System Compatibility: If you have the I/A Series documentation, refer to it to confirm the communication interface type used and ensure the P0800DA is compatible with your specific model.
Cable Selection: If the original cable is unavailable, consult with a qualified supplier to find a suitable replacement cable that meets the electrical and communication requirements of your I/A Series system. The replacement cable should have the same number of conductors, wire gauges, and shield type as the original P0800DA.
System Upgrade (possible): Depending on your needs and the availability of spare parts, consider upgrading to a newer I/A Series communication interface that might utilize different cable types or protocols. Upgrading might offer advantages like improved communication speed, security, or diagnostic capabilities.
If you have any additional information about the context in which you encountered the FOXBORO P0800DA (e.g., I/A Series model manuals, part numbers on nearby equipment), it might help narrow down the function and specifications of the cable.
Schneider Electric Website (Foxboro is part of Schneider Electric): While the P0800DB might be an older model, searching for “Foxboro P0800DB” or “I/A Series RS-485 cable” on the Schneider Electric website might yield some results
You might find compatibility information or suggested replacements for the P0800DB cable.
Industrial Automation Parts Suppliers: Several suppliers sell spare parts for older automation systems, including the P0800DB cable [multiple sources]. They might have limited information or datasheets available, but they can provide details about the cable’s specifications (length, connector types) and compatibility with your specific I/A Series system. Search for terms like “Foxboro P0800DB” or “I/A Series RS-485 cable” on supplier websites.
You might find user manuals, datasheets, or compatibility information for the P0700WB or suggested replacements.
Industrial Automation Parts Suppliers: Some suppliers sell spare parts for older automation systems. Search for terms like “Foxboro P0700WB” or “I/A Series Node Bus extender” on supplier websites. They might have limited information or datasheets available.
Additional Considerations:
System Compatibility: Ensure the P0700WB is compatible with your specific Foxboro I/A Series model and the existing Node Bus configuration.
Network Design: The number and placement of P0700WB modules depend on the overall network layout and cable lengths within your plant.
System Upgrade (possible): Depending on your needs and the availability of spare parts, consider upgrading to a newer I/A Series communication interface that might utilize different network topologies or protocols.
Remember, a properly designed and maintained Node Bus network with extenders like the P0700WB is crucial for reliable communication and efficient process control within your Foxboro I/A Series system.
Compatibility: Ensure the P0700TT is compatible with your specific Foxboro I/A Series model and the field devices you intend to connect.
Cable Selection: If the original cable is unavailable, consult with Schneider Electric or qualified suppliers to find a suitable replacement cable that meets the electrical and environmental requirements of your Foxboro I/A Series system.
System Upgrade (possible): Depending on your needs and the availability of spare parts, consider upgrading to a newer I/A Series communication interface that might utilize different cable types or protocols.
Remember, using compatible and appropriate termination cables is crucial for maintaining signal integrity and ensuring reliable operation of your Foxboro I/A Series process control system.
Finding More Information (due to potential obsolescence):
SEW-EURODRIVE Website: Search for “MDX61B0008-5A3-4-0T manual” or “SEW MOVIDRIVE MDX61B datasheet” on the SEW-EURODRIVE website: [invalid URL removed] You might find user manuals, datasheets, or application notes that provide detailed specifications, wiring diagrams, and configuration procedures for the MOVIDRIVE® B series which includes the MDX61B model.
Industrial Automation Parts Suppliers: Some suppliers sell spare parts and refurbished components for industrial automation systems. They might have manuals or datasheets for the MDX61B0008-5A3-4-0T available for download. Search for terms like “SEW MDX61B0008-5A3-4-0T manual” or “SEW MOVIDRIVE MDX61B datasheet” on supplier websites.
Number of Channels: 8 channels for connecting I/O modules.
Voltage Rating: Information on the voltage rating can vary depending on the specific model. It might be compatible with either 24V DC or 50V DC systems. Consult the datasheet or markings on the unit for confirmation.
Compatibility: Designed for the ABB S800 I/O system and ModuleBus communication protocol.
Dimensions: Specific dimensions are difficult to find without a datasheet, but being a compact unit, it’s suitable for space-constrained industrial control cabinets.
Availability: Finding new units of the TU844V1 might be very limited depending on its production status. Consider contacting ABB directly or the suppliers mentioned above to inquire about availability or potential replacements for the S800 I/O system.
System Upgrade: If you’re working on a new project or require long-term support, migrating to newer ABB automation systems with readily available components and ongoing technical support is recommended.
Compatibility: If you must use an MTU like the TU844V1, ensure it’s compatible with your existing S800 I/O system and ModuleBus communication protocol.
Additional Tips:
If you have the physical unit, check for any markings or labels that might provide additional clues about the model number, voltage rating, or number of channels.
Look for resources about similar ABB MTUs (e.g., TU841, TU842) to understand their functionalities and general specifications. This might give you an idea of how the TU844V1 might function within the S800 system.
Availability: Finding new units of the TU842V1 might be limited depending on its production status. Consider contacting ABB directly to inquire about availability or potential replacements for redundant configurations within the S800 I/O system.
System Upgrade: If you’re working on a new project or require long-term support, consider migrating to newer ABB automation systems with readily available components and ongoing technical support for redundant configurations.
Compatibility: Ensure any replacement MTU you consider is compatible with your existing S800 I/O system, ModuleBus communication protocol, and redundant ModuleBus setup (likely using Optical ModuleBus Modems like TB840/TB840A).
If you can provide any additional product codes or markings on the TU842V1 unit, it might help narrow down the search for specific details.
Redundancy Support: Designed for redundant configurations with dual ModuleBus connections.
Number of Channels: Limited information on the exact number of channels supported by the TU842V1. It likely bridges redundant ModuleBus paths to I/O modules, with the actual channel capacity depending on the connected modules (possible 8 or 16 channels).
Voltage Rating: Potential compatibility with 24V DC or 50V DC systems depending on the specific application and connected I/O modules.
Compatibility: Designed for the ABB S800 I/O system and ModuleBus communication protocol.
Dimensions: Specific dimensions are difficult to find without a datasheet. Being a compact unit, it’s likely suitable for space-constrained industrial control cabinets.
ABB Website: Search for “TU840” or the product code on the ABB website You might find resources or links to archived product information, although it might be limited.
Datasheet and User Manuals: Look for the official datasheet and user manuals for the TU840. These documents provide detailed information about the unit’s functionalities, wiring diagrams, and configuration procedures. You can try searching ABB’s website or contacting their support for these documents.
Online Resources: Several online resources discuss the ABB S800 I/O system and its components. You might find references to the TU840 in these resources,
