Sixteen configurable relay outputs: Each relay can be set to operate (energize) or de-energize upon activation based on user configuration within the 3500 system software.
Voting logic capability: The relay outputs can likely be programmed to perform voting logic, meaning activation requires a signal from a specific number of input channels (e.g., four out of eight channels in alarm state). This helps prevent spurious trips due to single-point failures.
Full-height module: Occupies one full vertical slot within a Bently Nevada 3500 rack (based on available resources).
Rugged construction: Built to withstand harsh industrial environments (dust, moisture, etc.).
The Bently Nevada 3500 system software, along with the 3500/22 Transient Data Interface (TDI) module, are likely necessary for configuring the relay outputs and voting logic of the 3500/32M module. Refer to the user manuals and datasheets for details on their functionalities and proper system integration.
For proper installation, configuration, and operation of the 3500/32M module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can ensure the module is programmed correctly to execute the desired control and protection logic for your machinery, considering the requirement for the separate 3500/22 TDI module.
Bently Nevada Website: Search for “Bently Nevada 3500/32-01-CN” under “Product Literature” or “Downloads” sections on the Bently Nevada website -l isn’t available, try searching for “Bently Nevada 3500/32 Relay Module” or the general “3500 system manuals” for details on:
Relay functionalities and configuration options.
Wiring diagrams for connecting the module to external devices (consider the possibility of needing additional information on internal barrier I/O presence for proper grounding if it’s absent).
Compatibility with other Bently Nevada 3500 system modules.
Contact Bently Nevada Support: Consider contacting Bently Nevada’s technical support directly. They might be able to provide more specific information on the 3500/32-01-CN variant, including user manuals or application notes if available. They can also clarify details about the “CN” suffix and its potential implications.
This is a 4-channel relay module. Its primary function is to provide control and protection outputs within the Bently Nevada 3500 system used for industrial machinery.
Key characteristics:
Offers four independent relay outputs. These relays can be programmed to activate (energize) or deactivate (de-energize) based on pre-defined conditions from the 3500 monitor modules.
Voting logic capability: Relay outputs can be programmed to require a specific number of input channels to be in an alarm state for activation. This helps prevent unnecessary shutdowns due to single-point failures.
Full-height module: Occupies one entire slot within a Bently Nevada 3500 rack.
Rugged construction: Designed for harsh industrial environments.
While searching for a user manual specifically for the 3500/25/125800-01 variant might be challenging, here are some resources that can provide valuable information:
Bently Nevada Website: Search for “Bently Nevada 3500/25/125800-01” under “Product Literature” or “Downloads” sections on the Bently Nevada website (https://www.bakerhughes.com/bently-nevada/monitoring-systems/machinery-protection/protection-and-sensing). If a dedicated user manual isn’t available, try searching for “Bently Nevada 3500/25” or the general “3500 Keyphasor Module” manuals. These will provide details on the core functionalities, configuration aspects, and compatibility with other 3500 system modules, which will likely be similar for the 3500/25/125800-01 variant.
Online Resources: Industrial automation forums or websites might have discussions or references to the 3500/32 module. However, exercise caution regarding the accuracy of information from non-official sources.
Additional Notes:
The Bently Nevada 3500 system software might be necessary for configuring the 3500/32 module’s relay outputs and voting logic. Refer to the user manuals for details on the software functionalities.
For proper installation, configuration, and operation of the 3500/32 module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can ensure the module is programmed correctly to execute the desired control and protection logic for your machinery.
By using the resources mentioned above, you’ll gain a comprehensive understanding of the BENTLY 3500/32’s role in providing control and protection functionalities within the Bently Nevada 3500 machinery protection system.
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-SIL2-01-01-R0 module, especially for safety-related settings. Refer to the user manuals or Bently Nevada support for details on the software functionalities.
For proper installation, configuration, and operation of the 3500/25-SIL2-01-01-R0 module within your safety-critical system, consulting a qualified professional familiar with Bently Nevada systems and functional safety principles is crucial. They can ensure it’s set up correctly to meet SIL 2 requirements and integrated seamlessly within your machinery protection scheme.
Important Considerations for Safety-Critical Applications:
Functional Safety Expertise: When implementing the 3500/25-SIL2-01-01-R0 in a safety-critical application, ensure all personnel involved in its selection, installation, configuration, and maintenance have the necessary expertise in functional safety principles according to IEC 61508.
System-Level Safety Assessment: The 3500/25-SIL2-01-01-R0 likely contributes to the overall safety achieved by the entire machinery protection system. A comprehensive safety assessment at the system level is crucial to ensure all elements work together effectively to minimize
For proper installation, configuration, and operation of the 3500/25-SIL2-01-01-R0 module within your safety-critical system, consulting a qualified professional familiar with Bently Nevada systems and functional safety principles is crucial. They can ensure it’s set up correctly to meet SIL 2 requirements and integrated seamlessly within your machinery protection scheme.
Important Considerations for Safety-Critical Applications:
Functional Safety Expertise: When implementing the 3500/25-SIL2-01-01-R0 in a safety-critical application, ensure all personnel involved in its selection, installation, configuration, and maintenance have the necessary expertise in functional safety principles according to IEC 61508.
System-Level Safety Assessment: The 3500/25-SIL2-01-01-R0 likely contributes to the overall safety achieved by the entire machinery protection system. A comprehensive safety assessment at the system level is crucial to ensure all elements work together effectively to minimize
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-01-03-CN module. Refer to the general user manuals (as suggested above) for details on the software and its functionalities.
For proper installation, configuration, and operation of the 3500/25-01-03-CN module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can help determine any specific features or considerations for the “CN” variant and ensure it’s set up correctly for your machine protection analysis needs.
By using the resources mentioned above, you’ll gain a good understanding of the BENTLY 3500/25-01-03-CN Enhanced Keyphasor Module’s functionalities and its role within the Bently Nevada 3500 system for safeguarding industrial machinery. Remember, the exact meaning of “CN” might remain unclear without official documentation.
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-01-03-02 module. Refer to the general user manuals (as suggested above) for details on the software and its functionalities.
For proper installation, configuration, and operation of the 3500/25-01-03-02 module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can help determine the specific functionality of the “02” variant based on your application and ensure it’s set up correctly to provide the necessary Keyphasor signals for your machine protection analysis needs.
By using the resources mentioned above, you’ll gain a good understanding of the BENTLY 3500/25-01-03-02 Enhanced Keyphasor Module’s functionalities and its role within the Bently Nevada
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-01-03-00 module. Refer to the general user manuals (as suggested above) for details on the software and its functionalities.
For proper installation, configuration, and operation of the 3500/25-01-03-00 module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can ensure it’s set up correctly to provide the necessary Keyphasor signals for your machine protection analysis needs and ensure it complies with any relevant safety regulations for your application (especially if hazardous locations are involved).
Important Consideration for Hazardous Locations:
The “00” suffix suggests this module lacks agency approvals for hazardous locations. If your application involves hazardous locations (explosion zones), using a Bently Nevada 3500/25 variant with the necessary certifications is crucial for safety compliance. Consult with Bently Nevada or a qualified professional to ensure you select the appropriate module for your hazardous environment.
The Bachmann M1 system software might be required for configuring the DI0248 module. Refer to the user manuals for details on the software and its functionalities for setting up the module’s behavior.
Consider consulting a qualified professional familiar with Bachmann M1 systems for proper installation, configuration, and operation of the DI0248 module within your specific system. They can ensure it’s wired and configured correctly to function as intended with your chosen sensors and the M1 system.
By consulting the resources mentioned above, you’ll gain a comprehensive understanding of the BACHMANN DI0248 Digital Input Module and its role in expanding the data acquisition capabilities of your Bachmann M1 automation system for industrial applications.
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-01-03 module. Refer to the user manuals for details on the software and its functionalities.
For proper installation, configuration, and operation of the 3500/25-01-03 module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems. They can ensure it’s set up correctly to provide the necessary Keyphasor signals for your machine protection analysis needs.
By using the resources mentioned above, you’ll gain a good understanding of the BENTLY 3500/25-01-03 Enhanced Keyphasor Module’s functionalities and its role within the Bently Nevada 3500 system for safeguarding industrial machinery. Remember, while the core functionalities should be similar to the 3500/25 module, the absence of a specific user manual for this variant might limit some details.
The Bently Nevada 3500 system software might be necessary for configuring the 3500/25-01-01-CN module. Refer to the general user manuals (as suggested above) for details on the software and its functionalities.
For proper installation, configuration, and operation of the 3500/25-01-01-CN module within your specific system, consider consulting a qualified professional familiar with Bently Nevada systems and regulations in China, especially if hazardous area compliance (NEPSI) is a requirement.
By using the resources mentioned above, you’ll gain a good understanding of the BENTLY 3500/25-01-01-CN Enhanced Keyphasor Module’s functionalities and its role within the Bently Nevada 3500 system for safeguarding industrial machinery in China. Remember, the “CN” suffix suggests compliance with specific Chinese regulations, and consulting a qualified professional can ensure proper installation and use within your application.
