Sixteen independent relay outputs for versatile control of a wider range of external devices.
Programmable relay logic using AND and OR gates with inputs from various monitor channels within the 3500 system. This allows for complex control logic based on multiple conditions from various sensors.
Epoxy-sealed construction for protection against dust, moisture, and other harsh industrial environments.
“-01-“: This likely indicates a variant of the 3500/32 series with four relay outputs. Bently Nevada might offer variants with different numbers of relay outputs.
“-CN”: The exact meaning of “-CN” in this context is uncertain without official Bently Nevada documentation. Here are two possibilities:
Regional Variation: It could signify a variant intended for a specific region (e.g., China – CN). However, the functionality would likely remain the same as the standard 3500/32-01-00 module.
Internal Designation: It could be an internal code used by Bently Nevada for manufacturing or inventory control purposes, not relevant to the core functionality.
Finding Detailed Specifications and User Manuals:
While the core functionality is described above, the specific details and programming aspects will depend on this particular variant (3500/32-01-CN). Here’s how to find the most accurate information:
Bently Nevada Website: Although unlikely to have a dedicated webpage for this specific module variant, the Bently Nevada website
Four independent relay outputs, offering versatility in controlling external devices.
Programmable relay logic using AND and OR gates with inputs from various monitor channels within the 3500 system. This allows for complex control logic based on multiple conditions.
Epoxy-sealed construction for protection against dust, moisture, and other harsh industrial environments.
Finding Detailed Specifications and User Manuals:
While the core functionality is described above, the specific details and programming aspects will depend on the Bently Nevada 3500 system configuration. Here’s how to find the most accurate information:
Bently Nevada Website: Although unlikely to have a dedicated webpage for this specific module, the Bently Nevada website
Bently Nevada Website: Search for the model number “Bently Nevada 3500/25/125800-01” under “Product Literature” or “Downloads” on the Bently Nevada website While a dedicated webpage might not exist, the user manuals for the 3500/25 system or the 125800-01 Keyphasor I/O Module specifically should be available.
User Manuals/Datasheets: Look for documents related to the Bently Nevada 3500 system, specifically mentioning the 3500/25/125800-01 Keyphasor I/O Module. These documents will contain the most accurate details, including:
Supported Sensor Types: The specific types of proximity probes or magnetic pickups compatible with this module.
Signal Conversion Specifications: Details on how the analog sensor signal is converted into a digital format.
Output Signal Characteristics: The format and specifications of the digital Keyphasor signal transmitted to the system.
Power Requirements
Operating Temperature Range
Dimensions and Weight
Safety and Regulatory Compliance Information (e.g., CE, UL)
While the core functionality is described above, the specific details and programming aspects will depend on the exact variant and the Bently Nevada 3500 system configuration. Here’s how to find the most accurate information:
Bently Nevada Website: Search for the model number “Bently Nevada 3500/32” under “Product Literature” or “Downloads” on the Bently Nevada website
Bently Nevada Website: Search for the model number “Bently Nevada 3500/25-02-01-00” under “Product Literature” or “Downloads” on the Bently Nevada website While a dedicated webpage might not exist, the user manuals for the 3500 system or the 3500/25-02-01-00 Keyphasor Module specifically should be available.
User Manuals/Datasheets: Look for documents related to the Bently Nevada 3500 system, specifically mentioning the 3500/25-02-01-00 Enhanced Keyphasor Module. These documents will contain the most accurate details, including:
Confirmation of Functionality (Enhanced Keyphasor): Verify that this variant is indeed an Enhanced Keyphasor Module.
Supported Communication Protocols: The specific protocols used for communication with other system components.
Data Transfer Rates: The speed at which the Keyphasor module can transmit timing data for each channel.
Input/Output Specifications: Details about connections for receiving the two Keyphasor signals from sensors and transmitting them to the system.
“-01-“: This likely indicates a single-channel variant of the 3500/25 Keyphasor Module. Bently Nevada might offer variants with “-02-01” or similar suffixes signifying modules that can handle two Keyphasor signals simultaneously.
“-03”: The exact meaning of “-03” in this context depends on Bently Nevada’s internal designation system. It could indicate a specific revision of the single-channel variant, or it could have other meanings related to functionality or compliance.
Finding Detailed Specifications:
The exact functionalities and detailed specifications will depend on this specific variant (3500/25-01-03). Here’s how to find the details:
Bently Nevada Website: Search for the model number “Bently Nevada 3500/25-01-03” under “Product Literature” or “Downloads” on the Bently Nevada website
The exact functionalities and detailed specifications will depend on this specific variant (3500/25-01-03-02). Here’s how to find the details:
Bently Nevada Website: Search for the model number “Bently Nevada 3500/25-01-03-02” under “Product Literature” or “Downloads” on the Bently Nevada website ( While a dedicated webpage might not exist, the user manuals for the 3500 system or the 3500/25-01-03-02 Keyphasor Module specifically should be available.
User Manuals/Datasheets: Look for documents related to the Bently Nevada 3500 system, specifically mentioning the 3500/25-01-03-02 Enhanced Keyphasor Module. These documents will contain the most accurate details, including:
Confirmation of Functionality (Enhanced Keyphasor): Verify that this variant is indeed an Enhanced Keyphasor Module.
Supported Communication Protocols: The specific protocols used for communication with other system components.
Data Transfer Rates: The speed at which the Keyphasor module can transmit timing data.
Input/Output Specifications: Details about connections for receiving the Keyphasor signal from a sensor and transmitting it to the system.
The lack of a specific suffix in “BENTLY 3500/25” suggests it might be a general designation for the module family. Bently Nevada might offer variants with suffixes indicating:
Number of Channels: Suffixes like “-01-01” might indicate a single-channel variant, while “-02-01” could indicate a dual-channel variant [3].
Other Variations: There could be other variants with additional functionalities or specific regulatory compliance designations.
Obtaining Detailed Specifications:
The exact functionalities and detailed specifications will depend on the specific variant of the 3500/25 module you’re interested in. Here’s how to find the details:
Bently Nevada Website: Search for “Bently Nevada 3500/25” under “Product Literature” or “Downloads” on the Bently Nevada website
he BENTLY 3500/25-01-01-00 is a Bently Nevada 3500/25 Enhanced Keyphasor Module with a single channel. Here’s a breakdown of the information you can expect based on publicly available resources:
Product Description: This module functions within the Bently Nevada 3500 machinery protection system. Its primary function is to process and transmit a single “Keyphasor” signal. A Keyphasor signal is a pulse generated once per revolution or multiple times per revolution from a rotating shaft or gear. The 3500/25-01-01-00 module precisely measures the timing of this pulse, providing critical data for:
The “M” in the model number (3500/22M) likely signifies it’s the standard variant for transient data capture. Bently Nevada might offer other variants with different functionalities (e.g., 3500/22 for a discontinued Rack Interface Module).
If considering this module for an existing 3500 system, ensure compatibility. Upgrading from a 3500/20 Rack Interface Module (RIM) to a 3500/22M TDI Module might require checking with Bently Nevada for compatibility with your specific system configuration.
Optional Channel Enabling Disk:
The user manuals might mention an optional Channel Enabling Disk that can be used with the 3500/22M Standard TDI Module. This disk can enable capturing not only transient data (sudden events) but also steady-state vibration data for continuous monitoring.
Bently Nevada Website: Search for “Bently Nevada 3500/22M-01-01-00” under “Product Literature” or “Downloads” on the Bently Nevada website While a dedicated product page might not exist, the user manuals for the 3500 system or the 3500/22M TDI Module should be available.
User Manuals/Datasheets: Look for documents related to the Bently Nevada 3500 system, specifically mentioning the 3500/22M Standard TDI Module or the 3500/22M-01-01-00 model number. These documents will contain the most accurate details, including:
Supported Communication Protocols: The specific protocols used for communication with other system components.
Data Transfer Rates: The speed at which the TDI module can transmit transient data.
Input/Output Specifications: Details about connections for receiving transient data from sensors and transmitting it to the system.
Power Requirements (usually around 10.5 Watts)
Operating Temperature Range
Dimensions and Weight
Safety and Regulatory Compliance Information (e.g., CE, UL)
The “M” in the model number (3500/22M) likely signifies it’s the standard variant for transient data capture. Bently Nevada might offer other variants with different functionalities (e.g., 3500/22 for a discontinued Rack Interface Module).
If considering this module for an existing 3500 system, ensure compatibility. Upgrading from a 3500/20 Rack Interface Module (RIM) to a 3500/22M TDI Module might require checking with Bently Nevada for compatibility with your specific system configuration.
By consulting the user manuals, you’ll have the most precise information for using the BENTLY Nevada 3500/22M effectively within your Bently Nevada 3500 system.
The user manuals might mention an optional Channel Enabling Disk that can be used with the 3500/22M Standard TDI Module. This disk can enable capturing not only transient data (sudden events) but also steady-state vibration data for continuous monitoring.
Additional Notes:
The “M” in the model number (3500/22M) likely signifies it’s the standard variant for transient data capture. Bently Nevada might offer other variants with different functionalities (e.g., 3500/22 for a discontinued Rack Interface Module).
If considering this module for an existing 3500 system, ensure compatibility. Upgrading from a 3500/20 Rack Interface Module (RIM) to a 3500/22M TDI Module might require checking with Bently Nevada for compatibility with your specific system configuration.
By consulting the user manuals, you’ll have the most precise information for using the BENTLY Nevada 3500/22M effectively within your Bently Nevada 3500 system.
